Multipurpose mobile equipment support

Abstract

The invention discloses a multipurpose mobile equipment support. A telescopic sleeve pipe is a multi-section bendable arm, every two adjacent telescopic sleeve pipe sections are connected through a steering joint assembly, a power supply assembly is arranged in the telescopic sleeve pipe and fixed to a supporting and clamping assembly, and support is achieved by changing the positions of supporting and clamping rods. Steering is adjusted through the steering joint assemblies, sleeve pipe sections of different diameters can stretch out and draw back through the telescopic sleeve pipe, and the power supply assembly supplies power to an equipment clamp assembly through cooperation of the telescopic sleeve pipe and the steering joint assemblies. The size is optimized through the telescopic sleeve pipe, the use length is increased, a multi-section mechanism is formed through the connection of the steering joint assemblies, and use in multiple directions can be achieved. Moreover, the powersupply assembly is additionally arranged in the sleeve pipe, current conduction is achieved through connection of the sleeve pipe sections and the steering joint assemblies, and charging is carried out through a charging wire. The multipurpose mobile equipment support has the advantages of being simple to operate, convenient to use, small in occupied area and high in functionality.

Description

technical field [0001] The invention relates to the technical field of support frames, and more specifically relates to a multipurpose mobile equipment support. Background technique [0002] Nowadays, people often need mobile phone brackets to support when looking at mobile phones in their daily lives. However, because the mobile phone brackets on the market can bend and turn through the cantilever itself (for example, the cantilever is thick iron wire), it is limited by the characteristics of the material itself. If the cantilever is thin, it cannot be used. To achieve strong support, but thick cantilever will require a lot of force when bending and turning, in order to achieve the bending effect and cannot accurately reach the ideal hovering position; through the bending and steering of parts composed of multi-section cantilever and steering joint, Fastening devices need to be provided at joints to realize steering angle control and cooperation of multiple steering knuckle...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, people often need mobile phone brackets to support when looking at mobile phones in their daily lives. However, because the mobile phone brackets on the market can bend and turn through the cantilever itself (for example, the cantilever is thick iron wire), it is limited by the characteristics of the material itself. If the cantilever is thin, it cannot be used. To achieve strong support, but thick cantilever will require a lot of force when bending and turning, in order to achieve the bending effect and cannot accurately reach the ideal hovering position; through the bending and steering of parts composed of multi-section cantilever and steering joint, It is necessary to set fastening devices at the joints to achieve steering angle control and requires the cooperation of multiple steering joints

Whether it is through the bending of the cantilever itself or the bending and steering of components composed of multi-section cantilever and steering joints, there are disadvantages of inconvenient use and cumbersome operation in the actual scene where the hovering position needs to be constantly adjusted.

[0003] The above-mentioned device brackets are restricted by the design itself, and cannot be used in other scenarios in terms of function, and cannot be reduced for storage, which is not conducive to carrying. In addition, most power-consuming devices (such as mobile phones) need to charge the equipment during the use of the bracket. , the existing equipment support cannot meet the requirements of the integrated design

Images