Template positioning apparatus and template positioning method

Abstract

The invention relates to a template positioning apparatus and a template positioning method. The structure is as follows: a bearer is of a rectangular frame structure with an upright column, the inner side of the upright column of the bearer is provided with blind holes at symmetrical positions, the blind holes are internally provided with scale guide rods across the bearer, and the two ends of each scale guide rod are each provided with an adjusting bolt which respectively abuts against the end surface of the scale guide rod; the scale guide rods are provided with graduation marks and scale values, the outer circumferences of the two scale guide rods are commonly connected with a plurality of mobile hangers in parallel arrangement, vertical locking bolts are arranged above the two ends of the mobile hangers, and the locking bolts pass through the mobile hangers to abut against the outer surfaces of the scale guider rods; and uniformly horizontally distributed positioning pins are arranged below the mobile hangers, the positioning pins are of double-stud structures, one end of each positioning pin is in threaded connection with the mobile hangers, and the outer thread at the other end of each positioning pin is provided with a clamping nut. The template positioning apparatus and the template positioning method are used for reducing the installation difficulty of whole-set tangent plane templates and the labor intensity of workers and improving the installation precision and efficiency of the whole-set tangent plane templates.

Description

technical field [0001] The invention relates to a template positioning device and a template positioning method thereof, in particular to a complete set of cut surface template positioning device, which belongs to the technical field of process equipment. Background technique [0002] In the traditional manual production mode, the manufacturing of aircraft parts and tooling is mainly based on the mold line template. Due to the complex shape and surface of the aircraft, the shape of some parts is also relatively irregular. When producing such parts, tooling molds are required. . When using traditional processing methods to manufacture parts and tooling molds, they are mainly processed according to a complete set of cut surface models. The development of numerical control technology has brought about essential changes in the production process. At this stage, parts and tooling molds are mainly processed by CNC machine tools. Complete sets of cut surface models It is mainly us...

AI Technical Summary

Problems solved by technology

When installing a complete set of cutting surface templates on the hanging tooling, two workers are required to install and adjust according to the use position of the templates. Since there are no positioners and size measuring devices on the hanging tooling, workers need to carry out regular and measurement dimensions, which leads to a complete set of cutting surfaces. The installation efficiency and accuracy of the template are low, which in turn affects the inspection accuracy of parts and tooling molds and the inspection accuracy and efficiency of tooling molds

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