Patent Application
20130307691
The present invention is encompassed within the field of electronic locks.
Locks known today have many mechanical components to perform the tasks of coin and/or card detection. Due to their many components locks are devices which require complex manufacturing and maintenance.
This invention presents a lock with an optical detection for detecting an enabler (e.g. coin, card) reducing the number of mechanical components necessary to perform this function. The lock also has good water and dust resistance protecting the electronics and the mechanical components thereof by using a contact-free optical detection since it can facilitate isolating the inside of the lock by means of using a transparent display welded to the casing of the lock.
The operation of the lock is associated both with the introduction of an enabler (coin/card) in insertion means and with enabling the lock through an interaction module.
The insertion means can comprise a slot and/or a channel or track through which the enabler is introduced. For the particular case of coin detection the insertion means can have different diameters to allow inserting different types of coin. For card detection the insertion means are adapted to the size thereof, being wide enough as to allow introducing the card (preferably in a vertical position).
The lock has an interaction module which enables using the lock by transferring the access information received by a user from the outside to a control module which performs the verification thereof.
The use of the lock can be enabled in different manners, for example, by means of introducing an alphanumeric combination in a keypad, by means of incorporating a transponder (preferably an RFID transponder) or by means of digital fingerprint recognition means.
In the aforementioned cases, the interaction module receives information from the outside which enables closing or opening the lock but it also allows authenticating the user either by means of a numerical introduction of a password through the keypad or by means of receiving an external signal and the subsequent emission to the control module of the lock through the transponder or by means of capturing a series of parameters from the digital fingerprint of the user.
If an enabler (for example, a coin or a card) is not introduced in the insertion means and/or the user does not use the interaction module properly, the lock does not allow closing same.
The invention thus regulates the use of the locks, favoring a responsible and moderate use thereof by requiring the introduction of an enabler for using them and controls their use through recognition means which can comprise the interaction module.
To close the lock, the user introduces an enabler (normally a coin or a card) in the insertion means of the lock and enables closing the lock through the interaction module if this is confirmed by the verification performed by the control module. If the control module verifies that the access performed through the interaction module is valid, it operates retention means which in the case of using the coin cause the retention on the detection means thereof, whereas in the case of the card it can comprise a pin or stop to allow introducing the card a certain length and the verification can be correctly performed by the detection means.
To open the lock the control module only needs to know the user's identifier with which it has been closed.
The invention detects the enabler through detection means comprising an optical sensor capable of emitting and receiving light such that when the sensor receives the light from the reflection of the light emitted and reflected in the enabler, the sensor informs the control module contained in the lock itself. Putting in any coin or card is sufficient to open/close the gate since it only detects whether there is something in front of the sensor. In the case of a correct enabler detection, the control module activates mechanical means which perform the convenient physical opening or closing of the lock or sends a signal to an external element so that it performs the opening/closing.
If the user performs a valid access through the interaction module for opening or closing the lock but the control module does not receive any signal from the detection means because the optical sensor has not detected any light due to the absence of the enabler, the control module activates warning means to indicate to the user that the lock is not working normally.
To supply power to the detection means, control means and warning means, the lock can comprise power supply means or could be powered externally.
The user informs the control module to activate the mechanical means and open the lock through the interaction module. Once the lock is opened, in the case of using a coin the retention means are deactivated to release the coin retained on the sensor (for example, the user can move a lever to cause such deactivation of the retention means), whereas in the case of using a card the user removes the card from the same place through which it has been introduced. Since it is free, the coin is deposited in collecting means so that the user can collect it easily.
It is important to highlight that the lock object of the present invention may or may not incorporate the mechanical means for performing the physical opening or closing of the lock. If it incorporates the mechanical means, the control module is responsible for their activation (opening or closing). If it does not incorporate the mechanical means, the control module is responsible for transmitting a signal to an external element (which can be the mechanical means themselves) so that it opens or closes the lock depending on the signal.
Drawings which aid to better understand the invention and relate specifically to an embodiment of said invention depicted by way of non-limiting example thereof is described briefly below.
The lock with optical detection object of the present invention can be applied to coins or cards.
The lock with optical detection for detecting coins comprises:
In the embodiment of the card the retention means 5 can comprise a stop, for example, to allow introducing the card only up to a certain length.
The lock will preferably comprise warning means to warn the absence of a coin detected by the detection means 4.
The interaction module (or interaction means) 7 preferably comprises a keypad, digital fingerprint recognition means or an RFID transponder. Each of these embodiments being able to be combined.
The control module is preferably configured for verifying the access information introduced by the user through the interaction means 7.
Once the invention has been clearly described, it must be stated that the particular embodiments described above are susceptible to detail modifications as long as they do not alter the fundamental principal and the essence of the invention.
