Vibrating disk structure for beading machine

Abstract

The invention discloses a vibrating disk structure for a beading machine. The vibrating disk structure for the beading machine comprises a vibrating disk assembly and a motor assembly; the vibrating disk assembly is connected with the motor assembly; the motor assembly drives the vibrating disk assembly to vibrate, accordingly conveying sewing buttons from the vibrating disk body bottom to the vibrating disk body top is achieved and then the sewing buttons are conveyed to a fixed rail and a sewing button guide rail of the vibrating disk assembly through vibration. Compared with the prior art, the vibrating disk structure for the beading machine enables sewing button conveying to be smooth, fault generation to be reduced and sewing button conveying efficiency to be improved.

Description

technical field [0001] The invention relates to the field of bead nailing machines, in particular to a vibrating plate mechanism of a bead nailing machine. Background technique [0002] Nowadays, with the development of the clothing industry, people are increasingly pursuing the beauty and diversity of clothing. In addition to the requirements for the style of clothing itself, there are also requirements for accessories attached to clothing, so it is necessary to bind some on the clothing. Accessories such as diamonds, beads or plastic hardware buttons can enhance the taste and added value of clothing. In the present application, clothing has a broad meaning and is not limited to clothes and trousers, but also includes footwear, hats, gloves, handbags, and the like. [0003] At first, the original beading operation was done by manual threading, which was very inefficient. Later, the beading machine was developed slowly, and it was changed to mechanized beading. Bead nailin...

AI Technical Summary

Problems solved by technology

Since the button is pushed forward by the rear cylinder in the slot of the transfer block, the precision requirements for the button, transfer block, slot, rear cylinder and delivery trough are relatively high. If one of the five does not meet the requirements, It will cause the damage of the button or the button cannot enter the card slot. With each push and impact of the rear cylinder, the button will either be stuck in the conveying groove, and the subsequent button operation cannot be performed, or no button will enter the card slot. Empty delivery of the conveying block will make the buttons and beads unable to be riveted and fixed together, or the buttons cannot reach the punching hole of the button cylinder to stand by, or often cause the nails of the buttons to fail to ensure that each foot is not defective , not deformed, the standard fits with the upper bead to complete the punching riveting work, therefore, it will cause the button to be stuck during the beading process, which will bring inconvenience to the beading operation

[0006] Moreover, because the second-generation beading machine needs two actions to complete the transmission of buttons, when it is necessary to increase the rate of beading, the transmission speed of the button cannot meet the requirements of beading due to the limitations of the rear cylinder's own operating frequency and stroke. speed requirements

[0007] Due to the various defects of the first-generation beading machine and the second-generation beading machine, it still cannot meet the production requirements. For this, it is necessary to improve the beading machine

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