JPS5987952A - Molding machine - Google Patents
Molding machineInfo
- Publication number
- JPS5987952A JPS5987952A JP19824282A JP19824282A JPS5987952A JP S5987952 A JPS5987952 A JP S5987952A JP 19824282 A JP19824282 A JP 19824282A JP 19824282 A JP19824282 A JP 19824282A JP S5987952 A JPS5987952 A JP S5987952A
- Authority
- JP
- Japan
- Prior art keywords
- frame
- plate
- mold
- flask
- sand
- 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
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B22—CASTING; POWDER METALLURGY
- B22C—FOUNDRY MOULDING
- B22C15/00—Moulding machines characterised by the compacting mechanism; Accessories therefor
- B22C15/02—Compacting by pressing devices only
- B22C15/08—Compacting by pressing devices only involving pneumatic or hydraulic mechanisms
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Molds, Cores, And Manufacturing Methods Thereof (AREA)
- Casting Devices For Molds (AREA)
Abstract
Description
【発明の詳細な説明】
本発明し「、」１下鋳型わくを合ぜながら鋳物の鋳型を
造型する造型機に関するものである。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a molding machine that molds a casting mold while combining two lower mold frames.
従来、上下鋳型わくを合せながら鋳物用鋳型を造型する
造型機においては、ジョルト、スクイーズ、ストリッパ
ー等の諸動作をテーブル上で行なって型込めしてｂるも
ので、いずれも半自動でもって作業者の補助を必要とし
、砂の給材から鋳型の造型寸でを全自動的になす装置が
嘱望されていた０
不発明は、上記諸点を勘案してマツチプレートの挿入、
錦紗の給材、鋳型わくの反転、スクイーズ、脱型、鋳型
送り出し等の諸動作を、人力を要することなく全自動的
になすと共に、錦紗の自然落下給材と、２回スクィーズ
を利用して鋳型の硬度を高めながら安価に鋳型を造型し
得ることを特徴とするものである。Conventionally, in molding machines that create casting molds by aligning the upper and lower mold frames, various operations such as jolting, squeezing, and stripping are performed on a table to fill the mold, and all of these are semi-automatic and are performed by an operator. Therefore, there has been a desire for a device that can fully automatically process the process from feeding sand to molding dimensions.
Various operations such as feeding the brocade, reversing the mold frame, squeezing, demolding, and feeding the mold are fully automatic without requiring any human power, and by using the natural falling material of the brocade and the double squeeze. The feature is that the mold can be manufactured at low cost while increasing the hardness of the mold.
以下、実施例図により本発明の詳細な説明する。Hereinafter, the present invention will be explained in detail with reference to embodiment figures.
適当高Ｉ＋］の機枠１の内底部に台枠２を立設し、該台
枠２内の中火と両側部斜対向位置とに主押上げシリンダ
ー３とガイド軸４，４を設け、台枠２の」二面より突出
した主押上げシリンダー３のロッド」１端とガイド軸４
，４の上端とに下部圧縮板５を固締し、機枠１の両側前
後支柱の対向内面の中火部より下部位置にかけて１対の
ガイド軸６，６とガイド軸６１，６１とを左右対向に設
け、該各ガイド軸に遊嵌したガイドメタルに鋳型わくを
受着する中空受枠７を支架させ、主押上げシリンダー３
の前後位置に立設した押上げシリンダー８゜８のロッド
上端を中空受枠７の前後下面に固締させて中空受枠７内
に下部圧縮板５を嵌合させ、機枠１の両側前後支柱の上
方の対向内面に１対のガイド軸９，９とガイド軸９１
、 ９１とを左右対向に設け、該各ガイド軸に遊嵌した
ガイドメタルに合板１０を支架させ、機枠１の上面中央
位置に下向きに固締した副圧縮シリンダー１１のロッド
の下端を台板１０に固締し、該台板１０の下面中央位置
に２対の軸１２．１２でもって上部圧縮板１３０四方外
周に嵌合させた補助ＦＩＥ縮枠１４を台板１０に設けた
押下げシリンダー１５＋１５のロッド下端に固締させ、
機枠１の両側中央寄り位置に横枠１６，１６をイ」設し
、該各横枠１６，１．６の中火位置に内側方向へ向けて
上下鋳型わくのクランプ用の押込みシリンダー１７．１
７を設置し、該押込みシリンダーの両側にガイド軸１８
．１８を遊嵌し、押込みシリンダーのロッド先端とガイ
ド軸の先端とに板片１９ 、’１９を固定し、該各板片
１９．１９の中央位置に回転軸受２０．２０を突設し、
該回転軸受２０．２０の先端両側に上下接合した鋳型わ
くの接合フランジを挟着するＶ型溝を先端に設けたクラ
ンプ爪２１．２１を突設し、１方の回転軸受２０の基部
外周にギヤー２２を固締し、機枠１の側部に設けた１対
の反転用シリンダー２３．２３のロッドの先端に無端チ
ェ７２４０両端を係１トシ、該無端チェノ２４をギヤー
２２に川は廻してクランプ爪２１．２１で係止した上下
鋳型わくを反転させる様になし、クランプ爪２１．２１
の下方位置において、機枠１並びに機枠１の背面に連設
した台車枠２５の下部両側枠２６゜２６の内側面にロー
ラ２７，２７を軸支してマツチプレート２８の誘導枠２
９を乗架させ、両側枠２６の内部後方に設けた押出しシ
リンダー３０のロッドを誘導枠２９に連設し、該誘導枠
２９の前端寄りの内側面にマツチプレートの受片３１，
３１を突設させ、クランプ爪２”１．２１の上方位置に
おいて上鋳型わく３２ａの上端７ランジの両側を受着し
て吊下するための受板３：Ｊ、３３を機枠１の両側部よ
り突設し、上鋳型わく３２ａと下鋳型わく３２ｂとの」
１下接合７ランジにマツチプレート２８を挟着して相互
に反転させながら鋳物砂を給材するために、台車枠２５
の上部両側枠３４゜３４の前部上面に受板３５を張設し
て前端を機枠１内へ突出させ、該受板３５の両側部上面
にレール３６．３６を立設して機枠１内並びに台車枠２
５内へ延長し、機枠１の上部後方に架設したホッパー３
７の下端と受板３５の上面とに嵌合する計惜看１３８を
前部位置に設けて削量須ｒ３８より後方へホッパー３７
下端を閉鎖する閉鎖板３９を張設した給利合車４０をレ
ール３６，３６９τ乗架して誘導シリンダー４１で前後
誘導させ、機枠１の１方側面の下方寄り位置に枠板４２
を付設して鋳型の送り出しのための押出しシリンダー４
３並びにガイド軸４４．４４を設け、該押出しシリンダ
ー並びにガイド軸の先端に抑圧板４５を固締し、該抑圧
板４５と対向した他方側に台枠２側面より受盤４６を突
設させた造型機４７を構成ずべくなし／て成るものであ
る。尚、図中４８．４８は鋳型わくの接合用ピンを示す
。An underframe 2 is erected at the inner bottom of a machine frame 1 with a suitable height I+], and a main push-up cylinder 3 and guide shafts 4 are installed at medium heat and diagonally opposing positions on both sides within the underframe 2, The first end of the rod of the main push-up cylinder 3 protruding from the second side of the underframe 2 and the guide shaft 4
, 4, and the pair of guide shafts 6, 6 and 61, 61 are fixed to the left and right sides from the middle heat section to the lower part of the opposing inner surfaces of the front and rear columns on both sides of the machine frame 1. A hollow receiving frame 7 for receiving a mold frame is supported by guide metals provided oppositely and loosely fitted to each guide shaft, and a main push-up cylinder 3
The upper ends of the rods of push-up cylinders 8°8, which are installed upright at the front and rear positions of A pair of guide shafts 9, 9 and a guide shaft 91 are provided on the upper opposing inner surfaces.
. 10, and an auxiliary FIE compression frame 14 is provided on the base plate 10, and the auxiliary FIE compression frame 14 is fitted around the four sides of the upper compression plate 130 with two pairs of shafts 12 and 12 at the center position of the lower surface of the base plate 10. Secure it to the lower end of the 15+15 rod,
Horizontal frames 16, 16 are installed at positions close to the center on both sides of the machine frame 1, and pushing cylinders 17.1 for clamping the upper and lower mold frames are placed inwardly at the medium heat position of each of the horizontal frames 16, 1.6. 1
7 and guide shafts 18 on both sides of the pushing cylinder.
．． 18 loosely fitted, plate pieces 19 and '19 are fixed to the rod tip of the push-in cylinder and the guide shaft tip, and a rotary bearing 20.20 is protruded from the center position of each plate piece 19.19,
Clamp claws 21.21 each having a V-shaped groove at the tip for clamping the joint flange of the mold frame joined above and below are provided on both sides of the ends of the rotary bearings 20.20, and on the outer periphery of the base of one of the rotary bearings 20. Tighten the gear 22, connect both ends of the endless chain 7240 to the ends of the rods of a pair of reversing cylinders 23 and 23 provided on the side of the machine frame 1, and rotate the endless chain 24 to the gear 22. The upper and lower mold frames, which are locked by the clamp claws 21.21, are reversed, and the clamp claws 21.21
At the lower position of the machine frame 1, rollers 27, 27 are pivotally supported on the inner surfaces of the lower side frames 26° 26 of the bogie frame 25 connected to the back of the machine frame 1, and the guide frame 2 of the match plate 28 is rotated.
9 is mounted on the frame 26, and the rod of the extrusion cylinder 30 provided at the rear inside of the both side frames 26 is connected to the guide frame 29, and the receiving piece 31 of the match plate is mounted on the inner surface of the guide frame 29 near the front end.
A receiving plate 3:J, 33 for receiving and suspending both sides of the upper end 7 flange of the upper mold frame 32a at a position above the clamp claw 2''1.21 is provided on both sides of the machine frame 1. It protrudes from the upper mold frame 32a and the lower mold frame 32b.
In order to supply molding sand while sandwiching the match plate 28 between the lower joint 7 flange and reversing each other, the bogie frame 25
A receiving plate 35 is stretched over the front upper surface of the upper side frames 34° 34 so that the front end protrudes into the machine frame 1, and rails 36 and 36 are erected on the upper surfaces of both sides of the receiving plate 35 to secure the machine frame. Inside 1 and bogie frame 2
Hopper 3 extends into the interior of machine frame 1 and is installed at the rear of the upper part of machine frame 1.
7 and the upper surface of the receiving plate 35 is provided at the front position, and the hopper 37 is moved rearward from the cutting tool r38.
A feed truck 40 with a closing plate 39 for closing the lower end mounted on the rails 36,369τ is guided back and forth by a guide cylinder 41, and a frame plate 42 is placed at a lower position on one side of the machine frame 1.
Extrusion cylinder 4 for sending out the mold with attached
3 and guide shafts 44 and 44 are provided, a suppression plate 45 is fixed to the tips of the extrusion cylinder and the guide shaft, and a receiving plate 46 is provided protruding from the side surface of the underframe 2 on the other side opposite to the suppression plate 45. The molding machine 47 should preferably consist of this. In addition, 48.48 in the figure indicates a pin for joining the mold frame.
つぎに、実施例図により本発明の作用効果を説明する。Next, the effects of the present invention will be explained with reference to embodiment figures.
本発明になる造型機４７を用いて鋳物用の鋳型を造型す
る場合には、上鋳型わ＜３２ａを受板３３．３３に１杉
下し、下降している中空受枠７の上面に下鋳型わ〈３２
ｂを載着してビン等により位置を規制しおくもので、始
動のスイッチをＯＮとなすと、前部にマツチプレート２
８を装着した誘導枠２９が前進してマツチプレート２８
を機枠１内に進入させ、次に中空受枠７が−にター１し
ながら下鋳型わく３２ｂの上面にマツチプレート２８を
受着し更に中空受枠７は上昇しながらマツチプレート２
８の上面に上鋳型わく３２ａを受着するものであり、こ
の時下鋳型わ〈３２ｂの両側接合クランプの中央に突設
したピン４８．４８がマツチプレート２８並びに上鋳型
わ〈３２ａの両側接合フランジに設けたピン孔に係合し
、上下鋳型わく３２ａ、３２ｂの両側接合フランジには
マツチプレート２８を受着した受片３１，３１を通過す
る溝を設けている、上下鋳型わ（３２ａ、３２ｂを受着
した中空受枠７１−１：上下鋳型わくの接合フランジが
クランプ爪２１．２１と対向した位置で停止し、クラン
プ用の押込みシリンダー１７．１７が動作してクランプ
爪２１．２１が上下鋳型わくの接合フランジ並びにマツ
チプレート２８をクランプするものである。次に中空受
枠７は下降し、機枠１の側部に設゛けた反転用シリンダ
ー２３．２３が伸縮（〜ながら無端チェノ２４を誘導し
て両側の・回転軸受２０．２０を１８０度回転させ、下
部位置の下鋳型わく３２ｂを上部位置へと反転させるも
のであり、再び中空受枠７が］１昇して下部位置に反転
した上鋳型わく３２ａの下面を受着した後に給材台車４
０が前進し、下面を受板３５と接摺させた計量看１′３
８内の錦紗は、計量利３８が上方の下鋳型わく３２ｂの
上面に連通した時に錦紗が鋳型わく内に投入され、その
時ホッパー３７の下端口は閉鎖板３９で閉鎖されて錦紗
の落下を防止し、給料台車４０が後退した後に機枠１上
面の副圧縮シリンダー１１が動作して合板１０を下降さ
せながら下面の圧縮板１３と補助圧縮枠１４とを上方の
下鋳型わ〈３２ｂ内へ嵌合させてスクイーズし、その後
圧縮板１３と補助圧縮枠１４は上昇し、再び給材台車４
０でもって下鋳型わく３２ｂ内に給料して２回目のスク
ィーズをなすものである。２回スクイーズの後に中空受
枠７が下降し、上下鋳型わくの接合クランプをクランプ
保持しているクランプ爪２１．２１が再び反転して下方
に転位していた上鋳型わく３２ａを上方−＼と転位させ
、下方へ転位した下鋳型わくの下面を中空受枠７で再び
受着させた後に上鋳型わく３２ａ内Ｋ １３砂を給材し
、上鋳型わ〈３２ａは開口が狭［［ｊであるため、補助
圧縮枠１４をシリンダー１５．１５で上昇させて圧縮板
１３を下方へ突出させ、該圧縮板１３で・もって上鋳型
わく３２ａ内の錦紗を１回スクイーズし、その後再び上
鋳型わく３２ａ内に給材した後に上方の圧縮板１３を下
降させると共に台枠２内の主押上げシリンダー３でもっ
て下部圧縮板５を」１昇させて下鋳型わく３２ｂ内に嵌
合させ、上下の圧縮板１３，５を強圧に動作させながら
メインスクイーズをなすものである○そして上下の圧縮
板をそれぞれ元位置に復帰させ、クランプ爪２１、．２
１を後退させてクランプを解除した後に中空受枠７を下
降させると上鋳型わく３２ａは受板３３，３３に吊下さ
れ、マツチプレート２８は停止していた誘導枠２９の受
片３１，１１に受着されてそれぞれ分離し、誘導枠′２
９が後退してマツチプレート２８を引込みさせるもので
、中子が必要な時は中子を挿入した後に再び中空受枠７
と下部圧縮板５とを上昇させて」１下鋳型枠３２ａ。When molding a casting mold using the molding machine 47 according to the present invention, the upper mold plate 32a is lowered by one inch onto the receiving plate 33. <32
B is placed on the plate and its position is regulated by a bottle, etc. When the start switch is turned on, the match plate 2 is placed on the front.
The guide frame 29 equipped with 8 moves forward and the match plate 28
enters into the machine frame 1, then the hollow receiving frame 7 receives the match plate 28 on the upper surface of the lower mold frame 32b while rotating downward, and the hollow receiving frame 7 further moves upward while moving the match plate 2
The upper mold frame 32a is received on the upper surface of the upper mold frame 32a, and at this time, pins 48 and 48 protruding from the center of the clamps that connect both sides of the lower mold frame 32b connect the match plate 28 and the both sides of the upper mold frame 32a. The upper and lower mold frames (32a, 32b) are engaged with pin holes provided in the flanges, and grooves are provided in the joint flanges on both sides of the upper and lower mold frames 32a, 32b for passing the receiving pieces 31, 31 receiving the match plates 28. Hollow receiving frame 71-1 that received 32b: The joint flange of the upper and lower mold frames stops at a position facing the clamp claw 21.21, and the clamping cylinder 17.17 operates to move the clamp claw 21.21 up and down. It clamps the joining flange of the mold frame and the match plate 28. Next, the hollow receiving frame 7 is lowered, and the reversing cylinders 23 and 23 provided on the side of the machine frame 1 expand and contract (while moving the endless chino 24). The rotary bearings 20 and 20 on both sides are guided to rotate 180 degrees, and the lower mold frame 32b in the lower position is reversed to the upper position, and the hollow receiving frame 7 is again raised by ]1 and reversed to the lower position. After receiving the lower surface of the upper mold frame 32a, the material feeding truck 4
0 moves forward and the lower surface is in contact with the receiving plate 35.
The tinsel in 8 is thrown into the mold frame when the measuring tip 38 communicates with the upper surface of the lower mold frame 32b above, and at that time, the lower end opening of the hopper 37 is closed with a closing plate 39 to prevent the tinsel from falling. After the pay truck 40 has retreated, the auxiliary compression cylinder 11 on the top of the machine frame 1 operates to lower the plywood 10 while fitting the compression plate 13 on the bottom and the auxiliary compression frame 14 into the upper lower mold mold 32b. After that, the compression plate 13 and the auxiliary compression frame 14 rise, and the material feeding cart 4 is moved again.
0 into the lower mold frame 32b to perform the second squeeze. After squeezing twice, the hollow receiving frame 7 is lowered, and the clamp claws 21 and 21, which clamp and hold the joining clamps of the upper and lower mold frames, are reversed again and the upper mold frame 32a, which had been displaced downward, is displaced upward -\. After the lower surface of the lower mold frame that has been displaced downward is received again in the hollow receiving frame 7, K13 sand is supplied into the upper mold frame 32a, and the opening of the upper mold frame 32a is narrow. , the auxiliary compression frame 14 is raised by the cylinder 15.15 to project the compression plate 13 downward, and the compression plate 13 squeezes the brocade in the upper mold frame 32a once, and then squeezes the brocade in the upper mold frame 32a again. After supplying the material, the upper compression plate 13 is lowered, and the lower compression plate 5 is raised by 1" using the main push-up cylinder 3 in the underframe 2 to fit into the lower mold frame 32b, and the upper and lower compression plates are 13, 5, which performs the main squeeze, return the upper and lower compression plates to their original positions, and then move the clamp claws 21, . 2
1 is moved back and the clamp is released, and then the hollow support frame 7 is lowered, the upper mold frame 32a is suspended from the support plates 33, 33, and the match plate 28 is suspended from the support pieces 31, 11 of the guide frame 29, which has been stopped. They are received and separated, and the guide frame '2
9 retreats to retract the match plate 28, and when a core is required, the hollow receiving frame 7 is inserted again after inserting the core.
and the lower compression plate 5 are raised to form the lower mold flask 32a.
３２ｂを接合させ、その状態で下部圧縮板５でもつ−Ｃ
鋳型わく内の鋳型を少許押圧して脱型させ、つぎに下部
圧縮板５を下方へと動作させながら下部圧縮板５で造型
した上下鋳型を骨盤４６の位置捷で下降させて停止させ
、鋳型の送り出し用の押出（−シリンダー４３でもって
抑圧板４５を前進させなから骨盤４６へ上下接合した鋳
型を送り出し、その後中空受枠７は下降して上鋳型わく
３２ａを受板３３，３３に帛下分離し、再び次の造型動
作を開始するものである。32b is joined, and in that state, the lower compression plate 5 holds -C
The mold in the mold frame is slightly pressed to release the mold, and then, while moving the lower compression plate 5 downward, the upper and lower molds formed by the lower compression plate 5 are lowered and stopped by the positioning of the pelvis 46, and the mold is removed. Extrusion for sending out (-The cylinder 43 moves the suppressing plate 45 forward and sends out the mold that is vertically joined to the pelvis 46, and then the hollow receiving frame 7 descends and lowers the upper mold frame 32a to the receiving plates 33, 33.) It separates and starts the next molding operation again.
上記した様に、本発明になる造型機は、マツチプレート
の挿入、離脱、鋳・砂の給材、上下鋳型Ｊ〕くの反転、
スクイーズ、脱型、送り出し等の各工程を人力を要する
ことなく全自動的になし得るものであり、錦紗の給材は
ホラ・ぐ−を利用しｆｃ白”給材であるため、サンドブ
ローに比へて砂の１１ユ質に制約を受けることなく、給
材用のコンブレスーリーーを必要とせず、２回の給材、
２回スクイーズで鋳型を成型するため、鋳型が均一な硬
度となって破損し難く、形状も小型で大巾なコストダウ
ン全企図し得る等、前記し霞様な顕著な諸効果を奏−″
Ｊ−るものである。As described above, the molding machine according to the present invention is capable of inserting and removing matte plates, feeding casting/sand materials, reversing upper and lower molds,
Each process such as squeezing, demolding, and feeding can be done fully automatically without requiring any human labor.The material for the nishikisa is fed using a hora-gun and is fed using fc white material, making it suitable for sand blowing. In comparison, it is not limited by the quality of the sand, does not require a combresse for feeding, and can be fed twice.
Since the mold is formed by squeezing twice, the mold has a uniform hardness and is difficult to break, and the shape is small, allowing for significant cost reductions.
It is J-ru.
第１図は不発明の実施例に係る造型機の正面図、第２図
はその右側面図、第３図は錦紗の給材部を示した平面図
、第４図はマツチプレートの誘導を示した平面図、第５
図は鋳型わくの反転機構部の［１１１而図、第６図は上
部圧縮板機構を示した一部拡大断面図である。
特 ｔｒ’ｌ 出 願 人 光洋鋳機株式会社第５図
フ）Fig. 1 is a front view of the molding machine according to the uninvented embodiment, Fig. 2 is a right side view thereof, Fig. 3 is a plan view showing the feeding part of the tinsel, and Fig. 4 shows the guidance of the matte plate. Plan view shown, No. 5
The figure is a [111] view of the reversing mechanism of the mold frame, and FIG. 6 is a partially enlarged sectional view showing the upper compression plate mechanism. Special tr'l Applicant: Koyo Casting Machinery Co., Ltd. (Fig. 5)
Claims (1)
ための圧縮板機構を」−下誘導自在に設置し、下部圧縮
板機構の外周と嵌合して」１下鋳型わくを受着しながら
」１下誘導する中空受枠機構を機枠１内の下部位置に設
け、機枠１内の中央位置でマツチプレートを挟着した上
下鋳型わくの接合フランジを両側よりクランプして反転
させるためのクランプ機構を機枠の両側面の中央位置に
設け、クランプ機構の上方位置に上鋳型わくの上端７ラ
ンジを受着吊下するための受板を機枠１より突設し、機
枠１の後方に台車枠２５を連設し、台車枠２５に架設し
たホッパー３７より機枠１内の鋳型わくに錦紗を給材す
るための計量＠−付台車機構とマツチプレート２８を」
１下鋳型わくの接合面に挿入したり、取外したりするた
めのマツチプレートの誘導機構とを台車枠２５内に設置
し、機枠１の下方寄り１方側面に鋳型の押Ｌ７出し機構
を他方側面に鋳型の受盤とを設置したことを特徴として
成る、造型機。1. A compression plate mechanism for squeezing is installed at the upper and lower positions in the machine frame 1 with an appropriate height of 11J so that it can be freely guided downward, and it is fitted with the outer periphery of the lower compression plate mechanism to receive the lower mold frame. A hollow receiving frame mechanism is provided at the lower part of the machine frame 1 to guide it downward, and the joining flanges of the upper and lower mold frames, which sandwich the match plate at the center of the machine frame 1, are clamped from both sides and inverted. A clamp mechanism is provided at the center position on both sides of the machine frame, and a receiving plate for receiving and suspending the upper end 7 flange of the upper mold frame is provided above the clamp mechanism, protruding from the machine frame 1. A trolley frame 25 is installed in series at the rear, and a weighing trolley mechanism and a match plate 28 are installed to feed the brocade into the mold frame inside the machine frame 1 from a hopper 37 installed on the trolley frame 25.
1. A guide mechanism for the match plate for inserting into and removing the joint surface of the lower mold frame is installed in the bogie frame 25, and a mold extrusion L7 mechanism is installed on one side of the lower mold frame 1 on the other side. A molding machine characterized by a mold receiving plate installed on the side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP19824282A JPS5987952A (en) | 1982-11-10 | 1982-11-10 | Molding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP19824282A JPS5987952A (en) | 1982-11-10 | 1982-11-10 | Molding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS5987952A true JPS5987952A (en) | 1984-05-21 |
Family
ID=16387864
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP19824282A Pending JPS5987952A (en) | 1982-11-10 | 1982-11-10 | Molding machine |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5987952A (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100928809B1 (en) | 2009-04-17 | 2009-11-25 | 진봉제 | Mold molding device for casting machine |
| KR100960404B1 (en) | 2009-04-17 | 2010-05-28 | 진봉제 | Join device of upper mold and lower mold of mold molding device for casting machine |
| JP2011045921A (en) * | 2009-08-28 | 2011-03-10 | Metal Engineering Kk | Method for molding die and device therefor |
| KR101060041B1 (en) | 2009-06-03 | 2011-08-29 | 진봉제 | Mold Manufacturing Equipment |
| KR101119483B1 (en) | 2009-07-16 | 2012-03-15 | (주)일신금속 | Automafic transfer and press forming device for a mold-frame |
| CN112059154A (en) * | 2020-08-07 | 2020-12-11 | 安徽埃斯克制泵有限公司 | Self priming pump body sand casting shedder |
| CN112170790A (en) * | 2020-09-11 | 2021-01-05 | 繁昌县琪鑫铸造有限公司 | Forming equipment is used in processing of automobile brake's aluminium finished piece |
-
1982
- 1982-11-10 JP JP19824282A patent/JPS5987952A/en active Pending
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100928809B1 (en) | 2009-04-17 | 2009-11-25 | 진봉제 | Mold molding device for casting machine |
| KR100960404B1 (en) | 2009-04-17 | 2010-05-28 | 진봉제 | Join device of upper mold and lower mold of mold molding device for casting machine |
| KR101060041B1 (en) | 2009-06-03 | 2011-08-29 | 진봉제 | Mold Manufacturing Equipment |
| KR101119483B1 (en) | 2009-07-16 | 2012-03-15 | (주)일신금속 | Automafic transfer and press forming device for a mold-frame |
| JP2011045921A (en) * | 2009-08-28 | 2011-03-10 | Metal Engineering Kk | Method for molding die and device therefor |
| CN112059154A (en) * | 2020-08-07 | 2020-12-11 | 安徽埃斯克制泵有限公司 | Self priming pump body sand casting shedder |
| CN112059154B (en) * | 2020-08-07 | 2021-10-29 | 安徽埃斯克制泵有限公司 | Self priming pump body sand casting shedder |
| CN112170790A (en) * | 2020-09-11 | 2021-01-05 | 繁昌县琪鑫铸造有限公司 | Forming equipment is used in processing of automobile brake's aluminium finished piece |
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