A cabin entry auxiliary tool for a power all-in-one machine

Abstract

The invention discloses an auxiliary tool for enabling an all-in-one power machine to enter a compartment. The auxiliary tool for enabling the all-in-one power machine to enter the compartment belongs to the technical field of electric drive tracked vehicles, and can enable the all-in-one power machine to quickly and accurately enter the compartment. The tool comprises a base body (1), a buffer rubber block (5), a fine-adjustment nut (6) and a guide plate (7). The base body (1) is provided with a central hole for installing the guide plate (7), and three pin cylinders installed with limiting plugs, pressure springs and locating pins. An optical shaft with a screw thread on the end head, and three blind holes for limiting the locating pins (4) are formed in the center of the guide plate (7). The upper side of the guide plate (7) is bent, and the buffer rubber block (5) is adhered onto the bending plate. According to the auxiliary tool for enabling the all-in-one power machine to enter the compartment provided by the invention, the buffer rubber block and the locating pins with elasticity functions are adopted in a support structure, so that the impact on the auxiliary tool when the all-in-one power machine enters the compartment is reduced, the stability in entering the all-in-one power machine into the compartment is ensured, an axial distance fine-adjustment function is realized, and an entering position can be accurately located conveniently.

Description

Technical field [0001] The invention belongs to the technical field of tracked vehicles, and in particular relates to an auxiliary tool used for entering a cabin of a power integrated machine. Background technique [0002] At present, the integrated transmission components on some power integrated machines of electric drive tracked vehicles are relatively wide, and the reserved space in the power cabin is small, and there are many other internal components, which have a greater impact on the power integrated machine’s entry into the cabin. The traditional entry method is mainly It depends on the assembler to stand on the roof of the car and visually align the power all-in-one machine with the power all-in-one base welded on the bottom deck, and instruct the hoisting personnel to continuously adjust the power all-in-one during the cabin entry process. Into the cabin. This traditional method mainly has the following shortcomings: First, the positioning is not accurate. Due to the...

AI Technical Summary

Problems solved by technology

This traditional method mainly has the following disadvantages: first, the positioning is inaccurate

Due to the way of visual inspection, there is a large error between the position of the power integrated machine and the expected position

Second, it is easy for the power integrated machine to collide with other devices during the cabin entry process

Due to the small space in the power cabin and the large number of components in the car, there is a large error in the visual inspection method, which needs to be adjusted at any time. If the adjustment is large, it is easy to bump into other components and cause losses.

Third, the entry speed is slow

Due to the inaccurate positioning of the traditional method by visual inspection, the position of the power all-in-one machine needs to be adjusted frequently during the cabin entry process, resulting in a waste of installation time

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