Portable mobile phone wireless charger capable of being carried along and used outdoors

Abstract

The invention relates to a portable mobile phone wireless charger capable of being carried along and used outdoors. The portable mobile phone wireless charger comprises a main body, wherein an internal protection mechanism is arranged on the main body; the internal protection mechanism comprises two rotation units, a plurality of partitions and a plurality of connecting mechanisms; each connecting unit comprises a connecting rod, two side levers and two slip rings; a first recess, a second recess and two third recesses are formed in the main body; fastening mechanisms are arranged in the third recesses; each fastening mechanism comprises a driving unit and a plurality of fastening units; and the driving units comprise driving motors, buffer blocks and driving shafts. According to the portable mobile phone wireless charger capable of being carried along and used outdoors, clamping levers drive clamping plates to move and clamp a mobile phone through rotation of the driving motors in the fastening mechanisms to realize a fixing operation, so that the portable mobile phone wireless charger can be carried along conveniently for charging a mobile phone. Moreover, the main body and the mobile phone are protected effectively through an external protection mechanism and the internal protection mechanism, thereby preventing the main body and the mobile phone from being scratched. Furthermore, power is generated through a solar panel, so that the charging endurance of the charger is enhanced.

Description

technical field [0001] The invention relates to the field of wireless charging equipment, in particular to a portable mobile phone wireless charger that can be carried around and used outdoors. Background technique [0002] Mobile phone wireless charger, that is, a charger without wires, refers to a device that uses the principle of electromagnetic wave induction to charge, and the principle is similar to a transformer. There is a coil at the sending end and a receiving end respectively. The coil at the sending end is connected to a limited power supply to generate an electromagnetic signal, and the coil at the receiving end induces the electromagnetic signal at the sending end to generate current to charge the battery. [0003] When using mobile phone wireless chargers, they usually need to be placed in a relatively stable environment. Therefore, chargers are often used indoors for charging. However, as people’s necessary communication equipment, mobile phones are usually c...

AI Technical Summary

Problems solved by technology

[0003] When using mobile phone wireless chargers, they usually need to be placed in a relatively stable environment. Therefore, chargers are often used indoors for charging. However, as people’s necessary communication equipment, mobile phones are usually carried with them. Therefore, chargers also need to have It can be carried around and used outdoors. However, due to the simple structure of the existing wireless chargers, the charger cannot fix the mobile phone during the charging process, so that the existing wireless chargers for mobile phones cannot meet the functions of carrying around and charging outdoors.

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