Depth-adjustable glass loading mechanism

Abstract

The invention discloses a glass mounting mechanism with an adjustable sounding depth. The glass mounting mechanism is characterized by comprising a stand, a sounding depth adjustment device, a glass sucking and turning device and a glass bearing and transporting table, wherein the glass sucking and turning device and the glass bearing and transporting table are arranged at the two sides of the sounding depth adjustment device; the sounding depth adjustment device is arranged on the stand; the glass sucking and turning device is arranged at one end of the sounding depth adjustment device and can rotate in the vertical plane. The glass mounting mechanism has the beneficial effects that the glass vertically stacked on a material frame is sucked by a sucking disc of the glass sucking and turning device, and the glass is moved and turned to the glass bearing and transporting table; with the reduction of the glass on the material frame, the sounding depth adjustment device drives the glass sucking and turning device to move and the sounding depth is adjusted, so that the glass can be effectively sucked by the glass sucking and turning device; the whole process is automatically controlled by an operation system, and the mechanism is convenient to use and labour-saving.

Description

technical field [0001] The invention relates to a depth-adjustable glass loading mechanism, which belongs to the field of glass processing equipment. Background technique [0002] Various types of glass must be transported from the material rack to the glass processing table before cutting or other deep processing. The glass on the material rack is generally placed vertically, and the multi-layer glass is stacked. The horizontal thickness can reach 1m at most. At present, this Some of the handling work is carried by hand, which has a large workload, low efficiency, and is not safe enough, which greatly increases the labor cost. Some are carried by manipulators, but the equipment structure is complicated and the cost is relatively high. It is not suitable for large-scale glass handling. Some use hydraulic pressure. However, the turning mechanism is fixed on the frame, and the depth of exploration cannot be adjusted. It must be manually fed into the material rack. Moreover, th...

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Problems solved by technology

[0002] Various types of glass must be transported from the material rack to the glass processing table before cutting or other deep processing. The glass on the material rack is generally placed vertically, and the multi-layer glass is stacked. The horizontal thickness can reach 1m at most. At present, this Some of the handling work is carried by hand, which has a large workload, low efficiency, and is not safe enough, which greatly increases the labor cost. Some are carried by manipulators, but the equipment structure is complex and the cost is relatively high. It is not suitable for large-scale glass handling. Some use hydraulic pressure. However, the turning mechanism is fixed on the frame, and the depth of exploration cannot be adjusted. It must be manually fed into the material rack. Moreover, the hydraulic system is complicated, easy to leak, labor-intensive and time-consuming to maintain, and has low safety and reliability.

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