JPS62259734A - Collar member fitting device for separator manufacturing machine - Google Patents
Collar member fitting device for separator manufacturing machineInfo
- Publication number
- JPS62259734A JPS62259734A JP8314187A JP8314187A JPS62259734A JP S62259734 A JPS62259734 A JP S62259734A JP 8314187 A JP8314187 A JP 8314187A JP 8314187 A JP8314187 A JP 8314187A JP S62259734 A JPS62259734 A JP S62259734A
- Authority
- JP
- Japan
- Prior art keywords
- fitting
- guide
- wire rod
- wire
- 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.)
- Pending
Links
- 238000004519 manufacturing process Methods 0.000 title claims description 16
- 239000000463 material Substances 0.000 claims description 51
- 238000005520 cutting process Methods 0.000 abstract description 25
- 238000004513 sizing Methods 0.000 description 6
- 238000009415 formwork Methods 0.000 description 4
- 238000000034 method Methods 0.000 description 4
- 238000003780 insertion Methods 0.000 description 3
- 230000037431 insertion Effects 0.000 description 3
- 238000004804 winding Methods 0.000 description 3
- 230000001105 regulatory effect Effects 0.000 description 2
- 241000251730 Chondrichthyes Species 0.000 description 1
- 239000010433 feldspar Substances 0.000 description 1
- 238000007689 inspection Methods 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 238000005259 measurement Methods 0.000 description 1
Landscapes
- Automatic Assembly (AREA)
- Specific Conveyance Elements (AREA)
Abstract
Description
【発明の詳細な説明】
不発明は、型枠部付用セパレーター製造機用鍔材嵌合装
置に関し、更に詳しくは、セパレーター用線材端部にパ
ッドやワッシャー等の鍔材を自動的に嵌合し、長さの異
る各檀セパレーターの量産化を可能としたセパレーター
製造機用鍔材嵌合装置に関する。[Detailed Description of the Invention] The invention relates to a flange material fitting device for a separator manufacturing machine for attaching to a formwork, and more specifically, a device for automatically fitting flange materials such as pads and washers to the ends of separator wires. The present invention also relates to a flange material fitting device for a separator manufacturing machine that enables mass production of wooden separators of different lengths.
従来、コンクリート型枠締付用セパレーターの製造は、
線材の切断工程、パッド、ワッシャー等の鍔材嵌合工程
、異材退部への施螺工程の各々を各専用機で又は手作業
等で行っていたために多種に及ぶセパレーターの製造に
は常に各種類に応じてコスト上ろる程度の数を作らなけ
ればならず、このことは使用頻度の低いセパレーター［
６っても使用数量以上の在庫を余儀なくなさしめていた
。Conventionally, the production of separators for tightening concrete formwork was
The process of cutting wire rods, fitting flange materials such as pads and washers, and screwing in parts of different materials were all done using specialized machines or by hand, so manufacturing a wide variety of separators always requires a lot of work. Depending on the type, it is necessary to make a large number of them at a cost, and this means that separators that are used less frequently [
6, they were forced to keep more inventory than they used.
本発明者は、従来のコンクリート型枠締付用セパレータ
ーにおけるこのような問題点に已み、必要なある種のセ
パレーターを現場で又は資材の取扱い又は管理場所で必
要数即座に製造でき、しかもその製造機が目動であり、
製造状態が機外から容易に観察し得て、保守点検が手軽
にできるとともに線材の自動測長・切断並びに切断後の
線材端部への鍔材自動嵌合を連続的且つ正確になし得る
ようにした型枠締付用セパレーターの自動製造装置を提
供せんとしたときに線材への鍔材自ｔｇＪ嵌合装匝が必
要とでｎ、不発明はこｎを提供ぞんとするものでるる。The present inventor has overcome these problems with conventional separators for tightening concrete formwork, and has made it possible to immediately manufacture the required number of separators on-site or at material handling or management locations. The manufacturing machine is Medo,
Manufacturing conditions can be easily observed from outside the machine, maintenance and inspection can be easily performed, and automatic length measurement and cutting of wire rods as well as automatic fitting of flange material to the ends of wire rods after cutting can be carried out continuously and accurately. In order to provide an automatic manufacturing device for separators for tightening formwork, it is necessary to have a tgj fitting fitting for the flange material to the wire rod. .
この袋ｔは、当然なこととしてセパレーターの自動製造
装置用以外に単能機としても利用できることは言うまで
もない。Needless to say, this bag t can be used not only as an automatic separator manufacturing device but also as a single-purpose machine.
以下本発明装置の詳細を図示した実施例に基づき説明す
ると、第１図は不鍔材嵌合装置を具備する自動製造装置
における各部装置の配置状態を説明する平面説明図、第
２図はこの平面説明図を正面からみた各部装置の配置状
態を説明する立面説明図であって、図中１として示す巻
線から送給さまた直線２が自動寸法決め兼切断袋ｆｉ乙
に送られ、この装置乙の下方に一端を位置して装丁ばか
ら落下・供給される一定寸法のセパレーター用線材を受
けて移送する為の搬送液ｆｉ４が前記装置６と直交する
：うに設けられ、該搬送装置４の側部には、−側に前記
線材の一端を案内するガイド５を、他側に前記ガイド５
に対向するように線材他端にパッド・ワッシャー等の型
砕締付用の鍔材嵌合装置６を少なくとも一組以上設けて
なジ、且つ搬送装置４の送給端に鍔材を嵌合されてなる
線材両側端への施螺装置７並びに線材中央へのマーキン
グ装置８を配してなるものであり、図中石側の９１に固
定部として＠記鍜送装置４、鍔材嵌合装置６、施螺装＠
７の一方を設は他方を移動部１０として、テープ／ｌ／
１１上で左右方向に予じめ指示された線材長さに応じ移
動手段１２で′！５動可能とし、直線の自動寸法決め鮫
切断装盆６は、こｎら固定部９、移動部１０の手前に位
置して前記移動部１０の移動に応じて該装置中の位置決
め部材が自動変位するようにしたものである。The details of the apparatus of the present invention will be explained below based on illustrated embodiments. FIG. 1 is an explanatory plan view illustrating the arrangement of each component in an automatic manufacturing apparatus equipped with a non-strength material fitting apparatus, and FIG. It is an elevation explanatory view illustrating the arrangement state of each component device when the plan explanatory view is viewed from the front, and a straight line 2 fed from the winding shown as 1 in the figure is sent to the automatic sizing and cutting bag fi B, One end of this device B is located below the device B, and a carrier liquid fi4 for receiving and transferring a separator wire of a certain size dropped and supplied from the binding rack is provided at right angles to the device 6. 4 has a guide 5 for guiding one end of the wire on the negative side, and a guide 5 on the other side.
At least one set of flange material fitting devices 6 for crushing and clamping, such as pads and washers, are provided at the other end of the wire so as to face the flange material, and the flange material is fitted to the feeding end of the conveying device 4. A screw threading device 7 is provided at both ends of the wire rod, and a marking device 8 is placed at the center of the wire rod. 6. Screw mounting @
7 is set up and the other is set as the moving unit 10, and the tape/l/
11, the moving means 12 moves '! The shark cutting tray 6, which can be moved in a straight line and automatically dimensioned, is located in front of the fixed part 9 and the moving part 10, so that the positioning member in the apparatus automatically moves according to the movement of the moving part 10. It is designed to be displaced.
本発明の詳細を史１ｉｔ具体的只施例を記載した第３図
〜第６図に基づき説明すると、第３因は、第１図第２図
中における直線の自動寸法決め前切断装置でろって、第
１図で示した巻線１から送給されてなる直線２をガイド
１６の貫通孔１４を通して送り込みその先端が位置決め
ストッパー１５にあたることによｐ不装置による自動寸
法決め前切断装置が作動するようにしている。即ち、該
装置は、第３図にその構成を説明する如く、セパレータ
ー自動製造装置の手Ｍｉｌにあって、機台上に寸法決め
は条を設けた軸体１６を軸受１７と、第３図口によって
示した軸体１６一端に連設した支持台１７′によって水
平方向に摺動可能に支持し、この軸体１６一端は、上部
にハンマー１８による打撃受用の段部１９をもち、下端
には前記ガイド１３から送り込まれてなるｔｉ線２を切
Ｅりする為の刃２０が設けられた切断手段２１に、前記
軸体１６の図中左右への移動にともなって移動し且つ上
下の百ふｔ）動作が可能なように第３図の如く支持台１
７′の上下貫通案内孔１７′に挿入し且バネ体２２の一
端を切断手段の受撃部両ｑ面２６に突設したビン２４に
弾ださせ、折曲端２５を軸体側部のビン２６に嵌合し、
他端を受撃部２７を外嵌して切断手段２１０基台上面を
下方へ押圧する連結／＜ネで連結してなる。なお、図中
１８は切断手段が図中右方へ移動したときに切断手段の
段部をたたく為の常時上下動させてなるハンマーである
。本自動寸法決め前切断装置の軸体−側は前記構成にし
てなり、他側は、終端近くに本軸体が回転可能でしかも
図中右方へ弾性附勢する為のバネ２８がベアリング２９
を介して軸体１６と軸受機体３０間に介在し、しかもバ
ネ左方には軸体１６の側面長さ方向に設けた複数の溝３
１に保合するように軸受支持幹に固定したベベルギア６
２を併動用のキー等分して外嵌し、該ベベルギア３２に
は、寸法決めストッパー移動用の駆動ｓに連結したベベ
ルギア６３に関係づけてなり、前記一端の切断手段２１
と他端軸受１７間には、下部で回転規制され上部で軸体
１６の蝶条と蝶合する位置決めストッパー１５が取付け
られてなる。The details of the present invention will be explained based on FIGS. 3 to 6, which show specific examples. Then, the straight line 2 fed from the winding 1 shown in FIG. I try to do that. That is, as the configuration is explained in FIG. 3, this device is located in the hand mill of an automatic separator manufacturing device, and a shaft body 16 with a sizing strip provided on a machine stand is connected to a bearing 17, and as shown in FIG. The shaft 16 is horizontally slidably supported by a support stand 17' connected to one end of the shaft 16, which has a step 19 at the upper part for receiving a blow from a hammer 18, and a step part 19 at the lower end. is attached to a cutting means 21 equipped with a blade 20 for cutting the Ti wire 2 fed from the guide 13, which moves as the shaft body 16 moves from side to side in the figure, and from the top and bottom. ft) To enable operation, place the support stand 1 as shown in Figure 3.
The spring body 22 is inserted into the vertical through guide hole 17' of the cutting means, and one end of the spring body 22 is projected onto the pins 24 protruding from both q surfaces 26 of the receiving part of the cutting means, and the bent end 25 is inserted into the pin on the side of the shaft body. 26,
The receiving part 27 is fitted onto the other end of the cutting means 210, and the cutting means 210 is connected to the upper surface of the cutting means 210 with a connection screw that pushes the upper surface of the base downward. In addition, numeral 18 in the figure is a hammer that is constantly moved up and down to strike the stepped portion of the cutting means when the cutting means moves to the right in the figure. The shaft body side of this automatic sizing pre-cutting device has the above-mentioned configuration, and the other side has a bearing 29 near the end that allows the shaft body to rotate and also has a spring 28 for elastically biasing it to the right in the figure.
A plurality of grooves 3 are interposed between the shaft body 16 and the bearing body 30 via
Bevel gear 6 fixed to the bearing support shaft so as to be aligned with 1.
The bevel gear 32 is connected to a bevel gear 63 connected to a drive s for moving the sizing stopper, and the cutting means 21 at one end is connected to the bevel gear 63 connected to the drive s for moving the dimensioning stopper.
A positioning stopper 15 is attached between the shaft body 16 and the other end bearing 17, the rotation being restricted at the lower part and the positioning stopper 15 being hinged to the hinge of the shaft body 16 at the upper part.
しかして、ストッパー１５の移動駆動源に与えられた寸
法指示に応じて回転するベベルギア６６の回転は、軸体
のベベルギア６２を介して軸体１６に一定の回転数を付
与し、位置決めストッパ−１５を所定位置に移動させる
。次いでガイド５′ｆ：通って送給されてきた線材はそ
の先端をストッパ−１５前面に当り、なおこｆ′Ｌを進
行方向に押圧し、ストッパー１５と連結してなる軸体１
６を図中右方へ押すと、軸体と併動して切断手段２１も
右方へ移動し、常時上下動するハンマー１８により段部
がたたかれ、バネ体２２の＋７［Ｉｉ性に抗して切断手
段２１が下動し、下端の刃２０で線材が切断される。切
断さｎると軸体１６右方のバネ２８による附勢が作用し
軸体１６はもとの位置にもどる。このようにこの装置に
よシ、位置決めストッパー１５ヲ所望の長さに位置設足
することで各程良さの線材が任意に得られる。Therefore, the rotation of the bevel gear 66 that rotates in accordance with the dimension instruction given to the movement drive source of the stopper 15 imparts a constant rotation speed to the shaft body 16 via the bevel gear 62 of the shaft body, and the positioning stopper 15 move it to the specified position. Next, the wire rod fed through the guide 5'f hits the front surface of the stopper 15 with its tip, presses the rod f'L in the advancing direction, and the shaft body 1 connected to the stopper 15.
6 to the right in the figure, the cutting means 21 also moves to the right in conjunction with the shaft, and the stepped portion is struck by the hammer 18, which is constantly moving up and down. The cutting means 21 moves downward against this, and the wire is cut by the blade 20 at the lower end. Once cut, the spring 28 on the right side of the shaft 16 acts to force the shaft 16 back to its original position. In this manner, by positioning the positioning stopper 15 at a desired length using this apparatus, wire rods of various quality can be obtained arbitrarily.
切断された線材は一本ずつ又は図示の如く前記装置の下
方に設けた２枚のガイドスリーブ間に送られた後下側の
ものから順次下方へ落下可能にしている。The cut wire rods are fed one by one or between two guide sleeves provided below the device as shown in the figure, and are allowed to fall sequentially downward, starting from the lower one.
前記寸法法め兼切断装置乙の下方には、、ＩＥ送装＠４
５ｃ構成する一方のコンベア６４ヲ固定し、他方のもの
３５は位置変更可能なようにテーブル上で移動する移動
部１０に設け、線材長さに応じた左右の間隔を有する無
端回動コンベア３４．３５を＠記装置６と直交するよう
に設けて搬送装置４を構成し、該搬送装置４によって一
本ずつ線材を次工程に送り得るようにしている。線材一
本ずつの送給は。Below the dimensioning and cutting device B, there is an IE feeding @4
One of the conveyors 64 constituting 5c is fixed, and the other conveyor 35 is provided on the moving part 10 that moves on the table so that its position can be changed, and the endless rotary conveyor 34 has a left and right interval according to the length of the wire material. 35 is provided perpendicularly to the device 6 to constitute the conveying device 4, and the conveying device 4 can send the wire rods one by one to the next process. Feeding of wire rods one by one.
搬送装置４上面に設けた間欠的突部６６間の谷６７を用
いてなる。This is achieved by using valleys 67 between intermittent protrusions 66 provided on the upper surface of the conveying device 4.
次に、このような搬送装置にあてて送られてきた線材両
端へのパッド・ワッシャー等の鍔材嵌合装置６１１、−
側の線材６８一端案内用のガイド６９と他側の前記ガイ
ド３９に対向するようにフィダー４０に連結してなる鍔
材嵌合体４１とよシなｐ、前記ガイド６９は他側にめる
鍔材嵌合体４１への線材端部位置決め用に用いられ、こ
のガイド３９の一端ｆｚｒ：嵌合体方向への位置変更可
能なようにシリンダー４２等で位置決定し且つ固定する
とともにガイド先端を開放して、線材を嵌合体４１方向
へやや附勢し得るようにしてなる。他方鍔材嵌合体には
、前方に線材に対する鍔材挿入位置決めガイド４６があ
り、その終端において嵌合体４１の鍔部４４への嵌合位
ｌが決定される。Next, a flange material fitting device 611, such as a pad and washer, is applied to both ends of the wire sent to such a conveying device.
A guide 69 for guiding one end of the wire rod 68 on the side and a flange material fitting body 41 connected to the feeder 40 so as to face the guide 39 on the other side. One end fzr of this guide 39 is used for positioning the end of the wire to the material fitting body 41: It is positioned and fixed with a cylinder 42 or the like so that the position can be changed in the direction of the fitting body, and the tip of the guide is opened. , the wire rod can be slightly biased toward the fitted body 41. On the other hand, the flange material fitting body has a flange material insertion positioning guide 46 for the wire at the front, and the fitting position l of the flange material 41 to the flange portion 44 is determined at the end thereof.
即ち、パッドやワッシャーの鍔材４４は、その中央に嵌
合用の孔４５を持ち、この孔に線材６８端部を嵌入し、
鍔材４４を線材６８へ取付けんとするものでめるが、本
嵌合体４１は、ナツトフィーダー等に用いられるのと同
様なフィーダー４０に連結した送給部４６を立設して主
要構成し、この送給部４６には、縦方向のフィーダーと
連結する鍔材送給孔４７ヲもち、該送給孔４７前面を鍔
材の孔が露出するように開設４８シ、且つ送給孔４７の
下４を線材６８並びに鍔部４４が通過並びに脱出可能に
切欠４９シてなるものでろり、この送給部４６ｄ第４〜
６図に示す如く鍔材４４、図例はパッドを線材端部進行
方向に対して斜方向になるよう設定し、ガイド３９によ
り位置決めされた線材端部が進行によって鍔材４４の孔
４５に嵌入し、こ′ｒＬを引かけて搬送さｎる。嵌合体
４１から脱した鍔材４４は溝５１によシ位置規制され次
いで線材３８の他端にも他の鍔材４４を嵌合する為に、
前記同様のガイド６９と鍔材嵌合体４１からなる次の嵌
合装置へ送られる。That is, the collar material 44 of the pad or washer has a fitting hole 45 in the center, and the end of the wire 68 is inserted into this hole.
Although the flange material 44 is attached to the wire rod 68, the main structure of the main fitted body 41 is a feeding section 46 connected to a feeder 40 similar to that used in a nut feeder, etc. This feeding section 46 has a flange material feed hole 47 connected to a vertical feeder, and the front surface of the feed hole 47 is opened 48 so that the hole of the flange material is exposed. The lower part 4 of the feeding part 46d has a notch 49 through which the wire rod 68 and the collar part 44 can pass and escape.
As shown in FIG. 6, the flange material 44, in the example shown, the pad, is set so as to be diagonal to the advancing direction of the wire end, and the wire end positioned by the guide 39 fits into the hole 45 of the flange material 44 as it advances. Then, hook it up and transport it. The position of the collar material 44 that has come off from the fitting body 41 is regulated by the groove 51, and then, in order to fit another collar material 44 to the other end of the wire rod 38,
It is sent to the next fitting device consisting of the same guide 69 and flange material fitting body 41 as described above.
これらの嵌合装置は、線材両側端に鍔材を外嵌してなる
ものであ６から位置をずらせて少なくとも一対のこれら
装置が設けらｎる必要があり、もしパッドとワッシャー
を適宜選択せんとするときには、図示した如く、手前−
側にパッド用嵌合体とワッシャー用嵌合体と２配し、後
方他側にも各嵌合体を配してなる。従ってこのような嵌
合体４１を（！数個設置しているときには、嵌合後の鍔
材案内用溝５１をそれぞ１″Ｌ設けなければならないし
、又、例えばパッド用の嵌合体を利用し、ワッシャーを
用いないとぎには、線材の先端が自由にＸ１Ｔｉ過しう
るよう送給孔の最下鍔材上側位置で鍔材４４の下降を停
止させる為のヌトフバー５２ヲ送給部に、例えば背後か
ら送給孔を貫通する軸で形成する必要がある。These fitting devices are made by externally fitting collar materials to both ends of the wire, and at least one pair of these devices must be installed at different positions from 6. If pads and washers are not selected appropriately, When doing so, as shown in the figure, the front -
A pad fitting body and a washer fitting body are arranged on the side, and each fitting body is arranged on the other rear side. Therefore, when several such fitting bodies 41 (!) are installed, each groove 51 for guiding the flange material after fitting must be provided with a length of 1", and, for example, if a fitting body for a pad is used. However, when the washer is not used, a nut bar 52 is installed in the feeding section to stop the descent of the flange material 44 at a position above the lowest flange material of the feeding hole so that the tip of the wire can freely pass through the X1Ti. For example, it is necessary to form a shaft that passes through the feed hole from behind.
なお、図中搬送装置の終端に位置する５３は、セパレー
ターにおける鍔材用止め部の形成機構でめり、例えば固
定半円形ダイスと回転ダイス間を通すことにより環状リ
プを形成し、又７の施螺装置で線材両端部に螺条を施し
、且つ８のマーキング装置で線材中央をプレスしてマー
キングする。In addition, 53 located at the terminal end of the conveying device in the figure is bent by the forming mechanism of the stopper part for the flange material in the separator, for example, by passing it between a stationary semicircular die and a rotary die to form an annular lip, and 7. A threading device applies threads to both ends of the wire, and a marking device 8 presses and marks the center of the wire.
しかして、自動寸法決め無切断装置３から落下してきて
なる線材６８は、搬送装置４の谷部６７に載置され一本
ずつ送られ、この進行にともなって一側のガイド６９に
よって線材端部が案内されてその位置が規制されるとと
もに他側の挿入位置決めガイド４６によって進行方向に
対し斜めに配置した嵌合体４１中の鍔材４４の孔４５に
線材端部が嵌入し鍔材４４が線材３８に取付けられる。The wire rods 68 that have fallen from the automatic sizing and non-cutting device 3 are placed on the troughs 67 of the conveying device 4 and fed one by one, and as they progress, the wire rod ends are removed by the guide 69 on one side. is guided and its position is regulated, and the end of the wire is fitted into the hole 45 of the flange material 44 in the fitting body 41 arranged diagonally with respect to the advancing direction by the insertion positioning guide 46 on the other side, and the flange material 44 is inserted into the wire rod. Attached to 38.
次に線材６８の他端には前記と同様にして鍔材４４が嵌
合され、環状リプ形成・ａ螺・マーキングの各処理がな
さ１てセパレーターが製造される。第４図における如く
、バラドとワッシャーを選択・嵌合させ得る装置の場合
は、一方を作動させているときには、他方の嵌合装置６
の鍔材４４は送給孔４７の最下位置に落下しないよう中
間で停止きせていなければならない。Next, the flange material 44 is fitted to the other end of the wire 68 in the same manner as described above, and the processes of forming an annular lip, forming a screw, and marking are performed to produce a separator. As shown in FIG. 4, in the case of a device that can select and fit a barad and a washer, when one is in operation, the other fitting device 6
The flange material 44 must be stopped in the middle so that it does not fall to the lowest position of the feed hole 47.
以上のように不発明に係る型砕締付用セパレーター製造
機用鍔材嵌合装置は、線材端部進行方向に対し斜めに内
部の鍔材嵌合孔面を位置させてパッドやワッシャー等全
配し線材３部に嵌合させてなるから、鍔材と線材の嵌合
は自動的且確実に実施でき各種の長石が異なるセパレー
ターに対し種類の異なる鍔材ｔ−嵌合してセパレーター
の製造、とりわけ自動化全可能としたのである。As described above, the uninvented flange material fitting device for a mold crushing and tightening separator manufacturing machine positions the internal flange material fitting hole surface obliquely with respect to the direction of movement of the wire end, so that pads, washers, etc. Since it is fitted to three parts of the wire rod, the fitting of the collar material and the wire rod can be carried out automatically and reliably, and a separator can be manufactured by fitting different types of collar materials to separators with different types of feldspar. In particular, this made it possible to fully automate the process.
第１図は不発明の鍔材嵌合装置を具備したセパレーター
製造磯の平面説明図、第２図は第１図の拡大立面説明図
、第３図イ１口は自動寸法決め前切断装置の断面図、第
４図は第１図のＡ−Ａ断面図、第５図は鍔材嵌合装置の
説明斜視図、第６図は鍔材送給部の平断面説明図でるる
。
１・−・巻線、２・・・直線、６・・・自動寸法決め前
切断装置、４・・・搬送装置、５・・・ガイド、６・・
・鍔材嵌合孔面、７・・・施螺装置、８・・・マーキン
グ装置。
９・・・固定部、１０・・・移動部、１１・・・テーブ
ル、１２・・・移動手段、１６・・−ガイド、１４・・
・貫通孔、１５・・・位置決めストッパー、１６・・・
軸体、１７・・・軸受、１８・・・ハンマー、１９・・
・段部、２０・・・刃、２１・−・切断手段、２２・・
・バネ体、２６・・−側面、２４・・−ビン、２５・・
・折曲端、２６・・・ビン、２７・・・受撃部、２８・
・・バネ、２９・・・ベアリング、３０・・・軸受機体
、６１・・・溝、６２・・・ベベルギア、６６・・・へ
／（Ａ／ キア、 ３４−・・コンベア、 ３５・・・
コンベア、６６・・・間欠的尖部、６７・・・谷、６８
・・・線材、３９−・−ガイド、４０・・・フィーダー
、４１・・・鍔材嵌合体、４２・・・シリンダー、４６
−・・鍔材挿入位置決めガイド、４４・−・鍔材、４５
・・・孔、４６・・・送給部、４７・・・鍔祠送給孔、
４８・−開設、４９・・・切欠、５１・・・溝、５２・
−・ストッパー、５６・・・鍔材用止め部の形成機構。Figure 1 is an explanatory plan view of a separator production site equipped with an uninvented flange material fitting device, Figure 2 is an enlarged elevational view of Figure 1, and Figure 3 A1 is an automatic sizing pre-cutting device. 4 is a sectional view taken along the line A-A in FIG. 1, FIG. 5 is an explanatory perspective view of the flange material fitting device, and FIG. 6 is a plan sectional view of the flange material feeding section. 1... Winding wire, 2... Straight line, 6... Automatic dimensioning pre-cutting device, 4... Conveyance device, 5... Guide, 6...
- Flange material fitting hole surface, 7... Threading device, 8... Marking device. 9... Fixed part, 10... Moving part, 11... Table, 12... Moving means, 16...-Guide, 14...
・Through hole, 15...Positioning stopper, 16...
Shaft body, 17...Bearing, 18...Hammer, 19...
・Stepped portion, 20...blade, 21...cutting means, 22...
・Spring body, 26...-side, 24...-bottle, 25...
・Bent end, 26... Bin, 27... Receiving part, 28.
... Spring, 29... Bearing, 30... Bearing body, 61... Groove, 62... Bevel gear, 66... To/(A/ Kia, 34-... Conveyor, 35...
Conveyor, 66... Intermittent peak, 67... Valley, 68
...Wire rod, 39--Guide, 40... Feeder, 41... Flange material fitting body, 42... Cylinder, 46
---Brim material insertion positioning guide, 44 ---Brim material, 45
... Hole, 46... Feeding part, 47... Tsubaji feeding hole,
48・-Opening, 49・Notch, 51・Groove, 52・
- Stopper, 56... Mechanism for forming a stopper portion for flange material.
Claims (1)
ダーへ連結され、線材端部進行方向に対し斜めに内部の
鍔材嵌合孔面を位置させた嵌合体とよりなり、搬送装置
前方のガイドと嵌合体に対し後方のガイドと嵌合体の配
置位置を逆にしたものを一組とし、これを一組以上設け
てなるセパレーター製造機用鍔材嵌合装置。(1) It consists of a guide on one side of the conveying device and a fitting body connected to the feeder on the other side, with the internal flange material fitting hole surface positioned obliquely with respect to the direction of movement of the wire end, and the fitting body is located at the front of the conveying device. A flange material fitting device for a separator manufacturing machine, which is provided with one or more sets of guides and fitting bodies arranged in reverse positions relative to the guide and fitting body at the rear.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP8314187A JPS62259734A (en) | 1987-04-04 | 1987-04-04 | Collar member fitting device for separator manufacturing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP8314187A JPS62259734A (en) | 1987-04-04 | 1987-04-04 | Collar member fitting device for separator manufacturing machine |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2808983A Division JPS59107831A (en) | 1983-02-21 | 1983-02-21 | Flange member fitting device for separator manufacturing machine |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP20702490A Division JPH03239434A (en) | 1990-08-04 | 1990-08-04 | Fitting device of flange member for separator manufacturing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS62259734A true JPS62259734A (en) | 1987-11-12 |
Family
ID=13793930
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP8314187A Pending JPS62259734A (en) | 1987-04-04 | 1987-04-04 | Collar member fitting device for separator manufacturing machine |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS62259734A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106624777A (en) * | 2016-12-20 | 2017-05-10 | 昆山市宏越精密机械有限公司 | Remaining needle assembly machine |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5019067A (en) * | 1972-08-16 | 1975-02-28 |
-
1987
- 1987-04-04 JP JP8314187A patent/JPS62259734A/en active Pending
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5019067A (en) * | 1972-08-16 | 1975-02-28 |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106624777A (en) * | 2016-12-20 | 2017-05-10 | 昆山市宏越精密机械有限公司 | Remaining needle assembly machine |
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