JPS5933591A - Vending machine - Google Patents
Vending machineInfo
- Publication number
- JPS5933591A JPS5933591A JP14389982A JP14389982A JPS5933591A JP S5933591 A JPS5933591 A JP S5933591A JP 14389982 A JP14389982 A JP 14389982A JP 14389982 A JP14389982 A JP 14389982A JP S5933591 A JPS5933591 A JP S5933591A
- Authority
- JP
- Japan
- Prior art keywords
- banknote
- banknotes
- bill
- storage device
- amount
- 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.)
- Pending
Links
Landscapes
- Control Of Vending Devices And Auxiliary Devices For Vending Devices (AREA)
Abstract
(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.
Description
本発明は紙幣鑑別装置を搭載した自動販売機におい℃、
紙幣の投入の有無に拘らず紙幣鑑別装置に紙幣が収納さ
れている場合には、釣銭払い出し時蚤こ当該紙幣を釣銭
として払い出し得るようにしたr目i1+販売機に関す
る。
一般に自動販売機に使用される紙幣鑑別装置は搬送通路
内を搬送する過程で紙幣の真偽を鑑別する紙幣鑑別機と
、紙幣鑑別機The present invention provides a vending machine equipped with a bill validating device that
This invention relates to a vending machine capable of dispensing a bill as change when dispensing change when a bill is stored in a bill validating device regardless of whether a bill is inserted or not. Generally, banknote validating devices used in vending machines include a banknote validating machine that distinguishes between authenticity and falsity of banknotes during the process of transporting them in a conveyance path;
【r−おいて「真」と判定された紙幣を収
納する紙幣収納装置とを備え、投入された紙幣を「真」
と判定した場合には自動販売機本体側に設けられt、:
演原制御部へ真札信号を出力するとともに搬送を停止し
て一時当該紙幣を搬送通路内に保留(エスクロ)する。
また、同時にfJil記演算制御部へエスクロ信号を出
力し、投入された紙幣が一時保留状態にあることを演算
制御部側に知らせる。そして、後述するように演算制御
部から出される指令(収金指令あるいは返金指令)に基
づい°C−C保時状態(こある紙幣を紙幣収納装置に導
いて収納し、あるいは挿入口まで戻して顧客に返金する
ようfこ制御されている。
一方、演算制御部では紙幣鑑別装置から真札信号を受け
ろとそれまで■こ投入された硬[Tの投入金額に当該紙
幣の金額を加算して商品の販売oJ否を判定し、投入金
額が商品価格より−1−回るコラムの販売fI−再能に
する。そして、顧客の選択fこ応じ゛C逐次投入金額か
ら商品価格を減算して残’l(釣銭額)を求め、この残
額と前記エスクロ信号に基づいて収金指令あるいは返金
指令を紙幣鑑別装置へ出力Jる。例えば、1.0(10
円札の真偽を鑑別する紙幣鑑別装置を搭載した自動販売
機においては、残額が1.、000円未胴となり、かつ
エスクロ信号を人力している(紙幣が一時保留状態にあ
る)場合には収金指令を、また残額がi、ooo円以上
の時に顧客が商品の購入を中止して返金操作を行ない、
L/カもエスクロ偵(」を人力しCいる場合蚤こは、返
金指令を紙幣(4・1a別装置Sへ出力rる。紙幣鑑別
装置はこれら収金指令あるいは返金指令(こ基づいて+
)t+述したように一時保留した紙幣を収金あるいは返
金する。
ところが、従来の紙幣鑑別装置は投入された紙幣を搬送
通路に一11η保))′lするため、装置の小形化に応
じC当該枚数は1枚が限1(I:c′あり、紙幣が複数
枚投入される場合には、ぞの都度逐次紙幣を紙幣収納装
置に導いて収納し、最後に投入された紙幣(真紙幣)の
みを一時保留する。したがって複数枚の紙幣を投入した
後に、商品のn:11人を取りやめて返金操作を行なっ
た場合、返金が一時保留状態の紙幣を除いて全て硬貨に
DI+1′IAされて行なわれ、顧客は払い出された硬
貨をいらいら重数iノ4Cりればならず、また返金に長
時間要することとlCす、自動販売機に対する疑心を募
ることとなる。一方向動販売機にとっても紙幣の金額に
見合うノごtJ O)多数の硬貨を払い出すため(こ釣
銭不足となり、十分なk(の硬貨が投入されるまで紙幣
鑑別装置Nを使用不可としなければならないし、また紙
幣収納装fMでは収納紙幣が満杯となっlコ場合には収
納された紙幣が回収されるまで同様に紙幣鑑別装置を使
用不可とするため紙幣鑑別装9′Nの利用度が甚jど低
いという問題がある。
本発明の目的は上述したような点に輛み、m数枚の紙幣
の返金が司能であるばかりか、紙幣の投入がなくとも、
すでに紙幣鑑別装置Nに紙幣が収納され−Cいる場合に
は当該紙幣によっ゛C返金を行なう自動販売機を提供す
ることにある。かかる目的は、搬送通路に沿って紙幣を
搬送する過程において当該紙幣の真偽を鑑別する紙幣鑑
別機と、ll1l記搬送通路に連通した連絡通路を有し
、紙幣鑑別機に」ニー)で6監別された紙幣を前記連絡
通路を介17−〇収納し、かつ収納した紙幣を紙幣鑑別
機・\と送りIII L nJ納な紙幣収納装置と、該
紙幣収納装置P1に紙幣が収納されているか否かを検知
Vる手段と、釣銭の払い出I7時にnt+記検知″:r
段からの出カイ4号と釣銭額とに基づいて紙幣の払い出
1ノの川西を判断する演算制御部とを備えるこ/二によ
っ゛C達成される。
次に本発明の一実施例を図面(こ晶づいで説明する。f
(S、 1図は本発明の−・実施例(こ使用される紙幣
鑑別装置の11(L略構成を示才側111i面図、第2
図は第1図の紙幣鑑別装置を使用17た本発明の一実施
例の構成を示すブロック線図−てす)る2、1で示J゛
紙幣鑑別装置は投入された紙幣の真f、1を鑑別する紙
幣鑑別機1厚と、紙幣鑑別機1.1で1真−1と判定さ
れた紙幣を収納し、必要に応じて当該紙幣を払い出1紙
幣収納装置召12とから構成117)。紙幣鑑別機Uは
挿入1−12より挿入され?、=紙幣を・1#送3EQ
路3の人口側に配設された図示しない1?ン−りが険知
り−ると、例えばベルトや押えローラ等から構成される
搬送機構部(図示Vず)を起wtJさせて当該紙幣を1
9!送通路3内に取り込む。そしC’ INi’χ送通
路二(内をI’R送する過程で通路に沿−)て配設さI
LL−図示しない<sil別センサからの出力信置に基
づき鑑別制御部(図示せV)が当該紙幣の真偽をζ差別
し、その結果、[真」と判定した場合にはその甘ま搬送
を継続1)で紙幣鑑別装置襲)して紙幣を搬j;クシ、
テした1−偽」と判定した場合には一旦搬送機構)τI
じ!停止1.さL!′11後即座に逆駆動させてill
;幣を挿入口2より払い出す。
紙幣収納装置&t12は図示しない収納モータに連結さ
れ回動iiJ能(こ支持されt:駆動リール4 tJ、
1、び1.+’:動リール5a、51〕と、両端をら(
<動リール4と従動リール511あるいは51月こ係山
さね、リール間に一定の張力で巻張されたチーゾロa、
(’、bと、テープ6a、5bが密接J−る。1:う(
でニフーーーゾを押圧する押えローラ7とを備え、連絡
通路8番こ沿)c。
配設された例えば発光素子と受光素rとからなる紙幣検
知用のセンサ9が搬送通路8より搬出される紙幣を検知
すると、収納モータを起動させて当該紙幣の収納動作(
圧印pilJ)を開始する。
収納モータの起動に連71111 シて114<両リー
ル4が矢印の方向に回転し、従動リール5几、51】に
巻回されjこテープ6n、(ihを一緒に巻き取り、連
絡通路8によって従動リール5n、5b間に導かれた紙
幣を、従111 +J−ル5n、5 bから送出される
テープ(in、(5b間に挾持し、駆即1リール4のテ
ープ層間に収納する。そして、紙幣の後端がセンーリ9
を通過l]、センサ9からの検知(3弓が遮断されると
、収納モータおよびH■℃幣鑑別機すの搬送機構部を停
止させるとともに、自11711販売機本体側に設けら
れた演算制御部00にラインJ、 1を介して真札受入
信号を出力(第2図参+!u ) I、て紙幣鑑別装置
1¥′iiは待機状r1βとなる。尚、第2図で破線で
示す13 Mは自動販売機を、またCMとI) Cはそ
れぞれ紙幣鑑別4i1tllの搬送機構部と鑑別制御部
とを示′す。
仁のような待機状態時にう・fント2を介して後述する
ように演算制御部0 (3から返金指令を受けると、紙
幣鑑別装置711は紙幣鑑別装置肯叱と搬送機構部とを
起動させて以[でのように紙幣の払い出し動作(逆駆1
)を開始する。
紙幣収納装置1スは収納モータを逆回Jii、させて駆
動リール4に巻き取られたテープ5rc、6bをそれぞ
れ従動リール5a、5blこ巻き戻し、駆11i1Jリ
ール4のテープ層間に収納されていた紙幣を連絡通路8
へと導く。鑑別機Uの搬送機構部は紙幣収納装置片の逆
回転と同時に逆駆動されCおり、連絡通路8から搬送通
路8へと紙幣が押し」二けられて来ると、この紙幣を例
えばベルトと押え[J−ラとの間に挟持して挿入口2へ
と搬送し、顧客に払い出す。そして、紙幣の後端が搬送
通路:3の人口側に配設された−にンサの位1t1を通
過し、1!)°りから紙幣の通過を検知した信号が出力
されると、紙幣鑑別機Uは搬送機構部を停止さ−I!、
同時に演↓パン部御部00ヘラインL3を介して広い出
し終了信号を出力する。尚、紙幣収納装置i112は紙
幣の後端が一し・ン→ノ゛9の位[?【を通過すると収
納モータを停止するため、続けて2枚の紙幣が搬送通路
8−\導がれる心配はない。
一方、演算制御部OC! u、 +iir Ml、!真
札受入信号を入力するとそれまでの投入金額(こ当該紙
幣の相当金l!l+’iを加ヨ?シ、商品価格と投入金
額とを比1ll(15シで販売「げ合を判定する。そし
て、投入金額がFjq品?+tli格を−1−回るコラ
ムの販売をrlJ riF<と(7、腫゛1客の茂択に
応じ゛C販売した商品の価格を投入金額から減多マして
残?IK< (釣銭額)を算出する。また、演算制御部
()(Jは計数器OCCを備え、+iif紀真札受入償
りを人力する度にこのd1数器OC(: tこrlJを
加詳しで紙幣収納装置片に収納さイ+、!、:紙幣枚数
をR1数ザーる。
−に連したように、演算制御部OCでc、を商品の販売
1こ応して逐次残額を求め°Cおり、釣銭の払い出し時
にはこの残額および前記a1・数冊OCCの計数値に基
づいて紙幣の払い出しのm合を判断する。
第8図は紙幣の払い出しに係ILる演鈴制御部(ンCの
I/lIJ作を示すフローチャー1・である。釣銭払い
出し時におも)ではまずスデソブIOI″Q前記残額が
紙幣の金額例えばi、ooo円以−にでJ)るか否かを
判断し、i、ooo円以上であればステップ102へ、
またi、ooo円未満であればステップ1()8へとj
lAむ。ステップ102ではOil記d記数1数器OC
O数値がrOJか否かを判断し、「0」の場合に1:j
ステップ108へ、またI−Ojでない場合にはステッ
プ104へと進む。このJ、う(ζ残額が1.0001
’1以上で計数器000の計数値が「0」でない局舎に
はステップ104で紙幣鑑別装置1に返金指令を出力す
る。一方、紙幣鑑別装置1は返金指令に基づいて紙幣収
納装[12tこ収納していた紙幣を挿入[:12から払
い出し、この払い出しを確認すると前述したように払い
出し終、r信門を演↓?制御部()Cへと出力する。演
算制御部()Cではステップ105テこの払い出し終了
信号の入力の有無をチェックし、信号を入力するとステ
ップ106へ進/しで残額から紙幣の金額例えばl、
OOOpJヲ(t4 ′1.’、(Lz fJiたに残
額を求め、ステップl 07 c計数器oCcの計数値
からrlJを減厚してステップI O+−。
と戻り、再び紙幣の払い出しのn16を判1析ずろ。
そして、残額が1.000円未i、iとなるかあるいは
計数器OCCの計数値が[−〇」となった場合にはステ
ップ103へと移り、残りの金額を硬貨で払い出す。尚
、硬貨の払い出しに関し−Cは従来の自1fIIJ販売
機と同様であるので説明を割愛#−る。
まIこ、紙幣が投入されない場合でも釣銭としての紙幣
の払い出しは残額と旧敵冊00 にの計数値に基づいて
行なわれるため、残額がt、ooo円以上でしかもh1
数器000の旧数値が[−〇」でなければ演算制御部0
(jから返金指令が出力され、紙幣の払い出しが行j
、【われる。尚、硬貨および(あるいは)紙幣を投入後
、商品を購入汁ずに返金操作が行なわれた場合に、前記
残額の替わりに投入金額とR1数器OCCの81数値(
こJAiづいて投入金額が幣鑑別装置の(I!L略構成
を示す側断面図、fr’ 5図は第4図のIC幣鑑別装
置を使用1. ?、1m本発明の第2の実施例の構成を
示すブロック線図である。第1図の紙幣鑑別装置iと比
較して第4図の装置は紙幣収納装置化においで収納され
た紙幣の有11!(を検知する例えば発光素子と受光素
子とからなる収納紙幣tA9.JI用のセンサ10がテ
ープ6n、(ib間(こ挾持された紙幣(テープ6FL
、6bは一フープ、1、り幅が狭く、紙幣のテープより
はみ出した?′j1澱))を挾むように股りられている
。また第2図と第5図とを比較してみると、第5図にお
(Jる演1^制御部OCは第2図で収納した紙幣枚数を
旧敵するd1数器(JCCを(4Nえる替わりに紙幣収
納装置仁11からライン1.4を介し−C信弓を入力す
るJ: ’:l lこ構成され−(°いる。
紙幣鑑別装置1は第1図の装置と同J゛1J’1tJE
幣鍾別機俸おいて1−真−1と判定した紙幣を紙幣収納
装征j叱へ搬送し、デープロa、6b間(こ挾持したま
ま駆動リール4Gこ巻き取る。そし−〔、紙幣の後端が
センーリ゛9を通過すると紙幣鑑別f’=ii Jj
(/J打ン送(当4#’1部および紙幣鑑別装置叱を停
由さliるとともにラインLlを介して自動販売機本体
側の7ji J?、 +l・ll i:ll1部OCへ
真札受入イへ号を出力し、かつ、紙幣収納装置化の停止
に什ないセンサ10がらの紙幣検知借りに基づいてライ
ンL4を介して返金再信号を出力(IF> 5図参照)
する。
一方、演算制御部00は第1の実施例と同様真札受入信
YJを人力ずろとそ11.+での投入金W141こ当該
紙幣の相当金整1を加算しく商品の販売nl合を判定す
る。そして1lfi品の販売に1,15じて逐次残額(
釣5:’j、 1(l! ) fr: 2>Lll 1
7、(”J 銭(7) 払イ出1/ 時ニ1.t コ(
7,) M f(4お、1:びr’+il記返金川信月
に用づい゛(紙幣の払い出しの川f1を判断する。つま
り、残額が例オげl、+100円以−1で、しかも返金
可イ目号を人力1−/ ”cいろ嚇fzに紙幣6Vui
別装置N、1ヘライ゛/1,2を介し゛C返金指令を出
力Lz、ilt幣収納装置兇りこ収納されt:紙幣を払
い出(/さU′る。そ17て、紙幣の払い出りを確kH
シたAJ[、幣鑑別装:r:i、 1からライン1,3
を介しτ払い出1)終了(ii月を受けると、IJ!+
記残額から紙幣の金額例λ−ば1,000円を1威神し
でη[た(こ残額を求め、この残Willと返金可信号
の人力有無によって再び紙幣の払い出しの可とj’e判
断する、。
紙幣収納装jiL′l移に配設された1ζン1す1oが
らのg1℃幣倹知検知1号は士ンーリ位II!ltを6
1し幣が+jlI ’;t7Mす−ろことによって一且
遮断されるものの、可曲J’)−ル4がち繰り出される
次の紙幣を検知して、1■1び出力される。したがって
、紙幣鑑別装j、j″1′」、は紙幣の払い出し動作に
伴ない遮断しでい/:、jは金nJ伯1’lをltJ着
13収納装置しの停止とともに再び1iii 、ill
制御部U eへ出力し、次の紙幣払い出しのI!J 占
判断IC,(’!ifえる。
また、紙幣が投、入されない場合でも、nl、幣収納装
置f?12に紙幣が収納されているならは紙幣MAi別
装置1から返金可信号が出力されているので、残額によ
って演算制御部OCから返金指令か出力される。実施例
では紙幣収納装置化の停止ととも(こ返金可イロ弓を出
力するようlこ構成しtこが、セン4月0が紙幣を検知
した時点で出力しても良い。
尚、上述した実施例ではテープの層間に紙幣を挾んで収
納する紙幣収納装置〆イについて説明したが、例えば複
数個のスパイラルの溝に紙幣を導入し、スパイラルの回
転に応じCスパイラルの’I’l’1 方向+こ紙幣を
移送して逐次溝内【こ収納するスパイラル式の紙幣収納
装置であっても本発明は有効である。
以上述べtコとおり本発明によ11ば紙幣鑑別装置を搭
載しjコ自動販売機において、鑑別の結果1川と判定さ
れた紙幣を逐次収納VろNJ(幣収納装置が11′:逆
駆動< nrs述した紙幣の収納ならびに収納した紙幣
の払い出し) i’l能で、かつ、紙幣収納装置に紙幣
が収納されでいるか?1かを検知する+段(例えばd1
数器もしくは紙幣検知1!ン゛す)を設け、釣銭の払い
出し時にはこの検り」1手段からの出力と釣銭額とに基
づいて紙幣の払い出しの川西を判断するよう(こ構成し
たので、紙幣の投入の有無(こまらづ゛釣銭額に応じ°
C複数枚の紙幣が払い出し用能となり、また返金に要す
る時間を短縮することができるという利点を有する。A banknote storage device that stores banknotes determined to be "true" in [r-], and the inserted banknotes are
If it is determined that t is installed on the vending machine main body:
It outputs a genuine bill signal to the denominator control unit, stops conveyance, and temporarily reserves (escrows) the banknote in the conveyance path. At the same time, it outputs an escrow signal to the calculation control section to inform the calculation control section that the inserted banknotes are temporarily on hold. Then, as will be described later, based on a command (collection command or refund command) issued from the arithmetic control unit, the °C-C time keeping state (the banknotes are guided to the banknote storage device and stored, or returned to the insertion slot). On the other hand, the arithmetic control unit receives a genuine bill signal from the bill validator and adds the amount of the bill to the amount of the inserted bill. Determine whether or not the product will be sold, and set the sales fI- to the columns where the input amount is -1 - more than the product price.Then, depending on the customer's selection, the product price is sequentially subtracted from the input amount and the remaining amount is '1 (change amount) is determined, and a collection command or a refund command is output to the bill validator based on this remaining amount and the escrow signal.For example, 1.0 (10
In a vending machine equipped with a banknote discrimination device that distinguishes the authenticity of yen bills, the remaining amount is 1. ,000 yen remains unfunded and the escrow signal is manually activated (the banknotes are temporarily on hold), a payment command is issued, and when the remaining amount is i, ooo yen or more, the customer cancels the purchase of the product. to perform the refund operation,
If the L/KA also performs the escrow inspection manually, the flea outputs a refund command to a separate device S for banknotes (4.1a).The banknote validator outputs these collection commands or refund commands based on
) t + Collect or refund the temporarily suspended banknotes as described above. However, in conventional banknote validating devices, the inserted banknotes are kept in the conveyance path. When a plurality of banknotes are inserted, the banknotes are guided into the banknote storage device and stored one after another each time, and only the last banknote (genuine banknote) inserted is temporarily held.Therefore, after a plurality of banknotes are inserted, If you cancel product n: 11 people and perform a refund operation, all coins will be refunded with DI+1'IA except for the banknotes that are temporarily on hold, and the customer will be unable to return the paid coins to the number i. 4C, and it takes a long time to get the money back, raising suspicions about vending machines.Even for one-way vending machines, there are many coins that are not worth the amount of banknotes. In order to pay out coins, the banknote validator N must be disabled until a sufficient number of coins are inserted. There is a problem in that the degree of utilization of the bill validator 9'N is extremely low because the bill validator is similarly disabled until the stored banknotes are collected. Not only is he in charge of returning several meters of banknotes, but even if no banknotes are inserted,
To provide a vending machine which, when a banknote is already stored in a banknote validator N, refunds the banknote using the banknote. This purpose is to have a banknote validating machine that distinguishes the authenticity of banknotes in the process of conveying the banknotes along the conveying path, and a communication path communicating with the conveying path, and to provide a banknote validating machine with a The supervised banknotes are stored through the communication passage 17-0, and the stored banknotes are sent to a banknote validating machine/\. A means for detecting whether or not there is a person there, and a means for detecting whether or not there is a change, and a means for detecting nt + mark at the time of paying out change.
(C) is achieved by including an arithmetic control section that determines the amount of money to be paid out of banknotes based on the payout number 4 from the bank and the amount of change. Next, one embodiment of the present invention will be explained with reference to the drawings.
(S, Figure 1 shows an embodiment of the present invention (11 (L) schematic configuration of the banknote validating device used in this invention is a view on the display side 111i, and the second
The figure is a block diagram showing the configuration of an embodiment of the present invention using the bill validating device shown in FIG. 117; a banknote validating device 12 for storing banknotes determined to be 1 true -1 by the banknote validating machine 1.1 and dispensing the banknotes as necessary; ). Is the banknote validator U inserted from insertion 1-12? , = bill ・1# send 3EQ
1 (not shown) installed on the population side of Road 3? When the banknotes become difficult to move, the conveyance mechanism (not shown in the figure) consisting of, for example, a belt and a presser roller is raised and the banknotes are moved one by one.
9! It is taken into the feed passage 3. Then, C'INi'χ is arranged along the feeding path 2 (along the path during the I'R feeding process).
LL - Based on the output from the <sil sensor (not shown), the discrimination control unit (V shown) discriminates the authenticity of the banknote, and if it is determined to be true, the banknote is untransferred. Continuing step 1), attack the bill validator) and transport the bill.
1 - False", the transport mechanism) τI
character! Stop 1. Sa L! Immediately reverse drive after '11 ill
;Pay out the banknotes from the insertion slot 2. The banknote storage device &t12 is connected to a storage motor (not shown) and is supported by a drive reel 4t,
1, bi1. +': moving reels 5a, 51] and both ends (
<The movable reel 4 and the driven reel 511 or 51 are tied together, and the chisel a is wound with a constant tension between the reels.
(', b and the tapes 6a, 5b are in close contact with each other. 1: U(
c. When the sensor 9 for detecting banknotes, which includes a light-emitting element and a light-receiving element r, detects a banknote being carried out from the conveyance path 8, the storage motor is activated to perform the storage operation (
Start coining pilJ). When the storage motor is started, both reels 4 rotate in the direction of the arrows, and are wound around the driven reels 5 and 51. The banknotes guided between the driven reels 5n and 5b are held between the tapes fed out from the driven reels 5n and 5b, and then stored between the tape layers of the first reel 4. , the trailing edge of the banknote is Senri 9
1], detection from sensor 9 (3) When the bow is cut off, the storage motor and the transport mechanism of the H■°C bill validator are stopped, and the calculation control provided on the main body of the vending machine 11711 stops. A genuine bill acceptance signal is output to section 00 via line J, 1 (see Fig. 2 +!u) I, and the banknote validating device 1\'ii becomes a standby signal r1β.In addition, the broken line in Fig. 2 13M indicates a vending machine, and CM and I)C indicate a conveyance mechanism section and a discrimination control section of the banknote discrimination system 4i1tll, respectively. When the banknote discriminator 711 receives a refund command from the arithmetic control unit 0 (3) through the banknote 2 during a standby state, the banknote validator 711 activates the banknote validator and the transport mechanism. From then on, the bill dispensing operation (reverse drive 1)
). The banknote storage device 1 rotates the storage motor in the reverse direction to rewind the tapes 5rc and 6b wound on the drive reel 4 to the driven reels 5a and 5bl, respectively, and stores the tapes between the tape layers of the drive reel 4. Banknotes connecting passage 8
lead to. The conveyance mechanism section of the discriminator U is reversely driven at the same time as the reverse rotation of the banknote storage device piece, and when a banknote is pushed from the communication path 8 to the conveyance path 8, the banknote is held by a belt, for example. [It is held between J-Ra and transported to the insertion slot 2, and dispensed to the customer. Then, the rear end of the banknote passes through the - position 1t1 arranged on the population side of the conveyance path 3, and 1! ) When a signal indicating the passage of a banknote is outputted from the 1st position, the banknote validator U stops the transport mechanism section. ,
At the same time, a wide bread end signal is output via the bread control section 00 line L3. Note that the banknote storage device i112 has the rear end of the banknote at the 1-9 position [? Since the storage motor is stopped after passing through [, there is no need to worry about two bills being led to the conveyance path 8-\ in succession. On the other hand, the calculation control unit OC! u, +iir Ml,! When the genuine bill acceptance signal is input, add the amount of money inserted so far (this is the amount equivalent to the banknote in question l!l+'i?), compare the product price and the amount inserted .Then, the sales of columns whose input amount goes around Fjq product? and calculates the remaining ?IK< (change amount). Also, the arithmetic control unit () (J is equipped with a counter OCC, and each time the +iif era genuine bill acceptance redemption is manually performed, this d1 counter OC (: t Store this rlJ in detail in the banknote storage device piece +,!,: The number of banknotes is calculated by R1. The remaining amount is calculated sequentially, and when paying out change, the amount of money to be paid is determined based on this remaining amount and the count value of the a1 and several OCCs. The control unit (flowchart 1 showing the I/lIJ operation of C. Mainly when paying out change) first checks whether the remaining amount is the amount of the banknote, e.g. i, ooo yen or more. Determine whether or not, and if it is more than i,ooo yen, go to step 102,
Also, if it is less than i, ooo yen, go to step 1 () 8.
lAmu. In step 102, Oil notation d number 1 numeral OC
Determine whether the O value is rOJ or not, and if it is "0", set 1:j
The process proceeds to step 108, and if it is not I-Oj, the process proceeds to step 104. This J, U (ζ balance is 1.0001
In step 104, a refund command is output to the banknote validating device 1 for those stations where the count value of the counter 000 is not ``0'' and is ``1'' or more. On the other hand, based on the refund command, the banknote validating device 1 pays out the stored banknotes from the banknote storage device [:12] and confirms this payout. It is output to the control unit ()C. In step 105, the arithmetic control unit ()C checks whether the payout end signal is input or not, and when the signal is input, the process proceeds to step 106, where the amount of the banknote is calculated from the remaining amount, for example, l,
OOOpJwo(t4 '1.', (Lz fJi) Calculate the remaining amount, step l 07 c Decrease rlJ from the count value of counter oCc and return to step I O+-. Return to n16 of bill dispensing again. If the remaining amount is less than 1,000 yen i, i or the count value of the counter OCC is [-0], proceed to step 103 and pay the remaining amount in coins. Regarding the dispensing of coins, I will omit the explanation as it is the same as the conventional 1fIIJ vending machine.Also, even if no bills are inserted, the dispensing of bills as change will be the same as the remaining amount and the old one. Since it is based on the count value of enemy book 00, if the remaining amount is t, ooo yen or more and h1
If the old value of the digit counter 000 is [-〇], the arithmetic control unit 0
(The refund command is output from j, and the banknotes are paid out in line j.
, [Beware. In addition, if a refund operation is performed after inserting coins and/or banknotes without purchasing the product, the inserted amount and the 81 value of R1 OCC will be used instead of the remaining amount.
According to this JAi, the input amount is 1.?, 1m. FIG. 4 is a block diagram showing the configuration of an example.Compared with the bill validating device i in FIG. 1, the device in FIG. The sensor 10 for stored banknotes tA9.JI, which consists of a light-receiving element and
, 6b is one hoop, 1, the width is narrow and it protrudes from the tape of the banknote? It is straddled so as to sandwich the 'j1 lee)). Comparing Figure 2 and Figure 5, we find that in Figure 5, the control unit OC calculates the number of banknotes stored in Figure 2 using the old enemy d1 counter (JCC). 4N instead of inputting the -C credit card from the banknote storage device 11 through the line 1.4, the banknote validating device 1 is configured as shown in FIG.゛1J'1tJE
The banknotes determined to be 1-true-1 by the banknote dispensing machine are transported to the banknote storage unit, and are wound up on the drive reel 4G while being held between the banknotes a and 6b. When the rear end passes through the sensor 9, the banknote is discriminated f'=ii Jj
(/J stamp sending (This 4#' 1st part and the banknote validating device are stopped, and the 7ji J?, +l・ll i:ll1 part OC on the vending machine main body side is sent via line Ll.) It outputs a signal to the banknote acceptor A, and also outputs a repayment signal via line L4 based on the banknote detected by the sensor 10 which is insufficient to stop the banknote storage device (IF> see Figure 5).
do. On the other hand, the arithmetic control unit 00 receives the genuine bill YJ manually as in the first embodiment. To the input money W141 at +, the equivalent amount of the banknote 1 is added to determine whether the product will be sold or not. Then, the remaining amount (
Fishing 5: 'j, 1 (l!) fr: 2>Lll 1
7, ("J coin (7) payout 1 / time 1.t ko (
7,) M f (4 o, 1:bi r' + il note is used for refund river Shingetsu (judges the river f1 of banknote payout. In other words, if the remaining amount is +100 yen or more -1) , moreover, it is refundable and the banknote number is 1-/”C color threat fz and banknote 6Vui
Another device N outputs a C refund command via lines 1 and 2 Lz, the banknote storage device is stored, and the banknotes are dispensed (/U'). Confirm the situation.
Shita AJ[, banknote identification: r:i, 1 to line 1, 3
τ payout via 1) End (when receiving ii month, IJ! +
From the remaining amount of the banknote, the example of the amount of the banknote is λ - 1,000 yen, and η Judgment.The g1℃ bill smart detection No. 1 of the 1ζ-n 1s 1o arranged in the bill storage device jiL'l transfer is the second place II!lt.
Although the 1st banknote is blocked once by the +jlI';t7M slot, the bendable J')-rule 4 detects the next banknote to be fed out, and the next banknote is outputted. Therefore, the banknote discriminator j, j''1', cannot be shut off with the operation of dispensing banknotes.
It is output to the control unit Ue, and the next banknote payout I! J fortune-telling IC, ('!if is true. Also, even if a bill is not inserted, if a bill is stored in nl, bill storage device f?12, a refund possible signal is output from bill MAi separate device 1. Therefore, depending on the remaining amount, a refund command is output from the calculation control unit OC. It may be outputted when month 0 detects a banknote. In the above embodiment, a banknote storage device that stores banknotes by sandwiching them between layers of tape has been described, The present invention is also effective even in a spiral-type bill storage device that introduces a bill, transfers the bill in the 'I'l'1 direction of the C spiral according to the rotation of the spiral, and stores the bill sequentially in the groove. As stated above, according to the present invention, in a vending machine equipped with a bill validating device 11, banknotes determined to be 1 as a result of the validation are sequentially stored. Driving < nrs (storage of banknotes and dispensing of stored banknotes as described above)
Quantity or banknote detection 1! When dispensing change, the checker determines whether or not bills are to be dispensed based on the output from the first means and the amount of change.゛Depending on the amount of change°
C. It has the advantage that a plurality of bills can be dispensed and the time required for refund can be shortened.
第1図は本発明の第1の実施例(こ使用される紙幣鑑別
装置叔の概略構成を示す側1すi面図、第2図は第1図
の紙幣鑑別装置を使用した本発明の第1の実施例の構成
を示すブロック線図、第3図はpH2図における演算制
御部の釣銭払い出しのU(11作を示すフローチャート
、第4図は本発明の第2の実施例に使用される紙幣鑑別
装置のJl+7.略構成を示す側断面図、115図は第
4図の紙幣鑑別装置を使用した本発明の第2の実施例の
構成を示すブロック線図。
8・・・搬送通路、8・・・連絡通路、10・・・セン
サ、l・・・紙幣鑑別機、叱・・・紙幣収納装置I″t
、す0・・・l”t”+ K?制御部、00 C・・・
劇数冊。
第1図
第2図
第3図FIG. 1 is a side view showing a schematic configuration of a banknote validating device according to a first embodiment of the present invention. FIG. FIG. 3 is a block diagram showing the configuration of the first embodiment, FIG. 3 is a flowchart showing change dispensing U (11 operations) of the arithmetic control unit in the pH 2 diagram, and FIG. 115 is a block diagram showing the configuration of a second embodiment of the present invention using the banknote validating device shown in FIG. 4. 8... Conveyance path , 8... Communication path, 10... Sensor, l... Bill validating machine, scolding... Bill storage device I″t
, Su0...l"t"+K? Control unit, 00C...
Several plays. Figure 1 Figure 2 Figure 3
Claims (1)
いて当該紙幣の真偽を鑑別する紙幣鑑別機と、前記搬送
通路に連通した連絡通路を有し、紙幣鑑別4u%Iこお
いて鑑別されIコ紙幣を1lil記連絡通路を介しで収
納し、かつ収納した紙幣を紙幣鑑別機へと送り出し可納
な紙幣収納装置と、該紙幣収納装置に紙幣が収納され°
Cいるか否かを検知する手段と、釣銭の払い出し時に前
記検知手段からの出力信号と釣銭額と(こ]I(づいて
紙n’s ”’月l、い出[)の可否を判断する演算制
御部側を備えたことを特徴とする自jllll販売((
1シ[Scope of Claims] 1) A vortex for conveying banknotes along a conveyance path; A banknote storage device capable of storing I banknotes that have been verified in the 4u%I through a 1 liter communication passage and feeding the stored banknotes to a banknote validator; and a banknote storage device that stores banknotes in the banknote storage device. Been °
A means for detecting whether or not there is a change, and an output signal from the detection means and the amount of change at the time of paying out change, and determining whether or not the paper is available. Jllll sales ((
1 shi
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP14389982A JPS5933591A (en) | 1982-08-19 | 1982-08-19 | Vending machine |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP14389982A JPS5933591A (en) | 1982-08-19 | 1982-08-19 | Vending machine |
Publications (1)
Publication Number | Publication Date |
---|---|
JPS5933591A true JPS5933591A (en) | 1984-02-23 |
Family
ID=15349644
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP14389982A Pending JPS5933591A (en) | 1982-08-19 | 1982-08-19 | Vending machine |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS5933591A (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH0565267U (en) * | 1992-02-21 | 1993-08-31 | 克己 小川 | Cushion pillow and pillow core |
US10409140B2 (en) | 2017-09-21 | 2019-09-10 | Qioptiq Photonics Gmbh & Co. Kg | Method for multi-longitudinal mode continuous wave output based on multi-mode resonant OPO technology |
Citations (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS5468299A (en) * | 1977-11-10 | 1979-06-01 | Nippon Signal Co Ltd:The | Automatic vending machine |
JPS5767452A (en) * | 1980-10-13 | 1982-04-24 | Fuji Electric Co Ltd | Receiving device paper sheet |
-
1982
- 1982-08-19 JP JP14389982A patent/JPS5933591A/en active Pending
Patent Citations (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS5468299A (en) * | 1977-11-10 | 1979-06-01 | Nippon Signal Co Ltd:The | Automatic vending machine |
JPS5767452A (en) * | 1980-10-13 | 1982-04-24 | Fuji Electric Co Ltd | Receiving device paper sheet |
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH0565267U (en) * | 1992-02-21 | 1993-08-31 | 克己 小川 | Cushion pillow and pillow core |
US10409140B2 (en) | 2017-09-21 | 2019-09-10 | Qioptiq Photonics Gmbh & Co. Kg | Method for multi-longitudinal mode continuous wave output based on multi-mode resonant OPO technology |
US10409139B2 (en) | 2017-09-21 | 2019-09-10 | Qioptiq Photonics Gmbh & Co. Kg | Light source with multi-longitudinal mode continuous wave output based on multi-mode resonant OPO technology |
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