JPS5945056A - Method and device for loading automatically core into core setter - Google Patents
Method and device for loading automatically core into core setterInfo
- Publication number
- JPS5945056A JPS5945056A JP15699982A JP15699982A JPS5945056A JP S5945056 A JPS5945056 A JP S5945056A JP 15699982 A JP15699982 A JP 15699982A JP 15699982 A JP15699982 A JP 15699982A JP S5945056 A JPS5945056 A JP S5945056A
- Authority
- JP
- Japan
- Prior art keywords
- core
- loading
- plate
- cylinder
- sliding
- 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.)
- Granted
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B22—CASTING; POWDER METALLURGY
- B22C—FOUNDRY MOULDING
- B22C9/00—Moulds or cores; Moulding processes
- B22C9/10—Cores; Manufacture or installation of cores
- B22C9/108—Installation of cores
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Molds, Cores, And Manufacturing Methods Thereof (AREA)
Abstract
Description
本発明は縦型M型造型機により造型される垂直割主型内
に中子を自動的に装着するコアーセッターtこおいて、
縦形に配設待機するコアーマスクに対応する様に中子を
摺動台上に縦形状部の儒移載してこれを位置決めし、更
にこの中子をシリンダー等tこよる移送手段により移動
させてファーマスクの装填面に対向せしめて装填位置を
適正tこ矯正した後、中子をコアーマ7り内1こ位置精
度よく装填する様にしたコアーセッターへの中子自動装
填方法及びその装置tこ関するものである。
従来より複雑な形状1こして且つ中子を多数組合せて造
型するシリンダーブロック等の造型作業において、縦型
tこ造型された垂直割主型内に中子を装着する1こ際し
ては形状が複雑である為作業者が手作業tこよりこれを
装填しているのが現状である。而して機械的に連続して
造型される主型1こ対応して手作業で相当重量のある中
子を連続的に主型内の所定位置に装着することは極めて
重労働であり、特tこ主型が生型により造型されている
場合は、中子の装着時に作業者の手或は中子カニ接触す
れは主型が簡単tこ損傷するのでこの修復の為に余分な
手間が掛る等極めて中子の装着効率が悪いものである。
又、近時かかる中子の装着を機械的にしてその効率化を
図るべく通常市販されている8軸移動の可能な産業用ロ
ボットの移動アームに中子を挾持せしめてこれにより主
型内に装着する方法も開発されているが、現状のロボッ
トアームの先端に@ 10 kqと相当重量の中子を挾
持してこれを的確tこ移動せしめることは困難である為
、中子の装着時には移動アームが揺動して主型tこ接触
し、これを損傷せしめる等上記すると同様の憂いを有し
ているものである。
本発明はかかる中子の装着効率の向上を図るべく創作さ
れたものであって、縦型のJil[造型機により造型さ
れる垂直割主型内に中子を装着するコアーセッターのコ
アーマスクに相対向する様tこ摺動台部と移送!!填部
とを直交する様tこ配設して、コンベアー醇の供給手段
により載置される中子を一旦摺動台上で位置決めした後
、更に移送装填部に移動させてここで最終的に位置矯正
して該中子の上端面に挟圧板を当接してこれを保持固定
した後、その儒前進して主型内tこ中子を的確に装填す
る様にしているものであって、中子の供給より主型内へ
の装填に至るまで人為的な手作業によることなく全自動
的tこ装填し、その上コア−マスク内へ装填すべき中子
の位置決め1こ際しては摺動台部上と移送装填部内との
2箇所で位置決め及び矯正をした後中子の上下両面より
これを的確に保持固定した後ファーマスク内へ水平方向
より装填する様にしているものであるから主型を何ら損
傷することなく中子アリセッターのタイムサイク/L/
lこ適応して効率よく中子を装填する極めて有用なるも
のである。
本発明の一実施例を説明すれは、縦型鋳型造型機により
造型される垂直割主型内に中子を自動的に装着するコア
ーセッターに対して、摺動機台(1)と移送装填用機台
(2)とを直交する様に配置し、摺動機台(1)の上面
には摺動条(8) (8’)を開設する摺動板(4)を
配設すると共に、その下方にシリンダー(5) (5’
)により回動する作動杵(6)の後端を取着し、更に作
動杵(6)の先端を、摺動板(4)の下方に懸架する移
送用ガイドロッド(7) (7’) tこ緩挿して摺動
自在eこ移動する移動棒(8)1こ緩着すると共に、摺
動板(4)の上面に配置する移動板(9]を連結板(1
0) (10’) K−より上記移動棒(8〕tこ連着
し、更に摺動板(4)の上面の側面中央tc f#I而
位面決め板(11)を取着したシリンダー(12)を散
設して、摺動板(4)上に載置される中子(18)を側
面より位置決めした後移動板(9)によりこれを移送装
填用機台(2)側に横方向(τ軸方向)1こ移動可能な
る様tこし、次いで移送装填用機台(2)内にして摺動
板(4)の端面1こ近接して後端中央部を切欠する昇降
台(14)を配置すると共tこ、該昇降台(14)の端
面tこして摺動板(4)に対向して軸面位置決め板(1
6)を取着したシリンダー(16)を散設し、更1こ昇
降台(14)の前側面に位置決め板(17)を突設して
この昇降台(14)の全体が下方に取着する昇降シリン
ダー(18) tこより昇降自在なる様にし、又該機台
(2)の上方部においてその全長に亘り懸架する装填用
ガイドロッド(19) (19’) tこ緩挿して摺動
自在1こ移動する装填枠(20)の下面に、該機台(2
)の後端に一取着する装填用シリンダー (21)の作
動杵(22)の先端を取着すると賎1こ、装填枠(20
)の先端に、中子(1B)を挟圧固定すべき挟圧板(2
8)を取着した挟圧シリンダー(24)を連着し、次い
で装填枠(20) の下方にして一定の間隔をRか、先
端tこ上記昇降台(14)の切欠部に嵌合する載置台(
26)を形成し、後半部の架台(26)上に載置取着す
る押出しシリンダー(27)の作動杵(28)の先端t
こ固着する押出し板(29)を昇降台(14) の前側
面に突設する位置決め板(17)に対向する様tc N
ff’jすると共tこ架台(26)と装填枠(20)
とをリフトシリンダー(80) ?こより昇降自在層こ
垂下連着して、移動板(9)の移動により中子(18)
が昇降台(14)に嵌合する載置台(25)上に移動さ
れてこの移動板(9)と軸面位置決め板(16)及び位
置決め板(17)と押出し板(29) とにより中子(
18)の装填位置(X軸方向)に最終的に位置矯正した
後、昇降台(14)が降下(X軸方向)すると共に挟圧
板(2B) も降下して中子(18)を載置台(25)
と挟圧板(28)とtこより保持固定して装填用シリ
ンダー(21) の前進作動により前方に待機するコア
ーマスク(81)内に縦形状態の1m装填する様にして
なるものであって、図中(82〕はコアーマスクのベー
スフレーム、(8B) (88’)は側面位置決めガイ
ド稈、(841(84’)は軸面位置決めガイド桿、(
85) (85’)は昇降ガイド桿、(86086’)
はリフトガイド桿、(87)はストッパー、(88)は
エアーマニホールド、(89)は油圧マニホールドであ
る。
本発明は叙上の如き構成によりなるものであって、中子
の自動装填の作動過程を説明すれば、縦型跨型造型at
こ並設するファーセッターのコアーマスク(81)に対
向して配置する摺動機台(1)と移送装填用機台(2)
の内、摺動機台(1)の摺動板(4)上に中子(18)
を載置するに際し、移動板(9)を摺動板(4)の側端
に寄せた状態で、摺動板(4)の上面中央tこ散設する
側面位置決め板(11) tこ当接する様に中子(18
)を縦型状綿の婦装置すれは、側面位置決め板(11)
はその背後に取着するシリンダー(12)が前後動にイ
ド動じて中子(1B)の但)面方向の中心を摺動板(4
)の中心に合致する様に押し出した後側面位置決め板(
11)は後退して中子(1B)の位置決めをし、然る後
移動板(9)が移送装填用機台(2)例1tこ向は横方
向(Y軸方向)艮移動すると中子(18)は中心が位置
決めされた帰列降台(14)に嵌合する載置台(25)
上に移動されることとなる。而してこの時昇降台(14
)の端面に取着する軸面位置決め板(16)がシリンダ
ー(16)の作動により前進しているので中子(18)
は移動板(9)と軸面位置決め板(16)との間に挾持
されて中子(18)の倶1而方向の中心と共に軸面方向
の中心も位置決めされ、この両方向の位置決めの後、軸
面位置決め板(15)の後退と共に移動板(9)も摺動
板(4)の側端tこu1帰して次の中子(18)の載置
まで待機するものである。
その後、昇降台(14)に移載された中子(18)は摺
動台(4)より移動される間tこ側面の中心ズレを矯正
する為に、昇降台(14)の前側面に突設する位置決め
板(17)と押出し板(29)との間で挟圧して位置矯
正をすべく押出しシリンダー(27)が前進方向(X軸
方向)tこ作動して中子(1B)の位置を最終的に矯正
決定すると、昇降台(14)が昇降シリンダー(18)
の降下作動により下方向(X軸方向)に降下して中子(
18)の底面中心部を載置台(25)上で載置すると同
時eこ中子(18)の上方tこ配置した挟圧板(28)
が挟圧シリンダー(24)の作動により降下して中子(
18)を載置台(25)と挟圧板(28)と1こより保
持固定するものである。而して図面上に示す中子d j
8 )はV形6気筒用の中子である為挟圧板(28)の
下面1こ一定の角度をもって突設する円筒形が中子のポ
アー内tこ嵌入して中子の上端部を固定する様1こして
いるものであるか、この中子が直列気筒め中子である場
合はその上端面を保持固定することも出来る様な互換性
を有する挟圧板(28)とし℃いるものである。
又、中子(18)が摺動板(4)上より昇降台(14)
上に移載された時1こ、その中子The present invention includes a core setter t that automatically places a core into a vertical split main mold molded by a vertical M-type molding machine.
The core is placed on a sliding table in the vertical section and positioned so as to correspond to the core mask which is arranged vertically and is waiting, and this core is further moved by a transfer means such as a cylinder. To provide a method and apparatus for automatically loading cores into a core setter, in which the cores are placed in a core setter with high accuracy after the cores are properly corrected in the loading position by facing the loading surface of a fur mask. It is related to In the molding work of cylinder blocks, etc., in which a large number of cores are combined to form a more complex shape than in the past, the core is installed in a vertically split main mold. Currently, workers are loading it manually because it is complicated. Therefore, it is extremely labor-intensive to continuously manually attach the cores, which are quite heavy, to predetermined positions within the main mold, corresponding to one main mold that is continuously formed mechanically. If the main mold is made from a green mold, if the worker's hand or the core crab comes into contact with it when installing the core, the main mold will easily be damaged, which requires extra effort to repair. etc. The efficiency of attaching the core is extremely poor. In addition, recently, in order to make the installation of the core mechanical and to improve its efficiency, the core is held in the moving arm of an industrial robot that can move on 8 axes, which is usually commercially available. A mounting method has also been developed, but it is difficult to hold a core of equivalent weight @ 10 kq at the tip of the current robot arm and move it accurately, so it is difficult to move it when mounting the core. The arm oscillates and comes into contact with the main mold, causing damage to the main mold and other problems similar to those described above. The present invention was created with the aim of improving the efficiency of installing the core, and is intended to improve the efficiency of installing the core. Transfer to the sliding table part! ! The cores placed on the conveyor are positioned perpendicularly to the loading section, and after the cores placed on the conveyor are once positioned on the slide table, they are further moved to the transfer loading section where they are finally placed. After correcting the position and holding and fixing the pressing plate in contact with the upper end surface of the core, the core is moved forward to accurately load the core into the main mold, The entire process from supplying the core to loading it into the main mold is fully automated without any manual work, and moreover, the core to be loaded into the mask is positioned 1. After positioning and correcting at two locations, on the sliding table and in the transfer/loading section, the core is held and fixed from both the upper and lower surfaces of the core, and then loaded horizontally into the fur mask. The time cycle of the core setter without damaging the main mold from /L/
This is extremely useful for efficiently loading cores. To explain one embodiment of the present invention, a sliding machine stand (1) and a transfer loading device are used for a core setter that automatically sets a core into a vertically split main mold molded by a vertical mold making machine. A sliding plate (4) for opening sliding strips (8) (8') is arranged on the top surface of the sliding machine base (1), and Cylinder (5) (5'
) to which the rear end of the operating punch (6) is attached, and the tip of the operating punch (6) is suspended below the sliding plate (4) (7) (7'). The movable rod (8) is loosely inserted and slidable, and the movable plate (9) placed on the top surface of the sliding plate (4) is attached to the connecting plate (1).
0) (10') A cylinder connected to the above-mentioned moving rod (8) from K-, and further attached with a surface determining plate (11) at the center of the side surface of the upper surface of the sliding plate (4). (12) are scattered, and after positioning the core (18) placed on the sliding plate (4) from the side, it is moved to the transfer loading machine stand (2) side by the moving plate (9). A lifting platform is made so that it can be moved in the lateral direction (τ-axis direction), and then placed in the transfer/loading machine stand (2) and cut out in the center of the rear end close to the end surface of the sliding plate (4). (14), the end face of the lifting platform (14) is placed opposite the sliding plate (4).
6) are installed, and a positioning plate (17) is provided protruding from the front side of the lifting platform (14), so that the entire lifting platform (14) is attached downward. An elevating cylinder (18) that can be raised and lowered from t can be freely moved up and down, and a loading guide rod (19) (19') that is suspended over its entire length at the upper part of the machine base (2) can be loosely inserted and slid. On the underside of the loading frame (20) that moves one
) Attach the tip of the operating punch (22) of the loading cylinder (21) to the rear end of the loading cylinder (21).
) at the tip of the clamping plate (2) on which the core (1B) is to be clamped
8) Connect the clamping cylinder (24) to which it is attached, and then place it below the loading frame (20) with a certain interval R or fit the tip t into the notch of the lifting platform (14) above. Mounting table (
The tip t of the operating punch (28) of the extrusion cylinder (27) which forms a
The fixed extrusion plate (29) is arranged so as to face the positioning plate (17) protruding from the front side of the lifting platform (14).
ff'j Then the trestle (26) and loading frame (20)
And the lift cylinder (80)? The vertically movable layer hangs down from this, and the core (18) is moved by moving the movable plate (9).
is moved onto the mounting table (25) that fits into the lifting table (14), and the core is moved by this moving plate (9), the axial positioning plate (16), the positioning plate (17), and the extrusion plate (29). (
18) After the final position is corrected to the loading position (in the X-axis direction), the lifting platform (14) descends (in the X-axis direction) and the clamping plate (2B) also descends to place the core (18) on the mounting platform. (25)
It is held and fixed by the clamping plate (28) and T, and is loaded in a vertical state for 1 m into the core mask (81) waiting in front by the forward movement of the loading cylinder (21), as shown in the figure. (82) is the base frame of the core mask, (8B) (88') is the side positioning guide culm, (841 (84') is the axial positioning guide rod, (
85) (85') is the lifting guide rod, (86086')
is a lift guide rod, (87) is a stopper, (88) is an air manifold, and (89) is a hydraulic manifold. The present invention has the configuration as described above, and to explain the operation process of automatic core loading, the vertical straddle molding at
A sliding machine stand (1) and a transfer/loading machine stand (2) are arranged opposite to the core mask (81) of the fur setter installed in parallel.
The core (18) is placed on the sliding plate (4) of the sliding machine stand (1).
When placing the movable plate (9) close to the side edge of the sliding plate (4), side positioning plates (11) are installed at the center of the upper surface of the sliding plate (4). The core (18
), the vertical cotton device is attached to the side positioning plate (11)
The cylinder (12) installed behind it moves back and forth to move the center of the core (1B) in the direction of the sliding plate (4).
) Extruded rear side positioning plate (
11) moves backward to position the core (1B), and then the moving plate (9) moves the transfer and loading machine stand (2) in the lateral direction (Y-axis direction) and moves the core. (18) is a mounting table (25) that fits into the returning and descending table (14) whose center is positioned.
It will be moved up. At this time, the elevator platform (14
) is moved forward by the operation of the cylinder (16), so the core (18)
is held between the movable plate (9) and the axial positioning plate (16), and the center of the core (18) in the other direction as well as the center in the axial direction is positioned, and after this positioning in both directions, As the axial positioning plate (15) retreats, the movable plate (9) also returns to the side end tul1 of the sliding plate (4) and waits until the next core (18) is placed. After that, the core (18) transferred to the lifting table (14) is moved from the sliding table (4) to the front side of the lifting table (14) in order to correct the misalignment of the center of the side surface. The extrusion cylinder (27) operates in the forward direction (X-axis direction) to correct the position by pinching between the protruding positioning plate (17) and the extrusion plate (29), thereby pushing the core (1B). When the position is finally corrected, the lifting platform (14) moves to the lifting cylinder (18).
Due to the lowering operation of the core (
When the center of the bottom of the core (18) is placed on the mounting table (25), the pressure plate (28) is placed above the core (18).
is lowered by the operation of the clamping cylinder (24) and the core (
18) is held and fixed by a mounting table (25) and a pressure plate (28). Therefore, the core d j shown on the drawing
8) is a core for a V-type 6-cylinder, so a cylindrical shape protruding at a certain angle from the lower surface of the clamping plate (28) fits into the pore of the core and fixes the upper end of the core. If this core is a serial cylinder core, it may be a compatible clamping plate (28) that can also hold and fix the upper end surface of the core. be. Also, the core (18) is lifted up and down from the sliding plate (4) on the platform (14).
When it was transferred above, the middle child
【18】が形状不良等
の不良中子であると作業者が視認すれば挟圧板(28)
が降下ぜす、押出しシリンダー(27)が大itこ前進
作動して押出し板(29) tこより載置台(25)上
の中子(18)を下方へ系外排出するものである。この
様1こして中子(18)が的確に保持固定されるとその
前方で縦形tこ配設待機するコアーマスク(81)内t
こ装填すべく装填用シリンダー(21)が作動してコア
ーマスク(81)内1こ中子(18)を縦形状態の侭装
抗すれば、挟圧板(28〕が上昇すると同時にリフトシ
リンダー(8o)が降下作動して架台(26)が相隣下
して中子 4(18)を完全にコアーマスク(81)内
1こ預けて元の位置に復帰して一連の中子装填過程が完
了するものである。
本発明は縦型#型造型機により造型される垂直割主型内
に中子を自動的に装着するコアーセッター1こ対し、該
セッター内に装填すべき中子を横倒せしめることなく縦
形状態の傷これを的確tこ保持固定してコアーマスク(
81]の装填面1こ対し直角1こして水平方向より装填
するものであるから、中子(18)或はコアーマスク(
81) より主型内への装着時にも何ら他と接触してこ
れを損傷せしめることはなく、又中子(18)の位置決
めtこ際しては摺動板(4)上及び昇降台(14)上と
の2箇所で位置決め及び矯正と段階的tこ行ってその位
flltfiiffの向上ヲ図ると共にコアーセッター
のタイムサイク/l/lこ適応して高能率的に中子の装
填が可能となる他、省力化、品質の安定等極めて有用な
るものである。If the operator visually recognizes that [18] is a defective core with a defective shape, etc., the pressure plate (28)
As it descends, the extrusion cylinder (27) moves forward a large distance to eject the core (18) on the mounting table (25) downward from the extrusion plate (29) out of the system. In this way, when the core (18) is properly held and fixed, the core mask (81) is placed in a vertical position and waits in front of it.
When the loading cylinder (21) operates to load the core (18) in the core mask (81) in a vertical state, the clamping plate (28) rises and at the same time the lift cylinder (8o) The core 4 (18) is completely deposited in the core mask (81) and returned to its original position, completing a series of core loading processes. The present invention provides a core setter that automatically places a core into a vertically split main mold molded by a vertical type mold making machine, and a core setter that allows the core to be loaded into the setter to be laid down horizontally. Precisely hold and fix the vertical scratches and apply the core mask (
81] is loaded from the horizontal direction at right angles to the loading surface, so the core (18) or core mask (
81) When installing it into the main mold, it will not come in contact with anything else and damage it, and the positioning of the core (18) will be done on the sliding plate (4) and on the lifting platform ( 14) By performing positioning and correction in stages at the two locations above, we aim to improve the flltfiiff accordingly, and also adapt to the core setter's time cycle/l/l to enable highly efficient core loading. In addition, it is extremely useful in terms of labor saving, stable quality, etc.
第1図は本発明の一実施例を示す平面図、第2図は帛1
図A−A線eこおける切断41111而図、第8図は同
上1こおけるE −s M切断面図、第4図は列降台の
一部拡大図、第5図は同平面図、第6図はリフトシリン
ダ一部の一部拡大図である。
図中、(1)・・・摺動機台、(2)・・・移送装填用
機台、(4)・・・摺動板、(6)・・・作動杵、(9
)・・・移動板、(11) ・・・側面位置決め板、
(18)・・・中子、(14)・・・昇降台、(15)
・・・軸面位置決め板、(17) ・・・位置決
め板、(20)・・・装填稈、(21) ”−磨装填
用シリンダ−1(28)・・・挟圧板、(26)・・・
載置台、(26)・・・架台、(29)・・・押出し板
、(80)―−・リフトシリンダー、 (81)
・・−コアーマスク
第5図
第61Δ
269−Fig. 1 is a plan view showing an embodiment of the present invention, and Fig. 2 is a plan view showing an embodiment of the present invention.
Figure 8 is a cross-sectional view of E-s M at line A-A line e, Figure 4 is a partially enlarged view of the row platform, Figure 5 is a plan view of the same, FIG. 6 is a partially enlarged view of a part of the lift cylinder. In the figure, (1)...sliding machine stand, (2)...transfer loading machine stand, (4)...sliding plate, (6)...operating punch, (9
)...Moving plate, (11)...Side positioning plate,
(18)...core, (14)...lifting platform, (15)
...Axis positioning plate, (17) ...Positioning plate, (20) ...Loading culm, (21) "-Cylinder for polishing and loading -1 (28) ...Press plate, (26)・・・
Mounting stand, (26)... Frame, (29)... Extrusion plate, (80) --- Lift cylinder, (81)
...-Core mask Fig. 5 Fig. 61Δ 269-
Claims (1)
型内tこ中子を自動的に装着するファーセッターに対し
、摺動機台の摺動板上に中子を縦形状態の侭装置してこ
れを位置決めした後、横方向に移動して移送装填用機台
内において更に位置矯正し、これを保持固定してコアー
マスクの装填面に対し直角にして水平方向より中子を縦
形状態の鐙コアーマスク内1こ装填することを特徴とす
るコアーセッターへの中子自動装填方法。 (2ン 縦型鋳型造型機により造型される垂直割主型
内1こ中子を自動的tこ装着するコアーセッター1こ対
して、摺動機台と移送装填用機台とを直交する様に配置
し、摺動機台の上面には摺動条を開設する摺動板を配設
すると共に、その下方tこシリンダーにより回動する作
wJ秤の後端を取着し、更に作wJ秤の先端を、摺動板
の下方tこ懸架する移送用ガイドロッド1こ緩挿して摺
動自在に移動する移動枠に緩着すると共eこ、摺動板の
上面に配置する移動板を連結板により上記移動枠に連着
し、更に摺動板の上面の側面中央に、側面位置決め板を
取着したシリンダーを散設し、次いで移送装填用機台内
にして摺動板の端面tこ近接して後端中央部を切欠する
昇降台を配置すると共に該昇降台の端面tこして摺動板
tこ対向して軸面位置決め板を取着したシリンダーを散
設し、更1こ昇降台の前側面tこ位置決め板を突設して
、この昇降台の全体が下方に取着する昇降シリンダーに
より昇降自在なる様tこし、又移送装填用機台の上方部
においてその全長tこ亘り懸架する装填用ガイドロッド
tこ緩挿して摺動自在tこ移動する装填枠の下面に、該
機台の後端tこ取着するI#[用シリンダーの作動杵の
先端を取着すると共tこ、装填桿の先端1こ、中子を挟
圧固定すべき挟圧板を取着した挟圧シリンダーを連着し
、次いで装填桿の下方1こして一定の間隔を置き、先端
tこ上記昇降台の切欠部に嵌合する載置台を形成し、後
半部の架台上に載置して取着する押出しシリンダーの作
動杵の先端に固着する押出し板を、昇降台の前側面に突
設する位置決め板に対向する様に配置すると共tこ架台
と装填桿とをリフトシリンダーtこより昇降自在に垂下
連着してなることを特徴とするコアーセッターへの中子
自動装填装置。(1) For a fur setter that automatically places a core inside a vertical split main mold molded by a vertical mold making machine, there is a device that holds the core in a vertical state on the sliding plate of a sliding machine stand. After positioning it, move it laterally and further correct its position in the transfer/loading machine table, hold and fix it, and hold it at right angles to the loading surface of the core mask to hold the core vertically from the horizontal direction. A method for automatically loading a core into a core setter, characterized by loading one core into a stirrup core mask. (2-inch core setter that automatically places one core in the vertical split main mold molded by the vertical mold making machine) A sliding plate for opening a sliding strip is provided on the top surface of the sliding machine base, and the rear end of the working wJ scale, which is rotated by a cylinder, is attached below the sliding plate. Loosely insert the tip of the transfer guide rod suspended below the sliding plate and loosely attach it to the moving frame that moves freely. A cylinder is connected to the moving frame, and a cylinder with a side positioning plate is installed in the center of the upper surface of the sliding plate. A lifting platform with a notch in the center of the rear end is arranged, and a cylinder with an axial positioning plate attached thereto is interspersed across the end surface of the lifting platform and facing the sliding plate t. A positioning plate is provided protruding from the front side of the platform so that the entire platform can be raised and lowered by an elevator cylinder attached below, and a suspension plate is provided over the entire length of the platform at the upper part of the transfer/loading machine. The loading guide rod t is loosely inserted into the lower surface of the moving loading frame, and the tip of the operating punch of the cylinder is attached to the rear end of the machine. Attach the clamping cylinder to which the clamping plate to clamp and fix the core is connected to the tip of the loading rod, and then move it downwards at a certain distance, and then move it up and down above the tip. A mounting table is formed that fits into the notch of the table, and an extrusion plate that is fixed to the tip of the operating punch of the extrusion cylinder that is placed and attached to the rear frame is provided protruding from the front side of the lifting table. An automatic core loading device for a core setter, characterized in that the device is arranged so as to face a positioning plate, and a pedestal and a loading rod are connected to hang down from a lift cylinder so as to be able to rise and fall freely.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP15699982A JPS5945056A (en) | 1982-09-08 | 1982-09-08 | Method and device for loading automatically core into core setter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP15699982A JPS5945056A (en) | 1982-09-08 | 1982-09-08 | Method and device for loading automatically core into core setter |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS5945056A true JPS5945056A (en) | 1984-03-13 |
| JPS6342537B2 JPS6342537B2 (en) | 1988-08-24 |
Family
ID=15639969
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP15699982A Granted JPS5945056A (en) | 1982-09-08 | 1982-09-08 | Method and device for loading automatically core into core setter |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5945056A (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS63220946A (en) * | 1987-03-05 | 1988-09-14 | Isuzu Seisakusho:Kk | Core automatic setting apparatus |
| JPS63226412A (en) * | 1987-03-16 | 1988-09-21 | Daiho Constr Co Ltd | new machine caison |
| JPS63247427A (en) * | 1987-04-02 | 1988-10-14 | Daiho Constr Co Ltd | new machine caison |
| JPH03241120A (en) * | 1990-02-16 | 1991-10-28 | Sumitomo Constr Co Ltd | Earth moving device of excavated earth |
| CN104923742A (en) * | 2015-06-25 | 2015-09-23 | 金华市宝琳工贸有限公司 | Pressure piston salt core pressing device |
| CN106862493A (en) * | 2017-02-10 | 2017-06-20 | 重庆机电控股集团铸造有限公司 | A kind of sand mold automatic positioning equipment and its localization method |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5139611A (en) * | 1974-09-30 | 1976-04-02 | Nisso Petrochemical Ind Co Ltd | |
| JPS55103039U (en) * | 1978-12-30 | 1980-07-18 |
-
1982
- 1982-09-08 JP JP15699982A patent/JPS5945056A/en active Granted
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5139611A (en) * | 1974-09-30 | 1976-04-02 | Nisso Petrochemical Ind Co Ltd | |
| JPS55103039U (en) * | 1978-12-30 | 1980-07-18 |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS63220946A (en) * | 1987-03-05 | 1988-09-14 | Isuzu Seisakusho:Kk | Core automatic setting apparatus |
| JPS63226412A (en) * | 1987-03-16 | 1988-09-21 | Daiho Constr Co Ltd | new machine caison |
| JPS63247427A (en) * | 1987-04-02 | 1988-10-14 | Daiho Constr Co Ltd | new machine caison |
| JPH03241120A (en) * | 1990-02-16 | 1991-10-28 | Sumitomo Constr Co Ltd | Earth moving device of excavated earth |
| CN104923742A (en) * | 2015-06-25 | 2015-09-23 | 金华市宝琳工贸有限公司 | Pressure piston salt core pressing device |
| CN106862493A (en) * | 2017-02-10 | 2017-06-20 | 重庆机电控股集团铸造有限公司 | A kind of sand mold automatic positioning equipment and its localization method |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6342537B2 (en) | 1988-08-24 |
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