An Improved High Efficiency Automatic Drilling System

Abstract

The invention provides an improved efficient automatic hole drilling system. The system comprises a workpiece machining base which is provided with a plurality of hole drilling devices, a machined workpiece positioning assembly and a machined workpiece transmission assembly. The machining base comprises a tool base frame and a workbench face. The hole drilling devices comprise a fixing support, motors and hole drilling power heads, wherein the motors and the hole drilling power heads are fixed to the fixing support. The fixing support comprises at least one disk-shaped fixing support body which is provided with the motors and the hole drilling power heads. According to the automatic hole drilling system, due to the arrangement of the disk-shaped fixing support bodies for the hole drilling devices, the hole drilling devices at various positions can be quite conveniently arranged, an the hole drilling system can machine holes of more specifications and at more positions at the same time. A sensor control system is used so that the automation degree of workpiece transfer and machining can be higher, continuous and ceaseless operation is achieved, operation efficiency is improved, production cost is reduced, and the great improvement of productivity of an enterprise is promoted.

Description

technical field [0001] The invention relates to the technical field of mechanical processing equipment, in particular to an improved high-efficiency automatic drilling system with extremely high production efficiency. Background technique [0002] The current large-scale pipe material is used as a mounting or fixing bracket in many fields, such as a mounting bracket for a photovoltaic power generation system, used to install and fix photovoltaic cell components, wiring, etc., and can be connected with a tracking system so that the battery components installed on it follow It rotates according to the movement of the sun to improve the efficiency of power generation. The end of this pipe mounting bracket needs to be connected and fixed with other fixing brackets, and the middle part needs to fix multiple solar cell modules, so it needs to set a number of positioning holes with different positions and specifications. In the traditional processing process, These holes require m...

AI Technical Summary

Problems solved by technology

The end of this pipe installation bracket needs to be connected and fixed with other fixing brackets, and multiple solar cell modules need to be fixed in the middle part, so it is necessary to set a plurality of positioning holes in different positions and specifications. In the traditional processing process, These holes require multiple workers to process sequentially at different stations, and the pipes need to be transferred between stations and fixed before drilling on the stations. The most important factor, unable to adapt to the rapid market demand, hinders the development of the enterprise

[0003] In order to improve the efficiency of porous processing of pipe fittings, the inventor has designed a drilling system that can simultaneously perform porous processing, such as Figure 1a and Figure 1b As shown, this drilling system is provided with a plurality of drilling equipment 12, 12 ', 14, 16, 16 ', which can simultaneously perform porous processing at different positions of the workpiece, but this drilling system is found to be still in actual production. There is room for improvement

For example, for both ends of the workpiece to be processed, it needs to be assembled and positioned with different structural parts, such as the ground support frame, tracking system, etc., unlike the middle part of the workpiece that only needs to position the solar cell module. The number of holes is more, the specific positions are different, and the specifications are also different. However, the drilling system shown in Figure 1 cannot meet this demand. It is necessary to propose a drilling system with a more optimized structure.

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