A kind of glass wool splitting equipment

Abstract

The invention discloses glass wool splitting equipment. The glass wool splitting equipment comprises a first roll gang, a servo lifting conveying mechanism, a second roll gang, a servo belt conveying mechanism and a rotary roll gang which are sequentially arranged. The servo lifting conveying mechanism is provided with a blocking mechanism, the second roll gang is provided with a first pushing mechanism, and a second pushing mechanism is arranged between the servo lifting conveying mechanism and the second roll gang; meanwhile, the second roll gang is connected with the servo belt conveying mechanism through a pneumatic transferring mechanism, and the servo belt conveying mechanism is connected with the rotary roll gang through a servo transferring mechanism; in addition, the servo belt conveying mechanism is provided with a grabbing mechanism. According to the glass wool splitting equipment, the servo lifting conveying mechanism is used for accurately positioning glass wool of different types in to-be-pushed positions, and therefore the equipment can be adaptive to the glass wool of different types; the glass wool can be split at any intervals according to production requirements, and the glass wool splitting equipment has the advantages that using is flexible, labor cost is reduced, and occupational diseases are prevented.

Description

technical field [0001] The invention relates to the field of glass wool automatic production, in particular to glass wool splitting equipment. Background technique [0002] Glass wool splitting equipment is a kind of equipment used in large-scale automatic production lines, which can adapt to the splitting of glass wool of various sizes and specifications. [0003] Nowadays, in the automatic production line of glass wool, manual disassembly is generally used, that is, the workers manually pick and place the glass wool and then press it into the corresponding wooden box. This manual method is inefficient and easy. If it is misplaced, it cannot be applied to the production requirements of the whole line; at the same time, it cannot guarantee the quality of all products. In addition, long-term exposure to glass wool can cause respiratory diseases, and it is also very harmful to the eyes. In severe cases, it can cause corneal turbidity and local abscesses, and it is carcinogeni...

AI Technical Summary

Problems solved by technology

[0003] Nowadays, in the automatic production line of glass wool, manual disassembly is generally used, that is, the workers manually pick and place the glass wool and then press it into the corresponding wooden box. This manual method is inefficient and easy. If it is misplaced, it cannot be applied to the production requirements of the whole line; at the same time, it cannot guarantee the quality of all products

In addition, long-term exposure to glass wool can cause respiratory diseases, and it is also very harmful to the eyes. In severe cases, it can cause corneal turbidity and local abscesses, and it has certain carcinogenicity, which seriously endangers the health of operators.

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