A camera monitoring smart ceiling lamp based on rfid identification

Abstract

The invention discloses a camera monitoring intelligent ceiling lamp based on RFID identification. The invention is equipped with a monitoring camera unit, uses RFID technology for identification, and uses a wireless LAN transmission unit to upload monitoring information to the cloud server, and the cloud server sends alarm information to the mobile client, realizing real-time monitoring and automatic alarm requirements . The present invention provides users with an intelligent lighting system that is easy to identify, control, and maintain, which greatly improves the convenience and safety of people's lives, and also greatly reduces the consumption of power resources and human resources.

Description

technical field [0001] The invention relates to a novel intelligent ceiling lamp, in particular to an intelligent ceiling lamp based on RFID identification technology. Background technique [0002] With the development of modern lighting fixtures towards safety, energy saving and automation, users are turning their attention from traditional ceiling lamps to multi-functional smart ceiling lamps. Most of the existing ceiling lamps only pursue appearance design and lighting effects, while a small number of smart ceiling lamps also have various problems in operation and maintenance, energy consumption, and safety. [0003] The current traditional ceiling lamps generally have the following four problems: (1) Troublesome inspection of lamps: traditional lamps cannot self-start error detection and error reporting, and manual inspection is required according to a certain period, which is expensive in manpower and material resources, and cannot guarantee inspection. false accuracy....

AI Technical Summary

Problems solved by technology

[0003] The current traditional ceiling lamps generally have the following four problems: (1) Troublesome inspection of lamps: traditional lamps cannot self-start error detection and error reporting, and manual inspections are required according to a certain period, which is expensive in manpower and material resources, and cannot guarantee inspection. false accuracy

(2) High energy waste: the lighting brightness of traditional lamps is generally set to the maximum power and cannot be adjusted adaptively, resulting in huge energy waste

(3) Weak security capability: Traditional lamps often do not have any monitoring capabilities, which do not meet the current needs of people for personal safety and financial security.

(4) Low degree of intelligence: Traditional lamps rely too much on manual control, and cannot provide corresponding solutions for different situations, wasting manpower

Regardless of whether someone passes by, traditional lamps can only choose to be constantly on, and cannot respond according to whether there is a target, resulting in huge energy waste

Images