JPS5926554Y2 - continuous crimping machine - Google Patents
continuous crimping machineInfo
- Publication number
- JPS5926554Y2 JPS5926554Y2 JP16409480U JP16409480U JPS5926554Y2 JP S5926554 Y2 JPS5926554 Y2 JP S5926554Y2 JP 16409480 U JP16409480 U JP 16409480U JP 16409480 U JP16409480 U JP 16409480U JP S5926554 Y2 JPS5926554 Y2 JP S5926554Y2
- Authority
- JP
- Japan
- Prior art keywords
- crimping
- cylinder
- crimp
- intermittent
- conveying device
- 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
Links
Landscapes
- Manufacturing Of Electrical Connectors (AREA)
Description
【考案の詳細な説明】
本考案は、その電線端部差込み口部が一定向きの平行姿
勢にある状態で一定間隔を隔てて並置した複数の圧着電
気接続具群を板材を介して帯状に一体連結して戊る圧着
電気接続具帯を、それの長手方向に沿って順次、前記の
一定間隔に相当する一定ピッチづつ間欠搬送する装置と
、これにより単位毎に搬送された圧着電気接続具をこれ
に差込まれた電線端部に対して圧着接続すべく、シリン
ダを介して往復駆動される圧着ダイスとを備えた連続圧
着機で、詳しくは、全体構造の簡素化、コンバクl−化
及びコストダウンを図るべく間欠搬送装置に対する駆動
装置を別途、構成させるのではなく、それを圧着ダイス
駆動用シリンダをもって兼用させるべく構成しであるも
のに関する。[Detailed description of the invention] This invention consists of a plurality of groups of crimp electrical connectors arranged side by side at a certain interval with the wire end insertion openings in a certain direction and in a parallel position, integrated into a band shape through a plate material. A device for intermittently conveying the connected crimped electrical connector strips along their longitudinal direction at a constant pitch corresponding to the above-mentioned constant interval, and a device for intermittently conveying the crimped electrical connectors conveyed unit by unit. This is a continuous crimping machine equipped with a crimping die that is driven reciprocally through a cylinder in order to make a crimping connection to the end of an electric wire inserted into it. In order to reduce costs, the present invention relates to a structure in which a driving device for an intermittent conveying device is not separately constructed, but a cylinder for driving a crimping die is used for the same purpose.
この種の連続圧着機において、従来では、一般に、シリ
ンダの復帰作動に伴なって間欠搬送装置が搬送作動する
ように両者をリンク機構を介して連係させることによっ
て、圧着ダイスの復帰作動時に間欠搬送装置を搬送作動
させるといった適正な作動タイミングを得られるように
構成していたが、これによるときは、経時使用に伴なう
摩耗等によるリンク機構のガタッキに起因して、圧着ダ
イスと間欠搬送装置との作動タイミングが変化するのみ
ならず、シリンダ作動に伴なう間欠搬送装置の搬送作動
量にもバラツキを生じ、その結果、圧着電気接続具の供
給位置のズレなどを誘起し、不良品を発生させ易い欠点
があった。Conventionally, in this type of continuous crimping machine, the intermittent conveying device is linked via a link mechanism so that the intermittent conveying device operates as the cylinder returns, so that the intermittent conveying device performs the conveying operation when the crimping die returns. The device was configured to be able to operate at the appropriate timing for conveying the device, but when this was done, the crimping die and the intermittent conveying device Not only does this change the timing of the operation of the intermittent conveyor, but it also causes variations in the amount of operation of the intermittent conveyor due to the cylinder operation.As a result, the supply position of the crimped electrical connector may be misaligned, and defective products may be lost. There were drawbacks that could easily occur.
換言すると、ノンク機構のガタッキをなくするため修正
機構を別途設ける必要があって、圧着ダイス駆動用シリ
ンダをもって間欠搬送装置を駆動させるものである割に
は、全体構造が複雑化し易く、しかも、頻繁なメンテナ
ンスを要するといった不便があった。In other words, it is necessary to separately provide a correction mechanism to eliminate rattling in the non-clinging mechanism, and since the intermittent conveying device is driven by a cylinder for driving the crimping die, the overall structure tends to become complicated, and moreover, There was an inconvenience in that it required extensive maintenance.
本考案は、かかる従来欠点を解消しようとする点に目的
を有する。The purpose of the present invention is to overcome these conventional drawbacks.
本考案による連続圧着機は、冒記のものにおいて、前記
圧着ダイス駆動用シリンダと間欠搬送装置との間に、前
記シリンダの圧着方向への作動に伴なって蓄圧可能な状
態にスプリングを介在させて、前記間欠搬送装置を、圧
着ダイスの復帰作動時に前記スプリングの蓄圧力で搬送
作動させるべく構成しであることを特徴とする。In the continuous crimping machine according to the present invention, a spring is interposed between the crimping die driving cylinder and the intermittent conveying device so that pressure can be accumulated as the cylinder moves in the crimping direction. The intermittent conveying device is characterized in that the intermittent conveying device is configured to perform the conveying operation using the accumulated force of the spring when the crimping die returns.
即ち、シリンダの圧着方向への作動に伴なって蓄圧作動
するスプリングの蓄圧力をもって、圧着ダイス復帰作動
時に間欠搬送装置を搬送作動させるように構成すること
により、前述のような経時的摩耗等に起因して発生する
ガタを前記スプリングをもって吸収することができるが
ら、構造簡単で、かつ、いわば、メンテナンスフリーで
あり乍も、常に、圧着ダイス作動に対して一定又はほぼ
一定の作動タイミングで、しかも、一定又はほぼ一定の
作動量をもって間欠搬送装置を搬送作動させることがで
き、これによって、長期間に亘る使用にあたっても、所
定の圧着位置に圧着電気接続具を正確、かつ、確実に搬
送供給して、不良品の発生のない又は非常に少ない状態
で所期の連続圧着作業を効果的に行なえるに至った。In other words, by configuring the intermittent conveying device to be operated by the accumulating force of the spring that is activated as the cylinder moves in the crimping direction when the crimping die is returned, wear over time as described above can be prevented. The spring can absorb the play caused by this, and it has a simple structure and is maintenance-free. , the intermittent conveying device can be operated with a constant or almost constant amount of operation, and as a result, the crimp electrical connector can be accurately and reliably conveyed to the predetermined crimping position even during long-term use. As a result, it has become possible to effectively carry out the desired continuous crimping work with no or very few defective products.
以下本考案の実施例を図面に基づいて説明すると、金属
製の導電性端子部材1Aの圧着接続部を合成樹脂製の絶
縁スリーブ1Bの一端側口部に差込み保持させていて、
第6図に示すように、前記絶縁スリーブ1Bの他端側口
部から電線端部2を差込んだ状態で絶縁スリーブ1Bご
と前記圧着接続部を圧潰することにより、電線端部2に
圧着接続する圧着端子1 (圧着電気接続具の一切)の
複数を、第1図に示すように、その電線端部差込み口部
が一定向きの平行姿勢にある状態で一定間隔を隔てて並
置するとともに、これら圧着端子1・・群を、前記絶縁
スリーブ1B・・と一体形成された板材3・・を介して
帯状に一体連結して構成した圧着端子帯4を対象する携
帯式連続圧着機であって、これは、前記圧着端子帯4を
、圧着端子1・・群が倒状姿勢にある状態でそれの長手
方向に沿って順次、前記の一定間隔に相当する一定ピッ
チづつ間欠搬送する装置5と、これにより単位毎に搬送
供給された圧着端子1をこれに差込まれた電線端部2に
対して圧着接続するとともに、圧着端子1から前記連結
用板材3を切断分離する装置6及び、前記圧着端子帯4
を、それの長手方向一端側から前記間欠搬送装置5に保
給可能な状態で収納保持するマガジン部7とを備えてい
る。Hereinafter, an embodiment of the present invention will be described based on the drawings. A crimp connection part of a metal conductive terminal member 1A is inserted and held in an opening on one end side of a synthetic resin insulating sleeve 1B,
As shown in FIG. 6, the crimp connection is made to the wire end 2 by crushing the crimp joint together with the insulation sleeve 1B while inserting the wire end 2 from the other end side opening of the insulating sleeve 1B. As shown in FIG. 1, a plurality of crimp terminals 1 (all crimp electrical connectors) are placed side by side at a constant interval with their wire end insertion openings in a parallel orientation in a constant direction, and A portable continuous crimping machine for forming a crimp terminal strip 4 formed by integrally connecting a group of crimp terminals 1 in a strip shape through a plate member 3 integrally formed with the insulating sleeve 1B. This includes a device 5 for intermittently conveying the crimp terminal band 4 sequentially along the longitudinal direction of the crimp terminals 1 in a state in which the crimp terminals 1 are in an inverted position at a constant pitch corresponding to the above-mentioned constant interval. , a device 6 for crimp-connecting the crimp terminals 1 conveyed and supplied unit by unit to the wire ends 2 inserted into the crimp terminals, and cutting and separating the connecting plate material 3 from the crimp terminals 1; Crimp terminal strip 4
and a magazine section 7 for storing and retaining the same in the intermittent conveyance device 5 from one longitudinal end thereof in a state where it can be maintained.
前記の間欠搬送装置5は、コの字形で、その上側対向枠
部8を握持可能に構成され、がっ、その下側対向枠部9
を載置可能に構成された本体枠10の前記下側対向枠部
9内に、縦姿勢繋ぎ枠部11側に向う搬送経路Aを貫通
形成するとともに、前記搬送経路A終端部分の上側に、
前記の一定間隔に相当するストロークをもって搬送経路
Aに沿って往復作動自在な可動枠12を設け、この可動
枠12に、前記搬送経路A内に位置する圧着端子帯4の
圧着端子1に対して係脱自在に構成され、がっ、係合姿
勢に弾性付勢されていて、可動枠12の往作動に伴ない
圧着端子1を押圧移動し、可動枠12の復移動に伴ない
それに対して搬送方向上方側に位置する圧着端子1を乗
越え移動する搬送爪13を付設して構成されている。The intermittent conveying device 5 has a U-shape and is configured such that its upper opposing frame portion 8 can be gripped, and its lower opposing frame portion 9
In the lower opposing frame portion 9 of the main body frame 10 that is configured to be able to place a conveyance path A that extends toward the vertical connecting frame portion 11 side, a conveyance path A is formed penetratingly above the terminal portion of the conveyance path A.
A movable frame 12 is provided that can freely reciprocate along the conveyance path A with strokes corresponding to the above-mentioned constant intervals, and the movable frame 12 is provided with a movable frame 12 that can move freely back and forth along the conveyance path A. It is configured to be able to engage and disengage freely, and is elastically biased into the engaged position, and presses and moves the crimp terminal 1 as the movable frame 12 moves forward, and as the movable frame 12 moves back, it presses against the crimp terminal 1. It is constructed by adding a conveyance claw 13 that moves over the crimp terminal 1 located on the upper side in the conveyance direction.
前記の圧着接続部N6は、前記本体枠10の縦姿勢繋ぎ
枠部11内に、前記搬送経路Aに対して直角な上下方向
に往復作動自在な圧着ダイス14を設けるとともに、前
記下側対向枠部9の、搬送経路A下面を形成する枠部材
15に、前記圧着ダイス14の下端部を下降状態におい
て突入させる上下姿勢の通路16を形成し、かつ、前記
圧着ダイス14の下端部に、これの下降性作動に伴なっ
て絶縁スリーブ1Bと連結用板材3,3とを前記枠部材
15に形成の受刃17,17対との協働で前記搬送経路
A上の位置において切断分離する切断刃18.18対と
、切断後も引続く圧着ダイス14の下降作動に伴なって
、連結用板材3,3が切断分離された絶縁スリーブ1B
を通路16内に送込むとともに、前記枠部材15に形成
の圧着面19との協働で搬送経路A下方位置において圧
着する圧着面20とを一体形成し、かつ、前記縦姿勢繋
ぎ枠部11と枠部材15との連結部分に、切断された板
材3を搬送方向に流下排出可能な通路21を設けて構成
されている。The crimping connection part N6 is provided with a crimping die 14 that can freely reciprocate in the vertical direction perpendicular to the conveyance path A in the vertical connecting frame part 11 of the main body frame 10, and also has a crimping die 14 that can freely reciprocate in the vertical direction perpendicular to the conveyance path A. In the frame member 15 of the section 9 that forms the lower surface of the conveyance path A, a passage 16 is formed in a vertical position into which the lower end of the crimping die 14 enters in the lowered state. A cutting process in which the insulating sleeve 1B and the connecting plates 3, 3 are cut and separated at a position on the conveyance path A in cooperation with a pair of receiving blades 17, 17 formed on the frame member 15 as Insulating sleeve 1B in which the connecting plates 3, 3 are cut and separated by the descending operation of the crimping die 14 that continues even after cutting.
is fed into the passage 16, and a crimp surface 20 is integrally formed with the crimp surface 19 formed on the frame member 15 to crimp at a position below the conveyance path A, and the vertically connected frame portion 11 A passage 21 is provided at the connecting portion between the frame member 15 and the frame member 15, through which the cut plate material 3 can be discharged downward in the transport direction.
前記マガジン部7は、圧着端子帯4をそれの巻取り姿勢
において回転繰出し自在に収納保持する形態のものであ
って、具体的には、前記下側対向枠部9にリール8を取
外し可能に装着して構成されている。The magazine section 7 is configured to store and hold the crimp terminal band 4 in a manner that allows it to rotate freely in its winding position. Specifically, the reel 8 is removably attached to the lower opposing frame section 9. It is installed and configured.
前記圧着接続装置6の駆動機構は、前記本体枠10の上
側対向枠部8をガイドとして、そのピストンロッド22
Aを前記搬送経路Aを平行な方向に往復作動させるシリ
ンダ22を前記上下対向枠部8.9を連結する状態に設
けるとともに、前記ピストンロッド22Aと前記圧着ダ
イス14とを、ピストンロッド22Aの駆動性作動に伴
なって圧着ダイス]4が圧着作動するように連動連結す
るリンク23を設けて構成されている。The drive mechanism of the crimp connection device 6 uses the upper opposing frame portion 8 of the main body frame 10 as a guide, and the piston rod 22 thereof
A cylinder 22 for reciprocating the conveyance path A in a parallel direction is provided in a state connecting the vertically opposing frame portions 8.9, and the piston rod 22A and the crimping die 14 are connected to each other to drive the piston rod 22A. The crimping die 4 is provided with a link 23 which is interlocked and connected so that the crimping die 4 is crimped with the crimping operation.
前記間欠搬送装置5の駆動機構は、前記シリンダ22を
駆動装置として駆動するものであって、間欠搬送装置5
の可動枠12上端部と、これに対してピストンロッド2
2Aの作動方向に相対移動自在なピストンロッド22A
側の連係用ロッド24との間に、絶縁スリーブ1Bの受
刃17.17対への保合及び、往作動状態にある圧着ダ
イス14への接当のいずれかによって搬送方向への移動
が規制された圧着端子帯4を介してその搬送作動が掘割
された状態にある可動枠12に対して、シリンダ22の
圧着方向への作動に伴ない前記連係用ロッド24が往作
動することによって、蓄圧、つまり、圧縮変形するスプ
リング25を介在させ、もって、圧着ダイス14が復帰
作動して、前記圧着ダイス14による圧着端子帯移動規
制が解除されたとき、前記スプリング25の蓄圧力で可
動枠12を搬送作動させるべく構成されている。The drive mechanism of the intermittent conveyance device 5 drives the cylinder 22 as a drive device, and the intermittent conveyance device 5
The upper end of the movable frame 12 and the piston rod 2
Piston rod 22A relatively movable in the operating direction of 2A
Between the connecting rod 24 on the side and the insulating sleeve 1B, the movement in the conveying direction is restricted by either the engagement with the pair of receiving blades 17 and 17 or the contact with the crimping die 14 in the forward operation state. As the cylinder 22 moves in the crimping direction, the linking rod 24 moves forward with respect to the movable frame 12, which is in the cut state through the crimp terminal band 4 that has been crimped. That is, by interposing the spring 25 which compresses and deforms, when the crimping die 14 returns and the movement of the crimping terminal band is no longer restricted by the crimping die 14, the movable frame 12 is moved by the accumulated force of the spring 25. It is configured to be operated for conveyance.
尚、前記圧着ダイス14とリンク23との連動連結部に
は、シリンダ22の圧着方向作動のうち、初期作動時に
は連動を断って、スプリング25の蓄圧作動のみを行な
わせる長孔利用の融通26を構成させである。The interlocking connection between the crimping die 14 and the link 23 is provided with a flexible slot 26 that uses a long hole to cut off the interlock during the initial operation of the crimping direction operation of the cylinder 22 and only perform the pressure accumulating operation of the spring 25. Let me compose it.
図中27は、前記シリンダ22に対する操作レバーであ
る。27 in the figure is an operating lever for the cylinder 22.
第7図は別の実施例を示し、これは、間欠搬送装置とし
て、間欠回転式のもの5′を設けたものであって、間欠
搬送装置5′は、一方向に間欠回転することにより、そ
の外周部に形成させた凹部28を圧着端子帯4の圧着端
子1に係合させて圧着端子帯4を間欠搬送可能な回転体
29を設けるとともに、押し引き作動することにより、
前記回転体29をラチェット機構30を介して一方向に
間欠回転する押し引きロッド31を設け、かつ、揺動す
ることにより、前記押し引きロッド31を押し引き作動
させる揺動リンク32を設けて、構成されている。FIG. 7 shows another embodiment, in which an intermittent rotating type 5' is provided as the intermittent conveying device, and the intermittent conveying device 5' rotates intermittently in one direction to By engaging the crimp terminal 1 of the crimp terminal band 4 with the recess 28 formed on its outer circumference and providing a rotary body 29 that can intermittently convey the crimp terminal band 4, and by pushing and pulling the rotating body 29,
A push-pull rod 31 is provided that intermittently rotates the rotating body 29 in one direction via a ratchet mechanism 30, and a swing link 32 is provided that swings to push and pull the push-pull rod 31. It is configured.
そして、この間欠搬送装置5′の駆動機構は、前記圧着
ダイス14に、これの圧着作動に伴なって前記押し引き
ロッド31が引き作動するように前記揺動リンク32を
係合揺動させる保合部33を設けるとともに、揺動リン
ク32の係合揺動により蓄圧されて、圧着ダイス14の
復帰作動時に、その蓄圧力で前記揺動リンク32を、押
し引きロッド31が押し作動するように揺動させるスプ
リング25′を設けて、構成されている。The drive mechanism of this intermittent conveying device 5' is a maintenance mechanism that engages and swings the swing link 32 to the crimping die 14 so that the push/pull rod 31 pulls in conjunction with the crimping operation of the crimping die 14. The connecting portion 33 is provided, and pressure is accumulated by the engagement and rocking of the rocking link 32, so that when the crimping die 14 returns, the push-pull rod 31 pushes the rocking link 32 with the accumulated pressure. It is constructed by providing a spring 25' for swinging.
図面は本考案に係る連続圧着機の実施例を示し、第1図
は圧着端子帯の斜視図、第2図は一部切欠き正面図、第
3図乃至第5図は、作動を示す要部の一部切欠き正面図
、第6図は圧着接続状態を示す圧着端子の縦断側面図、
第7図は別の実施例を示す要部の一部切欠正面図である
。
1・・・・・・圧着電気接続具、3・・・・・・板材、
4・・・・・・圧着電気接続具帯、5・・・・・・間欠
搬送装置、22・・・・・・シリンダ、2・・・・・・
電線端部、14・・・・・・圧着ダイス、25・・・・
・・スプリング。The drawings show an embodiment of the continuous crimping machine according to the present invention, in which Fig. 1 is a perspective view of a crimp terminal band, Fig. 2 is a partially cutaway front view, and Figs. 3 to 5 are main points showing the operation. FIG. 6 is a longitudinal sectional side view of the crimp terminal showing the crimp connection state;
FIG. 7 is a partially cutaway front view of main parts showing another embodiment. 1...Crimp-bonded electrical connector, 3...Plate material,
4... Crimp electrical connector band, 5... Intermittent conveyance device, 22... Cylinder, 2...
Wire end, 14... Crimping die, 25...
··spring.
Claims (1)
る状態で一定間隔を隔てて並置した複数の圧着電気接続
具1・・群を板材3・・を介して帯状に一体連結して成
る圧着電気接続具帯4を、それの長平方向に沿って順次
、前記の一定間隔に相当する一定ピッチづつ間欠搬送す
る装置5と、これにより単位毎に搬送された圧着電気接
続具1をこれに差込まれた電線端部2に対して圧着接続
すべく、シリンダ22を介して往復駆動される圧着ダイ
ス14とを備えた連続圧着機において、前記圧着ダイス
駆動用シリンダ22と間欠搬送装置5との間に、前記シ
リンダ22の圧着方向への作動に伴なって蓄圧可能な状
態にスプリング25を介在させて、前記間欠搬送装置5
を、圧着ダイス14の復帰作動時に前記スプリング25
の蓄圧力で搬送作動させるべく構成しであることを特徴
とする連続圧着機。 ■ 前記間欠搬送装置5が往復作動式のものである実用
新案登録請求の範囲第■項に記載の連続圧着機。 ■ 前記間欠搬送装置5が間欠回転式のものである実用
新案登録請求の範囲第■項に記載の連続圧着機。[Claims for Utility Model Registration] ■ Groups of crimp electrical connectors 1 arranged side by side at regular intervals with their wire end insertion openings in a parallel orientation in a fixed direction are connected via a plate 3. a device 5 for intermittently conveying the crimped electrical connector band 4 integrally connected in a band shape along its longitudinal direction at a constant pitch corresponding to the above-mentioned constant interval; A continuous crimping machine equipped with a crimping die 14 that is reciprocated via a cylinder 22 in order to crimped and connect the crimping electrical connector 1 to the electric wire end 2 inserted therein. A spring 25 is interposed between the cylinder 22 and the intermittent conveying device 5 so that pressure can be accumulated as the cylinder 22 moves in the crimping direction.
When the crimping die 14 returns, the spring 25
A continuous crimping machine characterized in that it is configured to be operated for conveyance by an accumulated pressure of . (2) The continuous crimping machine according to claim (2), wherein the intermittent conveying device 5 is of a reciprocating type. (2) The continuous crimping machine according to claim (2), wherein the intermittent conveying device 5 is of an intermittent rotation type.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP16409480U JPS5926554Y2 (en) | 1980-11-14 | 1980-11-14 | continuous crimping machine |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP16409480U JPS5926554Y2 (en) | 1980-11-14 | 1980-11-14 | continuous crimping machine |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS5786294U JPS5786294U (en) | 1982-05-27 |
JPS5926554Y2 true JPS5926554Y2 (en) | 1984-08-01 |
Family
ID=29522846
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP16409480U Expired JPS5926554Y2 (en) | 1980-11-14 | 1980-11-14 | continuous crimping machine |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS5926554Y2 (en) |
-
1980
- 1980-11-14 JP JP16409480U patent/JPS5926554Y2/en not_active Expired
Also Published As
Publication number | Publication date |
---|---|
JPS5786294U (en) | 1982-05-27 |
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