Integrated online cutting platform for automotive glass production line

Abstract

The invention discloses an integrated online cutting platform for an automobile glass production line, comprising: a platform, several longitudinal cutting bridges, several transverse cutting bridges, and several adjustment bases; each adjustment base includes: a bottom plate, which is fixedly connected to the platform; A steel pipe, the lower side of the steel pipe is fixedly connected to the bottom plate; a first adjustment plate, the lower side of the first adjustment plate is fixedly connected to the steel pipe, and the lower side of the longitudinal cutting bridge or the lower side of the transverse cutting bridge is arranged in the first adjusting plate Some first adjusting bolts, some first adjusting bolts respectively fasten the side wall of the longitudinal cutting bridge or the side wall of the transverse cutting bridge; some second adjusting bolts, some second adjusting bolts respectively fasten the lower side or The lower side of the transverse cutting bridge; several fixing bolts and fixing screws fixedly connect the longitudinal cutting bridge or the transverse cutting bridge and the first adjustment plate. The invention can adjust the overall equipment, has firm structure, high positioning accuracy, and improves the interchangeability between cutting bridges.

Description

technical field [0001] The invention relates to the technical field of cutting equipment for an automobile glass production line, in particular to an integrated online cutting platform for an automobile glass production line. Background technique [0002] At present, in the ordinary float glass production line, the longitudinal cutting and transverse cutting are completed by independent slitting machines and independent cross-cutting machines respectively. Due to technological requirements, two longitudinal cutting machines and two to three cross-cutting Cutting machine, each cutting equipment is installed in the factory as a whole, and only the outriggers of the equipment are fixed on site. Often, the positioning error between the equipment is relatively random due to insufficient knowledge of the installation workers and careless installation. Once it is fixed There is no other adjustment link in the final equipment, which directly affects the accuracy of cutting and the i...

AI Technical Summary

Problems solved by technology

[0004] For the cutting equipment of the existing automotive glass production line, the cutting error cannot be adjusted after installation, and the positioning error of the overall equipment can only be compensated by adjusting the cutting head, and the adjustment of the cutting head is more complicated, which reduces the above-mentioned problems of use efficiency , now aims to provide an integrated online cutting platform for automotive glass production lines that can adjust the overall equipment, has a simple and firm structure, high positioning accuracy, and improves the interchangeability between cutting bridges

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