Patent Grant
12084890
The present invention switches the connection of the battery holders provided inside the digital door lock from parallel to series or from series to parallel by rotating the door lock opening/closing means or turning the emergency switch on/off.
Specifically, when the battery inside the digital door lock device is discharged all, the remaining battery level provided inside the battery holder is used after the connection of the battery holder is temporarily switched from series to parallel or parallel to series. Then temporarily activate the digital door lock.
A digital door lock refers to a high-tech locking device that uses digitized information such as passwords, semiconductor chips, smart cards, and fingerprints as keys.
The digital door lock provides high convenience in that it does not need to carry a separate key, and is gradually becoming a popular locking device.
In addition, in recent years, the convenience of digital door locks has been improved by fusion with fingerprint recognition technology and Internet of Things (IOT) technology.
The digital door lock is mainly driven by the power of the battery inserted therein.
Therefore, the battery must be periodically replaced so that the battery inserted in the digital door lock do not discharge all.
If the battery provided inside the digital door lock is not replaced and discharged all, the digital door lock cannot be driven, so that the lock device cannot be released and the front door cannot be accessed.
In order to solve this problem, a product that exposes terminals so that power can be supplied by contacting a battery of 9 volts (V. Volt) to the outside of the digital door lock has been released.
Therefore, it was possible to drive the digital door lock by receiving power from the outside when the battery of the digital door lock discharged all.
However, there is a problem in that the digital door lock that exposes the terminal to the outside is vulnerable to a new criminal method of unauthorized opening the digital door lock through an electric shock.
The present invention has been proposed to solve the above problems.
When rotating and/or moving the door lock opening/closing means upward to the digital door lock, the connection of the battery provided inside the digital door lock is changed, and the remaining battery level provided inside the battery holder is used to driving a digital door lock to improve convenience.
With the movement of the emergency switch provided outside the digital door lock, the connection of the battery provided inside the digital door lock is changed, and the remaining battery level provided inside the battery holder is used to driving the digital door lock to improve convenience.
The present invention is tough against crimes that do not expose the terminals to the outside and apply an electric shock to the external terminals.
By not providing any terminals on the outer surface, the digital door lock can be provided with a beautiful appearance as it is.
After consuming all the remaining battery power, the present invention can produce and supply electricity by itself through its own power generation means.
The present invention operates by supplying emergency power even with a single battery inserted in the external battery insertion holder.
In order to achieve the above object, a emergency power supply for digital door lock comprising: a first battery holder capable of accommodating one or more batteries; a second battery holder capable of accommodating one or more batteries; a motor driving module connected to the other end of the first battery holder and one end of the second battery holder; a first changeover switch provided between one end of the first battery holder and the other end of the motor driving module; a second changeover switch provided between the other end of the second battery holder and one end of the motor driving module. According to the operation of the first changeover switch and the second changeover switch, connection between the first battery holder and the second battery holder is switched from parallel to series or series to parallel.
In this emergency power supply for digital door lock, the present invention further comprising a door lock opening/closing means for changing a connection of the first changeover switch and the second changeover switch.
In this emergency power supply for digital door lock, the door lock opening and closing means include the form of a handle and/or a doorknob as opening and closing means for opening and closing a door. The operation of the first changeover switch and the second changeover switch is switched according to the rotation and/or movement of the door lock opening/closing means.
In this emergency power supply for digital door lock, the first changeover switch and the second changeover switch operate by any of push non-locking, push lock, tact, and selector. When the door lock opening/closing means is rotated and/or moved upward, the electric contacts of the first changeover switch and the second changeover switch are switched, and the connection between the first battery holder and the second battery holder is switched.
In this emergency power supply for digital door lock, the first changeover switch comprises a first common terminal connected to one end of the first battery holder; a first output terminal connected to one end of the second battery holder and the other end of the motor drive module; a second output terminal. The second changeover switch comprises a second common terminal connected to the other end of the second battery holder; a third output terminal connected to the other end of the first battery holder and one end of the motor drive module; a fourth output terminal. In this emergency power supply for digital door lock, the second output terminal of the first switching switch and the fourth output terminal of the second switching switch are connected to each other.
In this emergency power supply for digital door lock, when the door lock opening/closing means is rotated or moved upward, the first common terminal of the first changeover switch is switched from the second output terminal to the first output terminal and connected, the second common terminal of the second changeover switch is switched from the fourth output terminal to the third output terminal.
In this emergency power supply for digital door lock, when the door lock opening/closing means is rotated or moved upward, the first common terminal of the first changeover switch is switched from the first output terminal to the second output terminal and connected, and the second common terminal of the second changeover switch is switched from the third output terminal to the fourth output terminal.
In this emergency power supply for digital door lock, the motor drive module includes a stepping motor that opens and closes the door lock device; a target voltage regulation circuit unit that adjusts the voltage applied from the first battery holder and the second battery holder to a predetermined voltage and supplies the voltage to the stepping motor.
In this emergency power supply for digital door lock, the predetermined voltage is 3 volts and/or 6 volts.
In this emergency power supply for digital door lock, the number of 1.5 volt batteries provided in the first battery holder is four, and the number of 1.5 volt batteries provided in the second battery holder is four.
In this emergency power supply for digital door lock, the number of 1.5 volt batteries provided in the first battery holder is two, and the number of 1.5 volt batteries provided in the second battery holder is two.
In this emergency power supply for digital door lock, the number of 1.5 volt batteries provided in the first battery holder is one, and the number of 1.5 volt batteries provided in the second battery holder is one.
In this emergency power supply for digital door lock, the first common terminal of the first changeover switch is switched from the second output terminal to the first output terminal, and the second common terminal of the second changeover switch is switched from the fourth output terminal to the third output terminal. Then, the connection switches from series to parallel.
In this emergency power supply for digital door lock, the first common terminal of the first changeover switch is switched from the first output terminal to the second output terminal, and the second common terminal of the second changeover switch is switched from the third output terminal to the fourth output terminal. Then, the connection switches from parallel to series.
In this emergency power supply for digital door lock, the first common terminal of the first changeover switch is connected by switching from the second output terminal to the first output terminal, and the second common terminal of the second changeover switch is switched from the fourth output terminal to the third output terminal. Then, the connection of batteries switches from series to parallel. This step is then performed when the door lock opening/closing means rotates and/or moves upward.
In this emergency power supply for digital door lock, the first common terminal of the first changeover switch is connected by switching from the first output terminal to the second output terminal, and the second common terminal of the second changeover switch is switched from the third output terminal to the fourth output terminal. Then, the connection of batteries switches from parallel to series. This step is then performed when the door lock opening/closing means rotates and/or moves upward.
In this emergency power supply for digital door lock, the first common terminal of the first changeover switch is connected by switching from the second output terminal to the first output terminal, and the second common terminal of the second changeover switch is switched from the fourth output terminal to the third output terminal. Then, the connection of batteries switches from series to parallel. After that, electric power is applied to the motor drive module from the first output terminal of the first changeover switch and the third output terminal of the second changeover switch.
In this emergency power supply for digital door lock, the first common terminal of the first changeover switch is connected by switching from the first output terminal to the second output terminal, and the second common terminal of the second changeover switch is switched from the third output terminal to the fourth output terminal. Then, the connection of batteries switches from parallel to series. After that, electric power is applied to the motor drive module from the second output terminal of the first changeover switch and the fourth output terminal of the second changeover switch.
In this emergency power supply for digital door lock, after power is applied to the motor drive module from the first output terminal of the first changeover switch and the third output terminal of the second changeover switch, the voltage becomes a predetermined voltage by the target voltage regulation circuit unit of the motor drive module.
In this emergency power supply for digital door lock, after power is applied to the motor drive module from the second output terminal of the first changeover switch and the fourth output terminal of the second changeover switch, the voltage becomes a predetermined voltage by the target voltage regulation circuit unit of the motor drive module.
A emergency power supply for digital door lock comprising: a first battery holder capable of accommodating at least one battery; a second battery holder that can accommodate one or more batteries; a motor drive module connected to the other end of the first battery holder and one end of the second battery holder; a first changeover switch provided between one end of the first battery holder and the other end of the motor drive module; a second changeover switch provided between the other end of the second battery holder and one end of the motor drive module; a password input unit for entering a password; a internal circuit unit determines whether the entered password matches the default password and if the password entered matches the predetermined password, power is supplied to the motor drive module. Depending on the operation of the first switching switch and the second switching switch, the connection between the first battery holder and the second battery holder is switched from parallel to series or in series in parallel.
A driving method of a emergency power supply for digital door lock comprising: switching from series to parallel by switching a first common terminal of a first changeover switch from a second output terminal to a first output terminal, switching a second common terminal of a second changeover switch from a fourth output terminal to a third output terminal; Entering password in a password input unit; determining, by an internal circuit unit, whether or not the password entered from the password input unit matches; supplying, by the internal circuit unit, power to the motor drive module, when the password entered from the password input unit matches.
A driving method of a emergency power supply for digital door lock comprising: switching from series to parallel by switching a first common terminal of a first changeover switch from a second output terminal to a first output terminal, switching a second common terminal of a second changeover switch from a third output terminal to a fourth output terminal; entering password in a password input unit; determining, by a internal circuit unit, whether or not the password entered from the password input unit matches; supplying, by the internal circuit unit, power to the motor drive module, when the password entered from the password input unit matches.
A emergency power supply for digital door lock comprising: a first battery holder capable of accommodating at least one battery; a second battery holder that can accommodate one or more batteries; a motor drive module connected to the other end of the first battery holder and one end of the second battery holder; a first changeover switch provided between one end of the first battery holder and the other end of the motor drive module; a second changeover switch provided between the other end of the second battery holder and one end of the motor drive module; a password input unit for entering a password; a internal circuit unit is powered to the motor drive module, if the password entered in the password input unit matches the predetermined password.
A driving method of a emergency power supply for digital door lock comprising: switching from series to parallel by switching a first common terminal of a first changeover switch from a second output terminal to a first output terminal, switching a second common terminal of a second changeover switch from a fourth output terminal to a third output terminal; entering password in a password input unit; determining, by a internal circuit unit, whether or not the password entered from the password input unit matches; supplying, by the internal circuit unit, power to the motor drive module, when the password entered from the password input unit matches.
A driving method of a emergency power supply for digital door lock comprising: switching from series to parallel by switching a first common terminal of a first changeover switch from a second output terminal to a first output terminal, switching a second common terminal of a second changeover switch from a third output terminal to a fourth output terminal; entering password in a password input unit; determining, by a internal circuit unit, whether or not the password entered from the password input unit matches; supplying, by the internal circuit unit, power to the motor drive module, when the password entered from the password input unit matches.
A emergency power supply for digital door lock comprising: a first battery holder that can accommodate one or more batteries, a second battery holder that can accommodate one or more batteries; a motor drive module that includes a target voltage regulation circuit unit and a latch bolt operating unit; a series-parallel changeover switch module that switches the electrical connection between the first battery holder and the second battery holder from series to parallel or from parallel to series; a target voltage regulation circuit selection switch module that adjusts the target voltage regulation circuit unit so that it is selectively applied in the process in which the voltage output from the first battery holder and the second battery holder is applied to the latch bolt regulating unit.
In this emergency power supply for digital door lock, the series-parallel changeover switch module includes a first switch, a second switch, and a third switch. One end of the first switch is connected to the other end of the first battery holder, the other end of the first switch is connected to the other end of the second battery holder, one end of the second switch is connected to one end of the first battery holder, the other end of the second switch is connected to one end of the second battery holder, one end of the third switch is connected to the other end of the first battery holder, and the other end of the third switch is connected to the other end of the second battery holder.
In this emergency power supply for digital door lock, the electrical connection between the first battery holder and the second battery holder is switched from series to parallel by opening the first switch, shorting the second switch, and shorting the third switch.
In this emergency power supply for digital door lock, the electrical connection between the first battery holder and the second battery holder is switched from parallel to series by shorting the first switch, opening the second switch, and opening the third switch.
In this emergency power supply for digital door lock, the target voltage regulating circuit selection switch module includes a fourth switch, a fifth switch, a sixth switch, and a seventh switch, one end of the fourth switch is connected to one end of the first battery holder, the other end of the fourth switch is connected to the first input terminal of the target voltage adjustment circuit unit, one end of the fifth switch is connected to the other end of the second battery holder, the other end of the fifth switch is connected to the second input terminal of the target voltage adjustment circuit unit, one end of the sixth switch is connected to the other end of the second battery holder, the other end of the sixth switch is connected to the second input terminal of the latch bolt actuating module, one end of the seventh switch is connected to one end of the first battery holder, and the other end of the seventh switch is connected to the first input of the latch bolt actuating module.
In this emergency power supply for digital door lock, the series-parallel changeover switch module switches the electrical connection between the first battery holder and the second electric holder from series to parallel, the fourth switch is shorted, the fifth switch is shorted, the sixth switch is opened, the second switch is opened, and the seventh switch The switch is opened.
In this emergency power supply for digital door lock, when the series-parallel changeover switch module switches the electrical connection between the first battery holder and the second electric holder from parallel to series, the fourth switch is opened, the fifth switch is opened, the sixth switch is shorted, the second switch is shorted, and the seventh switch is shorted.
In this emergency power supply for digital door lock, the series-parallel changeover switch module is operated by a door lock opening/closing means or an external emergency switch.
In this emergency power supply for digital door lock, the series-parallel changeover switch module switches the electrical connection between the first battery holder and the second battery holder from series to parallel or from parallel to series each time the door lock opening/closing means rotates in the direction opposite to the direction in which the door is opened.
In this emergency power supply for digital door lock, the series-parallel changeover switch module switches the electrical connection between the first battery holder and the second battery holder from series to parallel while maintaining the state in which the door lock opening/closing means is rotated in the direction opposite to the direction in which the door is opened.
In this emergency power supply for digital door lock, the target voltage regulation circuit selection switch module is operated by door lock opening/closing means or an external emergency switch.
In this emergency power supply for digital door lock, the target voltage regulation circuit selection switch module toggles each time the door lock opening/closing means rotates in the direction opposite to the direction in which the door is opened, and when the series-parallel changeover switch module switches the electrical connection between the first battery holder and the second battery holder from series to parallel, the target voltage regulation circuit selection switch module apply the output voltage from the first battery holder and the second battery holder to the latch bolt operating unit via the target voltage regulation circuit unit.
In this emergency power supply for digital door lock, the target voltage regulation circuit selection switch module apply the output voltage from the first battery holder and the second battery holder to the latch bolt operating unit via the target voltage regulation circuit unit while maintaining the state in which the door lock opening/closing means rotates in the direction opposite to the direction in which the door is opened.
In this emergency power supply for digital door lock, further comprising a external power switch module. When inserting a battery into the external battery insertion holder, the external power switch module replaces one of the batteries in the second battery holder with a battery inserted in the external battery insertion holder, connects the batteries in the second battery holder and the battery inserted in the external battery insertion holder in series, or selects only the battery of the external battery insertion holder as the power source applied to the latch bolt operating unit.
In this emergency power supply for digital door lock, the external power switch module includes a tenth switch and an eleventh switch. One end of the tenth switch is connected to the other end of the second battery holder, the other end of the tenth switch is connected to the second input end of the latch bolt operating part, one end of the eleventh switch is connected to the positive electrode of one of the batteries in the second battery holder, and the other end of the eleventh switch is connected to one end of the external battery insertion holder.
In this emergency power supply for digital door lock, the external power switch module includes a tenth switch and an eleventh switch. One end of the tenth switch is connected to the other end of the second battery holder, the other end of the tenth switch is connected to the second input end of the latch bolt operating unit, one end of the eleventh switch is connected to the other end of the second battery holder, and the other end of the eleventh switch is connected to one end of the external battery insertion holder.
In this emergency power supply for digital door lock, the external power switch module includes a tenth switch and an eleventh switch, one end of the tenth switch is connected to one end of the first battery holder, the other end of the tenth switch is connected to one end of the seventh switch module of the target voltage regulation circuit selection switch module, the other end of the eleventh switch is connected to one end of the seventh switch, and one end of the eleventh switch is connected to one end of the external battery insertion holder.
In this emergency power supply for digital door lock, the external power switch module includes a tenth switch and an eleventh switch. One end of the tenth switch is connected to the other end of the seventh switch module of the target voltage regulating circuit unit, the other end of the tenth switch is connected to the first input terminal of the target voltage regulating circuit unit, one end of the eleventh switch is connected to one end of the external battery insertion holder, and the other end of the eleventh switch is connected to the first input terminal of the target voltage regulating circuit unit.
In this emergency power supply for digital door lock, the other end of the external battery insertion holder is connected to the second input end of the latch bolt operating unit.
In this emergency power supply for digital door lock, when the battery is inserted into the external battery insertion holder, the tenth switch is opened and the eleventh switch is shorted.
In this emergency power supply for digital door lock, when the battery is removed from the external battery insertion holder, the tenth switch is shorted and the eleventh switch is opened.
A driving method of a emergency power supply for digital door lock comprising steps of:
In this driving method of the emergency power supply for digital door lock, step (a) includes: operating the series-parallel changeover switch module, by the door lock opening/closing means or an external emergency switch.
In this driving method of the emergency power supply for digital door lock, step (b) is completed by operating the target voltage operation circuit selection switch module, by door lock opening/closing means or an external emergency switch.
A driving method of a emergency power supply for digital door lock comprising steps of: Inserting the battery into the external battery insertion holder; replacing, the external power switch module, one of the batteries in the first battery holder or the second battery holder with a battery inserted in the external battery insertion holder, or connecting in series, by the external power switch module, the battery in the first battery holder or the second battery holder, and the battery inserted in the external battery insertion holder.
A driving method of a emergency power supply for digital door lock comprising steps of: (1) Inserting the battery into the external battery insertion holder; (2) replacing, by the external power switch module, one of the batteries in the second battery holder with the battery inserted in the external battery insertion holder, or (3) connecting, by the external power switch module, the battery in the second battery holder and the battery inserted in the external battery insertion holder in series, or (4) selecting, by the external power switch module, the battery in the external battery insertion holder as the power source for the latch bolt operating unit.
In this driving method of the emergency power supply for digital door lock, the first battery holder contains one or more batteries, the second battery holder contains one or more batteries, the series-parallel changeover switch module includes a first switch, a second switch, and a third switch, one end of the first switch is connected to the other end of the first battery holder, the other end of the first switch is connected to one end of the second battery holder, one end of the second switch is connected to one end of the first battery holder, the other end of the second switch is connected to one end of the second battery holder, one end of the third switch is connected to the other end of the first battery holder, the other end of the third switch is connected to the other end of the second battery holder, the target voltage regulation circuit selection switch module includes a fourth switch, a fifth switch, a sixth switch, and a seventh switch, one end of the fourth switch is connected to one end of the first battery holder, the other end of the fourth switch is connected to the first input terminal of the target voltage regulation circuit unit, one end of the fifth switch is connected to the other end of the second battery holder, the other end of the fifth switch is connected to the second input terminal of the target voltage regulation circuit unit, one end of the sixth switch is connected to the other end of the second battery holder, the other end of the sixth switch is connected to the second input terminal of the latch bolt operating unit, one end of the seventh switch is connected to one end of the first battery holder, the other end of the seventh switch is connected to the first input terminal of the latch bolt operating unit.
In this driving method of the emergency power supply for digital door lock, wherein step (1), the electrical connection between the first battery holder and the second battery holder is switched from series to parallel by opening the first switch, shorting the second switch, and shorting the third switch.
In this driving method of the emergency power supply for digital door lock, wherein step (a), the electrical connection between the first battery holder and the second battery holder is switched from parallel to series by shorting the first switch, opening the second switch, and opening the third switch.
In this driving method of the emergency power supply for digital door lock, step (b) is completed by shorting the fourth switch, shorting the fifth switch, opening the seventh switch. In this driving method of the emergency power supply for digital door lock, step (c) is completed by opening the fourth switch, opening the fifth switch, shorting the seventh switch.
In this driving method of the emergency power supply for digital door lock, the series-parallel changeover switch module switches (toggles) the electrical connection between the first battery holder and the second battery holder from series to parallel or from parallel to series each time the door lock opening/closing means rotates in the direction opposite to the direction in which the door is opened.
In this driving method of the emergency power supply for digital door lock, the series-parallel changeover switch module switches (toggles) the electrical connection between the first battery holder and the second battery holder from series to parallel or from parallel to series while the door lock opening/closing means rotates in the direction opposite to the direction in which the door is opened.
In this driving method of the emergency power supply for digital door lock, the series-parallel changeover switch module switches the electrical connection between the first battery holder and the second battery holder from series to parallel while maintaining the state in which the door lock opening/closing means is rotated in the direction opposite to the direction in which the door is opened.
In this driving method of the emergency power supply for digital door lock, the target voltage regulation circuit selection switch module toggles each time the door lock opening/closing means rotates in the direction opposite to the direction in which the door is opened. When the series-parallel changeover switch module switches the electrical connection between the first battery holder and the second battery holder from series to parallel, the voltage output from the first battery holder and the second battery holder apply to the latch bolt operating unit via the target voltage regulation circuit unit.
In this driving method of the emergency power supply for digital door lock, the target voltage regulation circuit selection switch module supply the voltage output from the first battery holder and the second battery holder to the latch bolt operating unit via the target voltage regulation circuit unit, while maintaining the state in which the door lock opening/closing means rotates in the direction opposite to the direction in which the door is opened.
In this driving method of the emergency power supply for digital door lock, the external power switch module includes a tenth switch and an eleventh switch, one end of the tenth switch is connected to the other end of the second battery holder, the other end of the tenth switch is connected to the second input end of the latch bolt operating unit, one end of the eleventh switch is connected to the positive electrode of one of the batteries in the second battery holder, the other end of the eleventh switch is connected to one end of the external battery insertion holder.
In this driving method of the emergency power supply for digital door lock, the external power switch module includes a tenth switch and an eleventh switch, one end of the tenth switch is connected to the other end of the second battery holder, the other end of the tenth switch is connected to the second input end of the latch bolt operating unit, one end of the eleventh switch is connected to the other end of the second battery holder, and the other end of the eleventh switch is connected to one end of the external battery insertion holder.
In this driving method of the emergency power supply for digital door lock, the external power switch module includes a tenth switch and an eleventh switch, one end of the tenth switch is connected to one end of the first battery holder, the other end of the tenth switch is connected to one end of the fourth switch of the target voltage adjustment circuit selection switch module, the other end of the eleventh switch is connected to one end of the fourth switch, and one end of the eleventh switch is connected to one end of the external battery insertion holder.
In this driving method of the emergency power supply for digital door lock, the other end of the external battery insertion holder is connected to the second input end of the latch bolt operating unit.
In this driving method of the emergency power supply for digital door lock, steps (2) to (4) are completed by opening the tenth switch, shorting the eleventh switch.
In this emergency power supply for digital door lock, The present invention includes a first battery holder capable of accommodating one or more batteries; A second battery holder that can accommodate one or more batteries; a motor drive module that includes a target voltage regulation circuit unit and a latch bolt operating unit; a series-parallel changeover switch module that switches the connection between the first battery holder and the second battery holder from series to parallel or from parallel to series; a target voltage regulating circuit selection switch module that selectively applies the target voltage regulation circuit unit in the process of applying the voltage output from the first battery holder and the second battery holder to the latch bolt operating unit. The target voltage regulating circuit selection switch module includes a fourth switch, a fifth switch, a sixth switch, a seventh switch, an eighth switch, and a ninth switch. One end of the fourth switch is connected to one end of the first battery holder, the other end of the fourth switch is connected to the first input terminal of the target voltage regulation circuit unit, and one end of the fifth switch is connected to the other end of the second battery holder. The other end of the fifth switch is connected to the second input terminal of the target voltage regulation circuit unit, one end of the sixth switch is connected to the other end of the second battery holder, and the other end of the sixth switch is connected to the second input terminal of the latch bolt operating unit. One end of the seventh switch is connected to one end of the first battery holder, the other end of the seventh switch is connected to the first input terminal of the latch bolt operating portion, and one end of the eighth switch is connected to the first input terminal of the latch bolt operating unit. The other end of the eighth switch is connected to the first output end of the target voltage regulation circuit unit, the other end of the ninth switch is connected to the second input end of the latch bolt operating section, and the other end of the ninth switch is connected to the second output terminal of the target voltage regulation circuit unit. When the series-parallel changeover switch module switches the connection between the first battery holder and the second electric holder from series to parallel, the eighth switch is shorted and the ninth switch is shorted.
In this emergency power supply for digital door lock, when the series-parallel changeover switch module switches the connection between the first battery holder and the second electric holder from parallel to series, the eighth switch is opened and the ninth switch is opened.
In this emergency power supply for digital door lock, the series-parallel switch module switches (toggles) the electrical connection between the first battery holder and the second battery holder from series to parallel or from parallel to series each time the external emergency switch enters the emergency mode.
In this emergency power supply for digital door lock, the series-parallel switch module switches the connection between the first battery holder and the second battery holder from series to parallel while the external emergency switch maintains the emergency mode.
In this emergency power supply for digital door lock, the target voltage regulation circuit selection switch module toggles every time the external emergency switch goes into emergency mode. Each time the series-parallel changeover switch module makes the connection between the first battery holder and the second battery holder in series or in parallel, the voltage output from the first battery holder and the second battery holder is applied to the latch bolt operating portion via the target voltage regulation circuit unit.
In this emergency power supply for digital door lock, while the external emergency switch maintains the emergency mode, the target voltage regulation circuit selection switch module applies the voltage output from the first battery holder and the second battery holder to the latch bolt operating unit via the target voltage regulation circuit unit.
The present invention includes an external battery insertion holder; a external power switch module, when inserting a battery into the external battery insertion holder, the external power switch module replaces one of the batteries in the first battery holder or the second battery holder with a battery inserted in the external battery insertion holder, connects the batteries in the first battery holder or the second battery holder and the battery inserted in the external battery insertion holder in series.
The present invention includes a external battery insertion holder; a external power switch module, when inserting a battery into the external battery insertion holder, the external power switch module replaces one of the batteries in the second battery holder with a battery inserted in the external battery insertion holder, connects the batteries in the second battery holder and the battery inserted in the external battery insertion holder in series, or selects only the battery of the external battery insertion holder as the power source applied to the latch bolt operating unit.
The present invention further comprises a charging battery connected in parallel with the external battery insertion holder; an emergency power generator that supplies power to the charging battery.
The emergency power generation unit includes a piezoelectric element.
A driving method of the emergency power supply for digital door lock comprising steps of: (i) switching, by a series-parallel changeover switch module, the electrical connection between a first battery holder and a second battery holder from series to parallel or from parallel to series; (ii) applying the voltage of the first battery holder and the second battery holder is transferred to a latch bolt operating unit via a target voltage regulating circuit unit, when the electrical connection between the first battery holder and the second battery holder is connected in series in parallel; (iii) applying the voltages of the first battery holder and the second battery holder to the latch bolt operating unit, when the electrical connection between the first battery holder and the second battery holder is connected in parallel in series. The target voltage regulation circuit selection switch module includes a fourth switch, a fifth switch, a sixth switch, a seventh switch, an eighth switch, and a ninth switch. One end of the fourth switch is connected to one end of the first battery holder, and the other end of the fourth switch is connected to the first input terminal of the target voltage regulation circuit unit. One end of the fifth switch is connected to the other end of the second battery holder, and the other end of the fifth switch is connected to the second input terminal of the target voltage regulation circuit unit. One end of the sixth switch is connected to the other end of the second battery holder, the other end of the sixth switch is connected to the second input terminal of the latch bolt operating unit, and one end of the seventh switch is connected to one end of the first battery holder. The other end of the seventh switch is connected to the first input terminal of the latch bolt operating unit, one end of the eighth switch is connected to the first input end of the latch bolt actuating portion, and the other end of the eighth switch is connected to the first output end of the target voltage regulation circuit unit, and the other end of the ninth switch is connected to the second input of the latch bolt operating portion, and one end of the ninth switch is connected to the second output of the target voltage regulation circuit portion.
In this driving method of the emergency power supply for digital door lock, step (i) is completed by operating the series-parallel switch module that the door lock opening/closing means or an external emergency switch operates.
In this driving method of the emergency power supply for digital door lock, step (ii) is completed by operating the target voltage regulation circuit selection switch module that door lock opening/closing means or an external emergency switch operates.
A driving method of the emergency power supply for digital door lock comprising steps of: operating the emergency power generation unit; charging a rechargeable battery connected in parallel with the external battery insertion holder.
In this driving method of the emergency power supply for digital door lock, step (ii) is completed by shorting the eighth switch, shorting the ninth switch.
In this driving method of the emergency power supply for digital door lock, step (iii) is completed by opening the eighth switch, opening the ninth switch.
In this driving method of the emergency power supply for digital door lock, the series-parallel switch module switches the connection between the first battery holder and the second battery holder from series to parallel or from parallel to series each time the emergency switch is put into the emergency mode.
In this driving method of the emergency power supply for digital door lock, the series-parallel switch module switches the connection between the first battery holder and the second battery holder from series to parallel while the external emergency switch maintains the emergency mode.
In this driving method of the emergency power supply for digital door lock, the target voltage regulation circuit selection switch module toggles every time the emergency switch goes into emergency mode, and the series-parallel selection switch module apply the voltage output from the first battery holder and the second battery holder to the latch bolt operating unit via the target voltage operation circuit unit.
In this driving method of the emergency power supply for digital door lock, the voltage output from the first battery holder and the second battery holder apply to the latch bolt operating unit via the target voltage regulation circuit unit.
In this driving method of the emergency power supply for digital door lock, the emergency power generation unit is a piezoelectric element.
According to the present invention of an emergency power supply for digital door lock and driving method same, the following effects are obtained.
First, in the present invention, by not exposing the input terminal to the outside, there is an effect of preventing the criminal method of opening the digital door lock by electric shock.
Second, in the present invention, when the battery provided inside the digital door lock is discharged, a method of using the remaining amount of the internal battery by switching the connection method of the battery provided inside without having an external terminal can be used. There is an effect of improving convenience in using the digital door lock. In addition, even in case the battery cannot be activated due to a cold wave or other reasons, it is possible to achieve the effect of supplying sufficient power for the door lock to operate by changing the connection method of the battery.
Third, in the present invention, there is an effect that can provide a beautiful and practical appearance as it is in the current digital door lock market where a touch screen is the trend by not having any terminals on the outer surface.
Fourth, by temporarily switching the connection of the battery holder provided inside the digital door lock according to a preferred embodiment of the present invention from series to parallel to increase the amount of current, it is possible to ensure the operation of the motor driving module and at the same time reduce the loss of energy. there is an effect.
Fifth, since more batteries can be accommodated inside the battery holder provided inside the digital door lock according to another embodiment of the present invention, the use time and replacement cycle are extended, and at the same time, the connection between the battery holders is temporarily It has the effect of ensuring the emergency operation of the motor drive module by increasing the voltage by converting it from parallel to series.
Sixth, in the present invention, by rotating the door lock opening/closing means provided in the emergency power supply for digital door lock, the change of the battery holder connection method according to the discharge of the battery and the function of always opening and closing the door according to the rotation direction are performed at the same time. It has the effect of improving convenience.
Seventh, in the present invention, as the connection method of the first battery holder and the second battery holder is switched from series to parallel or from parallel to series, there is an effect of increasing the battery life.
Eighth, in the case of the emergency power supply for digital door lock according to a further embodiment having an external battery insertion holder, even when the remaining amount of the internal battery is exhausted, the operating power is supplied to the digital door lock by inserting the battery into the external battery insertion holder. That is, by inserting a 1.5 volt battery into the external battery insertion holder, it is possible to supply emergency power to operate the digital door lock.
Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. The present invention can be modified in various ways and can have various forms, but specific embodiments are exemplified in the drawings and described in detail in the text. However, it should be understood that this is not intended to limit the invention to any particular form of disclosure, but to include all modifications, equivalents to alternatives within the idea and technology of the invention. Further, in the description of the present invention, terms such as “first” and “second” are used only for the purpose of distinguishing a certain component from other components, and are not used to limit the meaning. And the singular representation includes multiple representations, unless there is a clear contextual meaning, and terms such as “contain” or “have” are the features, numbers, steps, actions, described in the specification. It is intended to specify the existence of a component, part, or combination thereof, of one or more other features, numbers, steps, actions, components, parts, or a combination thereof. It should be understood that we do not preclude the possibility of existence or addition.
The digital door lock 10 is a device that opens and closes a door by utilizing digitized information such as a password, a semiconductor chip, a smart card, a fingerprint, and has an advantage that it is not necessary to carry a key separately. Furthermore, since a separate key is not required, there is an effect that crimes due to key duplication can be prevented. Thanks to this, it tends to be used as a means of locking the front door of the most popular homes. In addition, the convenience of the digital door lock 10 is further improved by fusing with the latest technologies such as bluetooth and fingerprint recognition technology.
For the preferred explanation,
Considering the problem that the battery 30 provided inside the digital door lock 10 is discharged and the digital door lock 10 cannot be opened or closed outside the entrance door, the external terminal 70 is used for the digital door lock device 10 was developed. When the 9 volt battery 30 is coupled to the digital door lock 10 provided with the external terminal 70, power is temporarily supplied and the digital door lock 10 can be temporarily driven. Therefore, the discomfort that may be experienced when the internal battery 30 of the digital door lock 10 is discharged has been eliminated. However, many new types of criminal cases have occurred in which the digital door lock 10 is opened endlessly after an electric shock is applied to the external terminal 70 provided on the outer surface of the digital door lock 10. This became a problem for security.
A criminal method of giving an electric shock to an external terminal of a digital door lock 10 is widely known. Therefore, a form A in which a card key type terminal is used instead of a method in which a 9-volt battery is brought into contact with an external terminal has been devised, and a form B in which a section in which the external terminal 70 is inserted is opened and closed to protect it from the outside was devised. However, the form A of the digital door lock 10 using the card key terminal 90 is not practical in that a separate tool must be carried. In the form B in which a separate lid C is provided in the section where the terminal is inserted to protect it from the outside, the section in which the external terminal 70 is inserted can be easily exposed. Therefore, neither method was effective in preventing new crime methods. As can be seen from
The emergency power supply for digital door lock 100 of the present invention is an invention devised by improving the above-mentioned problems. The emergency power supply for digital door lock 100 includes a first battery holder 600, a second battery holder 700, a motor drive module 500, a first changeover switch 300, and a second changeover switch 400. The motor drive module 700 is connected to the other end of the first battery holder 600 and one end of the second battery holder 700. The first battery holder 600 can accommodate one or more batteries 30, and the second battery holder 700 can accommodate one or more batteries 30. One or more batteries 30 having a voltage of 1.5 volts can be inserted into the first battery holder 600 and the second battery holder 700. The battery 30 may be a dry battery which is a primary battery or a storage battery which is a secondary battery. Further, the predetermined voltage for driving the motor drive module 500 can be supplied with a voltage value of 3 volts or 6 volts. In the description of the emergency power supply for digital door lock 100 according to
Further, the door lock opening/closing means 200 for switching the electrical contact between the first changeover switch 300 and the second changeover switch 400 can be included. The door lock opening/closing means 200 is configured in the form of a lever and the form of a handle, and can be configured to rotate in the vertical direction. The connection between the first battery holder 600 and the second battery holder 700 can be switched from series to parallel according to the rotation of the door lock opening/closing means 200. The form of the door lock opening/closing means 200 can be configured in various forms. The most ideal form of the door lock opening/closing means 200 may be in the form of a lever, and the emergency power supply for digital door lock 100 may be driven as it rotates upward.
The emergency power supply for digital door lock 100 according to the present invention includes a function of using the remaining amount of the battery 30 provided inside the emergency power supply for digital door lock 100 only by rotating the door lock opening/closing means 200. Therefore, unlike the conventional digital door lock device 10, it is not necessary to separately configure the external terminal 70 on the outer surface in order to obtain temporary power. Further, by not exposing the external terminal 70, it can be expected to have an effect of preventing a criminal method of attempting to invade a house by applying an electric impact to the external terminal 70 and impairing the function of the digital door lock 10. At the same time, when the battery 30 provided inside is discharged, the remaining amount of the battery 30 can be effectively utilized to temporarily provide the power for driving the emergency power supply for digital door lock 100 of the present invention.
For the preferred description of the present invention,
Further, when the battery 30 inside the emergency power supply for digital door lock 100 is discharged, the connection method between the battery holders is switched by the door lock opening/closing means 200, and the remaining amount of the internal battery 30 can be used. That is, power can be temporarily applied to operate the digital door lock 10 even if emergency power is not supplied by a component such as the external terminal 70. Therefore, the emergency power supply for digital door lock 100 of the present invention is configured not to have a terminal on the outer surface, and can provide the beautiful appearance of the touch screen as it is.
For the preferred description of the present invention,
The contacts of the first changeover switch 300 and the second changeover switch 400 according to
The first changeover switch 300 includes a first common terminal 320, a first output terminal 350, and a second output terminal 370. Further, the first common terminal 320 of the first changeover switch 300 is connected to one end of the first battery holder 600, and is connected to the other ends of the motor drive module 500 and the second battery holder 700.
Further, the second changeover switch 400 can include a second common terminal 420, a third output terminal 450, and a fourth output terminal 470. The second common terminal 420 of the second changeover switch 400 is connected to the other end of the second battery holder 700, and the third output terminal 450 is the other end of the first battery holder 600 and one end of the motor drive module 500. The second output terminal 370 of the first changeover switch 300 and the fourth output terminal 370 of the second changeover switch 300 may be connected to each other.
When push lock is selected by the first changeover switch 300 and the second changeover switch 400 according to
However, even if the door lock opening/closing means 200 moves downward, the first changeover switch 300 and the second changeover switch 400 in the emergency power supply for digital door lock 100 are maintained in a state where the electric contacts are switched. Since electric power can be applied to the motor drive module 500, the digital door lock emergency power supply device 100 can be normally driven. Therefore, the user can open the door by inputting a password preset in the emergency power supply for digital door lock 100.
When the push-lock type switch is pressed once, the switched state is maintained, and when it is pressed again, it is converted to the original state. Therefore, the user can rotate the door lock opening/closing means 200 upward again as shown in FIG. 9A3 to restore the electrical contact between the first changeover switch 200 and the second changeover switch 300. When the push lock is selected according to
On the other hand, when tact and push non-racking are selected between the first changeover switch 300 and the second changeover switch 400 according to FIG. 9B1, the user rotates the door lock opening/closing means 200 upward, and converts the electrical contact of the first changeover switch 300 and the second changeover switch 400. The tact switch or push non-locking restores the contacts by itself. Therefore, the user of the present invention rotates and fixes the door lock opening/closing means 200 upward as shown in FIG. 9B2, and maintains the switching of the electrical contact between the first changeover switch 300 and the second changeover switch 400. Then, the emergency power supply for digital door lock 100 can be driven.
Then, after the password is confirmed and the latch bolt 90 is opened in the emergency power supply for digital door lock 100, the user returns the door lock opening/closing means 200 as shown in FIG. 9B3 to smoothly open/close the door.
Such tact or push non-locking switch maintains a switching state if the pressing state, and returns to the original state when the pressing is released. Therefore, the connection between the first battery holder 600 and the second battery holder 700 can be temporarily changed according to the situation of the emergency power supply. Therefore, even if the door lock opening/closing means 200 is accidentally moved upward and/or rotated, the battery connection is immediately switched to the normal state to prevent the circuit from being overloaded.
For the preferred description of the present invention,
When the connection of the first battery holder 600 and the second battery holder 700 is switched in parallel, the electric contact connected from the first common terminal 320 of the first changeover switch 300 is switched from the second output terminal 370 to the first output terminal 350. Then, the electric contact connected from the second common terminal 420 of the second changeover switch 400 is switched from the fourth output terminal 470 to the third output terminal 450. Therefore, as shown in
In this way, all the remaining power of the battery 30 provided inside the emergency power supply for digital door lock 100 can be used according to the connection change between the first battery holder 600 and the second battery holder 700.
For the preferred description of the present invention, the movement path of the current will be described with a solid line, and the movement path without the current will be described with a broken line. The solid line shown in
In the emergency power supply for digital door lock 100 according to the second embodiment of the present invention, the number of batteries 30 housed in the first battery holder 600 is four, and the number of batteries 30 housed in the second battery holder 600 is four. It can be different from the first embodiment. Therefore, as compared with the first embodiment, the number of batteries provided inside the digital door lock 10 increases, and the replacement cycle of the battery 30 is extended.
Further, in the emergency power supply for digital door lock 100 according to the second embodiment of the present invention, the first battery holder 600 and the second battery holder 700) can be connected emergency power supply for digital door lock according to the movement and/or rotation of the door lock opening/closing means 200. It differs from the first embodiment.
The emergency power supply for digital door lock 100 according to the second embodiment of the present invention converts the connection between the first battery holder 600 and the second battery holder 700 in series, and the voltage strength of the first battery holder 600 and the second battery holder 700 increases. Therefore, it provides a sufficient voltage to drive the stepping motor without driving the target voltage regulation circuit unit 550.
For the preferred description of the emergency power supply for digital door lock 100 according to the second embodiment of the present invention,
When the door lock opening/closing means 200 according to the second embodiment of the present invention is rotated upward, the connection between the first battery holder 600 and the second battery holder 700 is switched from parallel to series, and the remaining power of the battery 30 can be used, in the discharged situation.
Further, when the door lock opening/closing means 200 rotates upward according to
For the preferred description of the present invention, the transfer of current between the first battery holder 600 and the second battery holder 700 according to the second embodiment is shown by a solid line. Then, the moving path through which the current does not flow is shown by a broken line. The solid line in
In the emergency power supply for digital door lock 100 according to the third embodiment of the present invention, the electrical contact between the first changeover switch 300 and the second changeover switch 400 is switched by the emergency switch 250. The emergency switch 250 according to the third embodiment of the present invention may be a slide switch or a toggle switch. However, the emergency switch according to the third embodiment of the present invention is not limited to the slide switch or the toggle switch.
The emergency switch 250 according to the third embodiment of the present invention is driven so that a operation unit 250-1 moves left and right. More specifically, when the battery 30 provided in the emergency power supply for digital door lock 100 according to the third embodiment of the present invention is discharged, the operation unit 250-1 of the emergency switch 250 is moved left and right as shown in FIG. Then, the connection between the first battery holder 600 and the second battery holder 700 can be switched from series to parallel or from parallel to series.
The connection method between the first battery holder 600 and the second battery holder 700 in the emergency power supply for digital door lock 100 according to the third embodiment of the present invention is performed in series or in parallel. The connection between the first battery holder 600 and the second battery holder 700 can be switched from series to parallel or from parallel to series according to the movement of the operation unit 250-1 in the emergency switch 250.
The motor drive module 500 adjusts the current transferred from the latch bolt operating unit 520, the first battery holder 600, and the second battery holder 700 to a predetermined voltage value. The motor drive module 500 can include a target voltage regulation circuit unit 550 that supplies a voltage to the latch bolt operating unit 520. The motor drive module 500 of the digital door lock emergency power supply 100 of the present invention is based on the voltage of the current moving from the latch bolt actuating portion 520, the first battery holder 600, and the second battery holder 700. It can consist of the configuration of the target voltage adjusting circuit unit 550 that adjusts to the set voltage value and supplies it to the latch bolt operating unit 520. Further, the latch bolt operating unit 520 to which electric power is applied from the target voltage regulation circuit unit 550 at a preset voltage can move the latch bolt 80 inside the digital door lock device 10 to open the door. The voltage preset in the target voltage regulation circuit unit 550 is 3 volts or 6 volts, which is an appropriate voltage for driving the latch bolt operating unit 520.
The emergency power supply for digital door lock 100 of the present invention determines whether or not the input number received by the password input unit 800 matches the password for which the password has been set. The emergency power supply for digital door lock 100 further includes an internal circuit unit 850 that adjusts so that power is supplied to the motor drive module 500 when the preset password match the password received by the password input unit 800. The proper voltage for driving the internal circuit unit 850 may be a preset voltage value of 3 volts.
The emergency power supply for digital door lock 100 according to a fourth embodiment of the present invention includes a first battery holder 600 capable of accommodating one or more batteries, and a second battery holder 700 accommodating one or more batteries. Further, the emergency power supply for digital door lock 100 can further include a series-parallel changeover switch module 220 and a voltage regulating circuit selection switch module 270. And this part may be different from the said embodiment.
The series-parallel changeover switch module 220 according to
Further, the voltage regulating circuit selection switch module 270 according to
Further, one end of the sixth switch 275 is connected to one end of the second battery holder 600, and the other end of the sixth switch 275 is connected to the second input terminal 504 of the latch bolt actuating portion 520. Finally, one end of the seventh switch 277 is connected to one end of the first battery holder 600, and the other end of the seventh switch 277 is connected to the first input 502 of the latch bolt operating unit 520.
Therefore, in response to the opening and shorting of the fourth switch 271, the fifth switch 273, the sixth switch 275, and the seventh switch 277, the voltage output from the first battery holder 600 and the second battery holder 700 applied to the latch bolt operating unit 520. Then, in this process, the target voltage regulation circuit unit 550 is selectively passed.
Further, in the voltage regulating circuit selection switch module 270, the eighth switch 279a and the ninth switch 279b may be selectively added. One end of the eighth switch 279a is connected to the first input end 502 of the latch bolt operating unit 520, and the other end of the eighth switch 279a is connected to the first output end 556 of the target voltage regulation circuit unit 550. Further, one end of the ninth switch 279b is connected to the second output end 558 of the target voltage regulation circuit unit 550, and the other end of the ninth switch 279b is connected to the second output end 504 of the latch bolt operating unit 520.
Therefore, when the first battery holder 600 and the second battery holder 700 are connected in series, the current selectively flows into the target voltage regulation circuit unit 550. Preferably, when the series-parallel changeover switch module 270 switches the first battery holder 600 and the second battery holder 700 from series to parallel, the eighth switch 279a and the ninth switch 279b are shorted. Then, the power source is applied to the latch bolt operating unit 520 via the target voltage regulating circuit unit 550. When the series-parallel changeover switch module 270 switches the first battery holder 600 and the second battery holder 700 from parallel to series, the eighth switch 279a and the ninth switch 279b are opened. Then, the power source is directly applied to the latch bolt operating unit 520 without going through the target voltage regulating circuit portion 550.
For the preferred description of the invention, the current transfer is shown by a thick solid line. The series-parallel changeover switch module 220 and the voltage regulating selection switch module 270 according to the fourth embodiment of the present invention connects a first battery holder 600 and a second battery holder in series by operating the door lock opening/closing means 200 or the emergency switch 250.
The first switch 222, the sixth switch 275, and the seventh switch 277 of the series-parallel changeover switch module 220 according to
The series-parallel changeover switch module 220 and the voltage regulating selection switch module 270 according to the fourth embodiment of the present invention are driven by the door lock opening/closing means 200 or the emergency switch 250. As a result, the first battery holder 600 and the second battery holder 700 can be switched from series to parallel. As can be seen from
According to
According to the fourth embodiment of the present invention, the series switching switch module 220 and/or the voltage regulating circuit selection switch module 270 is controlled according to the operation of the emergency switch 250. The series-parallel changeover switch module 220 includes the first switch 222, the second switch 224, and the third switch 226. The voltage regulating circuit selection switch module 270 includes the fourth switch 271, the fifth switch 273, the sixth switch 275, and the seventh switch 277.
Therefore, a total of seven switches are provided until the connection between the first battery holder 600 and the second battery holder 700, and the target voltage regulation circuit unit 550 are determined to be applied. Operating the seven switches individually is very impractical and can lead to increased manufacturing costs depending on the number of switches.
However, the emergency power supply for digital door lock 100 according to the fourth embodiment of the present invention can operate a total of seven switches at the same time by operating the emergency switch 250. Therefore, convenience is improved. Then, since the seven switches are replaced with the emergency switch 250, the space efficiency is improved.
According to
However, the wire S, the wire P, and the wire COM included in one end a of the emergency switch 250 are connected to each other according to the movement of the operation unit 250-1. Also, on the other end surface b are connected to the wire S and the wire COM or the wire P and the wire COM according to the movement of the operation unit 250-1.
Like one end (a), the other end (b) of the emergency switch 250 is also connected to the wire S and the wire COM or the wire P and the wire COM according to the movement of the operation unit 250-1.
Further, the wire COM is electrically connected regardless of the connection between the first battery holder 600 and the second battery holder 700. However, the wire S and the wire P may be an open circuit in which a current flows with the movement of the operation unit 250-1, or a closed circuit in which a current does not flow.
In
In the movement of the operation unit 250-1 of the emergency switch 250 described above, switching of the first switch 222, the second switch 224, the third switch 226, the fourth switch 271, the fifth switch 273, the sixth switch 275, and the seventh switch 277 can also be performed by the door lock opening/closing means 200.
According to
In
In
Further, when the external battery insertion holder 930 according to
Therefore, the external power switch module 299 selectively distinguishes between the electric power supplied from the first battery holder 600 and the second battery holder 700 and the electric power supplied from the external battery insertion holder 930. For example, when using both the remaining batteries of the first battery holder 600 and the second battery holder 700, the tenth switch 299 of the external power switch module 299, electrically connected to the first battery holder 600 and the second battery holder 700, is opened. Then, the eleventh switch 299b electrically connected to the external battery insertion holder 930 is shorted, and the electrical connection between the first battery holder 600 and the second battery holder 700 is cut off. Therefore, the electric power supplied from the inserted battery 30 of the external battery insertion holder 930 is supplied from the external battery insertion holder 930 to the target voltage regulation circuit 550 via the eleventh switch 299b.
On the contrary, when the battery 30 is removed from the external battery insertion holder 930, the tenth switch 299a electrically connected to the first battery holder 600 and the second battery holder 700 is shorted, and The eleventh switch 299b connected to the external battery insertion holder 930 is opened. Therefore, power is further supplied from the external battery insertion holder 930 via the tenth switch 299a connected to the first battery holder 600 and the second battery holder 700.
Further, it is also possible to charge the rechargeable battery provided inside the emergency power supply for digital door lock 100 by the piezoelectric element of the emergency power generation unit 910, and supply electric power to the external battery insertion holder 930.
Therefore, when the battery 30 is inserted into the external battery insertion holder 930, the tenth switch 299a opens and the eleventh switch 299b is shorted. That is, the power supplied from the first battery holder 600 and the second battery holder 700 is cut off, and the power supplied from the external battery insertion holder 930 is moved to the target voltage adjusting circuit unit 550. On the contrary, when the battery 30 is removed from the external battery insertion holder 930, the tenth switch 299a is shorted and the eleventh switch 299b is opened. Therefore, power can be supplied from the first battery holder 600 and the second battery holder 700, and the power supplied from the first battery holder 600 and the second battery holder 700 moves to the target voltage regulation circuit unit 550.
According to
According to
On the other hand, when the battery 30 is removed from the external battery insertion holder 930, the tenth switch 299a is shorted and the eleventh switch 299b is opened. Therefore, the fourth battery BT4 supplies power, and the external battery insertion holder 930 is separated from the circuit.
For the preferred explanation according to
Further, such an embodiment can be implemented as shown in
According to the circuit diagram shown in
Therefore, when the eleventh switch 299b of the external power switch module 299 is shorted and the tenth switch 299a is opened, the second battery holder 700 and the external power charging unit 910 are connected in series. Therefore, the power supply is added to the latch bolt operating unit 520. In the external power switch module 299 according to the fifth embodiment of the present invention, the power of the external battery insertion holder 930 is added regardless of the series-parallel connection between the first battery holder 600 and the second battery holder 700. On the other hand, when the battery 30 is removed from the external battery insertion holder 930, the tenth switch 299a is shorted and the eleventh switch 299b is opened. The operation of such a switch can be naturally performed by inserting the battery 30 into the external battery insertion holder 930. Then, this operation can be performed by a reed switch and a magnet.
The emergency power supply for digital door lock 100 according to the fourth embodiment of the present invention is different from the existing embodiment in that the external battery holder 930 and the external power drive switch 940 are provided on the outer surface. Therefore, the emergency power supply for digital door lock 100 according to the fourth embodiment of the present invention operates the emergency switch 250 to consume all the remaining amount of the battery 30 provided inside the emergency power supply for digital door lock 100. Next, by inserting a new battery 30 into the external battery holder 930 or pressing the external power drive switch 940, power can be supplied according to the emergency power generation unit.
When the external power drive switch 940 is pressed to drive the emergency power generation unit, power is generated by the piezoelectric element included in the emergency power generation unit. Then, the generated electric power is supplied to the rechargeable battery provided inside the emergency power supply for digital door lock 100. After that, the rechargeable battery is connected in parallel with the external battery insertion module 930, and the electric power of the rechargeable battery flows into the external battery insertion module 930.
The emergency switch 250 shown in
In addition, as the door lock opening/closing means 200 rotates in the direction opposite to the direction in which the door is opened, the connection between the first battery holder 600 and the second battery holder 700 is converted from series to parallel or from parallel to series.
In response to the rotation of the door lock opening/closing means 200 or the movement of the operation unit 250-1 of the emergency switch 250, the connection method with the first battery holder 600 and the second battery holder 600 is switched by any of the push non-lock, push lock, tact, and selector. This method can proceed according to the principle of toggle switching, that is, power is transmitted by the link portion.
The emergency power supply for digital door lock 100 according to
Therefore, the process in which the current passes through the target voltage regulation circuit unit 550 can be selectively adjusted. When the first battery holder 600 and the second battery holder 700 are connected in parallel, the target voltage regulation circuit unit 550 is used to supplement the voltage insufficient for the parallel connection of the batteries 30. However, when the first battery holder 600 and the second battery holder 700 are connected in series, the voltage increases in proportion to the number of batteries 30, so that the voltage does not need to added by the target voltage regulation circuit unit 550.
Further, when the first battery holder 600 and the second battery holder 700 are connected in series, driving the target voltage regulation circuit unit 550 consumes unnecessary power. Therefore, the present invention selectively drives the target voltage regulation circuit unit 550 to save unnecessary power consumption.
In driving the emergency power supply for digital door lock 100 according to the first embodiment of the present invention, the door lock opening/closing means 200 such as a lever and a handle rotates upward (S30-1). After that, the contact of the first changeover switch 300 is switched to the first output terminal 350 (S30-2), and the contact of the second changeover switch 400 is switched to the third output terminal 450. (S30-3). Next, the connection between the first battery holder 600 and the second battery holder 700 is switched from series to parallel (S30-4). The order in which the contact of the first changeover switch 300 switches to the first output terminal 350 (S30-2) and the contact of the second changeover switch 400 switches to the third output terminal 450 (S30)-3) is not fixed. The process of changing the contacts of the first changeover switch 300 and the contacts of the second changeover switch 400 can occur at the same time. According to the first embodiment of the present invention, by switching the connection between the first battery holder 300 and the second battery holder 400 from series to parallel, the remaining amount of batteries provided in the digital door lock 10 is consumed all. Further, when the connection between the first battery holder 300 and the second battery holder 400 is parallel, the current transmitted to the motor drive module 500 and the internal circuit unit 850 increases, and the power can be supplied more stably.
In the driving procedure of the emergency power supply for digital door lock 100 according to the second embodiment of the present invention, after the door lock opening/closing means 200 such as a lever or a handle is rotated upward (S31-1), the contact of the first changeover switch 300 is switched to the second output terminal 370 (S31-2). Then, after the contact direction of the second changeover switch 400 is switched to the fourth output terminal 470 (S31-3), the connection between the first battery holder 600 and the second battery holder 700 is switched from parallel to serial (S31-4).
As the connection method between the first battery holder 600 and the second battery holder 700 is switched in series, the available voltage can be increased. Therefore, a sufficient voltage value can be supplied to the latch bolt operating unit 520 without providing the target voltage regulation circuit unit 550.
According to the driving procedure of the emergency power supply for digital door lock 100 according to the third embodiment of the present invention, after moving the operation unit 250-1 of the emergency switch 250 of the slide switch and the toggle switch (S32-1), the contact direction of the changeover switch 300 is switched (S32-2). The driving procedure of the digital door lock emergency power supply device 100 according to the third embodiment of the present invention is performed after moving the operation unit 250-1 of the emergency switch 250 in the form of a slide switch and a toggle switch (S32-1).), The contact direction of the first changeover switch 300 is switched (S32-2). After that, the contact direction of the second changeover switch 400 is switched (S32-3), and the connection between the first battery holder 600 and the second battery holder 700 is switched from series to parallel or from parallel to series. (S32-4). Further, after the connection between the first battery holder 600 and the second battery holder 700 is switched, the target voltage regulation circuit unit 500, the password input unit 800, and the internal circuit unit 850 are driven.
In the emergency power supply for digital door lock 100 according to the third embodiment of the present invention, the connection between the first battery holder 600 and the second battery holder 700 is switched in series from parallel or serial to serial by using the emergency switch 250. This part is different from the emergency power supply for digital door lock 100 according to the first embodiment and the second embodiment of the present invention.
In the driving procedure of the emergency power supply for digital door lock 100 according to the fourth embodiment of the present invention, after the door lock opening/closing means 200 is rotated or the emergency switch 250 is operated (S33-1), the series-parallel changeover switch module 220 selectively controls the electrical connection between the first battery holder 600 and the second battery holder 700 (S33-2). After that, the voltage regulating circuit selection switch module 270 is driven according to the electrical connection between the first battery holder 600 and the second battery holder 700, and the power supplied from the first battery holder 600 and the second battery holder 700 to the voltage regulation circuit unit 550 and the latch bolt operating unit 520 (S33-3). Next, the voltage is boosted or stepped down to a preset voltage value through the target voltage regulation circuit unit 550 (S33-4), and a current is applied to the latch bolt operating unit 520 (S33-5).
If the connection between the first battery holder 600 and the second battery holder 700 is switched from parallel to series, it can be excluded that the target voltage regulation circuit unit 550 is stepped up or down to a preset voltage (S33-4). After that, the connection between the first battery holder 600 and the second battery holder 700 is switched from parallel to series or from series to parallel (S33-5). The drive order of the digital door lock emergency power supply 100 according to
The driving procedure according to the fifth embodiment and the sixth embodiment according to
When the external battery is inserted into the external battery insertion holder 930 according to
After that, the tenth switch 299a of the external power switch module 299 is opened (S34-3), and the eleventh switch 299b of the external power switch module 299 is shorted (S34-4). At this step, the first battery holder 600 and the second battery holder 700 and the external battery insertion holder 930 are connected to supply additional power to the latch bolt operating unit 520. When the external battery holder 930 is inserted, the electric power supplied from the first battery holder 600 and the second battery holder 700 is cut off, and only the electric power of the external battery holder 930 is supplied. After driving the external power switch module 299, the target voltage regulation circuit unit 550 is driven (S34-5), and the latch bolt operating unit 520 is driven (S34-6).
The driving procedure of the emergency power supply for digital door lock 100 according to
The driving procedure according to the fifth embodiment and the sixth embodiment according to
According to
After that, the electric power generated by the emergency power generation unit is supplied to the rechargeable battery connected in parallel with the external battery insertion holder 930 (S35-3). Therefore, the electric power generated by the piezoelectric element can be supplied to the rechargeable battery and naturally supplied to the external battery insertion holder 930 connected in parallel with the rechargeable battery.
The drive order when the emergency power supply for digital door lock according to
In the driving procedure of the motor drive module 500 according to
According to
The driving procedure of the password input unit 800 and the internal circuit unit 850 according to
The present invention has been described above with reference to the first to sixth embodiments. However, a skilled person skilled in the art can make various modifications from the invention described in the claims.
| Filing Document | Filing Date | Country | Kind |
|---|---|---|---|
| PCT/KR2019/017424 | 12/11/2019 | WO |
| Publishing Document | Publishing Date | Country | Kind |
|---|---|---|---|
| WO2021/117923 | 6/17/2021 | WO | A |
| Number | Name | Date | Kind |
|---|---|---|---|
| 9725925 | Shen | Aug 2017 | B1 |
| 10024081 | Li | Jul 2018 | B2 |
| 10106110 | Ganiere | Oct 2018 | B1 |
| 10208508 | Tien | Feb 2019 | B2 |
| 10597904 | Hintz | Mar 2020 | B2 |
| 10994632 | Kahnt | May 2021 | B2 |
| Number | Date | Country |
|---|---|---|
| 05-038064 | Feb 1993 | JP |
| 20-0327491 | Sep 2003 | KR |
| 10-2009-0058188 | Jun 2009 | KR |
| 20-2017-0000948 | Mar 2017 | KR |
| 10-2018-0067011 | Jun 2018 | KR |
| 2019001526 | Jun 2019 | KR |
| Number | Date | Country | |
|---|---|---|---|
| 20220235578 A1 | Jul 2022 | US |
