Vibration plate assembly of a bead nailing machine

Abstract

The invention discloses a vibrating disk assembly of a bead sewing machine. Due to the optimization design of a conveying structure, nail buttons are slowly conveyed to the top of a vibrating disk body from the bottom along with anticlockwise vibration of the vibrating disk body; after the nail buttons reach the top of the vibrating disk body, clawed nails of the nail buttons can fall onto a rail body of a first nail button guide rail segment on a rear groove path segment of a nail button groove path, the nail buttons are orderly regulated and arranged in advance, orderly regulation and arrangement of the nail buttons are accelerated to a certain degree, then the nail buttons uniformly and orderly enter a rail body of a second nail button guide rail segment, and the directions of the clawed nails of the nail buttons are changed on the second nail button guide rail segment; and the nail buttons advance under the action of vibration and gravity, the nail buttons move slowly and orderly, the nail buttons can be conveyed smoothly, faults can be reduced, and the conveying efficiency of the nail buttons can be improved.

Description

Technical field [0001] The invention relates to the field of beading machines, and specifically refers to a vibrating disc assembly of the beading 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 clothing styles, there are also requirements for accessories attached to the clothing, which requires some binding on the clothing. Accessories such as diamonds, beads or plastic hardware buttons to enhance the taste and added value of clothing. In this application, clothing is in a broad sense and is not limited to clothes and pants. In addition, it also includes footwear, hats, gloves and handbags. [0003] The original beading operation was completed by hand threading, which was very inefficient. Later, the beading machine was developed slowly, and it was changed to mechanized beading. At present, the beading machine can be divided i...

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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