Charging box and charging station

Abstract

The invention discloses a charging box. The charging box comprises a body, a charger and a magnetic-type charging line. When a user puts an electronic device into the charging box, the electronic device is attracted to the charging line by magnetic force and electric connection in a charging mode is kept. Without plugging, the electronic device or the charging line is prevented against damage during a plugging process. This connection mode by charging is simple and stable and separation is conveniently carried out. Without plugging, the electronic device or the charging line is prevented against damage during a plugging process so that convenience of charging operation is achieved. Compared with a wireless charging manner, cost of mobile equipment is not increased. Without a high-cost wireless charger, charging efficiency is 1.7 times as much as wireless charging efficiency. Therefore, convenient operation effect of discharging while charging is achieved.

Description

technical field [0001] The invention relates to the field of digital electronic products, in particular to the field of a charging box and a charging station. Background technique [0002] Current mobile device chargers are generally connected and charged through a plug-in connector. The plug-in connector needs to be inserted and aligned, which is not convenient for quick connection and separation, and the cable is easy to be pulled after connection, causing damage to the connector or electronic equipment. Due to the widespread use of this technology in mobile devices today, damage to wire connectors has caused extensive and huge economic losses. Moreover, there will inevitably be manufacturing tolerances in the manufacturing process of the plug-in connector, which may easily cause problems such as poor connection or relative extrusion damage of the conductive terminals during plugging and unplugging. After the plug-in connector is used many times, the elastic force of the ...

AI Technical Summary

Problems solved by technology

[0002] The current mobile device chargers are generally connected and charged through a plug-in connector. The plug-in connector needs to be inserted and aligned, which is not convenient for quick connection and separation, and the cable is easy to be pulled after connection, causing damage to the connector or electronic equipment. Due to the widespread use of this technology in mobile devices today, damage to wire connectors has caused extensive and huge economic losses

Moreover, there will inevitably be manufacturing tolerances in the manufacturing process of the plug-in connector, which may easily cause poor connection or relative extrusion damage of the conductive terminals when plugging and unplugging.

After the plug-in connector has been used many times, the elasticity of the conductive terminals will fade, and the shaking or vibration caused by external forces will easily cause the instantaneous separation of the conductive terminals that are connected to each other, resulting in unstable power or signal transmission.

Mobile devices also use wireless chargers to charge. Compared with wired chargers, although it is much more convenient, the use of wireless chargers increases the cost of mobile devices. In addition, the cost of wireless chargers is high, and the efficiency of wireless charging is only one percent of the efficiency of wired charging. around sixty

[0003] Existing charging stations use plug-in interfaces to connect with electronic devices. Plug-in connectors are not easy to connect and separate quickly due to the need for plug-in alignment, and the cables are easy to be pulled after connection, resulting in connectors or electronic devices. The damage of the equipment makes it inconvenient for users to use, and the connecting wires on the charging station need to be replaced regularly, which increases the maintenance cost

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