JPS61211216A - Apparatus for laying down and conveying tile product - Google Patents
Apparatus for laying down and conveying tile productInfo
- Publication number
- JPS61211216A JPS61211216A JP60053840A JP5384085A JPS61211216A JP S61211216 A JPS61211216 A JP S61211216A JP 60053840 A JP60053840 A JP 60053840A JP 5384085 A JP5384085 A JP 5384085A JP S61211216 A JPS61211216 A JP S61211216A
- Authority
- JP
- Japan
- Prior art keywords
- tile
- chain
- tile product
- product
- conveyor
- 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
Landscapes
- Intermediate Stations On Conveyors (AREA)
- Attitude Control For Articles On Conveyors (AREA)
Abstract
Description
【発明の詳細な説明】
本発明は起立状態で搬送されて来る瓦製品を１枚ずつ倒
伏せしめて順次搬送せしめる様にした瓦製品の倒伏搬送
装置に関するものである。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an apparatus for inverting and conveying tile products, which is configured to invert tile products that are conveyed in an upright state one by one and convey them one by one.
製造される瓦製品はその製造工程中において、各処理操
作に応じて起立状態にせしめたり倒伏状態にせしめたり
する姿勢変換操作が行われている。During the manufacturing process, the manufactured tile products are subjected to posture change operations such as being brought into an upright state or a lying down state in accordance with each processing operation.
そして特に起立状態から倒伏状態へ姿勢変換せしめるに
は、瓦製品が衝撃により損傷し易いことを考慮して操作
しなければならず、かかる操作を機械的に確実に行わし
めるのは非常に困難であった。In particular, in order to change the posture from a standing state to a lying down state, the tile product must be operated with consideration to the fact that it is easily damaged by impact, and it is extremely difficult to perform such an operation reliably mechanically. there were.
そこで本件発明者は特願昭５８−４１１６４号として、
瓦製品を起立状態で搬送せしめる起立搬送コンベアの前
方に瓦製品を倒伏状態で受承搬送せしめる倒伏搬送コン
ベアを連設せしめ、前記起立搬送コンベアは瓦製品の両
側下面の対向する２点と、瓦製品の略中央でケンの一方
を支持する３本のチェーンにより構成せしめ、中央のチ
ェーンの終端を倒伏搬送コンベアとの連結部の手前に設
定せしめて瓦製品が連結部の手前に達したとき中央の点
の支持を解除せしめる様にした瓦製品の倒伏搬送装置を
発明したが、瓦製品の倒伏速度と中央支持点の支持解除
等の搬送速度とのバランスの関係上、中央の支持点の解
除が遅れると、瓦製品Ｗが両側の２点を支点として正し
く前方回転せずバランスを失って斜め方向にずれて倒伏
することがあり、この場合搬送中に瓦製品が落下する危
険性を有すると共に、後続工程での処理に支障を来たす
等の欠点を有していた。Therefore, the inventor of this case filed the patent application No. 58-41164,
In front of the upright conveyor that conveys the tile product in an upright state, a reclining conveyor that receives and conveys the tile product in a lying down state is connected, and the upright conveyor has two opposing points on the lower surface of both sides of the tile product, and It consists of three chains that support one side of the tile at approximately the center of the product, and the end of the center chain is set in front of the connection part with the inverted conveyor, so that when the tile product reaches the front of the connection part, the center However, due to the balance between the lodging speed of the tile product and the transport speed for releasing the support at the central support point, the central support point must be released. If this is delayed, the tile product W may not rotate forward correctly using the two points on both sides as fulcrums, and may lose its balance, shift diagonally, and fall over.In this case, there is a risk that the tile product W will fall during transportation. However, it has disadvantages such as interfering with subsequent processing.
本発明はかかる欠点に鑑み、瓦製品を起立状態で搬送せ
しめる起立搬送コンベアの前方に瓦製品を倒伏状態で受
承搬送せしめる倒伏搬送コンベアを連設せしめ、前記起
立搬送コンベアは瓦製品の両側下面の対向する２点と、
瓦製品の略中央でケンの一方の下面に対応し且つ前記２
点より前方に位置する点を夫々載置支持せしめるチェー
ンにより構成せしめ、中央のチェーンの終端を倒伏搬送
コンベアとの受渡し部の手前に設定せしめ、又瓦製品の
他一方のケンの下面に対応して中央のチェーンの終端側
方にはチェーンの巻回径に対応するローラーを並設配置
せしめた瓦製品の倒伏搬送装置を提供して上記欠点を解
消せんとしたものにして、以下本発明の一実施例を図面
に基づいて説明すると、１は瓦製品Ｗを起立状態で搬送
せしめる起立搬送コンヘアであり、フレーム２上の前部
及び後部に回転軸３．４を配設せしめ、該回転軸３．４
間にはスプ、ロケット５．５ａ、６．６ａを介して２本
のチェーン７．７ａを所定間隔を以って巻回せしめ、該
チェーン７．７ａを所定区間チェーンガイド８．８ａに
て支持せしめてチェーン７．７ａにより起立状態で搬送
すべき瓦製品Ｗの下面両側の対向する２点を支持せしめ
る様に成し、又回転軸３はフレーム２の下部に装着せし
めた駆動モーター９に連繋せしめてチェーン７．７ａを
瓦製品Ｗの搬送方向へ循環駆動制御せしめる様に成して
いる。In view of such drawbacks, the present invention has provided an upright conveyor for receiving and conveying tile products in an upright state, and in front of an upright conveyor for conveying tile products in an upright state, an inclining conveyor for receiving and conveying tile products in a lying down state is installed in series, and the upright transport conveyor is arranged so that the tile products are conveyed under both sides of the tile products. Two points facing each other,
Approximately in the center of the tile product, corresponding to the lower surface of one of the kens, and above 2.
The chain is placed and supported at each point located in front of the point, and the end of the center chain is set in front of the transfer section with the inverted conveyor, and also corresponds to the bottom surface of the other end of the tile product. In order to solve the above-mentioned drawbacks, the present invention has been made by providing an inverting and conveying device for tile products, in which rollers corresponding to the winding diameter of the chain are arranged in parallel on the sides of the end of the central chain. One embodiment will be described based on the drawings. Reference numeral 1 denotes an upright conveyor conveyor for conveying tile products W in an upright state, and rotary shafts 3.4 are disposed at the front and rear parts of a frame 2. 3.4
Two chains 7.7a are wound at a predetermined interval via sprockets and rockets 5.5a and 6.6a, and the chains 7.7a are supported by a chain guide 8.8a for a predetermined section. At least the chain 7.7a is configured to support two opposing points on both sides of the lower surface of the tile product W to be transported in an upright state, and the rotating shaft 3 is connected to a drive motor 9 mounted at the bottom of the frame 2. At the very least, the chain 7.7a is controlled to circulate in the conveyance direction of the tile product W.
又、フレーム２上において前記回転軸３．４の間には別
の回転軸１０．１１を夫々配設せしめ、該回転軸１０．
１１にはスプロケッＨ２，１３を介してチェーン１４を
前記２本のチェーン７．７８間において同一高さ位置に
なる様に巻回せしめると共に、チェーンガイド１５にて
支持せしめて瓦製品Ｗの下面略中央部を支持せしめる様
に成し、又一方の回転軸１０を回転軸３を介して駆動モ
ーター９に連繋せしめてチェーン１４を両側のチェーン
７．７ａと同速度にて搬送方向へ循環駆動せしめる様に
成している。Further, on the frame 2, other rotating shafts 10.11 are respectively disposed between the rotating shafts 3.4, and the rotating shafts 10.11 are arranged between the rotating shafts 3.4.
11, a chain 14 is wound through sprockets H2 and 13 so that they are at the same height between the two chains 7. The central part is supported, and the rotating shaft 10 on one side is connected to the drive motor 9 via the rotating shaft 3 to drive the chain 14 in circulation in the transport direction at the same speed as the chains 7.7a on both sides. It is made like this.
又、回転軸ｌＯにはチェーン１４を巻回するスプロケッ
ト１２の側方に並列してチェーン１４の巻回径に対応す
る径の補助支持用のローラー１６を取付け、該ローラー
１６をスプロケット１２と同様に回転軸ｌＯと一体的に
回転せしめる様に成している。Further, an auxiliary support roller 16 having a diameter corresponding to the winding diameter of the chain 14 is attached to the rotating shaft lO in parallel to the side of the sprocket 12 around which the chain 14 is wound. It is configured to rotate integrally with the rotation axis lO.
上記起立搬送コンベア１では瓦製品Ｗをケン１７．１７
ａを下面側にして起立状態で搬送せしめる場合、両側の
チェーン７．７ａにより瓦製品Ｗの下面両側のＡ点、Ｂ
点の支持と、チェーン１４による一方のケン１７の下面
に対応する０点の支持の３点にて起立状態で載置せしめ
ると共に、チェーン１４の終端位置においては上記Ａ点
、Ｂ点、０点に加えてローラー１６による他方のケン１
７ａの下面に対応するＤ点の４点にて載置支持せしめ、
又瓦製品Ｗは第４図に図示する様に対向する両側のＡ点
、Ｂ点に対し中央の０点、Ｄ点が搬送方向に向かって前
方に位置する様にケン１７．１７ａを前方に向けた状態
で載置されると共に、チェーン７．７ａ、１４の駆動に
より前方へ順次搬送される様に成している。On the above-mentioned upright conveyor 1, the tile products W are transported 17.17
When transporting the tile product W in an upright position with a facing downward, chains 7.7a on both sides are used to move the tile product W to points A and B on both sides of the bottom surface.
The chain 14 is placed in an upright position at three points: support at the point and support at the zero point corresponding to the lower surface of one of the chains 17, and at the end position of the chain 14, the above point A, point B, and point 0 are supported. In addition to the other Ken 1 by the roller 16
Place and support at four points, D point corresponding to the lower surface of 7a,
In addition, as shown in Fig. 4, the tile product W is moved forward with the handles 17 and 17a so that points 0 and D in the center are located forward in the conveyance direction with respect to points A and B on opposite sides. It is arranged so that it is placed facing toward the front and is sequentially conveyed forward by the drive of chains 7.7a and 14.
又、中央のチェーン１４は搬送方向に対しその先端部が
他の両側のチェーン７．７ａの先婦１部より手前位置で
終端となる様に回転軸１０の位置を設定せしめている。Further, the position of the rotating shaft 10 of the central chain 14 is set so that its leading end ends at a position closer to the proximal end of the chains 7.7a on both sides in the conveying direction.
１８は起立搬送コンベア１に連設せしめた倒伏搬送コン
ベアであり、該倒伏搬送コンベア１８はフレーム２の端
部及びチェーン１４の終端を支持する回転軸１０の前方
上部に配設せしめた支軸Ｉ９．２０にプーリー２１．２
１ａ 、２２．２２ａを介して所定間隔を有せしめる様
にして巻回せしめた２木のベルト２３．２３ａより成り
、この倒伏搬送コンベアＩ８はその起点の受渡し部２４
を起立搬送コンへ７１における中央のチェーン１４、ロ
ーラー１６の終端よりやや前方上方に配置せしめ、又全
体を搬送方向へ向かって上方傾斜状に配設せしめると共
に受渡し部２４には起立搬送コンベアｌから倒伏する瓦
製品Ｗを安定良く受承せしめるために、倒伏角度に合致
する様に傾斜せしめた受承部２５を設けしめ、又倒伏搬
送コンベア１８は更にこれに連設される搬送コンベア２
６を駆動せしめる駆動モーター２７に連繋せしめて２本
のヘルド２３．２３ａを搬送方向へ循環駆動制御せしめ
る様に成している。Reference numeral 18 denotes an inverted conveyor connected to the upright conveyor 1, and the inverted conveyor 18 has a support shaft I9 disposed at the front upper part of the rotating shaft 10 that supports the end of the frame 2 and the end of the chain 14. .20 with pulley 21.2
1a, 22.22a, and two wooden belts 23.23a wound at a predetermined interval.
The chain 14 at the center of the upright conveyor 71 is arranged slightly forward and upward from the end of the roller 16, and the entire structure is arranged in an upwardly slanting manner toward the conveying direction, and the transfer section 24 is connected to the upright conveyor l. In order to stably receive the falling tile product W, a receiving portion 25 is provided which is inclined to match the falling angle, and the falling conveyor 18 is further connected to a conveyor 2 connected thereto.
The two healds 23, 23a are connected to a drive motor 27 that drives the two healds 23, 23a to control circulation in the transport direction.
尚、倒伏搬送コンベア１８では２本のベルト２３．２３
ａにより倒伏状態の瓦製品Ｗの下面両側を載置支持せし
め、そして瓦製品Ｗが倒伏状態のまま水平に支持される
様に瓦製品Ｗの彎曲形状に対応してプーリー２１．２１
ａ 、２２．２２ａの径を設定せしめている。In addition, two belts 23 and 23 are used in the inverted conveyor 18.
A pulleys 21 and 21 are placed and supported on both sides of the lower surface of the tile product W in the laid down state, and the pulleys 21.21
a, the diameter of 22.22a is set.
次に本発明に係る瓦製品の倒伏搬送装置の作用について
説明すると、製造工程中において所定枚数毎に起立搬送
コンベアｌ上にケン１７．１７ａを下面側にした起立状
態で移載された瓦製品Ｗは、ここでチェーン７．１ａｓ
１４により両側下面のＡ点、Ｂ点と一方のケン１７の
下面に対応するＣ点の３点で支持されると共に、重心が
両側の支持点であるＡ点、Ｂ点より搬送方向に向かって
前方に偏在する起立姿勢にて順次前方へ搬送される。Next, to explain the operation of the inverted conveyance device for tile products according to the present invention, during the manufacturing process, tile products are transferred every predetermined number of tiles onto the upright conveyor l in an upright state with the ends 17 and 17a facing downward. W is here chain 7.1as
14, it is supported at three points: points A and B on the lower surfaces of both sides, and point C corresponding to the lower surface of one of the Kens 17, and the center of gravity is from the supporting points on both sides, points A and B, toward the conveyance direction. They are sequentially transported forward in a standing posture that is unevenly distributed in the front.
そして瓦製品Ｗが起立搬送コンベア１と倒伏搬送コンヘ
ア１８との間の受渡し部２４の手前に至ると、チェーン
１４の終端部に対応して並設せしめたローラー１６が他
一方のケン１７ａの下面のＤ点を支持して４点支持の状
態となり、更に瓦製品Ｗの搬送が進行すると中央の２点
の支持が徐々に解除され、かかる状態では瓦製品Ｗの重
心がＡ点、Ｂ点より搬送方向に向かって前方に偏在して
いるため瓦製品Ｗは中央のＣ点、Ｄ点の支持が解除され
るに従って前方へ倒伏する状態となり、この時瓦製品Ｗ
がほぼ完全に倒伏するまでの間尺製品Ｗは常に両側のＡ
点、Ｂ点若しくはケン１７．１７ａに対応する中央のチ
ェーン１４、ローラ−１６外周面のＣ点、Ｄ点の２点に
て案内されながら正確に前方へ倒伏回動するのである。When the tile products W reach the delivery section 24 between the upright conveyor 1 and the inverted conveyor 18, the rollers 16 arranged in parallel corresponding to the end of the chain 14 are moved to the lower surface of the other Ken 17a. The center of gravity of the tile product W is gradually released from support as the tile product W continues to be transported, and in this state, the center of gravity of the tile product W is moved from points A and B. Since the tile product W is unevenly distributed toward the front in the conveyance direction, the tile product W falls forward as the support at the central points C and D is released, and at this time, the tile product W
The measuring product W is always kept at A on both sides until it is almost completely laid down.
It is accurately rotated forward while being guided by the central chain 14 and points C and D on the outer peripheral surface of the roller 16, which correspond to points 17 and 17a.
そして倒伏した瓦製品Ｗは前方に連設された倒伏搬送コ
ンヘア１８の受承部２５においてベルト２３．２３ａに
より下面両側を受承支持された水平姿勢でベルト２３．
２３ａ上にて前方へ搬送され、次工程へ連絡される搬送
コンベア２６に順次受渡されて後続工程へ搬送されるの
である。Then, the fallen tile product W is in a horizontal position with both sides of the lower surface received and supported by the belt 23.
23a, and are sequentially transferred to a conveyor 26 connected to the next process, and then conveyed to the subsequent process.
要するに本発明は、瓦製品Ｗを起立状態で搬送せしめる
起立搬送コンベアｌの前方に瓦製品Ｗを倒伏状態で受承
搬送せしめる倒伏搬送コンベア１８を連設せしめ、前記
起立搬送コンベア１は瓦製品Ｗの両側下面の対向する２
点と、瓦製品Ｗの略中央でケン１７、Ｌ７ａの一方の下
面に対応し且つ前記２点より前方に位置する点を夫々載
置支持せしめるチェーン７．７ａ、１４により構成せし
めたので、瓦製品Ｗを３点支持の安定した起立状態にて
搬送せしめることが出来、文中央のチェーン１４の終端
を倒伏搬送コンベア１８との受渡し部２４の手前に設定
せしめたので、チェーン１４による中央の支持が両側の
支持より先に解除されることにより起立搬送コンベアｌ
の搬送終端において起立状態の瓦製品Ｗを自動的に順次
倒伏状態に姿勢変換せしめることが出来、又瓦製品Ｗの
他一方のケン１７ａの下面に対応して中央のチェーン１
４の終端側方にはチェーン１４の巻回径に対応するロー
ラー１６を並設配置せしめたので、受渡し部２４におい
て瓦製品Ｗがほぼ完全に倒伏するまでの間尺製品Ｗを常
に両側のＡ点、Ｂ点若しくはケン１７．１７ａに対応す
る中央のチェーン１４、ローラ−１６外周面のＣ点、Ｄ
点の２点にて案内しなから倒伏湿作せしめることが出来
、このため瓦製品Ｗは倒伏操作中においても２点支持に
て水平方向の回動が阻止されるため起立搬送コンベア１
による搬送速度と瓦製品Ｗの倒伏速度とのバランスに作
用されることなく常に前方へ正確に倒伏処理せしめるこ
とが出来、よって起立状態で搬送されて来る瓦製品Ｗを
前方に待機する倒伏搬送コンベア１８上に順次確実に倒
伏移載せしめて後続工程へ倒伏状態で而も瓦製品に何ら
衝撃等を与えることなく搬送せしめることが出来る等そ
の実用的効果甚だ大なるものである。In short, in the present invention, in front of the upright conveyor 1 that conveys the tile products W in an upright state, an incline conveyor 18 for receiving and conveying the tile products W in an upright state is provided in series, and the upright conveyor 1 is connected to the upright conveyor 1 for receiving and conveying the tile products W in an upright state. 2 opposite sides on both sides of the lower surface of
The chain 7.7a, 14 is configured to place and support the point and the point located approximately in the center of the tile product W, corresponding to the lower surface of one of the Kens 17, L7a, and located in front of the two points, respectively. The product W can be transported in a stable upright state with three-point support, and since the end of the chain 14 in the center of the image is set in front of the transfer section 24 with the lying transport conveyor 18, the product W can be supported at the center by the chain 14. is released before the supports on both sides, and the upright conveyor l
At the end of conveyance, the tile products W in the upright state can be automatically changed to the lying state one after another, and the center chain 1 can be
Since the rollers 16 corresponding to the winding diameter of the chain 14 are arranged in parallel on the side of the end of the chain 14, the tile products W are always kept at the A on both sides until the tile products W are almost completely laid down in the delivery section 24. Points C and D on the outer peripheral surface of the central chain 14 and roller 16 corresponding to point B or Ken 17.17a
The tile product W can be lodged and wet-cropped without being guided at two points, and the tile product W is supported at two points and prevented from rotating in the horizontal direction even during the lodging operation, so the upright conveyor 1
The lodging conveyor is capable of always accurately lodging the tile product W forward without being affected by the balance between the conveyance speed and the lodging speed of the tile product W, and therefore waits in front of the tile product W that is conveyed in an upright state. This has great practical effects, such as being able to reliably transfer and place the tiles on the roof tile 18 one after another and transport them to the subsequent process in the lying state without giving any impact to the tile products.
本願は特願昭５８−４１１６４号（特公開昭５９−１６
７４０６号）の追加の特許側であって、原発明に対し更
に構成を付加せしめた瓦製品の倒伏搬送装置についての
発明で、特許法第３１条第１号に基づく出願である。The present application is Japanese Patent Application No. 58-41164 (Japanese Patent Publication No. 59-16
No. 7406), this invention relates to a device for inverting and conveying tile products that has a further configuration added to the original invention, and is an application based on Article 31, Item 1 of the Patent Law.
図は本発明の一実施例を示すものにして、第１図は本発
明に係る瓦製品の倒伏搬送装置の正面図、第２図は同上
平面図、第３図は同上要部の背面図、第４図は同上要部
の平面図である。
ＩＭ立Ｒ送コンベア ？ 、７ａ、 １４チエーン１６
０−ラー １８倒伏搬送コンベア ２４受渡し部以上
第３図The drawings show one embodiment of the present invention, in which Fig. 1 is a front view of the inverting and conveying device for tile products according to the present invention, Fig. 2 is a plan view of the same, and Fig. 3 is a rear view of the main parts of the same. , FIG. 4 is a plan view of the main parts of the same. IM standing R conveyor? , 7a, 14 chain 16
0-Lar 18 Inverted conveyor 24 Transfer section and above Fig. 3
Claims (1)
方に瓦製品を倒伏状態で受承搬送せしめる倒伏搬送コン
ベアを連設せしめ、前記起立搬送コンベアは瓦製品の両
側下面の対向する２点と、瓦製品の略中央でケンの一方
の下面に対応し且つ前記２点より前方に位置する点を夫
々載置支持せしめるチェーンにより構成せしめ、中央の
チェーンの終端を倒伏搬送コンベアとの受渡し部の手前
に設定せしめ、又瓦製品の他一方のケンの下面に対応し
て中央のチェーンの終端側方にはチェーンの巻回径に対
応するローラーを並設配置せしめたことを特徴とする瓦
製品の倒伏搬送装置。In front of the upright conveyor that conveys the tile product in an upright state, a reclining conveyor that receives and conveys the tile product in a lying down state is connected, and the upright conveyor has two opposing points on the lower surface of both sides of the tile product, and A chain is placed and supported at approximately the center of the product, corresponding to the lower surface of one side of the product, and located in front of the two points. and a roller corresponding to the winding diameter of the chain is arranged in parallel on the end side of the central chain corresponding to the lower surface of the other side of the tile product. Conveyance device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP60053840A JPS61211216A (en) | 1985-03-18 | 1985-03-18 | Apparatus for laying down and conveying tile product |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP60053840A JPS61211216A (en) | 1985-03-18 | 1985-03-18 | Apparatus for laying down and conveying tile product |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS61211216A true JPS61211216A (en) | 1986-09-19 |
| JPH0470205B2 JPH0470205B2 (en) | 1992-11-10 |
Family
ID=12953977
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP60053840A Granted JPS61211216A (en) | 1985-03-18 | 1985-03-18 | Apparatus for laying down and conveying tile product |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS61211216A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0561124U (en) * | 1992-01-17 | 1993-08-10 | 株式会社イナックス | Tile transfer device |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS48101368U (en) * | 1972-02-29 | 1973-11-29 | ||
| JPS532890U (en) * | 1976-06-28 | 1978-01-12 |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS532890B2 (en) * | 1972-04-17 | 1978-02-01 |
-
1985
- 1985-03-18 JP JP60053840A patent/JPS61211216A/en active Granted
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS48101368U (en) * | 1972-02-29 | 1973-11-29 | ||
| JPS532890U (en) * | 1976-06-28 | 1978-01-12 |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0561124U (en) * | 1992-01-17 | 1993-08-10 | 株式会社イナックス | Tile transfer device |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0470205B2 (en) | 1992-11-10 |
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