Air suction type bead stringing machine and operating method thereof

Abstract

The invention discloses an air suction type bead stringing machine which comprises a bracket, a hopper above the bracket, external bead suction pipes penetrating through the hopper, a first air pipe communicated with the external bead suction pipes, external bead falling pipes below the first air pipe, a bead stringing rod below the external bead falling pipes, a fixed frame below the bead stringing rod, a material receiving box below the fixed frame, an air suction pump which is connected with the left side of the material receiving box and the first air pipe, connection pipes penetrating through the external bead falling pipes, a second air pipe communicated with the connection pipes, a fan which is connected with the right side of the material receiving box and the second air pipe, internal bead suction pipes in the external bead suction pipes, internal bead falling pipes in the external bead falling pipes, partition plates in the internal bead falling pipes and air outlets in the internal bead falling pipes, wherein the hopper is provided with a second hopper surface and a first hopper surface corresponding to the second hopper surface; the air suction type bead stringing machine further comprises a trapezoid table in the hopper; the bead stringing rod is provided with a conical rod head and a threading hole. The air suction type bead stringing machine has the advantages of low labor intensity, high processing efficiency, high processing quality and high safety.

Description

technical field [0001] The invention relates to an air suction bead threading machine and its working method. Background technique [0002] As people's requirements for the aesthetics of items increase, many products are decorated with beads. Some products are even made of beads, such as bead bracelets, necklaces and bead curtains, etc. Although these products are very beautiful, it is a very troublesome process to thread the beads into a string. In the past, all bead threading was done manually, including now most of them are also artificially threaded, so the labor intensity is very high, and people cannot work for a long time, which indirectly reduces the processing efficiency; in order to alleviate the occurrence of bead threading There are also a small number of bead threading machines on the market, but most of these existing bead threading machines use the principle of weight, through vibration to make the side of the beads with through holes in the same direction, s...

AI Technical Summary

Problems solved by technology

In the past, all bead threading was done manually, including now most of them are also artificially threaded, so the labor intensity is very high, and people cannot work for a long time, which indirectly reduces the processing efficiency; in order to alleviate the occurrence of bead threading There are also a small number of bead threading machines on the market, but most of these existing bead threading machines use the principle of weight, through vibration to make the side of the beads with through holes in the same direction, so as to carry out automatic bead threading , although the labor intensity can be greatly reduced in this way, due to the beating of the beads during vibration, friction wear is very easy to occur, which will cause scratches on the surface of the beads or cause damage to the beads, which cannot guarantee the processing quality, and there are many existing bead threading machines. They all use complex mechanisms to fix the thread on the device, so that the beads can be threaded directly onto the thread. Although this reduces the transfer in the later stage, it is very troublesome to fix the thread. After the beads are threaded, the thread is too soft. , once the stitches are removed, the beads that have been threaded will be scattered, which poses a certain safety hazard

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