Patent Application
20180279452
The present invention relates to systems and methods for controlling lighting units in household and commercial environments.
There is a perceived need to improve the manner in which users are able to control groups of lighting units such as lamps, luminaries, spotlights and the like in household and commercial environments.
Certain existing control systems involve the use of an infrared (IR) remote control unit to interact with the different lighting units in the environment by transmitting IR control signals to each of the light units in the system that are equipped with IR communication module interfaces and processing circuitry so as to respond to the received IR signals. The use of an IR remote control can be problematic in that when a wide-beam IR remote control is simultaneously used to control a group lighting units, the wide-beam of the transmitted IR signal may inadvertently interfere with other lighting units not intended to be targeted but which happen to fall within the IR beam angle. A narrow-beam IR remote control having a more directionally-focused IR beam to target a lighting unit or group of lighting units may alleviate inadvertent interference with unrelated lighting units, however, this means that the narrow-beam IR remote control can generally only be used to control each lighting unit one at a time and this is a slow and laborious process when for instance activating or deactivating a large group of lighting units.
In alternate control systems, a smartphone may be configured to run a software application thereon to provide a user interface via which a user is able to interface with and control operation of various lighting units in a given environment via a WI-FI network. However, the use of a smartphone as the user-control device makes it difficult for the user to simultaneously used the smartphone for other functions such as making telephone calls, browsing the Internet or playing audio/video files.
The present invention seeks to alleviate at least one of the above-described problems.
The present invention may involve several broad forms. Embodiments of the present invention may include one or any combination of the different broad forms herein described.
In a first broad form, the present invention provides a system for controlling a group of lighting units, the system including a narrow-beam infrared remote control unit configured for communicating a first control signal to a first lighting unit of the group of lighting units via an infrared frequency communication link, wherein the first lighting unit is configured to:
(a) perform an operational mode in response to the received first control signal; and
(b) communicate a second control signal from the first lighting unit to at least a second lighting unit of the group of lighting units via a first radio frequency communication link whereby said second lighting unit is configured to perform an operational mode in response to the received second control signal.
Preferably the present invention may include a radio frequency remote control unit configured for communicating with the first lighting unit and the second lighting units via a second radio frequency communication link so as to define the first lighting unit and the second lighting unit as part of the group of lighting units.
Typically, the radio frequency remote control unit may include at least one of a mobile telephone device, a tablet type device, a desktop computer device, a portable computer device, and a personal digital assistant.
Typically, the radio frequency remote control unit may include a software application module operable for running on the radio frequency remote control unit to provide a user-interface for controlling the group of lighting units.
Preferably, the radio frequency remote control unit may be, in response to a user input command entered via the user-interface, configured for programming at least one of the first and second lighting units in the group of lighting units to perform user-defined operational modes, and wherein the narrowband infrared remote control unit may thereafter be configured for selectably controlling the at least one of the first and second lighting units to perform any one of the user-selected operational modes that have been programmed into the at least one of the first and second lighting units.
Preferably, the first and second radio frequency communication links may include at least one of a WI-FI type and a Bluetooth type radio frequency communication link.
Typically, in response to the received second control signal, the second lighting unit may be configured to perform substantially the same operational mode as performed by the first lighting unit in response to receiving the first control signal.
Typically, the operational modes performed by the first lighting unit and the second light unit may include at least one of outputting a colour output mode, a brightness dimming mode, and switching the first lighting unit on or off.
Preferably, the first lighting unit and the second lighting unit may include an inbuilt WI-FI communication module for receiving and transmitting WI-FI signals and an infrared communication module for receiving and transmitting infrared signals.
In certain embodiments of the present invention, the infrared remote control unit and the radio frequency remote control may be integrally formed in a common device.
In a further broad form, the present invention provides a system for controlling a group of lighting units, the system including a narrow-beam infrared remote control unit configured for communicating a first control signal to a signaling device via an infrared frequency communication link, wherein the signaling device is configured to communicate a second control signal to at least a first lighting unit and a second lighting unit of the group of lighting units via a first radio frequency communication link whereby said first lighting unit and said second lighting unit are configured to perform operational modes in response to the received second control signal.
In a further broad form the present invention provides a kit including a narrow-beam infrared remote control unit, a first lighting unit and a second lighting unit, wherein:
(i) the narrow-beam infrared remote control unit is configured for communicating a first control signal to the first lighting unit via an infrared frequency communication link, wherein the first lighting unit is configured to:
(a) perform an operational mode in response to the received first control signal; and
(b) communicate a second control signal from the first lighting unit to the second lighting unit via a first radio frequency communication link whereby said second lighting unit is configured to perform an operational mode in response to the received second control signal.
Typically, the kit may include a signaling device wherein
In a further broad form, the present invention provides a method for controlling a group of lighting units, the method including the steps of using a narrow-beam infrared remote control unit to communicate a first control signal to a first lighting unit of the group of lighting units via an infrared frequency communication link, wherein the first lighting unit is configured to:
(a) perform an operational mode in response to the received first control signal; and
(b) communicate a second control signal from the first lighting unit to at least a second lighting unit of the group of lighting units via a first radio frequency communication link whereby said second lighting unit is configured to perform an operational mode in response to the received second control signal.
Preferably, the method may include a step of using a radio frequency remote control unit to communicate with the first lighting unit and the second lighting units via a second radio frequency communication link so as to configure the first lighting unit and the second lighting unit as part of the group of lighting units.
Typically, the radio frequency remote control unit may include at least one of a mobile telephone device, a tablet type device, a desktop computer device, a portable computer device, and a personal digital assistant.
Preferably, the present invention may include a step of providing a software application module operable for running on the radio frequency remote control unit to function as a user-interface for controlling the group of lighting units.
Preferably, the radio frequency remote control unit may, in response to a user input command entered via the user-interface, be configured for programming at least one of the first and second lighting units in the group of lighting units to perform user-defined operational modes, and wherein the narrowband infrared remote control unit may thereafter be configured for selectably controlling the at least one of the first and second lighting units to perform any one of the user-selected operational modes that have been programmed into the at least one of the first and second lighting units.
Preferably, the first and second radio frequency communication links may include at least one of a WI-FI type and a Bluetooth type radio frequency communication link.
Preferably, in response to the received second control signal, the second lighting unit may be configured to perform substantially the same operational mode as performed by the first lighting unit in response to receiving the first control signal.
Typically, the operational modes performed by the first lighting unit and the second light unit may include at least one of outputting a colour output mode, a brightness dimming mode, and switching the first lighting unit on or off.
Preferably, the first lighting unit and the second lighting unit may include an inbuilt WI-FI communication module for receiving and transmitting WI-FI signals and an infrared communication module for receiving and transmitting infrared signals.
It will be apparent that embodiments of the present invention provide a number of advantages including amongst other things:
(i) it allows a group of lighting units to be simultaneously controlled by a narrow-beam infrared remote control with a single control signal transmission from an infrared remote control whilst alleviating inadvertent interference with lighting units not within the group; and
(ii) it conveniently provides a hybrid control system comprising a narrow-beam IR remote control in combination with a radio-frequency remote control to control different groups of lighting units in an environment. In particular, the narrow-beam IR remote control is a relatively cost effective and low-complexity device to manufacture which may provide a pre-configured “out-of-the-box” control unit for use in immediate control of day-to-day functions of the lighting units (e.g. on/off switching, brightness dimming levels, colour scene modes etc). The use of a radio-frequency remote control device in combination with the narrow-beam infrared remote control is also convenient in that it may be used to provide control of lighting unit settings such as defining lighting groups and so on. Such settings need not be configured daily and so the use of a smartphone for instance as the radio-frequency remote control device will not interfere with use of the smartphone for other functions such as making telephone calls, Internet browsing and so on.
The present invention will become more fully understood from the following detailed description of a preferred but non-limiting embodiment thereof, described in connection with the accompanying drawings, wherein:
Preferred embodiments of the present invention will now be described with reference to the drawings.
Referring to
As shown in
Referring now to
The RF remote control unit (300) is configured to, amongst other things, allow the user to define specific groups of lighting units (G1,G2) from amongst the plurality of lighting units present within the system. This step is broadly represented by block (100) in the flow diagram of
In the exemplary embodiment shown in the drawings, the first and second groups of lighting units (G1,G2) are each comprised of homogenous types of lighting units whereby the first and second groups of lighting units (G1,G2) are comprised of lamps and spotlights respectively which are generally used for providing different lighting characteristics and effects. However, it is possible for a user to selectably define groups of lighting units via the graphical user-interface (340) of the RF remote control unit (300) which may be comprised by different types of lighting units having different lighting characteristics.
The IR remote control (400) includes an IR transmitter module configured for transmitting IR control signals to each of the lighting units or a group of lighting units. As depicted in
The IR remote control includes a keypad with buttons that are pre-configured to transmit a standardised set of encoded IR control signals to each of the lighting units in the system. The processor units of each of the lighting units in the system may be programmed to recognise different standardised encoded IR control signals that are output by the IR remote control in response to actuation of its keypad buttons. The control signals may control operational functions and settings of the lighting units required on a daily basis such as switching on or off of a lighting unit, adjustment of a brightness dimming level, outputting a specific colour lighting scene and so on.
The keypad of the IR remote control may for instance include buttons which allow the user to scroll through various available colour scene modes that may be available for output by each of the lighting units in a defined group of lighting units. The number and types of colour scene modes that the lighting units in any given group of lighting units are able to display may be programmed into the lighting units by the user via the WI-FI remote control unit. The memory module (240) of each lighting unit (200) will contain data which is readable by the processor unit (230) of each lighting unit indicating the number and types of colour scene modes which the respective lighting units are able to output in response to control signals received from the IR remote control unit (400). Thus for instance, when the user actuates a scroll-through button on the IR remote control, a lighting unit receiving the control signal may progressively output each of its pre-programmed available colour scene modes until the desired colour scene mode is output. The IR remote control keypad may also include a button which actuates a timer function for activation or deactivation of lighting units in a group of lighting units so that for instance the lighting units may be timed for activation of deactivation at a specified time. Because the Wi-Fi remote control (300) is able to configure the groups of lighting units and the types of colour scene modes that may be output by lighting units in response to received IR control signals, this means that it is possible for a user to conveniently customise the response of the lighting units when buttons of the IR remote control keypad are actuated. The keypad buttons of the IR remote control are able to be customized by the user, for instance by programming the lighting units to only output a specified number of “favourite” colour scene modes in response to actuation of IR remote control buttons. Consequently, this user customization to include only a select number of functions means that the IR remote control keypad need not be so complex and bulky, and, may conveniently be provided with enhanced compactness and simplicity if so required by virtue of this customization capability.
As shown in
In certain embodiments, it is possible that a stand-alone IR/WI-FI signaling unit may be provided as part of the system. A user may point the narrow-beam remote control at the IR/WI-FI signaling unit which upon receiving the IR control signal, will then transmit the WI-FI control signal to other lighting units in a similar manner as described above. However, in this case, the stand-alone IR/WI-FI signaling unit need not necessarily be a lighting unit itself. In yet alternate embodiments it is possible that similar arrangements may be utilised to control groups of devices which may not all necessarily include lighting units. The group of devices may for instance include a combination of lighting devices, audio/video devices, air-conditioning devices, home security devices and so on.
Those skilled in the art will appreciate that the invention described herein is susceptible to variations and modifications other than those specifically described without departing from the scope of the invention. All such variations and modification which become apparent to persons skilled in the art, should be considered to fall within the spirit and scope of the invention as broadly hereinbefore described. It is to be understood that the invention includes all such variations and modifications. The invention also includes all of the steps and features, referred or indicated in the specification, individually or collectively, and any and all combinations of any two or more of said steps or features.
The reference to any prior art in this specification is not, and should not be taken as, an acknowledgment or any form of suggestion that that prior art forms part of the common general knowledge.
| Filing Document | Filing Date | Country | Kind |
|---|---|---|---|
| PCT/CN2015/096348 | 12/3/2015 | WO | 00 |
