Wireless distance induction intelligent lamp group and intelligent adjustment method

Abstract

The invention provides a wireless distance induction intelligent lamp group and an intelligent adjustment method, and belongs to the field of lamp structures. The wireless distance induction intelligent lamp group comprises at least two induction intelligent lamps, and each induction intelligent lamp comprises a power supply, an MCU, an LED driving module, and LED lamp and a human body induction module, wherein the MCU is connected with the power supply, the LED driving module and the human body induction module; each induction intelligent lamp further comprises a wireless signal transceiver, wherein the wireless signal transceiver is connected with the corresponding MCU, when it is detected that a person exists, the wireless signal transceiver sends a signal out, and the MCU can adjust the brightness of the corresponding LED lamp according to the strength of the wireless signal sent by the peripheral induction intelligent lamp received by the wireless signal transceiver. The invention further provides an adjusting method based on the lamp group. The wireless distance induction intelligent lamp group and the intelligent adjustment method have the advantages of being simple, convenient and easy to use, arrangement is easy, excellent lighting experience can be provided, and meanwhile greenness and energy conservation are achieved.

Description

technical field [0001] The present invention relates to a lamp structure, in particular to a wireless distance sensing intelligent lamp group, a wireless distance sensing intelligent lamp group, and an adjustment method based on the wireless distance sensing intelligent lamp group. Background technique [0002] In the field of lighting, the application of human body induction sensors is relatively common. Usually, a lamp or a switch of a lighting circuit is controlled by a human body induction sensor. That is, turn on the lamp or the circuit when there is someone, and automatically turn off the lamp or the circuit when there is no one. It is also widely used to control a lamp or a circuit with a remote control or a mobile phone APP in a wireless way. [0003] However, there are some problems and deficiencies in the existing methods of applying human body induction sensors and wireless technology to lighting fixtures. First of all, the application scenarios are relatively ...

AI Technical Summary

Problems solved by technology

[0003] However, there are some problems and deficiencies in the existing methods of applying human body induction sensors and wireless technology to lighting fixtures.

First of all, the application scenarios are relatively simple. For example, the general human body induction sensor can only control the switch of a single lamp or circuit, and it is difficult to realize more complex scenarios such as dimming.

However, wireless control of lamps can generally only control a single lamp, and code matching is required, which makes the operation more complicated.

In the application of multiple lamps, the operation setting process such as multi-device pairing is more cumbersome

At the same time, there is no targeted optimization for commercial use, it is difficult to significantly improve the lighting experience of commercial users, and it cannot be quickly applied and promoted on a large scale

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