TW202027558A - Lighting device control system - Google Patents

Abstract

A lighting device control system includes plural lighting assemblies having RF modules. When the RF module of one of the lighting assemblies is switched on to send an activation signal, the RF module of an other lighting assembly received the activation signal is switched on in order to control plural lighting assemblies the same time.

Description

Lamp control system

The invention relates to a lamp control system.

By the way, lamps in general home life, such as gate lights, lane lights, indoor lights, etc., are turned off under normal conditions, and will be turned on when the user wants to use them to avoid wasting electricity. Therefore, this type of lamp It needs to be opened separately by manpower, which is inadvertent and convenient in use. Later, for the convenience of use, the industry added sensors to the above-mentioned lamps to omit the step of turning on the above-mentioned lamps manually. However, the cost of installing sensors in each lamp is too high, and when some of the sensors fail, the lamps equipped with the failed sensors cannot be turned on smoothly, and there are shortcomings that need to be improved.

In addition, in order to increase the convenience of turning on the lights, some companies will sell a complete set of matched lamps. After the lamps are installed, they can be turned on or off collectively via infrared remote transmission. However, such a set of matched lamps cannot be replaced at will. If a newly purchased lamp cannot be added to the pairing, the whole set of lamps will need to be replaced again, which will waste a lot of money, and there are shortcomings that need to be improved.

Therefore, it is necessary to provide a novel and progressive lamp control system to solve the above-mentioned problems.

The main purpose of the present invention is to provide a lamp control system, which can be paired arbitrarily by setting up radio frequency modules (RF) in each lamp assembly. When the radio frequency module of one of the lamp assemblies is activated, it transmits an activation signal When the time, the other radio frequency modules that receive the start signal will control the lighting assembly to start, so as to effectively achieve the function of automatic control.

To achieve the above objective, the present invention provides a lamp control system, which includes at least two lamp components, each of the lamp components includes a lamp, a control unit, a first pairing module and a first radio frequency (RF) ) Module, any two of the first pairing modules of the lamp assembly can be selectively paired to generate a pairing code and enter the pairing mode, and the first pairing modules of the remaining lamp assemblies can be matched with one of the pairing modes that have entered The first pairing module performs pairing and obtains the pairing code. Wherein, when one of the control units of the lamp assembly that enters the pairing mode turns on the lamp, the first radio frequency module of the lamp assembly transmits an activation signal with the pairing code, and when the others enter the pairing mode When the first radio frequency module of the lamp assembly receives the activation signal, the first pairing module of the lamp assembly verifies the activation signal, and the control unit of the lamp assembly turns on the lamp after the verification is successful.

The following examples are only used to illustrate the possible implementation aspects of the present invention, but they are not intended to limit the scope of protection of the present invention, and are described first.

Please refer to Figures 1 to 5, which show a preferred embodiment of the present invention. The present invention provides a lamp control system, which includes at least two lamp assemblies 1, in this embodiment, there are a plurality of them, and each lamp assembly 1 includes one Lamp 2, a control unit 31, a first pairing module 32, and a first radio frequency (RF) module, any two of the first pairing modules 32 of the lamp assembly 1 can be selectively paired A pairing code is generated and the pairing mode is entered. The first pairing module 32 of each of the remaining lamp assemblies 1 can pair with the first pairing module 32 that has entered the pairing mode and obtain the pairing code. Therefore, when the user purchases a plurality of the lamp assemblies 1, they can pair the lamp assemblies 1 first. If a new lamp assembly 1 is purchased later, the newly purchased lamp assembly 1 can be directly purchased. It is very convenient to use to pair with the lamp assembly 1 that has been paired.

Wherein, when one of the control units 31 of the lamp assembly 1 turns on the lamp 2 in the pairing mode, the first radio frequency module 33 of the lamp assembly 1 transmits an activation signal 34 with the pairing code, and when the other When the first radio frequency module 33 of the lamp assembly 1 that enters the pairing mode receives the activation signal 34, the first pairing module 32 of the lamp assembly 1 verifies the activation signal 34, and the verification is successful. The control unit 31 of the lamp assembly 1 turns on the lamp element 2, and in this embodiment, the lamp elements are strip lights. Therefore, when the homeowner returns home, he only needs to turn on one of the lamp assemblies 1, and the lamp assembly 1 can transmit the activation signal 34 to turn on the other lamp assemblies 1, so as to improve the convenience of home life.

Preferably, in this embodiment, a wireless remote control 4 is further included. The wireless remote control 4 includes a second pairing module 41 and a second radio frequency module 42. The second pairing module 41 is optional When the ground is paired with one of the first pairing modules 32 that have entered the pairing mode and obtains the pairing code and enters the pairing mode, the wireless remote control 4 can transmit the activation signal 34 with the pairing code. Preferably, the second pairing module 41 can also be selectively paired with the first pairing module 32 that has not entered the pairing mode to generate a pairing code and enter the pairing mode. The second wireless remote controller 4 The radio frequency module 42 can transmit the activation signal 34 with the pairing code. The user can decide whether to add the wireless remote control 4 to a pairing group or to generate a pairing group by himself according to whether the lamp assemblies 1 have been paired.

Specifically, each of the lamp elements 2 further includes a lamp holder 21 and a light-emitting component 22. The light-emitting component 22 is assembled with the lamp holder 21. In this embodiment, it is a strip-shaped lamp holder 21. The light-emitting component 22 is electrically connected to the control unit 31.

It is worth mentioning that at least one of the lamp assembly 1 of the present invention further includes a power supply device 5, and the power supply device 5 is provided with the first pairing module 32, the first radio frequency module 33 and the control unit 31, The power supply device 5 is electrically connected to an external power source and the light-emitting assembly 22. Furthermore, the power supply device 5 is provided with a power supply socket 51, and the lamp 2 is additionally provided with a plug 35 inserted into the power supply socket 51. Therefore, the power supply device 5 can be generally provided without a matching module and a radio frequency module. When the lamps in the group are used, the lamps can be paired with the lamp control system for radio frequency.

Preferably, each of the first pairing module 32 and the second pairing module 41 is respectively provided with a pairing switch 36. When the pairing switch 36 is controlled, the first pairing module 32 and a second pairing module The pair 41 is paired to enter the pairing mode, and the pairing switch 36 can be controlled to unpair the first pairing module 32 and the second pairing module 41, so as to facilitate pairing or unpairing, so that it can be added later. The lamp assembly 1 or the wireless remote control 4 is paired or unpaired. In other embodiments, only the first pairing module 32 may be provided with the pairing switch 36, and it is not limited thereto.

In addition, in this embodiment, each of the first radio frequency module 33 and the second radio frequency module 42 is additionally provided with a communication switch 37. When the communication switch 37 is turned on, the first radio frequency module 33 and the The second radio frequency module 42 can be operated, and cannot be operated when the communication switch 37 is turned off, so as to prevent the unused lamp assembly 1 or the power supply device 5 from starting.

Preferably, some of the lamp assemblies 1 and the power supply device 5 are provided with a timer 38. When the lamp assembly 1 provided with the timer 38 is started, the timer 38 starts timing and waits for the timer 38 to pass After a predetermined time, the timer 38 turns off the lamp assembly 1 or the power supply device 5 to avoid wasting power, and can be used in devices such as entrance lights or garage lights.

Preferably, some of the lamp assemblies 1 are provided with a detector 39. When the lamp assembly 1 provided with the detector 39 receives a detection signal, the lamp assembly 1 is turned on and emits the paired code With the activation signal 34, the detector 39 can be an infrared sensor, etc., and the lamp assembly 1 can be turned on when a person passes by.

It is worth mentioning that, as shown in Figures 4 and 5, some of the first radio frequency modules in this embodiment can simultaneously have the function of sending and receiving the activation signal 34; some of the first radio frequency modules only It has the function of receiving the activation signal 34 but not the function of sending the activation signal 34; some of the first radio frequency modules only have the function of sending the activation signal 34 but not the function of receiving the activation signal 34. For example, the lamp assembly 1 located in the hallway can only be equipped with the function of sending the activation signal 34. When the user goes home and turns on the lamp assembly 1 located in the hallway, the activation signal 34 is sent, and it is set in the living room and The lighting components 1 (such as ceiling lamps or wall lamps) in the kitchen have the function of sending and receiving the activation signal 34 at the same time. When the above two receive the activation signal 34, the two lighting components 1 can be turned on and emit the activation signal. Signal 34. In this way, the lighting components 1 located in the basement or the second floor room can receive the activation signal 34, and the lighting components 1 can be turned on. Therefore, the user does not need to turn on the lighting components in the room. Lamp assembly 1, which can improve the lighting convenience of the building when living. In addition, because the residents usually have less chance and time to stay in the bedroom, bedrooms and other low-usage rooms can be equipped with a light emitting function. The lamp assembly 1 is to prevent the lamp assembly 1 located in the porch from being turned on at the same time, and when the lamp assembly 1 located in the bedroom is turned on when the occupant wakes up, the other lamp assemblies 1 located in the building can be relatively turned on , So that when the occupants wake up, the interior of the building can have brighter lighting, and the first lamp assembly 11 located in the entrance will not be turned on but useless, thus avoiding waste of electricity.

In summary, in the lamp control system of the present invention, by providing the first radio frequency module (RF) in each lamp assembly, it can be paired arbitrarily. When the first radio frequency module of one of the lamp assemblies is activated and emits a start When the signal is received, the remaining first radio frequency modules that receive the activation signal will control the activation of the lamp assembly to effectively achieve the function of automatic control.

1: Lamp component 2: Lamp component 4: Wireless remote control 5: Power supply device 21: Lamp holder 22: Light-emitting component 31: Control unit 32: First pairing module 33: First radio frequency module 34: Start signal 35: Plug 36: Pairing switch 37: Communication switch 38: Timer 39: Detector 41: Second pairing module 42: Second radio frequency module 51: Power socket

Figures 1 and 2 are perspective views of a preferred embodiment of the present invention. Figure 3 is a block diagram of a preferred embodiment of the present invention. Fig. 4 is a diagram of the use state of a preferred embodiment of the present invention. Figure 5 is a block flow diagram of a preferred embodiment of the present invention.

1: Lamp components

2: Light pieces

4: wireless remote control

21: Lamp holder

22: Light-emitting components

31: control unit

32: The first pairing module

33: The first radio frequency module

34: Start signal

39: Detector

41: The second pairing module

42: The second radio frequency module

Claims (10)

A lamp control system includes: at least two lamp components, each of the lamp components includes a lamp element, a control unit, a first pairing module, and a first radio frequency (RF) module, any two of the lamps The first pairing module of the component can be selectively paired to generate a pairing code and enter the pairing mode; wherein, when one of the control units of the lamp component that enters the pairing mode turns on the lamp, the first wireless of the lamp component The radio frequency module transmits an activation signal with the pairing code. When the first radio frequency modules of the other lamp components that enter the pairing mode receive the activation signal, the first pairing module of the lamp components will verify After the activation signal is successfully verified, the control unit of the lamp assembly turns on the lamp. The lighting control system according to claim 1, which includes at least three lighting components, wherein the first pairing modules of any two lighting components can be selectively paired to generate a pairing code and enter the pairing mode, and the remaining lamps The first pairing module of the component can pair with the first pairing module that has entered the pairing mode and obtain the pairing code. The lamp control system according to claim 1, further comprising a wireless remote control, the wireless remote control including a second pairing module and a second radio frequency module, the second pairing module can be selectively One of the first pairing modules that enters the pairing mode is paired and obtains the pairing code and enters the pairing mode, the second radio frequency module of the wireless remote controller can transmit the activation signal with the pairing code. The lamp control system according to claim 1, further comprising a wireless remote control, the wireless remote control including a second pairing module and a second radio frequency module, the second pairing module can be selectively Entering one of the pairing modes, the first pairing module is paired to generate a pairing code and enters the pairing mode, the second radio frequency module of the wireless remote controller can transmit the activation signal with the pairing code. The lamp control system according to claim 3 or 4, wherein each of the lamp components further includes a lamp holder and a light-emitting component, the light-emitting component is assembled with the lamp holder, and the light-emitting component is electrically connected to the control unit. The lamp control system according to claim 5, wherein at least one of the lamp components further includes a power supply device, the power supply device is provided with the first pairing module, the first radio frequency module, and the control unit, the power supply device For electrical connection with an external power source and the light-emitting assembly, the power supply device is provided with a power supply socket, and the lamp is additionally provided with a plug inserted into the power supply socket. The lamp control system according to claim 6, wherein each of the first pairing module and the second pairing module is provided with a pairing switch, and when the pairing switch is controlled, the first pairing module and the second pairing module The pairing modules are paired to enter the pairing mode, and the pairing switch can be controlled to unpair the first pairing modules and the second pairing modules, each of the first radio frequency module and the second radio frequency module is another A communication switch is provided. When the communication switch is turned on, the first radio frequency module and the second radio frequency module can be actuated, but cannot be actuated when the communication switch is closed. The lighting control system according to claim 6, wherein some of the lighting components and the power supply device are provided with a timer, and when the lighting component provided with the timer is activated, the timer starts timing, and waits for the timer After a predetermined time, the timer turns off the lamp assembly or the power supply device, some of the lamp assemblies are equipped with a detector, and the electrical device or the power supply device with the detector receives a detection When the signal is activated, the lamp assembly or the power supply device is turned on and emits an activation signal with the pairing code. The lamp control system according to claim 1 or 2, wherein part of the first radio frequency module can simultaneously have the function of sending and receiving the activation signal; part of the first radio frequency module can only have the function of receiving the activation signal There is no function of sending the activation signal; some of the first radio frequency modules only have the function of sending the activation signal but not the function of receiving the activation signal. The lighting control system according to claim 7, wherein the lighting components are strip lights; some of the lighting components and the power supply device are provided with a timer, and when the lighting component with the timer is activated, The timer starts counting. After the timer has passed a predetermined time, the timer turns off the lamp assembly or the power supply device; some of the lamp assemblies are equipped with a detector, and the electrical appliance equipped with the detector When the device or the power supply device receives a detection signal, the lamp assembly or the power supply device is turned on and emits an activation signal with the pairing code; part of the first radio frequency module can simultaneously transmit and receive the activation signal Function; part of the first radio frequency module only has the function of receiving the activation signal without sending the function of the activation signal; part of the first radio frequency module only has the function of sending the activation signal without receiving the function of the activation signal Features.

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