CN104661412B - Intelligent dimming lighting system and its auxiliary remote controller and control method for lamps - Google Patents

Abstract

The invention provides an intelligent dimming lighting system, an auxiliary remote controller thereof and a control method of a lamp, and aims to enable lighting control to be closer to actual life through flexible lighting control. The invention comprises the following steps: the lamp is controlled by matching the main remote controller and the auxiliary remote controller, so that the lighting control of the lamp by people is more humanized and attentive; in specific application, the lamp combination can be adopted for the illumination control of wide space like corridors or factories, and the problem of troublesome illumination switching can be solved.

Description

Intelligent dimming lighting system and its auxiliary remote controller and control method for lamps

technical field

The invention relates to the technical field of intelligent lighting.

Background technique

Today, smart lighting is gradually becoming popular in cities, and its thoughtful design and multi-functional effects bring people a better life experience. For example, people can directly adjust the lamps through remote control, including adjusting the brightness, color temperature and power of the lamps, etc., through a series of adjustments to make the lamps achieve the desired lighting effect.

In life, we often encounter problems caused by the following situations: For people who return home at night, generally speaking, after opening the door, they often fumble for the lighting in a dark environment, which is a hidden danger; children or the elderly turn on the lights due to physical reasons The light is inconvenient; at night, if you go to the toilet in a half-awake state, the light will be too irritating after turning on the light, which will make you sleepless and affect your working status the next day.

Contents of the invention

In order to overcome the above technical problems, the present invention provides an intelligent dimming lighting system, an auxiliary remote control for intelligent dimming lamps and a control method for lamps, with the purpose of making lighting control closer to real life through flexible lighting control.

In order to solve the above problems, the technical scheme adopted in the present invention is as follows:

An intelligent dimming lighting system, which includes a lamp, a main remote controller for setting and controlling the lamp, and an auxiliary remote controller for switching and controlling the lamp; the lamp includes:

The first communication module, which is connected to the first control module, is used for wireless communication with the main remote controller or the auxiliary remote controller, and sends signals to the first control module;

The first control module is used to control the light source, which receives information from the main remote controller and the auxiliary remote controller, processes it, and sends control information to the light source;

A first storage module, which is connected to the first control module, and is used to store information set from the main remote controller or the auxiliary remote controller;

The main remote controller, which communicates wirelessly with the lamp, is used to set and remotely control the lamp;

The auxiliary remote control includes:

a third communication module, which is connected to a third control module, and performs wireless communication with the first communication module;

a third control module, which is connected to the third input module, and is used for processing input instructions of the third input module;

The third input module is used to send switching instructions to the lamps;

The command sent by the third input module is processed by the third control module and sent by the third communication module, and after being received by the first communication module, the first control module invokes the setting information stored in the first storage module via the first control module, And control the lamps according to this information.

Preferably, the main remote controller includes:

a second communication module, which is connected to the second control module and performs wireless communication with the first communication module;

The second control module is used to process the dimming information input from the second input module;

The second input module is connected with the second control module;

The lamp information set by the second input module is transmitted to the first control module after being received by the first communication module via the second control module and the second communication module, and the first control module stores the information into the first memory The module is called when the lamp is turned on, so that the lamp has a memory function.

Preferably: the lamp, the main remote controller and the auxiliary remote controller perform wireless communication through a 2.4G protocol, wherein the first communication module, the second communication module and the third communication module are all 2.4G wireless communication modules; or Wireless communication between the lamp, the main remote controller and the auxiliary remote controller is carried out through bluetooth or infrared rays.

Preferably: the auxiliary remote control further includes a power supply module for supplying power to the auxiliary remote control, the power supply module includes a power supply, and the power supply is a rechargeable battery or a button battery.

Preferably: the third input module is a key switch or a toggle switch.

Preferably: the lamp is an LED lamp.

Preferably, the first storage module includes:

The main remote control storage unit is used to store the first default light-on parameters set by the main remote control. When the main remote control controls the light to turn on, the first control module extracts the first default light-on parameters to control the light to emit light; and

The auxiliary remote control storage unit is used to store the second default light-on parameters generated when the auxiliary remote control is paired. When the auxiliary remote control lights are turned on by remote control, the first control module extracts the second default light-on parameters to control the light to emit light.

When turning on the light of the auxiliary remote control, the function of the second default light-on parameter performed by the lamp is very important and has a wide range of uses. The second default lighting parameter is generally lower than the rated parameter of the lamp, for example, the lighting power is 1-50% of the rated power or the color temperature is 3000k-6000k. The lower power is beneficial for people to get up at night without the stimulation of lamps and lanterns. This function and the auxiliary remote control can make the lamp quickly enter a simple lighting mode. The auxiliary remote control has a single function and only has a switch key, so its volume can be designed to be very small. For example, it can be designed as a key ring pendant, which is more convenient to use . On the operation panel of the auxiliary remote controller, an on key and a key can be set, or only one key can be set, and the on and off can be performed through repeated operations.

The present invention proposes an auxiliary remote control for intelligent dimming lamps, which includes:

a third communication module, which is connected to a third control module, and performs wireless communication with the first communication module;

a third control module, which is connected to the third input module, and is used for processing input instructions of the third input module;

The third input module is used to send switching commands and pairing commands to the lamps;

The switching command sent by the third input module is processed by the third control module and sent by the third communication module; the pairing command sent by the third input module is processed by the third control module and sent by the third communication module, and the pairing command is used for call the first default light-on parameter information located in the main remote control storage unit of the storage module, generate the second default light-on parameter information according to the first default light-on parameter information and store it in the secondary remote control storage of the storage module within the unit.

Preferably: the third input module is a key switch or a toggle switch.

The present invention proposes a method for lamp control, including:

The main remote control sets the power or color temperature of the lamp;

The first control module of the light fixture stores and memorizes the setting, and generates the default light-on parameters of the main remote control;

The auxiliary remote controller pairs the memory information of the main remote controller currently set in the first control module to generate the default light-on parameters of the auxiliary remote controller and store them in the first storage module;

When the auxiliary remote controller with switch function performs the operation of turning on the lamp, the lamp works according to the default light-on parameters of the auxiliary remote controller.

Compared with the prior art, the beneficial effect of the present invention is that: the present invention provides a combination of lamps, including lamps, a main remote controller and an auxiliary remote controller. The control is more humanized and considerate; in specific applications, for the lighting control of open and spacious spaces like corridors or factories, the lighting combination of the present invention can also be used, which can save the troublesome problem of switching lighting.

Description of drawings

Figure 1 is a schematic diagram of the relationship among lamps, main remote controllers and auxiliary remote controllers;

Figure 2 is a block diagram of intelligent dimming lighting control;

Figure 3 is the flow chart of LED lighting control under the main remote control;

Figure 4 is a flow chart of the auxiliary remote controller.

Explanation of the identification in the figure:

1. Lamp; 11. Drive module; 12. First control module; 13. First storage module; 14. First communication module;

2. The main remote controller; 21. The second communication module; 22. The second storage module; 23. The second control module; 24. The second input module;

3. Auxiliary remote controller; 31. A third communication module; 32. A third control module; 33. A third storage module; 34. A third input module.

detailed description

The present invention proposes an intelligent dimming lighting system, which includes a lamp 1 , a main remote controller 2 for setting and controlling the lamp 1 , and an auxiliary remote controller 3 for switching and controlling the lamp 1 . Wherein the lamp 1 includes: a first communication module 14, which is connected to the first control module 12, and is used for wireless communication with the main remote controller 2 or the auxiliary remote controller 2, and sends signals to the first control module 12; A control module 12, used to control the light source, which receives and processes information from the main remote controller 2 and the auxiliary remote controller 3, and sends control information to the light source; a first storage module 13, which is connected to the first control module 12, Used to store information set from the main remote control 2 or sub remote control 3. The main remote controller 2, which communicates wirelessly with the lamp 1, is used to set and remotely control the lamp 1. The auxiliary remote controller 3 includes: a third communication module 31, which is connected to a third control module 32, and which performs wireless communication with the first communication module 14; a third control module 32, which is connected to a third input module 34, for processing The input command of the third input module 34; the third input module 34 is used to send the switching command to the lamp 1; the command sent by the third input module 34 is processed by the third control module 32 and sent by the third communication module 31, and is sent by the third communication module 31. After a communication module 14 receives it, via the first control module 12, the first control module 12 invokes the setting information stored in the first storage module 13, and controls the lamp 1 according to the information.

The present invention proposes an auxiliary remote control 3 for an intelligent dimming lamp 1, which includes: a third communication module 31, which is connected to a third control module 32, and which communicates wirelessly with the first communication module 14; The control module 32 is connected with the third input module 34 and is used to process the input command of the third input module 34; the third input module 34 is used to send the switch command and pairing command to the lamp 1; the third input module 34 sends The switch command is processed by the third control module 32 and sent by the third communication module 31; the pairing command sent by the third input module 34 is processed by the third control module 32 and sent by the third communication module 31, and the pairing command is used to call the The first default light-on parameter information in the main remote control storage unit of a storage module 13, according to the first default light-on parameter information, the second default light-on parameter information is generated and stored in the auxiliary remote control storage unit of the first storage module 13 Inside.

The present invention proposes a lamp control method, including: the main remote control 2 sets the power or color temperature of the lamp 1; the first control module 12 of the lamp 1 stores and memorizes the setting, and generates the default Turn on the light parameters; the secondary remote control 3 pairs the memory information of the main remote control 2 currently set in the first control module 12, generates the default light-on parameters of the secondary remote control 3, and stores it in the first storage module 13; When the auxiliary remote controller 3 with switch function performs the operation of turning on the lamp 1, the lamp 1 works according to the default lighting parameters of the auxiliary remote controller 3.

The present invention will be described in further detail below in conjunction with the accompanying drawings.

A combination of lamps, where the lamps are LED lamps.

Referring to FIG. 1 and FIG. 2 , the lamp assembly includes a lamp 1 , a main remote controller 2 and an auxiliary remote controller 3 .

The lamp 1 includes a drive module 11, a first control module 12, a first communication module 13 and a first storage module 14. The first storage module 14 stores the working parameters of the lamp. The first control module 12 reads the The operating parameters are used to control the drive module 11. Wherein, the first communication module 13 includes a first signal receiving unit and a first signal transmitting unit.

The main remote controller 2 is used to set and control the lamp 1 . The main remote controller 2 includes a second communication module 21, a second storage module 22, a second control module 23 and a second input module 24, and people edit the desired lighting effects through the operation panel of the second input module 24 and pass the instructions to The second control module 23 sends a control signal to the first communication module 14 via the second communication module 21 to edit and control the working parameters of the lamp 1 .

Auxiliary remote controller 3 is used to switch and control the lamp 1, which includes a third communication module 31, a third control module 32, a third storage module 33 and a third input module 34, and the signal of the third storage module 33 and the third input module 34 signal is input to the third control module 32, and the third control module 32 sends a control signal to the first communication module 14 through the third communication module 31 to control the lamp 1. Wherein, the third input module 34 is a switch, more specifically, a key switch. The auxiliary remote control 3 also includes a power module, which supplies power to the auxiliary remote control 3 . The power module includes a power supply, which is a rechargeable battery, and in one embodiment, the power supply is a button battery.

The first signal receiving unit receives the control signals from the main remote controller 2 and the auxiliary remote controller 3 , and the third control module 32 sends an on/off signal of the lamp 1 to the first communication module 14 via the third communication module 31 .

The lamp 1 , the main remote controller 2 and the auxiliary remote controller 3 communicate via 2.4G, more specifically, the first communication module 14 , the second communication module 21 and the third communication module 31 are all 2.4G communication modules.

When the LED lamp is turned on, the first control module 12 will detect whether there is an external code matching signal through the first communication module 14 when the first control module 12 is connected to the current. If there is a code matching signal, the first control module 12 will try to code action. To control the LED lamp 1, the main remote control 2 needs to be paired first. When the main remote control 2 detects two designated buttons, the main remote control 2 enters the pairing state for up to 15 seconds. During the pairing process, the main remote controller 2 sends a synchronization code to the first communication module 14, and the first control module 12 detects the synchronization code and reads it as the communication synchronization code, that is, the pairing between the main remote controller 2 and the LED lamp 1 is completed. People use the main remote controller 2 to control the LED lights, which transmit the editing information to the second control module 23 through the second input module 24, and the second control module 23 processes the editing information and sends it to the first signal via the second communication module 21 The receiving unit, the first signal receiving unit transmits the control signal to the first control module 12 to realize the lighting control of the LED lamp 1 . The lighting control includes the color temperature and power adjustment control of the lamp 1 and so on. The LED lamp 1 will store the related data after control as the brightness after turning on the lamp next time.

Refer to Figure 3 for the flow chart of LED lamp control under the main remote control.

The LED lamp 1 is powered on, the drive module 11, the first control module 12, the first storage module 13 and the first communication module 14 are initialized, and in the next 2 seconds, the first control module 12 will detect whether there is an outside world through the first communication module 14 If there is no external code matching signal, then the first control module 12 reads the synchronization code previously stored in the first storage module 13, and uses the synchronization code as the synchronization code for normal communication; if there is an external code matching signal The signal is paired. If the pairing is successful, the synchronization code of the paired signal is stored and used as the synchronization code for normal communication; if the pairing is unsuccessful, it returns to the step of detecting whether the coded signal is external. Wherein, the synchronization code here is sent by the main remote controller 2 .

The auxiliary remote control 3 also needs to be paired first to realize the control of the LED lamps. Long press the key switch of the auxiliary remote control 3, for example, after 7 seconds, the third communication module 31 sends a pairing action to the first communication module 14, and the auxiliary remote control 3 enters the pairing state, and the first control module 12 detects that the auxiliary remote control 3 After the pairing operation, the first control module 12 sends a synchronization code to the auxiliary remote controller 3 via the first communication module 14 . LED lamp 1 stores the synchronization code, and this brightness data is used as the brightness data after the auxiliary remote control 3 controls the LED lamp 1 to turn on next time. If the color temperature is involved, the color temperature data is used as the color temperature after the auxiliary remote control 3 controls the LED lamp to be turned on next time data.

The lamp 1 is not limited to an LED lamp, and may also be an incandescent lamp, an energy-saving lamp or a fluorescent lamp. A plurality of lamp tubes can be set in one lamp 1, and the power adjustment can be realized by controlling the number of lamp tubes.

Refer to Figure 4, which is a flow chart of the auxiliary remote controller.

The power supply module supplies power to the auxiliary remote controller, and when the auxiliary remote controller is powered on, the third communication module 31 , the third control module 32 , the third storage module 33 and the third input module 34 are initialized.

At night, lighting tends to make people resting in a darker environment more irritating and cause no drowsiness, which can be solved by indirectly modifying the stored data of the auxiliary remote control 3 through the main remote control 2 .

In the LED lamp 1, a current detection function and a system power-off detection function are also provided.

Current detection function: use the ADC function of the first control module to detect whether the current in the current LED lamp is too large, if it is too large, it will reduce the luminous brightness to realize the protection of the LED.

System power-off detection function: When the first control module detects a power failure, the LED lamp enters a low power consumption state, and the brightness decreases; Switch from low power consumption state to initial state brightness, and then realize the function of switching LED brightness.

The above-mentioned embodiment is only a preferred embodiment of the present invention, and cannot be used to limit the protection scope of the present invention. Any insubstantial changes and substitutions made by those skilled in the art on the basis of the present invention belong to the scope of the present invention. Scope of protection claimed.

Claims (9)

1. a kind of intelligent dimming illuminator, it is characterised in that the master including light fixture, for being configured and controlling to light fixture is distant Control device and the auxiliary remote control for light fixture switch control；Wherein light fixture includes：

First communication module, it is connected with the first control module, and it is used for the carry out channel radio with master remote controller or auxiliary remote control Letter, and send a signal to the first control module；

First control module, for controlling light source, it receives the information from master remote controller and auxiliary remote control, is handled, and Control information is sent to light source；

First memory module, it is connected with the first control module, for storing the letter set from master remote controller or auxiliary remote control Breath；

The master remote controller, it carries out radio communication with the light fixture, for being configured and being remotely controlled to light fixture；

The auxiliary remote control includes：

Third communication module, it is connected with the 3rd control module, and it carries out radio communication with the first communication module；

3rd control module, it is connected with the 3rd input module, for handling the input instruction of the 3rd input module；

3rd input module, for sending switch order and matched order to light fixture；

The switch order that 3rd input module is sent is handled by the 3rd control module and sent by third communication module, by First communication module is passed through after receiving by the first control module, and the first control module calls the setting letter of the first memory module memory storage Breath, and light fixture is controlled according to the information；

The matched order that 3rd input module is sent is handled by the 3rd control module and sent by third communication module, institute State matched order be used for call first giving tacit consent to and turn on light parameter in the master remote controller memory cell of first memory module Information, turn on light according to first acquiescence acquiescence of parameter information generation second of turning on light and parameter information and be stored in first memory module Auxiliary remote control memory cell in.

2. intelligent dimming illuminator according to claim 1, it is characterised in that the master remote controller includes：

Second communication module, it is connected with the second control module, and carries out radio communication with the first communication module；

Second control module, for handling the dimming information from the input of the second input module；

Second input module, it is connected with the second control module；

By the light fixture information of the second input module setting via the second control module and second communication module, by first communication module After reception, the first control module is sent to, the information is stored in first memory module by the first control module, is opened for light fixture When call, make light fixture that there is memory function.

3. according to the intelligent dimming illuminator described in claim 1, it is characterised in that：The light fixture, master remote controller and auxiliary Radio communication is carried out by 2.4G agreements between remote control, wherein the first communication module, second communication module and threeway Believe that module is 2.4G wireless communication modules；Or pass through bluetooth or infrared between the light fixture, master remote controller and auxiliary remote control Line carries out radio communication.

4. according to the intelligent dimming illuminator described in claim 1, it is characterised in that：The auxiliary remote control also includes to auxiliary The power module that remote control is powered, the power module include power supply, and the power supply is rechargeable battery or button cell.

5. according to the intelligent dimming illuminator described in claim 1, it is characterised in that：3rd input module is button Switch or toggle switch.

6. according to the intelligent dimming illuminator described in claim 1, it is characterised in that：The light fixture is LED lamp.

7. according to the intelligent dimming illuminator described in claim 1, it is characterised in that first memory module includes：

Master remote controller memory cell, it is used to storing the first acquiescence of master remote controller setting and turned on light parameter, when master remote controller is remotely controlled When light fixture is opened, the first control module extracts first acquiescence and turns on light parameter to control lamp luminescence；And

Auxiliary remote control memory cell, its be used to storing auxiliary remote control pairing caused by the second acquiescence turn on light parameter, when auxiliary remote control When device remote control lamp is opened, the first control module extracts second acquiescence and turns on light parameter to control lamp luminescence.

8. a kind of auxiliary remote control for intelligent dimming light fixture, it is characterised in that the auxiliary remote control includes：

Third communication module, it is connected with the 3rd control module, and the first communication module of itself and light fixture carries out radio communication；

3rd control module, it is connected with the 3rd input module, for handling the input instruction of the 3rd input module；

3rd input module, for sending switch order and matched order to light fixture；

The switch order that 3rd input module is sent is handled by the 3rd control module and sent by third communication module；The The matched order that three input modules are sent is handled by the 3rd control module and sent by third communication module, the pairing Instruct for calling first in the master remote controller memory cell of light fixture memory module to give tacit consent to parameter information of turning on light, according to this The first acquiescence acquiescence of parameter information generation second of turning on light is turned on light and parameter information and is stored in the auxiliary remote control of the light fixture memory module In memory cell.

9. auxiliary remote control according to claim 8, it is characterised in that：3rd input module is key switch or stirred Switch.