A guide docking member for battery power transmission

Abstract

The invention provides a guide butt joint component for battery electric power transmission. The guide butt joint component comprises an installing box (100) and a second butt joint mechanism (130) electrically connected with a power supply input end of an electronic device. A battery (110) comprises a power supply output end in butt joint of the second butt joint mechanism (130). A second percussion device (300) and a limiting part (400) are arranged in the installing box (100). After the battery (110) is installed, the limiting part (400) can relieve the limit on the second percussion device(300), and the second percussion device (300) is automatically triggered to complete butt-joint driving. The second percussion device (300) comprises a clamping and supporting mechanism (310) for supporting and positioning the power supply output end of the battery (110), a guide component (320) for guiding the butt joint between the power supply output end of the battery (110) and the second butt joint mechanism (130) and an abutting and pushing mechanism (330) for driving the power supply output end of the battery (110) to move up to be in butt joint with and communicate with the second butt joint mechanism (130) under the guide effect of the guide component (320).

Description

technical field [0001] The invention relates to the technical field of battery-powered docking, in particular to a guiding docking member for battery power transmission. Background technique [0002] In recent years, shared bicycles are particularly popular, mainly including Mobike, ofo, Hello, etc. Among them, shared bicycles are suitable for short-distance trips, while shared mopeds are suitable for mid-distance trips. The advantages of shared mopeds over shared bicycles are , which combines the advantages of bicycles and electric vehicles through two hybrid driving methods of artificial pedal assist and electric assist. As we all know, the batteries of shared mopeds need to be replaced frequently. The joints wear and tear, resulting in poor contact between the output joints of the battery and the docking joints. In order to solve the above technical problems, it is necessary for the present invention to provide an ingenious structure, simple principle, which can make the ...

AI Technical Summary

Problems solved by technology

[0002] In recent years, shared bicycles are particularly popular, mainly including Mobike, ofo, Hello, etc. Among them, shared bicycles are suitable for short-distance trips, while shared mopeds are suitable for mid-distance trips. The advantages of shared mopeds over shared bicycles are , which combines the advantages of bicycles and electric vehicles through two hybrid driving methods of artificial pedal assist and electric assist. As we all know, the batteries of shared mopeds need to be replaced frequently. The joints wear and tear, resulting in poor contact between the output joints of the battery and the docking joints. In order to solve the above technical problems, it is necessary for the present invention to provide an ingenious structure, simple principle, which can make the power supply output terminal of the battery and the electronic A guiding docking member for battery power transmission that enables close connection between the power supply input terminals of equipment (determined to be driven by battery power) to avoid poor contact

Images