A ribbon automatic code sorting and splicing machine

Abstract

The invention discloses an automatic code sorting and interfacing machine for braid, which can differentiate and interface woven label sections of the same code in a plurality of coils of braid automatically, so as to form braid of the same code. An emptying mechanism, a material discharge mechanism, a color code tracing mechanism, a cutting mechanism, a welding mechanism, a material pulling mechanism and a material receiving mechanism are arranged in the delivery direction of the braid in sequence; the emptying mechanism is mounted on an X platform which can move leftwards and rightwards; a Y platform, which can move forwards and backwards, is arranged on the X platform; the material discharge mechanism is mounted on the Y platform; the color code tracing mechanism is arranged on the discharge mechanism; the cutting mechanism comprises a cold cutting knife and a hot cutting knife; the welding mechanism comprises an ultrasonic generator, a vibrator and a welding knife; the material pulling mechanism and the material receiving mechanism are arranged in front of the welding mechanism; and interfaced braid moves forwards under the action of the material pulling mechanism, and is coiled through the material receiving mechanism.

Description

technical field [0001] The invention relates to an automatic coding and splicing machine for webbing, in particular, it is suitable for automatic coding of webbing such as woven labels, washing labels, and size labels, and automatic splicing of woven label sections of the same code in several rolls of webbing. device of. Background technique [0002] The long reel webbing produced by the woven label factory, trademark factory or ribbon factory is usually a mixed-coded webbing. For example, a roll of size-marked webbing may contain a section of S-size label, a section of M-code label, and a section of L-code label. Mixed webbings of different sizes are usually coded and spliced ​​manually, which is slow, easy to mix codes, and low in efficiency. Manual splicing, the splicing position is easy to be misaligned from left to right, slow in speed, low in efficiency, and prone to work-related injuries. [0003] At present, there are also some devices on the market for cutting or a...

AI Technical Summary

Problems solved by technology

[0002] The long reel webbing produced by the woven label factory, trademark factory or ribbon factory is usually a mixed-coded webbing. For example, a roll of size-marked webbing may contain a section of S-size label, a section of M-code label, and a section of L-code label. Mixed code webbings of different sizes are usually coded and spliced ​​manually, which is slow, easy to mix codes, and low in efficiency. Manual splicing, the splicing position is easy to be misaligned from left to right, slow in speed, low in efficiency, and prone to work-related injuries

[0003] At present, there are also some devices on the market for cutting or automatically sorting or connecting actions on the reel webbing, but the functions of these devices in the prior art are single, and the automatic cutting machine can only cut the webbing in the reel webbing. Marks are cut off one by one. The automatic code sorting machine distinguishes the scattered woven labels. The automatic splicing machine needs to align the front and back of the woven labels neatly, and then weld the head and tail together. It can be operated semi-automatically, or multiple machines can be used together. The equipment cost and labor cost are relatively high, and safety accidents are prone to occur. Therefore, there is an urgent need for the advent of automatic code sorting and splicing equipment that can be fully automated in the market.

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