Action camera slider connection seat with locking structure

Abstract

A slider connection seat having a locking structure for use with an action camera, the slider connection seat has a connecting portion (1), a sliding slot (6) and two elastic insertion pins (2); front ends of the two elastic insertion pins (2) are respectively provided with an extending leg (3) in a forward manner, wherein the two extending legs (3) are provided opposite to each other, and are provided with a turnover buckle (4); a rear end of the turnover buckle (4) is rotatably connected to the slider connection seat, while a front part of the turnover buckle (4) can be clamped between the two extending legs (3). The configuration of the turnover buckle (4) enables conveniently locking and unlocking, thus allowing for convenient and quick mounting / disassembling of an action camera onto / from the slider connection seat; the configuration of the extending legs (3) enables the slider connection seat to be inserted or withdrawn more effortlessly and easily; the turnover buckle (4) may be loosened upon impact, so that the slider connection seat which is originally inserted into a fixed base and an action camera mounted on the slider connection seat can quickly slide out from the fixed base, thus preventing the action camera from causing bodily injuries to people.

Description

technical field [0001] The invention belongs to the field of use and installation accessories of a sports camera, and in particular relates to a sports camera slider connecting seat with a locking structure. Background technique [0002] Now, there are many Action Cams on the market. This type of action camera is generally used for outdoor sports, such as rock climbing, cycling, bungee jumping, surfing, skiing, etc., and can also be used in daily life. This mount is installed in many places, such as cars, bicycles, helmets, belts, chests, etc. [0003] At present, the helmet fixing frame of the sports camera generally has a fixed base and a slider connecting seat, such as figure 1 , discloses that a slider connecting base B is installed on a fixed base A in the prior art. Generally, the fixed base A is fixed on the surface of the helmet by screws or stickers or other methods. This kind of slider connecting seat B can be directly connected to the protective shell of the spo...

AI Technical Summary

Problems solved by technology

Yet the push block C1 of this another kind of slider connecting seat C itself is smaller, especially its rear end is smaller, and in the outdoor sports process, usually hand can be wet state or has protective equipment such as gloves, when pushing When the block C1 is pushed, there will be slippage or failure to apply force, which will cause inconvenience to the locking and loosening of the other slider connecting seat

[0005] In addition, since the overall material of the slider connecting seat is hard plastic, the elasticity of the two elastic pins B1 of the above-mentioned slider connecting seat B and the two elastic pins C2 of the other slider connecting seat C are relatively small. Large extrusion force can be relatively close for insertion and extraction, which makes it very laborious to insert the slider connecting seat and the fixed base, and it is more laborious to pull the slider connecting seat from the fixed base

[0006] Furthermore, at the end of 2013, after Michael Schumacher suffered severe head injuries in a skiing accident, there is evidence that Schumacher's accident was not caused by his fast skiing speed, poor helmet protection or irregular ski resorts. On the contrary, Schumacher Mach was skiing at a slow speed at the time, and there was nothing wrong with the material of his helmet, and there was no fault in the ski resort. In 2014, experts and the police pointed out that although the material of the helmet worn by Schumacher itself was not a problem, However, after a hard sports camera is fixed on the helmet, the structure of the helmet may be damaged during the impact, which aggravates the fragmentation of the helmet and causes crushing injuries. Moreover, the sports camera on the helmet itself is also a hard object, which can aggravate the damage to the brain

[0007] From the aforementioned introduction to the structure of the helmet fixing frame, it is not difficult to understand why the sports camera is always firmly fixed on the helmet during the impact process, and this kind of stability and firmness actually causes the most damage to the brain in accidental impact events s reason

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