Automatic mold stripping module of adjustment sheet

Abstract

The invention discloses an automatic mold stripping module of an adjustment sheet. The structure of automatic mold stripping module is as follows: an upper module (1), a left module (2), a right module (3), a lower module (4), a middle loose block (5), a left module loose block (6), a right module loose block (7), a core A (27), a core B (28), an upper loose block A (8), an upper loose block B (9), an upper loose block C (10), an upper loose block D (11), an upper loose block E (12), an upper loose block F (13), an installing base B (20) and a linkage bolt (23), and the automatic mold stripping module of the adjustment sheet is also provided with a structure for adjusting the top tight degree of the whole module and can carry out a mold stripping movement. The automatic mold stripping module provided by the invention successfully realize the manufacture of large-scale thin-walled workpiece, and meanwhile, the flatness of a bottom plate of an adjustment sheet 55 is guaranteed; the module is manufactured, the experiment application proves that the designing scheme is exact and reasonable, the operability is strong, the technical effect is good, and the automatic mold stripping module has the predictable huge economic value and social value.

Description

Technical field: [0001] The invention relates to the technical field of structural design and application of an auxiliary mold for precision casting of thin-walled parts, and in particular provides an automatic ejection mold for an adjusting piece. Background technique: [0002] In the prior art, most of the contraction nozzle parts of aero-engines are thin-walled parts, and the design requirements of these thin-walled parts are usually sufficient to maintain a certain flatness requirement. In the past, the thin-walled parts were ejected manually by the operator. , The wax parts are easy to deform, which increases the difficulty of the calibration process and easily produces waste products. [0003] With the development of aero-engines and the increase of matching tasks, the demand for thin-walled parts is increasing, and the structure of thin-walled parts is also becoming more and more complex. According to the conventional mold design method, it is difficult to ensure the...

AI Technical Summary

Problems solved by technology

According to the conventional mold design method, it is difficult to ensure the flatness requirements of the thin-walled parts, and the molding workers are difficult to operate, the labor efficiency is low, and the pass rate of the wax mold is low.

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