A machining method for a head-cone hat-shaped integral FRP cabin section with an angled end face

A mechanical processing and glass fiber reinforced plastics technology, applied in metal processing equipment, metal processing mechanical parts, manufacturing tools, etc., can solve the problems of difficult alignment of clamping, difficult to determine positioning datum, difficult to guarantee the relative butt size of the end face, etc. Clamp alignment is difficult, realize conversion, easy to clamp alignment effect

Active Publication Date: 2018-10-19
HUBEI SANJIANG AEROSPACE GRP HONGYANG ELECTROMECHANICAL
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] The present invention provides a method for machining a head-cone hat-shaped integral FRP cabin section with an angled end face, which solves or partially solves the problems in the prior art of clamping and alignment difficulties, difficult determination of positioning references, and difficulty in ensuring relative butt joint dimensions of the end faces. Due to technical problems, the conversion of processing standards has been realized, the clamping and alignment are easy, the end-to-face joint dimensions are guaranteed, and the technical effect of improving the qualified rate of finished products

Method used

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  • A machining method for a head-cone hat-shaped integral FRP cabin section with an angled end face
  • A machining method for a head-cone hat-shaped integral FRP cabin section with an angled end face

Examples

Experimental program
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Effect test

Embodiment 1

[0033] S1: Clamp and fix the cabin section 4 on the workbench through the tooling; the tooling includes: the die 7 and the punch 5; the die 7 is a cuboid with grooves on the top surface (plane A); the bottom surface of the die 7 is a plane B6; the surface of the groove matches the outer surface of the cabin section 4. The outer surface of the punch 5 matches the inner surface of the cabin section 4; the end surface of the punch 5 is plane C2; ​​the plane B6 of the die 7 is pressed on the workbench; the outer surface of the cabin section 4 is pressed on the die 7 On the surface of the groove;

[0034] S2: Align the end face of punch 5.

[0035] S3: pressing the end face of the punch 5 by the pressing plate 3; determining the plane A1 of the die 7 as the processing reference of the cabin section 4.

[0036] S4: rough milling the end face and sealing groove of cabin section 4.

[0037] S5: The end face and sealing groove of fine milling cabin section 4; during the process of f...

Embodiment 2

[0039] S1: Clamp and fix the cabin section 4 on the workbench through the tooling; the tooling includes: the die 7 and the punch 5; the die 7 is a cuboid with grooves on the top surface (plane A); the bottom surface of the die 7 is a plane B6; the surface of the groove matches the outer surface of the cabin section 4. The outer surface of the punch 5 matches the inner surface of the cabin section 4; the end surface of the punch 5 is plane C2; ​​the plane B6 of the die 7 is pressed on the workbench; the outer surface of the cabin section 4 is pressed on the die 7 On the surface of the groove;

[0040] S2: Align the end face of punch 5.

[0041] S3: pressing the end face of the punch 5 by the pressing plate 3; determining the plane A1 of the die 7 as the processing reference of the cabin section 4.

[0042] S4: rough milling the end face and sealing groove of cabin section 4.

[0043] S5: The end face and sealing groove of fine milling cabin section 4; during the process of f...

Embodiment 3

[0045]S1: Clamp and fix the cabin section 4 on the workbench through the tooling; the tooling includes: the die 7 and the punch 5; the die 7 is a cuboid with grooves on the top surface (plane A); the bottom surface of the die 7 is a plane B6; the surface of the groove matches the outer surface of the cabin section 4. The outer surface of the punch 5 matches the inner surface of the cabin section 4; the end surface of the punch 5 is plane C2; ​​the plane B6 of the die 7 is pressed on the workbench; the outer surface of the cabin section 4 is pressed on the die 7 On the surface of the groove;

[0046] S2: Align the end face of punch 5.

[0047] S3: pressing the end face of the punch 5 by the pressing plate 3; determining the plane A1 of the die 7 as the processing reference of the cabin section 4.

[0048] S4: rough milling the end face and sealing groove of cabin section 4.

[0049] S5: The end face and sealing groove of fine milling cabin section 4; during the process of fi...

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Abstract

The invention relates to a method for machining a head-cone-hat-shaped integral FRP cabin section with an angled end face, comprising the following steps: clamping and fixing the cabin section on a workbench through tooling; the tooling includes: a die and a punch; the die includes: Plane A and plane B opposite to plane A, plane A is provided with a groove; the surface of the groove matches the outer surface of the cabin; the outer surface of the punch matches the inner surface of the cabin; the end surface of the punch is Plane C; align the end face of the punch; press the end face of the punch through the pressure plate; determine the plane A of the die as the processing reference of the cabin section; rough mill the end surface and sealing groove of the cabin section; finely mill the end surface and seal of the cabin section groove. This mechanical processing method changes the processing standard, facilitates clamping and alignment, ensures the butt joint size of the end faces, and improves the qualified rate of finished products.

Description

technical field [0001] The invention relates to the technical field of machining, in particular to a method for machining a head-cone hat-shaped integral glass fiber reinforced plastic cabin section with an angled end face. Background technique [0002] The conventional glass fiber reinforced plastic cabin section is a head-conical hat-shaped structure, and the inner and outer surfaces are power curves. The end surface is composed of two oblique cut surfaces forming a certain angle with each other, and there is a sealing groove perpendicular to the end surface on the end surface. The integral glass fiber reinforced plastic is molded. The pieces are machined into shape. At present, the end faces and annular grooves of conventional FRP cabins are processed by turning. However, since the cabin end face involved in the present invention is composed of two oblique cut surfaces forming a certain angle with each other, the method of turning is not applicable, and it needs to be co...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B23C3/00B23Q3/06
CPCB23C3/00B23Q3/06
Inventor 骆金虎刘诗尧张颖万方云
Owner HUBEI SANJIANG AEROSPACE GRP HONGYANG ELECTROMECHANICAL
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