Modular intelligent patch board

Abstract

The invention discloses a modular intelligent patch board. The modular intelligent patch board comprises a bottom carrier, a five-jack socket module, a USB socket module, an insect-repelling lamp module and other detachable modules; an electrical appliance box is arranged at one end of the carrier shell; a carrier wave generation apparatus, a signal conversion and control apparatus and a wireless signal receiving apparatus are arranged in the electrical appliance box; the wireless signal receiving apparatus can receive a wireless signal from a mobile terminal and transfers the signal to the signal conversion and control apparatus; the signal conversion and control apparatus receives the signal and controls the carrier wave generation apparatus; and the carrier wave generation apparatus generates a carrier wave signal which is propagated along with a power line according to an instruction of the signal conversion and control apparatus. The modular intelligent patch board is high in interchangeability, high in safety and longer in overall service life; and by virtue of a combination of the wireless signal and the electric power carrier wave, operation control on an intelligent electric appliance and non-intelligent electrical equipment by a mobile phone and other remote mobile terminals can be realized.

Description

technical field [0001] The patent of the present invention relates to the field of electronic technology, in particular to a modularized intelligent power strip. Background technique [0002] Sockets are widely used in daily life and industrial production. Traditional sockets are less safe to use. If you accidentally sprinkle water on them, it is likely to cause a safety accident. After the traditional power strip is used for a certain number of times, the jack becomes loose, which makes the contact between the electrical plug and the jack poor. During use, it is very easy to cause sparks, accelerate the oxidation of the contacts, and affect the stability of power supply. . The common jacks on the traditional power strips are five holes and two holes. , often unusable. It is also due to the problem of poor interchangeability. Once the jack is broken, it cannot continue to be used, and the entire power strip can only be replaced. After a long time, the cost of use is relat...

AI Technical Summary

Problems solved by technology

After the traditional power strip is used for a certain number of times, the jack becomes loose, which makes the contact between the electrical plug and the jack poor. During use, it is very easy to cause sparks, accelerate the oxidation of the contacts, and affect the stability of power supply.

The common jacks on the traditional power strips are five holes and two holes. , often not available

It is also because of the problem of poor interchangeability. Once the jack is broken, it cannot continue to be used. It can only be replaced by the entire socket. After a long time, the cost of use is relatively high.

[0003] Traditional power strips provide working power for electrical equipment, with a low degree of intelligence, and gradually cannot adapt to the needs of intelligent and informationized modern electrical equipment for home, office, production, and life.

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