Multifunctional numerical control drilling self-tapping machine

Abstract

The invention discloses a multifunctional numerical control drilling self-tapping machine. The multifunctional numerical control drilling self-tapping machine consists of a machine frame, a material clamping air cylinder, a feed mechanism, a horizontal drilling machine, a numerical control device, photoelectric sensors, a self-tapping machine, a vertical drilling machine, a vertical chambering machine, a cutting machine and a drive motor, and is characterized in that: a workbench is arranged on the machine frame, and the feed mechanism is arranged in the middle of the workbench and is connected with a base; two linear guide rails and a plurality of slide blocks are arranged on a base plate; and each slide block is provided with a sliding plate, a trough, the material clamping air cylinder and a plurality of photoelectric sensors, and the workbench is simultaneously provided with the horizontal drilling machine, the vertical drilling machine, the vertical chambering machine, the self-tapping machine, the cutting machine, and the drive motor, and all the parts are arranged sequentially according to the process to form the multifunctional numerical control drilling self-tapping machine. The multifunctional numerical control drilling self-tapping machine has the advantages of saving a large amount of labor, field, equipment, electric energy, time and capital so as to effectively improve the production efficiency and economic benefit, along with high production efficiency, low cost, high quality of products, long service life, multiple functions, high automatic performance, simple structure and convenience of operation.

Description

technical field [0001] The invention relates to a processing mechanism for copper terminals, in particular to a multifunctional numerically controlled drilling self-tapping machine. Background technique [0002] The terminal block is a necessary component for the connection of power wires and various electrical appliances. It is mainly made of metal conductors placed in insulating materials. Both ends of the insulator are provided with insertion wire holes. The inserted wires are connected together through metal conductors. Screws mounted on the insulator are fixed for easy conduction, and if a disconnected wire needs to be replaced, simply loosen the screw and pull out the wire. However, the existing technology for processing metal conductor terminals generally requires workers to first clamp the metal conductor terminals, first horizontally drill holes and plane drill holes, and then send them to the second set of procedures for manual wire tapping. Different specificatio...

AI Technical Summary

Problems solved by technology

However, the existing technology for processing metal conductor terminals generally requires workers to first clamp the metal conductor terminals, first horizontally drill holes and plane drill holes, and then send them to the second set of procedures for manual wire tapping. Different specifications cut off the terminal blocks of metal conductors, and this traditional manual processing of metal conductor terminals requires a lot of labor, occupies a large area, has a low yield of processed products, many scraps, cumbersome processes, low work efficiency, time-consuming and laborious, High cost, but also dangerous, often prone to human operation accidents

Although the existing automatic terminal machine solves some disadvantages of the above-mentioned technologies, the existing automatic terminal machine is mechanized, too simple, the yield of terminal production is low, the product specifications are not standard, the process is defective, and the work efficiency is low. Plane without vertical chamfering process

Screw installation is easy to fall off

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