JP2000086040A - Paper sheet accumulating/processing device - Google Patents
Paper sheet accumulating/processing deviceInfo
- Publication number
- JP2000086040A JP2000086040A JP10262889A JP26288998A JP2000086040A JP 2000086040 A JP2000086040 A JP 2000086040A JP 10262889 A JP10262889 A JP 10262889A JP 26288998 A JP26288998 A JP 26288998A JP 2000086040 A JP2000086040 A JP 2000086040A
- Authority
- JP
- Japan
- Prior art keywords
- impeller
- paper
- blades
- sheet
- paper sheets
- 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.)
- Abandoned
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H29/00—Delivering or advancing articles from machines; Advancing articles to or into piles
- B65H29/38—Delivering or advancing articles from machines; Advancing articles to or into piles by movable piling or advancing arms, frames, plates, or like members with which the articles are maintained in face contact
- B65H29/40—Members rotated about an axis perpendicular to direction of article movement, e.g. star-wheels formed by S-shaped members
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Discharge By Other Means (AREA)
Abstract
Description
【0001】[0001]
【発明の属する技術分野】本発明は、例えば、有価証券
などの紙葉類を集積し、把束する紙葉類集積装置及び紙
葉類処理装置に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a paper sheet accumulating apparatus and a paper sheet processing apparatus for accumulating and binding paper sheets such as securities.
【0002】[0002]
【従来の技術】この種の紙葉類処理装置は、多数枚の有
価証券を積層する供給部と、この供給部から有価証券を
1枚づつ取り出す取出装置と、この取出装置により取り
出された有価証券を所定の搬送路に沿って搬送する搬送
装置と、この搬送装置によって搬送される紙葉類を検査
する検査部と、この検査部で検査された結果に応じて搬
送方向を区分する区分部と、この区分部で搬送方向が区
分された有価証券を例えば100枚づつ集積し小帯で結
束する把結束装置と、この把結束装置によって結束され
た把を所定数、例えば10把を大帯によって結束する大
帯結束装置と、を備えている。2. Description of the Related Art A paper sheet processing apparatus of this type includes a supply unit for stacking a large number of securities, a take-out device for taking out the securities one by one from the supply unit, and a valuable device taken out by the take-out device. A transport device that transports securities along a predetermined transport path, an inspection unit that inspects the papers transported by the transport device, and a sorting unit that separates the transport direction according to the inspection result of the inspection unit. And a binding device for stacking, for example, 100 securities each having a transport direction divided by the sorting portion and binding them in a small band, and a predetermined number of bundles bound by the binding device, for example, 10 bundles of large bundles. And a large band binding device that binds together.
【0003】上記した把結束装置は有価証券を集積する
集積装置と、この集積装置に集積された有価証券を結束
する結束装置を有している。集積装置は羽根車を有し、
この羽根車に有価証券を導入させて搬送し、所定位置に
至ると、その先端部を掻出板に当接させて羽根車から掻
き出して集積部へ落下集積させるようになっている。[0003] The above-mentioned binding device has an accumulating device for accumulating securities and a binding device for binding the securities accumulated in this accumulating device. The accumulator has an impeller,
Securities are introduced into the impeller and conveyed. When the securities reach a predetermined position, the leading end thereof is brought into contact with a scraping plate, scraped out of the impeller, and dropped and accumulated in an accumulation portion.
【0004】羽根車は、有価証券を搬送してくる搬送装
置との接続性、また、有価証券の円滑な導入及び有価証
券を完全に収納できる長さ、更に、十分な有価証券の減
速を可能にするために、羽根体をインボリュート曲線に
沿った形状にする場合が多い。[0004] The impeller has connectivity with a transport device for transporting securities, a smooth introduction of the securities, a length capable of completely storing the securities, and a sufficient speed reduction of the securities. In many cases, the blade body is shaped to follow the involute curve.
【0005】しかしながら、羽根車の羽根体を単にイン
ボリュート曲線に沿った形状にするだけでは、有価証券
の材質の影響、また、羽根体の摩擦係数の経時変化など
により十分な減速効果が得られなくなることがある。However, if the impeller blade body is simply shaped along the involute curve, a sufficient deceleration effect cannot be obtained due to the influence of the material of the securities and a change in the friction coefficient of the blade body with time. Sometimes.
【0006】この場合には、有価証券と羽根車との間に
相対スピードが存在してしまい、有価証券の先端部が掻
出板に強く当接して跳ね返され、有価証券の先端を合わ
せて集積するのが困難になり、把の結束状態が悪くな
る。In this case, there is a relative speed between the securities and the impeller, and the leading end of the securities is strongly contacted with the scraping plate and rebounds, and the leading ends of the securities are gathered together. It becomes difficult to carry out the binding, and the binding condition becomes poor.
【0007】そこで、従来においては、羽根車の中心軸
に円盤状のブレーキを同軸的に取付け、羽根溝内に挿入
されてくる有価証券の先端部をブレーキと羽根体とで挟
み込むことにより、減速効果を得るようにしていた。Therefore, conventionally, a disc-shaped brake is coaxially mounted on the center axis of the impeller, and the tip end of the securities inserted into the blade groove is sandwiched between the brake and the blade body to reduce the speed. I was trying to get an effect.
【0008】[0008]
【発明が解決しようとする課題】しかしながら、従来の
ブレーキは、有価証券の減速には大きな効果があるが、
有価証券の運動量の全てを羽根体とストッパとで挟むこ
とにより、受けてしまうため、有価証券の先端2点に多
大なせん断力が発生し、亀裂が生じてしまう事があっ
た。However, the conventional brake has a great effect on deceleration of securities,
Since all of the momentum of the securities is received by being sandwiched between the blade body and the stopper, a large shear force is generated at the two leading ends of the securities, which may cause a crack.
【0009】本発明は上記実情に鑑みなされたもので、
羽根車の羽根溝内に挿入される紙葉類の先端部にせん断
力を発生させることなく、確実に減速して紙葉類と羽根
車との相対速度をゼロにできるようにした紙葉類集積装
置及び紙葉類処理装置を提供することを目的とする。The present invention has been made in view of the above circumstances,
Paper sheets inserted into the blade groove of the impeller without causing any shearing force at the tip of the paper sheet, and reliably reducing the speed to zero the relative speed between the paper sheet and the impeller An object of the present invention is to provide a stacking device and a sheet processing device.
【0010】[0010]
【課題を解決するための手段】本発明は上記課題を解決
するため、請求項1記載のものは、回転体の外周部にそ
の回転方向に亘って所定間隔を存し、インボリュート曲
線に沿って湾曲配置される複数枚の羽根体を有し、これ
ら複数の羽根体間に形成される羽根溝内に紙葉類を導入
させて搬送する羽根車と、前記複数の羽根体の根元側に
その湾曲方向に向って円弧状に突出成形され前記導入さ
れくる紙葉類に対し摩擦力を付与して減速させる突出部
と、この突出部で減速されて搬送されてくる前記紙葉類
の先端部を当接させることにより、前記羽根車から排出
させる排出手段と、この排出手段により排出される紙葉
類を集積させる集積部とを具備する。According to the present invention, in order to solve the above-mentioned problems, the present invention has a structure in which an outer peripheral portion of a rotating body has a predetermined interval along a rotating direction thereof and extends along an involute curve. An impeller that has a plurality of blades arranged in a curved manner, introduces and transports paper sheets into a blade groove formed between the plurality of blades, and a blade at a root side of the plurality of blades. A protruding portion which is formed to project in an arc shape in the bending direction and applies a frictional force to the introduced paper sheet to decelerate, and a leading end portion of the paper sheet which is conveyed while being decelerated by the protruding portion; A discharge unit that discharges the sheet from the impeller by bringing the sheet into contact, and a stacking unit that stacks the paper sheets discharged by the discharge unit.
【0011】請求項2記載のものは、回転体の外周部に
その回転方向に亘って所定間隔を存し、インボリュート
曲線に沿って湾曲配置される複数枚の羽根体を有し、こ
れら複数の羽根体間に形成される羽根溝内に紙葉類を導
入させて搬送する羽根車と、前記複数の羽根体の根元側
にその湾曲方向に向って円弧状に突出成形され前記導入
されくる紙葉類に対し摩擦力を付与して減速させる突出
部と、この突出部により減速されて搬送されてくる前記
紙葉類の先端部を当接させることにより、前記羽根車か
ら排出させる排出手段と、この排出手段により排出され
る紙葉類を集積させる集積部とを具備し、前記羽根体の
インボリュート基円半径をRa、前記突出部の円弧半径
をRbとしたとき、Ra×1.5≦Rb≦Ra×2.5
の関係を有する。According to a second aspect of the present invention, there are provided a plurality of blades arranged at an outer peripheral portion of the rotating body at predetermined intervals in the direction of rotation thereof and curved along an involute curve. An impeller that introduces and transports paper sheets into a blade groove formed between the blade bodies; and a paper that is formed at the root side of the plurality of blade bodies in an arc shape toward the curved direction and is introduced. A projecting portion that applies frictional force to the leaves to decelerate the leaf, and a discharge unit that discharges the impeller by contacting the leading end of the paper sheet conveyed at a reduced speed by the projecting portion. A stacking unit for stacking the paper sheets discharged by the discharging unit, wherein Ra × 1.5 ≦ Ra when the involute base circle radius of the blade body is Ra and the arc radius of the protrusion is Rb. Rb ≦ Ra × 2.5
Has the relationship
【0012】請求項3記載のものは、回転体の外周部に
その回転方向に亘って所定間隔を存し、インボリュート
曲線に沿って湾曲配置される複数枚の羽根体を有し、こ
れら複数の羽根体間に形成される羽根溝内に紙葉類を導
入させて搬送する羽根車と、この羽根車の羽根溝内の根
元側に嵌め込まれ、前記羽根溝内に挿入されてくる紙葉
類の先端部を摺接変形させて摩擦力を付与し減速させる
減速手段と、この減速手段により減速されて搬送されて
くる前記紙葉類の先端部を当接させることにより、前記
羽根車から排出させる排出手段と、この排出手段により
排出される紙葉類を集積させる集積部とを具備する。According to a third aspect of the present invention, there is provided a rotating body having a plurality of blades which are arranged at predetermined intervals along the rotation direction and are curved and arranged along an involute curve. An impeller that introduces and transports paper sheets into blade grooves formed between the blade bodies; and paper sheets that are fitted into the root side of the blade grooves of the impeller and inserted into the blade grooves. A decelerating means for slidingly deforming the leading end of the paper sheet to apply a frictional force to decelerate the sheet, and the leading end of the paper sheet conveyed at a reduced speed by the decelerating means is brought into contact with the impeller to discharge the sheet. And a stacking unit for stacking the paper sheets discharged by the discharging unit.
【0013】請求項4記載のものは、回転体の外周部に
その回転方向に亘って所定間隔を存し、インボリュート
曲線に沿って湾曲配置される複数枚の羽根体を有し、こ
れら複数の羽根体間に形成される羽根溝内に紙葉類を導
入させて搬送する羽根車と、前記複数の羽根体の根元側
にその湾曲方向に向って円弧状に突出成形され、前記導
入されてくる紙葉類に対し摩擦力を付与して減速させる
突出部と、前記羽根車の羽根溝内の根元側に嵌め込ま
れ、前記羽根溝内に挿入されくる紙葉類の先端部を摺接
変形させて摩擦力を付与し減速させる減速手段と、この
減速手段により減速されて搬送されてくる前記紙葉類の
先端部を当接させることにより、前記羽根車から排出さ
せる排出手段と、この排出手段により排出される紙葉類
を集積させる集積部とを具備する。According to a fourth aspect of the present invention, there are provided a plurality of blades which are arranged at predetermined intervals along the rotational direction on the outer peripheral portion of the rotating body and are curved and arranged along an involute curve. An impeller that introduces and conveys paper sheets into a blade groove formed between the blade bodies; and an arc-shaped protruding shape at the root side of the plurality of blade bodies toward a curved direction thereof, and is introduced. A protrusion that applies frictional force to the coming paper sheet to decelerate it, and a tip portion of the paper sheet that is fitted into the blade groove of the impeller and inserted into the blade groove to slide and deform. A speed-reducing means for applying frictional force to reduce the speed of the paper sheet; a discharge means for discharging the sheet from the impeller by contacting the leading end of the paper sheet conveyed at a reduced speed by the speed-reducing means; Stacking section for stacking paper sheets discharged by means Comprising a.
【0014】請求項5記載のものは、回転体の外周部に
その回転方向に亘って所定間隔を存し、インボリュート
曲線に沿って湾曲配置される複数枚の羽根体を有し、こ
れら複数の羽根体間に形成される羽根溝内に紙葉類を導
入させて搬送する羽根車と、前記複数の羽根体の根元側
にその湾曲方向に向って円弧状に突出成形され前記導入
されてくる紙葉類に対し摩擦力を付与して減速させる突
出部と、前記羽根車に同軸的に設けられた円盤部、この
円盤部の外周部にその回転方向に亘って所定間隔を存し
て突設されて前記羽根溝内に入れ子状に嵌め込まれ、前
記羽根体間に挿入されてくる紙葉類の先端部を摺接変形
させて摩擦力を付与し減速させる減速手段と、この減速
手段により減速されて搬送されてくる前記紙葉類の先端
部を当接させることにより前記羽根車から排出させる排
出手段と、この排出手段により排出される紙葉類を集積
させる集積部とを具備する。According to a fifth aspect of the present invention, there is provided a plurality of blades arranged on an outer peripheral portion of the rotating body at predetermined intervals in the direction of rotation thereof and curved along an involute curve. An impeller that introduces and transports paper sheets into a blade groove formed between the blade bodies; and an arc-shaped protruding shape formed in an arc shape toward a bending direction at a root side of the plurality of blade bodies. A protruding portion for applying frictional force to paper sheets to decelerate, a disk portion provided coaxially with the impeller, and a protruding portion provided on the outer peripheral portion of the disk portion at predetermined intervals along the rotation direction thereof. A decelerating means which is provided and nested in the blade groove and slidably deforms the leading end of the paper sheet inserted between the blade bodies to apply a frictional force and decelerate, and this decelerating means. The leading edge of the paper sheet conveyed at a reduced speed And discharge means for discharging from the impeller by, comprising a stacking unit for accumulating paper sheets discharged by the discharge means.
【0015】請求項6記載のものは、紙葉類を供給する
供給手段と、この供給手段により供給される紙葉類を搬
送する搬送手段と、回転体の外周部にその回転方向に亘
って所定間隔を存し、インボリュート曲線に沿って湾曲
配置される複数枚の羽根体を有し、これら複数の羽根体
間に形成される羽根溝内に紙葉類を導入させて搬送する
羽根車と、前記複数の羽根体の根元側にその湾曲方向に
向って円弧状に突出成形され前記導入されくる紙葉類に
対し摩擦力を付与して減速させる突出部と、この突出部
で減速されて搬送されてくる前記紙葉類の先端部を当接
させることにより、前記羽根車から排出させる排出手段
と、この排出手段により排出される紙葉類を集積させる
集積部と、この集積部に集積された紙葉類を結束する結
束手段とを具備する。According to a sixth aspect of the present invention, there is provided a supply unit for supplying sheets, a conveying unit for conveying the sheets supplied by the supply unit, and an outer peripheral portion of the rotating body extending in the rotation direction. An impeller that has a predetermined interval and has a plurality of blades that are curved and arranged along an involute curve, and that introduces and transports paper sheets into blade grooves formed between the plurality of blades. A protruding portion formed at the base side of the plurality of blades in an arc shape toward the bending direction to apply a frictional force to the introduced paper sheet to decelerate, and to be decelerated by the protruding portion; A discharge unit for discharging the conveyed paper sheets from the impeller by contacting the leading end of the conveyed paper sheets, a stacking unit for stacking the paper sheets discharged by the discharge unit, and a stacking unit for stacking the paper sheets discharged by the discharge unit Bundling means for binding the bound paper sheets .
【0016】請求項7記載のものは、紙葉類を供給する
供給手段と、この供給手段により供給される紙葉類を搬
送する搬送手段と、回転体の外周部にその回転方向に亘
って所定間隔を存し、インボリュート曲線に沿って湾曲
配置される複数枚の羽根体を有し、これら複数の羽根体
間に形成される羽根溝内に紙葉類を導入させて搬送する
羽根車と、前記複数の羽根体の根元側にその湾曲方向に
向って円弧状に突出成形され前記導入されくる紙葉類に
対し摩擦力を付与して減速させる突出部と、この突出部
により減速されて搬送されてくる前記紙葉類の先端部を
当接させることにより、前記羽根車から排出させる排出
手段と、この排出手段により排出される紙葉類を集積さ
せる集積部と、この集積部に集積された紙葉類を結束す
る結束手段とを具備し、前記羽根体のインボリュート基
円半径をRa、前記突出部の円弧半径をRbとしたと
き、Ra×1.5≦Rb≦Ra×2.5の関係を有す
る。According to a seventh aspect of the present invention, there is provided a supply means for supplying paper sheets, a conveying means for conveying the paper sheets supplied by the supply means, and an outer peripheral portion of a rotating body extending in the rotation direction. An impeller that has a predetermined interval and has a plurality of blades that are curved and arranged along an involute curve, and that introduces and transports paper sheets into blade grooves formed between the plurality of blades. A protruding portion which is formed in an arc shape on the base side of the plurality of blades in the direction of its curvature and applies frictional force to the introduced paper sheet to decelerate, and the protruding portion is decelerated by the protruding portion. A discharge unit for discharging the conveyed paper sheets from the impeller by contacting the leading end of the conveyed paper sheets, a stacking unit for stacking the paper sheets discharged by the discharge unit, and a stacking unit for stacking the paper sheets discharged by the discharge unit Binding means for binding the bound paper sheets And, when the involute base circle radius of the blade member was Ra, the arc radius of the projecting portion and Rb, have a relationship Ra × 1.5 ≦ Rb ≦ Ra × 2.5.
【0017】請求項8記載のものは、紙葉類を供給する
供給手段と、この供給手段により供給される紙葉類を搬
送する搬送手段と、回転体の外周部にその回転方向に亘
って所定間隔を存し、インボリュート曲線に沿って湾曲
配置される複数枚の羽根体を有し、これら複数の羽根体
間に形成される羽根溝内に紙葉類を導入させて搬送する
羽根車と、この羽根車の羽根溝内の根元側に嵌め込ま
れ、前記羽根溝内に挿入されてくる紙葉類の先端部を摺
接変形させて摩擦力を付与し減速させる減速手段と、こ
の減速手段により減速されて搬送されてくる前記紙葉類
の先端部を当接させることにより、前記羽根車から排出
させる排出手段と、この排出手段により排出される紙葉
類を集積させる集積部と、この集積部に集積された紙葉
類を結束する結束手段とを具備する。According to an eighth aspect of the present invention, there is provided a supply means for supplying paper sheets, a conveying means for conveying the paper sheets supplied by the supply means, and an outer peripheral portion of the rotating body extending in the rotation direction. An impeller that has a predetermined interval and has a plurality of blades that are curved and arranged along an involute curve, and that introduces and transports paper sheets into blade grooves formed between the plurality of blades. A speed-reducing means which is fitted to the root side of the blade groove of the impeller and slidably deforms the leading end of the paper sheet inserted into the blade groove to apply frictional force to decelerate; A discharge means for discharging the paper sheets discharged from the impeller by bringing the leading ends of the paper sheets conveyed at a reduced speed into contact with each other, a stacking section for stacking the paper sheets discharged by the discharge means, A binding hand that binds the sheets stacked in the stacking section Comprising the door.
【0018】請求項9記載のものは、紙葉類を供給する
供給手段と、この供給手段により供給される紙葉類を搬
送する搬送手段と、回転体の外周部にその回転方向に亘
って所定間隔を存し、インボリュート曲線に沿って湾曲
配置される複数枚の羽根体を有し、これら複数の羽根体
間に形成される羽根溝内に紙葉類を導入させて搬送する
羽根車と、前記複数の羽根体の根元側にその湾曲方向に
向って円弧状に突出成形され、前記導入されてくる紙葉
類に対し摩擦力を付与して減速させる突出部と、前記羽
根車の羽根溝内の根元側に嵌め込まれ、前記羽根溝内に
挿入されくる紙葉類の先端部を摺接変形させて摩擦力を
付与し減速させる減速手段と、この減速手段により減速
されて搬送されてくる前記紙葉類の先端部を当接させる
ことにより、前記羽根車から排出させる排出手段と、こ
の排出手段により排出される紙葉類を集積させる集積部
と、この集積部に集積された紙葉類を結束する結束手段
とを具備する。According to a ninth aspect of the present invention, there is provided a supply means for supplying paper sheets, a conveying means for transporting the paper sheets supplied by the supply means, and an outer peripheral portion of a rotating body extending in the rotation direction. An impeller that has a predetermined interval and has a plurality of blades that are curved and arranged along an involute curve, and that introduces and transports paper sheets into blade grooves formed between the plurality of blades. A protruding portion formed at the base side of the plurality of blades in an arc shape in the direction of its curvature, and applying a frictional force to the introduced paper sheet to decelerate, and a blade of the impeller; A decelerating unit that is fitted to the root side of the groove and slidably deforms the leading end of the paper sheet that is inserted into the blade groove to apply a frictional force and decelerate, and is decelerated and conveyed by the decelerating unit By contacting the leading end of the coming paper sheet, And discharge means for discharging from the root vehicles, comprising a stacking unit for accumulating paper sheets are discharged, and a bundling means for bundling an integrated paper sheets to the stacking unit by the discharging means.
【0019】請求項10記載のものは、紙葉類を供給す
る供給手段と、この供給手段により供給される紙葉類を
搬送する搬送手段と、回転体の外周部にその回転方向に
亘って所定間隔を存し、インボリュート曲線に沿って湾
曲配置される複数枚の羽根体を有し、これら複数の羽根
体間に形成される羽根溝内に紙葉類を導入させて搬送す
る羽根車と、前記複数の羽根体の根元側にその湾曲方向
に向って円弧状に突出成形され前記導入されてくる紙葉
類に対し摩擦力を付与して減速させる突出部と、前記羽
根車に同軸的に設けられた円盤部、この円盤部の外周部
にその回転方向に亘って所定間隔を存して突設されて前
記羽根溝内に入れ子状に嵌め込まれ、前記羽根体間に挿
入されてくる紙葉類の先端部を摺接変形させて摩擦力を
付与し減速させる減速手段と、この減速手段により減速
されて搬送されてくる前記紙葉類の先端部を当接させる
ことにより前記羽根車から排出させる排出手段と、この
排出手段により排出される紙葉類を集積させる集積部
と、この集積部に集積された紙葉類を結束する結束手段
とを具備する。According to a tenth aspect of the present invention, there is provided a supply means for supplying paper sheets, a conveying means for conveying the paper sheets supplied by the supply means, and an outer peripheral portion of a rotating body extending in the rotation direction. An impeller that has a predetermined interval and has a plurality of blades that are curved and arranged along an involute curve, and that introduces and transports paper sheets into blade grooves formed between the plurality of blades. A protrusion protruding in an arc shape at the root side of the plurality of blades in the direction of its curvature and applying a frictional force to the introduced paper sheet to decelerate, and coaxial with the impeller; The disk portion is provided on the outer peripheral portion of the disk portion at a predetermined interval in the rotation direction thereof, is nested in the blade groove, and is inserted between the blade bodies. Sliding deformation of the leading edge of paper sheets to apply frictional force and decelerate Speed means, discharge means for discharging the impeller by contacting the leading end of the paper sheet conveyed at a reduced speed by the deceleration means, and paper sheets discharged by the discharge means. And a binding unit that binds the sheets stacked in the stacking unit.
【0020】[0020]
【発明の実施の形態】以下、本発明を図面に示す一実施
の形態を参照して説明する。図1は紙葉類処理装置とし
ての有価証券処理装置10を示すものである。有価証券
の処理装置10は、投入された紙葉類としての有価証券
を1枚づつ取り出して検査および計数した後、一定枚
数、例えば100枚毎に集積し小帯により結束して結束
把を形成し、更に、10個の結束把を大帯により結束す
る装置である。DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to an embodiment shown in the drawings. FIG. 1 shows a securities processing apparatus 10 as a paper sheet processing apparatus. The securities processing device 10 takes out and inspects and counts the securities as paper sheets one by one, and accumulates a fixed number of sheets, for example, every 100 sheets, and binds them by a small band to form a binding bundle. In addition, it is a device that binds ten binding bundles with a large band.
【0021】詳細には、処理装置10は、所定枚数、例
えば1000枚の有価証券を一単位として処理可能に構
成され、処理装置の右端部には、1000枚の有価証券
を積層状態で一括して順次自動投入する供給手段として
の投入装置12が設けられている。More specifically, the processing apparatus 10 is configured to be able to process a predetermined number of securities, for example, 1000 pieces of securities as one unit. At the right end of the processing apparatus, 1000 pieces of securities are collectively stacked in a stacked state. An input device 12 is provided as a supply means for automatically inputting the liquid sequentially.
【0022】処理装置10は、投入された有価証券を1
枚づつ取り出す取出部14、取り出された有価証券を所
定の搬送路17に沿って搬送する搬送手段としての搬送
装置16、搬送されている有価証券から模様、寸法、搬
送ピッチ等の情報を検出する判別手段としての判別部1
8、検出結果に応じて有価証券の搬送方向を区分する区
分部20、区分された有価証券を100枚づつ集積し小
帯で結束する結束部24、および廃棄処分される有価証
券を裁断および収納する失効部23を備えている。The processing apparatus 10 stores the entered securities in one.
A take-out unit 14 for taking out the sheets one by one, a conveying device 16 as a conveying means for conveying the taken-out securities along a predetermined conveying path 17, and detecting information such as a pattern, a dimension and a conveying pitch from the conveyed securities. Discriminating unit 1 as discriminating means
8. A sorting unit 20 that sorts the transport direction of the securities according to the detection result, a binding unit 24 that collects and sorts the sorted securities by 100 and binds them with a small band, and cuts and stores the securities to be disposed of. A revocation unit 23 is provided.
【0023】取出部14は吸着回転ローラ14aを備
え、この吸着回転ローラ14aは投入装置12から有価
証券を1枚づつ所定のピッチで取り出して搬送装置16
へ受け渡す。搬送装置16は、所定の搬送路17に沿っ
て配設された複数の搬送ベルト、駆動プーリ、駆動モー
タ等によって構成されている。The take-out section 14 has a suction rotary roller 14a. The suction rotary roller 14a takes out securities one by one from the input device 12 at a predetermined pitch and transfers the securities to the transport device 16a.
Hand over to The transport device 16 is configured by a plurality of transport belts, drive pulleys, drive motors, and the like disposed along a predetermined transport path 17.
【0024】判別部18は、搬送中の有価証券の重ね取
りを検知する重ね取り検知部、有価証券に付された模様
を読み取る読取装置、有価証券Pの枚数を計数する計数
装置等を備えて構成され、搬送路17に沿って順に配設
されている。The discriminating section 18 includes a stacking detecting section for detecting stacking of securities during transportation, a reading device for reading a pattern attached to the securities, a counting device for counting the number of securities P, and the like. And are arranged in order along the transport path 17.
【0025】判別部18において計数、模様読み取り、
長さ検出された有価証券はその検出結果に応じて複数種
類、例えば、きれいな券と、汚損の激しい券と、廃棄券
とに分けられ、各種類毎に結束部24あるいは失効部2
3へ送られる。The counting, pattern reading,
Securities whose length has been detected are classified into a plurality of types according to the detection result, for example, a clean ticket, a heavily soiled ticket, and a discarded ticket, and the binding unit 24 or the expired unit 2 for each type.
Sent to 3.
【0026】結束部24は、有価証券の種類に応じた2
つの把結束装置24a、24bを備えている。これら把
結束装置24a、24bは結束すべき有価証券を集積す
るための集積装置1を有している。把結束装置24a、
24bの下方には、結束された把を搬送する把搬送装置
22が設けられている。100枚の有価証券を結束して
なる結束把は、この把搬送装置22によって大束結束装
置21へ搬送され、ここで所定の把数づつ、例えば10
把づつ大帯によって結束され、その後、排出装置15に
より所定の部位へ排出される。The binding unit 24 includes two units corresponding to the type of securities.
It has two binding devices 24a, 24b. These binding devices 24a and 24b have an accumulating device 1 for accumulating securities to be bound. Bundling device 24a,
Below the bunch 24b, there is provided a bundle transport device 22 for transporting the bound bundles. A bundle bundle formed by binding 100 securities is conveyed to the large bundle unit 21 by this bundle conveying device 22, where a predetermined number of bundles, for example, 10 bundles, are bundled.
The bundle is bound by a large band and then discharged to a predetermined portion by the discharge device 15.
【0027】大束結束装置21は、把搬送装置22の下
方に設けられた被供給部としての結束部25と、この結
束部に大帯を供給する帯供給装置26とを備えている。
図2及び図3は結束部24の集積装置1及びその駆動装
置6を示すものである。The large bundle bundling device 21 includes a bundling portion 25 provided below the small bundle conveying device 22 as a supplied portion, and a band supply device 26 that supplies a large band to the bundling portion.
2 and 3 show the integration device 1 of the binding unit 24 and the driving device 6 thereof.
【0028】集積装置1は搬送ベルト2の走行によって
搬送されてくる有価証券Pを導入させて所定方向へ送る
羽根車3と、この羽根車3によって送られてくる有価証
券Pを羽根車3から掻き出して排出させる掻出板4と、
羽根車3の下方部に設けられ、羽根車3から排出された
有価証券Pを集積させる集積部5からなる。羽根車3
は、図3に示すように、駆動シャフト7の一端側に所定
間隔を存して平行に取付けられている。駆動シャフト7
の他端側は支持フレーム8に取付具9を介して回転自在
に取付けられている。駆動シャフト7の中途部にはプー
リ26、駆動ベルト27、駆動プーリ28を介して駆動
モータ34のシャフト35に接続されている。駆動モー
タ34は支持フレーム8に取付けられている。The stacking device 1 introduces the securities P conveyed by the traveling of the conveyor belt 2 and sends the securities P in a predetermined direction, and the securities P sent by the impeller 3 from the impeller 3. A scraping plate 4 for scraping and discharging,
A stacking unit 5 is provided below the impeller 3 and accumulates securities P discharged from the impeller 3. Impeller 3
As shown in FIG. 3, are mounted on one end of the drive shaft 7 in parallel at a predetermined interval. Drive shaft 7
Is rotatably mounted on a support frame 8 via a mounting 9. The drive shaft 7 is connected to a shaft 35 of a drive motor 34 via a pulley 26, a drive belt 27, and a drive pulley 28 in the middle. The drive motor 34 is mounted on the support frame 8.
【0029】駆動モータ34が回転すると、駆動ベルト
27が走行し、この走行により、駆動シャフト7を介し
て羽根車3,3が回転されるようになっている。羽根車
3は図4にも示すように、円形状の回転体31と、この
回転体31の外周部にその回転方向に亘って所定間隔を
存して一体に形成された複数枚の羽根体32…とからな
る。複数枚の羽根体32…はインボリュート曲線に沿っ
て湾曲する形状に成形され、羽根体32,32間には有
価証券Pを導入するための羽根溝32aが形成されてい
る。When the drive motor 34 rotates, the drive belt 27 travels, and the travel causes the impellers 3, 3 to rotate via the drive shaft 7. As shown in FIG. 4, the impeller 3 includes a circular rotor 31 and a plurality of blades integrally formed at a predetermined interval on the outer peripheral portion of the rotor 31 in the rotation direction. 32 ... The plurality of blades 32 are formed into a shape curved along an involute curve, and blade grooves 32a for introducing securities P are formed between the blades 32.
【0030】そして、この羽根車3の羽根体32…の根
元部側には羽根体32…の湾曲方向に向って突出し、羽
根溝32aに挿入されてくる有価証券Pに対して強い摩
擦抵抗を付与するための突出部37が一体に突出形成さ
れている。The blades 32 of the impeller 3 protrude from the roots of the blades 32 in the direction of curvature of the blades 32, and have a high frictional resistance against the securities P inserted into the blade grooves 32a. A projecting portion 37 for applying is integrally formed.
【0031】次に、有価証券Pの集積動作について説明
する。搬送ベルト2の走行により、搬送されてくる有価
証券Pは回転する羽根車3の羽根溝32a内に挿入され
る。この羽根溝32a内に挿入された有価証券Pは羽根
溝32a内への突入直後は、その先端が羽根体32の内
面部に当接して一瞬挫屈を起こすが、その後は、羽根溝
32aに沿って進行する。この進行する有価証券Pは羽
根車3に対して相対速度を持ちながら羽根溝32aの内
面から動摩擦力を受ける。この動摩擦力を受け続けるこ
とにより、有価証券Pは羽根車3に対する相対スピード
がゼロとなり、羽根車3と一体となって搬送される。し
かるのち、この有価証券Pは、相対スピードがゼロの状
態でその先端が掻出板4に衝突して、掻き出される。そ
して、この掻き出された有価証券は下方に自由落下して
集積部5上に集積される。Next, the operation of accumulating securities P will be described. As the transport belt 2 runs, the transported securities P are inserted into the blade grooves 32a of the rotating impeller 3. Immediately after entering into the blade groove 32a, the security P inserted into the blade groove 32a has its tip abutting on the inner surface of the blade body 32 to cause momentary buckling. Proceed along. The traveling securities P receive a dynamic frictional force from the inner surface of the blade groove 32a while having a relative speed with respect to the impeller 3. By continuously receiving the dynamic friction force, the securities P have a zero relative speed with respect to the impeller 3, and are conveyed integrally with the impeller 3. Thereafter, the security P is scraped off when its tip collides with the scraping plate 4 with the relative speed being zero. Then, the scraped-out securities fall freely and are accumulated on the accumulation section 5.
【0032】ところで、この有価証券Pの羽根溝32a
への挿入時において羽根車3に対する相対スピードがゼ
ロにならないと、有価証券Pの掻出板4に対する衝撃が
大きくなって強く跳ね返される。このように強く跳ね返
されると、有価証券Pの先端が乱され、集積状態が乱れ
て結束状態が悪くなってしまう。By the way, the blade groove 32a of this securities P
If the relative speed with respect to the impeller 3 does not become zero at the time of the insertion, the impact of the securities P on the scraping plate 4 becomes large and the securities P are strongly rebounded. If it is bounced strongly in this manner, the leading end of the securities P is disturbed, the accumulation state is disturbed, and the binding state is deteriorated.
【0033】また、羽根溝32aがインボリュート曲線
に沿う形状であることは、有価証券Pをスムーズに導入
させて動摩擦力を付与する点では優れるが、羽根車3と
の相対速度をゼロにする点では十分ではなく、上記した
問題が発生する。The fact that the blade groove 32a has a shape following the involute curve is excellent in that the securities P can be smoothly introduced to impart a kinetic friction force, but that the relative speed with respect to the impeller 3 is reduced to zero. Is not enough, and the above-mentioned problem occurs.
【0034】そこで、この実施の形態では、上記したよ
うに、インボリュート曲線に沿う形状の羽根体32aの
根元側にその湾曲方向に向って突出する円弧状の突出部
37を一体に突出成形する。Therefore, in this embodiment, as described above, the arc-shaped protrusion 37 protruding in the curved direction is integrally formed at the base of the blade body 32a shaped along the involute curve.
【0035】羽根溝32aに沿って搬送されてくる有価
証券Pは、突出部37に至ると、突出部37に摺接して
大きな摩擦力が付与され、高い減速効果が得られる。こ
れにより、羽根車3に対する有価証券Pの相対速度がゼ
ロになり、有価証券Pはその先端部が乱れた状態で掻き
出されることなく、先端部のばらつきの少ない良好な集
積状態が得られた。When the securities P conveyed along the blade grooves 32a reach the protruding portion 37, they come into sliding contact with the protruding portion 37 and a large frictional force is applied, so that a high deceleration effect can be obtained. As a result, the relative speed of the securities P with respect to the impeller 3 becomes zero, and the securities P are not scraped off in a state in which the tips are disturbed, and a good accumulation state with little variation in the tips is obtained. .
【0036】尚、インボリュート基円半径をRa、羽根
体32の突出部37の半径をRbとしたとき、Ra×
1.5≦Rb≦Ra×2.5の関係を有することが望ま
しい。即ち、羽根体32の突出部37の半径が、インボ
リュート基円半径の1.5倍以下では、突出部37が羽
根体32の後端側すぎて減速効果がでるのが遅すぎ、ま
た、2.5倍以上では早い段階から突出部37による減
速が始まるため、有価証券Pが挫屈し易くなるためであ
る。When the radius of the involute base circle is Ra and the radius of the protruding portion 37 of the blade 32 is Rb, Ra × R
It is desirable to have a relationship of 1.5 ≦ Rb ≦ Ra × 2.5. That is, if the radius of the protruding portion 37 of the blade 32 is 1.5 times or less the radius of the involute base circle, the protruding portion 37 is too rearward of the blade 32 and the deceleration effect is too slow. If the ratio is more than .5 times, the deceleration by the protruding portion 37 starts from an early stage, so that the securities P are easily buckled.
【0037】この実施の形態では、インボリュートの基
円半径20mmに対して突出部37の半径を35mmと
している。図5は本発明の他の実施の形態を示すもので
ある。In this embodiment, the radius of the protrusion 37 is 35 mm with respect to the base radius of the involute of 20 mm. FIG. 5 shows another embodiment of the present invention.
【0038】この実施の形態では、羽根車3に減速手段
としてのストッパ41を取付けられている。ストッパ4
1は羽根車3の外側部に羽根車3と同軸的に取付けられ
て回転する円盤部42と、この円盤部42の外周部にそ
の回転方向に亘って所定間隔を存して突設され一部を羽
根溝32a内の根元側に入れ子状をなすように嵌入させ
る突起部43…からなる。In this embodiment, the impeller 3 is provided with a stopper 41 as a speed reducing means. Stopper 4
Reference numeral 1 denotes a disk portion 42 which is mounted coaxially with the impeller 3 on the outer side of the impeller 3 and which is rotatably provided on the outer peripheral portion of the disk portion 42 at a predetermined interval in the rotation direction. The protrusions 43 are fitted into the blade groove 32a in a nested manner at the base side in the blade groove 32a.
【0039】突起部43…の羽根溝32a内に嵌入され
る一部(以下、傾斜片43aという)は対向する羽根体
32と楔状をなすように傾斜されている。羽根車3の羽
根溝32a内に挿入された有価証券Pは、その先端部が
ストッパ41の傾斜片43aに沿って摺接変形しながら
摩擦力が付与されて停止する。従って、従来のように、
有価証券の先端部にせん断力を発生させることなく、有
価証券Pの羽根車3に対する相対スピードをゼロにする
ことができる。A part (hereinafter referred to as an inclined piece 43a) of each of the projections 43 ... fitted into the blade groove 32a is inclined so as to form a wedge with the opposing blade body 32. The securities P inserted into the blade grooves 32a of the impeller 3 are stopped by the frictional force applied thereto while the leading ends thereof slide and deform along the inclined pieces 43a of the stopper 41. Therefore, as before,
The relative speed of the securities P with respect to the impeller 3 can be reduced to zero without generating a shearing force at the tip of the securities.
【0040】[0040]
【発明の効果】本発明は以上説明したように、複数の羽
根体の根元側にその湾曲方向に向って円弧状に突出する
突出部を一体に成形し、この突出部により紙葉類に対し
摩擦力を付与するから、従来のインボリュート曲線に沿
うだけの形状の羽根体と比較して紙葉類に対し高い摩擦
力を付与することが可能となり、紙葉類の羽根車に対す
る相対スピードをゼロにすることができる。As described above, according to the present invention, a plurality of blades are integrally formed with a protruding portion protruding in an arc shape in the curved direction at the base side, and the protruding portions are used for the paper sheet. Since frictional force is applied, it is possible to apply higher frictional force to paper sheets compared to a conventional blade body that only follows the involute curve, and the relative speed of the paper sheets to the impeller is zero. Can be
【0041】従って、従来のように、紙葉類の先端部に
せん断力を発生させることなく、羽根車に対する相対ス
ピードをゼロにすることができ、紙葉類の先端に損傷を
与えることがない。Therefore, the relative speed with respect to the impeller can be reduced to zero without generating a shearing force at the leading end of the paper sheet as in the related art, and the leading end of the paper sheet is not damaged. .
【0042】また、羽根体間に形成される羽根溝の根元
側に嵌入され、羽根溝内に挿入されてくる紙葉類の先端
部を摺接変形させて摩擦力を付与することにより、減速
させる減速手段を備えるから、従来のように、紙葉類の
先端部にせん断力を発生させることなく、羽根車に対す
る相対スピードをゼロにすることができ、紙葉類の先端
に損傷を与えることがない。The frictional force is imparted by slidingly deforming the leading end of the paper sheet inserted into the blade groove, which is inserted into the blade groove formed between the blade bodies, thereby reducing the speed. Since there is a deceleration means for reducing the speed of the paper leaf, the relative speed with respect to the impeller can be reduced to zero without generating a shearing force at the front end of the paper leaf as in the related art. There is no.
【図1】本発明の一実施の形態である有価証券の処理装
置を示す概略的構成図。FIG. 1 is a schematic configuration diagram showing a securities processing apparatus according to an embodiment of the present invention.
【図2】集積装置を示す正面図。FIG. 2 is a front view showing an integrated device.
【図3】集積装置の駆動系を示す正面図。FIG. 3 is a front view showing a driving system of the integrated device.
【図4】集積装置の羽根車を示す正面図。FIG. 4 is a front view showing an impeller of the stacking device.
【図5】本発明の他の実施の形態である羽根車を示す正
面図。FIG. 5 is a front view showing an impeller according to another embodiment of the present invention.
3…羽根車 4…排出手段 5…集積部 24…結束部 31…回転体 32…羽根体 32a…羽根溝 P…有価証券(紙葉類) 37…突出部 41…ストッパ(減速手段) 42…円盤部 43…突起部 DESCRIPTION OF SYMBOLS 3 ... Impeller 4 ... Discharge means 5 ... Stacking part 24 ... Binding part 31 ... Rotating body 32 ... Blade body 32a ... Blade groove P ... Securities (paper sheets) 37 ... Projection part 41 ... Stopper (reduction means) 42 ... Disk part 43 ... Projection part
Claims (10)
定間隔を存し、インボリュート曲線に沿って湾曲配置さ
れる複数枚の羽根体を有し、これら複数の羽根体間に形
成される羽根溝内に紙葉類を導入させて搬送する羽根車
と、 前記複数の羽根体の根元側にその湾曲方向に向って円弧
状に突出成形され前記導入されくる紙葉類に対し摩擦力
を付与して減速させる突出部と、 この突出部で減速されて搬送されてくる前記紙葉類の先
端部を当接させることにより、前記羽根車から排出させ
る排出手段と、 この排出手段により排出される紙葉類を集積させる集積
部と、 を具備することを特徴とする紙葉類集積装置。An outer peripheral portion of a rotating body has a plurality of blades arranged at a predetermined interval in the direction of rotation and curved along an involute curve, and is formed between the plurality of blades. An impeller for introducing and transporting the paper sheet into the blade groove, and a frictional force against the introduced paper sheet which is formed at the base side of the plurality of blade bodies in an arc shape toward the curved direction thereof. A discharge unit for discharging the sheet from the impeller by contacting the leading end of the paper sheet conveyed at a reduced speed with the protrusion, and discharging the sheet from the impeller. A sheet stacking device, comprising: a stacking unit that stacks sheets to be stacked.
定間隔を存し、インボリュート曲線に沿って湾曲配置さ
れる複数枚の羽根体を有し、これら複数の羽根体間に形
成される羽根溝内に紙葉類を導入させて搬送する羽根車
と、 前記複数の羽根体の根元側にその湾曲方向に向って円弧
状に突出成形され前記導入されくる紙葉類に対し摩擦力
を付与して減速させる突出部と、 この突出部により減速されて搬送されてくる前記紙葉類
の先端部を当接させることにより、前記羽根車から排出
させる排出手段と、 この排出手段により排出される紙葉類を集積させる集積
部と、 を具備し、 前記羽根体のインボリュート基円半径をRa、前記突出
部の円弧半径をRbとしたとき、Ra×1.5≦Rb≦
Ra×2.5の関係を有することを特徴とする紙葉類集
積装置。2. A rotating body having a plurality of blades arranged at a predetermined interval in the rotation direction along an involute curve in an outer peripheral portion thereof and formed between the plurality of blades. An impeller for introducing and transporting the paper sheet into the blade groove, and a frictional force against the introduced paper sheet which is formed at the base side of the plurality of blade bodies in an arc shape toward the curved direction thereof. A discharge unit for discharging the paper from the impeller by bringing the leading end of the paper sheet conveyed at a reduced speed by the protrusion into contact with the protruding portion; And a stacking unit for stacking the paper sheets to be obtained, where Ra is the involute base circle radius of the blade body and Rb is the arc radius of the protrusion, and Ra × 1.5 ≦ Rb ≦
A sheet stacking device having a relationship of Ra × 2.5.
定間隔を存し、インボリュート曲線に沿って湾曲配置さ
れる複数枚の羽根体を有し、これら複数の羽根体間に形
成される羽根溝内に紙葉類を導入させて搬送する羽根車
と、 この羽根車の羽根溝内の根元側に嵌め込まれ、前記羽根
溝内に挿入されてくる紙葉類の先端部を摺接変形させて
摩擦力を付与し減速させる減速手段と、 この減速手段により減速されて搬送されてくる前記紙葉
類の先端部を当接させることにより、前記羽根車から排
出させる排出手段と、 この排出手段により排出される紙葉類を集積させる集積
部と、 を具備することを特徴とする紙葉類集積装置。3. An outer peripheral portion of a rotating body having a plurality of blades arranged at a predetermined interval in the direction of rotation and curved along an involute curve, and formed between the plurality of blades. An impeller that introduces and transports paper sheets into the blade groove, and slides the leading end of the paper sheet that is inserted into the blade groove of the impeller and inserted into the blade groove. A speed-reducing means for applying a frictional force to deform and decelerate, and a discharging means for discharging the paper from the impeller by contacting the leading end of the paper sheet conveyed at a reduced speed by the speed-reducing means; A sheet stacking device, comprising: a stacking unit that stacks sheets discharged by the discharging unit.
定間隔を存し、インボリュート曲線に沿って湾曲配置さ
れる複数枚の羽根体を有し、これら複数の羽根体間に形
成される羽根溝内に紙葉類を導入させて搬送する羽根車
と、 前記複数の羽根体の根元側にその湾曲方向に向って円弧
状に突出成形され、前記導入されてくる紙葉類に対し摩
擦力を付与して減速させる突出部と、 前記羽根車の羽根溝内の根元側に嵌め込まれ、前記羽根
溝内に挿入されくる紙葉類の先端部を摺接変形させて摩
擦力を付与し減速させる減速手段と、 この減速手段により減速されて搬送されてくる前記紙葉
類の先端部を当接させることにより、前記羽根車から排
出させる排出手段と、 この排出手段により排出される紙葉類を集積させる集積
部と、 を具備することを特徴とする紙葉類集積装置。4. An outer peripheral portion of a rotating body having a plurality of blades arranged at a predetermined interval along a rotation direction thereof along an involute curve and formed between the plurality of blades. An impeller that introduces and transports paper sheets into the blade groove, and protrudes in the shape of an arc toward the direction of the curve at the base side of the plurality of blade bodies, with respect to the introduced paper sheets. A projecting portion that applies frictional force to decelerate, and a frictional force is applied by slidingly deforming a tip end of a paper sheet inserted into the blade groove of the impeller and inserted into the blade groove. Decelerating means for decelerating the sheet, discharging means for discharging the sheet from the impeller by contacting the leading end of the paper sheet conveyed at a reduced speed by the decelerating means, and paper discharged by the discharging means. A stacking unit for stacking leaves Paper sheet stacking apparatus characterized.
定間隔を存し、インボリュート曲線に沿って湾曲配置さ
れる複数枚の羽根体を有し、これら複数の羽根体間に形
成される羽根溝内に紙葉類を導入させて搬送する羽根車
と、 前記複数の羽根体の根元側にその湾曲方向に向って円弧
状に突出成形され前記導入されてくる紙葉類に対し摩擦
力を付与して減速させる突出部と、 前記羽根車に同軸的に設けられた円盤部、この円盤部の
外周部にその回転方向に亘って所定間隔を存して突設さ
れて前記羽根溝内に入れ子状に嵌め込まれ、前記羽根体
間に挿入されてくる紙葉類の先端部を摺接変形させて摩
擦力を付与し減速させる減速手段と、 この減速手段により減速されて搬送されてくる前記紙葉
類の先端部を当接させることにより前記羽根車から排出
させる排出手段と、 この排出手段により排出される紙葉類を集積させる集積
部と、 を具備することを特徴とする紙葉類集積装置。5. A rotating body having a plurality of blades arranged at a predetermined interval in the rotation direction along an involute curve in an outer peripheral portion thereof and formed between the plurality of blades. An impeller that introduces and transports paper sheets into the blade groove, and protrudes in an arc shape toward the bending direction at the root side of the plurality of blade bodies, and frictionally adheres to the introduced paper sheets. A protruding portion for applying a force to decelerate, a disk portion provided coaxially with the impeller, and a blade groove protruding from an outer peripheral portion of the disk portion at a predetermined interval in a rotation direction thereof. A speed-reducing means for slidably deforming the leading end of the paper sheet inserted between the blades and applying a frictional force to decelerate, and conveyed at a reduced speed by the speed-reducing means. By contacting the leading end of the paper sheet, A discharging means for discharging, paper sheet stacking apparatus characterized by comprising an integrated unit for accumulating paper sheets discharged by the discharge means.
段と、 回転体の外周部にその回転方向に亘って所定間隔を存
し、インボリュート曲線に沿って湾曲配置される複数枚
の羽根体を有し、これら複数の羽根体間に形成される羽
根溝内に紙葉類を導入させて搬送する羽根車と、 前記複数の羽根体の根元側にその湾曲方向に向って円弧
状に突出成形され前記導入されくる紙葉類に対し摩擦力
を付与して減速させる突出部と、 この突出部で減速されて搬送されてくる前記紙葉類の先
端部を当接させることにより、前記羽根車から排出させ
る排出手段と、 この排出手段により排出される紙葉類を集積させる集積
部と、 この集積部に集積された紙葉類を結束する結束手段と、 を具備することを特徴とする紙葉類処理装置。6. A supply means for supplying paper sheets, a conveying means for conveying the paper sheets supplied by the supply means, and a predetermined interval on the outer peripheral portion of the rotating body in the direction of rotation thereof. An impeller having a plurality of blades curvedly arranged along an involute curve, introducing and transporting paper sheets into blade grooves formed between the plurality of blades, and the plurality of blades A protruding portion which is formed in an arc shape at the root side of the paper in the curved direction and applies a frictional force to the introduced paper sheet to decelerate the paper sheet; and the paper which is decelerated and conveyed by the protruding portion. A discharge unit for discharging the leaves from the impeller by bringing the tips of the leaves into contact with each other, a stacking unit for stacking the paper sheets discharged by the discharge unit, and a sheet stack for the stacking unit. And binding means for binding. Paper processing equipment.
段と、 回転体の外周部にその回転方向に亘って所定間隔を存
し、インボリュート曲線に沿って湾曲配置される複数枚
の羽根体を有し、これら複数の羽根体間に形成される羽
根溝内に紙葉類を導入させて搬送する羽根車と、 前記複数の羽根体の根元側にその湾曲方向に向って円弧
状に突出成形され前記導入されくる紙葉類に対し摩擦力
を付与して減速させる突出部と、 この突出部により減速されて搬送されてくる前記紙葉類
の先端部を当接させることにより、前記羽根車から排出
させる排出手段と、 この排出手段により排出される紙葉類を集積させる集積
部と、 この集積部に集積された紙葉類を結束する結束手段と、 を具備し、 前記羽根体のインボリュート基円半径をRa、前記突出
部の円弧半径をRbとしたとき、Ra×1.5≦Rb≦
Ra×2.5の関係を有することを特徴とする紙葉類処
理装置。7. A supply means for supplying paper sheets, a transport means for transporting the paper sheets supplied by the supply means, and a predetermined interval on the outer peripheral portion of the rotator along the rotation direction thereof. An impeller having a plurality of blades curvedly arranged along an involute curve, introducing and transporting paper sheets into blade grooves formed between the plurality of blades, and the plurality of blades A protrusion protruding in the shape of an arc in the direction of its curvature at the base side of the paper and applying a frictional force to the introduced paper sheet to decelerate the paper; and the paper conveyed at a reduced speed by this protrusion. A discharge unit for discharging the leaves from the impeller by bringing the tips of the leaves into contact with each other, a stacking unit for stacking the paper sheets discharged by the discharge unit, and a sheet stack for the stacking unit. Binding means for binding, the blades Involute group circle radius Ra, when the arc radius of the projecting portions was set to Rb, Ra × 1.5 ≦ Rb ≦
A sheet processing apparatus having a relationship of Ra × 2.5.
段と、 回転体の外周部にその回転方向に亘って所定間隔を存
し、インボリュート曲線に沿って湾曲配置される複数枚
の羽根体を有し、これら複数の羽根体間に形成される羽
根溝内に紙葉類を導入させて搬送する羽根車と、 この羽根車の羽根溝内の根元側に嵌め込まれ、前記羽根
溝内に挿入されてくる紙葉類の先端部を摺接変形させて
摩擦力を付与し減速させる減速手段と、 この減速手段により減速されて搬送されてくる前記紙葉
類の先端部を当接させることにより、前記羽根車から排
出させる排出手段と、 この排出手段により排出される紙葉類を集積させる集積
部と、 この集積部に集積された紙葉類を結束する結束手段と、 を具備することを特徴とする紙葉類処理装置。8. A feeding means for feeding the paper sheets, a conveying means for conveying the paper sheets supplied by the feeding means, and a predetermined interval on the outer peripheral portion of the rotating body in the direction of rotation thereof. An impeller that has a plurality of blades curvedly arranged along an involute curve, and that introduces and transports paper sheets into a blade groove formed between the plurality of blades; and a blade of the impeller. A speed-reducing means which is fitted to the root side of the groove and slides and deforms the leading end of the paper sheet inserted into the blade groove to apply a frictional force to reduce the speed; A discharge unit that discharges the sheet from the impeller by contacting the leading end of the paper sheet that comes in; a stacking unit that stacks the paper sheet discharged by the discharge unit; Binding means for binding paper sheets. And a sheet processing apparatus.
段と、 回転体の外周部にその回転方向に亘って所定間隔を存
し、インボリュート曲線に沿って湾曲配置される複数枚
の羽根体を有し、これら複数の羽根体間に形成される羽
根溝内に紙葉類を導入させて搬送する羽根車と、 前記複数の羽根体の根元側にその湾曲方向に向って円弧
状に突出成形され、前記導入されてくる紙葉類に対し摩
擦力を付与して減速させる突出部と、 前記羽根車の羽根溝内の根元側に嵌め込まれ、前記羽根
溝内に挿入されくる紙葉類の先端部を摺接変形させて摩
擦力を付与し減速させる減速手段と、 この減速手段により減速されて搬送されてくる前記紙葉
類の先端部を当接させることにより、前記羽根車から排
出させる排出手段と、 この排出手段により排出される紙葉類を集積させる集積
部と、 この集積部に集積された紙葉類を結束する結束手段と、 を具備することを特徴とする紙葉類処理装置。9. A supply means for supplying paper sheets, a conveying means for conveying the paper sheets supplied by the supply means, and a predetermined interval in the outer peripheral portion of the rotator along the rotation direction, An impeller having a plurality of blades curvedly arranged along an involute curve, introducing and transporting paper sheets into blade grooves formed between the plurality of blades, and the plurality of blades A protruding portion formed in an arc shape toward the bending direction on the root side of the protruding portion to apply a frictional force to the introduced paper sheet to decelerate, and a root side in the blade groove of the impeller. Decelerating means for slidingly deforming the leading end of the paper sheet to be inserted and inserted into the blade groove to apply frictional force and decelerate the paper sheet; By contacting the tip, it is discharged from the impeller A sheet processing apparatus comprising: a discharging unit; a stacking unit that stacks the sheets discharged by the discharging unit; and a binding unit that binds the sheets stacked in the stacking unit. apparatus.
段と、 回転体の外周部にその回転方向に亘って所定間隔を存
し、インボリュート曲線に沿って湾曲配置される複数枚
の羽根体を有し、これら複数の羽根体間に形成される羽
根溝内に紙葉類を導入させて搬送する羽根車と、 前記複数の羽根体の根元側にその湾曲方向に向って円弧
状に突出成形され前記導入されてくる紙葉類に対し摩擦
力を付与して減速させる突出部と、 前記羽根車に同軸的に設けられた円盤部、この円盤部の
外周部にその回転方向に亘って所定間隔を存して突設さ
れて前記羽根溝内に入れ子状に嵌め込まれ、前記羽根体
間に挿入されてくる紙葉類の先端部を摺接変形させて摩
擦力を付与し減速させる減速手段と、 この減速手段により減速されて搬送されてくる前記紙葉
類の先端部を当接させることにより前記羽根車から排出
させる排出手段と、 この排出手段により排出される紙葉類を集積させる集積
部と、 この集積部に集積された紙葉類を結束する結束手段と、 を具備することを特徴とする紙葉類処理装置。10. A supply means for supplying paper sheets, a conveying means for conveying the paper sheets supplied by the supply means, and a predetermined interval on the outer peripheral portion of the rotating body in the direction of rotation thereof. An impeller having a plurality of blades curvedly arranged along an involute curve, introducing and transporting paper sheets into blade grooves formed between the plurality of blades, and the plurality of blades A protrusion protruding in the shape of an arc in the direction of its curvature on the base side of the protruding portion to apply a frictional force to the introduced paper sheet to decelerate, and a disk portion provided coaxially with the impeller The tip of a paper sheet which is protruded from the outer peripheral portion of the disk portion at a predetermined interval in the rotation direction, is nested in the blade groove, and is inserted between the blade members. Decelerating means for applying frictional force by sliding deformation of the Discharging means for discharging the paper sheets discharged from the impeller by bringing the leading ends of the paper sheets conveyed at a reduced speed by means into contact, a stacking section for stacking the paper sheets discharged by the discharging means; And a binding unit for binding the sheets stacked in the stacking unit.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP10262889A JP2000086040A (en) | 1998-09-17 | 1998-09-17 | Paper sheet accumulating/processing device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP10262889A JP2000086040A (en) | 1998-09-17 | 1998-09-17 | Paper sheet accumulating/processing device |
Publications (2)
Publication Number | Publication Date |
---|---|
JP2000086040A true JP2000086040A (en) | 2000-03-28 |
JP2000086040A5 JP2000086040A5 (en) | 2005-10-27 |
Family
ID=17382036
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP10262889A Abandoned JP2000086040A (en) | 1998-09-17 | 1998-09-17 | Paper sheet accumulating/processing device |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP2000086040A (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2010155707A (en) * | 2008-12-27 | 2010-07-15 | Toshiba Corp | Optical character reader |
CN110335408A (en) * | 2018-03-13 | 2019-10-15 | 山东新北洋信息技术股份有限公司 | Impeller assembly, bank note aggregation separator and cash recycling equipment |
-
1998
- 1998-09-17 JP JP10262889A patent/JP2000086040A/en not_active Abandoned
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2010155707A (en) * | 2008-12-27 | 2010-07-15 | Toshiba Corp | Optical character reader |
CN110335408A (en) * | 2018-03-13 | 2019-10-15 | 山东新北洋信息技术股份有限公司 | Impeller assembly, bank note aggregation separator and cash recycling equipment |
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