Networking installation debugging method applied to indoor lamp

Abstract

The invention discloses a networking installation and debugging method applied to an indoor lamp. The networking installation and debugging method comprises the following steps: A, installing a lamp with a networking function on site; B, inserting USB dongle equipment into a USB port of a PC (Personal Computer) on an installation site, simultaneously operating configuration software, selecting a corresponding equipment port, and opening the equipment; C, searching all lamps with a networking function on an installation site on a configuration interface; D, selecting one networking lamp in thesearch bar, an installer configuring the working mode of the networking lamp according to the on-site environment. The debugging tool (USB DONGLE) is connected into a computer through a USB, debuggingconfiguration can be achieved in cooperation with an upper computer program, and use is convenient. The debugging tool adopts a 2.4 G radio frequency communication unit which is the same as the lampnetworking module, and realizes data interaction with the lamp networking module by means of a lamp networking MESH network. Therefore, the method is not limited by equipment distance.

Description

technical field [0001] The invention relates to the technical field of lighting, in particular to a networked installation and debugging method applied to indoor lights. Background technique [0002] With the emergence of the concept of the Internet of Things, the technology of the Internet of Things has penetrated into all walks of life, promoting the technological upgrading and transformation of traditional industries. It is also inevitable for development to improve indoor smart lighting construction with the help of Internet of Things technology. [0003] After the traditional lighting is installed, turn on the switch and start working, no other settings and debugging are required. However, for IoT lamps with lamp networking functions, it is no longer just a simple requirement to turn on the lights and turn off the lights, but to use the lights as a medium to realize sensor collection and data networking communication. Therefore, after the IoT lights are installed, it ...

AI Technical Summary

Problems solved by technology

[0005] 1. The infrared remote control is directional and needs to be aimed at the infrared receiver of the light node

[0006] 2. During the configuration process of the infrared remote control, it is easy to interfere with other lights around

[0007] 3. The configuration process is a one-way data transmission. It is impossible to view the current configuration of the light, and it is also impossible to confirm whether the light is configured successfully.

[0008] 4. Only some simple configurations can be done, and the configuration parameters are limited

[0009] 5. Unable to upgrade the firmware, unable to check the firmware version of the current lamp node

[0010] 6. It cannot be encrypted. Many mobile phones now have infrared functions, which increases the risk of the system invisibly.

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