Vacuum cup grinding production line

Abstract

The invention relates to a vacuum cup grinding production line. The vacuum cup grinding production line comprises a feeding device, a plurality of grinding devices and a plurality of polishing deviceswhich are sequentially arranged and used for conveying vacuum cups one by one, and further comprises a plurality of industrial robots used for transferring the vacuum cups to the grinding devices orthe polishing devices to be ground or polished. The plurality of grinding devices and the plurality of polishing devices correspond to the plurality of industrial robots in a one-to-one mode; each grinding device comprises a belt sander rack, each belt sander rack is provided with an abrasive belt mechanism, each abrasive belt mechanism comprises an abrasive belt main beam, a driving motor, a driving wheel, a driven wheel and an abrasive belt, and each driven wheel is arranged on the corresponding abrasive belt main beam through a driven support; and a floating grinding assembly is arranged between each abrasive belt main beam and the corresponding belt sander rack, each floating grinding assembly comprises a floating arm, bearing columns are arranged at the two ends of each floating arm,and each floating arm is movably connected with the corresponding abrasive belt main beam and belt sander rack through the bearing columns and enables the abrasive belt main beam to swing left and right in the belt sander rack through the corresponding floating arm.

Description

technical field [0001] The invention relates to the field of intelligent processing, in particular to a production line for grinding vacuum flasks. Background technique [0002] The stainless steel thermos cup is a cup commonly used by people for drinking water. Its stainless steel material is strong, not fragile, durable and beautiful, and is deeply loved by people. [0003] After the stamping is completed, the stainless steel cup needs to be polished. At present, in the production of stainless steel cups in China, the grinding and polishing process of the surface is usually manually operated. Manual grinding and polishing, however, has two significant technical drawbacks. One, manual grinding and polishing will waste a lot of manpower, and limited by the work experience of the operator, the quality stability of the surface grinding and polishing of the thermos cup is extremely poor. Moreover, the length and position of the burrs before different vacuum cups are differen...

AI Technical Summary

Problems solved by technology

However, manual grinding and polishing has two major technical drawbacks

First, manual grinding and polishing will waste a lot of manpower, and limited by the work experience of the operator, the quality stability of the surface grinding and polishing of the thermos cup is extremely poor

Moreover, the length and position of the burrs before different vacuum cups are different, which means that there are great differences in the thermos cups. After the thermos cups are processed, it is very easy to have inconsistent grinding sizes due to insufficient or excessive grinding, or the phenomenon of polishing There are differences in the effect, resulting in frequent rework of the thermos cup after grinding and polishing

Second, the processing efficiency of manual grinding and polishing is low, which is far from meeting the increasing market demand. A large amount of flying chips and noise are generated during the grinding process, which seriously affects the health of operators and causes environmental pollution. Therefore, The polishing method of the existing thermos cup still needs to be further improved

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