Purifier metal carrier core winding machine

Abstract

The invention provides a purifier metal carrier core winding machine, which has a simple structure, is convenient to operate and can effectively guarantee the winding quality. The purifier metal carrier core winding machine comprises a rack, a transmission system, a scroll system comprising a core winding shaft, and a power source for providing winding power, wherein the rack is provided with two corresponding side plates; the two side plates are correspondingly respectively penetrated with the scroll capable of driving the core winding shaft to wind; the transmission system comprises a middle transmission shaft and a synchronous tooth-shaped belt pulley group; the middle transmission shaft is arranged between the two side plates; two ends of the middle transmission shaft are respectively connected with the synchronous tooth-shaped belt pulley group respectively arranged on two side plates in a driving mode; and the synchronous tooth-shaped belt pulley group is respectively connected with the scroll penetrated on the side plate on one side of the synchronous tooth-shaped belt pulley group in a driving mode. According to the purifier metal carrier core winding machine, the defect of seriously insufficient supporting rigidity of the winding shaft cantilever supporting structure of the traditional core winding machine is directly eliminated, the purpose that the scrolls on two sides are synchronously wound is realized, and the winding quality of the core winding product is effectively guaranteed.

Description

technical field [0001] The invention relates to rolling equipment for rolling cores of metal carriers in exhaust gas purifiers of automobiles and motorcycles. Background technique [0002] At present, the metal carrier core rolling method is still at a relatively low level, with a low degree of automation and low efficiency. The common structure is that the motor is directly connected to the reel, installed on a fixed stand, manually put the gear material, sheet material, and brazing material into the slit of the reel, and turn on the power of the motor. During the rolling process, manual rolling The material is gradually wound into a cylindrical shape, the size is completely controlled manually, the geometric size has a large dispersion, the identity is poor, and the degree of tightness of the wound product has a large deviation. It is necessary to manually adjust the diameter of the core after rolling, which seriously affects the quality of the core. . And the degree of ...

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Problems solved by technology

[0002] At present, the metal carrier core rolling method is still at a relatively low level, the degree of automation is not high, and the efficiency is low.

The common structure is that the motor is directly connected to the reel, installed on a fixed stand, manually put the gear material, sheet material, and brazing material into the slit of the reel, and turn on the power of the motor. During the rolling process, manual rolling The material is gradually wound into a cylindrical shape, the size is completely controlled manually, the geometric size has a large dispersion, the identity is poor, and the degree of tightness of the wound product has a large deviation. It is necessary to manually adjust the diameter of the core after rolling, which seriously affects the quality of the core.

And the degree of automation of the rolling process is low, and the ultra-thin metal foil is very easy to hurt the operator's fingers, and the safety is poor

[0003] CN102151483A provides a fully automatic metal ternary purifier roll core device, but its structure is relatively complicated, maintenance is difficult, and the manufacturing cost is relatively high

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