CN211209976U

CN211209976U - Illumination controller based on two-dimensional code discernment

Info

Publication number: CN211209976U
Application number: CN202020009533.7U
Authority: CN
Inventors: 陈漱文; 冯建祥; 伍康敏
Original assignee: Guangdong Seekway Technology Co ltd
Current assignee: Guangdong Seekway Technology Co ltd
Priority date: 2020-01-03
Filing date: 2020-01-03
Publication date: 2020-08-07
Anticipated expiration: 2030-01-03

Abstract

The utility model provides an illumination controller based on two-dimensional code discernment, the control port that links to each other including control chip, power module, wireless communication module and control chip, power module is connected to control chip and supplies power the output, control chip still including the two-dimensional code label module that links to each other with control chip through linking to each other and then with terminal both way communication with wireless communication module, two-dimensional code label module is including being used for showing the display screen who reads the two-dimensional code that generates behind the control chip unique code. The utility model discloses a two-dimensional code label module generates unique identification code according to control chip's unique code to present this identification code through the mode of two-dimensional code in the display screen, only need scan with the mobile device this moment the unique identification code of this lighting controller can be read to the two-dimensional code, and upload to the terminal and bind the discernment, need not the procedure and generate, write into loaded down with trivial details steps such as chip, manual input.

Description

Illumination controller based on two-dimensional code discernment

Technical Field

The utility model relates to an illumination control technical field especially relates to an illumination controller based on two-dimensional code discernment.

Background

L ED lamp decoration is widely used in architectural decoration, indoor decoration, billboard, etc., at present, in order to better control the scene lighting, generally on the terminal platform through the wireless communication control lighting controller, and then control L ED array to light regularly, show the effect such as the specific characters or figure at a certain time, but at present in order to be able to control the corresponding lighting controller on the terminal platform accurately, generally through the procedure to generate the only identification code, and then write the identification code that is generated into the control chip in the lighting controller, then through the terminal manual input the identification code or through a wireless device manual input the identification code then upload to the terminal, with this method to carry on to a plurality of lighting controller one-by-one identification and correspondence, the existing method is both time-consuming and manpower-consuming, execution is very inconvenient.

Disclosure of Invention

The utility model provides a to the not enough of above-mentioned prior art, the utility model provides a lighting controller based on two-dimensional code discernment that enables the above-mentioned equipment process of binding simple swift.

The utility model discloses a realize above purpose like this:

the utility model provides an illumination controller based on two-dimensional code discernment, includes the control port that control chip, power module, wireless communication module and control chip link to each other, power module is connected to control chip and supplies power the output, control chip through link to each other with wireless communication module and then with terminal both way communication, still including the two-dimensional code label module that links to each other with control chip, two-dimensional code label module is including being used for showing the display screen who reads the two-dimensional code that generates behind the only code of control chip.

The control chip is connected with the relay module and controls the relay module to act, and the control port comprises 4 power output ports for supplying power.

The time control module is connected with the control chip and further comprises a BTS or GPS antenna interface for time service and positioning.

The control port comprises an RS-485 output end which is connected with the control chip and used for connecting the brightness sensor port or cascade connection.

The control port comprises a node network port used for controlling the node and communicating with the node network port and two cascade network ports with signal input and output functions.

The system also comprises a BTS antenna interface or a GPS antenna interface which is connected with the control chip and used for time service.

Wherein, the device also comprises a storage module connected with the control chip.

The device also comprises an indicating module connected with the control chip, wherein the indicating module comprises a key and an indicating lamp.

Wherein the control port comprises a signal output port connected with an L ED light fixture and controlling a L ED light fixture.

The wireless communication module comprises a GPRS communication module, a 4G/5G communication module or a WiFi communication module.

The utility model has the advantages that: the utility model discloses be provided with two-dimensional code label module, two-dimensional code label module generates unique identification code according to control chip's unique code to present this identification code through the mode of two-dimensional code in the display screen, only need scan with the mobile device this moment the unique identification code of this lighting controller can be read to the two-dimensional code to upload to the terminal and bind the discernment, need not through the procedure generation, write in the chip, loaded down with trivial details steps such as manual type-in can realize on the terminal identification and the correspondence of each lighting controller, rethread wireless communication realizes that terminal control and control to lighting controller, the simultaneous display screen is when showing the two-dimensional code, also can be at the other unique code of display control chip of two-dimensional code, can discern every lighting controller through the unique code of control chip, need not to discern through the mode of labelling with numerous and diverse again.

Drawings

The invention will be further described with reference to the following figures and examples:

fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic structural view of embodiment 1 of the present invention.

Fig. 3 is a schematic structural view of embodiment 2 of the present invention.

Detailed Description

In order to solve the above problems, embodiments of the present invention are further described below with reference to the accompanying drawings.

As shown in figure 1, an illumination controller based on two-dimensional code discernment, control port that links to each other including control chip, power module, wireless communication module and control chip, power module is connected to control chip and supplies power output, control chip through link to each other with wireless communication module and then with terminal both-way communication, still including the two-dimensional code label module that links to each other with control chip, two-dimensional code label module is including being used for showing the display screen who reads the two-dimensional code that generates behind the control chip unique code. The utility model is provided with a two-dimension code label module which generates a unique identification code according to the unique code of the control chip, the identification code is presented in the display screen in a two-dimensional code mode, at the moment, the unique identification code of the lighting controller can be read only by scanning the two-dimensional code by using mobile equipment with a two-dimensional code scanning and identifying function, and uploading to the terminal for binding identification, the identification and correspondence of each lighting controller on the terminal can be realized without complicated steps such as program generation, chip writing, manual entry and the like, the control and monitoring of the lighting controllers by the terminal are realized through wireless communication, meanwhile, when the display screen displays the two-dimensional code, the unique code of the control chip can be displayed beside the two-dimensional code, each lighting controller can be identified through the unique code of the control chip, and the identification through a complicated labeling mode is not needed.

Example 1:

as shown in fig. 2, the lighting controller based on two-dimension code recognition comprises a control chip, a power module, a wireless communication module, a two-dimension code recognition module and a relay module, wherein the control chip is connected with the relay module and controls the action of the relay module, and the control port comprises 4 power output ports for supplying power. The input end of the power supply module is connected with a mains supply, and the relay module controls the 4 power output ports and controls the output of the four-way switch; the time control module also comprises a BTS or GPS antenna interface used for time service and positioning, the time control module independently controls the time of each output port, and after the two-dimensional code identification information of the illumination controller is scanned and uploaded to a terminal for binding, the time data of the time control module can be remotely configured and set on the terminal through a wireless communication module or be time-serviced through the BTS or GPS antenna of the illumination controller; besides time, the sunrise and sunset time can be automatically calculated by the illumination controller according to the longitude and latitude by remotely setting the longitude and latitude on the terminal or positioning through a BTS (base transceiver station) or GPS (global positioning system) antenna of the illumination controller, so that the lamp can be automatically turned on or off; in addition, the control port comprises an RS-485 output end which is connected with the control chip and used for being connected with the brightness sensor port or cascaded, and the control port is a function expansion port, can remotely set a light control threshold value on the terminal and is externally connected with a sensor through the RS-485 output end to realize functions of automatically turning on or turning off the lamp according to the ambient brightness and the like.

Example 2:

as shown in fig. 3, a lighting controller based on two-dimensional code recognition includes a control chip, a power module, a wireless communication module and a two-dimensional code recognition module, where the control port includes a node network port for communicating with a node and controlling node output and two cascaded network ports with signal input and output functions, and is also provided with a BTS antenna interface or a GPS antenna interface for time service and synchronization, when two-dimensional code recognition information of the lighting controller is scanned and uploaded to a terminal for binding, a desired lighting controller can be selected and controlled at the terminal, L ED light effect mode, playing speed or brightness and the like are controlled, after receiving a control signal of the terminal or a transmitted effect video signal, the control chip processes the control signal and transmits the corresponding signal to other wired cascaded lighting controllers through the cascaded network ports, or transmits the signal to a connected node sub-controller through the node network port, the node sub-controller further controls connected L lighting fixtures according to the corresponding control signal transmitted by the lighting controller, monitors real-time states of the plurality of bound lighting controllers, further includes storing the lighting controller signal and storing the video signal in a network, and storing the lighting controller connected with the lighting controller, and storing the led video signal in the network, and storing the led video controller after the led video controller receives the control signal transmitted by the control chip, and storing the led video signal, and storing the led video controller, and storing the led video signal in the network, and storing the led video controller.

The system is preferably expanded to each embodiment, and further comprises an indicating module connected with the control chip, wherein the indicating module comprises a key and an indicating lamp, and is used for interacting through the key and the indicating lamp when the control or the monitoring can not be carried out on the terminal in real time under the condition that the network is poor or does not exist, or when the lighting controller is not directly controlled through the terminal, the interactive content can be displayed on a display screen, and if the two-dimension code identification is required, the two-dimension code state can be switched back only through the key.

The lighting controller is provided with a signal output port which is used for being directly connected with and controlling a L ED lamp, so that the function expansibility of the L ED main controller is improved, and the LED lighting controller can be connected with L ED lamps to control the lighting of the lamps, and can also be intelligently powered or can be connected with a node for centralized control.

The wireless communication module comprises a GPRS communication module, a 4G/5G communication module or a WiFi communication module, and the wireless communication module is not limited to the wireless communication modes, and can also be other wireless communication modes such as NB-IoT, L oRa and the like.

Claims

1. The utility model provides an illumination controller based on two-dimensional code discernment, its characterized in that, the control port that links to each other including control chip, power module, wireless communication module and control chip, power module is connected to control chip and supplies power the output, control chip through link to each other and then with terminal both-way communication with wireless communication module, still including the two-dimensional code label module who links to each other with control chip, two-dimensional code label module is including the display screen that is used for showing the two-dimensional code that generates after reading control chip only code.

2. The lighting controller based on two-dimensional code recognition of claim 1, further comprising a relay module, wherein the control chip is connected with the relay module and controls the action of the relay module, and the control ports comprise 4 power output ports for supplying power.

3. The lighting controller based on two-dimensional code recognition of claim 2, further comprising a time control module for providing clock data, wherein the time control module is connected with the control chip, and the time control module further comprises a BTS or GPS antenna interface for time service and positioning.

4. The lighting controller based on two-dimensional code recognition of claim 3, wherein the control port comprises an RS-485 output end connected with the control chip and used for connecting with a brightness sensor port or cascading.

5. The lighting controller according to claim 1, wherein the control port comprises a node network port for controlling and communicating with a node and two cascaded network ports with signal input and output functions.

6. The lighting controller based on two-dimensional code recognition of claim 5, further comprising a BTS antenna interface or a GPS antenna interface connected with the control chip and used for time service.

7. The lighting controller based on two-dimensional code recognition of claim 6, further comprising a memory module connected with the control chip.

8. The lighting controller based on two-dimensional code recognition of any one of claims 1 to 7, further comprising an indication module connected with the control chip, wherein the indication module comprises a key and an indicator light.

9. The lighting controller of claim 8, wherein the control port comprises a signal output port connected to an L ED lamp and controlling a L ED lamp.

10. The lighting controller based on two-dimensional code recognition of claim 1, wherein the wireless communication module comprises a GPRS communication module, a 4G/5G communication module or a WiFi communication module.