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Manufacturing process of a fan support plate

A technology of process flow and support plate, which is applied in the field of fan support plate manufacturing process, can solve the problems of low production efficiency, achieve the effects of improving work efficiency, increasing the number of thread turns, and reducing processes

Active Publication Date: 2017-01-25
青岛鸿森金属加工有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The present invention overcomes the deficiencies of the prior art, and proposes a manufacturing process flow of the fan support plate, which improves product precision and quality, solves the problem of low production efficiency, improves the product qualification rate, and improves the production process Greatly improved the economic benefits of the product

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0026] Process 1. Shearing machine unloading.

[0027] Process 2. Mold pressing. (Equipment J36-250C press, main motor power 33KW / h) (Production efficiency 1 time / 33 seconds)

[0028] Process 3. Die cutting and punching. (equipment J36-250C press, main motor power 33KW / h) (production efficiency 1 time / 30 seconds)

[0029] Process 4. Die turning and bending. (equipment J36-250C press, main motor power 33KW / h) (production efficiency 1 time / 25 seconds)

[0030] Process 5. Tapping machine tapping. (equipment SWJ-16 press, main motor power 0.75KW / h) (production efficiency 1 time / 29 seconds)

[0031] Process 6. Mold bending. (Equipment J36-250C press, main motor power 33KW / h) (Production efficiency 1 time / 32 seconds)

[0032] Process 7. Die punching. (Equipment J36-250C press, main motor power 33KW / h) (Production efficiency 1 time / 20 seconds)

[0033] Process 8. Spot welding clamps (quantity 1 piece, each clamp 1 spot, equipment DW-63-1 spot welding machine, main motor powe...

Embodiment 2

[0040] Process 1. Shearing machine unloading.

[0041] Process 2. Mold pressing. (equipment J36-250C press, main motor power 33KW / h) (production efficiency 1 time / 31 seconds)

[0042] Process 3. Die cutting and punching. (Equipment J36-250C press, main motor power 33KW / h) (production efficiency 1 time / 29 seconds)

[0043] Process 4. Die turning and bending. (Equipment J36-250C press, main motor power 33KW / h) (Production efficiency 1 time / 26 seconds)

[0044] Process 5. Tapping machine tapping. (equipment SWJ-16 press, main motor power 0.75KW / h) (production efficiency 1 time / 30 seconds)

[0045] Process 6. Mold bending. (equipment J36-250C press, main motor power 33KW / h) (production efficiency 1 time / 31 seconds)

[0046] Process 7. Die punching. (Equipment J36-250C press, main motor power 33KW / h) (Production efficiency 1 time / 20 seconds)

[0047] Process 8. Spot welding clamps (quantity 1 piece, each clamp 1 spot, equipment DW-63-1 spot welding machine, main motor powe...

Embodiment 3

[0054] Process 1. Shearing machine unloading.

[0055] Process 2. Mold pressing. (equipment J36-250C press, main motor power 33KW / h) (production efficiency 1 time / 30 seconds)

[0056] Process 3. Die cutting and punching. (equipment J36-250C press, main motor power 33KW / h) (production efficiency 1 time / 31 seconds)

[0057] Process 4. Die turning and bending. (Equipment J36-250C press, main motor power 33KW / h) (production efficiency 1 time / 24 seconds)

[0058] Process 5. Tapping machine tapping. (equipment SWJ-16 press, main motor power 0.75KW / h) (production efficiency 1 time / 28 seconds)

[0059] Process 6. Mold bending. (equipment J36-250C press, main motor power 33KW / h) (production efficiency 1 time / 30 seconds)

[0060] Process 7. Die punching. (Equipment J36-250C press, main motor power 33KW / h) (production efficiency 1 time / 21 seconds)

[0061] Process 8. Spot welding clamps (quantity 1 piece, each clamp 1 spot, equipment DW-63-1 spot welding machine, main motor powe...

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PUM

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Abstract

The invention relates to a manufacturing technological process for a fan supporting plate. According to the technological process, a plate shearing machine is used for blanking, a press machine is used for profiling, punching, bending and tapping, a point welding machine is used for welding, and the power range of the equipment is 0.75-110 KW / h. By means of the processing technology of threaded holes of a fan connecting support and welding nuts, stability and perpendicularity of a workpiece and bolts are ensured, and the concentricity of the threaded holes and a bottom hole is ensured by using welding of a self-positioning nut and the bottom hole.

Description

technical field [0001] The invention belongs to the field of home appliance manufacturing, and in particular relates to a manufacturing process flow of a fan support plate. Background technique [0002] The fan support plate is the main mechanism of the air conditioner. It is relatively large in size and has many manufacturing processes. The welding parts require high precision. The current process is mainly manifested in: 1) the production equipment consumes a lot of energy; 2) the tapping process is not ideal; 3) The precision and quality of the product need to be improved, and the qualified rate of the product is low, which greatly affects the production efficiency. Contents of the invention [0003] The present invention overcomes the deficiencies of the prior art, and proposes a manufacturing process flow of the fan support plate, which improves product precision and quality, solves the problem of low production efficiency, improves the product qualification rate, and...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B23P15/00
CPCB23P15/00
Inventor 高峰仕玉福王玉龙
Owner 青岛鸿森金属加工有限公司