Rubber belt cooling production line

Abstract

The invention discloses a rubber belt cooling production line. The rubber belt cooling production line comprises a material guide device, a cooling device and a drying device; the material guide device is arranged in front of the cooling device; the drying device is arranged behind the cooling device; the material guide device comprises a material guide plate and a supporting column; the material guide plate is provided with a conveyor belt; the surface of the conveyor belt is provided with a circular-arc-shaped material guide groove; the cooling device comprises a cooling water tank, a conveying drum and cooling pipes; the side wall of the conveying drum is provided with a plurality of annular isolation grooves; the cooling pipes are arranged at the bottom and on the side wall of the cooling water tank respectively; the cooling pipes are connected with a compressor; the drying device comprises a drying box and a fan; the fan is arranged at the bottom of the drying box. According to the rubber belt cooling production line, the material guide device is arranged in front of the cooling device, the drying device is arranged behind the cooling device, and accordingly extruded rubber belts can be automatically placed into the cooling water tank and accordingly the labor intensity of operators is reduced, meanwhile the problem that the subsequent machining operation is affected by adhesion between the rubber belts is solved, the cooling effect is good, and the rapid drying can be achieved after cooling.

Description

technical field [0001] The invention relates to the technical field of rubber band production, in particular to a rubber band cooling production line. Background technique [0002] Rubber bands have the characteristics of good elasticity and light weight and are widely used in daily life. In the production process of rubber bands, it needs to go through procedures such as batching, heating and extruding, cooling, cutting, and drying. After heating up and extruding, several rubber belts extruded from the head of the extruder need to be cooled by a cooling device. After cooling, the rubber belts are transported to a cutting machine for cutting and then dried. In the prior art, when cooling the extruded rubber belt, the operator needs to manually put the high-temperature extruded rubber belt into the cooling water tank. The labor-intensive and high-temperature rubber belt is easy to burn the operator, and many rubber belts When cooling together, two adjacent rubber belts are ...

AI Technical Summary

Problems solved by technology

In the prior art, when cooling the extruded rubber belt, the operator needs to manually put the high-temperature extruded rubber belt into the cooling water tank. The labor-intensive and high-temperature rubber belt is easy to burn the operator, and many rubber belts When cooling together, two adjacent rubber belts are prone to sticking and mixing together, which will affect the follow-up work and cause unnecessary troubles; in addition, the water in the cooling water tank will have the temperature of the cooling water during the long cooling process. When the cooling effect becomes lower due to rising, and after the rubber belt is cooled by cooling water, the rubber belt will be stained with cooling water, which will directly enter the cutting device for cutting, which will affect the cutting process

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