Door gasket magnetic particle cooling transportation device

Abstract

The invention discloses a door gasket magnetic particle cooling transportation device. The device comprises a supporting stand, a hollow outer casing, a curved-surface-shaped material inlet pipe, a supporting clamping shaft saddle, a motor power assembly, an inner rail groove barrel, a cooling water assembly, a convection moisture exhaust assembly, a temperature detector assembly, a side face spherical cover and a controlling box; the hollow outer casing is installed on the supporting stand; the curved-surface-shaped material inlet pipe stretches into the inner rail groove barrel; the supporting clamping shaft saddle is installed on the supporting stand; the inner rail groove barrel is installed on the supporting clamping shaft saddle; the motor power assembly is connected with the inner rail groove barrel; the cooling water assembly and the convection moisture exhaust assembly are connected with the hollow outer casing; the temperature detector assembly is installed at a discharging end of the inner rail groove barrel; the side face spherical cover is connected with the hollow outer casing; and the motor power assembly, the cooling water assembly, and the temperature detector assembly are connected with the controlling box. The device can realize cooling of high-heat magnetic particle materials in a relative short time, avoid condensation of water vapour, eliminate dust pollution which is easily caused during traditional cooling process of magnetic particle materials, and realize batch production.

Description

technical field [0001] The invention relates to the field of magnetic particle cooling and conveying devices for door seals, in particular to a magnetic particle cooling and conveying device for door seals. Background technique [0002] The refrigerator door seal is an important part of the refrigerator. The refrigerator door seal is made of a door seal rubber sleeve with a magnetic strip inside through welding. The manufacturing process of magnetic strips includes magnetic particle material mixing, high-temperature honey smelting and cooling, transportation, extrusion production, traction transmission, winding, and packaging. The cooling effect of high-temperature honey smelting on magnetic particle materials directly determines the quality of the subsequent extruded magnetic strip products, so reasonable cooling is an important part of the production of magnetic strips. At present, the traditional cooling method for magnetic particle materials is to transfer the magnetic ...

AI Technical Summary

Problems solved by technology

This traditional cooling method has a very low degree of mechanical automation and cannot adapt to large-scale batch continuous production. In order to meet the subsequent large-scale batch production of magnetic strips, a large amount of human resources need to be invested in cooling high-temperature magnetic particle materials. Increased labor costs; at the same time, the magnetic particle material is completely exposed to the flat cooling process, and the dust in the air will be superimposed on the surface of the magnetic particle material, seriously affecting the overall product quality of the subsequent production of magnetic strips, making the magnetic strip products Poor quality stability; some fine substances on the surface of magnetic particle materials will be blown into the air by natural wind, causing secondary pollution in the production workshop

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