Automatic chamfering and shank riveting integrated equipment for nozzle and chamfering and shank riveting process

A nozzle and chamfering technology, applied in the field of chamfering riveting core equipment and chamfering riveting core technology, can solve problems such as unfavorable work, low efficiency, poor precision, etc., and achieve the effects of improving work efficiency, reducing costs, and convenient operation.

Active Publication Date: 2021-04-13
扬州斯科迪冶金设备有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

The technical effects provided by this new technology are its ability to improve upon existing methods used during manufacturing processes without requiring multiple steps or expensive tools like machining techniques. This allows for more efficient use of materials compared with current methods. Additionally, it simplifies the overall system design making it easier to implement these improvements over time.

Problems solved by technology

Technically speaking, there exist two types of methods used during manufacturing processes: fans that remove particles from surfaces without damaging electronic components (such as semiconductors) and static electricity cleaners that eliminate electrical charges generated by friction between objects being treated). These techniques require expensive machinery and skilled laborer operators who must perform multiple steps before achieving their desired results. Additionally, each step needs to be done accurately due to limitations such as lack of space at certain locations where tools may come close enough together when working inside an enclosed area.

Method used

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  • Automatic chamfering and shank riveting integrated equipment for nozzle and chamfering and shank riveting process
  • Automatic chamfering and shank riveting integrated equipment for nozzle and chamfering and shank riveting process
  • Automatic chamfering and shank riveting integrated equipment for nozzle and chamfering and shank riveting process

Examples

Experimental program
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Effect test

Embodiment 1

[0038] like Figure 1-8 As shown, in order to achieve the above purpose, the present invention provides an integrated equipment for nozzle automatic chamfering and rivet, including an equipment mounting seat, a placement workbench 1 arranged in conjunction with the equipment installation seat, and a nozzle feeder is arranged on the placement workbench 1 Component 2, several groups of nozzles are placed in sequence on the nozzle feeder component 2; the nozzle chamfering station 3 is set in the middle of the nozzle feeder component 2, and the rivet station is set at the end outlet position of the nozzle feeder component 2 5. The nozzle chamfering station 3 is correspondingly provided with a chamfering assembly 6 and a chamfering clamping assembly 4, and the rivet station 5 is equipped with a riveting part 7, and the riveting part 7 is provided in conjunction with the riveting part 7. The core clamping assembly 9, the riveting part 7 is also equipped with a copper core feeding assem

Embodiment 2

[0041] To achieve the above object, the present invention includes

[0042] Step 1: Fill the nozzles in the trough 11 of the nozzle feeder assembly 2 in sequence, the stopper cylinder 16 and the clamping cylinder 19 on the chamfering clamping assembly 4 and the rivet clamping assembly 9 are in a contracted state, chamfering Component 6 and riveting component 7 are in the state to be processed; at the same time, several copper cores are placed in the hopper 32, so that the copper cores can be loaded into the air hole of the nozzle later;

[0043] Step 2: When the nozzle is about to be transported to the middle of the trough 11, the stopper cylinder 16 on the chamfering clamping assembly 4 drives the stopper block 18 to protrude from the chamfering hole 14 and block the nozzle, and the corresponding clamping cylinder 19 Drive the clamping block 20 to perform three-point clamping on the nozzle from an oblique position of 40°-50°;

[0044] Step 3: After clamping, the chamfering movi

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PUM

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Abstract

The invention relates to automatic chamfering and shank riveting integrated equipment for a nozzle and a chamfering and shank riveting process, and belongs to the field of dust removal equipment machining. A plurality of sets of nozzles are sequentially placed on a nozzle feeder assembly. A nozzle chamfering station is arranged in the middle of the nozzle feeder assembly, a shank riveting station is arranged at an outlet in the tail end of the nozzle feeder assembly, a chamfering assembly and a chamfer clamping assembly are correspondingly arranged at the nozzle chamfering station, and a riveting part and a shank riveting clamping assembly matched with the riveting part are arranged at the shank riveting station in a matched mode. The riveting part is further provided with a copper core feeding assembly in a matched mode. A discharge hole is formed in position, matched with the outlet of the tail end of the nozzle feeder assembly, of a placing workbench. According to the equipment, multi-station automatic operation can be realized, the working efficiency is improved, and meanwhile, the cost is reduced; Meanwhile, the invention provides a process, and by means of the process, the working process is optimized, the machining precision of the equipment is improved, manual intervention is avoided, and rapid production of automatic feeding and automatic clamping is achieved.

Description

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Claims

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Application Information

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Owner 扬州斯科迪冶金设备有限公司
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