Multi-chamber magnesium-aluminum alloy parking air reservoir processing device and method

Abstract

The invention provides a multi-chamber magnesium-aluminum alloy parking air reservoir. The multi-chamber magnesium-aluminum alloy parking air reservoir comprises a rotating motor; the rotating motor is obliquely arranged; an output end of the rotating motor is equipped with a bottom plate; an inner positioning seat and an outer positioning tube are installed at the center of the surface of the bottom plate; the inner top of a reservoir body is equipped with a setting mechanism; the setting mechanism is slidably attached to the top surface of a partition cover; the setting mechanism is used forcompressing the partition cover at the top; the setting mechanism is assembled at the center of the inner wall of a transparent seal cover; and the top surface of the transparent seal cover is fixedly connected with a pneumatic rod. According to the multi-chamber magnesium-aluminum alloy parking air reservoir provided by the invention, the placement stability of the reservoir body can be ensuredthrough the inner positioning seat and the outer positioning tube, the offset of the reservoir body during welding is avoided, and the welding precision is improved; and the inner positioning seat canstop and limit the partition cover, so that the installation of the partition cover is simpler and more convenient, and the installation position is more accurate.

Description

technical field [0001] The invention belongs to the technical field of gas storage cylinder processing, and in particular relates to a processing device and method for a multi-chamber magnesium-aluminum alloy parking gas storage cylinder. Background technique [0002] The air storage tank is the gas storage device in the automobile braking system; the air storage tank is used to store the gas compressed by the air compressor (air pump), and is used in automobile braking, whistle and other systems; [0003] During the processing of the gas storage cylinder, multiple welding processes are required; among them, the shield needs to be welded into the cylinder, so that the interior of the cylinder is divided into multiple independent chambers. In the existing welding process, the shield needs to be manually placed in the cylinder. Inside the body, and then manually hold the welding torch to weld the partition in the cylinder; manual operation has the following problems: 1. The po...

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Problems solved by technology

[0003] During the processing of the gas storage cylinder, multiple welding processes are required; among them, the shield needs to be welded into the cylinder, so that the interior of the cylinder is divided into multiple independent chambers. In the existing welding process, the shield needs to be manually placed in the cylinder. Inside the body, and then manually hold the welding torch to weld the partition in the cylinder; manual operation has the following problems: 1. The positioning accuracy of the partition in the cylinder is not easy to grasp, and the partition is prone to offset and inclination, which ultimately affects the welding strength; 2. Due to The top of the partition lacks a positioning structure, so that when the partition and the cylinder are rotated and welded, the partition will be displaced upward under the action of internal stress, resulting in welding deviation of the partition

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