JPH0383628A - Foam molding machine equipped with unloading device for foam-molded body - Google Patents

Foam molding machine equipped with unloading device for foam-molded body

Info

Publication number
JPH0383628A
JPH0383628A JP2116282A JP11628290A JPH0383628A JP H0383628 A JPH0383628 A JP H0383628A JP 2116282 A JP2116282 A JP 2116282A JP 11628290 A JP11628290 A JP 11628290A JP H0383628 A JPH0383628 A JP H0383628A
Authority
JP
Japan
Prior art keywords
foam
mold
transfer
transfer panel
panel
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
JP2116282A
Other languages
Japanese (ja)
Inventor
Kazuo Nishimatsu
和夫 西松
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.)
Toyo Machinery and Metal Co Ltd
Original Assignee
Toyo Machinery and Metal Co Ltd
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 Toyo Machinery and Metal Co Ltd filed Critical Toyo Machinery and Metal Co Ltd
Priority to JP2116282A priority Critical patent/JPH0383628A/en
Publication of JPH0383628A publication Critical patent/JPH0383628A/en
Pending legal-status Critical Current

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  • Moulds For Moulding Plastics Or The Like (AREA)
  • Casting Or Compression Moulding Of Plastics Or The Like (AREA)

Abstract

PURPOSE:To realize favorable strength in guide part and consequently improve the unloading accuracy of foam-molded body by a structure wherein guide rails are installed in upright on the sides of the mold opening space of molds and a transferring panel, which is moved vertically along the guide rails so as to deliver foam-molded bodies, is provided. CONSTITUTION:Molds 6 and 7 of a foam molding machine are opened. Then, a transferring frame 18 equipped with a transferring panel 19 is raised along guide rails 14 and 15 so as to be inserted between the parted molds 6 and 7. Next, the transferring panel 19 is projected toward the product side mold 6 by actuating a transferring panel moving cylinder 35 so as to eject and take foam-molded bodies 10 out of the product side mold 6. After that, the foam- molded bodies 10 are fitted into the foam-molded body fitting through holes 19a of the transferring panel 19 so as to complete the receipt of the bodies. Next, by actuating the transferring panel moving cylinder 35 reversely, the transferring panel 19 together with the foam-molded bodies 10 is parted from the product side mold 6. After that, the transferring frame 18 is lowered so as to be moved to the unloading position outside the mold opening space.

Description

【発明の詳細な説明】 (産業上の利用分野) 本発明は、発泡スチロール銭形機において、発泡銭形体
を目動的に取り出し、移載・包装などの次工程に接続す
るために整列する装置まで備えた成形機の発泡成形体授
受の改良に関するものである。
Detailed Description of the Invention (Field of Industrial Application) The present invention relates to a device for purposefully taking out foamed coin shapes and arranging them for connection to the next process such as transfer and packaging in a styrofoam coin shape machine. This invention relates to an improvement in the transfer and reception of foamed molded products in a molding machine equipped with the same.

(従来の技術) 発泡スチロール成形機に対して従来タイバーの内側でか
つ発泡スチロール成形機の外側に位置してガイド部材を
装置し、真空吸着などの方法で金型のキャビティから発
泡スチロール成形機を取り出すための取り出し部材を出
し入れさせる取り出し機が提案されていた。
(Prior Art) Conventionally, a guide member is installed inside the tie bar and outside of the Styrofoam molding machine for a Styrofoam molding machine, and is used to take out the Styrofoam molding machine from the cavity of the mold using a method such as vacuum suction. A take-out machine that takes out and takes out a take-out member has been proposed.

(発明が解決しようとする問題点) しかし、従来提案されている事例においては、いずれの
場合においても下記のような問題点があった。
(Problems to be Solved by the Invention) However, in all of the cases proposed so far, there have been the following problems.

■吸着パッドのような取り出し部材による真空吸着方式
にあっては、型開き間隔内に出入りする取り出し部材を
ガイドする装置の強度が十分でないので、キャビティの
位置に正確に真空吸着などの取り出し部材を近付ける精
度の点で問題点があり、取り出しミスをともなう事があ
った。
■With the vacuum suction method using a take-out member such as a suction pad, the strength of the device that guides the take-out member as it moves in and out within the mold opening interval is not strong enough. There was a problem with the accuracy of getting closer, which sometimes led to errors in ejection.

■多品種少量生産の現代にあっては、頻繁に交換される
金型に対して取り出し部材の配置変更を金型の交換後、
金型間の内側段取りで行わねばならず、危険であるばか
りか全体の作業効率の点で問題が、大きかった。
■In today's world of high-mix, low-volume production, it is necessary to change the arrangement of ejecting parts for molds that are frequently replaced after the mold is replaced.
This had to be done by internal setup between the molds, which was not only dangerous but also a big problem in terms of overall work efficiency.

■又、パーティングされた金型間に授受パネルを位置さ
せ、この授受パネルにエジェクトされた発泡成形体を嵌
め込んで取り出す授受パネル取り出し方式も提案されて
いたが、この場合授受パネルは単に昇降するだけで製品
金型側に近接する事が出来なかったため、製品金型と授
受パネルとの間に隙間が生じ、エジェクトされるとすぐ
にキャビティから脱落してしまうような底の浅い発泡成
形体や金型のパーティング面に接着して取り出されるよ
うな方式の場合には授受枠に発泡銭形体を挿入する前に
発泡成形体が脱落してしまい、授受パネルによる発泡銭
形体の取り出しが出来なかった。
■Also, a transfer panel removal method has been proposed in which a transfer panel is positioned between the parted molds and the ejected foam molded body is inserted into the transfer panel and taken out, but in this case, the transfer panel is simply raised and lowered. Because it was not possible to get close to the product mold side, a gap was created between the product mold and the receiving panel, and the foam molded product had a shallow bottom that would fall out of the cavity as soon as it was ejected. In the case of a method in which the foamed coin is removed by adhering it to the parting surface of the mold, the foamed coin may fall off before it is inserted into the receiving/receiving frame, making it impossible to take out the foamed coin using the receiving/receiving panel. There wasn't.

(本発明の目的) 本発明は、かかる従来例の欠点に鑑みてなされたもので
、その目的とする処は発泡成形体の取り出し装置まで一
体装備すると共に取り出し装置の授受パネルを製品側金
型に移動可能とする事により、取り出し精度の向上、作
業効率や多品種少量生産に対する対応性などの向上並び
に底の浅い発泡成形体や製品側金型に付着して取り出さ
れる方式の発泡成形体でもミスなく受け取る事の出来る
発泡成形体の取り出し装置付き発泡成形体を提出するに
ある。
(Object of the present invention) The present invention has been made in view of the drawbacks of the conventional examples, and its purpose is to integrally equip a device for taking out the foamed molded product, and to connect the transfer panel of the device to the mold on the product side. By making it possible to move the product, it improves take-out accuracy, improves work efficiency, and adapts to high-mix, low-volume production. To submit a foamed molded product with a device for taking out the foamed molded product that can be received without mistakes.

(問題点を解決するための手段) 本発明は上記問題点を解決するために、■金型(7) 
(8)の型開き空間の側方にガイドレール(14) (
15)を立設し、 ■ガイドレール(14) (15)に沿って昇降する授
受枠(18)を配設し、 ■該授受枠(18)が上死点に位置した時、授受枠(1
8)に設置された授受パネル(19)を製品側金型(S
)に対して近接、離間させるための授受パネル移動シリ
ンダ(35)を授受枠(18)に設置し、■製品側金型
(S)に近接した時にエジェクトされた発泡成形体(l
O)を受け取るための、発泡成形体骨は渡し用の授受パ
ネル(19)を前記授受パネル移動シリンダ(35)に
取着し、 ■金型(7) (8)のキャビティに合わせて授受パネ
ル(19)に発泡成形体嵌合用通孔(19a)を穿孔し
、■授受枠(18)を昇降させるための昇降駆動装置(
C)を設け、 ■上死点にて発泡成形体(10)をエジェクトし、かつ
、エジェクトした発泡成形体(10)を授受パネル(1
9)の発泡成形体嵌合用通孔(19a)に嵌入するため
のエジェクトピン(9)を製品側金型(S)に設け、■
下死点において発泡成形体嵌合用通孔(19a)に嵌入
された発泡成形体(10)を押し出て整列させるための
押出整列装置(B)を設ける。
(Means for Solving the Problems) In order to solve the above problems, the present invention provides: ■Mold (7)
There are guide rails (14) on the sides of the mold opening space (8) (
15) is erected, ■ A transfer frame (18) that goes up and down along the guide rail (14) (15) is arranged, and ■ When the transfer frame (18) is located at the top dead center, the transfer frame ( 1
8) to the product side mold (S).
) A transfer panel moving cylinder (35) is installed in the transfer frame (18) to bring the ejected foam molded product (l) close to and away from the product side mold (S).
For receiving O), attach the transfer panel (19) for passing the foam molded body bone to the transfer panel moving cylinder (35), and move the transfer panel to fit the cavity of the mold (7) (8). A through hole (19a) for fitting the foamed molded body is bored in (19), and (1) an elevating drive device for elevating the transfer frame (18) (
C) is installed, ■ ejects the foamed molded product (10) at the top dead center, and transfers the ejected foamed molded product (10) to the receiving panel (1).
9) An eject pin (9) for fitting into the foam molding fitting through hole (19a) is provided on the product side mold (S), and
An extrusion alignment device (B) is provided for extruding and aligning the foam moldings (10) fitted into the foam molding fitting through holes (19a) at the bottom dead center.

;という技術手段を採用している。; is adopted as a technical means.

(作  用) ■発泡成形機の金型(6) (7)を型開きする。(for production) ■Open molds (6) and (7) of the foam molding machine.

■ガイドレール(14) (15)に沿って授受パネル
(19)を装備した授受枠(18)を上昇させてパーテ
ィングされた金型(6) (7)間に挿入する。
■The transfer frame (18) equipped with the transfer panel (19) is raised along the guide rails (14) (15) and inserted between the parted molds (6) and (7).

■授受枠(18)が上死点で停止すると授受パネル移動
シリンダ(35)を作動させて授受パネル(19)を製
品側金型(6)に向かって突き出す。
- When the transfer frame (18) stops at the top dead center, the transfer panel moving cylinder (35) is operated to push the transfer panel (19) toward the product side mold (6).

■次に発泡成形体(10)をエジェクトして製品側金型
(S)から取り出す。
(2) Next, the foam molded body (10) is ejected and taken out from the product side mold (S).

■取り出した発泡成形体(10)を授受パネル(29)
の発泡成形体嵌合用通孔(19a)に嵌入して受け取り
を完了する。
■Transfer/receive panel (29) for taking out the foam molded body (10)
The foam molded body is inserted into the through hole (19a) to complete receiving.

■受け取り完了後、授受パネル移動シリンダ(35)を
逆方向に作動させて発泡成形体(10)と共に授受パネ
ル(19)を製品側金型(S)から離間させる。
(2) After completion of receiving, the transfer panel moving cylinder (35) is operated in the opposite direction to separate the transfer panel (19) together with the foamed molded article (10) from the product side mold (S).

■然る後、発泡成形体(10)を受け取った授受パネル
(19)と共に授受枠(18)を下降させて型開き空間
外の取り出し位置に移動させる。
(2) After that, the transfer frame (18) is lowered together with the transfer panel (19) that has received the foamed molded product (10) and moved to a take-out position outside the mold opening space.

■最後に、取り出し位置にて発泡成形体嵌合用通孔(1
9a)に嵌入された発泡成形体(10)を押出整列装置
CB)にて押し出て整列させ、次工程に搬送する。
■Finally, at the take-out position, insert the through hole for fitting the foam molding (1
The foamed molded product (10) fitted in 9a) is extruded and aligned using an extrusion alignment device CB), and then transported to the next step.

(実 施 例) 本発明の一つの実施例を図とともに説明する。(Example) One embodiment of the present invention will be described with reference to the drawings.

第1図は発泡成形機Aと発泡成形体取り出し整列装置B
をドツキングさせた全体の正面図、第2図はその要部拡
大図、第3図は第2図の側面図である。成形機Aは機台
(1)上に固設された固定グイプレート(2)とシリン
ダプレート(3)を4本のタイバー(4)で挿通固定し
た構造となっている。移動グイプレート(5)は、タイ
バー(4)に挿通され、シリンダプレート(3)に装着
した油圧シリンダ(3a)により左右に摺動する。キャ
ビティ金型(6)は固定ダイブ1ノート(2)に、コア
金型(7)は移動グイプレート(5)にそれぞれ搭載さ
れ、金型(6)(7)は、グイプレート(5)の左右摺
動運動により開閉接離を行う。エジェクタ枠(8)は型
開きの時、移動グイプレート(5)の右方への運動によ
って引っ張られ、エジェクタピン(9)を作動させて、
発泡成形体(10)をキャビティ金型(6)から右方に
エジェクトする。
Figure 1 shows foam molding machine A and foam molded product take-out and alignment device B.
FIG. 2 is an enlarged view of the main parts, and FIG. 3 is a side view of FIG. 2. The molding machine A has a structure in which a fixed guide plate (2) and a cylinder plate (3) fixed on a machine stand (1) are inserted and fixed by four tie bars (4). The movable guide plate (5) is inserted through the tie bar (4) and is slid left and right by a hydraulic cylinder (3a) attached to the cylinder plate (3). The cavity mold (6) is mounted on the fixed dive 1 notebook (2), the core mold (7) is mounted on the moving Gui plate (5), and the molds (6) and (7) are mounted on the Gui plate (5). Opening/closing is performed by sliding movement from side to side. When the mold is opened, the ejector frame (8) is pulled by the rightward movement of the movable guide plate (5), actuating the ejector pin (9),
Eject the foam molding (10) from the cavity mold (6) to the right.

次に、発泡成形体取出整列装置Bについて説明する。基
台(11)にはキャスタ(12)、ジヤツキボルト(1
3)を具えているので移動及び位置決め自在である。成
形機AにはガイドレールA (14)、発泡成形体取出
整列装置BにはガイドレールB (15)がそれぞれ後
述するように固着されており、成形機Aと発泡成形体取
出整列装置Bとは、A、8両ガイドレール(14) (
15)により着脱自在に連結されている。すなわち自動
取り出しが必要な任意の銭形機Aに、発泡銭形体取り出
し整列装置Bを組み合わせて使用することができる構成
となっている。
Next, the foam molded body take-out and alignment device B will be explained. The base (11) has casters (12) and jack bolts (1).
3), it can be moved and positioned freely. A guide rail A (14) is fixed to the molding machine A, and a guide rail B (15) is fixed to the foam molded product take-out and alignment device B, as described later. is A, 8-car guide rail (14) (
15), and are removably connected. In other words, the structure is such that the foamed coin-shaped object extraction and alignment device B can be used in combination with any coin-shaped machine A that requires automatic extraction.

ガイドレールA (14)は、ガイドレール固定装置f
(16)によって成形機の4本のタイバー(4)の内側
面に接して垂直に保持されている。またガイドレールB
 (15)は、発泡成形体取出整列装置!Bの基台(1
1)の(lla)と(llb)の箇所で垂直に固定され
ている。
Guide rail A (14) is a guide rail fixing device f
(16), it is held perpendicularly in contact with the inner surfaces of the four tie bars (4) of the molding machine. Also guide rail B
(15) is a foam molded body take-out and alignment device! Base of B (1
It is fixed vertically at points (lla) and (llb) in 1).

そして発泡成形体取出整列装置BのガイドレールB (
15)を、成形機AのガイドレールA (14)に芯合
わせできるように位置決めした上、ジヤツキボルト(1
3)で発泡銭形体取出整列装5!Bを芯上げすると、両
装置A、Bが、ガイドレールA (14)、同B(15
)の連結部(17)を介して一つにドツキングされ、取
出整列装置付き発泡銭形機となる。この取出整列装置付
き発泡成形機の最大の特徴となる構成部材は、発泡成形
体(10)の授受枠(18)及び(19)である。即ち
、授受枠(18)及び授受パネル(19)は、常時、ガ
イドレールB (15)にローラA (20)で支承さ
れて成形機が型開き間隔となると、授受枠(18)及び
授受パネル(19)は、カイトIノールB (15)か
らガイドレールA (14)に沿って上死点まで上昇し
、この上死点位置で停止する。然る後、授受パネル移動
シリンダー(35)を作動させて授受パネル(19)を
製品側金型(S)方向に移動させる。ここで製品側金型
(S)とは発泡成形体(10)を有している側の金型を
言い、必ずしもキャビティ金型(6)側ばかりでなく、
金型のパーティング面に付着して取り出される方式の場
合にはコア金型(7)が製品側金属(S)という事にな
る。授受パネル(19)の製品側金型(S)への突き出
し完了後、移動グイプレート(5)の右方向への運動に
伴ってニジエフ+ 1M−11ビン(9)が作動してエ
ジェクトされる発泡形成体(10)を、授受パネル(1
9)に穿孔された発泡形成体嵌合用通孔09a)に嵌合
させて発泡銭形体(10)受け取った後、ガイドレール
B (15)に沿って下降し、水平押出整列機(21)
によって発泡形成体(10)を授受パネル(19)から
押出して整列台(22)に並べる。
And guide rail B (
15) so that it can be aligned with guide rail A (14) of molding machine A, and then tighten the jack bolt (14).
3) Foamed coin shape body removal alignment device 5! When B is lifted up, both devices A and B are aligned with guide rail A (14) and guide rail B (15).
) are docked together via the connecting part (17) to form a foaming coin forming machine with a take-out and alignment device. The most distinctive structural members of this foam molding machine equipped with a take-out and alignment device are the transfer frames (18) and (19) for the foam molded product (10). That is, the transfer frame (18) and the transfer panel (19) are always supported by the roller A (20) on the guide rail B (15), and when the molding machine reaches the mold opening interval, the transfer frame (18) and the transfer panel (19) (19) rises from the kite I nord B (15) to the top dead center along the guide rail A (14) and stops at this top dead center position. Thereafter, the transfer panel moving cylinder (35) is operated to move the transfer panel (19) toward the product side mold (S). Here, the product side mold (S) refers to the mold on the side that has the foam molded body (10), and is not necessarily limited to the cavity mold (6) side.
In the case of a method in which the metal is attached to the parting surface of the mold and taken out, the core mold (7) is the product side metal (S). After the ejection of the transfer panel (19) into the product side mold (S) is completed, the Nijief + 1M-11 bottle (9) is activated and ejected as the moving guide plate (5) moves to the right. The foamed material (10) is placed on the transfer panel (1
After receiving the foam coin shape body (10) by fitting it into the foam body fitting hole 09a) drilled in 9), it descends along the guide rail B (15) and moves to the horizontal extrusion alignment machine (21).
The foamed bodies (10) are extruded from the transfer panel (19) and arranged on the alignment table (22).

次に、昇降駆動装置(C)の構成を説明する。モータ(
23)はブレーキ付きギアモータで、その軸に固設した
スプロケットホイール(24)の回転により、ローラー
チェーン(25)、下部スプロケットホイール(26)
、羽根付ローラ−チェーン(27)を介して羽根付ロー
ラ−チェーン(27)に固着しているブラケット(28
)を駆動する。この羽根付ローラ−チェーン(27)は
、基台(11)下部の手前及び奥の下部スプロケットホ
イール(26) (26)と上部スプロケットホイール
(29) (29)の間にそれぞれ張設されたローラー
チェーンの中の各1個である。
Next, the configuration of the elevating drive device (C) will be explained. motor(
23) is a gear motor with a brake, and the rotation of the sprocket wheel (24) fixed to its shaft causes the roller chain (25) and the lower sprocket wheel (26) to rotate.
, a bracket (28) fixed to the bladed roller chain (27) via the bladed roller chain (27).
) to drive. This bladed roller chain (27) is a roller stretched between lower sprocket wheels (26) (26) and upper sprocket wheels (29) (29) at the front and back of the lower part of the base (11). One of each in the chain.

この構成により、モータ(21)の正転、逆転にて、基
台(11)の手前及び裏側の2個のブラケット(28)
(28)を上昇、下降させることができる。このブラケ
ット(28) (28)には第5図に示されているよう
にガイドレールB (15)を両側から挟持して転勤す
るローラーA (20) (20)を持った手前及び裏
側の2個の駆動板(30) (30)に固着されており
、更に該駆動板(30) (30)は昇降基板(31)
が上昇、下降することになる。第3図Aに昇降基板(3
1)の下死点位置、第3図Bに上死点位置が示されてい
る。
With this configuration, when the motor (21) rotates forward or backward, the two brackets (28) on the front and back sides of the base (11)
(28) can be raised and lowered. As shown in Fig. 5, these brackets (28) (28) have two rollers on the front and back side holding rollers A (20) (20) which are transferred by holding the guide rail B (15) from both sides. drive plates (30) (30), and the drive plates (30) (30) are fixed to the lifting board (31).
will rise and fall. Figure 3A shows the lifting board (3
The bottom dead center position in 1) and the top dead center position are shown in FIG. 3B.

次に授受枠(18)及び授受パネル(19)自体の構成
を説明する。授受枠(18)は額縁状に構成されており
、その左右上下の4隅部に、ローラーB (32)がガ
イドレールA (14)、同B (15)に対して、着
脱が簡単に行え、且つ授受枠(18)の面から製品側金
型(S)の方へ授受パネル移動シリンダー(35)によ
って前進後退出来る構造となっている。そして授受パネ
ル(19)は、キャビティ金型(6)の縦横寸法とほぼ
等しい寸法を持ち、例えば厚さ10a程度のベニヤ板な
どの簡単に加工できる材料で製作し、且つパネル(19
)の面には、キャビティ金型(6)における発泡成形体
(10)のレイアウトに等しく発泡成形体嵌合用通孔(
19a)が穿孔されている。この授受パネル(19)は
、成形機Aの金型交換の都度、断金型のキャビティ金型
(6)の面に合わせて上記のように製造するものであり
、本発明における発泡成形体(10)授受のための治具
的な部材である。
Next, the configurations of the transfer frame (18) and the transfer panel (19) themselves will be explained. The transfer frame (18) is structured in the shape of a picture frame, and rollers B (32) are installed at the four corners (left, right, top, and bottom) of the transfer frame (18) so that they can be easily attached to and detached from the guide rails A (14) and B (15). , and has a structure in which the transfer panel can be moved forward and backward from the surface of the transfer frame (18) toward the product side mold (S) by means of the transfer panel moving cylinder (35). The transfer panel (19) has dimensions approximately equal to the vertical and horizontal dimensions of the cavity mold (6), and is made of a material that can be easily processed, such as a plywood board with a thickness of about 10 mm.
) has a through hole for fitting the foam molding (
19a) are perforated. This transfer panel (19) is manufactured as described above in accordance with the surface of the cavity mold (6) of the cut-off mold every time the mold is replaced in the molding machine A, and is used for the foam molded article ( 10) It is a jig-like member for giving and receiving.

授受枠(18)に対して授受パネル(19)を着脱させ
るための授受パネル着脱装置(34)を第6図(a) 
(b)(c)によって説明する。授受枠(18)の左右
両側縁に固設された2本のシリンダ−(33) (33
)の内側に、2個の授受パネル着脱装置(34) (3
4)が装着されているが、各着脱装着(34)には、そ
の上下2箇所に植え込みボルト(38)が取り付は座(
37)を挟持して装着されているので、それに対応する
授受パネル(19)の取付孔を植え込みボルト(38)
に合わせて挿入し、ナツト(39)で締め付ければよい
FIG. 6(a) shows the transfer panel attaching/detaching device (34) for attaching and detaching the transfer panel (19) to and from the transfer frame (18).
This will be explained using (b) and (c). Two cylinders (33) fixed to the left and right edges of the transfer frame (18) (33
), there are two transfer panel attachment/detachment devices (34) (3
4) is installed, but each removable installation (34) has stud bolts (38) in two places above and below the seat (34).
37), so insert the corresponding mounting hole of the transfer panel (19) into the stud bolt (38).
Just insert it according to the position and tighten it with the nut (39).

またこの授受パネル着脱装置(34)は、授受パネル(
19)だけを授受枠(18)の面からストロークだけ製
品側金型(S)の面に向かって前進させるための授受パ
ネル移動シリンダ(35)と、そのストロークを製品側
金型(S)の厚さに応じて調節するためのストッパガイ
ド(36)が装備されている。
In addition, this transfer panel attaching/detaching device (34) is a transfer panel (
A transfer panel moving cylinder (35) for moving only 19) forward from the surface of the transfer frame (18) by a stroke toward the surface of the product side mold (S), and A stopper guide (36) is provided to adjust according to the thickness.

以上の構成により、発泡成形体(lO)をエジェクトす
る前に授受パネル(19)を製品側金型(S)の面に近
付けておく事ができるため、底が浅く、エジェクトされ
るとすぐキャビィティから脱落するような発泡成形体(
10)は勿論、パーティング面に付着して発泡銭形体(
10)が取り出されるような方式の場合でも発泡成形体
(10)を確実に受け取ることができる。
With the above configuration, the transfer panel (19) can be brought close to the surface of the product-side mold (S) before ejecting the foamed molded product (lO), so the bottom is shallow and the cavity is filled immediately after being ejected. Foam moldings that may fall off (
10) of course adheres to the parting surface and forms a foam coin shape (
Even in the case of a method in which the foamed molded article (10) is taken out, the foamed molded article (10) can be reliably received.

更に授受パネル(19)の、製品側金型(S)と反対側
の発泡成形体嵌合通孔(19a)の周縁に、例えば合成
樹脂やステンレスの薄板で作成した発泡成形体固定片(
19c)が装着されている。
Furthermore, a foam molding fixing piece (made of a thin plate of synthetic resin or stainless steel, for example) is attached to the periphery of the foam molding fitting through hole (19a) on the side opposite to the product side mold (S) of the transfer panel (19).
19c) is installed.

以上の授受枠(18)及び授受パネル(19)が組にな
って、ガイドレールA (14)、ガイドレールB (
15)に沿って昇降するのであるが、授受枠(18)と
昇降基板(31)との関係を説明する。授受枠(18)
の左右両側縁に固設された2本のシリンダ(33) (
33)のロッド先端(33a) (33a)が、昇降基
板(31)の左右上面に固定されている。各ロッドの長
さは若干調整することができる。従ってシリンダ(33
) (33)のロッドが伸びると昇降基板(31)に対
して授受枠(18)は上死点に在り、シリンダ(33)
 (33)のロッドが引き込むと昇降基板(31)に対
して授受枠(18)は上死点に在るようにすることが出
来る。第3図Aは昇降基板(31)に対して上死点に在
る授受枠(18)を、第3図Bは昇降基板(31)に対
して下死点に在る授受枠(18)を示している。
The above transfer frame (18) and transfer panel (19) are assembled into a set, guide rail A (14) and guide rail B (
15), the relationship between the transfer frame (18) and the elevating board (31) will be explained. Transfer slot (18)
Two cylinders (33) fixed on the left and right side edges of (
The rod tips (33a) (33a) of 33) are fixed to the left and right upper surfaces of the lifting board (31). The length of each rod can be adjusted slightly. Therefore, the cylinder (33
) When the rod (33) is extended, the transfer frame (18) is at the top dead center with respect to the lifting board (31), and the cylinder (33)
When the rod (33) is retracted, the transfer frame (18) can be positioned at the top dead center with respect to the elevating board (31). Fig. 3A shows the transfer frame (18) at the top dead center with respect to the elevating board (31), and Fig. 3B shows the transfer frame (18) at the bottom dead center with respect to the elevating board (31). It shows.

次に下降してきた授受枠(18)の授受パネル(19)
に保持している発泡成形体(10)を整列台(22)に
押し出し整列させる水平押出整列機(21)を説明する
Next, the transfer panel (19) of the transfer frame (18) that descended
A horizontal extrusion aligning machine (21) that extrudes and aligns the foamed molded bodies (10) held on the aligning table (22) will be explained.

基台(11)の垂直部分(llc)に、押出シリンダ1
(40)が装着されており、そのロッドの先L4i(4
0a)に押出金具(41)が水平に固着されている。該
金具(41)の両端に押出シリンダ2 (43)の首部
を固定し、押出シリンダ1 (40)、押出シリンダ2
 (42)が装備されている。押出シリンダ2 (43
)のロットの先端には、発泡成形体(10)を傷つけな
いように押し出すための成形品押出部材(44)が装着
されている。
An extrusion cylinder 1 is mounted on the vertical part (llc) of the base (11).
(40) is attached, and the tip of the rod L4i (4
An extruded metal fitting (41) is fixed horizontally to 0a). The neck of the extrusion cylinder 2 (43) is fixed to both ends of the metal fittings (41), and the extrusion cylinder 1 (40) and the extrusion cylinder 2
(42) is equipped. Extrusion cylinder 2 (43
) is equipped with a molded product extrusion member (44) for extruding the foamed molded product (10) without damaging it.

これらの水平押出整列機(21)によって授受パネル(
19)から押し出された発泡成形体(10)を水平に整
列させるための整列台(22)は、脚(22a)によっ
て上下高さの調節が可能である。
The transfer panel (
The alignment table (22) for horizontally aligning the foam molded bodies (10) extruded from the foam moldings (19) can be vertically adjusted by legs (22a).

整列台(22)に水平に並んだ発泡成形体(lO)の上
面に若干の抵抗を与えながら押えるために、接触面がブ
ラッシ状に形成されている押え装ffi (45)が、
整列台(22)の上方に設置されている。
A presser ffi (45) whose contact surface is formed into a brush shape is used to press the foam molded bodies (lO) arranged horizontally on the alignment table (22) while giving some resistance to the upper surface.
It is installed above the alignment table (22).

第8図の発泡成形体(10)を垂直にスタックする他の
実施例について述べる。2本のガイドレールC(46)
は大きいアールで垂直から水平に曲がっており、4@の
ローラ(32)でガイドレールC(46)に沿って転勤
しつつ、最終的に下死点では水平に保持される授受枠(
18)の授受パネル(19)に嵌合された発泡銭形体(
10)を、その上部に垂直に装備された押出シリンダ(
47)で押し出し、昇降テーブル(48)で受ける。当
該昇降テーブル(48)は、発泡銭形体(lO)の上部
高さが一定になるように降下して行くものである。
Another embodiment in which the foam molded bodies (10) shown in FIG. 8 are stacked vertically will be described. Two guide rails C (46)
is curved from vertical to horizontal with a large radius, and is transferred along the guide rail C (46) with the 4@ roller (32), and is finally held horizontally at the bottom dead center (
The foam coin shape (
10) with an extrusion cylinder (
47) and received by the lifting table (48). The elevating table (48) descends so that the upper height of the foam coin shape (lO) remains constant.

垂直スタックの場合は、第8図に示すように成形機Aは
床面より高い架台上に設置することが多い。
In the case of a vertical stack, the molding machine A is often installed on a pedestal higher than the floor, as shown in FIG.

次に、上記の構成の発泡成形体取出装置付き成形機の作
用に付いて説明する。
Next, the operation of the molding machine equipped with the foam molded product take-out device configured as described above will be explained.

発泡成形機Aの金型(6) (7)を閉鎖した状態で、
キャビティ内の発泡スチロール予備発泡原料が加熱融着
され、次いで冷却されて発泡成形体(10)となった時
点でコア金型(7)を開き始める。型開き間隔が授受枠
(18)が挿入できるだけの大きさとなった時点でいっ
たん型開きを停止させる。同時にモータ(23)が正転
してブラケット(28) (28)、駆動板(30) 
(30)を介して昇降基板(31)が上昇する。その時
、シリンダ(33) (33)はそのロッドを出限まで
伸ばされていて授受枠(18)及び授受パネル(19)
は昇降基板(31)に対して最遠位置にある。昇降基板
(31)の上昇に際して駆動板(30) (30)のロ
ーラA (20)(20)及び授受枠(18)のローラ
B (32) (32)がガイドレールB (15) 
(15)及びガイドレールA (14) (14)に沿
って転勤し、昇降基板(31)と授受枠(18)が一体
となってスムーズに上昇する。
With molds (6) and (7) of foam molding machine A closed,
When the styrene pre-foamed raw material in the cavity is heated and fused and then cooled to form a foamed molded product (10), the core mold (7) begins to be opened. When the mold opening interval becomes large enough to insert the transfer frame (18), the mold opening is temporarily stopped. At the same time, the motor (23) rotates forward and the brackets (28) (28) and drive plate (30)
The lifting board (31) is raised via (30). At that time, the cylinder (33) (33) has its rod extended to its limit, and the transfer frame (18) and transfer panel (19)
is located at the farthest position with respect to the lifting board (31). When the lifting board (31) is raised, the rollers A (20) (20) of the drive plate (30) (30) and the rollers B (32) (32) of the transfer frame (18) move toward the guide rail B (15).
(15) and guide rail A (14) (14), and the lifting board (31) and transfer frame (18) move up smoothly together.

授受枠(18)が上死点に達すると、キャビティ金型(
6)のキャビティに付着している発泡成形体(10)を
受け取るために授受枠(18)に装着されている授受パ
ネル移動シリンダ(35)(35)がそのロッドを伸ば
して授受パネル(19)が水平に左方に動いて発泡成型
体(10)に近づく。「図示していないが、製品側金型
(S)に付着して取り出される形式の場合には授受パネ
ル(19)の発泡成形体嵌合用通孔(19a)内に発泡
成形体(10)が嵌まり込む。J授受パネル(19)の
出限を確認した後、再び型開きを始めると、移動グイプ
レート(5)が右方へ運動するとともにエジェクト枠(
8)を引っ張り、発泡成型体(10)が製品側金型(S
)r本実施例ではキャビィティ金型(6)jのキャビテ
ィから右方にエジェクトされる。
When the transfer frame (18) reaches the top dead center, the cavity mold (
The transfer panel moving cylinder (35) (35) attached to the transfer frame (18) in order to receive the foam molded body (10) attached to the cavity of 6) extends its rod and moves the transfer panel (19). moves horizontally to the left and approaches the foam molded body (10). ``Although not shown, in the case of a type in which the product is attached to the mold (S) and taken out, the foam molding (10) is placed in the foam molding fitting hole (19a) of the transfer panel (19). After checking the limit of the J transfer panel (19), when you start opening the mold again, the movable guide plate (5) moves to the right and the eject frame (
8), and the foamed molded body (10) is inserted into the product side mold (S
)r In this embodiment, the mold is ejected to the right from the cavity of the cavity mold (6)j.

この授受パネル(19)には、該パネル(19)と対に
なった製品側金型(S)の発泡成型体(lO)の外郭線
に等しく穿孔した発泡成型体嵌合用通孔(19a)があ
るので、エジェクトされた発泡成型体(lO)は該嵌合
用通孔(19a)にスムーズに受け取られる。このとき
通孔(19a)の周縁の発泡成型体固定片(19c)に
よって、発泡成型体(10)の受け取り姿勢が嵌合用通
孔(19a)に対してほぼ直角になるように整合され、
確実に発泡成型体(10)を受け取る事ができる。発泡
成型体(10)の受け取りが完了すると、授受パネル移
動シリンダ(35)(35)の戻り作用により授受パネ
ル(19)を授受枠(18)に近い位置まで引き込む。
This transfer panel (19) has a through hole (19a) for fitting the foam molded body, which is bored equally to the outline of the foam molded body (lO) of the product side mold (S) paired with the panel (19). Therefore, the ejected foamed molded body (lO) is smoothly received by the fitting hole (19a). At this time, the foam molded body fixing piece (19c) on the periphery of the through hole (19a) aligns the receiving posture of the foam molded body (10) so that it is approximately perpendicular to the fitting through hole (19a),
The foamed molded article (10) can be reliably received. When the foam molding (10) is completely received, the transfer panel (19) is pulled to a position close to the transfer frame (18) by the return action of the transfer panel moving cylinders (35) (35).

次いで、モータ(23)が逆転し、ブラケット(28)
(28)、駆動板(30)を介して昇降基板(31)が
下降する。そのときシリンダ(33)のロッドは伸ばさ
れたままである。
The motor (23) then reverses and the bracket (28)
(28), the lifting board (31) is lowered via the drive plate (30). The rod of the cylinder (33) then remains extended.

昇降基板(31)の下降の際もローラA (20)、ロ
ーラB (32)がガイドレールA (14)、ガイド
レールB(15)に沿って転勤し昇降基板(31)と授
受枠(18)が一体となって下降する。
When the elevating board (31) is lowered, rollers A (20) and B (32) move along guide rail A (14) and guide rail B (15) to connect the elevating board (31) and the transfer frame (18). ) descend as one.

昇降基板(31)が下死点に達した時に、シリンダ(3
3)のロッドは伸ばされたままである。この時発泡成形
体嵌合用通孔(19a)の下段の中心が水平押出整列機
(21)の成形品押出部材(44)の高さに一致するよ
うにシリンダ(33)のロッドの長さを調整しておく。
When the lifting board (31) reaches the bottom dead center, the cylinder (3
The rod in 3) remains extended. At this time, the length of the rod of the cylinder (33) is adjusted so that the center of the lower stage of the foam molded body fitting through hole (19a) matches the height of the molded product extrusion member (44) of the horizontal extrusion alignment machine (21). Adjust it.

その高さ位置で押出シリンダ1 (40)が前進し、押
出金具(4I)もそれと共に前進する。押出シリンダ1
 (40)が前進限に達すると押出シリンダ2 (43
)が前進して発泡成形体嵌合用通孔(19a)の下段に
受け取られている発泡成形体押出部材(44)が押し出
し、整列台(22)の上面に整列させる。その時、整列
台(22)の押え装! (45)が発泡成形体(10)
に適当な抵抗を与えて整然と整列させるように機能する
At that height position, the extrusion cylinder 1 (40) moves forward, and the extrusion fitting (4I) also moves forward together with it. Extrusion cylinder 1
(40) reaches the forward limit, extrusion cylinder 2 (43
) moves forward, and the foam molded product extrusion member (44) received in the lower stage of the foam molded product fitting through hole (19a) pushes out and aligns it on the upper surface of the alignment table (22). At that time, press the alignment table (22)! (45) is a foamed molded product (10)
The function is to apply appropriate resistance to the objects and align them in an orderly manner.

一定時限経過後、押出シリンダ1 (40)、押出金具
(41)、押出シリンダ2 (43)は同時に後退し、
次いで昇降基板(31)が下死点に位置したままでシリ
ンダ(33)がそのロッドを引き込むと発泡成形体嵌合
用通孔(19a)の上段の中心が水平押出整列機(21
)の発泡成形体押出部材(44)の高さに一致する。そ
して下段の場合と同様にして発泡成形体嵌合用通孔(1
9a)の上段に受け取られている発泡成形体(10〕を
整列台(22)の上面に押し出し整列させる。
After a certain period of time has elapsed, extrusion cylinder 1 (40), extrusion metal fitting (41), and extrusion cylinder 2 (43) simultaneously retreat,
Next, when the cylinder (33) retracts its rod while the lifting board (31) remains at the bottom dead center, the center of the upper stage of the foam molded body fitting through hole (19a) is aligned with the horizontal extrusion alignment machine (21).
) corresponds to the height of the foam extrusion member (44). Then, in the same way as in the case of the lower stage, the through hole for fitting the foam molded body (1
9a) The foamed molded bodies (10) received in the upper stage are extruded and aligned on the upper surface of the alignment table (22).

最後に、シリンダ(33)がそのロッドを伸ばして最初
の状態に戻る。
Finally, the cylinder (33) extends its rod and returns to its initial state.

第8図の垂直スタック方式の実施例の場合も、発泡成形
体(10)の取り出しの作用は、第1実施例と全く同じ
で、発泡成形体押出整理装置Bが、水平押出整理機(2
1)から垂直押出スタック方式に変わっただけである。
In the case of the embodiment of the vertical stacking method shown in FIG.
The only difference is that 1) has been changed to a vertical extrusion stack method.

(効  果) 本発明の取り出し装置付き発泡成形機は、金型の型開き
空間の側方にガイドレールを立設し、ガイドレールに沿
って昇降する授受枠を配設し、該授受枠が上死点に位置
した時、授受枠に設置された授受パネルを製品側金型に
対して近接、離間させるための授受パネル移動シリンダ
を曖受枠に設置し、製品側金型に近接した時にエジェク
トされた発泡成形体を受け取るための、発泡成形鉢受け
渡し用の授受パネルを前記授受パネル移動シリンダに取
着し、金型のキャビティに合わせて授受パネルに発泡成
形体嵌合用通孔を穿孔し、授受枠を昇降させるための昇
降駆動装置を設け、上死点にて発泡成形体をエジェクト
し、かつ、エジェクトした発泡成形体を授受パネルの発
泡成形体嵌合用通孔に嵌入するためのエジェクトピンを
金型に設け、下死点において発泡成形体嵌合用通孔に嵌
入された発泡成形体を押し出て整列させるための押出整
列装置を設けたものであるから、取り出し装置が発泡成
形機に一体的に装着されており、その結果まず第1に押
出整列装置の一体化による発泡成形機全体のコンパクト
化と高精度化を達成する事が出来る。特に、金型の型開
き空間の側方にガイドレールを立設し、ガイドレールに
沿って昇降する発泡成形鉢受け渡し用の授受パネルを配
設する事により、ガイド部分の強度が改善されて取り出
し精度が向上するものであり、これに加えて金型のキャ
ビティに合わせて授受パネルに発泡成形体嵌合用通孔を
穿孔しであるために、エジェクトされた発泡成形体をこ
の発泡成形体嵌合用通孔に嵌入して取り出す事が出来、
従来の真空吸着のような不安定さを解消する事が出来て
発泡成形体の取り出しミスをほぼ解消する事が出来たと
いう利点がある。加えて、授受パネル移動シリンダにて
授受パネルを製品側金型に移動させる事ができるので、
底の浅い発泡銭形体や製品側金型に付着して取り出され
る方式の発泡成形体でもミスなく受け取る事が出来るも
のである。又、発泡成形体の授受け授受パネルの交換だ
けでよいので、交換金型に合わせて予め用意していた授
受パネルに取り換えるだけで多品種少量生産に素早く対
応する事が出来ると言う利点もある。又、前述のように
ガイドレールによる授受パネルの移動を行うのであるか
ら、ガイドレールの形状を工夫する事により、水平取り
出し整列、垂直取り出し整列など、取り出し整列形式が
自由であり、発泡成形体の形状、次工程等に最も適する
取り出し形式を選べる事が出来ると言う利点もある。
(Effects) The foam molding machine with a take-out device of the present invention has a guide rail erected on the side of the mold opening space of the mold, and a transfer frame that moves up and down along the guide rail. When located at the top dead center, a transfer panel moving cylinder is installed in the transfer frame to move the transfer panel installed in the transfer frame closer to and away from the product side mold, and when it approaches the product side mold, it is ejected. attaching a transfer panel for transferring the foam molded pot to the transfer panel moving cylinder for receiving the foam molded product, and drilling a through hole for fitting the foam molded product in the transfer panel in accordance with the cavity of the mold; An eject pin is provided with a lifting drive device for raising and lowering the transfer frame, ejects the foam molded body at the top dead center, and fits the ejected foam molded body into the foam molded body fitting through hole of the transfer panel. is provided in the mold, and an extrusion alignment device is provided to extrude and align the foam moldings fitted into the foam molding fitting through holes at the bottom dead center. As a result, first of all, by integrating the extrusion alignment device, it is possible to make the entire foam molding machine more compact and highly accurate. In particular, by setting up a guide rail on the side of the opening space of the mold and arranging a transfer panel for transferring foam molded pots that goes up and down along the guide rail, the strength of the guide part is improved and removal is possible. This improves accuracy, and in addition, holes for fitting the foam molded body are drilled in the transfer panel to match the mold cavity, so the ejected foam molding can be used for fitting the foam molded body. It can be inserted into the through hole and taken out.
It has the advantage of being able to eliminate the instability of conventional vacuum suction, and almost eliminating errors in taking out the foamed molded product. In addition, the transfer panel can be moved to the product side mold using the transfer panel moving cylinder.
Even foamed coins with shallow bottoms and foamed molded products that are attached to the mold on the product side and removed can be received without mistakes. In addition, since it is only necessary to replace the transfer panel for the foamed molded product, there is the advantage that it is possible to quickly respond to high-mix, low-volume production by simply replacing the transfer panel with one that has been prepared in advance to match the replacement mold. . In addition, as mentioned above, the delivery and reception panels are moved using guide rails, so by devising the shape of the guide rails, the take-out arrangement format can be freely selected, such as horizontal take-out alignment or vertical take-out alignment, and it is possible to There is also the advantage of being able to select the most suitable take-out format for the shape, next process, etc.

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

第1図・・・本発明に係る発泡成形機の位置実施例の正
面図 第2図・・・第1図の要部拡大図 第3図A・・・本発明にかがる授受パネルが下死点に存
在する場合の第1図のx−x矢視図 第3図B・・・本発明にかかる授受パネルが上死点に存
在する場合の第1図のX−X矢視図 第4図・・・本発明におけるガイドレールと昇降用のロ
ーラとの関係を示す拡大断面図 第5図・・・本発明にかかる授受パネルの1実施例の斜
視図 第6図(a) (b) (c)・・・本発明の授受枠と
授受パネルの取り付は関係を示す拡大断面図 第7図・・・本発明に使用せる水平押出整列機の平面図 第8図・・・本発明の他の実施例の概略正面図(^)・
・・発泡スチロール成形機部 (B)・・・押出整列装置部(C)・・・昇降駆動装置
(S)・・・製品側金型 (7)・・・コア金型   (8)・・・キャビティ金
型(9)・・・エジェクトピン゛(lO)・・・発泡成
形体(14)・・・ガイドレールA (15)・・・ガ
イドレールB(18)・・・授受枠    (19)・
・・授受パネル(19a)・・・発泡成形体嵌合用通孔
(35)・・・授受パネル移動シリンダ第、?図 第3図A 第 fjB 第6i3ra)
Fig. 1: A front view of the position of the foam molding machine according to the present invention Fig. 2: An enlarged view of the main parts of Fig. 1 Fig. 3A: A transfer panel according to the present invention XX arrow view of FIG. 1 when the transfer panel according to the present invention exists at the bottom dead center.FIG. 3B...X-X arrow view of FIG. Fig. 4: An enlarged sectional view showing the relationship between the guide rail and the lifting roller in the present invention Fig. 5: A perspective view of one embodiment of the transfer panel according to the present invention Fig. 6(a) b) (c)...An enlarged cross-sectional view showing the relationship between the transfer frame and the transfer panel of the present invention. Fig. 7. A plan view of the horizontal extrusion alignment machine used in the present invention. Fig. 8. A schematic front view of another embodiment of the present invention (^)・
... Styrofoam molding machine section (B) ... Extrusion alignment device section (C) ... Lifting drive device (S) ... Product side mold (7) ... Core mold (8) ... Cavity mold (9)...Eject pin (lO)...Foam molded product (14)...Guide rail A (15)...Guide rail B (18)...Transfer/reception frame (19)・
... Transfer panel (19a)... Foam molded body fitting through hole (35)... Transfer panel moving cylinder No. ? Figure 3A fjB 6i3ra)

Claims (1)

【特許請求の範囲】[Claims] (1)金型の型開き空間の側方にガイドレールを立設し
、ガイドレールに沿って昇降する授受枠を配設し、該授
受枠が上死点に位置した時、授受枠に設置された授受パ
ネルを製品側金型に対して近接、離間させるための授受
パネル移動シリンダを授受枠に設置し、製品側金型に近
接した時にエジェクトされた発泡成形体を受け取るため
の、発泡成形体受け渡し用の授受パネルを前記授受パネ
ル移動シリンダに取着し、金型のキャビティに合わせて
授受パネルに発泡成形体嵌合用通孔を穿孔し、授受枠を
昇降させるための昇降駆動装置を設け、上死点にて発泡
成形体をエジェクトし、かつ、エジェクトした発泡成形
体を授受パネルの発泡成形体嵌合用通孔に嵌入するため
のエジェクトピンを金型に設け、下死点において発泡成
形体嵌合用通孔に嵌入された発泡成形体を押し出て整列
させるための押出整列装置を設けてなる事を特徴とする
取り出し装置付き発泡成形機。
(1) A guide rail is erected on the side of the mold opening space of the mold, a transfer frame that goes up and down along the guide rail is arranged, and when the transfer frame is located at the top dead center, it is installed on the transfer frame. A transfer panel moving cylinder is installed in the transfer frame to move the ejected transfer panel closer to or away from the product side mold, and the foam molding is used to receive the ejected foam molded product when it approaches the product side mold. A transfer panel for transferring the body is attached to the transfer panel moving cylinder, a through hole for fitting the foam molded body is bored in the transfer panel in accordance with the cavity of the mold, and a lifting drive device is provided to raise and lower the transfer frame. , the mold is equipped with an eject pin for ejecting the foam molding at the top dead center and inserting the ejected foam molding into the foam molding fitting hole of the transfer panel, and the foam molding is performed at the bottom dead center. A foam molding machine with a take-out device, characterized in that it is provided with an extrusion alignment device for extruding and aligning foam molded bodies fitted into a body fitting through hole.
JP2116282A 1990-05-02 1990-05-02 Foam molding machine equipped with unloading device for foam-molded body Pending JPH0383628A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2116282A JPH0383628A (en) 1990-05-02 1990-05-02 Foam molding machine equipped with unloading device for foam-molded body

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2116282A JPH0383628A (en) 1990-05-02 1990-05-02 Foam molding machine equipped with unloading device for foam-molded body

Related Parent Applications (1)

Application Number Title Priority Date Filing Date
JP1221000A Division JP2678501B2 (en) 1989-08-28 1989-08-28 Foam molding removal method and foam molding machine with removal device

Publications (1)

Publication Number Publication Date
JPH0383628A true JPH0383628A (en) 1991-04-09

Family

ID=14683213

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2116282A Pending JPH0383628A (en) 1990-05-02 1990-05-02 Foam molding machine equipped with unloading device for foam-molded body

Country Status (1)

Country Link
JP (1) JPH0383628A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100247492B1 (en) * 1997-12-10 2000-03-15 이상범 Automatic forming machine of styrofoam

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100247492B1 (en) * 1997-12-10 2000-03-15 이상범 Automatic forming machine of styrofoam

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