Ergonomic integrated vehicle vibration-damping chassis and sub-rack device

Abstract

The invention discloses an ergonomic integrated vehicle vibration-damping chassis and sub-rack device, related to the overall structural design field of a ground vehicle-like cabin. The ergonomic integrated vehicle vibration-damping chassis and sub-rack device comprises sub-rack single units and a vibration-damping chassis; wherein the vibration-damping chassis is in a hollow rectangular box structure; the front and rear ends of the vibration-damping chassis are open structures; the sub-rack single unit is in a rectangular box structure; the sub-rack single unit extends into the vibration-damping chassis along the front end of the vibration-damping chassis, and is fixedly connected to the vibration-damping chassis; the vibration-damping chassis realizes the vibration-damping protection ofthe sub-rack single units. The invention is based on the miniaturization idea to design a plurality of chassis with full use of the cabin space and vibration-damping performance in a limited space ofthe vehicle cabin; and the invention designs the sub-rack form device which is installed in the chassis in a simple and quick manner and has the unified shape and fixing installation form.

Description

technical field [0001] The invention relates to the field of overall structure design of a vehicle-mounted cabin on the ground, in particular to an ergonomically integrated vehicle-mounted vibration-damping chassis and box-inserting equipment. Background technique [0002] In the past, there were a large number of equipment fixedly installed inside the vehicle-mounted cabin on the ground, and the types were complicated. Different equipment had different dimensions in each direction, and the equipment in the cabin had different shapes and was not uniform enough. Due to the different shapes and sizes of different stand-alone equipment, when the equipment is arranged in the cabin, it is often placed randomly, so that the space in the cabin cannot be fully utilized; for the operator, the identification, installation and disassembly of multiple equipment , The operation is relatively cumbersome, time-consuming and labor-intensive; at the same time, the conditions of the vehicle-m...

AI Technical Summary

Problems solved by technology

[0002] In the past, there were a large number of equipment fixedly installed inside the vehicle-mounted cabin on the ground, and the types were complicated. The dimensions of different equipment were not the same in each direction, and it was easy to appear that the equipment in the cabin had different shapes and was not unified enough.

Due to the different shapes and sizes of different stand-alone equipment, when the equipment is arranged in the cabin, it is often placed randomly, so that the space in the cabin cannot be fully utilized; for the operator, the identification, installation and disassembly of multiple equipment , The operation is relatively cumbersome, time-consuming and labor-intensive; at the same time, the conditions of the vehicle-mounted road are relatively harsh, and the vibration and shock situation is uncertain, so it is necessary to design the vibration reduction and shock resistance of the equipment. How to effectively improve the vibration reduction and shock resistance performance of the equipment is an urgent problem to be solved

[0003] With the increasing miniaturization of the ground vehicle cabin structure, the large number of internal installation equipment, and the rapid development of structural integration, the traditional design idea and the mode that the equipment in the cabin with different shapes can only be fixed and installed at will in the large space cabin has become a new model. It cannot meet the current development trend of structural design, and the miniaturization development of the cabin requires that the space in the cabin can be effectively used for fixed installation of various equipment; different equipment also needs to meet the requirements of the operator to find and operate quickly in a short time; when the equipment When a fault occurs, the equipment needs to be disassembled for repair in a short period of time, and a convenient disassembly method is also very necessary

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