Refrigerator door glass pick-and-place pressing device

Abstract

The invention provides a taking and placing and pressing device for glass of a refrigerator door body. The device comprises a frame body and at least two taking and placing and pressing stations; eachtaking and placing and pressing station comprises a glass transferring conveying mechanism, a glass taking and placing mechanism and a glass pressing mechanism; each glass transferring conveying mechanism comprises a servo motor, a walking mechanism and a moving frame, wherein the servo motors are fixedly arranged on the moving frames; each glass taking and placing mechanism comprises a sucker frame, a plurality of suckers and a lifting guiding mechanism; and each glass pressing mechanism comprises a glass length direction pressing mechanism and a glass width direction pressing mechanism. According to the device, mechanical operation of taking and placing the glass and pressing a door frame can be achieved, and at least two refrigerator door body glass can be simultaneously taken and placed at a time, so that the labor cost is reduced, the product quality is improved, the product production takt is improved, and the rejection rate is reduced; and by the adopting the taking and placingand pressing device for the glass of the refrigerator door body, mechanical and automatic operation of taking and placing the glass and the pressing of the door frame can be achieved, so that the labor cost is greatly reduced, and the product quality and the production efficiency are improved.

Description

technical field [0001] The invention relates to a door body glass pick-and-place pressing device used in the production process of refrigerator glass door body pressure bonding. Background technique [0002] During the installation process of the refrigerator door body, a very important process is the bonding of the door body glass and the door frame. In the prior art, the glued door frame is placed on the semi-automatic pressing equipment for positioning, and then the glass is manually placed and then pressed. Since manual handling is required each time, one piece of equipment can only produce one product, resulting in the existing The semi-automatic pressing equipment cannot meet the production demand; and because the glass is positioned and pressed by the positioning part after the glass is placed manually, in the prior art, the positioning of the four sides of the glass on the semi-automatic pressing equipment adopts the cylinder positioning, and the output force of the ...

AI Technical Summary

Problems solved by technology

In the prior art, the glued door frame is placed on the semi-automatic pressing equipment for positioning, and then the glass is manually placed and then pressed. Since manual handling is required each time, one piece of equipment can only produce one product, resulting in the existing The semi-automatic pressing equipment cannot meet the production demand; and because the glass is positioned and pressed by the positioning part after the glass is placed manually, in the prior art, the positioning of the four sides of the glass on the semi-automatic pressing equipment adopts the cylinder positioning, and the output force of the cylinder is adjusted by the air source pressure and manual adjustment Depending on the situation, it is difficult to ensure the consistency of the positioning of the four sides, coupled with the non-drying of the glue, resulting in the displacement of the side glass and the door frame with high pressure, resulting in a high product rejection rate and slow production efficiency.

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