Single-color bead arranging mechanism and embroidery machine with same

Abstract

The invention discloses a single-color bead arranging mechanism. The single-color bead arranging mechanism comprises a material box, a bead discharging mechanism and a driving mechanism; the upper end of the bead discharging mechanism is inserted into a bead discharging hole of the material box in a sliding mode; and the driving mechanism enables the upper end of the bead discharging mechanism to do relative motion relative to beads in the material box, so that the beads in the material box sequentially fall into the bead discharging mechanism. The single-color bead arranging mechanism has the advantages of being simple in structure, stable in work, and small in occupied space, multiple bead discharging mechanisms are easy to be combined for use.

Description

technical field [0001] The invention relates to the technical field of embroidery machines, in particular to a single-color bead row mechanism and an embroidery machine with the mechanism. Background technique [0002] With the improvement of people's aesthetic vision, flat patterns can no longer meet people's decorative needs, so there has been an embroidery technology that embroiders beads on fabrics to make the pattern have a good three-dimensional effect. Traditional hand embroidery has low work efficiency and labor load Large, and can not achieve mass production, the embroidery machine solves this problem, in order to achieve continuous work, it is necessary to continuously thread a number of loose beads into strings for use, manual threading will greatly reduce production efficiency, and thus appear A variety of bead stringing mechanisms have been developed. The common one in the bead stringing mechanism is to use the guide steel wire and the beads to produce relative ...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of people's aesthetic vision, flat patterns can no longer meet people's decorative needs, so there has been an embroidery technology that embroiders beads on fabrics to make the pattern have a good three-dimensional effect. Traditional hand embroidery has low work efficiency and labor load Large, and can not achieve mass production, the embroidery machine solves this problem, in order to achieve continuous work, it is necessary to continuously thread a number of loose beads into strings for use, manual threading will greatly reduce production efficiency, and thus appear A variety of bead stringing mechanisms have been developed. The common one in the bead stringing mechanism is to use the guide steel wire and the beads to produce relative motion, and then make the loose beads sequentially pass through the guide bead steel wire to form a bead string. When working, the material tray vibrates or Rotational movement, or the use of paddles to move the beads, not only has a complex structure, but also the beading speed cannot be adapted to high-speed embroidery machines; another common beading mechanism is to use paddles to move the beads or use vibration to move the beads, and then The beads are dropped into the bead tube one by one, the structure is simple, but when it is necessary to use beads of various specifications to complete the work of embroidering beads of multiple specifications, using any one of the above two bead stringing mechanisms for multiple sets of combined use will not be easy. Make the structure complex and take up a lot of space, which will affect the design and layout of the whole machine head, and the existing beading process is to use the beads to realize the beading in the process of vibrating movement or rotating movement or frictional movement, and the beads are easy to move during the movement. Abrasion or broken beads appear, bead wear will affect the quality of embroidery, beads broken will affect the utilization rate of beads and cause waste of resources

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