Oil separation framework semi-automatic contact type transverse hole machining device

Abstract

The invention discloses an oil separation framework semi-automatic contact type transverse hole machining device. The device comprises a carrier rack, wherein a control box is mounted inside the carrier rack and used for controlling and operating the whole machine, the upper surface of the carrier rack is provided with a drilling assembly and a clamping positioning assembly and used for machininga transverse hole in the outer side of an oil separation framework, a feeding assembly and a discharging assembly are arranged on two sides of the drilling assembly separately, a transfer assembly isarranged on the upper surface of the carrier rack, and the transfer assembly spans the length direction of the carrier rack and used for conveying the oil separation framework to be machined on the feeding assembly to the clamping positioning assembly and conveying the machined oil separation framework on the clamping positioning assembly to the discharging assembly. The device has the beneficialeffects that the oil separation framework can be automatically machined, the oil separation framework can be prevented from shaking during machining, the machining depth is controllable, the machiningeffect is good, the efficiency is high, and the overall manufacturing cost is low.

Description

technical field [0001] The invention relates to the technical field of an oil-separated frame processing device, in particular to a semi-automatic contact-pairing horizontal hole processing device for an oil-separated frame. Background technique [0002] The oil-separated frame is a high-precision precision component widely used in high-end equipment (especially national strategic high-end equipment, such as aero-engines, propeller hubs, satellite navigation devices, etc.), and the small-diameter horizontal holes all over the body can create high-end equipment. A good oil supply pipeline plays a very important role in ensuring rapid heat dissipation, cooling and lubrication during the operation of high-end equipment, ensuring the normal and efficient operation of the equipment, and prolonging the service life of the equipment. The high operating speed, large number of horizontal holes, compact structure, precise horizontal hole size, and difficult processing of the oil-free ...

AI Technical Summary

Problems solved by technology

[0004] The software and hardware of the five-axis linkage machine tool are well integrated, and the micro-motion precision control of the stepping motor is high. It is difficult to meet the actual application requirements of the oil-separated framework; second, there is a lack of customized clamping and directional fixtures for the oil-separated framework, and the raw materials of the oil-separated framework are easy to shake during processing, resulting in burrs on the outer surface of the horizontal hole that affect the assembly quality and sealing. Lubricating oil leakage is prone to occur, which requires frequent maintenance and replacement, and even affects the service performance of high-end equipment; third, the purchase and maintenance of a single machine tool is expensive

[0005] Water gun or laser processing has the disadvantages of low processing efficiency and high operating cost of the device, and the depth of the horizontal hole is not easy to control

At the same time, the shape of the horizontal hole is not precise enough, the consistency of the processing size is poor, and it is difficult to install with matching parts

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