Automatic label cutting and delivering device for full automatic pillow case machine

Abstract

The invention relates to an automatic label cutting and delivering device for a full automatic pillow case machine. A slidable label delivering support is arranged on a label delivering base plate; a label delivering tray is arranged at the upper end of the label delivering support; a bearing block is arranged on the label delivering support; a second supporting base and a first supporting base are arranged at one side of the bearing block in an up-down mode; a color code machine and a label delivering wheel are arranged on the second supporting base in an up-down mode, and the label delivering wheel is connected with a label delivering power motor; a label cutting component is arranged at the lower end of the second supporting base; a label delivering rotating cylinder is arranged on the first supporting base; a label clamping cylinder is arranged at one side of the label delivering rotating cylinder; the label clamping cylinder is connected with a label clamp through a linkage mechanism, and the label clamping cylinder is used for driving the label clamp to clamp labels. According to the automatic label cutting and delivering device for the full automatic pillow case machine, the whole structure is simple, convenient and labor-saving use is achieved, label cutting and label delivering operations can be automatically completed, and the actual production and processing requirements are met.

Description

technical field [0001] The invention relates to the technical field of pillowcase production, in particular to an automatic label-cutting and label-feeding device for a fully automatic pillowcase machine. Background technique [0002] A pillowcase is something that wraps around the pillow core under the pillow towel, like a cloth pocket. At present, the entire production process of pillowcases is mostly operated manually, using the traditional sewing machine working mode to manually control the fabric. However, in the actual sewing process, it is found that the flatness of the fabric and the orderliness of the fabric folds are not easy to control, and there will be human errors during manual operation, the accuracy of the product is low, and the edge banding of the finished product is not neat and unattractive. The rate of defective products is high; in addition, the production efficiency of this production and processing mode is not high, and the standardization of process...

AI Technical Summary

Problems solved by technology

However, in the actual sewing process, it is found that the flatness of the fabric and the orderliness of the fabric folds are not easy to control, and there will be human errors during manual operation, the accuracy of the product is low, and the edge banding of the finished product is not neat and unattractive. The rate of defective products is high; in addition, the production efficiency of this production and processing mode is not high, and the standardization of processing is poor at the same time, which consumes manpower and material resources, and the qualified rate of the obtained products is not high. Therefore, a fully automatic pillowcase machine is designed. However, there is currently no device that can automatically cut and send labels to meet the needs of fully automatic pillowcase machines.

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