Anti-seismic communication integrated box

Abstract

The invention discloses an anti-seismic communication integrated box, comprising: a shell, comprising a rectangular solid outer cover with an opening at the bottom and a bottom shell located at the bottom of the outer cover; a partition plate horizontally clamped and arranged in the shell to divide the shell into an upper chamber and a lower chamber arranged at the top and bottom; a fixing assembly which comprises a plurality of sets of fixing brackets fixedly arranged in the shell, wherein the openings on both sides of the plurality of sets of fixing brackets are arranged in the upper chamberat equal intervals in a shape of a straight line, and the fixing assembly is used for fixing the communication integrated machine; a cushioning assembly including a plurality of first springs, a plurality of second springs, a plurality of first sleeves sleeving the plurality of first springs, a plurality of second sleeves sleeving the plurality of second springs, two first limiting plates, and two second limiting plates. The fixed assembly provided by the invention can fix the communication integrated machine, prevent the components in the communication integrated machine from loosening whenthey are subjected to external vibration, and meanwhile, the cushioning assembly provided by the invention can play a cushioning role, so as to cancel the external vibration to the maximum extent.

Description

technical field [0001] The invention relates to a communication integrated box. More specifically, the present invention relates to a communication integrated box with shock resistance. Background technique [0002] When natural disasters or emergencies occur, communication interruptions often occur, which will hinder the development of disaster relief and rescue work. In order to restore communication, the usual solution is to deploy emergency communication vehicles from nearby areas to support. During natural disasters or emergencies, traffic is often blocked, resulting in the inability of emergency communication vehicles to enter. Therefore, at present, a more effective method is to airdrop emergency communication all-in-one machines to the places where natural disasters or emergencies occur, and quickly build Communication site terminals or communication divisions transmit audio and video signals in all directions, so that disaster relief and rescue work can be carried ...

AI Technical Summary

Problems solved by technology

[0002] When natural disasters or emergencies occur, communication interruptions often occur, which will hinder the development of disaster relief and rescue work. In order to restore communication, the usual solution is to deploy emergency communication vehicles from nearby areas to support. During natural disasters or emergencies, traffic is often blocked, resulting in the inability of emergency communication vehicles to enter. Therefore, at present, a more effective method is to airdrop emergency communication all-in-one machines to the places where natural disasters or emergencies occur, and quickly build Communication site terminals or communication divisions can transmit audio and video signals in an all-round way, so that disaster relief and rescue work can be carried out smoothly

However, natural disasters or emergencies occur in complex topographic environments, and the integrated communication machine will be subject to great vibration during use. Affected by the vibration, the components in the integrated communication machine will become loose, resulting in poor contact and affecting communication. Normal use of the all-in-one

[0003] At present, most communication all-in-one machines lack effective anti-seismic devices, which is very unfavorable to the normal use of all-in-one communication machines. By installing reliable and effective anti-seismic devices on all-in-one communication machines, the components in the all-in-one communication machines can be prevented from loosening , to ensure the normal use of the communication machine

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