Bubble pad producing equipment with improved ironing performance

Abstract

The invention relates to a piece of bubble pad producing equipment with improved ironing performance. The equipment comprises a shell, an ironing mechanism, a film feeding mechanism and a hot strip front-position mechanism, wherein the ironing mechanism, the film feeding mechanism and the hot strip front-position mechanism are arranged in the shell; the film feeding mechanism is arranged under the ironing mechanism which is connected with a plastic film (1); the other end of the ironing mechanism is connected with the hot strip front-position mechanism; the hot strip front-position mechanism comprises a frontage upper ironing board (54) and a frontage lower ironing board (59); a frontage press cloth depression bar (55) is arranged on the frontage upper ironing board (54); a hot strip tensioning block (53) and a hot strip pressing block (52) are arranged at the end part of the frontage upper ironing board (54); a frontage press cloth (58) is arranged on the frontage lower ironing board (59); the frontage lower ironing board (59) is connected with the output end of a frontage hot blade motor (62). The light weight of the whole bubble producing equipment disclosed by the invention is realized; energy consumption is reduced; the production consumption and manufacturing consumption like transportation consumption and material consumption are both greatly reduced.

Description

[technical field] [0001] The invention relates to the technical field of air cushion manufacturing, in particular to an air cushion production equipment for improving ironing performance. [Background technique] [0002] At present, there are two methods of ironing technology commonly used in existing small-scale air cushion production equipment. One way is to use a mechanical structure combining an ironing knife and a perforated knife, which mainly has the following disadvantages: (1) It is difficult to match the complex redundancy of the mechanical system; (2) It is difficult to move by a single person due to its weight; (3) It has high energy consumption There is a certain impact on the peak current of the low-voltage power grid when ironing; (4) It is not very suitable for small desktop applications. On the other hand, the method adopts the roller ironing method, which mainly has the following disadvantages: (1) although the speed is fast, the continuous use is unstable;...

AI Technical Summary

Problems solved by technology

One way is to use a mechanical structure combining an ironing knife and a perforated knife, which mainly has the following disadvantages: (1) It is difficult to match the complex redundancy of the mechanical system; (2) It is difficult to move by a single person due to its weight; (3) It has high energy consumption There is a certain impact on the peak current of the low-voltage power grid when ironing; (4) It is not very suitable for small desktop applications

On the other hand, the method adopts the roller ironing method, which mainly has the following disadvantages: (1) although the speed is fast, the continuous use is unstable; (2) the applicable bubble width is small, and the application area is not wide; Prefabrication leads to high cost

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