JPH0644928Y2 - Banknote storage device - Google Patents

Description

【考案の詳細な説明】[Detailed description of the device] 【産業上の利用分野】[Industrial applications]

この考案は、主として各種自動販売機や自動預金機，自
動両替機などに組み込まれ、投入紙幣をその順に積層収
納させる紙幣収納装置に関し、特に紙幣の状態のばらつ
きや、関連部材の摩擦力，付勢力の不均衡によって適正
な紙幣収納が阻害されないように改善されたものであ
る。The present invention relates to a banknote storage device that is mainly incorporated in various automatic vending machines, automatic teller machines, automatic money changers, and the like, and stacks and stores the inserted banknotes in that order, and in particular, variations in the state of banknotes and frictional force of related members. It was improved so that proper banknote storage would not be hindered by imbalance of power.

【従来の技術】[Prior art]

従来、自動販売機や自動預金機，自動両替機などにおい
て、投入紙幣を鑑別した後、順次積層収納するには、い
わゆるプッシャ方式が用いられてきた。この方式の従来
例について、第５図(a),(b)を参照しながら説明する。
この図は、収納装置の要部をその正面から、つまり紙幣
搬送方向から見た、収納動作の二つの主要段階における
説明図である。 第５図（ａ）は、プッシャ26が最大行程のときを示す。
まず初期に、これから収納すべき紙幣100が破線表示の
位置にある。つまり、紙幣100は搬送プーリ7,押さえロ
ーラ7aによって紙面と直角方向に所定位置まで搬送され
て停止する。 次に、カム軸13の半回転によって、これと一体化される
カム14が、プッシャ26を押し上げる。プッシャ26は金属
材料からなり、その上面が初期には破線表示位置のやや
下方にあり、最大行程で図示位置にくる。この位置で
は、紙幣100は、正規には図の実線表示のように、プッ
シャ26に対し左右ほぼ対称な位置になる。なお、紙幣10
0の上部には、既収納紙幣100Aが押当板６との間に積層
収納されている。 第５図（ｂ）はカム軸13が次の半回転をして元の位置に
戻った状態を示す。先程、新たに収納された紙幣は既収
納紙幣100Aとなって、押当板６の下面と搬送ガイド４の
上面との間に挟まり収納され、プッシャ26の上面は紙幣
の搬送面のやや下方位置（初期状態）にあり、次に収納
すべき紙幣の到来を待つ態勢にある。Conventionally, a so-called pusher system has been used in an automatic vending machine, an automatic teller machine, an automatic money changer, etc., for sequentially stacking and storing after discriminating input banknotes. A conventional example of this system will be described with reference to FIGS. 5 (a) and 5 (b).
This figure is an explanatory diagram of two main stages of the storing operation when the main part of the storing device is viewed from the front, that is, from the banknote transport direction. FIG. 5 (a) shows the pusher 26 at the maximum stroke.
Initially, the banknote 100 to be stored is at the position indicated by the broken line. That is, the bill 100 is conveyed to a predetermined position in the direction perpendicular to the paper surface by the conveyance pulley 7 and the pressing roller 7a and then stopped. Next, by a half rotation of the cam shaft 13, the cam 14 integrated with the cam shaft 13 pushes up the pusher 26. The pusher 26 is made of a metal material, and the upper surface thereof is located slightly below the position indicated by the broken line in the initial stage, and reaches the position shown in the figure in the maximum stroke. At this position, the banknote 100 is normally in a position substantially symmetrical with respect to the pusher 26 as shown by the solid line in the figure. Note that banknote 10
In the upper part of 0, the stored bills 100A are stacked and stored between the pushing bills 6 and the bills. FIG. 5 (b) shows a state where the cam shaft 13 has returned to the original position after the next half rotation. The newly stored banknote becomes the banknote 100A already stored and is sandwiched and stored between the lower surface of the pressing plate 6 and the upper surface of the transport guide 4, and the upper surface of the pusher 26 is located slightly below the banknote transport surface. It is in the (initial state) and is ready to wait for the next bill to be stored.

【考案が解決しようとする問題点】[Problems to be solved by the device]

以上説明したように、従来の技術では、プッシャ26は金
属材料からなるので、収納すべき紙幣100とプッシャ26
の上面との摩擦力が比較的小さい。また、紙幣100をそ
の各端縁部で搬送する、左右の搬送プーリ7,押さえロー
ラ7aは、その接触圧が異なるのが普通である。この接触
圧は、図示してない別々の圧縮ばねによるからである。
さらにまた、紙幣100の状態、つまり腰の強さや折れ、
しわ状態も、使用期間や取り扱われ方によって、大きく
ばらつくのが普通である。 したがって、第５図を参照しながら説明した従来例は、
紙幣の各種縁部の接触圧の差も少なく、紙幣の状態のば
らつきも少ない、いわば理想的な条件での収納動作であ
った。しかし実際には、左右接触圧の差や紙幣状態のば
らつきのために、プッシャで押し込むとき、紙幣が適正
に収納されず、次の紙幣との間で衝突を起こし、詰まり
（ジャミング）を生じる可能性がある。 このことを、再び第５図を参照しながら詳しく説明する
と、次のようになる。 同図（ａ）において、初期に初期に破線表示位置にある
紙幣100の左右各端縁部は、それぞれ搬送プーリ7,押さ
えローラ7aで図示してない圧縮ばねにより押圧される
が、側方への動きに対する摩擦力は、各端縁部で異なる
のが普通である。しかも、プッシャ26の上面の、紙幣10
0との間の摩擦力が比較的小さいから、プッシャ26の上
昇とともに、紙幣100はプッシャ26の上面に対し、左右
各端縁部での摩擦力の大きい方の向きに滑って移動す
る。この場合、左側の摩擦力の方が大きいから、紙幣10
0は一点鎖線表示のように左方向に滑って偏る。なお、
この偏りの程度は、紙幣100の湾曲変形に要する力―腰
の強さに関係する―によっても影響される。 したがって、次に同図（ｂ）のようにプッシャ26が元の
位置に復帰したとき、紙幣100は、一点鎖線表示のよ
うに一方（右）の端縁部のみが搬送プーリ７と押さえロ
ーラ7aの間から離脱し、他方（左）の端縁部はその間に
挟まれたままであるか、二点鎖線表示のように左右各
端縁部とも搬送プーリ7,押さえローラ7aの間から離れ、
湾曲した状態で収納前の側に留まるかする。 ，いずれにしても、この状態で、次の紙幣が搬送さ
れてくると、詰まり障害を起こすのは明らかである。 この考案の目的は、従来の技術がもつ以上の問題点を解
消し、紙幣の状態のばらつきや、関連部材の摩擦力，付
勢力の不均衡があっても、これによって適正な紙幣収納
が阻害されない紙幣収納装置を提供することにある。As described above, in the conventional technology, since the pusher 26 is made of a metal material, the bill 100 and the pusher 26 to be stored are stored.
The frictional force with the upper surface of is relatively small. Further, the contact pressures of the left and right conveyance pulleys 7 and the pressing rollers 7a that convey the bill 100 at each edge thereof are usually different. This contact pressure is due to separate compression springs (not shown).
Furthermore, the condition of the banknote 100, that is, the strength and fold of the waist,
The wrinkle condition usually varies greatly depending on the period of use and the way it is handled. Therefore, the conventional example described with reference to FIG.
There was little difference in contact pressure between the various edges of the banknote, and there were few variations in the status of the banknote, so to speak, it was a storage operation under ideal conditions. However, in reality, due to the difference in left and right contact pressure and the variation in bill status, when pushed by the pusher, the bill is not stored properly and may collide with the next bill, resulting in jamming (jamming). There is a nature. This will be described in detail with reference to FIG. 5 again as follows. In the figure (a), the left and right edges of the banknote 100, which is initially in the broken line display position in the initial stage, are pressed by the compression springs (not shown) by the transport pulley 7 and the pressing roller 7a, respectively. The frictional force for the movement of is usually different at each edge. Moreover, the banknote 10 on the upper surface of the pusher 26
Since the frictional force with 0 is relatively small, as the pusher 26 rises, the banknote 100 slides on the upper surface of the pusher 26 in the direction in which the frictional force at each of the left and right edge portions is greater. In this case, since the frictional force on the left side is greater,
0 slides to the left and is biased as indicated by the alternate long and short dash line. In addition,
The degree of this bias is also affected by the force required for the curving deformation of the banknote 100—related to the strength of the waist. Therefore, when the pusher 26 is returned to its original position as shown in FIG. 7B, only one (right) edge of the bill 100 is conveyed by the conveying pulley 7 and the pressing roller 7a as shown by the alternate long and short dash line. And the other (left) edge is still sandwiched between them, or both left and right edges are separated from between the conveyor pulley 7 and the pressing roller 7a as shown by the two-dot chain line,
Whether to stay in the curved state before storing. In any case, when the next banknote is conveyed in this state, it is obvious that a jamming failure will occur. The purpose of this invention is to solve the above-mentioned problems of the conventional technology, and to prevent proper bill storage even if there are variations in the state of bills and imbalances in frictional force and biasing force of related members. An object of the present invention is to provide a bill storage device that is not operated.

【問題点を解決するための手段】[Means for solving problems]

本考案は、上述の目的を達成するため、中央に中空部を
有し、収納すべき紙幣の搬送方向に平行な両端縁部をガ
イドして当該紙幣の搬送路（５）を形成する搬送ガイド
（４）と、該搬送路の紙幣を前記両端縁部で挾持して搬
送する搬送部材(8,7,7a)と、ばね(6a)により前記搬送ガ
イドに向けて付勢され当該搬送ガイドとの間に紙幣の収
納空間を形成する押当板（６）と、前記紙幣の搬送時に
は前記搬送路を挟んで前記収納空間に対向する位置で方
形の平面からなる一面を当該搬送路に臨ませて前記中空
部に待機し、当該搬送路を搬送された紙幣の収納時には
当該紙幣の面と直交する方向に当該搬送路を横切って往
復することにより当該紙幣を前記収納空間に押し込み収
納する押込板(16a)とを備えた紙幣収納装置において、
前記押込板の前記搬送路に臨む平面の紙幣の搬送方向に
平行な両端縁部にそれぞれ摩擦板(20A,20B)を設けたこ
とを特徴としている。In order to achieve the above-mentioned object, the present invention is a conveyance guide having a hollow portion in the center and guiding both edge portions parallel to the conveyance direction of bills to be stored to form a conveyance path (5) for the bills. (4), a transport member (8, 7, 7a) for sandwiching and transporting the bills on the transport path at the both edge portions, and a transport guide biased by the spring (6a) toward the transport guide. And a pressing plate (6) that forms a storage space for the banknotes, and a one-sided rectangular flat surface facing the storage space across the transfer path when the banknotes are transferred. A standby plate for holding the bill in the hollow portion, and when storing the bill conveyed in the conveying path, the bill is pushed and stored in the storing space by reciprocating across the conveying path in a direction orthogonal to the plane of the bill. In a bill storage device including (16a),
It is characterized in that friction plates (20A, 20B) are provided at both end edges of the pushing plate, which are parallel to the conveyance direction of the bill on the plane facing the conveyance path.

【作用】[Action]

本考案において、収納時には、押込板の紙幣の搬送方向
に平行な両端縁部の摩擦板が、両端縁部を搬送部材によ
り挟持された紙幣に当接するので、その摩擦力により紙
幣の位置ずれが防止される。 また、搬送時には、紙幣の搬送方向に平行な両端縁部は
搬送ガイド及び搬送部材によりガイド・挟持され、その
中央部は、押込板を待機させることにより、ガイドする
ことができる。 従って、紙幣の中央部の曲がりによる搬送障害の発生を
防止することができる。この場合、紙幣の曲がりにより
当接する押込板の中央部には摩擦板が設けられていない
ので、摩擦板が搬送の障害になることはない。In the present invention, at the time of storage, since the friction plates at both edges of the pushing plate that are parallel to the banknote transport direction come into contact with the banknote whose both edges are nipped by the transport member, the frictional force causes the misalignment of the banknotes. To be prevented. Further, at the time of transportation, both edge portions parallel to the transportation direction of the bill are guided and nipped by the transportation guide and the transportation member, and the central portion thereof can be guided by waiting the pushing plate. Therefore, it is possible to prevent the occurrence of a conveyance failure due to the bending of the central portion of the bill. In this case, since the friction plate is not provided in the central portion of the pushing plate that abuts due to the bending of the bill, the friction plate does not hinder the conveyance.

【実施例】【Example】

この考案の一実施例を、以下に図を参照しながら説明す
る。 第１図は、この考案の比較例における主要部材であるプ
ッシャ16の斜視図で、このプッシャ16は従来例のプッシ
ャ26（第５図参照）の上面に摩擦板19が貼り付けられた
ものである。ところで、摩擦板19はゴム材料からなる表
面の平らなものであるが、さらに表面に細かい凹凸を付
してもよく、また、摩擦板19の稜線を鋭く立てるように
してもよい。要するに、紙幣との間に高い摩擦係数をも
つ。なお、この比較例の全体構成については後述する。 したがって、この比較例では、収納すべき紙幣を押し込
むとき、紙幣の左右各端縁部における搬送プーリ，押さ
えローラによる摩擦力に不均衡があっても、紙幣とプッ
シャ上面との摩擦力が大きいから、紙幣がプッシャに対
して左右いずれかの方向に滑って移動することを阻止す
る。なお、紙幣の腰の強さのばらつきの影響も受けな
い。摩擦板19の外周の稜線を鋭く立てることは、特に滑
り阻止機能を高める。 次に、この考案の実施例におけるプッシャ16Aについ
て、第２図を参照しながら説明する。プッシャ16Aの上
面には、全面に摩擦板が貼り付けられるのではなく、左
右の各端縁部に沿ってそれぞれ帯状の摩擦板20A,20Bが
設けられる。もちろん、各摩擦板20A,20Bの材質，表面
状態は、前記の比較例のときと同様である。紙幣を押し
込むときの紙幣の滑り阻止機能は、主として端縁部で強
く発揮されるから、その作用は前記比較例と同様とみて
よいが、この実施例においては、搬送方向の中央部に比
較例のような搬送時の障害となる摩擦板がないので、上
面を搬送路５に臨ませてプッシャ16Aを待機させ、その
上面により紙幣の搬送をガイドすることができる。 ところで、前記のプッシャ16,16Aを組み込んだ紙幣収納
装置要部の構成と動作について、第３図および第４図を
参照しながら説明する。なお、第３図は一実施例の要部
側面図、第４図(a),(b),(c),(d)はこの実施例の、紙幣
搬送方向から見た各段階別の動作説明図であり、これら
の図においては、プッシャ16,16Aを代表して符号16で示
してある。 第３図で、７は搬送プーリ、８はこれに巻掛けされた搬
送ベルト、7aは搬送プーリ７に搬送ベルト８を介して対
向接触された押さえローラで、紙幣100の搬送方向（矢
印Ｖ）に対する両側の各端部にそれぞれ設置される。搬
送ベルト８の上面と搬送ガイド４の下面との間に形成さ
れた空間が搬送路５である。紙幣100はこの搬送路５に
沿って搬送されるが、その搬送力は搬送ベルト８と押さ
えローラ7aとによって加えられるとともに、紙幣100と
搬送ベルト８との間に働く摩擦力による。10は位置セン
サで、搬送プーリ７、搬送ベルト８、押さえローラ7aの
入口のすぐ手前に設置される。 収納空間は、搬送ガイド４の上面と押当板６の下面との
間に形成され、紙幣100Aが収納されるにしたがい、押当
板６がこれと基台２との間に設けられたばね6aの力に抗
して上方向に移動され、拡大される。 第３図で、図示してない駆動モータに連結するカム軸13
には長円形のカム14が取り付けられ、このカム14は、指
令によって起動される駆動モータによって矢印方向に回
転される。また、基台２に直角方向に立設された２個の
案内軸17には、プッシャ16の案内筒16bが滑動可能に嵌
合している。このプッシャ16の上部は押込板16aであ
り、常時は搬送ベルト８のやや下方に位置する。また、
プッシャ16と基台２との間に取り付けられた引張ばね17
aによって、プッシャ16の従動面16cはカム14の表面に押
し付けられ接触する。なお、プッシャ16は既に詳細に説
明したとおりである。 上述した第３図を右方から見たものを第４図(a),(b),
(c),(d)に示す。この第４図（ａ）において、紙幣100の
搬送方向に直角な方向の両端部が、搬送ベルト８と押さ
えローラ7aとに挟まれて搬送され、この紙幣100の中間
部にプッシャ16の上面が位置し、両側の２個のカム14の
表面とプッシャ16の従動面16cとが互いに押し合って接
触している様子が示されている。 次に、紙幣収納動作について、第４図（ａ）〜（ｄ）を
主に、あわせて第３図を補助的に参照しながら説明す
る。 第４図（ａ）は、紙幣100が収納されるべき位置に停止
した状態を示す。第３図でＶ方向から搬送された紙幣10
0は図示してない鑑別部からの判定信号と、入口に設置
された位置センサ10の検知信号とにより、搬送プーリ７
が停止され、この紙幣100は収納されるべき位置で止ま
る。 ついでカム軸13が１回転することによって収納動作がお
こなわれる。まず、カム軸13の回転に応じてプッシャ16
が第４図(a),(b)のように上方に移動し、紙幣100は図で
搬送路５から持ち上げられ、既に収納されている紙幣10
0Aの下面に接する。プッシャ16の上面に設けられた摩擦
板19又は20A,20Bの働きによって、このとき紙幣100の両
端部は、左右ほぼ均等に搬送ガイド４の下面を滑りなが
ら外れていく。 第４図（ｃ）で、プッシャ16がばね6aに抗してさらに移
動し、既収納紙幣100Aの下面に新しい収納紙幣100を押
しつけ一緒に持ち上げていく。このとき紙幣100の両端
部は、完全に搬送ガイド４の下面から外れ、さらに搬送
ガイド４の上面の角を通って元の姿勢に戻る方向に、自
己復元力によって拡がりかける。 第４図（ｄ）で、プッシャ16が元の位置に戻ると、新し
く収納された紙幣100は、これまでの既収納紙幣ととも
に既収納紙幣100Aとなって、押当板6,ばね6aによって搬
送ガイド４の上面に押しつけられ、同図（ａ）の状態に
戻り収納動作が完了する。An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 is a perspective view of a pusher 16 which is a main member in a comparative example of the present invention. The pusher 16 has a friction plate 19 attached to the upper surface of a conventional pusher 26 (see FIG. 5). is there. By the way, although the friction plate 19 is made of a rubber material and has a flat surface, the surface may be further provided with fine irregularities, or the ridge line of the friction plate 19 may be sharpened. In short, it has a high coefficient of friction with bills. The overall configuration of this comparative example will be described later. Therefore, in this comparative example, when the banknotes to be stored are pushed in, the frictional force between the banknotes and the upper surface of the pusher is large even if there is an imbalance in the frictional force between the conveyance pulleys and the pressing rollers at the left and right edge portions of the banknotes. , Prevents the bills from slipping and moving to the left or right with respect to the pusher. In addition, it is not affected by the variation in the strength of the banknotes. The sharp ridge line on the outer periphery of the friction plate 19 enhances the slip prevention function. Next, the pusher 16A according to the embodiment of the present invention will be described with reference to FIG. Rubbing plates are not attached to the entire surface of the pusher 16A, but strip-shaped friction plates 20A and 20B are provided along the left and right edges, respectively. Of course, the materials and surface conditions of the friction plates 20A and 20B are the same as those in the comparative example. The function of preventing the slipping of the bill when pushing in the bill is mainly exerted strongly at the edge portion, so that the action may be regarded as the same as the comparative example, but in this example, the comparative example is provided at the central portion in the transport direction. Since there is no friction plate which obstructs the transportation, the upper surface of the pusher 16A can be made to stand by with the upper surface facing the transportation path 5, and the upper surface can guide the transportation of the bill. By the way, the structure and operation of the principal part of the bill storage device incorporating the pushers 16 and 16A will be described with reference to FIGS. 3 and 4. It should be noted that FIG. 3 is a side view of a main part of one embodiment, and FIGS. 4 (a), (b), (c), and (d) are operations of each step of this embodiment viewed from the banknote transport direction. It is an explanatory view, and in these figures, the pushers 16 and 16A are represented by the reference numeral 16. In FIG. 3, 7 is a conveyor pulley, 8 is a conveyor belt wound around the conveyor pulley, and 7a is a pressing roller that is in contact with the conveyor pulley 7 via the conveyor belt 8 in the conveying direction of the banknote 100 (arrow V). Is installed at each end of each side. The space formed between the upper surface of the transport belt 8 and the lower surface of the transport guide 4 is the transport path 5. The banknote 100 is transported along the transport path 5, and its transport force is applied by the transport belt 8 and the pressing roller 7a, and also due to the frictional force acting between the banknote 100 and the transport belt 8. A position sensor 10 is installed immediately before the entrance of the conveyor pulley 7, the conveyor belt 8 and the pressing roller 7a. The storage space is formed between the upper surface of the transport guide 4 and the lower surface of the pressing plate 6, and as the bill 100A is stored, the pressing plate 6 is provided between the spring 6a and the base 2. It is moved upward against the force of and expanded. In FIG. 3, a cam shaft 13 connected to a drive motor (not shown)
An oval cam 14 is attached to the cam, and the cam 14 is rotated in the arrow direction by a drive motor activated by a command. Further, a guide cylinder 16b of a pusher 16 is slidably fitted to two guide shafts 17 standing upright on the base 2. An upper part of the pusher 16 is a push-in plate 16a, which is normally located slightly below the conveyor belt 8. Also,
A tension spring 17 mounted between the pusher 16 and the base 2.
The driven surface 16c of the pusher 16 is pressed against and contacts the surface of the cam 14 by a. The pusher 16 has already been described in detail. Fig. 4 (a), (b), which is a view of the above-mentioned Fig. 3 from the right side,
Shown in (c) and (d). In FIG. 4 (a), both ends of the banknote 100 in a direction perpendicular to the transfer direction are sandwiched between the conveyor belt 8 and the pressing roller 7 a and conveyed, and the upper surface of the pusher 16 is located in the middle of the banknote 100. It is shown that the surfaces of the two cams 14 located on both sides and the driven surface 16c of the pusher 16 are pressed against each other and are in contact with each other. Next, the bill storing operation will be described mainly with reference to FIGS. 4A to 4D and also with reference to FIG. FIG. 4A shows a state in which the bill 100 is stopped at a position where it should be stored. Banknote 10 conveyed from V direction in FIG.
0 is a determination signal from a discrimination unit (not shown) and a detection signal from the position sensor 10 installed at the entrance to convey pulley 7
Is stopped and the bill 100 stops at the position where it should be stored. Then, the cam shaft 13 rotates once to perform the storing operation. First, the pusher 16 is rotated according to the rotation of the cam shaft 13.
Moves upward as shown in FIGS. 4 (a) and 4 (b), and the banknote 100 is lifted from the transport path 5 in the figure, and the banknote 10 already stored.
Touch the bottom of 0A. By the action of the friction plates 19 or 20A, 20B provided on the upper surface of the pusher 16, both ends of the bill 100 at this time slip off the lower surface of the transport guide 4 substantially evenly on the left and right. In FIG. 4 (c), the pusher 16 further moves against the spring 6a, and the new stored bill 100 is pressed against the lower surface of the already stored bill 100A and lifted together. At this time, both ends of the bill 100 are completely separated from the lower surface of the transport guide 4 and further spread by a self-restoring force in a direction of returning to the original posture through the corners of the upper surface of the transport guide 4. In FIG. 4 (d), when the pusher 16 returns to the original position, the newly stored banknote 100 becomes the already stored banknote 100A together with the already stored banknotes and is conveyed by the pressing plate 6 and the spring 6a. It is pressed against the upper surface of the guide 4 and returns to the state of FIG.

【考案の効果】[Effect of device]

以上のような本考案によれば、押込板の搬送路に臨む面
は方形の平面であって、当該平面の紙幣の搬送方向に平
行な両端縁部にそれぞれ摩擦板を設け、収納時には、摩
擦板の摩擦力により紙幣の位置ずれによる収納障害の発
生を防止すると共に、搬送時には、押込板で搬送ガイド
して紙幣の中央部の曲がりによる搬送障害の発生を防止
できるようにしたので、紙幣の搬送及び収納をコンパク
トな機構で確実に行うことができる。According to the present invention as described above, the surface of the push-in plate facing the conveying path is a rectangular flat surface, and friction plates are provided at both end edges of the flat surface that are parallel to the conveying direction of the banknotes to store friction. The frictional force of the plate prevents the occurrence of storage failure due to the misalignment of the banknotes, and at the time of transportation, it is possible to prevent the occurrence of the transportation failure due to the bending of the central part of the banknote by guiding the transportation with the pushing plate. It can be transported and stored reliably with a compact mechanism.

【図面の簡単な説明】[Brief description of drawings]

第１図はこの考案の比較例における主要部材の斜視図、 第２図はこの考案の一実施例における主要部材の斜視
図、 第３図は一実施例の要部側面図、 第４図(a),(b),(c),(d)は一実施例の段階別の動作説明
図、 第５図(a),(b)は従来例の段階別の動作説明図である。 符号説明 4:搬送ガイド、5:搬送路、6:押当板、 7:搬送プーリ、7a:押さえローラ、 8:搬送ベルト、16,16A:プッシャ、 16a:押込板、19,20A,20B:摩擦板、 100,100A:紙幣。FIG. 1 is a perspective view of a main member in a comparative example of the present invention, FIG. 2 is a perspective view of a main member in an embodiment of the present invention, FIG. 3 is a side view of a main part of the one embodiment, and FIG. (a), (b), (c), and (d) are operation explanatory diagrams for each step of one embodiment, and FIGS. 5 (a) and 5 (b) are operation explanatory diagrams for each step of the conventional example. Code Description 4: Conveyance guide, 5: Conveying path, 6: Pushing plate, 7: Conveying pulley, 7a: Pressing roller, 8: Conveying belt, 16, 16A: Pusher, 16a: Pushing plate, 19, 20A, 20B: Friction plate, 100,100A: Banknote.

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 【請求項１】中央に中空部を有し、収納すべき紙幣の搬
送方向に平行な両端縁部をガイドして当該紙幣の搬送路
（５）を形成する搬送ガイド（４）と、該搬送路の紙幣
を前記両端縁部で挾持して搬送する搬送部材(8,7,7a)
と、ばね(6a)により前記搬送ガイドに向けて付勢され当
該搬送ガイドとの間に紙幣の収納空間を形成する押当板
（６）と、前記紙幣の搬送時には前記搬送路を挟んで前
記収納空間に対向する位置で方形の平面からなる一面を
当該搬送路に臨ませて前記中空部に待機し、当該搬送路
を搬送された紙幣の収納時には当該紙幣の面と直交する
方向に当該搬送路を横切って往復することにより当該紙
幣を前記収納空間に押し込み収納する押込板(16a)とを
備えた紙幣収納装置において、前記押込板の前記搬送路
に臨む平面の紙幣の搬送方向に平行な両端縁部にそれぞ
れ摩擦板(20A,20B)を設けたことを特徴とする紙幣収納
装置。1. A conveyance guide (4) having a hollow portion in the center, which guides both edge portions parallel to the conveyance direction of bills to be stored to form a conveyance path (5) for the bills, and the conveyance guides (4). Conveying member (8,7,7a) that clamps and conveys the banknotes of the road at the both edge portions
And a pressing plate (6) that is urged toward the transfer guide by a spring (6a) to form a storage space for the banknote between the transfer guide, and the transfer path between the pressing plate when the banknote is transferred. At the position facing the storage space, one surface consisting of a rectangular flat surface faces the transportation path and stands by in the hollow portion, and when the banknote transported on the transportation path is stored, the transportation is performed in a direction orthogonal to the surface of the banknote. In a bill storage device having a pushing plate (16a) that pushes and stores the bill in the storage space by reciprocating across a path, the bill is parallel to the carrying direction of the flat bill facing the carrying path of the pushing plate. A bill storage device characterized in that friction plates (20A, 20B) are provided on both edge portions, respectively.