JPS6339798Y2 - - Google Patents

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Publication number
JPS6339798Y2
JPS6339798Y2 JP1982119193U JP11919382U JPS6339798Y2 JP S6339798 Y2 JPS6339798 Y2 JP S6339798Y2 JP 1982119193 U JP1982119193 U JP 1982119193U JP 11919382 U JP11919382 U JP 11919382U JP S6339798 Y2 JPS6339798 Y2 JP S6339798Y2
Authority
JP
Japan
Prior art keywords
coins
chute
coin
denomination
optical axis
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.)
Expired
Application number
JP1982119193U
Other languages
Japanese (ja)
Other versions
JPS59100365U (en
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
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Priority to JP11919382U priority Critical patent/JPS59100365U/en
Publication of JPS59100365U publication Critical patent/JPS59100365U/en
Application granted granted Critical
Publication of JPS6339798Y2 publication Critical patent/JPS6339798Y2/ja
Granted legal-status Critical Current

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Description

【考案の詳細な説明】 「産業上の利用分野」 本考案は、ホツパーに投入される混合硬貨を金
種別に選別計数し、これら選別計数された硬貨を
各金種毎に着脱自在に設けられている集積容器に
案内して金種別に収納するようになした硬貨選別
計数機に関するものである。
[Detailed description of the invention] "Industrial application field" This invention separates and counts mixed coins put into a hopper by denomination, and separates and counts these sorted coins for each denomination by attaching and detaching them. This invention relates to a coin sorting and counting machine that guides coins into a collecting container and stores them according to denomination.

「従来の技術」 従来、金種毎に設けられた硬貨通路および着脱
自在の分離室を具備する硬貨分類計数装置とし
て、特公昭41−19781号公報に示すものがある。
``Prior Art'' Conventionally, there is a coin sorting and counting device equipped with a coin passage provided for each denomination and a detachable separation chamber as shown in Japanese Patent Publication No. 19781-1978.

すなわち、この公報には、モータによつて回転
される硬貨ドラム1の円形孔2により硬貨12を
硬貨コンベア3に送り、この上を硬貨12が転動
落下し、それぞれの大きさに従つて案内羽根11
により透明の硬貨通路4内に分類され、さらにこ
の硬貨通路4内に分類された硬貨12を同期作動
送り装置10によつて硬貨通路4から出し、それ
ぞれの硬貨の価格に応じて共通軸13に固着した
受け箱8内に落下させ、回転ハンドル7を操作す
ることにより受け箱8内の硬貨をその下側に着脱
自在に設けた分離室9内に排出できるようになし
たものである。
That is, in this publication, coins 12 are sent to a coin conveyor 3 through a circular hole 2 of a coin drum 1 rotated by a motor, and the coins 12 roll and fall on this conveyor, and are guided according to their sizes. Feather 11
The coins 12 sorted into the transparent coin passage 4 are then taken out from the coin passage 4 by the synchronized feeding device 10 and transferred to the common shaft 13 according to the price of each coin. By dropping coins into a fixed receiving box 8 and operating a rotary handle 7, the coins in the receiving box 8 can be discharged into a separation chamber 9 which is detachably provided below the receiving box.

また、他の従来技術として、硬貨による光線の
遮断によつて硬貨の集積量を検知する手段を備え
た硬貨分類計数装置として、実公昭47−18007号
公報に示すものがある。
Further, as another prior art, there is a coin sorting and counting device equipped with means for detecting the amount of accumulated coins by blocking the light beam by the coins, as disclosed in Japanese Utility Model Publication No. 18007/1983.

すなわち、この公報には、硬貨投入口2より投
入された硬貨を硬貨分類軌道3で分類して、硬貨
の金種毎に設けられている落下軌道12内へ誘導
して計数した後、つり銭蓄積用筒13内に整列集
積させるとともに、ある金種のつり銭蓄積用筒1
3内の集積硬貨量が一定量以上あることをそれぞ
れのつり銭蓄積用筒13毎に設けられているラン
プ16と光電導素子17によつて検出した際に
は、落下軌道12内のゲート10をソレノイド9
の励磁を解くことによつて切り換え、その金種と
して分類された硬貨を金庫5内に落下させて収納
するようになしたものである。
That is, this publication states that coins inserted from the coin slot 2 are sorted by a coin sorting track 3, guided into a falling track 12 provided for each coin denomination, counted, and then changed. In addition to aligning and accumulating change in the cylinder 13, the cylinder 1 for accumulating change of a certain denomination
When it is detected by the lamp 16 and photoconductive element 17 provided for each change accumulation tube 13 that the amount of accumulated coins in the change storage tube 3 is more than a certain amount, the gate 10 in the falling trajectory 12 is activated. Solenoid 9
By releasing the excitation of the denomination, the coins classified as that denomination are dropped into the safe 5 and stored therein.

「考案が解決しようとする問題点」 しかしながら、前者の硬貨分類計数装置には、
硬貨通路4、受け箱8および分離室9内に一時貯
留または収納される硬貨の集積量検出装置が設け
られておらず、硬貨通路4内、受け箱8内または
分離室9内が硬貨で満杯状態にあるときにさらに
硬貨が供給されることになると、硬貨コンベア3
上に分類された硬貨があふれて案内羽根11によ
る分類が不能となるか、受け箱8内の硬貨があふ
れて同期作動送り装置10による硬貨の送り出し
が不能となるか、あるいは分離室9内の硬貨があ
ふれて受け箱8の回動を阻止したり、さらには前
記各部を破損したり、各部からあふれた際に装置
内に飛散したりするなどの不都合が生じることに
なる。
``Problems that the invention attempts to solve'' However, the former coin sorting and counting device has
A device for detecting the amount of coins temporarily stored or stored in the coin passage 4, receiving box 8, and separation chamber 9 is not provided, and the coin passage 4, receiving box 8, or separating chamber 9 is full of coins. If more coins are to be supplied in the state, the coin conveyor 3
Either the coins sorted above overflow and the guide blades 11 cannot sort the coins, or the coins in the receiving box 8 overflow and the synchronous operation feeding device 10 becomes unable to send out the coins, or the coins in the separation chamber 9 This may cause inconveniences such as coins overflowing and blocking the rotation of the receiving box 8, damaging the various parts, or scattering inside the device when coins overflow from the various parts.

また、後者の硬貨分類計数装置には、つり銭蓄
積用筒13毎にその集積量を検出して硬貨を振り
分けるゲート10を作動させるセンサが設けられ
ているが、これは投入される硬貨をつり銭用に使
用するため、つり銭蓄積用筒13に案内するか否
かを判断するために設けられたもので、従つてこ
のセンサは金種毎のつり銭蓄積用筒13にそれぞ
れ設けられている。
The latter coin sorting and counting device is equipped with a sensor that detects the accumulated amount of each change accumulation cylinder 13 and operates a gate 10 that distributes coins. This sensor is provided to determine whether or not to guide the change to the change storage tube 13 for use in the change storage tube 13. Therefore, this sensor is provided in each change storage tube 13 for each denomination.

他方、この後者の硬貨分類計数装置には、つり
銭蓄積用筒13に案内されなかつた硬貨を金種毎
に収納する金庫5が設けられているが、この金庫
5には収納される硬貨の集積量検出装置が設けら
れておらず、この金庫5内の硬貨があふれて落下
軌道12を前記センサ位置までふさぐことになる
と、つり銭蓄積用筒13内に硬貨がないにもかか
わらず、つり銭蓄積用筒13内が満杯として硬貨
が案内されず、最終的につり銭不足によるつり銭
投出不良が発生する恐れが生じる。
On the other hand, this latter coin sorting and counting device is provided with a safe 5 that stores coins that have not been guided into the change storage cylinder 13 by denomination. If a coin amount detection device is not provided and the coins in this safe 5 overflow and block the fall trajectory 12 to the sensor position, even though there are no coins in the change storage tube 13, the change storage If the tube 13 is full, the coins will not be guided, and there is a risk that change will eventually be thrown out incorrectly due to lack of change.

本考案は、上記事情を鑑みなされたもので、金
種別に選別された硬貨を収納する集積容器に、た
だ一種類の金種でも硬貨が多量に収納されてあふ
れださぬようその収納量を検出するとともに、一
種類でも硬貨が多量に収納されたことを検出する
と機械の運転を停止するようになしたものであ
る。
The present invention was developed in view of the above circumstances, and the storage capacity of the storage container for storing coins sorted by denomination is limited so that a large number of coins of only one denomination do not overflow. In addition to this, the machine stops operating if it detects that a large amount of even one type of coins has been stored.

「問題点を解決するための手段」 上記問題点を解決するため、金種別に選別計数
された硬貨を各金種毎の集積容器に案内するべく
並列状に横一列に設けられた金種別の導出シユー
トと、これら横一列に設けられた各導出シユート
群の両側で且つ各導出シユートの出口直下近傍に
その光軸が配置された一対の投受光器と、着脱自
在の集積容器が導出シユート下方位置に正しく格
納したときにのみ前記一対の投受光器の光軸が通
光されるようその側壁に貫通孔が形成された集積
容器と、前記一対の投受光器が遮光状態となつた
時に機械の運転を停止せしめる制御機構とを設け
るものである。
"Means for Solving the Problem" In order to solve the above problem, coins for each denomination are arranged horizontally in parallel in order to guide coins that have been sorted and counted by denomination to a collection container for each denomination. A lead-out chute, a pair of light emitters and receivers whose optical axes are arranged on both sides of each group of lead-out chute provided in a horizontal line and near the exit of each lead-out chute, and a removable accumulation container below the lead-out chute. an accumulation container having a through hole formed in its side wall so that the optical axes of the pair of light emitters and receivers can pass through only when the light emitters and receivers are stored in the correct position; A control mechanism for stopping the operation of the system is provided.

「作用」 金種別に選別計数された硬貨が導出シユートに
案内されて各金種毎の集積容器内に収納される
と、この集積容器の上部であつて導出シユート出
口直下近傍にその光軸が配置された一対の投受光
器により、その集積容器内の硬貨の収納状態が監
視され、この一対の投受光器が遮光状態となると
機械の運転が自動的に停止せしめられる。
``Operation'' When the coins that have been sorted and counted by denomination are guided to the output chute and stored in the accumulation containers for each denomination, the optical axis of the coins is located at the upper part of the accumulation container and near the exit of the output chute. A pair of arranged light emitters and receivers monitors the storage state of coins in the accumulation container, and when the pair of light emitters and receivers become light-blocked, the operation of the machine is automatically stopped.

「実施例」 次に、図面に示す実施例に基づいて説明する。
第1図は硬貨選別計数機の正面図、第2図はその
右側面図で本考案構成の要部を詳細に示してあ
る。これ等の図面には各種混合硬貨を種類毎に仕
分けし、かつ計数する機構の図示が省略してある
が、以下記述する公知のものが機体1に装置され
ている。すなわち、ホツパー2内に各種混合硬貨
を投入すると該ホツパー内に傾斜面をなして回転
する図示しない回転円板があり、この回転円板の
外周部には多数のポケツトが設けられていて硬貨
は一枚ずつこれに係合して上方に搬送され、最上
部に位置して設けられた硬貨落下口より機体内に
落下せしめられる。機体内部には回転円板と同軸
に取付けられた円錐形状のドラムが、前記落下口
が穿設されている基板を挟んで、同形のドラムカ
バー3に包まれるようにして設けられていて、落
下する硬貨はその直径差により前記円錐形ドラム
の外周部に設けられた選別部の所定位置に係合さ
れる。
"Example" Next, an explanation will be given based on an example shown in the drawings.
FIG. 1 is a front view of the coin sorting and counting machine, and FIG. 2 is a right side view thereof, showing in detail the main parts of the structure of the present invention. Although illustration of a mechanism for sorting and counting various mixed coins by type is omitted in these drawings, a known mechanism described below is installed in the machine body 1. That is, when various mixed coins are thrown into the hopper 2, there is a rotating disk (not shown) that rotates with an inclined surface in the hopper, and a large number of pockets are provided on the outer periphery of this rotating disk, so that the coins can be placed in the hopper. The coins are engaged one by one and conveyed upward, and are dropped into the machine through the coin drop slot provided at the top. Inside the fuselage, a conical drum is installed coaxially with the rotating disk and is wrapped in a drum cover 3 of the same shape, sandwiching the board in which the drop opening is bored. Due to the difference in diameter, the coins are engaged with a predetermined position of the sorting section provided on the outer periphery of the conical drum.

このように係合位置の相違によつて仕分けされ
た硬貨はドラムの回転に伴い引きはがされて計数
が行われ、各々の金種毎に設けられた選別出口よ
り排出せしめられて下部に並列して設けた集積容
器の硬貨シユート4に各金種毎に分類集積される
ようになつている。
Coins sorted according to the difference in engagement position in this way are peeled off as the drum rotates, counted, and ejected from sorting outlets provided for each denomination and arranged in a row at the bottom. The coins are sorted and stacked by each denomination in a coin chute 4 of a stacking container.

硬貨シユート4に集積された硬貨の計算結果は
機体1の傾斜部、右方に位置する各金種毎の表示
部5にその金額が表示されると共に、金種毎の表
示部5の最下方にある合計表示部6にその合計金
額が表示されて、入金伝票に記載された金額と計
数された硬貨の金額との照合が作業者によつて容
易に行ない得るものである。
The calculation result of the coins accumulated in the coin chute 4 is displayed on the display section 5 for each denomination located on the right side of the inclined part of the machine body 1, and the amount is displayed at the bottom of the display section 5 for each denomination. The total amount is displayed on the total display section 6, and the operator can easily check the amount written on the deposit slip and the amount of the counted coins.

また硬貨シユート4の下方には隣接して中間シ
ユート7を取付板8にて固定して設け、中間シユ
ート7の上縁は硬貨シユート4に設けた円弧状の
蓋9に対して僅かな隙間を与へて連接されている
ので、蓋9は両側に設けた軸10を支点として自
由に回動出来るよう構成されている。
In addition, an intermediate shoot 7 is fixed adjacent to the lower part of the coin shoot 4 by a mounting plate 8, and the upper edge of the intermediate shoot 7 is connected to an arc-shaped lid 9 provided on the coin shoot 4 with a small gap between them, so that the lid 9 is configured to be able to rotate freely around the shafts 10 provided on both sides.

また中間シユート7には硬貨シユート4の各金
種毎に分類した側壁11に対応して連接する側壁
11′の空間、即ち硬貨落下通路には各々ゲート
12が中間シユート7を貫通する軸13に固定し
て取付けられており、更に軸13の両端にはゲー
ト12を切換操作するレバー14が、同じく固定
して取付けられているので、このレバー14を操
作すると共にゲート12が2点鎖線12′で示す
如く切換るよう構成されている。
In addition, in the intermediate chute 7, a space of a side wall 11' corresponding to and connected to the side wall 11 classified by each denomination of the coin chute 4, that is, a gate 12 in the coin dropping passage is connected to a shaft 13 passing through the intermediate chute 7. Furthermore, levers 14 for switching and operating the gate 12 are also fixedly attached to both ends of the shaft 13, so that when this lever 14 is operated, the gate 12 moves to the position indicated by the two-dot chain line 12'. It is configured to switch as shown in .

また15は中間シユート7の中央に取付けられ
た硬貨の分離板である。更に機体1を設置する台
16には、下方に各々独立し、並列して格納され
た各金種毎に分類集積する集積容器17が着脱自
在に設けられており、この集積容器17には台1
6に固定して設けられた導出シユート18により
硬貨が落下集積せしめられるよう構成されてい
る。
Further, 15 is a coin separating plate attached to the center of the intermediate chute 7. Furthermore, the platform 16 on which the aircraft 1 is installed is removably provided with accumulation containers 17 that are separated and stored in parallel at the bottom and sorted and accumulated for each denomination. 1
The coins are configured to fall and accumulate through a delivery chute 18 fixedly provided at 6.

従つて前記した如く作業者が入金伝票に記載さ
れた金額と計数された硬貨の金額との照合を行な
い、その結果、一致が確認された場合には、レバ
ー14を操作してゲート12を第2図において左
方に傾向けた状態で硬貨シユート4の蓋9を上方
に9′の如く回動すれば蓋9は全金種一体的に構
成されているので集積された硬貨は同時に下方に
落下せしめられて中間シユート7の出口7′より
導出シユート18を通つて各集積容器17に落下
集積される。また万一、不一致が確認された場合
でも、レバー14を回動せしめるだけで、その一
取引分の硬貨は手前側の中間シユート7の出口
7′より落下排出され、その下方に載置した受箱
19に収納されるものである。
Therefore, as described above, the operator checks the amount written on the deposit slip and the amount of the counted coins, and if a match is confirmed, the operator operates the lever 14 to close the gate 12. As shown in Figure 2, if the cover 9 of the coin chute 4 is rotated upward as indicated by 9' with the coin chute 4 tilted to the left, the accumulated coins will fall downward at the same time since the cover 9 is constructed in one piece for all denominations. The liquid is then allowed to fall from the outlet 7' of the intermediate chute 7 through the outlet chute 18 and is accumulated in each accumulation container 17. In addition, even if a discrepancy is confirmed, simply by rotating the lever 14, the coins for one transaction will be dropped and ejected from the exit 7' of the intermediate chute 7 on the front side, and the coins will be ejected from the receiver placed below. It is stored in a box 19.

本考案は上記の如く構成される硬貨選別計数機
において、前記構造からなる各集積容器17の各
側壁にこれ等を連通する貫通孔23を設けるとと
もに、第2図に示されるようにこの集積容器17
を導出シユート18の硬貨出口下方の所定の位置
へ正確に格納した際に、すべての貫通孔23内を
一対の投受光器22間の光軸が通過するように構
成するとともに、この一対の投受光器22間が遮
光された際には機械の運転を停止せしめる制御機
構を設けるようになしたものである。
The present invention provides a coin sorting and counting machine constructed as described above, in which a through hole 23 is provided in each side wall of each stacking container 17 having the above-mentioned structure to communicate with each other, and as shown in FIG. 17
It is configured such that the optical axis between the pair of light emitters and receivers 22 passes through all the through holes 23 when the coin is accurately stored in a predetermined position below the coin outlet of the lead-out chute 18, and this pair of light emitters and receivers 22 A control mechanism is provided to stop the operation of the machine when light is blocked between the light receivers 22.

この結果各集積容器内に収容される各種硬貨の
うち、いずれかの金種が1個所でも大量に集積さ
れれば投受光器22間の光軸を集積硬貨が遮断す
るのでその信号を利用して機械の運転を停止させ
ることができる。従つて連続的に大量処理する場
合でも集積した硬貨により機械を損傷するという
恐れもなく、事故を未然に防ぐことが出来る。
As a result, if a large amount of coins of any denomination are accumulated in even one place among the various coins stored in each accumulation container, the accumulated coins will block the optical axis between the light emitter and receiver 22, so that signal can be used. machine operation can be stopped. Therefore, even when a large amount of coins are processed continuously, there is no fear that the accumulated coins will damage the machine, and accidents can be prevented.

更に、すべての集積容器17が所定の位置に正
確に格納されているかどうかを一対の投受光器2
2間の光軸が遮断されているかどうかにより検出
することができるので、集積容器17が所定の位
置からずれた位置に格納された状態で選別計数動
作を開始させてしまい、選別硬貨が集積容器17
外に導出されてしまうということをも防止するこ
とができる。
Furthermore, a pair of light emitters and receivers 2 check whether all the accumulation containers 17 are accurately stored in predetermined positions.
Since it is possible to detect whether the optical axis between the two is blocked or not, the sorting and counting operation may be started with the collecting container 17 stored at a position deviated from the predetermined position, and the sorted coins may fall into the collecting container. 17
It can also be prevented from being led out.

また、同一技術手法により前記の硬貨シユート
4の両側壁と各金種を区別する各側壁11に、こ
れらを連通する貫通孔20を設け、この貫通孔2
0を通して対面するように一対の投受光器21を
設ければ、これにより前記同様、どこか1個所で
も硬貨が充満すればそれを容易に検出することも
できる。
Further, by the same technical method, a through hole 20 is provided in both side walls of the coin chute 4 and each side wall 11 that distinguishes each denomination, and this through hole 20 is provided to communicate these.
If a pair of light emitters and receivers 21 are provided so as to face each other through the zero, it is possible to easily detect if any one spot is full of coins, as described above.

「考案の効果」 本考案は以上の如く構成したので集積容器等の
数だけ投、受光器を設ける必要はまつたくなく、
ただ一対の投、受光器を設置すれば足り、構造が
簡単で取付けが容易である。そして、ただ一対の
投受光器によつて、集積容器内の硬貨量を検出し
て機械の運転を停止させるため、集積容器からの
硬貨の溢れを防止することができ、機械の損傷と
硬貨の粉失等を防ぐという所期の目的を充分に達
成し得るとともに、集積容器の格納位置が常に正
しい状態で選別計数を行なうことができるという
優れた効果を有する。
``Effect of the invention'' Since the invention is constructed as described above, there is no need to provide as many emitters and receivers as there are collection containers, etc.
It is sufficient to install just a pair of emitter and receiver, and the structure is simple and installation is easy. Since only a pair of light emitters and receivers are used to detect the amount of coins in the collecting container and stop the machine, it is possible to prevent coins from overflowing from the collecting container, causing damage to the machine and the loss of coins. It has the excellent effect of fully achieving the intended purpose of preventing powder loss, etc., and also allowing sorting and counting to be carried out with the storage position of the collecting container always in the correct state.

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

第1図は硬貨選別計数機の正面図、第2図はそ
の右側面図を示す。 1……機体、2……ホツパー、4……硬貨シユ
ート、5……表示部、6……合計表示部、7……
中間シユート、11……側壁、14……レバー、
17……集積容器、18……導出シユート、22
……一対の投受光器、23……集積容器の側壁を
連通する貫通孔。
Figure 1 shows a front view of the coin sorting and counting machine, and Figure 2 shows its right side view. 1... Aircraft, 2... Hopper, 4... Coin chute, 5... Display section, 6... Total display section, 7...
Intermediate chute, 11... side wall, 14... lever,
17... Accumulation container, 18... Derivation chute, 22
. . . a pair of light emitters and receivers, 23 . . . a through hole that communicates with the side wall of the accumulation container.

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] ホツパーに投入された混合硬貨を選別計数し、
その選別計数された硬貨を各金種ごとに設けられ
ている着脱自在となした集積容器に導出して収容
するようになした硬貨選別計数機において、選別
計数された硬貨をその金種ごとの集積容器内に導
出するための導出シユートを金種の数だけ設け、
このシユートを構成する各隔壁の上部に横一直線
状に貫いての第1連通孔を設け、この第1連通孔
の両側方には一対の投受光器を設けるものとし、
該投受光器の光軸は上記第1連通孔を貫通して前
記シユート内を落下してくる硬貨群の全てと交差
させる様にして各シユート内の硬貨の貯留状態を
監視し得るものとなし、又硬貨選別計数機の機体
下部には着脱自在であつて上記シユート内を落下
してくる硬貨を収納する金種毎に分けた集積容器
を設け、且つ集積容器の上部には横一直線状に貫
く第2の連通孔を設け、該連通孔の両側方には一
対の投受光器を設けこの投受光器の光軸は上記第
2連通孔を貫通してなり、前記各一対の投光器と
受光器間の光軸が遮断された場合は機械の運転を
停止する様にした硬貨選別計数機。
The mixed coins put into the hopper are sorted and counted,
In a coin sorting and counting machine, the sorted and counted coins are delivered and stored in removable storage containers provided for each denomination. Provide outlet chutes for the number of denominations into the collection container,
A first communication hole is provided in the upper part of each partition wall constituting the chute, and a pair of light emitters and receivers are provided on both sides of the first communication hole.
The optical axis of the light emitter/receiver passes through the first communication hole and intersects with all the groups of coins falling in the chute, so that the state of storage of coins in each chute can be monitored. In addition, a removable storage container is provided at the bottom of the machine of the coin sorting and counting machine and is divided into different denominations to store the coins that fall through the chute, and the upper part of the storage container is provided with a collection container arranged horizontally in a straight line. A second communicating hole passing through the hole is provided, and a pair of light emitters and receivers are provided on both sides of the communicating hole, and the optical axis of the light emitter and receiver passes through the second communicating hole, and the optical axis of the light emitter and receiver passes through the second communicating hole. A coin sorting and counting machine that stops operating if the optical axis between the machines is interrupted.
JP11919382U 1982-08-04 1982-08-04 Coin sorting and counting machine Granted JPS59100365U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP11919382U JPS59100365U (en) 1982-08-04 1982-08-04 Coin sorting and counting machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP11919382U JPS59100365U (en) 1982-08-04 1982-08-04 Coin sorting and counting machine

Publications (2)

Publication Number Publication Date
JPS59100365U JPS59100365U (en) 1984-07-06
JPS6339798Y2 true JPS6339798Y2 (en) 1988-10-19

Family

ID=30273655

Family Applications (1)

Application Number Title Priority Date Filing Date
JP11919382U Granted JPS59100365U (en) 1982-08-04 1982-08-04 Coin sorting and counting machine

Country Status (1)

Country Link
JP (1) JPS59100365U (en)

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0512861Y2 (en) * 1987-02-13 1993-04-05

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS4718007U (en) * 1971-03-30 1972-10-31

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS4718007U (en) * 1971-03-30 1972-10-31

Also Published As

Publication number Publication date
JPS59100365U (en) 1984-07-06

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