Improved vehicle-mounted electronic device

Abstract

The invention provides an improved vehicle-mounted electronic device which comprises a fixed seat body fixedly installed in a vehicle body and an electronic device body used for being connected with the fixed seat body in a matched mode. An installation connection groove is formed in the end face on the right side of the fixed seat body. A drive cavity is formed in the position, on the left side of the installation connection groove, in the inner wall body of the fixed seat body. Countersunk sliding grooves are symmetrically formed in the inner walls on the upper side and the lower side of theinstallation connection groove. A sliding stop board is connected to the inside of each countersunk sliding groove in a sliding fit mode. A first spring used for being connected with the corresponding sliding stop board in an ejection sliding fit mode is arranged on the side, away from the installation connection groove, of each countersunk sliding groove. Sliding guide grooves are formed in theinner walls on the left sides of the countersunk sliding grooves. Sliding guide blocks connected with the sliding stop boards in a stationary fit mode are connected to the inner portions of the sliding guide grooves in a sliding fit mode. Movable cavities extending to the right side are symmetrically formed in the inner walls on the right sides of the upper side and the lower side of the drive cavity. The sides, away from the drive cavity, of the movable cavities communicate with the sliding guide grooves.

Description

technical field [0001] The invention relates to the technical field of vehicle equipment, in particular to an improved vehicle electronic equipment. Background technique [0002] Due to its convenience, improved on-board electronic devices are widely used, including on-board mobile phone holders, on-board computers, on-board USB charging treasures, on-board audio, on-board TVs, etc.; car users can use portable improved on-board electronic devices through simple brackets or brackets. For fixing, its structural design is usually to fix various improved on-board electronic devices by means of hooks and buckles, so that various improved on-board electronic devices with different models and sizes can be used. However, once the car encounters an emergency, such as braking , acceleration, and collision, the brackets or brackets used to fix the improved on-board electronic equipment are easily damaged, so that the improved on-board electronic equipment will fly off the bracket or br...

AI Technical Summary

Problems solved by technology

[0002] Due to its convenience, improved on-board electronic devices are widely used, including on-board mobile phone holders, on-board computers, on-board USB charging treasures, on-board audio, on-board TVs, etc.; car users can use portable improved on-board electronic devices through simple brackets or brackets. For fixing, its structural design is usually to use hooks and buckles to fix various improved on-board electronic equipment, so that various improved on-board electronic equipment with different models and sizes can be used. However, once the car encounters an emergency, such as braking , acceleration, and collision, the brackets or brackets used to fix the improved on-board electronic equipment are easily damaged, so that the improved on-board electronic equipment will fly off the brackets or brackets, directly threatening the safety of people on board, and the safety of power supply Therefore, there is an urgent need for an improved vehicle-mounted electronic device that is convenient for quick disassembly and safe power supply

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