Computer host bracket capable of avoiding optional rolling

Abstract

The invention relates to a computer host bracket capable of avoiding optional rolling, and belongs to the field of computers. The computer host bracket capable of avoiding optional rolling comprises abracket main rod and a bracket auxiliary rod, wherein the bracket auxiliary rod is connected with the bracket main rod through a pin roll; the bracket main rod comprises a base, a first rod body, a second rod body, a third rod body, idler wheel components and a bumping post; the first rod body and the second rod are independently connected with the base; the third rod body is connected with the second rod body; the idler wheel components are independently arranged on the bottom of the first rod body and the bottom of the second rod body; the bumping post is independently connected with the first rod body and the third rod body; an anti-skidding layer is independently arranged on the first rod body and the second rod body; and the inner side of the bumping post is provided with a pumping post cover. The computer host bracket is provided with the idler wheel components, the computer host arranged on a placement frame can favorably prevent the computer host from being vibrated due to thefunction of a pressure spring when the computer host is subjected to external force vibration, and the computer host is effectively protected; a spacing device is arranged, and the placement frame can be rolled according to requirements; and a telescopic rod is arranged, the length of the rod body can be regulated so as to be convenient in placing hosts of different models.

Description

technical field [0001] The invention relates to the field of computers, in particular to a computer host bracket that prevents random rolling. Background technique [0002] With the development of society, computers are slowly entering people's lives, but the placement of computer mainframes has brought many problems to people. Traditional computer mainframes are placed on the ground and directly contact with the ground. If you touch it carefully, it will cause the computer mainframe to slip with the ground, thereby damaging the bottom surface and wearing out the mainframe shell. The traditional computer mainframe support is made of wooden boards with universal wheels underneath, baffles on the side, and no shock-absorbing device. When the host computer on the shelf is vibrated by external force, the hard disk of the computer in operation will be damaged, and once the host computer is different in size, it cannot be used well, and it is easy to roll at will, which is incon...

AI Technical Summary

Problems solved by technology

[0002] With the development of society, computers are slowly entering people's lives, but the placement of computer mainframes has brought many problems to people. Traditional computer mainframes are placed on the ground and directly contact with the ground. If you touch it carefully, it will cause the computer mainframe to slip with the ground, thereby damaging the bottom surface and wearing out the mainframe shell. The traditional computer mainframe support is made of wooden boards with universal wheels underneath, baffles on the side, and no shock-absorbing device. When the host computer on this shelf is vibrated by external force, the hard disk of the computer in operation will be damaged, and once the host computer is different in size, it cannot be used well, and it is easy to roll at will, which is inconvenient to control

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