JPH01256452A - Web carry-in device and conveying truck thereof - Google Patents

Web carry-in device and conveying truck thereof

Info

Publication number
JPH01256452A
JPH01256452A JP63081834A JP8183488A JPH01256452A JP H01256452 A JPH01256452 A JP H01256452A JP 63081834 A JP63081834 A JP 63081834A JP 8183488 A JP8183488 A JP 8183488A JP H01256452 A JPH01256452 A JP H01256452A
Authority
JP
Japan
Prior art keywords
paper
trolley
signal
roll
truck
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
JP63081834A
Other languages
Japanese (ja)
Other versions
JP2577951B2 (en
Inventor
Yuichi Okamura
雄一 岡村
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.)
Kaneda Kikai Seisakusho KK
Original Assignee
Kaneda Kikai Seisakusho KK
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 Kaneda Kikai Seisakusho KK filed Critical Kaneda Kikai Seisakusho KK
Priority to JP8183488A priority Critical patent/JP2577951B2/en
Publication of JPH01256452A publication Critical patent/JPH01256452A/en
Application granted granted Critical
Publication of JP2577951B2 publication Critical patent/JP2577951B2/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

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  • Warehouses Or Storage Devices (AREA)
  • Replacement Of Web Rolls (AREA)

Abstract

PURPOSE:To eliminate any adverse effect due to existence and noise of metals by setting up each directional detection actuating piece on a travel route of a truck at regular intervals and two forward direction detectors in a direction parallel with an axle, respectively, and detecting a deflection value of the truck. CONSTITUTION:Each directional detector actuating piece 19 is set up on a travel route 18 of a truck 3 at a specified pitch. On the other hand, two forward direction detectors 20 (20a, 20b) are set up at the side of the truck 2 for carrying a web into a rotary press in a direction parallel with an axle 50, namely, in a direction orthogonal with a longitudinal center line of the truck 2 or before and behind the forward direction. Then, a deflection value theta to the travel route of the truck 2 is detected from each position of these detectors 20a, 20b actuated by approach or contact of the actuating piece 19. Thus, as compared with an electromagnetic induction type and a photoelectric induction type heretofore in use, an adverse effect due to existence and noise of metals is little, so that carrying-in of the web can be done speedily and effectively.

Description

【発明の詳細な説明】 (産業上の利用分野) 本発明は、新聞印刷工場等に於いて使用されるものであ
り、輪転機へ巻取紙を自動的に搬入するための装置の改
良に関するものである。
[Detailed Description of the Invention] (Industrial Application Field) The present invention is used in newspaper printing factories, etc., and relates to an improvement in a device for automatically transporting a web into a rotary press. be.

(従来の技術) 従前の新聞印刷工場等に於ける巻取紙の自動搬入装置は
、通常第6図に示す如く、■巻取紙1を積載した無人台
車2を1輪転機3を囲撓する形態に配設した往送ライン
4a、復送ライン4b及び分岐ライン40等から成る誘
導ライン4に沿って走行させ、■輪転機3からの巻取紙
呼込信号により該輪転機3が必要とする巻取紙1を載荷
した台車2を分岐ライン4Cに沿ってトラバーサ装置5
へ引き入れ、■トラバーサ装置5を利用して輪転機給紙
装置6上の巻取紙芯材7を取外すと共に、歳入してきた
巻取紙19)を給紙装置u6へ着装し、■取り外した巻
取紙芯材7を台車2へ積載してこれを復送ライン4b上
へ戻し、0紙芯降下装置8に於いて紙芯材7を台車2か
ら降すと共に、■巻取紙積載装置9に於いて空の台車2
上へ新たな巻取紙1を積載し、前記往送ライン4a上へ
戻すように溝成されている。
(Prior Art) Conventional automatic paper roll loading devices in newspaper printing factories, etc. usually have an unmanned trolley 2 loaded with paper rolls 1 arranged in a configuration surrounding a rotary press 3, as shown in FIG. The machine runs along a guide line 4 consisting of an outbound line 4a, a return line 4b, a branch line 40, etc., and is loaded with the web 1 required by the rotary press 3 in response to a web call signal from the rotary press 3. The traverser device 5 moves the trolley 2 along the branch line 4C.
■Remove the web core material 7 on the rotary press paper feeder 6 using the traverser device 5, and attach the collected web paper 19) to the paper feeder u6, and ■Remove the removed web paper core material 7. The paper core material 7 is loaded on the trolley 2 and returned to the return line 4b, and the paper core material 7 is lowered from the trolley 2 in the zero paper core lowering device 8, and the empty trolley 2 is loaded in the roll paper loading device 9.
A groove is formed so that a new web 1 is loaded onto the top and returned onto the forwarding line 4a.

一方、前記従前の巻取紙搬入装置に於ける無人台車2の
走行は、通常所謂電磁誘導方式か、若しくは光電誘導方
式によって行なわれているO即ち、前者の電磁誘導方式
は第7図に示す如く、■末口FL内に誘導線にと送信用
地上ループコイと ルM+受信用池上ループコイルRとから成る誘導ライン
4を敷設し、■a車側に設けた舵取コイルHによって台
車2の走行方向の偏位を検出すると共に、■送信コ・イ
ルJ及び受信コ・イルZを介して、台車側の走行制御装
置Qと地上側の制御装置Yとの信号の受授を行なうもの
であり、又、後者の光電誘導方式は+ifl記誘導線に
と舵取コイルH等に替えて鏡面状の反射テープや発光テ
ープと光電装置を使用するものであり、光学的に台車2
の走行方向の偏位を検出するようにしたものである。
On the other hand, the running of the unmanned cart 2 in the conventional paper roll carrying device is usually carried out by a so-called electromagnetic induction method or a photoelectric induction method.The former electromagnetic induction method is as shown in FIG. ■ A guidance line 4 consisting of a ground loop coil for transmission and an Ikegami loop coil R for reception is laid in the end FL, and ■ the direction of travel of the bogie 2 is determined by the steering coil H installed on the side of car a. In addition to detecting the deviation of The latter photoelectric induction method uses mirror-like reflective tape or luminous tape and a photoelectric device instead of the +ifl guide wire and steering coil H, etc., and optically connects the bogie 2.
The device is designed to detect deviation in the running direction of the vehicle.

尚、第7図に於いて、10は台車側走行制御装置Qの舵
取ユニット、jlはドライブユニット、12は制御部ユ
ニット、13は送受信ユニットである。また、14は咄
七側制(卸装@Yのマイクロプロセツナ−115は送信
ユニット、16は受信ユニット、17は誘導信号発信ユ
ニットである。
In FIG. 7, 10 is a steering unit of the bogie-side travel control device Q, jl is a drive unit, 12 is a control unit, and 13 is a transmitter/receiver unit. Further, 14 is a microprocessor 115 of the 7-side system (wholesale @Y) is a transmitting unit, 16 is a receiving unit, and 17 is a guidance signal transmitting unit.

而して、前記電磁誘導方式の巻取紙搬入装置に於いて台
車の走行制御の精度を確呆するためには、誘導線にの近
傍に金属材が存在しないようにする必要がある。金属材
が存在すると誘導線にの廻りの磁界が影響を受け、正確
な舵取り制御が困難になるからである。
In order to ensure the precision of running control of the cart in the electromagnetic induction type paper roll carrying device, it is necessary to prevent metal materials from being present near the guide wire. This is because the presence of metal materials affects the magnetic field around the guide wire, making accurate steering control difficult.

しかし乍ら、新聞印刷工場等の床面には、建物構造物と
しての鉄筋等の他に各種の金属管路が多数埋設されてお
り、誘導線にの近傍から金属材を完全に排除するのは現
実に不可能であって、血々な問題が起生ずる。特に、既
設の印刷工場にあっては、電磁誘導方式の巻取紙搬入装
置を適用するのは殆んど不可能である。
However, in addition to reinforcing steel as part of the building structure, many metal conduits of various types are buried in the floors of newspaper printing factories, etc., and it is difficult to completely eliminate metal materials from the vicinity of guide wires. is actually impossible and will cause serious problems. Particularly, in existing printing factories, it is almost impossible to apply an electromagnetic induction type paper roll loading device.

一方、光電誘導方式の巻取紙[殺人装置に於いては、前
記金属材の存在による問題は無い。しかし、誘導線Kに
代えて床面に配設した鏡面テープや発光テープの外表面
を常に清潔にし1.光学的に安定した状態とする必要が
あるため、新聞印刷工場等の汚れ易い環境下に於いては
、設備の作立管理に多数の手数を要するという問題があ
る。
On the other hand, in a photoelectric induction type paper roll [murder device], there is no problem due to the presence of the metal material. However, the outer surface of the mirror tape or luminous tape placed on the floor instead of the guide wire K should always be kept clean.1. Since it is necessary to maintain an optically stable state, there is a problem in that a large number of steps are required to set up and manage the equipment in environments where it is easy to get dirty, such as in a newspaper printing factory.

(発明が解決しようとする問題点) 本発明は、従前の電磁誘導方式若しくは光電誘導方式の
巻取紙搬入装置に於けると述の如き問題、即ち■前者に
あっては、誘導線に等の近傍からの金属材の排除が困難
なため、台車の走行制御の精度が低下したり、装置その
ものの適用が出来ない場合があること、及び■後者にあ
っては、鏡面テープや発光ラインの光学的な安定性の確
呆が困難で、作立管理に多くの手数を要すること等の問
題を解決せんとするものであり、誘導線にや発光テープ
等からなる磁気的若しくは光学的な誘導ライン4を一切
使用せず、しかも所定の径路に沿って台車を精度よく無
人走行し得るようにした巻取紙自動搬入装置とこれに使
用する巻取紙搬入用台車を提供するものである。
(Problems to be Solved by the Invention) The present invention solves the problems mentioned above in conventional electromagnetic induction type or photoelectric induction type roll paper feeding devices, namely: Because it is difficult to remove metal materials from The purpose of this project is to solve the problems that it is difficult to ensure stable stability and that it takes a lot of effort to manage the construction. To provide an automatic paper roll carrying device and a paper roll carrying carriage used therein, in which a carriage can be accurately and unmanned run along a predetermined route without using any paper rolls.

(問題点を解決するための手段) 本発明は、台車2を走行せしめる径路上に、−定間隔で
スポット状に近接スイッチ等の方向検知器20の作動体
19を配設すると共に、台車2側に前記近接スイッチ等
の方向検知器20を複数個車軸方向に並設し、床面FL
上の作動体19によって作動した方向検知器20の取付
位置から台車走行方向の偏位を検知して舵取装fFt 
49を作動することにより、台車2の走行方向を制御す
るものである。
(Means for Solving the Problems) The present invention provides actuating bodies 19 of the direction detector 20 such as proximity switches in spots at regular intervals on the route along which the trolley 2 travels, and A plurality of direction detectors 20 such as the proximity switch are arranged in parallel in the axle direction on the side, and the floor surface FL
The steering device fFt detects the deviation in the traveling direction of the bogie from the mounting position of the direction detector 20 activated by the upper operating body 19.
By operating 49, the running direction of the truck 2 is controlled.

また、台車2の分岐ライン18 cへの進入は、台車2
側に設けた舵取装置49を操作することによって行ない
、更に、台車2の起動・停止や分岐ライン18 cへの
引込み等の制御は、床面上にスポット状に配設した各信
号発信器からの信号を、台車2上の台車制御装置21で
受信することにより行なわれる。
In addition, when the truck 2 enters the branch line 18c, the truck 2
This is done by operating a steering device 49 provided on the side, and further controls such as starting and stopping the bogie 2 and pulling it into the branch line 18c are controlled by signal transmitters placed in spots on the floor. This is done by receiving a signal from the trolley controller 21 on the trolley 2.

即ち、本14:藩取紙搬入装置は、床面FL上に一定の
間隔で検知器作動体19を配列固定して成り、複数の輪
転機3を囲撓する形態に形成した台車走行径路18と;
車台46の下部に車軸50と同方向に配列され、前記作
動体[9によって作動される複数個の方向検知器20を
備え、前記走行径路18に沿って電池電源により走行す
る巻取紙搬送用台車2と。
That is, Book 14: Hantori Paper Carrying Device consists of detector operating bodies 19 arranged and fixed at regular intervals on the floor FL, and a trolley running path 18 formed in a form surrounding a plurality of rotary presses 3. and;
A web conveying cart 2 is provided with a plurality of direction detectors 20 arranged in the same direction as the axle 50 at the lower part of the chassis 46 and operated by the operating body [9, and runs along the traveling path 18 by battery power. and.

前記巻取紙搬送用台車72上に積載され、前記方向検知
器20や走行径路18の分岐部18 d近傍に設けた台
車引込信号発信器24からの台車引込信号Bを受信して
前記台車2の走行駆動装置48や舵取装置49を制御す
る台車制御装置21と;輪転機3からの巻取紙呼込信号
Aを受け、台車引込信号発信器Uから台車引込信号Bを
発信する巻取紙搬入制御装置22と2輪転機給紙装置6
から巻取紙芯材7を分岐ライン18 cへ引込んだ台車
2上へ移載すると共に、該台車2に積載した巻取紙1を
輪転機給紙装置6へ移載するトラバーサ装置5とを発明
の基本構成とするものである。
The cart 2 is loaded on the paper roll conveyance cart 72 and receives a cart pull-in signal B from the direction detector 20 and the cart pull-in signal transmitter 24 provided near the branch 18 d of the travel path 18 . A cart control device 21 that controls the drive device 48 and the steering device 49; and a paper web carry-in control device 22 that receives the paper roll call signal A from the rotary press 3 and transmits the cart pull-in signal B from the cart pull-in signal transmitter U. 2 rotary press paper feeding device 6
The basics of the invention include a traverser device 5 that transfers the core material 7 of the rolled paper from the trolley 2 onto the trolley 2 which has been drawn into the branch line 18c, and also transfers the rolled paper 1 loaded on the trolley 2 to the paper feeder 6 of the rotary press. The structure is as follows.

また、本件巻取紙搬送用台車2は、車台孔と一走行装置
47と、バッテリ59及び電動機53を備えた走行駆動
装置48と、サーボモータ56及び前記走行装置If4
7の回動機構57を備えた舵取装置49と;車台孔の下
部に車軸50と同方向に配列され、前記台車走行径路1
8に設けた検知器作動体19によって作動される複数個
の方向検知器20と;車台46に固設され、積載した巻
取紙1の紙サイズDとその巻き方向Eの記憶装置旬を備
えると共に、走行径路18の分岐部18 d近傍に設置
した台車引込信号発信器24からの台車引込信号Bや前
記方向検知器20からの信号、位置検知器31からの信
号等により、前記駆動装置48や舵取装置49の作動を
制御する台車制御装置21とを発明の基本構成とするも
のである。
In addition, the roll paper conveying cart 2 has a chassis hole, a traveling device 47, a traveling drive device 48 including a battery 59 and an electric motor 53, a servo motor 56, and the traveling device If4.
a steering device 49 equipped with a rotation mechanism 57 of 7; arranged in the lower part of the chassis hole in the same direction as the axle 50;
a plurality of direction detectors 20 operated by a detector actuating body 19 provided at 8; and a storage device fixed to the chassis 46 for storing the paper size D of the loaded paper roll 1 and its winding direction E; The drive device 48 and the rudder are activated by the bogie pull-in signal B from the bogie pull-in signal transmitter 24 installed near the branch 18 d of the traveling route 18, the signal from the direction detector 20, the signal from the position detector 31, etc. The basic structure of the invention includes a truck control device 21 that controls the operation of the pick-up device 49.

(作用) 巻取紙積載装置9によす台車2上へ積載された巻取紙1
は、その紙サイズDと巻き方向Eが夫々積載装置9に設
けた紙サイズ判定装置29と巻き方2’lト 向判定装置善によって検知される。検知された紙サイズ
Dと巻き方向Eは台車2上の台車制御装置21の記憶装
置句と輪転機3側に設置した巻取紙搬入制御装置22の
記°臆演算装R38に夫々記憶される。
(Function) The web 1 is loaded onto the cart 2 on the web loading device 9.
The paper size D and winding direction E are detected by a paper size determining device 29 and a winding direction determining device 29 provided in the stacking device 9, respectively. The detected paper size D and winding direction E are respectively stored in the storage device of the cart control device 21 on the cart 2 and in the storage unit R38 of the web feed control device 22 installed on the rotary press 3 side.

また、これと同時に、台車制御装置21の受信信号設定
装置41により引込信号受信装置42の受信周波数が前
記積載中の紙サイズDに対応する周波数に自動的に設定
される。
At the same time, the receiving signal setting device 41 of the trolley control device 21 automatically sets the receiving frequency of the pull-in signal receiving device 42 to a frequency corresponding to the paper size D being loaded.

巻取紙1を積載した台車2は、走行信号発信器23から
の信号により走行径路18に沿って所定の設定速度で発
進され、前方に位置する台車2との間隔が一定距隨以内
になると、前記台車制御装置21の走行制御装置39に
よって減速され、更に設定距離以内に接近すると自動停
止される。
The trolley 2 loaded with the paper web 1 is started along the running route 18 at a predetermined set speed in response to a signal from the running signal transmitter 23, and when the distance between it and the trolley 2 located in front becomes within a certain distance, The vehicle is decelerated by the travel control device 39 of the truck control device 21, and automatically stopped when it approaches within a set distance.

走行径路18に沿って台車2が前進すると、走行径路1
8上に一定間隔で設置した方向検知器20の作動体19
によって、台車2側にその車軸方向に並設した複数個の
方向検知器20の何れかが作動され、作動した検知器2
0の取付位置から、台車2の走行径路18からの偏位量
θが検出されると共に、台車制御装置210走行制御装
置39によって舵取装置49が駆動され、台車2の進行
方向が走行径路18に沿うように修正される。
When the truck 2 moves forward along the traveling path 18, the traveling path 1
Actuating body 19 of direction detector 20 installed at regular intervals on 8
, one of the plurality of direction detectors 20 arranged in parallel in the axle direction on the side of the truck 2 is activated, and the activated detector 2
The amount of deviation θ of the bogie 2 from the running path 18 is detected from the mounting position of 0, and the steering device 49 is driven by the bogie control device 210 and the traveling control device 39, so that the traveling direction of the bogie 2 is set to the traveling path 18. modified to match.

輪転機3が巻取紙1を必要とする場合には、輪転機給紙
装置6側の巻取紙呼込信号発信器28から巻取紙呼込信
号Aが巻取紙搬入制御装置22−\送られる。巻取紙搬
入制御装置22では呼込信号Aを発信している輪転機3
の紙ナイズD及び巻き方向Eを識別し、必要とする紙サ
イズ信号P及び巻き方向信号Wをから成る台車引込信号
Bを当該輪転機3用の分岐部18 dの近傍に設けた台
車引込信号発信器24から発信する。
When the rotary press 3 requires the roll 1, a roll call signal A is sent from the roll call signal transmitter 28 on the side of the rotary press feeder 6 to the roll paper feed control device 22-\. The roll paper loading control device 22 is connected to the rotary press 3 which is transmitting the call signal A.
A trolley pull-in signal B is provided in the vicinity of the branching section 18d for the rotary press 3. The transmitter 24 sends a message.

台車引込信号発信器24から発信された前記紙サイズ信
号Pは、核紙サイズ信号Pの周波数に受信周波数が予か
しめ同調されている台車制御装置21の引込信号受信装
置42によって受信され、必要とする紙サイズDの巻取
紙1を積載した台ホ2が、後述する如く分岐ライン18
 c側へ引込まれる。
The paper size signal P transmitted from the cart retracting signal transmitter 24 is received by the retracting signal receiving device 42 of the cart control device 21 whose receiving frequency is pre-tuned to the frequency of the core paper size signal P, and is A platform 2 loaded with paper rolls 1 of paper size D is transferred to a branch line 18 as described later.
It is pulled to the c side.

これに対して、要求とは異なるサイズの巻取紙1を積載
した台車2は、その引込信号受信装置42の受信周波数
が前記紙サイズ信号Pの周波数と異なるために受信され
ず、その結果、当該台車2は、前記紙サイズ信号Pを発
信している引込信号発信器24越えてそのまま前方へ進
行して行く。
On the other hand, the cart 2 loaded with the paper roll 1 of a different size from the request is not received because the reception frequency of its pull-in signal receiving device 42 is different from the frequency of the paper size signal P, and as a result, the cart 2 passes the pull-in signal transmitter 24 which is transmitting the paper size signal P and continues forward.

一方、紙サイズ信号Pが受信された場合(即ち、輪転機
3が要求する紙サイズと積載中の巻取、祇のサイズが一
致している場合)(こは、紙サイズ信号Pを受信した台
車2の台車制御装置21が、引き続き積載中の巻取紙1
の巻き方向と輪転機3の要求する巻き方向とが一致して
いるか否かを巻き方向判定装置44により判定する。判
定の結果、積載中の紙サイズDと巻き方向Eの両方が輪
転機3側の要求と合致する場合には、台車2の走行制御
装置3qへ減速信号が出され、台車2が減速されると共
に舵取装置49が作動して、台車2は分岐ライン18(
、側へ引込まれる。
On the other hand, when the paper size signal P is received (that is, when the paper size requested by the rotary press 3 matches the size of the loaded roll and paper) (this means that the paper size signal P is received The trolley control device 21 of the trolley 2 continues to load the web 1 being loaded.
The winding direction determining device 44 determines whether or not the winding direction matches the winding direction required by the rotary press 3. As a result of the determination, if both the loaded paper size D and the winding direction E match the requirements of the rotary press 3, a deceleration signal is sent to the travel control device 3q of the cart 2, and the cart 2 is decelerated. At the same time, the steering device 49 operates, and the truck 2 moves along the branch line 18 (
, pulled to the side.

一方、巻き方向Eが合致しない場合には、引込信号受信
装置42から走行制御装置39へ停止信号が発信され、
台車2の走行が停止されると共に、ターンテーブル装置
48により台車2上の巻取紙の積載方向が180°変換
されて巻き方向Eが変えられ、その後台車2が前記と同
様に分岐ライン18 c側へ引込まれて行く。
On the other hand, if the winding directions E do not match, a stop signal is sent from the pull-in signal receiving device 42 to the travel control device 39,
The traveling of the cart 2 is stopped, and the loading direction of the paper web on the cart 2 is changed by 180 degrees by the turntable device 48 to change the winding direction E, and then the cart 2 is moved toward the branch line 18 c side in the same manner as described above. I'm drawn in.

舵取装置49の作動により分岐ライン18 c側へ引込
まれた8市2は、トラバーサ−装置5上の所定位置で停
止され、例えば特公昭56−38496号に開示の方式
によって輪転機給紙装置6からの巻取紙芯材7の取外し
と新しい巻取紙の着装が行なわれる。
The eight paper sheets 2 pulled toward the branch line 18c side by the operation of the steering device 49 are stopped at a predetermined position on the traverser device 5, and then transferred to the rotary press paper feeder by the method disclosed in Japanese Patent Publication No. 56-38496, for example. The web core material 7 is removed from the web 6 and a new web is installed.

巻取紙1の代わりに巻取紙芯材7が積載された台車2は
、台車方向変態信号発信器25によって検知器31が作
動することにより、位置検知装置32を介して舵取り装
置49が作動され、分岐ライン18 cから複速ライン
18 b上に戻される。
The cart 2 loaded with the web core material 7 instead of the web 1 is operated by the sensor 31 by the cart direction change signal transmitter 25, and the steering device 49 is actuated via the position detection device 32, and the steering device 49 is moved to the branch line. 18c and returned onto the multi-speed line 18b.

また、何れの分岐ライン18 cへも引き込まれなかっ
た台車2は、そのまま循環走行すると共に、前記紙芯材
7を積載した台車2は、紙芯材降下装置8により、芯材
7が降ろされ、引き続き巻取紙積載装置9により新たな
巻取紙1が積み込まれる。
In addition, the carts 2 that have not been pulled into any of the branch lines 18c continue to circulate, and the carts 2 loaded with the paper core material 7 have the core material 7 lowered by the paper core material lowering device 8. Then, a new web 1 is loaded by the web loading device 9.

(実施例) 以下、第1図乃至第5図に基づいて本発明の詳細な説明
する。尚、前記第6図及び第7図と同じ部位には、同一
参照番号が使用されている。
(Example) Hereinafter, the present invention will be described in detail based on FIGS. 1 to 5. Note that the same reference numbers are used for the same parts as in FIGS. 6 and 7 above.

第1図は本発明に係る巻取紙積載装置の全体配置図であ
り、図に於いて1は巻取紙、2は台車、3は輪転機、5
はトラバーサ装置、6は輪転機給紙装置、7は巻取紙芯
材、8は紙芯降下装置、9は巻取紙積1戊装置、18は
台車走行径路、J9は台車2に設けた方向検知器20(
近接スイッチ)の作動体、21は台車ヒに積載された台
車制御装置、22は巻取紙!・投入制御装置、23は走
行信号発信器(アンテナ)、24は台車引込信号発信器
(アンテナ)、25は台車方向変換信号発信器(近接ス
イッチの作l助片)、26は合流信号発信器(近接スイ
ッチの作動片)、27は停止信号発信器(近接スイッチ
の作動片)、28は巻取紙呼込信号発信器である。
FIG. 1 is an overall layout diagram of the roll paper loading device according to the present invention, in which 1 is the roll paper, 2 is the trolley, 3 is the rotary press, and 5
is a traverser device, 6 is a rotary press feeding device, 7 is a paper roll core material, 8 is a paper core lowering device, 9 is a paper roll stack 1 device, 18 is a trolley running path, and J9 is a direction detector 20 provided on the trolley 2. (
21 is the trolley control device loaded on the trolley H, 22 is the roll paper! - Closing control device, 23 is a running signal transmitter (antenna), 24 is a bogie pull-in signal transmitter (antenna), 25 is a bogie direction change signal transmitter (proximity switch production part), 26 is a merging signal transmitter (actuation piece of the proximity switch), 27 is a stop signal transmitter (actuation piece of the proximity switch), and 28 is a roll call signal transmitter.

前記台車2の走行径路18は、輪転機3を囲撓する形態
で台車2の走行可能な空間を設けることにより形成され
ており、仕送ライン18a1復送ライン18 b 伎び
分岐ライン18 cから成り立っている。
The running path 18 of the trolley 2 is formed by providing a space in which the trolley 2 can run in a form that surrounds the rotary press 3, and runs from the delivery line 18a1 return line 18b to the branch line 18c. It is established.

前記走行径路18の中心部β上には(即ち定常走行形態
の台車2の中実軸線Cと対向する床面FL七位置)、一
定の間隔(例えば2〜3m毎に)で台車2!1tlIに
設けた方向検知器20の金属製の作動片19が固設され
ており、′!′々述する如く、台車2が作動片19上を
走行することにより、台車にその車軸方向に1・紀列固
設した複数の方向検知器20の中の、mI記記動動片1
9接触したものが作動し、台車の進行方向αと走行径路
18の中心線βとの間の偏位量θが検出される。
On the center part β of the traveling path 18 (that is, at the seventh position on the floor surface FL facing the solid axis C of the truck 2 in the steady traveling mode), the trucks 2! The metal actuating piece 19 of the direction detector 20 provided in is fixedly installed, and '! As described above, when the truck 2 runs on the actuating piece 19, the mI recording moving piece 1 of the plurality of direction detectors 20 fixed to the truck in the axle direction is detected.
9 is activated, and the amount of deviation θ between the traveling direction α of the truck and the center line β of the travel path 18 is detected.

前記台車2の走行信号発信器23と台車引込信号発信器
24は、所謂無線信号の送信用アンテナである。前者は
巻取紙呼込信号9の近傍に、また後者は走行径路18の
分岐部18 d近傍に夫々設けられており、巻取紙搬入
制御装置22から送信ケーブル30を通して走行信号S
及び紙サイズ信号Pと巻き方向信号Wからなる台車引込
信号Bが発信される。
The running signal transmitter 23 and the truck pull-in signal transmitter 24 of the truck 2 are so-called antennas for transmitting wireless signals. The former is provided near the roll call-in signal 9, and the latter is provided near the branch 18d of the travel path 18, and the travel signal S is provided from the roll feed control device 22 through the transmission cable 30.
Then, a cart pull-in signal B consisting of a paper size signal P and a winding direction signal W is transmitted.

前記台車方向変換信号発信器25、合流信号発信器26
、停止信号発信器27は所謂近接スイッチの作動片に該
当するものであり、後述する如く、台車側に設けた前記
各信号発信器25.26.27に対応する位置検知器3
1を夫々作動させる。
The bogie direction change signal transmitter 25 and the merging signal transmitter 26
, the stop signal transmitter 27 corresponds to the actuation piece of a so-called proximity switch, and as will be described later, the position detector 3 corresponding to each of the signal transmitters 25, 26, and 27 provided on the truck side
1 respectively.

前記巻取紙呼込信号発信器28は輪転機給紙装置6の近
傍に付設されており、巻取紙1を必要とする場合に巻取
紙呼込信号Aを巻取紙搬入制御装置22へ送る。
The roll call signal transmitter 28 is attached near the rotary press feeder 6, and sends a roll call signal A to the roll feed control device 22 when the roll 1 is required.

前記巻取紙搬入制御装置22は当該巻取紙J設入装置の
作動全体を制御するものであり、巻取紙積載装置9や紙
芯降下装置8、トラバーサ装置5等の作動を夫々制御す
ると共に、前記台車2の引込信号発信器24や走行信号
発信器23の作動を制御して後述する台車制御装置21
を介して複数の台車2を順次走行させる。
The roll paper loading control device 22 controls the entire operation of the roll paper J loading device, and controls the operations of the roll paper loading device 9, the paper core lowering device 8, the traverser device 5, etc., and also controls the operation of the cart 2. A bogie control device 21, which will be described later, controls the operation of the pull-in signal transmitter 24 and the running signal transmitter 23.
A plurality of trolleys 2 are sequentially run through.

又、前記台車制御装置21は、走行信号発信器23や台
車引込信号発信器24からの各無線信号S、  Bを受
けて台車2の発進並びに分岐ライン18 cへの進入等
を制御すると共に、前記各信号発信器25゜26.27
や方向検知器の作動片19によって位置検知器31や台
車進行方向検知器20を作動させ1.これによって複数
の無人台車2の走行制御を行なうものである。
Further, the bogie control device 21 receives radio signals S and B from the travel signal transmitter 23 and the bogie pull-in signal transmitter 24, and controls the start of the bogie 2, entry into the branch line 18c, etc. Each of the signal transmitters 25°26.27
1. The position detector 31 and the bogie traveling direction detector 20 are operated by the operating piece 19 of the direction detector. This controls the running of the plurality of unmanned trolleys 2.

第2図は、本発明に係る巻取紙搬入装置の制御構成を示
すものであり、地上に設置した巻取紙搬入制御装置22
と、台車2上に設置した台車制御装置21とからその要
部が構成されている。
FIG. 2 shows the control configuration of the roll paper carrying-in device according to the present invention, in which the roll paper carrying-in control device 22 installed on the ground
The main part thereof is composed of a trolley control device 21 installed on the trolley 2.

前記巻取紙搬入制御装置22は、輪転機3からの巻取紙
呼込信号Aの受信装置34、引込信号発信器24へ台車
引込信号B(紙サイズ信号Pと紙巻方向信号W)を発信
する引込信号発生装置35、走行信号発信器23へ走行
信号Sを発信する走行信号発生装置36、巻取紙積載装
置9や紙芯降下装置8、トラバーサ装置5等の作動を制
御する駆動側゛御装置37、台車2へ積載した巻取紙1
の紙サイズDやその巻き方向Eを記憶すると共に、輪転
機3の要求する紙サイズDや巻き方向Eから台車2へ積
み込むべき紙サイズD等を演算する記憶演算装置38等
から形成されている。
The roll paper carrying-in control device 22 generates a pull-in signal that transmits a cart pull-in signal B (paper size signal P and paper roll direction signal W) to a receiver 34 for a roll call-in signal A from the rotary press 3 and a pull-in signal transmitter 24. device 35, a running signal generator 36 that transmits a running signal S to the running signal transmitter 23, a drive-side control device 37 that controls the operations of the paper roll loading device 9, the paper core lowering device 8, the traverser device 5, etc., and the trolley 2. Roll paper 1 loaded on
It is formed of a storage/arithmetic device 38, etc., which stores the paper size D and its winding direction E, and calculates the paper size D, etc. to be loaded onto the cart 2 from the paper size D and winding direction E required by the rotary press 3. .

又、前記台車制御装置21は、後述する台車2の走行1
駆動装置絽や舵取装置49、ターンテーブル装置60等
の作動を制御する走行制御装置39、台車へ積載した巻
取紙1の紙サイズDや巻き方向Eを記憶する記憶装置旬
、積載した巻取紙の紙サイズDに対応する周波数に受信
信号を設定する受信信号設定装置41.台車引込信号発
信器24からの紙サイズ信号Pや巻き方向信号Wを受信
する引込信号受信装置42、走行信号発信器23からの
走行信号Sを受信する走行信号受信装置43、輪転機3
の要求する巻取紙1の巻き方向を判定する巻き方向判定
装置材、方向検知器作動片19により作動し、台車2の
進行方向の偏位量を演算して走行制御装置39を介して
舵取装置49を1作する進行方向偏位量検知装置33、
衝突防止装置45、位置検知器31、進行方向検知器2
0等より構成されている。
Further, the bogie control device 21 controls the traveling 1 of the bogie 2, which will be described later.
A travel control device 39 that controls the operation of the drive device, steering device 49, turntable device 60, etc., a storage device that stores the paper size D and winding direction E of the web 1 loaded on the cart, and the paper of the loaded web. A received signal setting device 41 that sets a received signal to a frequency corresponding to size D. A pull-in signal receiving device 42 that receives the paper size signal P and a winding direction signal W from the trolley pull-in signal transmitter 24, a running signal receiving device 43 that receives the running signal S from the running signal transmitter 23, and a rotary press 3
A winding direction determination device for determining the winding direction of the web 1 requested by the operator is actuated by the direction detector operating piece 19, calculates the amount of deviation in the traveling direction of the truck 2, and controls the steering device via the travel control device 39. 49, a traveling direction deviation amount detection device 33,
Collision prevention device 45, position detector 31, traveling direction detector 2
It is composed of 0, etc.

第3図乃至第5図は本発明で使用する無人台車2の構造
概要図であり、車台46と走行装置47と、走行駆動装
置48と舵取装置49と前記台車方向検知器20等から
構成されている。
3 to 5 are structural diagrams of the unmanned truck 2 used in the present invention, which is composed of a chassis 46, a traveling device 47, a traveling drive device 48, a steering device 49, the truck direction detector 20, etc. has been done.

前記走行装置47は車台柘に回動自在に軸支した車軸5
0及びその両端に取付けた走行車輪51等から構成され
ており、車台46の前後に位置して車台の中心軸線C上
に、取付軸52を介して取付けられている。
The traveling device 47 has an axle 5 rotatably supported on the chassis.
0 and running wheels 51 attached to both ends thereof, and are located at the front and rear of the chassis 46 and attached to the center axis C of the chassis via a mounting shaft 52.

前記走行駆動装置48は、電動機53、クラッチ54、
デファレンシャルギア55等から構成されており、前方
の走行装置47の車輪51を回転駆動する。当該走行駆
動装置48は走行装置47へ一体的に取付けられており
、走行装置47と共に車台46に対して相対移動する。
The traveling drive device 48 includes an electric motor 53, a clutch 54,
It is composed of a differential gear 55 and the like, and rotationally drives the wheels 51 of the front traveling device 47. The traveling drive device 48 is integrally attached to the traveling device 47, and moves together with the traveling device 47 relative to the chassis 46.

前記舵取装置49はサーボモータ56及び走行装置47
の回動機構57等力)ら構成されており、車軸50の軸
線と車台中心軸線Cとの交叉角θ′をサーボモータ56
により適宜に調整することにより、台車2の舵取りを行
なう。
The steering device 49 includes a servo motor 56 and a traveling device 47.
The intersection angle θ' between the axis of the axle 50 and the chassis center axis C is set by a servo motor 56
The truck 2 is steered by making appropriate adjustments.

前記台車進行方向検知器2oは、第5図に示す如く車台
柘の下方に前後方向に一定の間隔を置いて車軸50と平
行に取付けた支持体58.58に取付けられており、複
数の近接スイッチの受1言部により形成されている。台
車2の進行によって、走行径路18の中心線βFに設置
した方向検知器作動片19が近接して最初に作動した前
方の方向検知器20 aと、後に作動した後方の方向検
知器20 bとの支持体58への取付位置関係から台車
の進行方向αと走行径路18の中心線βとの偏・位置θ
が検出される。
As shown in FIG. 5, the bogie traveling direction detector 2o is attached to supports 58 and 58 that are attached parallel to the axle 50 at regular intervals in the longitudinal direction below the bogie. It is formed by the receiver part of the switch. As the truck 2 moves forward, the direction detector actuating piece 19 installed on the center line βF of the travel path 18 comes close to the front direction detector 20a which is activated first, and the rear direction detector 20b which is activated later. Based on the mounting positional relationship of
is detected.

前記台車方向検知装置2o及び進行方向偏位量検知装置
33によって偏位量θが検出されると、該偏位量θに比
例した信号が台車制御装置21の走行制御装置39へ入
力され、舵取装置49が作動して、前記偏位量θを所定
量(例えば直線方向への進行の場合にはθ−01分岐部
18 dを走行の場合にはθ=設定値)になるように修
正する。
When the amount of deviation θ is detected by the bogie direction detection device 2o and the traveling direction deviation amount detection device 33, a signal proportional to the amount of deviation θ is input to the travel control device 39 of the bogie control device 21, and the steering The adjustment device 49 operates to correct the deviation θ to a predetermined amount (for example, when traveling in a straight line, θ = set value when traveling through the θ-01 branch 18 d). do.

尚、第3図乃至第5図に於いて、59はバッテリー、(
イ)はターンテーブル装置、31は位置検知装置32の
一部を構成する位置検知器(近接スイッチ受信部)、6
1は無線信号の受信用アンテナ、62は衝突防止装置4
5の一部を構成する接触センサーであるO 巻取紙1を積載した後の台車2を発進させるための台車
走行信号Sや分岐ライン18 cへ台車2を引入れるた
めの台車引込信号Bは、台車2の前方に設けた受信用ア
ンテナ61を通して受信され、台車制御装置21を介し
て舵取装置49、駆動装置48及びターンテーブル装置
(幻等の作動が制御される。
In addition, in FIGS. 3 to 5, 59 is a battery, (
a) is a turntable device; 31 is a position detector (proximity switch receiving section) that constitutes a part of the position detection device 32;
1 is an antenna for receiving radio signals, 62 is a collision prevention device 4
O is a contact sensor that constitutes a part of 5. The trolley running signal S for starting the trolley 2 after loading the web 1 and the trolley pull-in signal B for pulling the trolley 2 into the branch line 18c are transmitted by the trolley. The signals are received through a receiving antenna 61 provided in front of the vehicle 2, and the operation of the steering device 49, drive device 48, turntable device (phantom, etc.) is controlled via the bogie control device 21.

例えば、前述の如く、台用引込信号発信器24からの紙
サイズ信号Pを受信した台車2は、分岐部18 cの手
前でン或速されると共に、積載している巻取紙1の巻ぎ
方向Eが巻き方向信号Wと一致している場合には舵取装
置49が作動し、台車2は分岐ライン18 c側へ進行
して行く。
For example, as described above, the cart 2 that has received the paper size signal P from the cart pull-in signal transmitter 24 is sped up to a certain speed before the branching section 18c, and the cart 2 is rotated in the winding direction of the paper roll 1 loaded thereon. If E matches the winding direction signal W, the steering device 49 is activated and the truck 2 moves toward the branch line 18c.

また、台車2の方向変換位置の検知や停止位置の検知は
、床面FL上にスポ′ント状に配設した方向変換位置発
信器25や停止、(M 8発信器27(近接スイッチの
作動片側)によって行なわれ、前記発信器25.26.
27が台車2側に設けた位置検知器31(近接スイッチ
の受信部)へ接近することによりこれが作動し、位置検
知装置32によって前記各位置が検知される。
In addition, the detection of the direction change position and the stop position of the trolley 2 is carried out by the direction change position transmitter 25 disposed in the shape of a spot on the floor FL, the stop (M8 transmitter 27 (proximity switch activation) one side) and the transmitters 25, 26 .
When the position detector 27 approaches the position detector 31 (receiving part of the proximity switch) provided on the side of the cart 2, this is activated, and the position detector 32 detects each of the positions.

例えば、台車2が前記方向変換位置発信器25の設置箇
所を通過すると位置検知装置32及び走行制御装置39
を介して舵取装置49が作動し、台車2の進行方向を分
岐ライン18 c側へ90’変更する。
For example, when the trolley 2 passes the installation location of the direction change position transmitter 25, the position detection device 32 and the travel control device 39
The steering device 49 is actuated to change the traveling direction of the bogie 2 by 90' to the branch line 18c side.

又、分岐ライン18 cから巻取紙芯材7を積載した台
車2が直送ライン181〕へ合流する場合には、分岐ラ
イン18cI−、の所定位置へ台車2が到達すれば方向
変換位置発信器25が作動すると共に、該方向変換位置
発信器25からこれに対応する合流発信器26へ信号が
送られ、合流発信器26が作動可能な位置にロックされ
る。
Further, when the cart 2 loaded with the paper core material 7 from the branch line 18c joins the direct feed line 181], when the cart 2 reaches a predetermined position on the branch line 18cI-, the direction change position transmitter 25 is activated. Upon activation, a signal is sent from the turning position transmitter 25 to the corresponding merge transmitter 26, and the merge transmitter 26 is locked in the operational position.

これにより、複速ライン181)上を走行する台車2は
、合流発信器26の設置位置へ到達するとその進行がス
トップされる。即ぢ、分岐ライン18 cから重送ライ
ン181〕へ合流する台#I2が・浸先しで進行し、複
速ライン18 b上を進行する台車2は一旦停山(7た
後、前方の台車2との間隔が所定(直以北になったとき
に自動的に発進する。尚、本実施例に於いてはターンテ
ーブル装置間によって台車2上の巻取紙1の巻き方向E
を変換するようにしているが、仕送ライン18 aの分
岐部18dに於いて台車2を所謂スイッチバンクさせ、
分岐ライン18 dへの台車の引入れ方向を逆にするよ
うにしてもよい0 (発明の効果) 本発明に於いては、台車2の走行径路18」二に一定の
ピンチで方向検知器作動片19を配設すると共に、台T
I(2側に車軸と平行な方向に重数の進行方向検知器2
0を配設し、作動片19の近接又は接角市により作動し
た検知器20の取付位置関係から台車2の1扁泣量θを
検出する構1戎としているため、従前の電磁誘導方式や
光電誘導方式の巻取紙搬入装置に比較して金属類の存在
やノイズによるを影響が少なくなり、既設の印刷工場等
へも容易に適用できると共に設備の作置管理も極めて容
易となる。
As a result, when the trolley 2 traveling on the multi-speed line 181) reaches the installation position of the merging transmitter 26, its progress is stopped. Immediately, platform #I2, which merges from the branch line 18c to the multi-feed line 181], advances with a dipping tip, and the platform #I2, which is proceeding on the multi-speed line 18b, temporarily stops (after stopping at the front). It automatically starts when the distance between the cart 2 and the cart 2 is a predetermined distance (north of the direct distance).In this embodiment, the winding direction E of the web 1 on the cart 2 is determined by the distance between the turntable devices.
However, at the branching point 18d of the delivery line 18a, the trolley 2 is placed in a so-called switch bank.
The direction of the pull-in of the truck to the branch line 18d may be reversed. (Effects of the Invention) In the present invention, the direction detector is activated at a certain pinch on the travel path 18'' of the truck 2. At the same time as placing the piece 19, the stand T
I (multiple traveling direction detector 2 in the direction parallel to the axle on the 2 side)
0, and detects the amount θ of one squelch of the bogie 2 from the mounting position of the detector 20 activated by the proximity of the actuating piece 19 or the angle of contact, which eliminates the conventional electromagnetic induction method and Compared to a photoelectric induction type paper roll carrying device, it is less affected by the presence of metals and noise, and can be easily applied to existing printing factories, etc., and equipment installation management is extremely easy.

また、本発明に於いては、台車2を電池駆動型とすると
共に、台車2側に台車制御装置21を、また輪転機3側
に巻取紙搬入制御装置22を夫々設け、分岐ライン18
 cへの台車2の引込み制御等を分岐部18 dに設け
た台車引込信号発信器24からの無線信号等によって行
なう構成としているため、走行径路18に沿って配置す
べき台車走行制御用の検出器は、台車の走行位置や進行
方向を検知するための近接スイッチ等の作動片のみでよ
い。その結果、検出器等の調整や作立管理に要する手数
を大幅に削減できると共に、設備費の大幅な削減が可納
となる。
In addition, in the present invention, the trolley 2 is of a battery-driven type, and a trolley control device 21 is provided on the trolley 2 side, and a roll paper loading control device 22 is provided on the rotary press 3 side, and the branch line 18
Since the structure is configured such that the pull-in control of the bogie 2 to c is performed by a wireless signal etc. from the bogie pull-in signal transmitter 24 provided at the branching part 18d, the detection for bogie running control that should be arranged along the running path 18. The device only needs to be an operating piece such as a proximity switch for detecting the traveling position and direction of the trolley. As a result, it is possible to significantly reduce the amount of effort required for adjusting detectors, etc. and manufacturing management, and it is also possible to significantly reduce equipment costs.

更に、本発明に於いては、巻取紙の積み込み、巻取紙の
輪転機給紙装置6への装着、紙芯材7の積み降し、台車
の走行等の作動制御を巻取紙搬入制御装置22及び台車
制御装置21等によって全て自動的に行なう構成として
いるため、巻取紙の搬入をより迅速且つ効率的に行なう
ことが出来、輪転機3の高速化にも十分に対応すること
が出来る。
Furthermore, in the present invention, operations such as loading of the web, attachment of the web to the rotary press feeding device 6, loading and unloading of the paper core material 7, and running of the cart are controlled by the web feed control device 22 and the cart control. Since everything is automatically carried out by the device 21 etc., the paper roll can be carried in more quickly and efficiently, and it is possible to sufficiently cope with the increase in the speed of the rotary press 3.

本発明はL述の通り優れた実用的効用を奏するものであ
る。
As mentioned above, the present invention has excellent practical effects.

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

第1図は本発明に係る巻取紙搬入装置の全体構成図であ
る。 第2図は巻取紙搬入装置の制御系統の構成を示すブロッ
ク線図である。 第3図は台車の車台下部を示す平面図、第4図は台車の
正面図、第5図は台車方向検知器の取付状態を示す平面
図である。 第6図は従前の自走式巻取紙搬入装置の説明図である。 第7図は従前の喧磁誘導方式の台車の制御構成説明図で
ある。 1 巻取紙 2 台車 3 輪転機 5 ドラバ・−サー装置 6 輪転機給紙装置 18  台車走行径路 18 d  分岐部 19   進行方向検知器作動体 20   進行方向検知器 21   台車制御装置 22   巻取紙搬入制御装置 23   走行信号発信器 24   引込信号発信器 46    車  台 47   走行装置 絽  走行駆動装置 49   舵取装置 50    車  軸 53   電動機 57   走行装置回動機構 59   バッテリー
FIG. 1 is an overall configuration diagram of a roll paper loading device according to the present invention. FIG. 2 is a block diagram showing the configuration of a control system of the roll paper loading device. FIG. 3 is a plan view showing the lower part of the chassis of the truck, FIG. 4 is a front view of the truck, and FIG. 5 is a plan view showing the mounting state of the truck direction detector. FIG. 6 is an explanatory diagram of a conventional self-propelled paper roll carrying device. FIG. 7 is an explanatory diagram of the control configuration of a conventional magnetic induction type truck. 1 Roll paper 2 Cart 3 Rotary press 5 Driver/server device 6 Rotary press feeder 18 Car travel path 18 d Branch 19 Traveling direction detector operating body 20 Traveling direction detector 21 Cart control device 22 Roll paper loading control device 23 Travel Signal transmitter 24 Pull-in signal transmitter 46 Vehicle chassis 47 Travel gear travel drive device 49 Steering device 50 Car shaft 53 Electric motor 57 Travel gear rotation mechanism 59 Battery

Claims (2)

【特許請求の範囲】[Claims] (1)床面(FL)上に一定の間隔で検知器作動体(1
9)を配列固定して成り、複数の輪転機(3)を囲撓す
る形態に形成した台車走行経路(18)と;車台(46
)の下部に車軸(50)と同方向に配列され、前記作動
体(19)によつて作動される複数個の方向検知器(2
0)を備え、前記走行径路(18)に沿つて電池電源に
より走行する巻取紙搬送用台車(2)と;前記巻取紙搬
送用台車(2)上に積載され、前記方向検知器(20)
や走行径路(18)の分岐部(18d)近傍に設けた台
車引込信号発信器(24)からの台車引込信号(B)を
受信して前記台車(2)の走行駆動装置(48)や舵取
装置(49)を制御する台車制御装置(21)と;輪転
機(3)からの巻取紙呼込信号(A)を受け、台車引込
信号発信器(24)から台車引込信号(B)を発信する
巻取紙搬入制御装置(22)と;輪転機給紙装置(6)
から巻取紙芯材(7)を分岐ライン(18c)へ引込ん
だ台車(2)上へ、また該台車(2)に積載した巻取紙
(1)を輪転機給紙装置(6)へ移載するトラバーサ装
置(5)とより構成した巻取紙搬入装置。
(1) Detector operating bodies (1
9) arranged in a fixed manner and formed in a form that surrounds a plurality of rotary presses (3);
) are arranged in the same direction as the axle (50) and are actuated by the actuator (19).
0) and runs on battery power along the travel path (18); a roll paper transport trolley (2) loaded on the roll paper transport trolley (2) and the direction detector (20);
A bogie pull-in signal (B) is received from a bogie pull-in signal transmitter (24) provided near the branching part (18d) of the running route (18), and the drive device (48) and rudder of the bogie (2) are activated. A trolley control device (21) that controls the take-up device (49); receives a roll call signal (A) from the rotary press (3) and transmits a trolley pull-in signal (B) from a trolley pull-in signal transmitter (24); a roll paper loading control device (22); and a rotary press paper feeding device (6).
From there, the web core material (7) is transferred onto the trolley (2) which has been drawn into the branch line (18c), and the web (1) loaded on the trolley (2) is transferred to the rotary press paper feeder (6). A roll carrying device comprising a traverser device (5).
(2)車台(46)と;走行装置(47)と;バッテリ
(59)及び電動機(53)を備えた走行駆動装置(4
8)と;サーボモータ(56)及び前記走行装置(47
)の回動機構(57)を備えた舵取装置(49)と;車
台(46)の下部に車軸(50)と同方向に配列され、
前記台車走行径路(18)に設けた検知器作動体(19
)によつて作動される複数個の方向検知器(20)と、
車台(46)に固設され、積載した巻取紙(1)の紙サ
イズ(D)とその巻き方向(E)の記憶装置(40)を
備えると共に、走行径路(18)の分岐部(18d)近
傍に設置した台車引込信号発信器(24)からの台車引
込信号(B)や前記方向検知器(20)からの信号、位
置検知器31からの信号等により、前記駆動装置(48
)や舵取装置(49)の作動を制御する台車制御装置(
21)とより構成した巻取紙搬送用台車。
(2) A chassis (46); a traveling device (47); a traveling drive device (4) equipped with a battery (59) and an electric motor (53);
8) and; a servo motor (56) and the traveling device (47);
); a steering device (49) equipped with a rotation mechanism (57); arranged in the same direction as the axle (50) at the bottom of the chassis (46);
A detector operating body (19) provided on the bogie travel path (18)
) a plurality of direction detectors (20) activated by a
It is fixed to the vehicle chassis (46) and includes a storage device (40) for storing the paper size (D) of the loaded paper roll (1) and its winding direction (E), and is located near the branching point (18d) of the travel path (18). The drive device (48
) and the operation of the steering device (49).
21) A cart for transporting rolled paper.
JP8183488A 1988-04-01 1988-04-01 Roll paper loading device and roll paper transport cart Expired - Lifetime JP2577951B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP8183488A JP2577951B2 (en) 1988-04-01 1988-04-01 Roll paper loading device and roll paper transport cart

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP8183488A JP2577951B2 (en) 1988-04-01 1988-04-01 Roll paper loading device and roll paper transport cart

Publications (2)

Publication Number Publication Date
JPH01256452A true JPH01256452A (en) 1989-10-12
JP2577951B2 JP2577951B2 (en) 1997-02-05

Family

ID=13757500

Family Applications (1)

Application Number Title Priority Date Filing Date
JP8183488A Expired - Lifetime JP2577951B2 (en) 1988-04-01 1988-04-01 Roll paper loading device and roll paper transport cart

Country Status (1)

Country Link
JP (1) JP2577951B2 (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2010228828A (en) * 2009-03-26 2010-10-14 Tsubakimoto Chain Co Paper feeding automated guided vehicle system

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2010228828A (en) * 2009-03-26 2010-10-14 Tsubakimoto Chain Co Paper feeding automated guided vehicle system

Also Published As

Publication number Publication date
JP2577951B2 (en) 1997-02-05

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