CN104362492B - Automatic stamping structure on connector production line - Google Patents

Automatic stamping structure on connector production line Download PDF

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Publication number
CN104362492B
CN104362492B CN201410533661.0A CN201410533661A CN104362492B CN 104362492 B CN104362492 B CN 104362492B CN 201410533661 A CN201410533661 A CN 201410533661A CN 104362492 B CN104362492 B CN 104362492B
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CN
China
Prior art keywords
metalwork
slide rail
cylinder
pusher
charging
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201410533661.0A
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Chinese (zh)
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CN104362492A (en
Inventor
邓文强
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Individual
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Individual
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Publication date
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Priority to CN201410533661.0A priority Critical patent/CN104362492B/en
Publication of CN104362492A publication Critical patent/CN104362492A/en
Application granted granted Critical
Publication of CN104362492B publication Critical patent/CN104362492B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

Automatic stamping structure on the connector production line of the present invention, technical purpose is to provide a kind of automatically assembling and automatic stamping structure on finished product firm connector production line.Including slides has the plastic parts charging slide rail of plastic parts and slip to have the metalwork of metalwork to feed slide rail, and the side of plastic parts charging slide rail is provided with charging cylinder, and charging cylinder is located in frame;The feed end of metalwork charging slide rail is provided with pusher cylinder, described pusher cylinder is provided with a pusher connecting rod, the pusher end of pusher connecting rod is provided with two metalwork draw-in grooves, the side of metalwork charging slide rail is provided with punching press locating piece, and described punching press locating piece is provided with and can accommodate the locating slot of metalwork with metalwork pocket matches;Locating slot be arranged over stamping cylinder, stamping cylinder connects punch rod.The whole punching course of the present invention automatically completes, and greatly improves production efficiency and the qualification rate of product, it is adaptable to the automatization of connector applies in producing.

Description

Automatic stamping structure on connector production line
Technical field
The present invention relates to the punching structure of a kind of connector, in particular, relate to a kind of connector production line Upper automatic stamping structure.
Background technology
In the prior art, connector needs to assemble after completing injection and metalwork cutting, current techniques Assembling equipment also exists to be needed to carry out manual operations, poor efficiency and the technological deficiency of completed knocked down products concordance difference, The production of extensive mass cannot be adapted to, in prior art connector production technology exist efficiency low, The technological deficiency of homogeneity of product difference, becomes the technical problem that those skilled in the art are anxious to be resolved.
Summary of the invention
The technical purpose of the present invention is to overcome in prior art, and the assembling equipment of connector also exists needs to be carried out Manual operations, the inefficient and technical problem of homogeneity of product difference, it is provided that one assembles and finished product automatically Firmly, automatic stamping structure on the connector production line of high efficiency large-scale production is adapted to.
For realizing above technical purpose, the technical scheme is that:
Automatic stamping structure on connector production line, includes plastic parts charging slide rail and metalwork charging is sliding Rail, slides in described plastic parts charging slide rail and has plastic parts, and the side of plastic parts charging slide rail is provided with feeding gas Cylinder, charging cylinder is located in frame;Slide on metalwork charging slide rail and have metalwork, metalwork charging slide rail Feed end be provided with pusher cylinder, described pusher cylinder is provided with a pusher connecting rod, the pusher end of pusher connecting rod Being provided with two metalwork draw-in grooves, the side of metalwork charging slide rail is provided with punching press locating piece, and described punching press is fixed Position block is provided with and can accommodate the locating slot of metalwork with metalwork pocket matches;Locating slot be arranged over punching press Cylinder, stamping cylinder connects punch rod.
Further, below punching press locating piece, it is provided with altitude mixture control screw, for regulating punching press locating piece Highly.
Further, described metalwork feeds the feed end of slide rail with pusher connecting rod contact position near stamping cylinder Place is provided with an arc body.
In an application of the invention, the plastic parts in plastic parts charging slide rail enters below stamping cylinder, punching press Cylinder rises aloft, and metalwork slides into two on the pusher end of pusher connecting rod in metalwork charging slide rail Individual metalwork draw-in groove, two metalworks enter in metalwork draw-in groove, and pusher cylinder pushes away before pusher connecting rod, gold Belong to part and enter the vertical place of stamping cylinder, and positioned by punching press locating piece, press under the punch rod of stamping cylinder, Being pressed into by metalwork at the plastic parts below stamping cylinder, the punching press completing product assembles.
The method have the benefit that: by the setting of said structure, whole punching course automatization is complete Becoming, principle is simple, reliability and durability, greatly improves production efficiency and the qualification rate of product, and metalwork enters The design of the arc body of material slide rail feed end makes process actions transition the most not jam especially.
Accompanying drawing explanation
Fig. 1 is the structural representation of one embodiment of the invention.
Detailed description of the invention
In conjunction with accompanying drawing 1, describe the detailed description of the invention of the present invention in detail, but claim is not limited in any way.
Embodiment 1
In FIG, automatic stamping structure on connector production line, include plastic parts charging slide rail 100 And metalwork charging slide rail 200, described plastic parts charging slide rail 100 slides and has plastic parts 101, plastic parts The side of charging slide rail 100 is provided with charging cylinder 700, and charging cylinder 700 is located in frame;Metalwork feeds Sliding on slide rail 200 and have metalwork 201, the feed end of metalwork charging slide rail 200 is provided with pusher cylinder 300, Described pusher cylinder 300 is provided with a pusher connecting rod 301, and the pusher end of pusher connecting rod 301 is provided with two gold Belonging to part draw-in groove 302, the side of metalwork charging slide rail 200 is provided with punching press locating piece 500, and described punching press positions Block 500 is provided with and mates the locating slot 501 that can accommodate metalwork with metalwork draw-in groove 302;Locating slot 501 Be arranged over stamping cylinder 400, described stamping cylinder 400 connects punch rod 401.
In the application, the plastic parts 101 in plastic parts charging slide rail 100 enters below stamping cylinder 400, Stamping cylinder 400 rises aloft, and pusher connecting rod 301 shrinks, and metalwork 201 feeds slide rail at metalwork Two metalwork draw-in grooves 302 on the pusher end of pusher connecting rod 301, two metalworks 201 are slided in 200 Entering in metalwork draw-in groove 302, pusher cylinder 300 pushes away before pusher connecting rod 301, and metalwork 201 enters The vertical place of stamping cylinder 400, and positioned by punching press locating piece, the punch rod of stamping cylinder 400 401 times Pressure, is pressed into metalwork 201 at the plastic parts 101 below stamping cylinder 400, completes rushing of product 600 Pressure assembles.
Embodiment 2
In the present embodiment, automatic stamping structure on connector production line, include plastic parts charging slide rail 100 and metalwork charging slide rail 200, described plastic parts charging slide rail 100 in slide have plastic parts 101, mould The side of glue part charging slide rail 100 is provided with charging cylinder 700, and charging cylinder 700 is located in frame;Metalwork Sliding on charging slide rail 200 and have metalwork 201, the feed end of metalwork charging slide rail 200 is provided with pusher cylinder 300, described pusher cylinder 300 is provided with a pusher connecting rod 301, and the pusher end of pusher connecting rod 301 is provided with Two metalwork draw-in grooves 302, the side of metalwork charging slide rail 200 is provided with punching press locating piece 500, described punching Pressure locating piece 500 is provided with and mates the locating slot 501 that can accommodate metalwork with metalwork draw-in groove 302;Locating slot 501 be arranged over stamping cylinder 400, described stamping cylinder 400 connects punch rod 401.Punching press positions Altitude mixture control screw it is provided with, for regulating the height of punching press locating piece 500, to adapt to difference below block 500 Plug-in unit press height;The feed end of metalwork charging slide rail 200 and pusher connecting rod 301 contact position are near rushing An arc body 202 it is provided with at air cylinder, the arc line shaped design of arc body 202, enter metalwork card at metalwork After groove 302, pusher connecting rod 301 pushes metalwork 201 to locating slot 501 more smoothly.
In a word, the present invention the pressure through twice are inserted, and product yields is high, and it is complete that whole pressure is inserted through process automation Become, be the technological improvement with prominent substantive distinguishing features of one, this area.

Claims (1)

1. automatic stamping structure on connector production line, is characterized in that: include plastic parts charging slide rail and Metalwork charging slide rail, slides in described plastic parts charging slide rail and has plastic parts, the one of plastic parts charging slide rail Side is provided with charging cylinder, and charging cylinder is located in frame;Slide on metalwork charging slide rail and have metalwork, gold The feed end belonging to part charging slide rail is provided with pusher cylinder, and described pusher cylinder is provided with a pusher connecting rod, pusher The pusher end of connecting rod is provided with two metalwork draw-in grooves, and the side of metalwork charging slide rail is provided with punching press locating piece, Described punching press locating piece is provided with and can accommodate the locating slot of metalwork with metalwork pocket matches;Locating slot upper Side is provided with stamping cylinder, and stamping cylinder connects punch rod;Altitude mixture control screw it is provided with below punching press locating piece, For regulating the height of punching press locating piece;The feed end of described metalwork charging slide rail and pusher connecting rod contact position It is provided with an arc body at stamping cylinder.
CN201410533661.0A 2014-10-11 Automatic stamping structure on connector production line Expired - Fee Related CN104362492B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201410533661.0A CN104362492B (en) 2014-10-11 Automatic stamping structure on connector production line

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201410533661.0A CN104362492B (en) 2014-10-11 Automatic stamping structure on connector production line

Publications (2)

Publication Number Publication Date
CN104362492A CN104362492A (en) 2015-02-18
CN104362492B true CN104362492B (en) 2017-01-04

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GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20170104

Termination date: 20201011