Flexible driving belt production device with molding function

Abstract

The invention relates to a flexible driving belt production device with a molding function. The device comprises a bottom plate and a material distributing plate, wherein heat dissipation groups are fixed on the two sides of the upper end of the bottom plate, first motors are arranged inside the heat dissipation groups, the ends, close to the center line of the bottom plate, of the first motors are provided with blades in an inlaid mode, supporting columns are connected to the two sides of the upper end of the bottom plate, and the upper ends of the sides, close to the center line of the bottom plate, of the supporting columns are provided with slurry boxes. The device has the beneficial effects that heat dissipation on internal molding raw materials can be carried out on the two sides ofa mold box, the cooling speed of the molding raw materials is increased, so that the cooled molding raw materials can be vulcanized and wound around a second rotary drum, the whole production processof a driving belt is not interrupted, the length of the whole driving belt can be longer, cutting can be conducted according to the using length when needed, so that the phenomenon that the length ofthe produced driving belt is limited, and melting connection needs to be carried out when the longer driving belt are needed, and the flexibility of the device is embodied.

Description

technical field [0001] The invention relates to the technical field of production devices for flexible transmission belts, in particular to a production device for flexible transmission belts with a shaping function. Background technique [0002] The transmission belt is the power generated by the rotation of the motor or engine of the prime mover, and is transmitted to the mechanical equipment through the belt pulley, so it is also called the power belt. It is the core connecting part of the electromechanical equipment. It has a wide variety of types and is extremely versatile. Giant motors as large as thousands of kilowatts, micro motors as small as less than one kilowatt, and even precision machinery such as home appliances, computers, and robots are inseparable from transmission belts. , easy to replace, there are many types of transmission belts, and the production process is relatively complicated. [0003] The existing flexible transmission belt production device is ...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a production device for flexible transmission belts with a shaping function, so as to solve the problem that the existing production devices for flexible transmission belts proposed in the above-mentioned background technology all perform batch vulcanization treatment on the transmission belts after mass production of the transmission belts is completed. , resulting in a part of the transmission belt that cannot be vulcanized. At the same time, the thickness of the transmission belt cannot be set during production. It needs to be cut before it is put into use. The second cutting in the later period will lead to uneven cutting effect, which is easy to cause waste of the transmission belt, and the length of each production Limited, when a longer drive belt is required, secondary melting and splicing is required, which is likely to reduce the use effect of the drive belt

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