JPH0130576B2 - - Google Patents
Info
- Publication number
- JPH0130576B2 JPH0130576B2 JP56173592A JP17359281A JPH0130576B2 JP H0130576 B2 JPH0130576 B2 JP H0130576B2 JP 56173592 A JP56173592 A JP 56173592A JP 17359281 A JP17359281 A JP 17359281A JP H0130576 B2 JPH0130576 B2 JP H0130576B2
- Authority
- JP
- Japan
- Prior art keywords
- pouring
- line
- mold
- molding line
- lifting frame
- 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.)
- Expired
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B22—CASTING; POWDER METALLURGY
- B22D—CASTING OF METALS; CASTING OF OTHER SUBSTANCES BY THE SAME PROCESSES OR DEVICES
- B22D33/00—Equipment for handling moulds
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Intermediate Stations On Conveyors (AREA)
- Casting Devices For Molds (AREA)
Description
【発明の詳細な説明】 本発明は鋳型搬送装置に関する。[Detailed description of the invention] The present invention relates to a mold conveying device.
一般に、この種の装置は、造型ラインの終端部
外方位置にトラバーサを挾んで２条の注湯・冷却
ラインを設けるとともに、該トラバーサを両側の
注湯・冷却ラインの間を往復移動可能に設け、造
型ライン上を送られてきた鋳型を、２条の注湯・
冷却ラインに交互に送り込み注湯を行うようにし
ていた。 Generally, this type of equipment has two pouring/cooling lines with a traverser sandwiched between them at the outer end of the molding line, and the traverser can be moved back and forth between the pouring/cooling lines on both sides. The molds sent through the molding line are placed in two strips of pouring and
The molten metal was poured into the cooling line alternately.
しかし、高速ラインの場合、作業者の注湯中に
鋳型が移動する問題があり、作業者にとつて危険
であるばかりでなく、作業能率があがらないなど
の問題があり、また２条の各注湯・冷却ラインに
それぞれ作業者を配置する必要があるなどの問題
があつた。 However, in the case of high-speed lines, there is a problem that the mold moves while the worker is pouring, which is not only dangerous for the worker but also reduces work efficiency. There were problems such as the need to assign workers to each of the pouring and cooling lines.
本発明はこれらの問題点に鑑みて成されたもの
であつて、２条の注湯ラインのうち、一方の注湯
ラインには鋳型を順次送り込む作業を行つている
間に、他方の注湯ラインにおいては、完全に停止
させた鋳型に注湯作業を行うようにして、注湯中
に鋳型が移動し作業者の安全性を脅かすとか、或
いは各注湯ラインにそれぞれ専用の注湯作業者を
設ける必要のない能率的な鋳型搬送装置を提供す
ることを目的とするものである。 The present invention has been made in view of these problems, and has two molten metal pouring lines. While the molds are being sequentially fed into one of the molten metal pouring lines, the other molten metal pouring line is being fed one by one. On the line, pouring work should be done into a mold that is completely stopped, so that the mold may move during pouring and threaten the safety of the workers, or each pouring line should have its own dedicated pouring operator. The object of the present invention is to provide an efficient mold conveying device that does not require the provision of a mold conveyance device.
以下に、本発明の構成を実施例に基づき説明す
る。１は造型ラインで該造型ライン１は両端部を
支脚２を介して支持されたコンベヤフレーム３の
上面にガイドレール４を敷設した構成とされてい
て、該造型ライン１上には、上面に鋳型５を載置
した複数個の台車６が端面を接してガイドレール
４上に車輪７を係合させて走行移動自在に設けら
れている。８は造型ライン１の終端部に直交して
設けられたトラバーサー装置であつて、これは次
のような構成になつている。 The configuration of the present invention will be explained below based on examples. Reference numeral 1 denotes a molding line. The molding line 1 has a structure in which a guide rail 4 is laid on the upper surface of a conveyor frame 3 whose both ends are supported via supporting legs 2. A plurality of carts 6 on which 5 are mounted are provided on a guide rail 4 with their end faces in contact with each other and are movably movable by engaging wheels 7 on the guide rail 4. Reference numeral 8 denotes a traverser device installed perpendicularly to the terminal end of the molding line 1, and has the following configuration.
即ち、９は昇降フレームで、この昇降フレーム
９の下方には、コンベヤフレーム３の支脚２，２
内側に支持部材１０を介して１対の軸受１１が２
組、左右に所定間隔設けて取り付けてあつて、該
軸受１１には、それぞれ回転軸１２が回転自在に
支持してあるとともに、軸受１１内側位置におけ
る各回転軸１２には、リンク１３の中間部が嵌着
してあるとともに、該リンク１３の先端部には、
ローラ１４が回転自在に枢支され、また基端部に
は、基礎上面に支持ブラケツト１５を介して回動
自在に支持された昇降シリンダ１６の両側に突出
したピストンロツド１６ａが回動可能に連結され
ていて、昇降シリンダ１６の作動により、ローラ
１４は回転軸１２を支点として昇降回動され、昇
降フレーム９を上・下動できるようになつてい
る。そして、昇降フレーム９の上面には、互いに
支持部材１７′を所定間隔を保つて立設した構成
の爪支持部材１７が、３組左右に略等間隔を設け
て取り付けてあつて、中央の該爪支持部材１７は
造型ライン１に、また両側の爪支持部材１７は注
湯ライン１８，１８′にそれぞれ対応して設けら
れていて、これらの爪支持部材１７は、昇降フレ
ーム９とともに上昇し、台車６を載置支持できる
ようになつている。また、爪支持部材１７の内方
位置には、基礎上面より立設した支脚１９ａに支
持されたガイドフレーム１９が左右方向に延長し
て取り付けられていて、該ガイドフレーム１９上
には、往復台車２０が両側に回転自在に軸支した
車輪２１を介して走行移動自在に係合されるとと
もに、該往復台車２０上面には、前記ガイドレー
ル４のレール幅と略同一レール幅を有する４対の
ガイドレール２２が前記爪支持部材１７のピツチ
と略等ピツチを保つて設けられており、そして中
央の爪支持部材１７位置におけるガイドレール２
２上には、造型ライン１から送られてきた鋳型５
を載置した台車６が置かれている。また、往復台
車２０の下面には、ガイドフレーム１９の接続フ
レーム２３下面に支持ブラケツト２４を介して回
動自在に支持された走行シリンダ２５のピストン
ロツド２５ａがシリンダブラケツト２６を介して
回動自在に連結されていて、走行シリンダ２５の
作動により、往復台車２０は造型ライン１を中心
に両側の注湯ライン１８，１８′の間を交互に往
復移動自在に設けられている。このようにトラバ
ーサー装置８は、昇降フレーム９と、爪支持部材
１７と、往復台車２０と、からその主要部を構成
されている。また、該注湯ライン１８，１８′は、
造型ライン１の反対側における両端の爪支持部材
１７に対応する位置に、昇降フレーム９に直交し
て設けられている。２７は造型ライン１及び注湯
ライン１８，１８′に並行して敷設された冷却ラ
インで、該冷却ライン２７の始端部と注湯ライン
１８，１８′の終端部の間には、間歇移動可能な
チエーンコンベヤ２８が設けられていて、注湯ラ
イン１８，１８′から送られてきた注湯済鋳型を
積載した台車６を冷却ライン２７の延長線位置ま
で間歇移動してプツシヤシリンダ２９の伸張作動
により、冷却ライン２７に送り込めるようになつ
ている。また、冷却ライン２７の終端部と造型ラ
イン１の始端部の間にも、チエーンコンベヤ３０
が設けられていて、台車６を造型ライン１上に回
収できるようになつている。 That is, 9 is an elevating frame, and below this elevating frame 9 are supporting legs 2, 2 of the conveyor frame 3.
A pair of bearings 11 are installed inside with a support member 10 interposed therebetween.
The bearings 11 are rotatably supported by a rotary shaft 12, and each rotary shaft 12 at a position inside the bearing 11 has an intermediate portion of a link 13. is fitted on the tip of the link 13, and
A roller 14 is rotatably supported, and a piston rod 16a protruding from both sides of an elevating cylinder 16 rotatably supported on the upper surface of the base via a support bracket 15 is rotatably connected to the base end. By the operation of the lifting cylinder 16, the roller 14 is rotated up and down about the rotating shaft 12, so that the lifting frame 9 can be moved up and down. On the upper surface of the lifting frame 9, three sets of pawl support members 17 are installed at approximately equal intervals on the left and right sides, and each pair of pawl support members 17' are installed at a predetermined interval from each other. The claw support members 17 are provided on the molding line 1, and the claw support members 17 on both sides are provided corresponding to the pouring lines 18, 18', respectively, and these claw support members 17 rise together with the lifting frame 9. The trolley 6 can be placed and supported. Further, a guide frame 19 supported by supporting legs 19a erected from the upper surface of the foundation is attached to the inner position of the claw support member 17, extending in the left-right direction. 20 are movably engaged via wheels 21 rotatably supported on both sides, and four pairs of rails having substantially the same rail width as the guide rail 4 are provided on the upper surface of the reciprocating cart 20. A guide rail 22 is provided at approximately the same pitch as the pawl support member 17, and the guide rail 22 at the central pawl support member 17 position is provided.
Above 2 is the mold 5 sent from molding line 1.
There is a cart 6 on which is placed. Further, on the lower surface of the reciprocating truck 20, a piston rod 25a of a traveling cylinder 25, which is rotatably supported on the lower surface of the connecting frame 23 of the guide frame 19 via a support bracket 24, is rotatably connected via a cylinder bracket 26. By the operation of the traveling cylinder 25, the reciprocating carriage 20 is provided so as to be able to reciprocate alternately between the pouring lines 18, 18' on both sides of the molding line 1. As described above, the main parts of the traverser device 8 include the elevating frame 9, the claw support member 17, and the reciprocating cart 20. In addition, the pouring lines 18, 18' are
They are provided perpendicularly to the lifting frame 9 at positions corresponding to the claw supporting members 17 at both ends on the opposite side of the molding line 1 . 27 is a cooling line laid in parallel to the molding line 1 and the pouring lines 18, 18', and can be moved intermittently between the starting end of the cooling line 27 and the terminal end of the pouring lines 18, 18'. A chain conveyor 28 is provided, and the trolley 6 loaded with the poured molds sent from the pouring lines 18 and 18' is moved intermittently to the extension line position of the cooling line 27, and is moved by the extension operation of the pusher cylinder 29. , so that it can be fed into the cooling line 27. Also, a chain conveyor 30 is installed between the terminal end of the cooling line 27 and the starting end of the molding line 1.
is provided so that the cart 6 can be recovered onto the molding line 1.
３１はトラバーサー装置８の外側に、先端を造
型ライン１に対向して設けられたクツシヨンシリ
ンダで、基礎上に固設された支持台３２上面に取
り付けられている。３３は鋳型５上面に載せられ
た錘り。３４は鋳型５に被せられたジヤケツト。
３５は造型ライン１の中間位置に設けられた鋳型
造型装置。３６は鋳型造型装置３５の前方に設け
られた錘り乗せ替えジヤケツト被せ装置で、造型
ライン１と冷却ライン２７の間に架設されてい
る。 A cushion cylinder 31 is provided on the outside of the traverser device 8 with its tip facing the molding line 1, and is attached to the upper surface of a support base 32 fixed on the foundation. 33 is a weight placed on the upper surface of the mold 5. 34 is a jacket placed over the mold 5.
35 is a mold making device provided at an intermediate position of the molding line 1; Reference numeral 36 denotes a weight transfer jacket covering device provided in front of the mold making device 35, and is installed between the molding line 1 and the cooling line 27.
尚、３７，３８，３９はプツシヤシリンダ、４
０，４１，４２はクツシヨンシリンダである。 In addition, 37, 38, 39 are pusher cylinders, 4
0, 41, 42 are cushion cylinders.
このように構成されたものは、鋳型造型装置３
５で造型されて台車６に載置支持された鋳型５
が、途中錘り乗せ替えジヤケツト被せ装置３６で
錘り３３及びジヤケツト３４をセツトされて造型
ライン１延長線上のガイドレール２２上に搬入移
動されると、走行シリンダ２５を縮引作動して、
往復台車２０を第３図に於て左方に移動し鋳型５
を積載した台車６を注湯ライン１８延長線上に位
置させるとともに、昇降シリンダ１６を作動し
て、ローラ１４を回転軸１２を支点として上昇回
動し昇降フレーム９とともに爪支持部材１７を若
干持上げ台車６下面の車輪７をガイドレール２２
から解放する。次いで、走行シリンダ２５を逆作
動して、往復台車２０を元に戻すとともに昇降シ
リンダ１６を逆作動して、昇降フレーム９を下降
して爪支持部材１７上面の前記台車６を往復台車
２０上面に降し、台車６下面の車輪７はガイドレ
ール２２に係合される。つづいて、プツシヤシリ
ンダ３９を伸張作動して、往復台車２０上面の前
記台車６をガイドレール２２（注湯ライン１８上
のガイドレール２２は図示せず）に沿つて注湯ラ
イン１８上に押出し移動する。この時同時に、プ
ツシヤシリンダ３７を伸張作動して、造型ライン
１終端部位置における鋳型５を積載した台車６を
中央の爪支持部材１７位置におけるガイドレール
２２上に搬入移動する。次いで、再び走行シリン
ダ２５を縮引作動して、往復台車２０を移動させ
て前記鋳型５を積載した台車６を注湯ライン１８
延長線上に位置させるとともに昇降シリンダ１６
を作動して、昇降フレーム９を上昇させ爪支持部
材１７上面に前記台車６を載置支持する。次い
で、走行シリンダ２５を逆作動させて往復台車２
０を元に戻したあと、昇降シリンダ１６を逆作動
して、昇降フレーム９を下降し爪支持部材１７上
面の前記台車６を往復台車２０上面に降すととも
にプツシヤシリンダ３９を作動させて往復台車２
０上面の前記台車６を注湯ライン１８上に送り込
む。この時同時に、プツシヤシリンダ３７を伸張
作動させて造型ライン１終端部における鋳型５を
積載した台車６を中央の爪支持部材１７位置にお
けるガイドレール２２上に送り込む。このような
操作を繰返して、注湯ライン１８が鋳型５を積載
した台車６でいつぱいになると、この注湯ライン
１８においては注湯作業が行われる。この注湯作
業中、他方の注湯ライン１８′上では、新たな鋳
型５を積載した台車６の送り込み操作が行われ
る。すなわち、爪支持部材１７上面を空にし、か
つ走行シリンダ２５を縮引作動して、往復台車２
０を第３図に於て左方に移動した状態において、
プツシヤシリンダ３７を伸張作動して、造型ライ
ン１終端部における鋳型５を積載した台車６を中
央の爪支持部材１７位置に移動したガイドレール
２２上に搬入移動する。次いで、走行シリンダ２
５を伸張作動して、往復台車２０を第３図に於て
右方に移動し鋳型５を積載した台車６を注湯ライ
ン１８′の延長線上に位置させるとともに、昇降
シリンダ１６を作動してローラ１４を回転軸１２
を支点として上昇回動して昇降フレーム９を上昇
し前記鋳型を積載した台車６を爪支持部材１７上
面に載置支持する。つづいて、走行シリンダ２５
を縮引作動して往復台車２０を第３図に於て左方
に移動し最初の始動位置に戻すとともにプツシヤ
シリンダ３８を伸張作動して、往復台車２０上面
の前記台車６を注湯ライン１８′上に送り込む。
この時同時に、プツシヤシリンダ３７を伸張作動
して、造型ライン１終端部位置における鋳型５を
積載した台車６を中央の爪支持部材１７位置に移
動したガイドレール２２上に搬入移動する。次い
で、再び前記操作を繰返して前記鋳型５を積載し
た台車６を注湯ライン１８′上に順次送り込む。
このような操作を繰返すことによつて、注湯ライ
ン１８′上には、鋳型５を積載した台車６がいつ
ぱいに並べられる。一方、この間に、前述の注湯
ライン１８においては、注湯作業が完了し、再
び、鋳型５を積載した台車６を注湯ライン１８へ
送り込み、注湯済鋳型５を載置した台車６を、順
次チエーンコンベヤ２８を介して冷却ライン２７
に押し出し、途中錘り乗せ替えジヤケツト被せ装
置３６で錘り３３及びジヤケツト３４を取り外す
とともに、製品取り出し装置（図示せず）によつ
て注湯済鋳型を台車６上面から外方に取り出し、
台車６のみチエーンコンベヤ３０を介して造型ラ
イン１上に送り込み、再使用に供する。 The device configured in this way is the mold making device 3.
The mold 5 which is molded by 5 and is mounted and supported on a trolley 6
However, when the weight 33 and jacket 34 are set by the weight changing jacket covering device 36 and moved onto the guide rail 22 on the extension line of the molding line 1, the traveling cylinder 25 is operated to retract.
Move the reciprocating cart 20 to the left in FIG.
The trolley 6 loaded with the molten metal is positioned on the extension line of the pouring line 18, and the lifting cylinder 16 is operated to raise and rotate the roller 14 about the rotating shaft 12 as a fulcrum, and slightly lift the pawl support member 17 together with the lifting frame 9. 6 Place the wheels 7 on the lower surface on the guide rail 22
Free from. Next, the traveling cylinder 25 is reversely operated to return the reciprocating cart 20 to its original position, and the elevating cylinder 16 is reversely operated to lower the elevating frame 9 to move the cart 6 on the upper surface of the claw support member 17 to the upper surface of the reciprocating cart 20. When lowered, the wheels 7 on the lower surface of the truck 6 are engaged with the guide rails 22. Next, the pusher cylinder 39 is extended and moved to push the cart 6 on the upper surface of the reciprocating cart 20 onto the pouring line 18 along the guide rail 22 (the guide rail 22 on the pouring line 18 is not shown). . At the same time, the pusher cylinder 37 is extended and the carriage 6 loaded with the mold 5 at the end position of the molding line 1 is carried onto the guide rail 22 at the central pawl support member 17 position. Next, the traveling cylinder 25 is retracted again to move the reciprocating truck 20 and move the truck 6 loaded with the mold 5 to the pouring line 18.
The elevating cylinder 16 is located on the extension line.
is operated to raise the elevating frame 9 and place and support the cart 6 on the upper surface of the claw support member 17. Next, the traveling cylinder 25 is operated in reverse to move the reciprocating carriage 2.
0 is returned to its original position, the lifting cylinder 16 is reversely operated to lower the lifting frame 9 to lower the cart 6 on the upper surface of the pawl support member 17 onto the upper surface of the reciprocating cart 20, and the pusher cylinder 39 is actuated to lower the reciprocating cart 2.
The cart 6 with the top surface 0 is sent onto the pouring line 18. At the same time, the pusher cylinder 37 is extended and the carriage 6 loaded with the mold 5 at the end of the molding line 1 is sent onto the guide rail 22 at the central pawl support member 17 position. By repeating such operations, when the pouring line 18 is filled with the carts 6 loaded with the molds 5, pouring work is performed in the pouring line 18. During this pouring operation, a carriage 6 loaded with a new mold 5 is fed onto the other pouring line 18'. That is, the upper surface of the claw support member 17 is emptied, and the traveling cylinder 25 is retracted to move the reciprocating carriage 2.
0 is moved to the left in Figure 3,
The pusher cylinder 37 is extended and the carriage 6 loaded with the mold 5 at the end of the molding line 1 is carried onto the guide rail 22 which has been moved to the position of the central pawl support member 17. Next, the traveling cylinder 2
5 is extended, the reciprocating cart 20 is moved to the right in FIG. The roller 14 is connected to the rotating shaft 12
The elevator frame 9 is raised and rotated using the fulcrum as a fulcrum, and the trolley 6 loaded with the mold is placed and supported on the upper surface of the claw support member 17. Next, the traveling cylinder 25
is retracted to move the reciprocating cart 20 to the left in FIG. send it to the top.
At the same time, the pusher cylinder 37 is extended, and the carriage 6 loaded with the mold 5 at the end position of the molding line 1 is carried onto the guide rail 22 which has been moved to the central pawl support member 17 position. Next, the above operation is repeated again to sequentially feed the cart 6 loaded with the mold 5 onto the pouring line 18'.
By repeating such operations, the carts 6 carrying the molds 5 are lined up to the fullest on the pouring line 18'. Meanwhile, in the above-mentioned pouring line 18, the pouring work is completed, and the trolley 6 loaded with the mold 5 is sent to the pouring line 18 again, and the trolley 6 loaded with the poured mold 5 is transported again. , cooling line 27 sequentially via chain conveyor 28
The weight 33 and the jacket 34 are removed by the weight changing jacket covering device 36, and the poured mold is taken out from the top surface of the trolley 6 by a product take-out device (not shown).
Only the cart 6 is sent onto the molding line 1 via the chain conveyor 30 and is provided for reuse.
また、他方の注湯ライン１８′においては、注
湯が行われる。以後このような作動を交互に行う
ものである。 In addition, pouring is performed in the other pouring line 18'. Thereafter, such operations will be performed alternately.
尚、前記実施例において、往復台車２０上面に
４対のガイドレール２２を設けた構成としたが、
往復台車２０を正逆回転自在なモータか或いは走
行シリンダ２５のストロークを倍にして走行移動
するようにすれば３対でも良い。 In the above embodiment, four pairs of guide rails 22 were provided on the upper surface of the reciprocating cart 20, but
Three pairs may be used as long as the reciprocating carriage 20 is driven by a motor that can freely rotate in forward and reverse directions, or by doubling the stroke of the traveling cylinder 25.
要するに、本発明は昇降可能な長尺の昇降フレ
ームの上面に、互いに所定間隔を保つて複数本の
支脚を立設した構成の爪支持部材を、３組、該昇
降フレームの長手方向に略等ピツチを保つて設け
るとともに、該昇降フレームにおける中央の爪支
持部材に対応する位置には、該昇降フレームに直
交して造型ラインの終端部を設け、また、該造型
ラインの反対側における両端の爪支持部材に対応
する位置には、該昇降フレームに直交して注湯ラ
インをそれぞれ設け、さらに前記爪支持部材内方
位置における前記造型ラインと両側の注湯ライン
の間には、往復台車を往復移動自在に設けた構成
としたので、作業者は鋳型が完全に停止した状態
において、注湯が可能となり、そのために注湯中
に鋳型が移動し作業者の安全性を脅かすこともな
く、或いは各注湯ラインにそれぞれ注湯作業者を
設ける必要もなく、１人の作業者で十分であるな
どいろいろ優れた効果を有し、この種の業界に寄
与する効果は著大である。 In short, the present invention provides three pairs of claw support members each having a plurality of supporting legs erected at a predetermined distance from each other on the upper surface of a long elevating frame that can be raised and lowered, approximately at the same distance in the longitudinal direction of the elevating frame. In addition, the end portion of the molding line is provided perpendicularly to the lifting frame at a position corresponding to the central pawl support member on the lifting frame, and the nails at both ends on the opposite side of the molding line are provided. Molten pouring lines are provided perpendicularly to the lifting frame at positions corresponding to the support members, and a reciprocating cart is provided between the molding line at the inner position of the claw support member and the pouring lines on both sides. Since it is configured to be movable, the worker can pour the metal while the mold is completely stopped, and therefore the mold does not move during pouring and threaten the safety of the worker. It has various excellent effects such as there is no need to provide a pouring operator for each pouring line and one operator is sufficient, and the effect of contributing to this type of industry is significant.
第１図は本発明の実施例を示す平面図、第２図
は第１図におけるＡ−Ａ矢視図、第３図は第１図
におけるＢ−Ｂ矢視図である。
FIG. 1 is a plan view showing an embodiment of the present invention, FIG. 2 is a view taken along the line A-A in FIG. 1, and FIG. 3 is a view taken along the line B-B in FIG.
Claims (1)
互いに所定間隔を保つて複数本の支持部材１７′
を立設した構成の爪支持部材１７を、３組、該昇
降フレーム９の長手方向に略等ピツチを保つて設
けるとともに、該昇降フレーム９における中央の
爪支持部材１７に対応する位置には、該昇降フレ
ーム９に直交して造型ライン１の終端部を設け、
また該造型ライン１の反対側における両端の爪支
持部材１７に対応する位置には、該昇降フレーム
９に直交して注湯ライン１８，１８′をそれぞれ
設け、さらに、前記爪支持部材１７内方位置にお
ける前記造型ライン１と両側の注湯ライン１８，
１８′の間には、往復台車２０を往復移動自在に
設けたことを特徴とする鋳型搬送装置。1 On the top surface of the elongated elevating frame 9 that can be raised and lowered,
A plurality of supporting members 17' are arranged at a predetermined distance from each other.
Three sets of pawl support members 17 having a configuration of erected are provided at approximately equal pitches in the longitudinal direction of the lifting frame 9, and at positions corresponding to the central pawl support member 17 on the lifting frame 9. A terminal end of the molding line 1 is provided perpendicular to the lifting frame 9,
In addition, pouring lines 18 and 18' are provided at positions corresponding to the claw support members 17 at both ends on the opposite side of the molding line 1, respectively, perpendicular to the lifting frame 9, and further, inside the claw support members 17. the molding line 1 at the position and the pouring lines 18 on both sides,
18', a mold conveying device is characterized in that a reciprocating carriage 20 is provided for reciprocating movement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP17359281A JPS5874247A (en) | 1981-10-28 | 1981-10-28 | Casting mold conveyor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP17359281A JPS5874247A (en) | 1981-10-28 | 1981-10-28 | Casting mold conveyor |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS5874247A JPS5874247A (en) | 1983-05-04 |
| JPH0130576B2 true JPH0130576B2 (en) | 1989-06-21 |
Family
ID=15963444
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP17359281A Granted JPS5874247A (en) | 1981-10-28 | 1981-10-28 | Casting mold conveyor |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5874247A (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH02127964A (en) * | 1988-11-04 | 1990-05-16 | Sintokogio Ltd | Casting line |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5931782B2 (en) * | 1976-07-23 | 1984-08-04 | 株式会社日立製作所 | Tape recorder operation control device |
-
1981
- 1981-10-28 JP JP17359281A patent/JPS5874247A/en active Granted
Also Published As
| Publication number | Publication date |
|---|---|
| JPS5874247A (en) | 1983-05-04 |
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