JPH0734025Y2 - Work unloading device - Google Patents

Work unloading device

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Publication number
JPH0734025Y2
JPH0734025Y2 JP1268591U JP1268591U JPH0734025Y2 JP H0734025 Y2 JPH0734025 Y2 JP H0734025Y2 JP 1268591 U JP1268591 U JP 1268591U JP 1268591 U JP1268591 U JP 1268591U JP H0734025 Y2 JPH0734025 Y2 JP H0734025Y2
Authority
JP
Japan
Prior art keywords
work
hook
pier
works
uppermost
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 - Lifetime
Application number
JP1268591U
Other languages
Japanese (ja)
Other versions
JPH04105029U (en
Inventor
秀章 明司
Original Assignee
ナショナル住宅産業株式会社
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 ナショナル住宅産業株式会社 filed Critical ナショナル住宅産業株式会社
Priority to JP1268591U priority Critical patent/JPH0734025Y2/en
Publication of JPH04105029U publication Critical patent/JPH04105029U/en
Application granted granted Critical
Publication of JPH0734025Y2 publication Critical patent/JPH0734025Y2/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

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Description

【考案の詳細な説明】[Detailed description of the device]

【0001】[0001]

【産業上の利用分野】本発明は、荷崩れ防止用の桟木を
介在させた板状のワークの積上げ体から1枚ずつワーク
を取出しかつ前記桟木の除去を円滑にし、ワークの解載
タクトを向上しうるワーク搬出装置に関する。
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention takes out the works one by one from a stack of plate-like works interposing a load collapse preventing pier and facilitates the removal of the pier so that the unloading of the work can be performed. The present invention relates to an improved work unloading device.

【0002】[0002]

【従来の技術】例えば、壁パネルの表裏に添着される薄
肉広巾の板状のワークが積重ねられた積上げ体から、該
ワークを一枚ずつ所定の位置に送り出すにはワーク搬出
装置が用いられる。又前記積上げ体は、複数のワークご
とに角材から形成される桟木を介在させ該ワークの荷崩
れを防止している。
2. Description of the Related Art For example, a work unloading device is used to send the works one by one from a stack of stacked thin and wide plate-like works attached to the front and back of a wall panel. Further, the stacking body interposes a crosspiece formed of a square bar for each of a plurality of works to prevent the work from collapsing.

【0003】このような積上げ体からワークを取出すワ
ーク搬出装置は、従来、例えば図8に示すように、ワー
クの積上げ体aを載置しかつ一枚ごとに持上げるワーク
持上げ台b、該ワーク持上げ台bと例えばワークを加工
装置に搬出する搬出コンベヤとをその上方で跨がるレー
ル上を走行しかつ昇降自在な吸着器cを具え最上段のワ
ークw1をワーク持上げ台bから搬出コンベヤに送り出
す送出し装置d、および積上げ体aに介在した桟木eが
最上段にあるときに該桟木eを押出し積上げ体aから落
下させることにより取出す例えば長尺なシリンダからな
る押進具fにより構成されていた。
Conventionally, a work unloading device for taking out a work from such a stacking body has, as shown, for example, in FIG. An uppermost work w1 is provided from a work lifting platform b to a unloading conveyor, which is equipped with an adsorber c that runs on a rail that extends above a lifting platform b and, for example, a unloading conveyor that unloads a work to a processing device, and that can lift up and down. It is composed of a sending-out device d for sending out, and a pushing tool f composed of, for example, a long cylinder, which takes out by dropping the crosspiece e from the push-out stacking body a when the crosspiece e interposed in the stacking body a is at the uppermost stage. Was there.

【0004】[0004]

【考案が解決しようとする課題】しかしながら、積上げ
体aの各ワークは密に積載されるため、ワークが互いに
吸着しあい、最上段のワークw1のみの持上げを困難と
していた。又積上げ体aに積重ねたワークは、時に位置
ずれを起こした状態にあり、持上げ時の重心バランスを
損ね、落下等の危険があり、ワークを損傷させかつ作業
能率が劣る。
However, since the respective works of the stacking body a are densely loaded, the works are attracted to each other and it is difficult to lift only the work w1 at the uppermost stage. Further, the works stacked on the stacking body a are sometimes in a state of being displaced, impairing the balance of the center of gravity at the time of lifting, causing a risk of dropping or the like, which damages the works and deteriorates the work efficiency.

【0005】又ワークを取出す送出し装置dと、桟木e
を除去する押進具fとは分離しているため構造が複雑に
なり、かつ桟木eを除去する間、送出し装置dは待機す
る必要があり時間のロスが生じワークの解載タクトの低
下を招来する。
Further, a delivery device d for taking out the work and a shackle e
Since it is separated from the pushing tool f for removing the work piece, the structure is complicated, and the sending device d needs to wait while removing the pier e, resulting in a loss of time and a reduction in the work load tact time. Be invited.

【0006】本考案は、ワークを一方向に送り出す送出
し装置のフックを、積上げ体の最上段に桟木があるとき
には復動に際して下降させる制御装置を具えたことを基
本として、ワーク送出し装置により桟木を他方向に取出
すことができ前記課題を解決しうるワーク搬出装置の提
供を目的としている。
The present invention is based on the provision of a control device for lowering the hook of the delivery device for delivering the work in one direction when the stack is at the uppermost stage of the stacking body when the work is returned. It is an object of the present invention to provide a work unloading device that can take out a pier in another direction and can solve the above-mentioned problems.

【0007】[0007]

【課題を解決するための手段】本考案は、板状のワーク
を複数の該ワークごとに桟木を介在させ積重ねた積上げ
体からワークを一枚ごとかつ桟木の向きと直交する一方
向に取出しかつ桟木を他方向に送り出すワーク搬出装置
であって、前記積上げ体を載置しかつ持上げるワーク持
上げ台、該ワーク持上げ台の上方で送り出し方向に水平
に往復動する移動体に昇降自在かつ下降により最上段の
ワークと当接し該ワークを前記一方向に送り出すととも
に復動に際して上昇しワークとの衝合が防止されるフッ
クを設けた送出し装置、および最上段に桟木があること
を検知するとともに検知により復動に際してフックを下
降させることにより桟木を他方向に取出す制御装置から
なるワーク搬出装置である。
SUMMARY OF THE INVENTION According to the present invention, a plurality of plate-like works are stacked for each of the works with a pier interposed, and the works are taken out one by one and in one direction orthogonal to the direction of the pier. A work unloading device for sending a shackle in another direction, which is a work lifting platform on which the stacking body is placed and lifted, and a movable body which horizontally reciprocates in the sending direction above the work lifting platform so as to be lifted and lowered. A feeding device provided with a hook that comes into contact with the work in the uppermost stage and sends out the work in the above-mentioned one direction, and rises in the backward movement to prevent collision with the work, and detects that there is a splint in the uppermost stage. It is a work unloading device that is composed of a control device that takes out the skate in the other direction by lowering the hook upon the return movement by detection.

【0008】[0008]

【作用】ワークを積重ねた積上げ体を載置したワーク持
上げ台の上方に、送り出し方向に往復動する移動体に下
降により最上段のワークと当接し該ワークを一方向に送
り出すフックを設けた送出し装置を具えている。従っ
て、積重ねたワークを一枚ずつ例えば搬出コンベヤに移
載でき、その作業を確実化するとともに、ワークの落下
の危険を排除し作業の安全性を高めうる。
Operation: A feed provided with a hook above the work lifting table on which the stacks of stacked works are placed, and the moving body that reciprocates in the sending direction comes into contact with the uppermost work by descending and sends the work in one direction. Equipped with a device. Therefore, the stacked works can be transferred one by one to, for example, the carry-out conveyor, the work can be ensured, and the risk of the works falling can be eliminated to improve the work safety.

【0009】又移動体のフックは復動に際して上昇しワ
ークとの衝合が防止されるとともに、最上段に桟木があ
るときには前記フックを復動時に下降させ該桟木を他方
向に取出す制御装置を具える。従って、移動体の往復動
によりワークおよび桟木を連続して取出すことができ、
作業能率を向上しうるとともにワークの解載タクトを高
めうる。
In addition, the hook of the moving body is raised during the backward movement to prevent the collision with the work, and when the uppermost berth is the pier, the hook is lowered during the backward movement to take out the pier in the other direction. Equipped. Therefore, it is possible to continuously take out the work and the pier by the reciprocating motion of the moving body,
It is possible to improve work efficiency and increase the loading / unloading tact of the work.

【0010】さらにワーク、桟木を取出すための装置を
一体化したため、装置全体の構造が簡略化し、その保守
管理を容易とする。
Further, since the device for taking out the work and the splint is integrated, the structure of the entire device is simplified and the maintenance thereof is facilitated.

【0011】[0011]

【実施例】【Example】

以下本考案の一実施例を図面に基づき説明する。図1に
おいて本考案のワーク搬出装置1は、板状のワークWを
複数の該ワークWごとに桟木Aを介在させ積重ねた積上
げ体BからワークWを一枚ごとかつ桟木Aと直交する一
方向Xに取出し、かつ前記桟木Aを他方向Yに送り出す
装置である。
An embodiment of the present invention will be described below with reference to the drawings. Referring to FIG. 1, the work unloading device 1 of the present invention has a structure in which plate-like works W are stacked for each of the plurality of works W with a pier A interposed therebetween. It is a device for taking out to the X direction and sending out the pier A in the other direction Y.

【0012】又ワーク搬出装置1は、前記積上げ体Bを
載置しかつ持上げるワーク持上げ台2、該ワーク持上げ
台2の上方で往復動しかつ積上げ体Bの最上段のワーク
W1を前記一方向Xに送り出す昇降自在なフック3を設
けた移動体4を有する送出し装置5、および最上段に桟
木Aがあることを検知し、該検知により復動に際して前
記フック3を下降させることにより該桟木Aを前記他方
向Yに取出す制御装置6からなる。
Further, the work unloading device 1 includes a work lifting table 2 on which the stack B is placed and lifted, and a work W1 which is reciprocated above the work lifting table 2 and which is the uppermost stage of the stack B. The feeding device 5 having the movable body 4 provided with the vertically movable hook 3 for feeding in the direction X, and the presence of the shackle A at the uppermost stage are detected, and by the detection, the hook 3 is lowered when returning. The control device 6 is configured to take out the skate A in the other direction Y.

【0013】ワークWは、例えば建築物の内装に用いる
各種の化粧板、パーティクルボードなどの薄肉広巾の板
状体であって、本実施例では該ワークWの厚さと略同高
さを有する角材からなる荷崩れ防止用の桟木A、Aを、
適宜の数のワークWごとに略平行に介在させて積重ねら
れている。この積上げ体Bは、前記ワーク持上げ台2に
載置されかつ持上げられる。
The work W is a thin and wide plate-like body such as various decorative boards or particle boards used for the interior of buildings, and in this embodiment, a square bar having a height substantially equal to the thickness of the work W. The piers A and A for preventing cargo collapse
An appropriate number of works W are stacked substantially in parallel with each other. The stacked body B is placed on the work lifting table 2 and lifted.

【0014】ワーク持上げ台2は、上枠20、下枠21
間に開閉自在にX字状に組合わされたリンク22、22
を有し、該リンク22、22の開閉により上枠20を昇
降させうる周知構成の昇降テーブル23からなる。前記
上枠20上に、適宜の搬入装置により前記積上げ体Bが
搬入、載置される。
The work lifting table 2 includes an upper frame 20 and a lower frame 21.
Links 22 and 22 combined in an X-shape that can be opened and closed between
And an open / close table 23 having a well-known structure that can move the upper frame 20 up and down by opening and closing the links 22, 22. The stack B is loaded and placed on the upper frame 20 by an appropriate loading device.

【0015】又ワーク持上げ台2は、積上げ体Bの最上
段のワークW1が、図2に示す如く取出位置Tに至るま
で間欠的に上枠20が上昇しうるごとく形成されてい
る。なお該上昇は、本実施例では前記取出位置Tにおい
てワークW上面に適宜の検知器が当接することにより停
止する。従って、最上段に桟木Aがある場合は、前記上
枠20は該桟木Aが載置する下のワークW2が、図5に
示す如く前記取出位置Tに至るまで上昇し続ける。
Further, the work lifting platform 2 is formed so that the uppermost work W1 of the stack B can reach the take-out position T intermittently as shown in FIG. In the present embodiment, the ascending is stopped when the appropriate detector contacts the upper surface of the work W at the take-out position T. Therefore, when the pier A is at the uppermost stage, the upper frame 20 continues to move up until the work W2 below the pier A reaches the unloading position T as shown in FIG.

【0016】前記送出し装置5は、ワークWを送り出す
方向に水平に往復動する移動体4と該移動体4を支持す
る枠体25とを具える。該枠体25は、前記送り出し方
向に水平にのびる横長矩形の一対の横材26、26の前
記一方向X側の端部から夫々垂下する垂下材27、27
を、縦材29で連結してなる枠組30を具える。該枠組
30は、前記横材26、26の略中央で立上がる立材3
1、31を図示しない支持枠に連結することにより支持
されるとともに、横材26、26の前記他方向Y側の端
部から立下がる立下げ材32、32と前記垂下材27、
27とを継ぎかつ前記移動体4が摺動しうる支軸33、
33を平行かつ水平に固着している。
The delivery device 5 comprises a movable body 4 which horizontally reciprocates in the direction of delivering the work W, and a frame body 25 which supports the movable body 4. The frame 25 is a hanging member 27, 27 that hangs from the end portion on the one direction X side of a pair of horizontally long rectangular horizontal members 26, 26 extending horizontally in the feeding direction.
And a frame 30 formed by connecting the vertical members 29. The frame 30 is a standing member 3 which stands up at a substantial center of the cross members 26, 26.
While being supported by connecting 1 and 31 to a support frame (not shown), the falling members 32 and 32 and the hanging members 27 that fall from the ends of the horizontal members 26 and 26 on the Y direction in the other direction.
27 and a spindle 33 on which the moving body 4 can slide.
33 are fixed in parallel and horizontally.

【0017】移動体4は、前記支軸33、33が両端近
傍に貫入する垂直な矩形状のプレート35と、該プレー
ト35の前記他方向Y側の側面35Aに取付くワークW
取出し用の押圧具36とを具える。
The movable body 4 has a vertical rectangular plate 35 into which the support shafts 33, 33 penetrate in the vicinity of both ends, and a work W to be attached to the side surface 35A of the plate 35 on the Y side in the other direction.
And a pressing tool 36 for taking out.

【0018】押圧具36は、前記プレート35の側面3
5Aから突出する垂直な突板37、37間に該突板37
に両端が枢支される支軸39A、39Bを上下に架設し
ている。又該支軸39A、39Bには、上下に位置を合
わせてリンク40、40の一端が固着されるとともに、
該リンク40、40の他端は、フック3に枢着される。
従ってリンク40、40により形成される平行クランク
機構により、前記上の支軸39Aの回動にともないフッ
ク3が昇降する。なおこのようなフック3は、支軸39
A、39Bの両端近傍の2か所に設けられている。
The pressing tool 36 is provided on the side surface 3 of the plate 35.
Between the vertical projecting plates 37, 37 projecting from 5A, the projecting plate 37
Support shafts 39A and 39B, both ends of which are pivotally supported, are vertically installed. Further, one ends of links 40, 40 are fixed to the support shafts 39A, 39B by vertically aligning them, and
The other ends of the links 40, 40 are pivotally attached to the hook 3.
Therefore, the parallel crank mechanism formed by the links 40, 40 moves the hook 3 up and down with the rotation of the upper support shaft 39A. In addition, such a hook 3 has a support shaft 39.
It is provided at two places near both ends of A and 39B.

【0019】前記フック3は、垂直な板状の矩形板の下
端かつ他方向Y側に当片3Aを立下げるとともに、該当
片3Aには、その下端から周面の一部が突出する例えば
硬質のゴム材からなる円板41を枢着している。フック
3は、図2、3に示すように、その下降位置U1にあっ
ては、前記取出位置Tにある最上段のワークW1の側面
に前記当片3Aが当接するとともに、上昇位置U2にあ
っては、取出位置Tにある前記ワークW1の上方に位置
し、その衝合が防止される。このようなフック3の昇降
は、本実施例では、前記プレート35の横方向略中央に
配設されるシリンダ45を用いて行われる。
The hook 3 is a vertical plate-shaped rectangular plate having a lower end and a Y-side in the other direction. The disk 41 made of rubber material is pivotally attached. As shown in FIGS. 2 and 3, when the hook 3 is in the lowered position U1, the hook 3A is in contact with the side surface of the uppermost work W1 in the take-out position T and is in the raised position U2. The work W1 at the take-out position T, and its collision is prevented. In this embodiment, the lifting and lowering of the hook 3 is performed by using the cylinder 45 arranged substantially at the center of the plate 35 in the lateral direction.

【0020】シリンダ45は、その上端がプレート35
に突設された突片46に枢支されるとともに、ロッド端
は、一端が前記上の支軸39Aに固着されたリンク47
の他端にコ字状金具49を介して枢着される。従って、
シリンダ45の進退により支軸39Aが回動し、前記平
行クランク機構の動作により前記フック3を自在に昇降
させうる。
The upper end of the cylinder 45 is the plate 35.
A rod 47 is pivotally supported by a projecting piece 46 projecting from the upper end of the rod 47 and one end of the rod 47 is fixed to the upper support shaft 39A.
Is pivotally attached to the other end of the same through a U-shaped metal fitting 49. Therefore,
The support shaft 39A rotates as the cylinder 45 advances and retracts, and the hook 3 can be freely moved up and down by the operation of the parallel crank mechanism.

【0021】このような構成の移動体4は、前記プレー
ト35の前記一方向X側の側面にロッド端が固着しかつ
前記枠組30の縦材29に固着される長尺なシリンダ5
1の進退により、前記支軸33、33に案内され前記ワ
ーク持上げ台2上方で送り出し方向に水平に往復動しう
る。
In the moving body 4 having such a structure, the rod end is fixed to the side surface of the plate 35 on the one direction X side, and the long cylinder 5 is fixed to the vertical member 29 of the frame 30.
By advancing and retreating 1, the guide shafts 33, 33 can reciprocate horizontally above the work lifting table 2 in the feeding direction.

【0022】又前記制御装置6は、本例では図2に破線
で示すように、前記取出位置Tにある最上段のワークW
1の下のワークW3の高さ位置で向き合うセンサ55、
55を有する。該センサ55は、図1に示すように、前
記横材26の外面から突出しかつ前端で垂下するL字状
の取付材56の下端近傍に水平に固定されるとともに、
図3に示す如く向き合うセンサ55、55の間にワーク
Wがない場合、すなわち該センサ55の高さ位置に桟木
Aがある場合にこれを検知し、移動体4の復動に際して
フック3を下降させることにより桟木Aを他方向Yに取
出す。
Further, in this example, the control device 6 controls the uppermost work W at the take-out position T, as shown by the broken line in FIG.
Sensor 55 facing at the height position of work W3 under 1.
55. As shown in FIG. 1, the sensor 55 is horizontally fixed near the lower end of an L-shaped mounting member 56 which projects from the outer surface of the cross member 26 and hangs down at the front end.
As shown in FIG. 3, when there is no work W between the sensors 55, 55 facing each other, that is, when there is a tree A at the height position of the sensor 55, this is detected, and the hook 3 is lowered when the moving body 4 retreats. By doing so, the pier A is taken out in the other direction Y.

【0023】なお前記送出し装置5により一方向Xに取
出されたワークWは、図1に一点鎖線で示す例えば搬送
コンベヤからなる移載台59に載置されるとともに、他
方向Yに取出された桟木Aは受け箱60に落下する。
The work W taken out in one direction X by the delivery device 5 is placed on the transfer table 59, which is shown by the alternate long and short dash line in FIG. The jetty A drops into the receiving box 60.

【0024】以下ワーク搬出装置1の動作を図2〜6に
基づき説明する。ワーク持上げ台2は、積上げ体Bの最
上段のワークW1が取出位置Tに達したとき適宜の検知
器により上昇を停止する。この時フック3は下降位置U
1にあって、その当片3Aを図2に示すように最上段の
ワークW1の他方向Y側の側面に当接している。然る
後、前記シリンダ51の動作により、図2に一点鎖線で
示すように、前記ワークW1を一方向Xに送り出す。な
お本実施例では、積上げ体Bの一方向X側に当接しかつ
上端が前記最上段のワークW1の下のワークW3の側面
略中央で途切れる立上げ片11を具えている。これによ
り前記ワークW1の送り出しにともなってワークW3が
同時に引き出されることを防止でき、ワークWを一枚ず
つ確実に取出しうる。
The operation of the work unloading device 1 will be described below with reference to FIGS. When the work W1 on the uppermost stage of the stacked body B reaches the take-out position T, the work lifting table 2 is stopped from rising by an appropriate detector. At this time, the hook 3 is in the lowered position U.
1, the contact piece 3A is in contact with the side surface of the uppermost workpiece W1 on the Y side in the other direction, as shown in FIG. Thereafter, the operation of the cylinder 51 causes the work W1 to be fed in the one direction X, as shown by the alternate long and short dash line in FIG. In this embodiment, the stacking body B is provided with a rising piece 11 which is in contact with the one direction X side and whose upper end is cut off at the approximate center of the side surface of the work W3 below the uppermost work W1. Accordingly, it is possible to prevent the works W3 from being pulled out at the same time as the works W1 are sent out, and the works W can be reliably taken out one by one.

【0025】さらにフック3は、図3に示すように、前
記シリンダ45の動作により上昇し、この上昇位置U2
を保って復動することにより、該復動に際してのワーク
Wとの衝合を防止しうる。なお積上げ体Bは、図3に一
点鎖線で示すように、該復動の際に最上段のワークW1
が前記取出位置Tに至るまで除々に上昇し、該上昇の間
にフック3が完全に復帰する。又フック3は、シリンダ
45の動作により前記と同様に最上段のワークW1に当
接しかつ送り出す。
Further, as shown in FIG. 3, the hook 3 is raised by the operation of the cylinder 45, and the raised position U2
By returning while keeping the position, it is possible to prevent the collision with the work W during the returning. It should be noted that the stacking body B is, as shown by the alternate long and short dash line in FIG.
Gradually rises up to the take-out position T, and the hook 3 completely returns during the rise. Further, the hook 3 is brought into contact with the uppermost work W1 and is sent out by the operation of the cylinder 45 in the same manner as described above.

【0026】又図3に実線で示すように積上げ体Bの最
上段のワークW1が桟木A、A上に載置している場合、
前記センサ55、55により、該最上段のワークW1が
取出された後、最上段に該桟木A、Aがあることを検知
する。
Further, as shown by the solid line in FIG. 3, when the uppermost work W1 of the stack B is placed on the piers A, A,
After the work W1 at the uppermost stage is taken out by the sensors 55, 55, it is detected that the stiles A, A are at the uppermost stage.

【0027】この検知により、図4に示すように、前記
ワークW1を送り出した後フック3はシリンダ45を動
作させずに下降位置U1にとどまり、積上げ体Bの上昇
により桟木A、Aを他方向Yに送り出す。積上げ体B
は、図4に一点鎖線で示す如く桟木Aの下にあるワーク
W2が前記取出位置Tに至るまで除々に上昇し、該ワー
クW2上面に当接する適宜の検知器により停止する。
As a result of this detection, as shown in FIG. 4, after the work W1 is sent out, the hook 3 stays in the lowered position U1 without operating the cylinder 45, and the stacking body B is lifted to move the piers A, A in the other direction. Send to Y. Stacked body B
4 gradually rises until the work W2 located under the pier A reaches the take-out position T, as shown by the one-dot chain line in FIG. 4, and is stopped by an appropriate detector contacting the upper surface of the work W2.

【0028】なおこの段階において、積上げ体Bはワー
クWの2枚厚さ分だけ上昇するため、下降位置U1にあ
るフック3は、図5に示すように、前記ワークW2上面
に当接しかつ上方に押圧される。このためフック3は、
予め前記シリンダ45のエアを抜くことにより自由に昇
降されうる状態にあることが必要であるが、このシリン
ダ45のエア抜きも前記センサ55の検知により行われ
る。又上方に押上げられたフック3は、その当片3Aに
枢着した前記円板41が、ワークW3上面に当接しかつ
回転することにより円滑に桟木Aを他方向Yに取出しう
るとともに、該桟木Aは前記受け箱60に落下する。
At this stage, since the stacking body B is raised by the thickness of two workpieces W, the hook 3 at the lowered position U1 is in contact with the upper surface of the workpiece W2 and upward as shown in FIG. Is pressed by. Therefore, the hook 3
It is necessary that the cylinder 45 can be freely moved up and down by deflating the air in advance, but the deflation of the cylinder 45 is also performed by the detection of the sensor 55. Further, in the hook 3 pushed upward, the disk 41 pivotally attached to the abutment piece 3A thereof can be brought out smoothly in the other direction Y by contacting the upper surface of the work W3 and rotating. The pier A falls into the receiving box 60.

【0029】さらに図6に示すように、フック3が他方
向Yに完全に達した時点でシリンダ45にエアが注入さ
れ、フック3は前記下降位置U1に復帰する。
Further, as shown in FIG. 6, when the hook 3 reaches the other direction Y completely, air is injected into the cylinder 45 and the hook 3 returns to the lowered position U1.

【0030】なお前記の如くシリンダ45のエアを抜く
変わりに、例えば図7に示すように、前記フック3に枢
着するリンク40、40を前記支軸39A、39Bにね
じりバネ61を用いて下向きに付勢させつつ枢支し、下
方からの強制的な押上げによりフック3を上昇させるよ
うにしてもよい。
Instead of bleeding air from the cylinder 45 as described above, for example, as shown in FIG. 7, the links 40, 40 pivotally attached to the hook 3 are turned downward by using torsion springs 61 on the support shafts 39A, 39B. Alternatively, the hook 3 may be pivotally supported while being urged to move the hook 3 upward by forcibly pushing up from below.

【0031】このように本例におけるワーク搬出装置1
は、送出し装置5の連続した往復動によりワークW及び
桟木Aを逆方向に取出しでき、ワークWの解載タクトの
向上を図りうる。
Thus, the work unloading device 1 in this example
Can take out the work W and the splint A in the opposite directions by the continuous reciprocating motion of the delivery device 5, and can improve the loading / unloading time of the work W.

【0032】[0032]

【考案の効果】叙上の如く本考案のワーク搬出装置は、
桟木を介在させたワーク積上げ体を載置するワーク持上
げ台上方に、フックの往動とともに最上段のワークを一
方向に取出しかつ制御装置により復動とともに桟木を他
方向に取出す装置である。従ってフックを設けた移動体
の往復動によりワーク及び桟木を送り出しでき、解載タ
クトの向上を図りうるとともに、ワークの落下の危険を
排除でき安全性を高めうる。
As described above, the work unloading device of the present invention is
This is a device for taking out the uppermost work in one direction with the forward movement of the hook above the work lifting table on which the work stacking body with the interposition of the woodwork is placed, and for taking out the waffle in the other direction with the backward movement by the control device. Therefore, the work and the splint can be sent out by the reciprocating motion of the moving body provided with the hook, the loading / unloading tact can be improved, and the risk of dropping the work can be eliminated to enhance the safety.

【0033】又ワーク、桟木を一つの装置で取出しで
き、その構造を簡略化するため、保守管理を容易とす
る。
Further, the work and the splint can be taken out by one device, and the structure thereof is simplified, so that the maintenance management is facilitated.

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

【図1】本考案の一実施例を示す斜視図である。FIG. 1 is a perspective view showing an embodiment of the present invention.

【図2】その作用を略示する側面図である。FIG. 2 is a side view schematically showing the operation.

【図3】作用を略示する側面図である。FIG. 3 is a side view schematically showing the operation.

【図4】作用を略示する側面図である。FIG. 4 is a side view schematically showing the operation.

【図5】作用を略示する側面図である。FIG. 5 is a side view schematically showing the operation.

【図6】作用を略示する側面図である。FIG. 6 is a side view schematically showing the operation.

【図7】ねじりバネを拡大して示す断面図である。FIG. 7 is a cross-sectional view showing an enlarged torsion spring.

【図8】従来の技術を説明する側面図である。FIG. 8 is a side view illustrating a conventional technique.

【符号の説明】[Explanation of symbols]

2 ワーク持上げ台 3 フック 4 移動体 5 送出し装置 6 制御装置 A 桟木 B 積上げ体 W、W1、W2、W3 ワーク X 一方向 Y 他方向 2 Work Lifting Platform 3 Hook 4 Moving Body 5 Sending Device 6 Control Device A Jetty B Stacking Body W, W1, W2, W3 Work X One Direction Y Other Direction

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 【請求項1】板状のワークを複数の該ワークごとに桟木
を介在させ積重ねた積上げ体からワークを一枚ごとかつ
桟木の向きと直交する一方向に取出しかつ桟木を他方向
に送り出すワーク搬出装置であって、前記積上げ体を載
置しかつ持上げるワーク持上げ台、該ワーク持上げ台の
上方で送り出し方向に水平に往復動する移動体に昇降自
在かつ下降により最上段のワークと当接し該ワークを前
記一方向に送り出すとともに復動に際して上昇しワーク
との衝合が防止されるフックを設けた送出し装置、およ
び最上段に桟木があることを検知するとともに検知によ
り復動に際してフックを下降させることにより桟木を他
方向に取出す制御装置からなるワーク搬出装置。
1. A work unloading process in which a plurality of plate-shaped works are stacked on each other with a pier interposed therebetween, and the works are taken out one by one and in one direction orthogonal to the direction of the pier and from the pier in another direction. A device, which is a device for mounting and lifting the stack, and a movable body that horizontally reciprocates horizontally in the feeding direction above the work lifting platform, and is movable up and down and abuts on the uppermost work by A feeding device with a hook that sends out the work in the above-mentioned direction and that rises when returning to prevent collision with the work, and detects that there is a splint on the uppermost stage and lowers the hook when returning by detecting. A work unloading device that consists of a control device that takes out the pier in the other direction by making it.
JP1268591U 1991-02-13 1991-02-13 Work unloading device Expired - Lifetime JPH0734025Y2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP1268591U JPH0734025Y2 (en) 1991-02-13 1991-02-13 Work unloading device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP1268591U JPH0734025Y2 (en) 1991-02-13 1991-02-13 Work unloading device

Publications (2)

Publication Number Publication Date
JPH04105029U JPH04105029U (en) 1992-09-10
JPH0734025Y2 true JPH0734025Y2 (en) 1995-08-02

Family

ID=31746798

Family Applications (1)

Application Number Title Priority Date Filing Date
JP1268591U Expired - Lifetime JPH0734025Y2 (en) 1991-02-13 1991-02-13 Work unloading device

Country Status (1)

Country Link
JP (1) JPH0734025Y2 (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100956807B1 (en) * 2005-06-17 2010-05-11 샤프 가부시키가이샤 Substrate transfer apparatus and substrate transfer method using the same

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100956807B1 (en) * 2005-06-17 2010-05-11 샤프 가부시키가이샤 Substrate transfer apparatus and substrate transfer method using the same

Also Published As

Publication number Publication date
JPH04105029U (en) 1992-09-10

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