Gum dipping method for gloves and gum dipping device implementing method

Abstract

The invention discloses a gum dipping method for gloves. The gum dipping method comprises the following steps that 1), conveying chains drive a hand mold frame to the designated gum dipping position in a transmission manner; 2), the end of the hand mold frame is rotationally pressed; 3) the rotary shaft position of the hand mold frame is detected through a longitudinal detection switch; 4), the hand mold frame is driven to rotate; 5), the hand mold frame is driven to rotate at the set angle; 6), a gum dipping box moves upwards till hand molds are immersed into gum in the gum dipping box, and the gum dipping box falls off after gum dipping; and 7), the hand mold frame is driven to vibrate, and gum dipping of the hand molds is achieved. The invention further discloses a gum dipping device implementing the method. The gum dipping device comprises a rack. The conveying chains are connected to the rack. The hand mold frame is mounted on the conveying chain. The hand molds are mounted on the hand mold frame. The liftable gum dipping box is arranged below the rack. A rotary drive device is connected to the side of the rack. A positioning rod is mounted on the hand mold frame. A positioning rod detection device and a longitudinal detection device are mounted on the rack. By the adoption of the gum dipping method and the gum dipping device, the inclination angle of the hand molds is precise, and the gum dipping method and the gum dipping device have the beneficial effects that the gum dipping quality is high, and the rejection rate is low.

Description

technical field [0001] The invention relates to a method for dipping gloves and a dipping device for realizing the method. Background technique [0002] In order to achieve the purpose of wear-resistant and anti-slip, traditional knitted labor protection gloves are coated with a wear-resistant rubber layer and a wear-resistant rubber layer on the glove body. In the existing process, a dipping device is used to dip the gloves. The gloves are set on the hand mold and run along with the hand mold base. When it runs to the dipping position, the hand mold frame is turned over to make the hand mold tilt at a certain angle. , so that the gloves on the hand mold are immersed in the glue, after the glue dipping is completed, the hand mold frame can be driven to turn over. In the existing technology, it has the following disadvantages: 1. Since the hand formwork frame advances under the drag of the conveyor chain, the conveyor chain expands with heat and contracts with cold, and ther...

AI Technical Summary

Problems solved by technology

In the existing technology, it has the following disadvantages: 1. Since the hand formwork frame advances under the drag of the conveyor chain, the conveyor chain expands with heat and contracts with cold, and there will inevitably be some errors in the spacing between multiple hand formwork frames, so its The initial longitudinal positions of multiple hand formwork frames; 2. The initial installation angles of the hand formwork sets are not the same and the vibration that occurs during the sliding process will make the initial angles of the hand formwork sets inconsistent, so the final position of the hand formwork sets is driven by the drive. The angle of rotation is easy to be different, that is, the angle of dipping the hand mold is inconsistent, so that the glue surface attached to the glove is inconsistent, resulting in a greatly increased scrap rate; 3. After the dipping is completed, the glue on the glove on the hand mold will drip freely , not only makes the glue layer on the gloves uneven, but also wastes glue, resulting in poor production environment, which is not conducive to workers' health and other problems

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