Wireless control intelligent socket based on infrared sensor

Abstract

The present invention discloses a wireless control intelligent socket based on an infrared sensor. The intelligent socket comprises an induction module and a socket module, the socket module comprisesa relay, a Bluetooth slave, a secondary control panel and a power adapter, the induction module comprises an infrared sensor, a Bluetooth host, a main control panel and a direct current power source;the power adaptor is configured to convert an alternating current to a direct current to supply power to the secondary control panel; the secondary control panel is connected with the Bluetooth slaveand the relay and configured to control open-close of the relay; the direct current power source is connected with the power adapter to supply power to the main control panel; the main control panelis connected with the infrared sensor and the Bluetooth host, the infrared sensor converts the infrared signals to level signals transmitted to the main control panel, when the infrared signals are changed, the Bluetooth host sends signals to the Bluetooth slave, the Bluetooth slave transmits the signals to the secondary control panel to control open-close operation of the relay so as to achieve on-off of the socket. The wireless control intelligent socket based on the infrared sensor can achieve active on-off of the socket and is energy-saving and safe.

Description

Technical field [0001] The invention relates to the technical field of smart sockets, in particular to a wireless control smart socket based on infrared sensors. Background technique [0002] At present, the traditional sockets mostly use push-button switches, which are turned on and off by manual operation by the user, which is likely to cause waste of electricity due to forgetting to turn off the electrical appliances. Existing smart sockets, such as timed energy-saving sockets, through the use of mechanical timing operations to control the working time of the sockets, can realize the power on and off of electrical appliances with regular power consumption, but they still cannot overcome the cumbersome operation and insufficient flexibility. Disadvantages. [0003] The existing socket has a single application occasion, and it is difficult to realize the power off and the intelligent lighting of street lamps when the classroom is unoccupied. It wastes electric energy and also has...

AI Technical Summary

Problems solved by technology

[0002] At present, traditional sockets mostly use push-button switches, which are turned on and off manually by users, which is likely to cause waste of electricity due to forgetting to turn off electrical appliances

However, the existing intelligent sockets, such as timing energy-saving sockets, can realize the power on and off of electrical appliances with regular power consumption time by adopting mechanical timing operations to control the working hours of the sockets, but they still cannot overcome the problems of cumbersome operation and insufficient flexibility. shortcoming

[0003] Existing sockets have single application occasions, and it is difficult to realize power off when there is no one in the classroom and intelligent lighting for street lamps. While wasting electric energy, it also has huge potential safety hazards in power consumption

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