JPS58150458A - Apparatus for applying pattern to sheet like material such as fusuma or wallparer - Google Patents

Apparatus for applying pattern to sheet like material such as fusuma or wallparer

Info

Publication number
JPS58150458A
JPS58150458A JP3337082A JP3337082A JPS58150458A JP S58150458 A JPS58150458 A JP S58150458A JP 3337082 A JP3337082 A JP 3337082A JP 3337082 A JP3337082 A JP 3337082A JP S58150458 A JPS58150458 A JP S58150458A
Authority
JP
Japan
Prior art keywords
pattern
sheet
running
fusuma
wallpaper
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
Application number
JP3337082A
Other languages
Japanese (ja)
Other versions
JPS6353863B2 (en
Inventor
Akira Okubo
明 大久保
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
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 Individual filed Critical Individual
Priority to JP3337082A priority Critical patent/JPS58150458A/en
Publication of JPS58150458A publication Critical patent/JPS58150458A/en
Publication of JPS6353863B2 publication Critical patent/JPS6353863B2/ja
Granted legal-status Critical Current

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  • Spray Control Apparatus (AREA)

Abstract

PURPOSE:To carry out pattern applying work good in productivity and stability without assisatance, by providing a spray gun on a table running in accompained relation to a traveling sheet like material at a same speed to carry out the application of a pattern. CONSTITUTION:On the way of a route transferring a sheet like material 1 such as a fusuma or wallpaper, a running table 2 running in accompained relation to said sheet like material 1 over a specific range at a speed same to the transfer speed thereof is provided. In addition, a pattern applying apparatus 3 such as a spray gun is provided to a direction crosssing the running direction of the running table 2 at right angles is provided to said running table in a freely operable and movable manner. By this method, because the application of a pattern can be carried out just beside in a stationary state, it can be stably carried out in good productivity and can be automated without assistance.

Description

【発明の詳細な説明】 本発明は、僕や壁紙のようなシート状体への模様付は装
置に関し、詳しくは僕や壁紙のようなシート状体に基本
模様を印刷したのち特定箇所にスプレーガンのような模
様付は装置でぼかし模様のように印刷模様とは趣きが異
なる模様を付けることができる襖や壁紙のようなシート
状体への模様付は装置に関するものである。
[Detailed Description of the Invention] The present invention relates to a device for printing a pattern on a sheet-like material such as a paper or wallpaper, and more specifically, a basic pattern is printed on a sheet-like material such as a paper or wallpaper, and then sprayed on a specific location. A device is used to create a pattern such as a gun, and a pattern that is different from a printed pattern, such as a gradation pattern, can be created.A device is used to create a pattern on a sheet-like material such as a sliding door or wallpaper.

従来、例えば襖紙の模様付けは、フープ状に巻いた襖紙
原紙にその移送に伴って輪転機で基本模様を印刷し九〇
ち、長尺な襖紙原紙の特定箇所の夫々に、人手によシ、
スプレーカンのようなもので模様付けを行なうものであ
った。ところがこのように人手によシ模様付けを行なう
場合には、生産能率が低いのはもちろん、仕上りに正確
性を欠き複数枚で1組となつ九組物ではその仕上シ精度
が間INKなシ、加えてシンナー等を使用するので悪環
′境での作業となるなどの問題があり九。
Conventionally, for example, to pattern fusuma paper, a basic pattern was printed on a hoop-shaped fusuma base paper as it was transported using a rotary press. Yoshi,
Patterns were applied with something like a spray can. However, when patterning is done manually in this way, not only is the production efficiency low, but the finishing accuracy is also imprecise. In addition, since thinner and the like are used, there are problems such as the work must be done in a hostile environment.9.

零発#4はこのような問題に艦みてなされたものであり
、その目的とするところは、自動的に模様付けを行なう
ことができるようKすることで、省力化を図り、生産性
を向上させ、かつ仕上多精度がよく、人手ではできKく
かっ九複雑な模様付けも簡単に行なうことができる襖や
壁紙のようなシ−ト状体への模様付は装置を提供するこ
七にある本発明は、襖や壁紙のようなシート状体(1)
が移送される移送経路途中にシート状体(1)の移送速
度と同一速度で一定範囲伴走し、伴走後に所定箇所に戻
される。伴走台(2)t−設け、伴走台(幻にその伴走
方向とI!従する方向にスプレーfl:/のような模様
付は装置(3)を駆動移動自在に設け、伴走台11+が
シート状体(1)と同一速度で伴走する七趣模樺付は装
置1 i31を駆動移動させる駆動移動手段(4)と移
動中の模様付は装置(ml k作動させる作動手段11
1とを設けて成ることを特徴とする襖中壁紙のようなシ
ート状体への模様付は装置に係るものである。
Zero Hatch #4 was created in response to these problems, and its purpose is to save labor and improve productivity by automatically creating patterns. We provide equipment for patterning sheet-like materials such as sliding doors and wallpaper, which can be easily applied with complex patterns that cannot be done by hand. The present invention relates to a sheet-like material (1) such as a sliding door or wallpaper.
During the transport route, the sheet (1) is accompanied by a certain range at the same speed as the transport speed of the sheet (1), and is returned to a predetermined position after the accompanying movement. A companion table (2) t- is provided, and a device (3) is provided so that it can be freely driven and moved, and a device (3) is installed to allow movement of the sheet. Device 1 is used to drive and move i31 with a seven-shaped mokaki that follows at the same speed as the shaped body (1).
The present invention relates to an apparatus for patterning a sheet-like object such as wallpaper inside a sliding door, which is characterized by being provided with 1 and 1.

以下本発明の実施例を図面に基いて詳述する♂シート状
体111の一例としての襖紙(1m)は第1図に示すよ
うな装置によシ厚紙供給部(・)から輪転機())へと
供給されて、基本模様が印刷され、そののち、ぼかし模
様のような模様を所定箇所に付ける模様付は装置t 1
11>へと供給され、スプレーガンのような模様付は装
置(3)で模様付けを行なったのち、乾燥部(8)で乾
燥させて巻取り部(9)で巻取ることができるようにし
である。
Embodiments of the present invention will be described below in detail based on the drawings. Fusuma paper (1 m) as an example of the sheet-like body 111 is transferred from the cardboard supply section (-) to the rotary press ( )), the basic pattern is printed, and then a patterning device t1 adds a pattern such as a blurred pattern to a predetermined location.
11>, and after patterning using a spray gun, the pattern is applied in the device (3), then dried in the drying section (8), and then rolled up in the winding section (9). It is.

模様付は装置(ml) Fi第2図に示すように、襖紙
(11)の移送経路途中に設けである。模様付は装置(
3)の固定基台(lllIKij一対のガイドレール(
It) t−襖紙(1m )の移送方向に略平行に設け
である。一対のガイドし一ル(川には伴走台(11を転
動輪体筒を介して襖紙(1m)の移送方向に往復動自在
に載せである。固定基台−KFi中聞伝動軸O場を回動
自在に軸架してあり、この中間伝動軸0場に電磁クラッ
チ−を介してで一タ(図示せず)からの駆動力を伝達さ
せることかで趣るようにしである。中間伝動軸DIに設
は九スプ0ケット(l@と仁れよりも移送方向上流側に
回転自在に軸受し九従動スプロケットー間にチェーンα
ηを駆動回動自在に巻掛けである。チェーンOηの−S
を伴走台(りに連係してチェーンOηの回動移動で伴走
台(りヲ駆wb移動で自るようKしである。Q@は光電
管であり、襖紙(1m)の最終的には切捨てられる耳S
−に一定ピッチで予め形成した模様付けのための表示部
−を光検出すると七ができるようKしである。光電管Q
IIからの検出信号に基いて電磁りうツ予(14)t−
作動させ、℃−夕からの駆動回転力を中間伝動軸(11
に伝達し、チェーン(1力を駆動回転させて、伴走台(
りを襖紙(1暑)の移送方向に駆#移動できるように、
してある0表示部−は比較的小ピッチで設けられ、この
夫々の検出信号に基いて電磁クラッチ04が制御され、
このような制御により、中間伝動軸0鴫への駆動回転力
の伝達が制御され、伴走台(2)が襖紙(1a)の移送
速度と略同速度で駆動移動できるようKしである。この
上うに伴走台(2)を襖紙(1m )と同速度で駆11
311劇させる手段は適宜設計変更することかで龜る。
As shown in FIG. 2, the pattern is provided in the middle of the transfer path of the fusuma paper (11). The pattern is on the device (
3) Fixed base (lllIKij pair of guide rails (
It) is provided approximately parallel to the transport direction of the T-fusuma paper (1 m). A pair of guide wheels (accompanying stand (11) is mounted on the river so that it can freely reciprocate in the direction of transport of the fusuma paper (1 m) through a rolling wheel tube. Fixed base - KFi medium transmission shaft O field is rotatably mounted on a shaft, and a driving force from a motor (not shown) is transmitted to this intermediate transmission shaft via an electromagnetic clutch. The transmission shaft DI is equipped with nine sprockets (l@ and a rotatable bearing on the upstream side in the transfer direction than the groove), and a chain α between the nine driven sprockets.
η can be driven and rotated freely. -S of chain Oη
In conjunction with the accompaniment stand, the chain Oη rotates to move the accompaniment stand (riwo drive wb). Cut off ear S
- When the display section for patterning, which is pre-formed at a constant pitch, is detected by light, the number 7 is formed. Phototube Q
Based on the detection signal from II, the electromagnetic guide (14) t-
The driving rotational force from ℃-1 is applied to the intermediate transmission shaft (11
The power is transmitted to the chain (1 force is driven and rotated, and the accompaniment stand (
so that the paper can be moved in the direction of transporting the fusuma paper (1 heat).
The 0 display section - is provided at a relatively small pitch, and the electromagnetic clutch 04 is controlled based on each detection signal.
Through such control, the transmission of the driving rotational force to the intermediate transmission shaft 0 is controlled so that the trailing table (2) can be driven and moved at substantially the same speed as the transfer speed of the sliding paper (1a). On top of this, drive the sea urchin escort stand (2) at the same speed as the fusuma paper (1m).
The means to make the 311 play occur depends on appropriate design changes.

表示部鋼は模様付けを行なう箇所にのみ対応させて設け
てあり、模様付けを行なわない箇所が光電管ttS部分
を通過するときKは、電磁クラッチα4#−i非伝達状
態となって、伴走台(りの駆動が断九れて−る。伴走台
(幻と固定基台−との間Ktf、エアシリンター144
を架設してあり、伴走台(りが襖紙(1鳳)とともに一
定距離同速度で伴走して後述の模様付けk fill(
31により模様付けを行なったのち、ニアシリンター圓
により伴走台(りを元の模様付は待機位置に返送するこ
とがで幹るようにしである伴走台+21 K if襖紙
(1鳳)の移送方向−の前後方向に間隔をへだてて一対
のガイド軸@υ(21を襖紙(1m)の移送方向とは略
直交する方向に架設しである。
The display part steel is provided only in correspondence with the part where the pattern is applied, and when the part where the pattern is not applied passes through the phototube ttS part, the electromagnetic clutch α4#-i is in a non-transmitting state, and the accompaniment platform (The drive is broken.Ktf between the accompaniment stand (phantom and fixed base), air cylinder 144
An accompanying platform (Riga fusuma paper (1 bon)) runs at the same speed for a certain distance to create the pattern k fill (described later).
After patterning is done using 31, the near cylinder is used to return the pattern to the standby position to make it stand. - A pair of guide shafts @υ (21) are installed in a direction substantially perpendicular to the direction in which the fusuma paper (1 m) is transported with a distance between them in the front-rear direction.

これら一対のカイト軸@0に模様付は装置111の移動
台−をその摺動軸受S@を介して往復動自在に架設しで
ある。移動台(2)の下方IKtf後述する作動手段(
Itの一例としてのカム鋼に当接することでパルプが操
作されて塗料を噴射するスプレーカン(至)を取付けで
ある。
The pattern on these pair of kite shafts @0 is that a movable base of the device 111 is installed so as to be reciprocally movable via its sliding bearing S@0. The lower IKtf of the moving platform (2) will be described later.
It is installed with a spray can that sprays paint by operating the pulp by contacting the cam steel as an example.

伴走台(2)の両端部には回転縦軸CIIt回転自在に
軸受しである。回転縦軸(至)にはVプーリ(財)を取
付けてあシ、これら一対のVプーリ(財)@KFi駆動
移動手段(4)の−例としてのVベルトat巻回しであ
る。回転縦軸@にはピニオン4?@を取付けてあり、仁
のビニオシ乎?@t−固定基台一に設けたラック4!−
に噛合させてあり、伴走台(りがガイドレール(11)
に沿って駆111J移動するのに伴って回転縦軸(イ)
を駆動回転させ、■プーリ(財)を駆動回転させて、V
ベルト(ハ)を駆動移動できるようにしである。移紡台
固には第4図に示すように、2個のソレノイド1311
1311 を搭載してあり、2個のソレノイドl岨1の
可動鉄芯□□□をリンク−で枢支連結しである。
A rotary vertical axis CIIt is rotatably mounted on both ends of the companion table (2). A V-pulley is attached to the rotational vertical axis (to), and a pair of these V-pulleys @KFi drive moving means (4) is wound with a V-belt as an example. Pinion 4 on the rotating vertical axis @? @ is attached, is it Jin's binioshi? @t-Rack 4 installed on the fixed base! −
The guide rail (11) is engaged with the guide rail (11).
As the drive 111J moves along the vertical axis of rotation (A)
Drive and rotate the pulley (goods), and V
This allows the belt (c) to be driven and moved. As shown in Fig. 4, there are two solenoids 1311 on the transfer table.
1311 is mounted, and the movable iron cores of the two solenoids 1 are pivotally connected by a link.

移#f3C12に設けた横軸−にベルト挟持爪−を回前
自在に枢支しである。セしてリシク′謔とベルト挾持爪
間とをピン(至)にて枢支連結しである。又、移動台(
2)Kは第4図に示すように、一対のベルト当り的を駆
動移動させられているVベルト(至)K近接させて設け
である。しかして復動用のりレノイドallが励磁され
ると、ベルト挟持爪間が横軸−のまわりに回動して、ベ
ルト当り□□□との協動で往動側のVベルト圀を挟持し
、Vベルト(ハ)に牽引されて$船台□□□が襖紙(1
1)の移送方向に!失する方向に往1移動で色るように
しである。又、復動用のソレノイドgt+の励磁により
、ベルト挟持爪−が横軸f341まわりに逆方向に回動
して、復動儒のVベルト(至)を挟持し、Vベルト(ハ
)に牽引されて移動台−が後前移動で趣るようにしであ
る。このようなソしノイド1Bl(財)の励磁は、電磁
クラッチ04と略同時に行なわれて、電磁クラッチ04
0入り作動で、伴走台(りが襖紙(1鳳)と同一速度で
伴走するのと同時に、移動台−がVベルト(ハ)に牽引
されて、模様付は装置13)が襖紙(1m)に対してそ
の移送方向とは直交する方向に模様付は装置(3)t−
駆動移動で色るようにしである。つまり、伴走台(2)
が襖紙(1m)に等速伴走して、襖紙(1m)の移送方
向に対して模様付は装置(3)が位置ずれしない状態に
して、模様付は装置(3)を襖紙(1m)の移送方向に
対して直交する方向に駆動移動させることで、移送中の
襖紙(11)に対して模様付は装置(3)を襖紙(1m
)の直積から移行させて、安定的な模様付けを行なうこ
とができるようにしである。図中(3sthfガイド〇
−うであり、■ベルト四〇回動軌跡を設定している。
A belt clamping pawl is pivotably supported on a horizontal shaft provided on transfer #f3C12 so as to be rotatable. Then, the hinge and the belt clamping pawl are pivotally connected with a pin. Also, a moving platform (
2) As shown in FIG. 4, K is provided so that a pair of belt contact targets are brought close to the V-belt (to) K which is being driven and moved. When the reciprocating glue noids all are excited, the belt clamping claws rotate around the horizontal axis -, and in cooperation with the belt contact □□□, clamp the forward V-belt area, Towed by the V-belt (c), the $ship □□□ is covered with fusuma paper (1
1) In the transport direction! It is designed so that it will change color in one forward movement in the direction of loss. Also, due to the excitation of the reciprocating solenoid gt+, the belt clamping claw rotates in the opposite direction around the horizontal axis f341, grips the reciprocating V-belt (to), and is pulled by the V-belt (c). The movable table can be moved back and forth for fun. The excitation of the solenoid 1Bl (Incorporated) is performed almost simultaneously with the electromagnetic clutch 04, and the electromagnetic clutch 04 is excited.
In the 0-start operation, the moving platform (Riga) follows at the same speed as the fusuma paper (1 HO), and at the same time, the moving platform - is pulled by the V belt (c), and the patterned device 13) moves the fusuma paper (1). 1 m), the pattern is placed in the direction perpendicular to the direction of transport.
It is designed to change color as it moves. In other words, escort stand (2)
follows the fusuma paper (1 m) at a constant speed, and the patterned device (3) is in a state where it does not shift in position with respect to the direction of transport of the fusuma paper (1 m), and the patterned device (3) is moved along the fusuma paper (1 m). By driving and moving the device (3) in a direction perpendicular to the transfer direction of the fusuma paper (1 m), the patterned device (3) is moved to the fusuma paper (11) being transferred.
) to enable stable patterning. In the figure (3sthf guide 〇-arm), ■ Belt 40 rotation locus is set.

ベルト挟持爪(至)は、いずれのソレノイドell)l
illlも励磁されていない状態では、コイルスプリシ
フのような中立付勢機構(図示せず)によシ、中立状急
に位置決めされていて、Vベルト(ハ)との摺接を避け
ることかで色るようKしである。そして、移l1iiJ
台固が襖紙口1)の側端に移動して、模様付けを終え念
とき、リミットスイッチのような終端位置検出11図示
せず)の検出結果に基いて、ソレノイド励磁用のイ目号
並びに電磁クラッチ作動用の信号が停、止し、伴走台(
2)の伴走と移動台(2)の移動が停正し、このような
移動台(四の停止に伴なうベルト挟持爪−の中立位置へ
の揺動によシ、固定基台開側に設けである固定爪(図示
せず)にベルト挟持爪−が噛合して、移’11138 
eAの位置決めができるようにしである。図中−はエア
シリンターlを利用したメガニガルプレー+であり、ベ
ルト挟持爪間とともに移1台(24の端部での位置固定
を行なうものである。
The belt gripping claw (to) is connected to either solenoid (ell)l.
When the ill is not energized, it is suddenly positioned in a neutral state by a neutral biasing mechanism (not shown) such as a coil sprite shift, and it is necessary to avoid sliding contact with the V-belt (c). It is K so that it can be colored. And transfer l1iiJ
When the stand is moved to the side edge of the fusuma paper opening 1) and the pattern is finished, based on the detection result of the end position detection 11 (not shown) such as a limit switch, the I mark for solenoid excitation is set. At the same time, the signal for the electromagnetic clutch operation stops and stops, and the companion platform (
When the accompaniment of 2) and the movement of the movable base (2) are stopped, the movement of the movable base (belt clamping claw) to the neutral position due to the stoppage of the movable base (4) causes the fixed base to open on the open side. The belt clamping claw engages with the fixed claw (not shown) provided at the
This allows positioning of eA. In the figure, symbol - indicates a mega-nigal play+ that utilizes an air syringe l, which is used to fix the position at the end of the transfer unit (24) between the belt clamping claws.

模様付は装置(3)としてのスプレーカン彌は、第5図
に不丁ように、0−ラ(6)が押上げ操作されることC
,バLプが開かれて塗料を噴射することができるように
して弗る。そして、tIIpwJ台(2)がVベルト(
至)により革引移動すると色のスプレーカン彌の$1経
路途中に、作1手段の一例としてのカム(至)を配して
あり、スプレーガン(至)のロー564がカム−に摺接
移動することで、ガム(至)の形状に見合ってロー5(
6)が押上は作動され、カム−の形状に応じた吹付は模
様が襖紙(1m)Kitかれることがで色るようKしで
ある。スプレーガン四の夫々のエアー圧は別々に調整す
るこ七ができるようKしである1、図中−はスプレーガ
ン四の高低を調整するボルトであり、又、カム@lt設
けであるカムレール鵠も上下動自在にしてあり、襖紙(
Ig+)とスプレーガン彌との距離を変更させることで
吹付ける模様に変化をつけることかでらるようKしであ
る。
The spray can used as the device (3) for patterning is as shown in Figure 5, where the 0-ra (6) is pushed up.
, the valve is opened to allow paint to be sprayed. Then, the tIIpwJ stand (2) is connected to the V-belt (
When the leather is moved by (to), a cam (to) as an example of the first means of production is placed in the middle of the $1 route of the color spray can, and the low 564 of the spray gun (to) slides into contact with the cam. By moving it, it becomes low 5 (
6) The push-up is activated, and the spraying according to the shape of the cam is so that the pattern can be colored by applying the fusuma paper (1 m) kit. The air pressure of each of the spray guns 4 can be adjusted separately. 1. In the figure - is a bolt that adjusts the height of the spray gun 4, and the cam rail is equipped with a cam. It is also possible to move up and down, and the fusuma paper (
By changing the distance between Ig+) and the spray gun, the spray pattern can be varied.

又、実施例では手#操作型のスプレーガン@を使用した
が電磁弁操作型の自動スプレーガンを使用してもよく、
この場合には、カム@を設けなくてよく、電磁弁を隔れ
7’LI所から制御すればよいこのような構成によれば
、移送されている襖紙(1鳳)の表示部gI4を光電管
α鴫で検出して、この検査結果に基いて、電磁クラッチ
瑣及びソレノイドC11lを作動させて、伴走台(り及
び移動台−を走行駆動し、移送されている襖紙(1m)
に対して、その移送方向には静止状急にある移動台−が
1横に移動し、スプレーガン(至)から噴射され九塗粁
にて模様を吹付けるのである。そして、吹付けが終って
移動台−が、ll蝙11において、位置決めされると、
伴走台(りがエアシリンター−により元の位置に戻され
、次の模様付けの九めに待機するのである、次の表示W
IAr:II4の検出結果、で、伴走台(りを襖紙(1
m)に伴走させるとともに移動台@を反対方向に移動さ
せて模様付けを行なう。
In addition, although a hand-operated spray gun was used in the embodiment, an automatic spray gun operated by a solenoid valve may also be used.
In this case, there is no need to provide a cam@, and the solenoid valve can be controlled from the separated 7'LI location. It is detected by the phototube α, and based on this inspection result, the electromagnetic clutch 4 and solenoid C11l are activated to drive the companion table and moving table to move the fusuma paper (1 m) that is being transferred.
On the other hand, in the direction of transport, a stationary stage suddenly moves sideways, and a spray gun sprays the pattern with nine coats. Then, when the spraying is finished and the movable table is positioned at the ll 11,
The accompaniment stand is returned to its original position by the air cylinder and waits for the next pattern to be applied.The next display W
The detection result of IAr:II4 is
Patterning is carried out by moving the moving table @ in the opposite direction while accompanying the robot (m).

なお模様付けに使用される塗料は、水性塗料にアルミニ
ウム粉末、黄銅粉末を混入させたものを使用する今が他
のもので4よい。
The paint used for patterning may be a water-based paint mixed with aluminum powder or brass powder.

又、実施例では、襖紙(11)に本発明1に実施したが
壁紙な−ど他のものでもよい。
Further, in the embodiment, the present invention 1 was applied to fusuma paper (11), but other materials such as wallpaper may be used.

又、模様付は装置+11の駆動移動手段(4)並びにそ
の作助手教t61は種々設計変更可能である。
Furthermore, the design of the driving and moving means (4) of the patterning device +11 and its assistant t61 can be changed in various ways.

以上要するに本発明は、移送されている襖や壁紙のよう
なシート状体と同一速度で伴走しながら付は装置がシー
ト状体を1横に横切る方向に移動して模様付けを行なう
ので、つまりシート状体に対してその移送方向には静止
している状態で、1横にのみ模様付けを行なうことがで
きる故、移送中のシート状態に安定的に模様付けを行な
うことができるという利点がある。このように伴走台を
設けるこ、とで、移送中のシート状棉への模様付けを自
動化することができ、従来では熟練した人手KINつて
い九のプ自動化できて省力化かで龜、悪環境下での作業
を無くすことができ、しかも自動化によシ生産性を同上
させ、かつ仕上り精度がよく、人手ではできにくかった
複雑な模様付けも簡単に行なうと七ができるという利点
がある。
In summary, in the present invention, the attachment device moves horizontally across the sheet-like object while following it at the same speed as the sheet-like object being transported, such as a sliding door or wallpaper. Since the pattern can be applied to only one side of the sheet while the sheet remains stationary in the direction of transport, it has the advantage that the pattern can be stably applied to the sheet while it is being transported. be. By providing a companion table in this way, it is possible to automate the patterning on the sheet-shaped cotton during transportation, which saves time and labor by automating the process that previously required skilled manual labor. It has the advantage of eliminating work in an environment, increasing productivity through automation, achieving high finishing accuracy, and easily making complex patterns that would be difficult to do manually.

【図面の簡単な説明】[Brief explanation of the drawing]

第1図は本発明の一実施例の全体概略側面図、第2図は
同上の模様付は装置の平面図、第3図は同上の側面図、
第4図は同上の伴走台を走行させる装置及び位置決め装
置の側面図、第5図は同上の模様付は装置を作動させる
作動手段の@面図であり、(llqシート状体、(2)
は伴走台、(llF!模様付は装置、+41t’j駆動
移動手段、+I)は作動手段である。 代理人 弁理士  石 1)長 七
Fig. 1 is an overall schematic side view of an embodiment of the present invention, Fig. 2 is a plan view of the device with the same pattern as above, Fig. 3 is a side view of the same as above,
Fig. 4 is a side view of the device for running the companion platform and the positioning device, and Fig. 5 is a side view of the operating means for operating the device;
(llF! The one with the pattern is the device, +41t'j drive movement means, +I) is the operating means. Agent Patent Attorney Ishi 1) Choshichi

Claims (1)

【特許請求の範囲】[Claims] +l+  襖や壁紙のようなシート状体が移送される移
送経路途中にシート状体の移送速度と同一速度で一定範
囲伴走し、伴走後に所定箇所に戻される伴走台を設け、
伴走台にその伴走方向と直良する方向にスプレーガンの
ような模様付は装置wllA*移紡自在に&け、伴走台
がシート状体と岡−速度で伴走すると趣模様付は装置を
駆動移動させる駆紡移勘手攻と移1中の模様付は装置を
作動させる作動手数とを設けて歇ることを特徴とするI
K+壁紙のようなシート状体への模様付は装置。
+l+ In the middle of the transport route where sheet-like objects such as fusuma and wallpaper are transported, a companion platform is provided which follows a certain range at the same speed as the sheet-like object's transport speed and returns to a predetermined location after the escort movement.
A spray gun-like pattern is placed on the escort stand in a direction parallel to the accompanying direction by a device wllA* that can be moved freely.When the escort stand follows the sheet-like object at a high speed, the pattern is applied by driving the device. I is characterized in that the driving, spinning, moving, and moving techniques and the patterning during transition 1 are paused by setting the number of operating steps to operate the device.
A device is used to add patterns to sheet materials such as K+ wallpaper.
JP3337082A 1982-03-02 1982-03-02 Apparatus for applying pattern to sheet like material such as fusuma or wallparer Granted JPS58150458A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP3337082A JPS58150458A (en) 1982-03-02 1982-03-02 Apparatus for applying pattern to sheet like material such as fusuma or wallparer

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP3337082A JPS58150458A (en) 1982-03-02 1982-03-02 Apparatus for applying pattern to sheet like material such as fusuma or wallparer

Publications (2)

Publication Number Publication Date
JPS58150458A true JPS58150458A (en) 1983-09-07
JPS6353863B2 JPS6353863B2 (en) 1988-10-25

Family

ID=12384691

Family Applications (1)

Application Number Title Priority Date Filing Date
JP3337082A Granted JPS58150458A (en) 1982-03-02 1982-03-02 Apparatus for applying pattern to sheet like material such as fusuma or wallparer

Country Status (1)

Country Link
JP (1) JPS58150458A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0327407A2 (en) * 1988-02-05 1989-08-09 McIvor, Ian Henry Wallpaper pasting table

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP0327407A2 (en) * 1988-02-05 1989-08-09 McIvor, Ian Henry Wallpaper pasting table

Also Published As

Publication number Publication date
JPS6353863B2 (en) 1988-10-25

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