A multi-directional adjustable release agent spraying device

Abstract

A release agent spraying device with multi-directional adjustable angles, comprising a first casing, an electric door assembly is located on the left of the first casing, a slide rail is provided inside the first casing, an electric slider is mounted on the slide rail, and an electric slider is mounted on the electric slider. There is a first telescopic rod, the first telescopic rod has a multi-directional adjustment mechanism, the first casing has a spraying mechanism on the right, a movable car is arranged in the first casing, a box is arranged on the movable car, and a second casing and a second casing are arranged on the box. Three housings and a fourth housing, the second housing has a first rotating shaft, the third housing has a partition, the third housing has a second rotating shaft, the second rotating shaft has fan blades, and there is electrostatic adsorption under the partition mechanism, a cooling mechanism is arranged in the fourth casing, and a controller is arranged beside the first casing. The present invention sprays the release agent in the first shell, which can effectively prevent the release agent from floating into the air. During the spraying process of the mold, the water in the water tank can cool down the splint, and the whole process is mechanized and automatic spraying, which can effectively prevent the operator from making mistakes. Spray in the best way to prevent the operator from being scalded.

Description

technical field [0001] The invention belongs to the field of release agent spraying devices, in particular to a release agent spraying device with multi-directional adjustable angles. Background technique [0002] Many molds often need to heat the mold to about 200 degrees when spraying the release agent, so that the release agent can better adhere to the mold. However, the spraying of the release agent is generally done manually, and the labor intensity of the operator is high. It is easy to be burned during the spraying process. The sprayed release agent will directly affect the environment of the workshop and cause certain damage to the operator's body. At the same time, the temperature of the mold will drop rapidly in the outside world. , will directly affect the spraying effect of the release agent; the spraying of the release agent generally has a sequence, some surfaces need to be sprayed in advance, and some surfaces need to be sprayed several times, the operator is ...

AI Technical Summary

Problems solved by technology

[0002] Many molds often need to heat the mold to about 200 degrees when spraying the release agent, so that the release agent can better adhere to the mold. However, the spraying of the release agent is generally done manually, and the labor intensity of the operator is high. It is easy to be burned during the spraying process. The sprayed release agent will directly affect the environment of the workshop and cause certain damage to the operator's body. At the same time, the temperature of the mold will drop rapidly in the outside world. , will directly affect the spraying effect of the release agent; the spraying of the release agent generally has a sequence, some surfaces need to be sprayed in advance, and some surfaces need to be sprayed several times, the operator is easily confused, if it is a newcomer, then It is easier to confuse; because the mold will be heated, when the release agent is sprayed, the temperature of the mold surface process will increase the temperature of the clamping device, which in turn will cause the clamping device to expand, making it easy for the clamping device to clamp the mold out of shape

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