Material lifting mechanism

Abstract

The invention discloses a material lifting mechanism which comprises a container, a lifting mechanism and a mounting bracket, wherein the lifting mechanism comprises a vertical support, a transmission mechanism and a control component which controls the transmission mechanism to operate; the transmission mechanism is arranged on the vertical bracket and is parallel to the direction of the long side; guide sliding rails parallel to the transmission direction are respectively arranged on two sides symmetrical to the transmission mechanism. The material lifting mechanism is reasonable in design and high in reliability and is provided with the lifting mechanism, containers filled with materials can be automatically, accurately and rapidly transported to preset positions with high reliability and the production efficiency is effectively improved. Moreover, the material lifting mechanism is provided with a mounting bracket, the containers are easily detached, the flexibility is high, and great convenience is brought to the operations of replacing the materials and cleaning.

Description

technical field [0001] The invention relates to the field of lifting technology, in particular to a material lifting mechanism. Background technique [0002] At present, in the production process of injection molding products, the feeding methods for injection molding machines mainly include manual feeding, vacuum pumping and large-scale pipe transportation. These traditional production methods have the following shortcomings. First, if the manual feeding method is used, the labor intensity is high. , low efficiency, it is difficult to guarantee the quality of work, it is very easy to affect the rate of finished products due to untimely feeding, it is difficult to form mass production, and it is easy to cause material waste during the feeding process; second, if the vacuum pumping method is used, when replacing materials The process is more troublesome, and it is difficult to clean up all the materials remaining on the vacuum pump, which is easy to form pollution and cause u...

AI Technical Summary

Problems solved by technology

[0002] At present, in the production process of injection molding products, the feeding methods for injection molding machines mainly include manual feeding, vacuum pumping and large-scale pipe transportation. These traditional production methods have the following shortcomings. First, if the manual feeding method is used, the labor intensity is high. , low efficiency, it is difficult to guarantee the quality of work, it is very easy to affect the rate of finished products due to untimely feeding, it is difficult to form mass production, and it is easy to cause material waste during the feeding process; second, if the vacuum pumping method is used, when replacing materials The process is more troublesome, and it is difficult to clean up all the materials remaining on the vacuum pump, which is easy to form pollution and cause unstable product quality. If the residual materials are colored, the effect will be more obvious; third, if using The large-scale pipeline transportation method has poor flexibility to replace materials, and is not suitable for the use of discontinuous products, which is not conducive to production

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