JPS5916730A - Resin molding system for hoop insertion - Google Patents

Resin molding system for hoop insertion

Info

Publication number
JPS5916730A
JPS5916730A JP12800782A JP12800782A JPS5916730A JP S5916730 A JPS5916730 A JP S5916730A JP 12800782 A JP12800782 A JP 12800782A JP 12800782 A JP12800782 A JP 12800782A JP S5916730 A JPS5916730 A JP S5916730A
Authority
JP
Japan
Prior art keywords
hoop material
mold
hoop
molding machine
hoop member
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
Application number
JP12800782A
Other languages
Japanese (ja)
Inventor
Yuji Takahashi
勇次 高橋
Katsuhiro Shirota
城田　勝弘
Minoru Otsuka
実 大塚
Kazuhiko Endo
和彦 遠藤
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Seiko Seiki KK
Seiko Instruments Inc
Original Assignee
Seiko Seiki KK
Seiko Instruments Inc
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Seiko Seiki KK, Seiko Instruments Inc filed Critical Seiko Seiki KK
Priority to JP12800782A priority Critical patent/JPS5916730A/en
Publication of JPS5916730A publication Critical patent/JPS5916730A/en
Pending legal-status Critical Current

Links

Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C45/00—Injection moulding, i.e. forcing the required volume of moulding material through a nozzle into a closed mould; Apparatus therefor
    • B29C45/14—Injection moulding, i.e. forcing the required volume of moulding material through a nozzle into a closed mould; Apparatus therefor incorporating preformed parts or layers, e.g. injection moulding around inserts or for coating articles
    • B29C45/14008—Inserting articles into the mould
    • B29C45/14016—Intermittently feeding endless articles, e.g. transfer films, to the mould

Landscapes

  • Engineering & Computer Science (AREA)
  • Manufacturing & Machinery (AREA)
  • Mechanical Engineering (AREA)
  • Injection Moulding Of Plastics Or The Like (AREA)

Abstract

PURPOSE:To obtain good molding accuracy of insert of hoop member in a horizontal injection molding machine by a method in which hoop member is sent in a given amount by a step feeder while preventing their deflection by a feed guide. CONSTITUTION:Hoop member 1 is pulled into a molding machine 100 from a supply reel device 200, and when it comes near or beyond a chain line 1, a reel motor and the motor 423 of a supply side guide 400 are driven by the signal of a photoelectric switch SW1 and it is supplied, Whereas, when it comes near and beyond a chain line 2 in loosened state, the supply of it is stopped. Even the hoop member sent out in a given pitch each by a step feeder 600 are likewise wound up by the winding side guide and the winding side reel device. While the insert of the hoop member is put in the resin injected from the injection molding machine 100, the hoop member 1 is guided for their thickwise and widthwise directions by guides 132, 133 and 640, and the molding accuracy can be raised without causing deflection. Inserted resin molding can thus be attained by general purpose horizontal molding machines.

Description

【発明の詳細な説明】 この発明は、フープ材をインサートとする連絹樹脂成形
システムに関し、特に、汎用の横型射出成形機を用いる
ものに関する、 従来、フープ材をインサートとする連続樹脂成形システ
ムでは、成形機としては、金型内にフープ材を連続的に
供給するのに適するように工夫された竪型の射出成形機
が用いられている。この場合の竪型射出成形機は、フー
プ材成形用の専用に適するが、これを通常の樹脂成形に
転用するのは困難であって、もともとそのような汎用性
をまったく意図したものでは々い。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a continuous resin molding system using a hoop material as an insert, and particularly to one using a general-purpose horizontal injection molding machine. As the molding machine, a vertical injection molding machine is used which is suitable for continuously feeding the hoop material into the mold. In this case, the vertical injection molding machine is suitable for exclusive use for molding hoop materials, but it is difficult to convert it to ordinary resin molding, and it was not originally intended for such general purpose. .

ところが近時、一般に広く使用されている汎用の横型射
出成形機を用い、成形機自体に僅かな改造を施すととも
に、これにフープ材の給排出装置を組合わぜることで、
フープ材用の樹脂成形システムを構成できないか、とい
う要望がでている。However, recently, by using a general-purpose horizontal injection molding machine that is widely used, and making slight modifications to the molding machine itself, and combining it with a hoop material supply and discharge device,
There have been requests to construct a resin molding system for hoop materials.

この場合、横型射出成形機をフープ材成形用のものに固
定的に改造してし捷うのではなく、成形機の汎用性を不
可逆的に破壊することなしに、一般の樹脂成形も行斤え
る状態にしておくことが重要である。In this case, instead of permanently modifying the horizontal injection molding machine to one for molding hoop materials, it is possible to perform general resin molding without irreversibly destroying the versatility of the molding machine. It is important to keep it in good condition.

この発明は、前述したような技術的な背景に鑑みなされ
たもので、その基本的な目的Ｑま、前述しｆ（要望に応
えるべく、汎用横型射出成形機を中心とし、その汎用性
全損なうことなしに構成することのできるフープ材用の
インサート４Ｇｔ脂成形シスデムを提供することにある
。ｆｌ（、この発明のより具体的な他の目的は、汎用横
型射出成形機に対して連続的にフープ材を供給し、金型
にインサートして成形する場合に、幅方向を上下にした
フープ材が自重でねじれたり、金型の開閉に伴ってフー
プ材に曲がりを生じ、このことが種々のトラブルの原因
になり−やすいが、この問題を解消して円渭で高信頼度
の動作を得られるようにすることにある。This invention was made in view of the above-mentioned technical background, and its basic objectives are as follows: Another, more specific object of the invention is to provide an insert 4Gt plastic molding system for hoop material that can be constructed without any problems. When supplying hoop material and inserting it into a mold for molding, the hoop material with its width direction up and down may twist under its own weight, or may bend as the mold is opened and closed, which can cause various problems. Although it is easy to cause trouble, the purpose is to solve this problem and obtain highly reliable operation with a circular loop.

以下、この発明の実施例を図面に基づいて詳細：に説明
する。Embodiments of the present invention will be described in detail below based on the drawings.

図は、この発明に係るフープ材の樹脂成形システムの構
成を示す平面図でがる。このンステムは、一般的な汎用
の横型射出成形機１００と、フープ材１の供給側および
巻取側のリール装置２００および５００と、フープ材１
の供給側および巻取側のガイド装置４００および５００
と、成形機１００に付加されたフープ材１のステップフ
ィード装置６００とによって大略構成される。The figure is a plan view showing the configuration of a resin molding system for hoop materials according to the present invention. This system includes a general-purpose horizontal injection molding machine 100, reel devices 200 and 500 on the supply side and winding side of the hoop material 1, and a hoop material 1.
guide devices 400 and 500 on the supply side and take-up side of
and a step feed device 600 for the hoop material 1 added to the molding machine 100.

成形機１００に、ベッド１１０土に開口プレート１２０
と可動プレート１６０とが対向配置されていて、そ力ぞ
ね、の対向面側に固定型１２１および可動型１３１が取
付けられている。可動プレート１３０は矢印Ａで示すよ
うに水平方向に動き、型の開閉を行なう。In the molding machine 100, the bed 110 and the opening plate 120 in the soil.
and a movable plate 160 are arranged to face each other, and a fixed mold 121 and a movable mold 131 are attached to opposite surfaces of the two. The movable plate 130 moves horizontally as shown by arrow A to open and close the mold.

可動プレート１３０の一側部に上記ステップフィード装
置６００が取付けられており、またその反対側の他側部
には、フープ材１をフープ材の曲げ加工部を避けて厚み
方向に挾む一対のガイドローラ１３２とフープ材１の幅
方向を案内するガイド板１３３が取付けられている。The step feed device 600 is attached to one side of the movable plate 130, and a pair of step feed devices 600 are attached to the other side of the movable plate 130, and a pair of devices are attached to the other side of the movable plate 130 to sandwich the hoop material 1 in the thickness direction while avoiding the bending part of the hoop material. A guide roller 132 and a guide plate 133 for guiding the hoop material 1 in the width direction are attached.

供給側のリール装置２００Ｆｉ、基台２１０と、基台２
１０の中心部に垂直に立設されｆｆｌ　ＩＪ−ル、軸２
２０と、リール軸２２０を回転駆動するモータ２３０と
、リール軸２２０に装着された供給リール２４０とを備
える。供給リール２４０には、プレス打抜きや曲げ加工
（−次加工）が施こされているフープ材１が巻かれてい
る。Supply side reel device 200Fi, base 210, and base 2
10 vertically installed in the center of the ffl IJ-rule, axis 2
20, a motor 230 that rotationally drives the reel shaft 220, and a supply reel 240 attached to the reel shaft 220. The supply reel 240 is wound with a hoop material 1 that has been subjected to press punching and bending (secondary processing).

巻取側のリール装置３００も同様な構成で、基台３１０
．リール軸３２Ｕ、モータ６３０および巻取リール３４
０を備える。巻取リール５４０には、成形機１００にて
成形された樹脂成形体を有するフープ材１が巻取られる
。The reel device 300 on the take-up side has a similar configuration, with a base 310
．． Reel shaft 32U, motor 630 and take-up reel 34
0. The hoop material 1 having a resin molded body formed by the molding machine 100 is wound onto the take-up reel 540 .

　５− 供給側のガイド装置４００は、三脚スタンド４１０上に
設けられた架台４１１と、架台４１１に設けられたキャ
プスタン４２１およびピンチローラ４２２と、キャプス
タン４２１を回転駆動するモータ４２３と、架台４１１
の一側方に突出して設けられたたわみ検知器４５０とを
備える、たわみ検知器４３０は、水平台４３１上に一対
の限定反射形光電スイッチＳＷ１とＳＷ２を所定間隔を
おいて対向的に配設したものである。上記架台４１１の
上面はフープ材１の幅方向のガイド面となっており、ま
た、水平台４３１の上面は、フープ材１の下側面が垂れ
下らないよう支えとなっている。5- The guide device 400 on the supply side includes a pedestal 411 provided on a tripod stand 410, a capstan 421 and a pinch roller 422 provided on the pedestal 411, a motor 423 that rotationally drives the capstan 421, and a pedestal 411.
The deflection detector 430 includes a deflection detector 450 protruding from one side, and a pair of limited reflection type photoelectric switches SW1 and SW2 are disposed facing each other at a predetermined interval on a horizontal table 431. This is what I did. The upper surface of the pedestal 411 serves as a guide surface for the hoop material 1 in the width direction, and the upper surface of the horizontal base 431 serves as a support to prevent the lower surface of the hoop material 1 from sagging.

供給リール２４０から矢印Ｂ方向に引き出されたフープ
材１は、ガイド装置４００のキャプスタン４２１とピン
チローラ４２２との間を通され、さらにたわみ検知器４
３０の光電スイッチＥＩＷ１とＳＷ２の間を通過させら
れ、かつこの部分で弧状に曲げられ、約９０度方向転換
されて成形機１００のガイドローラ１３２に導かれる。The hoop material 1 drawn out from the supply reel 240 in the direction of arrow B is passed between the capstan 421 and the pinch roller 422 of the guide device 400, and then passed through the deflection detector 4.
30 photoelectric switches EIW1 and SW2, is bent into an arc shape at this portion, is turned about 90 degrees, and is guided to the guide roller 132 of the molding machine 100.

また、　６− フープ材１は、ガイドローラ１５２とステップフィード
装Ｍ６００との間にかけ渡され、成形機１００の可動型
１３１のパーティング面に沿って移動される。Moreover, 6- The hoop material 1 is spread between the guide roller 152 and the step feed device M600, and is moved along the parting surface of the movable mold 131 of the molding machine 100.

巻取側のガイド装置５００は、上記ガイド装置４００と
ほぼ同じ構成で、三脚スタンド５１０゜架台５１１．一
対のガイドローラ５２０．ｉわみ検知器５３０を備える
が、巻取側にはフープ材１を移送駆動するためのモータ
で駆動されるキャプスタンは設けられていない。たわみ
検知器５３０は、水平台５３１上に一対の限定反射型光
電スイッチＳＷ３とＥＩＷ４を所定間隔をおいて対向的
に配設したものである。The guide device 500 on the winding side has almost the same configuration as the guide device 400 described above, and includes a tripod stand 510° and a mount 511. A pair of guide rollers 520. Although a deflection detector 530 is provided, a capstan driven by a motor for transporting and driving the hoop material 1 is not provided on the winding side. The deflection detector 530 has a pair of limited reflection type photoelectric switches SW3 and EIW4 arranged on a horizontal table 531 to face each other at a predetermined interval.

ステップフィード装置　６００から送り出されるフープ
材１は、たわみ検知器５６０の光電スイッチＳＷ３とＥ
ＩＷ４の間を通過させられ、かつこの部分で弧状に曲げ
られ、約９０度方向転換されてガイドローラ５２０に導
かれる。このガイドローラ５２０を通過したフープ材１
は、矢印Ｃ方向に移送されて巻取リール６４０に巻取ら
れる。The hoop material 1 sent out from the step feed device 600 is fed to the photoelectric switches SW3 and E of the deflection detector 560.
It is passed between the IW4, bent into an arc at this portion, turned around by about 90 degrees, and guided to the guide roller 520. Hoop material 1 passing through this guide roller 520
is transferred in the direction of arrow C and wound onto a take-up reel 640.

ステップフィード装置６００ば、フープ材１を移動駆動
するためのエアーシリンダ６１０と、エアーシリンダ６
１０のピストンロッドの先端部に設けられ、フープ材１
を杷持および解放する移動チャック６２０と、フープ材
１の厚み方向および幅方向のふらつきを防ぐとともに、
上記移動チャック６の解放時にフープ材をクランプする
固定チャック部６４０と、フープ材１を金型１２１゜１
３１に対して１ピツチづつ正確に位置決めするための位
置検出器６６０とを備える。なお、上記移動チャック６
とともにピストンロッドに設けられたガイドローラの一
方は、段付になっていで、フープ材１の曲げ加工突出部
、成形樹脂部を避けるとともに、段部で曲げ加工突出部
を支え、フープ材の垂下を防いでいる。The step feed device 600 includes an air cylinder 610 for moving and driving the hoop material 1, and an air cylinder 6
The hoop material 1 is provided at the tip of the piston rod 10.
The movable chuck 620 holds and releases the hoop material 1, and prevents the hoop material 1 from wobbling in the thickness direction and width direction.
A fixed chuck part 640 that clamps the hoop material when the movable chuck 6 is released, and a fixed chuck part 640 that clamps the hoop material 1 to the mold 121°1.
31, and a position detector 660 for accurate positioning one pitch at a time. Note that the movable chuck 6
At the same time, one of the guide rollers provided on the piston rod is stepped, so as to avoid the bending protrusion and the molded resin part of the hoop material 1, and supporting the bending protrusion with the step to prevent the hoop material from drooping. is prevented.

フープ材１には、予めパイロット孔（図示省略）が一定
ピツチで形成されており、ステップフィード装置６００
の位置検出器６３０は上記パイロット孔が所定位ｆａｔ
に達したことを検出するもので、例えば、光フアイバ式
の光電スイッチが用いられる。ステップフィード装置６
００は、位置検出器６３０の検出信号によってエアーシ
リンダ６１０のスライド量を制御し、フープ材１を正確
に１ピツチづつ移送するようになっている。Pilot holes (not shown) are formed in advance in the hoop material 1 at a constant pitch, and the step feed device 600
The position detector 630 has the pilot hole at a predetermined position fat.
For example, an optical fiber-type photoelectric switch is used to detect when the threshold has been reached. Step feed device 6
00 controls the sliding amount of the air cylinder 610 based on the detection signal of the position detector 630, so that the hoop material 1 is accurately transferred one pitch at a time.

ステップフィード装置６００は、成形機１００と同期し
て動作する。つまり、成形機１００にて１回の成形動作
が完了し、可動プレート１３０が後退して型開きになる
と、ステップフィード装置６００が動作してフープ材１
を１ピツチだけ移送する。フープ材１の位置決めが完了
すると、再び成形機１が動作を開始し、可動プレート１
３０が前進し、て型締シとなり、樹脂成形が行なわれる
。Step feed device 600 operates in synchronization with molding machine 100. That is, when one molding operation is completed in the molding machine 100 and the movable plate 130 retreats to open the mold, the step feed device 600 operates to feed the hoop material 1.
Transfer only one pitch. When the positioning of the hoop material 1 is completed, the molding machine 1 starts operating again, and the movable plate 1
30 moves forward, the mold is clamped, and resin molding is performed.

以上の動作が繰返される。The above operations are repeated.

供給側のリール装置２００のモー′夕２６０とガイド装
置４００のモータ４２３の回転、停止は、たわみ検知器
４３０の光電スイッチＳＷ１とＳＷ２の検知信号に応じ
て制御される。The rotation and stopping of the motor 260 of the supply side reel device 200 and the motor 423 of the guide device 400 are controlled according to detection signals from the photoelectric switches SW1 and SW2 of the deflection detector 430.

詳述すると、限定反射型の光電スイッチＥＩＷ１は、フ
ープ材１が成形機１００側に引き込着れて鎖線（１）の
位置以上に近ずくと検知信号を発す　９− る。すると、モータ２５０と４２５が起動され、フープ
材１が矢印Ｂ方向に供給される。フープ材１が矢印Ｂ方
向に移送されてくると、たるみ検知器４３０の部分にお
けるフープ材１のたるみが大きくなり、フープ材１は光
電スイッチＳＷＺ側に近ずく。光電スイッチＳＷ２は、
フープ材１が鎖線（２）の位置以上に近ずくと検知信号
を発する。To explain in detail, the limited reflection type photoelectric switch EIW1 emits a detection signal when the hoop material 1 is drawn into the molding machine 100 side and approaches the position indicated by the chain line (1) or higher. Then, the motors 250 and 425 are activated, and the hoop material 1 is fed in the direction of arrow B. When the hoop material 1 is transferred in the direction of arrow B, the slack of the hoop material 1 at the sag detector 430 increases, and the hoop material 1 approaches the photoelectric switch SWZ side. The photoelectric switch SW2 is
When the hoop material 1 approaches the position indicated by the chain line (2) or higher, a detection signal is emitted.

すると、モータ２５０と４２３が停止され、フープ材１
の送給が停止する。以上の動作が繰返され、その結果、
フープ材１は鎖線（１）と（２）の間に位置するように
制御される。Then, the motors 250 and 423 are stopped, and the hoop material 1
feeding stops. The above operations are repeated, and as a result,
Hoop material 1 is controlled to be located between chain lines (1) and (2).

同様にして、巻取側リール装置３００のモータ３３０は
、たわみ検知器５３００光電スイツチＳＷ３とＳ　Ｗ’
　４の検知信号によって制御される。Similarly, the motor 330 of the take-up reel device 300 operates through the deflection detector 5300 and the photoelectric switches SW3 and SW'.
It is controlled by the detection signal of 4.

つまり、ステップフィード装置６００にてフープ材１が
送り出されてきて、フープ材１が鎖線（りの位置に達す
ると光電スイッチＳＷ４がこれを検知し、その検知信号
に応動してモータ３５０が起動され、フープ材１は矢印
０方回に引っばられてリール３４０に巻取られる。する
と、フープ材１−１０− は光電スイッチＳＷ３側に近すき、鎖線（３）の位置ま
で達すると光電スイッチＳＷ３がこれを検知し、その検
知信号に応動してモータ３３０が停止される。That is, the hoop material 1 is fed out by the step feed device 600, and when the hoop material 1 reaches the position indicated by the chain line (ri), the photoelectric switch SW4 detects this, and the motor 350 is started in response to the detection signal. , the hoop material 1 is pulled in the direction of the arrow 0 and wound onto the reel 340.Then, the hoop material 1-10- approaches the photoelectric switch SW3 side, and when it reaches the position indicated by the chain line (3), the hoop material 1-10- approaches the photoelectric switch SW3. detects this, and motor 330 is stopped in response to the detection signal.

このようにして、フープ材１が所定ピッチずつ順次送ら
れ、射出成形機１００が射出する樹脂によりフープ材中
に予め形成されたインサート部を次々とはさみ込んで行
く間、フープ材１は、ガイド装置１３２，１３３，６４
０，４２１，４２２，４１１゜５２０．５１１によりそ
の厚み方向９幅方向を案内されていて、ねじれることが
ない。In this way, the hoop material 1 is sequentially fed at a predetermined pitch, and while the injection molding machine 100 inserts the preformed insert portions into the hoop material one after another with the resin injected, the hoop material 1 is Devices 132, 133, 64
0,421,422,411°520.511 are guided in the thickness direction 9 width direction and will not twist.

なお、ガイド装置４００には、近接スイッチよりなるフ
ープ材１の終端検出器４４０が設けられていて、これに
よシ終端が検出されるとシステムは作動を停止する。The guide device 400 is provided with an end detector 440 of the hoop material 1 consisting of a proximity switch, and when the end of the hoop material 1 is detected by this, the system stops operating.

以上、詳細に説明したように、この発明に係るフープ材
の樹脂成形システムは、水平方向に閉型。As described above in detail, the resin molding system for the hoop material according to the present invention has a closed mold in the horizontal direction.

開型する横型射出成形機ｉｏｏと、この成型機の成形用
の一対の金型１２１，１３１の間を通したフープ材１を
所定量ずつ送るステップフィード装置６００と、フープ
材の金型への送り込み側、金型からの送り出し側の金型
付近にそれぞれ配置されて、フープ材の厚み方向および
幅方向のふらつきを防ぐガイド装置１３２，１３３，６
４０とを備えている。したがって、フープ材をその幅方
向を上下にして送っても、フープ材がねじれてインサー
ト成形精度が悪くなることがなく、シかも、フープ材専
用の成形機としないで、催かな改造で、再び一般の樹脂
成形を行なうようにも容易にできる。更に、上述の実施
例のように、フープ材の巻取り９巻戻Ｌ７装置を用い、
これらと金型との間のフープ材が長目になるよう々配置
にした場合は、その間のフープ材の自重、たわみ等によ
り金型付近のフープ材がねじれやすいので、途中に更に
ガイド装置４２１，４２２，４１１，５２０，５１１　
　で厚み方向９幅方向を案内し、また、水平台４３１゜
５３１でフープ材下側面を支えるようにすれば、一層ね
じれを防ぐ。A horizontal injection molding machine ioo that opens the mold, a step feed device 600 that feeds a predetermined amount of the hoop material 1 passed between a pair of molds 121 and 131 of this molding machine, and a step feed device 600 that feeds the hoop material 1 into the mold. Guide devices 132, 133, 6 are arranged near the mold on the feeding side and the feeding side from the mold to prevent the hoop material from wobbling in the thickness direction and width direction.
40. Therefore, even if the hoop material is fed with its width direction up and down, the hoop material will not be twisted and the insert molding accuracy will not deteriorate. It can also be easily used for general resin molding. Furthermore, as in the above embodiment, using the hoop material winding 9 unwinding L7 device,
If the hoop material between these and the mold is arranged so that it is long, the hoop material near the mold is likely to be twisted due to its own weight, deflection, etc. ,422,411,520,511
By guiding the hoop material in the thickness direction 9 width direction and by supporting the lower surface of the hoop material with a horizontal table 431° 531, twisting can be further prevented.

さらに、上記ガイド装置によって非接触の状態でフープ
材を弧状にたわ壕せてガイドすれば、フープ材にむりな
強制力を加えないので、成形機の型開閉時にフープ材が
変位しても、これに伴って自然にフープ材がたわみ、フ
ープ材の送９および位置決めが高精度かつ円滑に行なわ
れる。Furthermore, if the hoop material is guided in an arc shape without contact by the above-mentioned guide device, no unnecessary force is applied to the hoop material, so even if the hoop material is displaced when the mold is opened and closed in the molding machine. As a result, the hoop material naturally bends, and the hoop material is transported and positioned with high accuracy and smoothness.

【図面の簡単な説明】[Brief explanation of the drawing]

図は、本発明によるフープ材の樹脂成形システムの一実
施例を示す平面図である。 １・・・フープ材 １００・・・横型射出成形機 １２０・・・固定プレート １３０・・・可動プレート １６２・・・ガイドローラ ２００・・・供給側リール装置 ６００・・・巻取側リール装置 ４００・・・供給側ガイド装置 ５００・・・巻取側ガイド装置 ４３０．５３０・・・たわみ検知器 ６００・・・ステップフィード装置 −１３−The figure is a plan view showing an embodiment of the resin molding system for hoop material according to the present invention. 1... Hoop material 100... Horizontal injection molding machine 120... Fixed plate 130... Movable plate 162... Guide roller 200... Supply side reel device 600... Winding side reel device 400 ... Supply side guide device 500 ... Winding side guide device 430.530 ... Deflection detector 600 ... Step feed device -13-

Claims (4)

【特許請求の範囲】[Claims] （１）水平方向に閉型、開型動作を行なう横型射出成形
機と、この成形機の成形用の一対の金型の間を通したフ
ープ材を所定量ずつ送るステップフィード装置と、上記
フープ材の金型への送り込み側、金型からの送り出し側
の双方の金型付近にそれぞれ配置され、フープ材の厚み
方向および幅方向のふらつきを防ぐガイド装置とを備え
てなるフープ材の樹脂成形ンステム。(1) A horizontal injection molding machine that performs mold closing and opening operations in the horizontal direction, a step feed device that feeds a predetermined amount of hoop material passed between a pair of molding molds of this molding machine, and the hoop Resin molding of hoop material comprising guide devices placed near the molds on both the feeding side of the material into the mold and the feeding side from the mold to prevent wobbling of the hoop material in the thickness direction and width direction. Stem. （２）　　フープ材の厚み方向および幅方向のふらつき
を防ぐガイド装置が、金型への送り込み側、金型からの
送り出し側の少なくとも一方で、フープ材に沿って適宜
の間隔で複数配備されている特許請求の範囲第１項記載
のフープ材の樹脂成形ンステム。(2) A plurality of guide devices that prevent the hoop material from wobbling in the thickness direction and width direction are provided at appropriate intervals along the hoop material on at least one of the feeding side to the mold and the feeding side from the mold. A resin-molded stem of a hoop material according to claim 1. （３）金型への送り込み側、金型からの送り出し側の少
なくとも一方で、フープ材の下側面を支える水平台を備
えた特許請求の範囲第１項または第２項記載のフープ材
の樹脂成形ンステム。(3) The resin of the hoop material according to claim 1 or 2, which is provided with a horizontal stand that supports the lower surface of the hoop material on at least one of the feeding side to the mold and the feeding side from the mold. Molded stem. （４）　　ステップフィード装置および金型付近のガイ
ド装置が可動金型側に取付けられ、とのガイド装置およ
びステップフィード装置と、適宜量隔隔てた第２のガイ
ド装置との間で、フープ材をたゎ捷せるようにした特許
請求の範囲第２項まｆｃは第３項記載のフープ材の樹脂
成形ンステム。(4) A step feed device and a guide device near the mold are attached to the movable mold side, and the hoop material is moved between the guide device and step feed device and a second guide device separated by an appropriate amount. Claim 2 or fc is a resin-molded stem of a hoop material according to claim 3, which is made to be flexible.
JP12800782A 1982-07-21 1982-07-21 Resin molding system for hoop insertion Pending JPS5916730A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP12800782A JPS5916730A (en) 1982-07-21 1982-07-21 Resin molding system for hoop insertion

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP12800782A JPS5916730A (en) 1982-07-21 1982-07-21 Resin molding system for hoop insertion

Publications (1)

Publication Number Publication Date
JPS5916730A true JPS5916730A (en) 1984-01-27

Family

ID=14974161

Family Applications (1)

Application Number Title Priority Date Filing Date
JP12800782A Pending JPS5916730A (en) 1982-07-21 1982-07-21 Resin molding system for hoop insertion

Country Status (1)

Country Link
JP (1) JPS5916730A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4768913A (en) * 1986-02-10 1988-09-06 Kabushiki Kaisha Komatsu Seisakusho Destacker
CN109249581A (en) * 2018-09-25 2019-01-22 珠海格力智能装备有限公司 Feeding distribution mechanism and feeding system with it

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4768913A (en) * 1986-02-10 1988-09-06 Kabushiki Kaisha Komatsu Seisakusho Destacker
CN109249581A (en) * 2018-09-25 2019-01-22 珠海格力智能装备有限公司 Feeding distribution mechanism and feeding system with it

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