Multi-slot charger

Abstract

A multi-slot charger disclosed by the present invention can be vertically placed, horizontally placed or hung in a wall, and comprises a shell, and a lifting handle assembly which comprises auxiliary handles arranged at the two sides of the shell and a lifting handle arranged at the top of the shell. The auxiliary handles support the multi-slot charger when the multi-slot charger is vertically placed and/or horizontally placed; when the multi-slot charger is hung in the wall, the plurality of clamping slots can be formed in the shell, so that the multi-slot charger can be directly connected with the vertical wall; or a wall-hung fixing support can be installed on the shell, and the multi-slot charger can be fixed to the vertical wall through the wall-hung fixing support. The multi-slot charger provided by the invention can be placed in various different modes, so that different placement modes can be adopted in different use scenes, and the multi-slot charger can be used more reasonably.

Description

technical field [0001] The invention belongs to the technical field of chargers, and in particular relates to a multi-slot charger. Background technique [0002] In recent years, with the development of battery material technology, the application range of lithium batteries has been greatly improved. At present, electric tools on the market have been used in large quantities. In today's power tool industry, lithium battery packs are an emerging power source to replace traditional energy sources. Lithium battery packs are used more and more widely. The requirements for charging time are also getting higher and higher. [0003] However, there are many problems in the current chargers, such as only one-to-one charging, the charging time greatly affects the work efficiency, and when a large number of battery packs are charged separately, a large storage space is required, which is harmful to production. Processing brings a lot of trouble; traditional chargers can only be place...

AI Technical Summary

Problems solved by technology

[0003] However, there are many problems in the current chargers, such as only one-to-one charging, the charging time greatly affects the work efficiency, and when a large number of battery packs are charged separately, a large storage space is required, which is harmful to production. Processing brings a lot of trouble; traditional chargers can only be placed vertically on the ground, and in some special usage scenarios, it is more troublesome to use; the heat dissipation effect of traditional chargers is poor; It is directly fixed on the charger shell by screws, and its force is concentrated on the screw fixing point. The force bearing area is too small, and the shell is easy to be damaged.

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