Carrier tape for rhinestone machine and rhinestone method applying same

Abstract

The invention relates to a carrier tape for a rhinestone machine and a rhinestone method applying the same. The invention is characterized in that the carrier tape (1) is band-shaped and is covered with a covering tape (2); grooves (3) for loading rhinestones are arranged on the carrier tape (1) at equal intervals; rhinestones with bottom down are loaded in the grooves (3); ratchet wheel holes (4) are arranged at one side of the carrier tape (1) close to edges at equal intervals; and when the covering tape (2) can be adhered to the carrier tape (1), the notches of the grooves (3) are covered completely after adhesion. The rhinestone method applying the carrier tape comprises the steps of: putting the rhinestones in the grooves (3) on the carrier tape (1) by using a special machine; installing the rhinestone carrier tape; starting the rhinestone machine; actuating a rhinestone suction machine (9) alternately; and melting thermosol at the bottoms of the rhinestones by using an ultrasonic generator (12), and the like. When in use, the invention ensures accurate rhinestone picking, fast rhinestone processing speed and high stability and is suitable to a multi-head rhinestone machine; in addition, because of small space, rhinestone switching among different specifications or colors can be realized on each head of the multi-head rhinestone machine.

Description

technical field [0001] The invention relates to a method for pasting decorations on cloth, in particular to a carrier tape used on a ironing machine and a method for using the carrier tape to iron the drill. Background technique [0002] In order to increase the beauty of clothing, manufacturers usually paste artificial diamonds and other decorations on the surface of the fabric. In the past, people usually pasted them by hand, which caused low work efficiency and uneven patterns of pasted decorations. And it is impossible to form mass production. So people have developed a method of using a hot drill machine to heat the drill. This method generally takes the drill through an inclined rotating disc with many round holes. Using its own gravity, when the disc rotates, the hot drill is in the trough. The lower part of the drill is turned over, and the ironing drill that falls into the round hole is sucked out for use as the disc rotates to the upper end. Though this method ha...

AI Technical Summary

Problems solved by technology

However, this method has the following disadvantages: 1. It cannot be guaranteed that there must be hot drills in each round hole, and it must wait for the disc to rotate until there are hot drills; 2. Not all hot drills are facing downwards. In this way, it is impossible to fully guarantee that the ironing drill can be correctly bonded to the fabric, resulting in slow speed and low stability during multi-head embroidery; 3. The traditional device has a large disk. If you want to switch between various specifications or colors, you must use multiple embroidery tools. A disc takes up a lot of space and has a complex structure, requiring high precision mechanical parts

It is more difficult to achieve multiple simultaneous jobs

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