Device for realizing transmitting and cutting for handle tape and positioning for bag body of non-woven handbag

Abstract

The invention discloses a device for realizing the transmitting and cutting for a handle tape and the positioning for a bag body of a non-woven handbag. The device comprises a working bench plate as well as a first support and a second support that are fixed with the working bench plate, wherein the working bench plate is provided with a handle tape limiting and guiding rail, a main transmission mechanism, a cutting mechanism, a handle tape guiding rail, a first handle tape clamping and rotating mechanism, an auxiliary transmission mechanism and a second handle tape clamping and rotating mechanism in sequence along the transmitting direction of the handle tape, the handle tape guiding rail can move up and down, the working bench plate is provided with a first ultrasonic welding mechanism corresponding to the first handle tape clamping and rotating mechanism and a second ultrasonic welding mechanism corresponding to the second handle tape clamping and rotating mechanism; and furthermore, a second handle tape limiting and guiding rail is arranged between the main transmission mechanism and the cutting mechanism. The device can automatically transmit, cut and rotate a long multi-layer sewed non-woven tape and position the non-woven bag body, thereby greatly improving the production efficiency.

Description

technical field [0001] The invention relates to the manufacturing equipment of the non-woven handbag, in particular to a device for conveying, cutting and positioning the handle belt of the non-woven handbag with the bag body. Background technique [0002] The non-woven handbag includes a bag body and a handle. The handle is a place for people to carry. The handle is usually made of non-woven fabric and then the two ends are fixed with the bag body. The existing non-woven belt One method of mutual fixing with the bag body is to use thread to sew each other, and the other is to use ultrasonic welding. [0003] The fixing method of the handle and the bag body of the traditional non-woven handbag is to position the two ends of the cut non-woven fabric strip and the bag body by hand, and then use the sewing machine to sew the two ends of the non-woven fabric strip to the bag body. System together to form fixed, because it is manual operation, the production efficiency is low, a...

AI Technical Summary

Problems solved by technology

[0003] The fixing method of the handle and the bag body of the traditional non-woven handbag is to position the two ends of the cut non-woven fabric strip and the bag body by hand, and then use the sewing machine to sew the two ends of the non-woven fabric strip to the bag body. System together to form a fixed, because it is manual operation, the production efficiency is low, and the positioning accuracy of the non-woven fabric strips and the bag body is poor, and the specifications of the non-woven fabric handbags made are poor

Therefore, there is an urgent need for related machinery to replace the above-mentioned work by hand. At present, there is a non-woven bag soft handle ironing machine on the market, which includes a double-layer non-woven fabric conveying mechanism, and a double-layer non-woven fabric ironing machine. The first welding mechanism combined together, the cutting mechanism for cutting the hot-bonded double-layer non-woven fabric into strips, the rotary positioning mechanism for rotating the strips and welding them with the bag body, the described Each mechanism controls the action of each mechanism through PLC. This non-woven bag soft handle ironing machine can greatly improve the production efficiency of fixing the handle and the bag body, but the handle made by this equipment has poor load-bearing capacity. , when the non-woven bag contains slightly heavier items, it is easy to break the handle or the handle and the bag are separated from each other

[0004] Therefore, when non-woven bags are required to bear heavier objects, the straps used for the handles need to be sewn with more layers of non-woven fabrics, first sewn into a long non-woven belt, and then the non-woven The long woven fabric belt is cut into a predetermined length of non-woven fabric handle strip and then positioned and fixed with the non-woven fabric bag body. Automatic positioning and fixing of woven handle and bag body

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