Module combination sheet ironing machine head and punch pin buffer mechanism matching structure and sheet ironing machine

Abstract

The invention discloses a module combination sheet ironing machine head and punch pin buffer mechanism matching structure and a sheet ironing machine. The module combination sheet ironing machine headand punch pin buffer mechanism matching structure comprises a sheet ironing machine head component assembly and a punch pin buffer mechanism, the sheet ironing machine head component assembly comprises at least two machine head component modules arranged side by side, and through position changes of the at least two machine head component modules, different combined structures are formed; a punchpin buffer mechanism is correspondingly arranged below each machine head component module, each punch pin buffer mechanism comprises a buffer base fixing sleeve and a buffer base, and each buffer base fixing sleeve is provided with an adjusting hole which is through up and down; and each buffer base is provided with an adjusting shaft, each adjusting shaft is provided with a buffer hole, the adjusting shafts are in threaded connection with the adjusting holes, and the relative positions of the adjusting shafts and the adjusting holes are adjusted through threaded fit between the adjusting shafts and the adjusting holes. According to the module combination sheet ironing machine head and punch pin buffer mechanism matching structure, the machine head component modules can be installed at any position of 1-8 color and can work normally, the combination manners of the machine head component modules can be very diversified, and in addition, the requirement for a table plate is greatly lowered.

Description

technical field [0001] The invention belongs to the technical field of embroidery machines, in particular to a lamination machine. Background technique [0002] The head assembly of the ironing machine in the prior art is provided with a row of head assemblies, and the punching pins of each head assembly are of different sizes. Since the positions of each assembly in a row of head assemblies are relatively fixed, it is not conducive to the combination to form Various forms of ironing machine head assembly. [0003] At present, the platen (frame) structure used in the ironing machine is that a layer of PVC sheet is fixed on the frame frame, and then a special rubber plate is pasted to form a suitable figure in the process of punching the ironing machine. This type The sheet forming process has very high requirements on the platen, because the height of the frame will directly affect the depth of the pattern on the sticker. If it is too low, the punched sheet will not be able...

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Problems solved by technology

[0002] The head assembly of the ironing machine in the prior art is provided with a row of head assemblies, and the punching pins of each head assembly are of different sizes. Since the positions of each assembly in a row of head assemblies are relatively fixed, it is not conducive to the combination to form Various forms of ironing machine head assembly

[0003] At present, the platen (frame) structure used in the ironing machine is that a layer of PVC sheet is fixed on the frame frame, and then a special rubber plate is pasted to form a suitable figure in the process of punching the ironing machine. This type The sheet forming process has very high requirements on the platen, because the height of the frame will directly affect the depth of the pattern on the sticker. If it is too low, the punched sheet will not be able to stick to the sticker; if it is too high, the pattern will stick to the clothing. In the process, there is a situation that it cannot be adhered. If it is too high, it will cause a depression on the sticker during the filming process, and it will not be able to stick to the clothes in the later processing of the clothes, or some pieces will be unevenly bonded and easy to fall off.

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