JPH0416376B2 - - Google Patents
Info
- Publication number
- JPH0416376B2 JPH0416376B2 JP15793086A JP15793086A JPH0416376B2 JP H0416376 B2 JPH0416376 B2 JP H0416376B2 JP 15793086 A JP15793086 A JP 15793086A JP 15793086 A JP15793086 A JP 15793086A JP H0416376 B2 JPH0416376 B2 JP H0416376B2
- Authority
- JP
- Japan
- Prior art keywords
- wire mesh
- guide plate
- pedestal
- brackets
- guide plates
- 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
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 28
- 230000007246 mechanism Effects 0.000 claims description 9
- 238000001514 detection method Methods 0.000 description 7
- 239000012530 fluid Substances 0.000 description 7
- 238000013459 approach Methods 0.000 description 3
- 230000000694 effects Effects 0.000 description 2
- 230000003028 elevating effect Effects 0.000 description 2
- 230000001105 regulatory effect Effects 0.000 description 2
- 230000001788 irregular Effects 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 230000000284 resting effect Effects 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
Landscapes
- Stacking Of Articles And Auxiliary Devices (AREA)
Description
【発明の詳細な説明】
（産業上の利用分野）
この発明は金網積込装置に関し、特に横幅が一
定でない金網を昇降受台上に、次々と正しく積重
ねるものである。DETAILED DESCRIPTION OF THE INVENTION (Industrial Field of Application) The present invention relates to a wire mesh loading device, and particularly to a wire mesh loading device for correctly stacking wire meshes having irregular widths one after another on a lifting pedestal.
（従来の技術）
従来は平らな金網を、左右垂直案内板の内側に
設けた左右の循環コンベアに載せて送り込み、昇
降受台真上に達した時、上記案内板、コンベア
を、左右へ、ハの字状に開いて、金網を受台上に
落していた。(Prior art) Conventionally, a flat wire mesh was placed on the left and right circulation conveyors provided inside the left and right vertical guide plates, and when it reached the top of the lifting platform, the guide plates and conveyors were moved to the left and right. It opened in a V-shape and the wire mesh was dropped onto the pedestal.
（発明が解決しようとする問題点）
金網を受台上に送り込んで下へ落すには、コン
ベアを左右へ開く必要があるが、コンベアの両外
側の金網案内板も一緒に左右へ開くため、金網落
下中は左右の案内板がない。金網は両側コンベア
に載つた状態や、コンベアの開き方によつて必ず
しも正しく真下に落下せず、また受台上の金網と
のぶつかり方によつても横方向へ動くので、落下
中、案内板が無いため、落した金網や積上げた金
網が横へ崩れる場合も少くなかつた。(Problem to be solved by the invention) In order to feed the wire mesh onto the pedestal and drop it down, the conveyor needs to be opened to the left and right, but the wire mesh guide plates on both sides of the conveyor also open to the left and right. There are no left and right guide boards while the wire mesh is falling. Depending on the state in which the wire mesh is placed on the conveyors on both sides or the way the conveyor is opened, the wire mesh may not necessarily fall straight down correctly, and it may move laterally depending on how it collides with the wire mesh on the pedestal, so the guide plate Because of the lack of safety nets, it was not uncommon for dropped wire mesh or stacked wire mesh to collapse to the side.
（問題点を解決するための手段）
この発明は横幅が異なる長方形金網をコンベア
に一枚ずつ、次々と平らに載せ、間隔が調整可能
な左右の垂直案内板の間へ進めて昇降受台上に落
し重ねる装置において、上記受台の真上に配置さ
れ、左右へ対称に間隔調整可能な一対の可動ブラ
ケツトと、上記各ブラケツトの対向面側に取付け
られ、上記案内板が自重で上記受台または最上段
金網に載つた時、これを垂直に保持し、間隔調整
時、これを上方へ引上げるそれぞれの案内板支持
駆動機構と、上記各ブラケツトの下部に取付けら
れ、上記コンベアに代わる送りローラを上記案内
板切欠部の外側から軸支し、金網落下時、その送
りローラを上記切欠部から案内板外側へ旋回移動
させるそれぞれの開閉台及びその駆動機構と、を
備えることを特徴とする金網積込装置である。(Means for Solving the Problem) This invention places rectangular wire meshes of different widths one after another flatly on a conveyor, advances them between the left and right vertical guide plates whose interval is adjustable, and drops them onto a lifting platform. The stacking device includes a pair of movable brackets that are placed directly above the pedestal and whose spacing can be adjusted symmetrically to the left and right, and a pair of movable brackets that are attached to opposing surfaces of each of the brackets, and the guide plate is attached to the pedestal or the top by its own weight. Each guide plate support drive mechanism holds the upper wire gauze vertically when placed on it and pulls it upward when adjusting the distance, and the feed rollers installed at the bottom of each of the brackets and replaces the conveyor are attached to the upper wire mesh. Wire mesh loading, characterized in that it is equipped with respective opening/closing stands that are pivotally supported from the outside of the guide plate notch and rotate the feed roller from the notch to the outside of the guide plate when the wire mesh falls, and a drive mechanism therefor. It is a device.
（作用）
この発明の金網積込装置は、金網を積重ねる昇
降受台の上に、金網送込用コンベアに代わる、左
右二連の送りローラが並び、また左右の垂直案内
板が垂下しているが、これら送りローラ、案内板
はそれぞれ左右の間隔調整可能なブラケツトに取
付けられている。(Function) In the wire mesh loading device of the present invention, two sets of left and right feed rollers are arranged on the lifting platform for stacking the wire mesh, instead of the wire mesh feeding conveyor, and vertical guide plates on the left and right are suspended. However, these feed rollers and guide plates are each attached to a bracket whose left and right spacing can be adjusted.
従つて、左右の送りローラ、案内板は送られる
金網の幅に合わせて簡単に間隔調整できる（従来
はできないが、面倒であつた）。 Therefore, the spacing between the left and right feed rollers and guide plates can be easily adjusted according to the width of the wire mesh to be fed (this was not possible in the past, but was troublesome).
上記左右の垂直案内板は案内板支持駆動装置を
介して上記ブラケツトに取付けられており、その
支持駆動装置は、案内板が自重垂下し、受台か、
その上の金網に載つた時は、これを垂直姿勢に保
持するだけであるが、積込む金網の幅が変わるた
め間隔調整しなければならない時は、案内板を引
上げる事ができる。引上げておいて上記ブラケツ
トの間隔を調整すれば、案内板間隔も調整され
る。平常時は左右案内板が受台又はその上の金網
の上に自重で載つているから、落下した金網が受
台上の金網に載る最後まで案内して左右への動き
を制する。 The left and right vertical guide plates are attached to the bracket via a guide plate support drive device, and the support drive device allows the guide plates to hang down under their own weight,
When placed on the wire mesh above it, it is simply held in a vertical position, but if the width of the wire mesh to be loaded changes and the distance needs to be adjusted, the guide plate can be pulled up. If the brackets are pulled up and the distance between the brackets is adjusted, the distance between the guide plates will also be adjusted. In normal times, the left and right guide plates rest on the pedestal or the wire mesh above it by their own weight, so the fallen wire mesh is guided until it rests on the wire mesh on the pedestal and its movement to the left and right is controlled.
左右案内板の内側にある金網送りローラは、案
内板切欠部の外側から、それぞれ上記ブラケツト
に付く開閉台により軸支されているので、金網を
受台へ落す時、案内板外方の各開閉台を回動させ
る事により、全部の送りローラを切欠部から外方
へ旋回移動させられる。 The wire mesh feed rollers on the inside of the left and right guide plates are supported from the outside of the guide plate notch by the opening/closing bases attached to the above brackets, so when dropping the wire mesh onto the cradle, each opening/closing of the outside of the guide plate is supported. By rotating the table, all the feed rollers can be pivoted outward from the notch.
従来、左右案内板の内側にあつた金網用コンベア
を改変し、金網載置部分は飛び飛びに配置したロ
ーラとし、その駆動機構は案内板の外側へ移した
のが成功のもとである。The success was achieved by modifying the conventional wire mesh conveyor that was located inside the left and right guide plates, using rollers placed at intervals for the wire mesh mounting parts, and moving the drive mechanism to the outside of the guide plates.
（実施例）
第１，２図はこの発明の一実施例を示すもの
で、金網をＭ、左右の垂直案内板を１，１、昇降
受台を２、一対の可動ブラケツト３，３、案内板
支持駆動装置である流体圧シリンダを４，４、左
右の開閉台５，５、それぞれの駆動機構である流
体圧シリンダを６，６としている。(Embodiment) Figures 1 and 2 show an embodiment of the present invention, in which a wire mesh is M, left and right vertical guide plates are 1, 1, an elevating pedestal is 2, a pair of movable brackets 3, 3, and a guide. The fluid pressure cylinders serving as the plate support drive device are labeled 4, 4, the left and right opening/closing tables 5, 5, and the fluid pressure cylinders serving as the respective drive mechanisms are labeled 6, 6.
金網Ｍは長方形で、第１図に短辺、第２図に長
辺の一部を見せている。金網は第２図の右から左
へ進入とし、ストツパ７に先端が当つて停まり、
落とされる。 The wire mesh M is rectangular, and the short side is shown in Figure 1, and part of the long side is shown in Figure 2. The wire mesh approaches from right to left in Figure 2, and stops when its tip hits stopper 7.
be dropped.
垂直案内板１，１は金網Ｍの短辺を挟むように
左右の間隔を決め、送りローラ７，７上の金網Ｍ
を従来通り直通させるが、さらにこの発明の場
合、落下時も金網Ｍを終始横方向へ出ないよう案
内、規制する。 The vertical guide plates 1, 1 are spaced horizontally so as to sandwich the short sides of the wire mesh M, and the wire mesh M on the feed rollers 7, 7
In the case of the present invention, the wire mesh M is guided and regulated so that it does not come out laterally from beginning to end even when it falls.
すなわち左右と垂直案内板１，１は、従来の固
定式のものと違いそれぞれの側の可動ブラケツト
３の内側に付けた流体圧シリンダ４，４のロツド
先端山形材に上端を止めて吊下げられている。常
時はシリンダ４，４の流体圧を下げてあるから、
案内板１下端が自重で、受台２上の金網Ｍ縁部に
載つた所で停つている。なお、案内板吊下げ用流
体圧シリンダ４，４は、架枠９の長手方向複数箇
所に対称配置した可動ブラケツト３それぞれの内
側に付設されており、ブラケツト３は左右それぞ
れの側で一直線上に揃うようになつているから、
シリンダ４も一直線上に並んで、案内板１，１を
常に受台２の長手方向中心線に平行に垂下させ
る。 That is, unlike the conventional fixed type, the left and right and vertical guide plates 1, 1 are suspended by fixing their upper ends to the chevrons at the ends of the rods of hydraulic cylinders 4, 4 attached to the inside of the movable brackets 3 on each side. ing. Since the fluid pressure in cylinders 4 and 4 is normally lowered,
The lower end of the guide plate 1 rests on the edge of the wire mesh M on the pedestal 2 due to its own weight. The fluid pressure cylinders 4, 4 for suspending the guide plate are attached to the inside of each of the movable brackets 3 arranged symmetrically at multiple locations in the longitudinal direction of the frame 9, and the brackets 3 are arranged in a straight line on each of the left and right sides. Because it's starting to align,
The cylinders 4 are also aligned in a straight line, and the guide plates 1, 1 are always suspended parallel to the longitudinal center line of the pedestal 2.
昇降受台２を囲むように設けた架台９は、その
長手方向数個所に渡したレール梁１０に沿つて、
一対のブラケツト３同士が接近離反する構成にな
つており、その接近離反動作は、レール梁１０の
上に沿う左右ネジ棒１１の回転で、両ブラケツト
３，３のメネジ部を対称方向駆動することによつ
ている。 The pedestal 9 provided so as to surround the elevating pedestal 2 is mounted along the rail beams 10 extending at several points in the longitudinal direction.
The pair of brackets 3 are configured to approach and separate from each other, and the approach and separation movement is achieved by rotating the left and right threaded rods 11 along the top of the rail beam 10 to drive the female threaded portions of both brackets 3 in symmetrical directions. It is based on
可動ブラケツト３は、上述のレール梁１０に係
合滑動する部分や上記メネジ部の下方に板部が垂
下し、その板部に前述の開閉台５とその駆動用シ
リンダ６とを付けている。第１図の左側ブラケツ
ト３の開閉台５は閉じた状態で、送りローラ７は
案内板１の内側の平常位置にあり、右側開閉台５
は鎖線で示す平常位置から開いた状態で、送りロ
ーラ７が案内板１の外側へ旋回移動したところを
示す。シリンダ６の引込動作で、開閉台５が支軸
５ａのまわりに大きく回動して、送りローラ７上
の金網Ｍを落下させるのである。 The movable bracket 3 has a plate part hanging below the part that engages and slides on the rail beam 10 and the female thread part, and the above-mentioned opening/closing table 5 and its driving cylinder 6 are attached to the plate part. The opening/closing base 5 of the left bracket 3 in FIG.
shows the feed roller 7 pivoted to the outside of the guide plate 1 in an open state from the normal position indicated by the chain line. By the retracting action of the cylinder 6, the opening/closing table 5 rotates greatly around the support shaft 5a, causing the wire mesh M on the feed roller 7 to fall.
案内板１には送りローラ７を外へ出す切欠部１
２が明いている。各送りローラ７は外側の開閉台
５により軸支されると共に、案内板１外方のチエ
ン車７ａにより回転駆動される。そのチエン車７
ａは共通チエン７ｂにより一斉駆動される。チエ
ン７ｂははじめから案内板１の外側にあるから、
各送りローラ７の旋回移動を妨げない。チエン７
ｂは図示しない駆動機構により左右一斉に駆動さ
れる。 The guide plate 1 has a notch 1 for letting the feed roller 7 out.
2 is bright. Each feed roller 7 is pivotally supported by the outer opening/closing table 5, and is rotationally driven by a chain wheel 7a outside the guide plate 1. The chain car 7
a are driven simultaneously by a common chain 7b. Since the chain 7b is located outside the guide plate 1 from the beginning,
The rotational movement of each feed roller 7 is not hindered. chain 7
b are driven simultaneously on the left and right sides by a drive mechanism (not shown).
なお、前記左右ネジ棒１１も、それぞれの図示
しないチエン車と、それらの共通駆動機構により
一斉駆動して回すのであるが、その際、各シリン
ダ４により各案内板１を予め引上げておいて、板
間隔を金網Ｍの幅に調整する。その後、流体圧を
抜いて案内板１を自重垂下させ、受台２上または
その上の調整幅より広い金網Ｍの縁部に載せる。 Note that the left and right threaded rods 11 are also driven and rotated simultaneously by respective chain wheels (not shown) and their common drive mechanism, but at this time, each guide plate 1 is pulled up in advance by each cylinder 4, Adjust the plate spacing to the width of wire mesh M. Thereafter, the fluid pressure is released, the guide plate 1 is allowed to hang under its own weight, and is placed on the pedestal 2 or on the edge of the wire mesh M wider than the adjustment width thereon.
左右案内板１，１間へ進入した金網Ｍが第２図
のようにストツパ８に当り、検出装置の指令によ
る駆動停止か、又はスリツプにより停まつたら、
全部の流体圧シリンダ６が一斉に作動して送りロ
ーラ７を開かせ、金網Ｍを受台２上に落す。落ち
た金網Ｍの厚み分だけ受台２を下げて、次の金網
Ｍを待つため、従来は受台２を下げるネジ駆動部
の駆動時間をタイマーにより、金網一枚の厚み相
当の時間に限定していた。その場合、金網の厚み
が変る分を見越して設定するため、次第に落差が
大になり、落ちた金網がバウンドするようになつ
たが、この実施例は、昇降する高さ検出装置１３
により、これを防ぐ。すなわち金網Ｍが受台２上
に落ちたら、流体圧シリンダ１４により検出装置
１３を下げ、その検出端１５が金網Ｍに当つたら
降下を停め、検出信号を出す。そこで、シリーズ
制御により昇降受台２を降下させ、上記検出信号
が消えた所で受台２の降下を停めるのである。第
２図ではその検出端１５の検出位置を鎖線で示し
ているが、送りローラ７の開閉動作を妨げない範
囲で、金網Ｍの落差は小さく設計する。 When the wire mesh M that has entered between the left and right guide plates 1 and 1 hits the stopper 8 as shown in Fig. 2, and the drive is stopped by a command from the detection device or stops due to slipping,
All the fluid pressure cylinders 6 operate simultaneously to open the feed rollers 7 and drop the wire mesh M onto the pedestal 2. In order to lower the pedestal 2 by the thickness of the fallen wire mesh M and wait for the next wire mesh M, conventionally the driving time of the screw drive unit that lowers the pedestal 2 is limited to the time equivalent to the thickness of one wire mesh using a timer. Was. In this case, since the settings were made in anticipation of changes in the thickness of the wire mesh, the drop gradually became larger, causing the fallen wire mesh to bounce.
This can be prevented by: That is, when the wire mesh M falls onto the pedestal 2, the detection device 13 is lowered by the fluid pressure cylinder 14, and when its detection end 15 hits the wire mesh M, the descent is stopped and a detection signal is output. Therefore, the lifting pedestal 2 is lowered by series control, and the lowering of the pedestal 2 is stopped when the detection signal disappears. In FIG. 2, the detection position of the detection end 15 is shown by a chain line, but the drop of the wire mesh M is designed to be small within a range that does not interfere with the opening/closing operation of the feed roller 7.
以上、一実施例について説明したが、この発明
はその要旨を変えない範囲でも、実施条件に応じ
て、機械設計者の周知技術により多様に変化、応
用し得ることはいうまでもない。 Although one embodiment has been described above, it goes without saying that the present invention can be variously changed and applied according to the well-known techniques of mechanical designers depending on the implementation conditions without changing the gist of the invention.
（発明の効果）
この発明は金網積込装置において、受台上方
の、従来、固定式である一対の垂直案内板は、金
網が定位置に来たら金網用コンベアが開くと同時
に左右へ開くもの、とされていた常識を破り、金
網落下時も開かないですむようにし、さらに常時
は自重で下端を受台上またはその上の金網上に載
せて垂直に立つようにしたから、送り込み案内板
が落下積込みの案内作用もするようになつた。(Effects of the Invention) The present invention provides a wire mesh loading device in which a pair of conventionally fixed vertical guide plates above the pedestal open left and right at the same time as the wire mesh conveyor opens when the wire mesh reaches a fixed position. We broke the common sense that the wire mesh would not open even when it falls, and also made it stand vertically by resting its lower end on the pedestal or the wire mesh above it under its own weight, so the feed guide plate It also began to act as a guide for falling loading.
すなわち、金網を積む受台の真上に間隔調整可
能な可動ブラケツトを両側対称に設け、その対向
面側に付けた案内板支持駆動機構により、左右の
垂直案内板を自重垂下させ、それらの下端が受台
またはその上の金網縁部に載るようにしたから、
落下する金網は終始、左右案内板の規制を受け、
横ずれにより崩れる可能性を無くした。 In other words, movable brackets with adjustable spacing are installed symmetrically on both sides directly above the pedestal on which the wire mesh is stacked, and a guide plate support drive mechanism attached to the opposing surface allows the left and right vertical guide plates to hang under their own weight, and their lower ends Because it rests on the pedestal or the edge of the wire mesh above it,
The falling wire mesh was regulated by the left and right guide boards from beginning to end.
Eliminated the possibility of collapse due to lateral slippage.
受台上へ金網を送込むコンベアを個々に独立し
た送りローラに替え、これらを案内板の外から支
持、駆動する構造とし、金網を落す際、各ローラ
を上記案内板の切欠部から外方へ旋回移動させら
れるようにしたから、上述のように垂直案内板を
金網落下時も動かさず、落下案内作用をさせ得た
のである。 The conveyor that feeds the wire mesh onto the pedestal is replaced with individual feed rollers, and these are supported and driven from outside the guide plate. When dropping the wire mesh, each roller is moved outward from the notch in the guide plate. Since the vertical guide plate was made to be able to be pivoted to the top, the vertical guide plate did not move even when the wire mesh fell, as described above, and was able to function as a fall guide.
その垂直案内板は自重垂下して、下の金網を抑
える作用もあるから、落下中と落下後の金網の横
移動を規制した上、さらに下積みの金網が落下衝
撃で移動するのを防ぐ効果も加わり、崩れを防ぐ
効果は絶大である。 The vertical guide plate hangs under its own weight and has the effect of suppressing the wire mesh below, which not only restricts the horizontal movement of the wire mesh during and after the fall, but also prevents the wire mesh below from shifting due to the impact of the fall. It is extremely effective in preventing collapse.
第１図はこの発明一実施例の正面図、第２図は
その側面（一部省略）図である。
１……垂直案内板、２……昇降受台、３……可
動ブラケツト、４……案内板支持駆動装置、５…
…開閉台、６……駆動装置。
FIG. 1 is a front view of one embodiment of this invention, and FIG. 2 is a side view (partially omitted) thereof. DESCRIPTION OF SYMBOLS 1... Vertical guide plate, 2... Lifting pedestal, 3... Movable bracket, 4... Guide plate support drive device, 5...
... Opening/closing table, 6... Drive device.
Claims (1)
つ、次々と平らに載せ、間隔が調整可能な左右の
垂直案内板の間へ進めて昇降受台上に落し重ねる
装置において、 上記受台の真上に配置され、左右へ対称に間隔
調整可能な一対の可動ブラケツトと、 上記各ブラケツトの対向面側に取付けられ、上
記案内板が自重で上記受台または最上段金網に載
つた時、これを垂直に保持し、間隔調整時、これ
を上方へ引上げるそれぞれの案内板支持駆動機構
と、 上記各ブラケツトの下部に取付けられ、上記コ
ンベアに代わる送りローラを上記案内板切欠部の
外側から軸支し、金網落下時、その送りローラを
上記切欠部から案内板外側へ旋回移動させるそれ
ぞれの開閉台及びその駆動機構と、 を備えることを特徴とする金網積込装置。[Scope of Claims] 1. A device in which rectangular wire meshes having different widths are placed flat one after another on a conveyor, advanced to between left and right vertical guide plates whose interval is adjustable, and dropped onto a lifting pedestal. A pair of movable brackets are placed directly above the stand and the distance can be adjusted symmetrically to the left and right, and a pair of movable brackets are attached to the opposing surfaces of each of the brackets, so that when the guide plate is placed on the pedestal or the topmost wire mesh by its own weight. , a respective guide plate support drive mechanism that holds this vertically and pulls it upward when adjusting the interval, and a feed roller that is attached to the bottom of each of the above brackets and replaces the above conveyor outside the guide plate notch. A wire mesh loading device comprising: an opening/closing table that is pivotably supported from the wire mesh and rotates its feed roller from the notch to the outside of the guide plate when the wire mesh falls; and a drive mechanism thereof.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP15793086A JPS6317733A (en) | 1986-07-07 | 1986-07-07 | Wire netting sheet loading device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP15793086A JPS6317733A (en) | 1986-07-07 | 1986-07-07 | Wire netting sheet loading device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS6317733A JPS6317733A (en) | 1988-01-25 |
| JPH0416376B2 true JPH0416376B2 (en) | 1992-03-23 |
Family
ID=15660580
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP15793086A Granted JPS6317733A (en) | 1986-07-07 | 1986-07-07 | Wire netting sheet loading device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS6317733A (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002207171A (en) * | 2001-01-10 | 2002-07-26 | Hamamatsu Photonics Kk | Optical device |
| CN103991717A (en) * | 2014-05-29 | 2014-08-20 | 天津隆建机械制造有限公司 | Automatic setting machine |
-
1986
- 1986-07-07 JP JP15793086A patent/JPS6317733A/en active Granted
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6317733A (en) | 1988-01-25 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| LAPS | Cancellation because of no payment of annual fees |