A network storage device with good buffer protection effect

Abstract

The invention discloses a network storage device with good buffering protection effect, which comprises a fixed sleeve, a chute, a slider, a movable column, a first telescopic spring, a network storage device body, a piston rod, a first air guide tube, a connecting block, a second One inflatable air bag, corner gas cushioning device, second telescopic spring, second air duct, elastic column, fixed rod, rubber stopper, through hole, fixed block, T-shaped bar, anti-slip strip, anti-slip grain, piston sleeve and sealed cylinder , the outside of the network storage device body is provided with a fixed sleeve, and the second telescopic spring is fixed by spot welding between the inner corner of the fixed sleeve and the corresponding outer corner of the network storage device body, and the outer corners of the fixed sleeve are The corner gas buffer device is installed; the top inner wall and the bottom inner wall of the fixed sleeve are provided with chute; the invention can provide a comprehensive multi-level coordinated buffer protection effect when it is impacted by an external force or accidentally dropped on the ground.

Description

technical field [0001] The invention relates to the technical field of network storage devices, in particular to a network storage device with good buffer protection effect. Background technique [0002] Network storage device is a kind of independent working terminal with only storage function. It has a fixed operating system inside, and can set some parameter functions by itself, and connect to a server or computer for global layout. It is a kind of streamlined, Miniaturized server; it is mainly composed of motherboard, CPU, Soc chip level system, memory stick and network chip, etc. It can be used as HTTP server, FTP server and file server, and has perfect data backup, network printer sharing, user group Management and automatic download of PT and other functions. [0003] Moreover, most of the existing network storage devices are difficult to achieve comprehensive buffer protection when they are impacted by external forces or accidentally dropped to the ground. The corne...

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Problems solved by technology

[0008] How to use an effective method to solve the problem that most of the existing network storage devices are difficult to achieve comprehensive buffer protection when they are impacted by external forces or accidentally dropped to the ground, and the corners or sides around them are prone to buffer protection Incomplete and different degrees of damage, dents, etc., which affect the overall continuous protection effect, and solve the problem that most of the existing network storage devices are only based on a single buffer protection method to protect them as a whole. The problem of not having the buffer protection ability of multi-level coordination

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