A fall-proof tripod

Abstract

The invention discloses an anti-falling tripod. According to the anti-falling tripod, structure design of an air bag assembly is adopted in a cavity of a support, when the tripod falls down, the support collides with the ground to enable a sensor component to generate impact induction, collision signals are transmitted to a control unit, the control unit controls a gas generator to instantaneouslygenerate a large amount of gas to enable air bag cushions to expand, the expanded air bag cushions are guided by guide plates and extend outwards in the circumferential direction of lining plates, sothat circumferential wrapping of the support devices such as a measurement instrument is formed instantly, the buffer protection effect of the device is achieved, the direct contact between the device and the ground is avoided, and therefore the functions of safety protection and anti-falling use of the supporting device are effectively achieved; and meanwhile, structure design with the fixing pointed ends capable of rotating is adopted, when the device is used for the ground with hard texture, and the fixing pointed ends can be rotated to enable the fixing pointed ends to be in a parallel state with the ground so as to be in horizontal contact with the ground so that the use function requirements of the tripod in different texture environments can be effectively realized.

Description

technical field [0001] The invention relates to the technical field of tripods, in particular to a fall-proof tripod. Background technique [0002] The tripod is a supporting frame for supporting cameras, a bracket for surveying and mapping, and a bracket for supporting lamps, etc., which are widely used and convenient. The tripod is mainly composed of three supporting legs and a supporting rod that cooperates with supporting objects. The height adjustment of the tripod is mainly realized by the telescopic rods of the supporting legs and the supporting rod and the distance that the supporting rod moves downward relative to the support. The application environment of the tripod is generally classified according to the texture of the application ground, such as the soft outdoor ground, the hard stone ground, the cement ground or the smooth surface of the floor tiles, etc. [0003] And the tripod of prior art exists: 1) often according to the use environment of different textu...

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Problems solved by technology

[0003] And the tripod of prior art exists: 1) often according to the use environment of different textures, need to adopt different leg structure form, just can satisfy the support and stability of tripod, such as the pointed leg can only be suitable for the softer texture However, the disc-shaped feet can only be used on hard stone or concrete floors. The two cannot be used universally, and the use function is single, which cannot meet the use needs of different texture environments; 2) During the use of the tripod, it is easy to The tripod tilts and falls due to unstable fixation, collisions, etc., causing the supported equipment to be broken or damaged, and the equipment cannot be effectively protected, especially when the supporting equipment is high-precision testing equipment, high-performance cameras, etc. If it is dropped and damaged, it will cause serious economic losses

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