Rollover device for composite material manufacturing and using method thereof

Abstract

The invention discloses a rollover device for composite material manufacturing and a using method thereof. The rollover device comprises an operation foundation part; a lifting part is arranged on the operation foundation part; an overturning part is arranged on the top of the lifting part; a tool mold is arranged between the overturning part and the operation foundation part; and the lifting part is used for driving the overturning part to ascend and descend to overturn so as to drive the tool mold to ascend and descend to overturn, so that the tool mold can be overturned by 180 degrees at a time, composite material laying layer pollution is effectively prevented, and the situation that the mold overturning process is stable is guaranteed. By means of the rollover device for composite material manufacturing, composite material turnover and paving operation can be completed through one-time turnover, the composite material production efficiency is greatly improved, and the production period is shortened. Compared with a traveling crane hoisting mold turning mode, the device does not need secondary turning, so that the labor intensity of workers is greatly reduced, the safety coefficient is high, dust is not generated in the mold turning process, the cleanliness of a production environment is guaranteed, and the product quality of a composite material is improved.

Description

technical field [0001] The invention relates to an overturning device for manufacturing composite materials and a method for using the same. Background technique [0002] In the process of composite material manufacturing, tooling mold has an important influence on material forming, and the stability of mold opening directly affects the quality of composite material manufacturing. At present, composite materials in the industry generally adopt the method of driving and hoisting to turn over the mold, that is, first turn over 90°, then re-hoist and then turn over 90°. During the turning over process, workers often cause injuries to people and molds due to careless operation or fatigue operations; and Since the composite material should be kept clean during the lay-up process, the dust raised by the mold will pollute the composite material sheet, affecting the lay-up efficiency and lay-up quality; Because of the vibration, it will fall off, and in severe cases, it will even b...

AI Technical Summary

Problems solved by technology

At present, composite materials in the industry generally adopt the method of driving and hoisting to turn over the mold, that is, first turn over 90°, then re-hoist and then turn over 90°. During the turning over process, workers often cause injuries to people and molds due to careless operation or fatigue operations; and Since the composite material should be kept clean during the lay-up process, the dust raised by the mold will pollute the composite material sheet, affecting the lay-up efficiency and lay-up quality; Because of the vibration, it will fall off, and it will even be scrapped if it is serious.

[0003]However, the automatic mold opening equipment currently on the market cannot be applied to the clean environment of composite material manufacturing, and the scope of use is narrow, which cannot meet the existing industrial production requirements

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