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Integrated type ox-horn glue-hole electrode and design method thereof

A design method and integrated technology, applied in electrode manufacturing, electric processing equipment, metal processing equipment, etc., can solve problems such as difficult processing of horn submerged glue joints, pressure loss of horn submerged glue joints, failure to meet product surface quality requirements, etc. , to save processing time, improve processing yield, and facilitate clamping and positioning

Active Publication Date: 2017-12-22
苏州沃思诺精密模具有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The secondary sprue type has the same disadvantages as the push-pull type
[0004] In the traditional processing method in the past, because the horn latent glue mouth is difficult to process, the horn part is separated from the middle in the actual design, and it is designed into two pieces to facilitate subsequent processing. There are stitching lines on the surface of the product produced by this mold so that the surface quality requirements of the product cannot be met. At the same time, the two-petal horn latent glue port will cause pressure loss

Method used

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  • Integrated type ox-horn glue-hole electrode and design method thereof
  • Integrated type ox-horn glue-hole electrode and design method thereof
  • Integrated type ox-horn glue-hole electrode and design method thereof

Examples

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specific Embodiment example 2

[0037] An integral horn-shaped electrode, the main steps of which include: an electrode body 2, a countersunk hole 21, a central through hole 22, and a horn structure 3, wherein the electrode body 2 is a cylinder with an irregular cross section, and is arranged on both sides of the electrode body 2. The center of the end counterbore 21 coincides with the center of the central through hole 22 and is arranged at the center of the electrode body. The upper and lower end surfaces of the electrode body 2 are provided with a "+"-shaped positioning groove 23; the 1 / 2 height position of the side of the electrode body 2 There is a horizontally extending protruding prism 24, and the horn structure 3 is arranged at the position of 1 / 2 thickness of the prism, the number is 3, and the adjacent angle is 120°. The integral horn glue inlet electrode is used to process the integral horn glue inlet on the mold, replacing the traditional two-petal horn glue inlet, reducing the pressure breakage r...

specific Embodiment example 3

[0047] An integral horn-shaped electrode, the main steps of which include: an electrode body 2, a countersunk hole 21, a central through hole 22, and a horn structure 3, wherein the electrode body 2 is a cylinder with an irregular cross section, and is arranged on both sides of the electrode body 2. The center of the end counterbore 21 coincides with the center of the central through hole 22 and is arranged at the center of the electrode body. The upper and lower ends of the electrode body 2 are provided with a "+"-shaped positioning groove 23; There are horizontally extending protruding prisms 24, and the horn structure 3 is arranged at 1 / 2 thickness of the prisms, the number is 4, and the adjacent angle is 90°. The integral horn glue inlet electrode is used to process the integral horn glue inlet on the mold, replacing the traditional two-petal horn glue inlet, reducing the pressure breakage rate, avoiding the occurrence of seams on the surface of the product, and improving t...

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Abstract

The invention discloses an integrated type ox-horn glue-hole electrode. The integrated type ox-horn glue-hole electrode comprises an electrode body, an integrated type ox-horn structure, and further comprises a counter bore for clamping and positioning, a central through hole and a positioning groove, wherein the ox-horn structure can be one or more. The integrated type ox-horn glue-hole electrode is used for processing an integrated type ox-horn glue hole in a mould to replace a conventional two-section type mould ox-horn glue hole, so that surface quality of products is improved. A design method for the integrated type ox-horn electrode comprises the following steps of: designing a to-be-processed mould; designing ox-horn glue hole electrode blank; designing an ox-horn glue hole electrode hole; designing an electrode body of the ox-horn glue hole electrode; and designing an ox-horn structure. The design method utilizes a UG software to implement, and also can utilize the UG software to perform multi-time processing analogue simulation to optimize the processing method.

Description

technical field [0001] The present invention relates to the technical field of mechanical processing tools and tool design, in particular to an integral horn rubber mouth electrode and a design method thereof. Background technique [0002] The latent gate device, also known as the horn gate device, replaces the gate latent mode of the push-cut type, pull-cut type, and secondary sprue type. The surface of the push-cut gate plastic part will produce white halo due to high pressure, and the gate Manual removal is still required. The pull-cut type will leave gate marks on the surface of the plastic part. The secondary sprue type has the same disadvantages as the push-pull type. The latent gate device simplifies the gate structure of the mold. It uses the tunnel type to pour on the end face of the product wall thickness. This gate structure cut-off method ensures the smooth detachment of the plastic product, and there is no obvious trace at the top of the gate. Compared with ot...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B23H1/04
Inventor 陈兵朱明进侯洪雨
Owner 苏州沃思诺精密模具有限公司
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