Assembling tool capable of flexibly rotating cabin section and using method

Abstract

A cabin section assembly tool capable of flexibly rotating comprises a four-wheel vehicle body (2) and is characterized by further comprising two rotating rings (3) and a limiting handle (6). Wherein the four corners of the four-wheel vehicle body (2) are each provided with one bearing (4), and shafts of the four bearings (4) are consistent with the length direction of the four-wheel vehicle body (2) and extend out of the edges of the two sides of the four-wheel vehicle body (2); two pieces of short square steel in the width direction of the upper portion of the four-wheel vehicle body (2) are each provided with a penetrating through hole (21), the two penetrating through holes (21) are coaxial, the axes of the penetrating through holes (21) are parallel to the length direction of the vehicle body, and the penetrating through holes (21) are equal in diameter and matched with the outer diameter of the limiting handle; by using the bench worker, the bench worker is in a sitting posture state instead of a stooping state in most time, so that the physical fatigue is greatly relieved, meanwhile, the cabin assembly angle can be flexibly adjusted and limited, and the assembly efficiency is remarkably improved.

Description

technical field [0001] The invention relates to a flexibly transposition cabin assembling tool and its use method, which relates to the usage method of the cabin assembling tool, which can realize the flexible transposition of the cabin assembling in a fitter's sitting posture. Background technique [0002] The equipment installed in the cabin is mostly distributed in different angles, presenting a complex angular relationship. Generally, one end of the cabin is placed flat on the level ground when assembling, and then the fitter bends down to insert the equipment into the cabin from the upward end. At the same time, both hands cooperate to complete the assembly, and the fitter can only rotate along the circumferential direction of the cabin body to make adaptive adjustments according to the equipment installation requirements of different angles. At present, there are mainly two problems in the above cabin assembly process: [0003] (1) Because the end face of one side is ...

AI Technical Summary

Problems solved by technology

[0003] (1) Because the end face of one side is placed flat on the horizontal ground, when the cabin is long, the installation of the equipment on this side can only be completed by turning the cabin around after the equipment at the other end is assembled. During the process, it is easy to cause damage to the cables passing through the cabin. Squeeze, and under the action of the gravity of the equipment, it is difficult to align the matching holes between the equipment and the cabin, and it takes constant trying to align the holes, and the fingers are easily fatigued

[0004] (2) The fitter is bent over most of the time and needs to rotate along the circumference of the cabin from time to time, which can easily cause physical fatigue and low assembly efficiency

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