Processing method for hexahedral valve assembling block parts and clamp thereof

Abstract

The invention relates to process for blocking accessory of cubic valves and the clump, which both belongs to the field of processing blocking accessory of cubic valves for hydraulic pressure controlling valve. The sets vertical quadrate clump box that has four faces on two revolving workbench of the chief horizontal processing table. Then set the six faces of the cubic valves to the four faces of the clump box. To finish the horizontal process and hole process of the six faces of the cubic valves through the revolving of quadrate clump box and the atomically tool switching of horizontal processing table. Processing, setting up and using of the invention are simple, so it needs only one step and lesser tool switching time to finish the horizontal process and hole process of the six faces of the cubic valves so that to product with high efficiency and high quality.

Description

technical field [0001] The invention relates to a processing method of a hexahedral valve group integrated block part and a fixture thereof, and belongs to the technical field of processing hexahedral valve group integrated block parts for hydraulic control valves. Background technique [0002] Hexahedral valve group manifold parts are mainly used for control components such as hydraulic control valves and automobile anti-lock braking system hydraulic control valves. The processing of existing hexahedral valve group manifold parts generally uses special equipment and general equipment. When special equipment is used for production, Although its production efficiency is high, it also has high requirements for equipment. At the beginning, it will invest a lot of money to purchase special equipment, and it should have a considerable market or market share. When such conditions are not available, a compromise production method is generally adopted. The pro...

AI Technical Summary

Problems solved by technology

In comparison, when the vertical machining center machine tool is selected to produce the hexahedral valve block manifold parts, it is more difficult to manufacture the fixture, and the general vertical machining center machine tool has only one workbench, and the parts must be stopped when the parts are clamped, which reduces the equipment cost. Effective man-hour utilization; and horizontal machining center machine tools generally have two rotatable worktables, and the two workbenches can be used alternately, that is, one workbench is in the working position for motorized processing, and the other workbench is in the place where parts are replaced and processed. In this way, although the technical performance of the equipment can be fully utilized, the equipment can basically reach the working state of continuous processing, but the parts are clamped by the general fixture, the number of clamped parts is small, and the production efficiency is low, which makes the processing The cost is also relatively high

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