Abdominal pad processing device and processing technology thereof

Abstract

The invention provides an abdominal pad processing device. The abdominal pad processing device comprises a main processing bottom frame, a label tape feeding processing mechanism, a gauze feeding mechanism, a sewing mechanism and a collecting mechanism. A marking belt feeding machining mechanism is fixedly arranged on the top of the main machining bottom frame, a machining induction guide rail is fixedly installed on the main machining bottom frame, and two transferring assemblies are arranged on the machining induction guide rail in a sliding mode. The two sewing mechanisms are arranged at the two ends of the main processing bottom frame correspondingly and are in butt joint with one transfer assembly to achieve clamping and transferring of the abdominal pad, and one side of each sewing mechanism is correspondingly provided with one collecting mechanism so that the sewn abdominal pad can be collected and stacked conveniently. The gauze feeding mechanism is arranged at the center position of the main processing bottom frame in a butt joint mode and is in butt joint with one transfer assembly so that folded gauze can be transferred to the transfer assemblies to be clamped and fixed. According to the abdominal pad processing device, the two transferring assemblies are alternately used, so that the automatic production efficiency can be improved.

Description

technical field [0001] The invention belongs to the technical field of abdominal pad production, and in particular relates to an abdominal pad processing device and a processing technology thereof. Background technique [0002] During the operation of the human body, medical abdominal pads need to be used to wipe the blood on the scalpel and surgical instruments so that the relevant parts of the human body can be seen clearly and the operation can be performed accurately. Therefore, the demand for this in hospitals is increasing year by year, and the production efficiency of manufacturers is increasing. Need to increase with demand. [0003] The current abdominal pad fabrics undergo quantitative cutting, hemming, label feeding and sewing in sequence during the production process, but there are two existing production methods. One is traditional manual production, which folds and stacks the abdominal pad fabric in half. Then quantitatively cut through the size plate, then ma...

AI Technical Summary

Problems solved by technology

[0003] The current abdominal pad fabric is quantitatively cut, folded, tape loaded and sewed sequentially during the production process, but there are two existing production methods, one is the traditional manual production, which folds and superimposes the abdominal pad fabric Finally, quantitative cutting is carried out through the size board, and then the label tape is placed manually at the positioning point, and finally sewing is carried out. This method is prone to irregular superimposition and leads to skewed cutting edges, and the cutting size of the middle and lower abdominal pad fabrics is inconsistent. The position of the label tape is not placed accurately so that the sewing efficiency is already low; the other is automatic production, the belly pad fabric is conveyed to the bottom of the cutting knife through the conveyor roller, and the length of the belly pad fabric conveyed is calculated by the number of rotations of the conveyor roller, or by The positioning point in front of the cutter is used to determine the length of the abdominal pad fabric to meet the requirements, and then the cotton belt is conveyed in the horizontal direction through the conveyor belt, and then a conveyor line for shellfish is added above the cotton belt, and a certain amount of shellfish is mixed with the cotton belt. After a certain amount of cutting, ultrasonic welding is carried out. After completion, the welded tape is directly picked up by the manipulator and placed on the belly pad fabric for sewing. Finally, the other side of the cotton tape is folded in half by the manipulator and then sewed. Afterwards, it is transported to the collection box through the conveyor belt. This production method is limited to quantitative cutting with a short length, and the folding in half after the quantitative cutting results in low folding efficiency. The production of the label and the sewing efficiency of the abdominal pad Low, and problems such as stacking cannot be achieved after sewing is completed

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