Inner tube automatic splicing system

Abstract

The invention discloses an automatic inner tube splicing system which comprises an incoming material conveying line, a material taking mechanism, a feeding turnover mechanism, a splicing machine and a discharging mechanism; the incoming material conveying line is used for conveying a non-spliced inner tube to a first position; the material taking mechanism is used for clamping the non-spliced inner tube from the first position to a second position; the feeding turnover mechanism is used for carrying the non-spliced inner tube from the second position to a third position, for turning over the two ends of the non-spliced inner tube to allow the two ends of the non-spliced inner tube to be opposite and for moving the two ends of the non-spliced inner tube to allow the two ends of the non-spliced inner tube to be in contact in zero distance; the splicing machine is used for splicing the two ends, being in contact in zero distance, of the non-spliced inner tube; and the discharging mechanism is used for transferring the spliced inner tube to a fourth position. The automatic inner tube splicing system adopts a full-automatic online operation mode, manual work is replaced by a machine, transferring and accumulation links in the traditional production process are reduced, and the production site is saved.

Description

technical field [0001] The invention relates to the field of inner tube manufacturing, in particular to an inner tube automatic splicing system. Background technique [0002] With the development of society, the labor cost of factories continues to increase, and at the same time, human resources are becoming more scarce. However, inner tube splicing is currently very low in automation in the entire industry and requires a large number of workers to operate. After the inner tube is cut from the injection molding machine, it not only needs to be manually unloaded, but also needs a large number of material accumulation trolleys for transfer. Due to the inconsistency of manual operation, there is a lot of waste to be removed during the splicing process, and the consistency of the inner tube is poor. [0003] The inner tube has its unique properties: soft, slender, and prone to irreversible deformation, so the whole production process needs to be very cautious. However, due to t...

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Problems solved by technology

[0002] With the development of society, the cost of labor in factories continues to increase, and at the same time, human resources are becoming more scarce. However, the automation of inner tube splicing is currently very low in the entire industry and requires a large number of workers to operate.

After the inner tube is cut from the injection molding machine, it not only needs to be manually unloaded, but also needs a large number of material accumulation trolleys for transfer. Due to the inconsistency of manual operation, there is a lot of waste to be removed during the splicing process, and the consistency of the inner tube is poor

[0003] The inner tube has its unique properties: soft, slender, and prone to irreversible deformation, so the whole production process needs to be very cautious. However, due to too many uncontrollable factors in the production process, the scrap rate in the production process is also quite high.

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