JP2000172911A - Money receipt information recognition device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make graspable the amount of received money and the amount of recovered money in a totalizing device for every denomination. SOLUTION: A coin receipt part 2 into which coins are thrown, a coin discrimination part 3 which discriminates amount information of received coins, an amount totalizing part 21 which totalizes the amount of money of received coins, and a transmission means 7 which transmits amount information of received coins to the amount totalizing part 12 are provided. When coins are consecutively received, amount information of received coins is transmitted with a pulse signal, and intervals of pulse signals representing amount information of individual coins are set to a prescribed period, and amount information of respective coins are distinguished by respective coins and are transmitted to the amount totalizing part 21. Thus, the amount of money can be recognized for every can through the amount of money of received coins have been able to be recognized only as the total in a conventional device. The amount of money for every denomination is totalized and is compared with the amount of recovered money for every denomination, and therefore, accurate inspection is possible because a coin carrying line can be specified in the case of the occurrence of a fault in this carrying line.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a vending machine, an automatic lending machine, and a payment information recognizing device having a money counting device.

[0002]

2. Description of the Related Art In order for a remote tallying device to recognize payment information to a pachinko ball-to-ball machine, a transmission signal is transmitted from the ball-to-ball machine to the tallying device by a contact signal having a pulse of 100 yen as one pulse. I was Therefore, the Daima ball rental machine is specially priced 4-814.
As shown in FIG. 10A and FIG.
When the payment was 0 yen, 5 pulses were output, and when the payment was 100 yen, 1 pulse was output as the sales signal. This will be described with reference to FIG. When money is deposited in the betting ball lending machine 22, a game ball equivalent to the deposit amount is lent out. The pulse creating unit 23 in the tama ball lending machine 22 sets a pulse equivalent to the deposit amount to 100 pulses of the deposit amount as one pulse, and generates a pulse corresponding to the deposit amount, and the counting device 3 installed at the rear.
The payment information is transmitted to 0. When the coins are received, the coins are transferred to a coin belt conveyor 24 in the pachinko island system.
Is carried to the island end and collected by the coin collecting section 26. The pulse creating unit 27 in the coin collecting unit 26 sends a contact signal corresponding to the amount of the collected money to the counting device 30 with one pulse for 100 yen every time the coin is collected. When a note is deposited, the note is
The bill is collected by the bill collection unit 28 at the island end by the bill transporter 25 in the pachinko island system. Each time a bill is collected, the pulse creating unit 29 in the bill collecting unit 28 sends a contact signal with a pulse of 100 yen as one pulse to the counting device 30 as in the case of coins. After the business is over, the totaling amount information received from the inter-machine 22 and the total amount information collected from the coin collecting unit 26 and the bill collecting unit 28 are collated by the tallying device 30, and the total amount of the collected amount information transmitted from the coin collecting unit 26 and the bill collecting unit 28 is checked. Check for remaining money.

[0003]

In such a deposit information recognizing apparatus, when a difference occurs between the total deposit amount and the total collected amount, it is not possible to discriminate whether the difference is due to a coin or a bill. As an example, if there is a difference of 1000 yen between the total amount of deposit and the total amount of collection, 100
It was not possible to determine whether one 0-yen banknote remained in the banknote transport path or whether two 500-yen coins remained in the banknote transport path. Since coins and bills have different shapes and materials, the most suitable transport means are often different. Also in the case of the transport path from the betting machine to the money collecting device, both use different transport paths. Since the denomination of the difference could not be identified, both routes had to be checked. In addition, since the collection performance of each denomination was not known, accurate money recycling in the store could not be implemented.

[0004] Therefore, an object of the present invention is to solve the above-mentioned problem, and to provide a deposit information recognizing device capable of grasping a deposit amount and a collection amount for each denomination by a totaling device. That is.

[0005]

In order to achieve the above object, a deposit information recognizing device according to claim 1 of the present invention comprises:
A coin depositing unit for inserting coins, a coin identifying unit for identifying amount information of the deposited coin, an amount counting unit for counting the amount of deposited coins, and an amount counting unit for counting the amount of deposited coins. Transmission means for transmitting, and when coins are continuously deposited, the money amount information of each coin is distinguished for each coin and transmitted to the money amount totalizing section.

[0006] Thus, a coin depositing unit for inserting coins, a coin identifying unit for identifying information on the amount of money of the deposited coins, an amount counting unit for counting the amount of deposited coins, Transmission means for transmitting the amount information to the amount totalizing unit, and when the coins are continuously deposited, the amount information of each coin is transmitted to the amount totalizing unit separately for each coin, so that the total amount of the received money is However, it is possible to recognize the deposit amount for each coin. In addition, by comparing the amount collected for each denomination by collecting the totals for each denomination, it is possible to specify the transport path when a failure occurs in the money transport system, and it is possible to perform an accurate inspection .

According to a second aspect of the present invention, in the first aspect of the present invention, the amount information of the deposited coin is transmitted as a pulse signal having a pulse number corresponding to the amount. In this way, the amount information of the deposited coin is transmitted as a pulse signal of the number of pulses corresponding to the amount, so by providing a difference between the pulse interval within one coin and the pulse interval between coins, each coin is provided with a different value. Identification becomes possible.

According to a third aspect of the present invention, in the second aspect, when coins are continuously deposited, a predetermined period is set between a pulse signal and a pulse signal representing the amount information of each coin. By doing so, the amount information of each coin is distinguished for each coin. As described above, when coins are continuously deposited, by setting a predetermined period between pulse signals representing the amount information of each coin, for example, when the pulse interval is shorter than the predetermined time, one time is set. It is determined that reporting of coins is continued, and when the pulse interval is longer than a predetermined time, it is determined that reporting of one coin has been completed, so that the amount information of each coin can be distinguished for each coin.

According to a fourth aspect of the present invention, in the third aspect of the present invention, the sum totalizing unit includes a pulse signal representing the monetary amount information of each coin in a group of pulse signals transmitting the monetary amount information. It has a detecting means for detecting that there is a predetermined blank period in between, and a determining means for determining that a plurality of coins have been received when the blank period is detected. As described above, the amount counting unit includes a detection unit that detects that there is a predetermined blank period between the pulse signal representing the amount information of each coin and the pulse signal in the group of pulse signals transmitting the amount information. Since it has a determination means for determining that a plurality of coins have been deposited when a blank period is detected, it is possible to recognize the deposit amount for each coin even when coins are continuously inserted.

[0010] According to a fifth aspect of the present invention, there is provided a deposit information recognizing device, which includes a bill receiving section for depositing a bill, a bill identifying section for identifying the amount information of the deposited bill, and an amount counting section for counting the amount of the deposited bill. And a transmission means for transmitting the amount information of the deposited banknotes to the amount totalizing unit. When the banknotes are continuously deposited, the amount information of each banknote is transmitted to the amount totalizing unit separately for each bill. It is characterized by doing.

[0011] As described above, the bill receiving section for inserting the bills, the bill identifying section for identifying the amount information of the deposited bills, the amount counting section for counting the amount of the deposited bills, Transmission means for transmitting the amount information to the amount tally unit, and when the bills are continuously deposited, the amount information of each bill is transmitted to the amount tally unit separately for each bill, so that the total amount of the deposit is However, it is possible to recognize the deposit amount for each bill. In addition, by comparing the amount collected for each denomination by collecting the totals for each denomination, it is possible to specify the transport path when a failure occurs in the money transport system, and it is possible to perform an accurate inspection .

According to a sixth aspect of the present invention, in the payment information recognition device according to the fifth aspect, the amount information of the deposited bill is transmitted by a pulse signal having the number of pulses corresponding to the amount. In this way, the amount information of the deposited banknote is transmitted by a pulse signal of the number of pulses corresponding to the amount, so that by providing a difference between the pulse interval within one banknote and the pulse interval between the banknotes, each banknote is different. Identification becomes possible.

According to a seventh aspect of the present invention, in the sixth aspect, when bills are continuously deposited, a predetermined period is set between a pulse signal and a pulse signal representing the amount information of each bill. By doing so, the amount information of each bill is distinguished for each bill. As described above, when bills are continuously deposited, by setting a predetermined period between pulse signals representing the amount information of each bill, for example, when the pulse interval is shorter than the predetermined time, one time is set. It is determined that reporting of banknotes continues, and when the pulse interval is longer than a predetermined time, it is determined that reporting of one banknote has been completed, whereby the amount information of each banknote can be distinguished for each banknote.

In a preferred embodiment of the present invention, the money amount summarizing unit includes a pulse signal representing the money amount information of each bill among a group of pulse signals transmitting the money amount information. It has a detecting means for detecting that there is a predetermined blank period in between, and a determining means for determining that a plurality of bills have been deposited when detecting the blank period. In this manner, the money amount summarizing unit includes a detection unit that detects that there is a predetermined blank period between the pulse signal and the pulse signal representing the money amount information of each bill in a group of pulse signals transmitting money amount information. Since it has a determination means for determining that a plurality of bills have been deposited when a blank period is detected, the deposited amount can be recognized for each bill even when bills are continuously inserted.

According to a ninth aspect of the present invention, there is provided a deposit information recognizing device, comprising: a coin depositing section for depositing coins; and a bill depositing section for depositing bills.
An identification unit for identifying the amount information of deposited coins or bills, an amount counting unit for counting the amount of deposited coins and bills, and transmitting the amount information of deposited coins or bills to the amount counting unit. And transmitting the coins and the bills to the money summarizing unit while discriminating between the coin money information and the bill money information when the coins and the bills are successively deposited.

As described above, the coin depositing section for depositing coins, the bill depositing section for depositing banknotes, the identification section for identifying the amount information of deposited coins or the amount information of bills, the identification section for identifying the deposited coins and bills, It has an amount tally unit for tallying the amount, and transmission means for transmitting the amount information of the deposited coin or bill when the coin or bill is deposited, to the amount tally unit, and the coin and the bill are continuously deposited with each other. Then, since the amount information of coins and the amount information of bills are separately transmitted to the amount summarizing unit, it was possible to grasp the deposit amount only in total, but it is possible to recognize the deposit amount for each coin or bill. it can.
In addition, by comparing the amount collected for each denomination by collecting the totals for each denomination, it is possible to specify the transport path when a failure occurs in the money transport system, and it is possible to perform an accurate inspection .

According to a tenth aspect of the present invention, in the ninth aspect, the money amount information of the deposited coin or bill is transmitted by a pulse signal having a pulse number corresponding to the money amount. As described above, since the amount information of the deposited coin or bill is transmitted by the pulse signal of the number of pulses corresponding to the amount, a difference is provided between the pulse interval within one coin or bill and the pulse interval between coins or bill. This makes it possible to identify each coin or bill.

According to an eleventh aspect of the present invention, in the tenth aspect, when coins and bills are continuously deposited, a pulse signal representing coin amount information and a pulse signal representing bill amount information. Is set as a predetermined period to discriminate between the monetary value information of coins and the monetary value information of bills. As described above, when coins and bills are successively deposited, by setting a predetermined period between a pulse signal representing coin amount information and a pulse signal representing bill amount information, for example, the pulse interval If the time is shorter than the predetermined time, it is determined that the report of one banknote or one coin is continued, and if the pulse interval is longer than the predetermined time, it is determined that the report of one banknote or one coin has been completed, so that the amount information of the coin is determined. And the bill information.

According to a twelfth aspect of the present invention, in the eleventh aspect of the present invention, in the eleventh aspect, the money summarizing unit includes a pulse signal and a pulse signal representing money information of each coin and bill among a group of pulse signals for transmitting the money amount information. There is a detecting means for detecting that there is a predetermined blank period between them, and a determining means for determining that coins and bills have been received when the blank period is detected. As described above, the amount counting unit detects the presence of a predetermined blank period between the pulse signals representing the amount information of the coins and bills in the group of pulse signals transmitting the amount information. Since it has means and a judging means for judging that coins and bills have been received when a blank period has been detected, it is possible to recognize the amount of deposit for each coin and bill even when coins and bills are continuously inserted.

According to a thirteenth aspect of the present invention, in the ninth aspect of the present invention, the coin information or the bill is collected by the respective means for collecting the coins or the bills in the money collecting device, and the coins or the bills are collected. A coin identification unit for identifying the amount information of the collected coins or bills, an amount counting unit for counting the amount of collected coins and bills, and a transmission unit for transmitting the amount information of the collected coins and bills to the amount counting unit When coins and bills are continuously collected, the money amount information of the coins and the money amount information of the bills are discriminated and transmitted to the money amount summarizing unit, and the deposit amount and the collected amount summed up by the money amount summarizing unit. Can be displayed.

In this way, after identifying the amount information of the deposited coins or bills, the coins or the bills are collected by the respective money collecting devices by the respective transport means, and the coins for identifying the amount information of the collected coins or bills. An identification unit, an amount counting unit that counts the amount of collected coins and bills, and a transmission unit that transmits the amount information of the collected coins and bills to the amount counting unit, wherein the coins and the bills are continuous with each other. When collected and collected, the amount information of coins and the amount information of bills are separately transmitted to the amount tallying unit, and the amount of money received and the amount collected by the amount tallying unit can be displayed. The amount of money for each denomination and the amount of money for each denomination collected by the money collecting device can be ascertained, and the difference can be confirmed for each denomination. By obtaining information on the denomination in which the difference occurred when the difference occurred, the transporting means to be inspected can be specified, and an appropriate measure can be taken. In addition, even when the metal counting unit is remote, the actual number of money collected for each denomination by the money collection device can be ascertained, so that efficient collection of money is possible. Accurate operation based on the collection results becomes possible.

[0022]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described with reference to FIGS.

FIG. 1 is a conceptual diagram showing a deposit information recognition apparatus according to an embodiment of the present invention, and FIG. 2 is a time chart showing a deposit timing and a pulse signal to a tama ball lending machine in the embodiment of the present invention. 3 is a time chart showing a collection timing to the money collecting apparatus and a pulse signal in the embodiment of the present invention.

FIG. 1 shows the configuration of an embodiment of the pachinko island system.
Is an aggregation device. The tama ball lending machine 1 includes a coin depositing unit 2 for inserting coins, a coin identifying unit 3 for identifying amount information of deposited coins, a bill depositing unit 4 for depositing bills, and an amount of deposited bills. A banknote identification unit 5 for identifying information, a storage unit 6 for storing, for each denomination, the number of unrecognized coins that have not been reported to the tallying device 18, and a pulse of 100 yen per pulse as in the past. And a pulse generation unit (transmission means) 7 for generating a contact signal. The money collecting device 10 includes a coin sorting unit 11 that sorts coins, which are installed on the island edge and is transported by the coin belt conveyor 8, for each denomination, a 500-yen coin counting unit 12 that counts the number of sorted coins, 1
A 00-yen coin counting section 13, a bill identifying section 14 for identifying the amount information of the bills carried by the bill transporting machine 9, a bill counting section 15 for counting the number of bills, and a counting device of the identified bills. A storage unit 16 for storing the unreported number of sheets for each denomination and a pulse generation unit (transmission means) 17 for generating a contact signal with 100 yen as one pulse. The counting device 18 includes a deposit denomination identifying unit 19 that identifies a pulse signal from the tama ball lending machine 1, a collected denomination identifying unit 20 that identifies a pulse signal from the money collecting device 10, a deposit amount and a collected amount. Tallying unit 21 that calculates tally for each denomination
And a display unit 22 for displaying a difference between the deposit amount and the collection amount. Between the pulse creation unit 7 in the tama ball lending machine 1 and the deposit type identification unit 19 in the tallying device 18, and between the pulse creation unit 17 in the money collection device 10 and the collection type identification in the tallying device 18. The unit 20 is connected by a signal line.

Further, when money is continuously deposited,
By setting a predetermined period between a pulse signal and a pulse signal representing money information of each money, money information of each money is distinguished for each money. Therefore, the money amount summarizing unit 21 outputs a group of pulse signals transmitting money amount information,
It has a detecting means for detecting that there is a predetermined blank period between the pulse signal and the pulse signal representing the amount information of each money, and a determining means for determining that a plurality of moneys have been received when the blank period is detected. .

Next, the operation of the payment information recognizing device having the above configuration will be described. 50 as a specific example
The operation when one 100-yen coin is continuously inserted after one zero-yen coin is inserted will be described with reference to FIGS. The determination boundary time Th in the following description is a determination reference time provided for identifying a pulse interval within one currency and a pulse interval between adjacent currency. When the coin identification unit 3 identifies 500 yen, the lending machine 1 lends a game ball. According to the signal from the coin identification unit 3, the storage unit 6 stores 500
Increment the unreported number counter of the yen. The pulse generating unit 7 detects the occurrence of the unreported number of 500 yen and immediately starts sending a pulse to the counting device 18. The pulse interval time T1 within one currency at this time is a time that satisfies the relationship with the determination boundary time Th, that is, T1 <Th. For example, T
1 = 100 mS and Th = 1S. It is assumed that a 100 yen coin is inserted without waiting for the completion of the pulse report. The coin identification unit 3 increments the 100-yen unreported number counter in the storage unit 6. The pulse creation unit 7 decrements the 500-yen unreported number counter of the storage unit 6 at the time of completing the report for the one 500-yen coin. Thereafter, the report of the next 100 yen coin is not started immediately, but the report of the next 100 yen coin is started after the inter-money pulse interval time T2. Here, the inter-money pulse interval time T2 is a relation with the determination boundary time Th, Th <T.
2 is always controlled to be satisfied. When the reporting of the 100 yen coin is completed, the 100 yen unreported counter of the storage unit 6 is decremented. Thus, a series of operations relating to the betting machine 1 is completed. However, although different from the deposit condition of the present example, when a plurality of coins are successively deposited, the pulse creating unit 7 in the tama ball lending machine 1 stores the respective values in the storage unit 6 while satisfying this relationship regarding the pulse interval. The pulse report is repeated until the unreported number counter provided for each denomination becomes zero.

The 500-yen coin and the 100-yen coin deposited in the Taima ball lending machine 1 are conveyed to the coin collecting device 10 at the island end by the coin belt conveyor 8 and sorted by the coin sorting section 11, and then the 500 yen coin is 500 yen coin counting unit 12
In the case of a 00 yen coin, the coin is stored after passing through the 100 yen coin counting unit 13. It is assumed that a 500-yen coin reaches the coin counting units 12 and 13 first, and then a 100-yen coin arrives. After detecting the 500 yen coin, the 500 yen coin counting unit 12
Immediately, the 500 yen unreported number counter of the storage unit 16 is incremented. The pulse creating unit 17 recognizes that an unreported 500 yen collection has occurred based on the information in the storage unit 16, and immediately starts sending a pulse to the counting device 18. Also in this case, the 100-yen coin counting unit 13 was collected during the reporting of 500 yen, as in the case of the Taima ball lending machine 1 described above.
It is assumed that 0 yen is detected. In the money collecting apparatus 10, the pulse interval time T3 within one currency and the pulse interval time T4 between currency are also used.
It is assumed that the relationship with the determination boundary time Th, that is, T3 <Th <T4, is satisfied as in the case of the tama ball lending machine 1. On the other hand, on the tabulation device 18 side, the pulse interval is equal to the previous determination boundary time T.
If it is shorter than h, it is determined that one monetary report is continuing,
If the pulse interval is longer than the determination boundary time Th, it is determined that the reporting of one currency has been completed. The counting device 18 specifies the denomination from the number of consecutive pulses shorter than the determination boundary time Th when detecting a pulse interval longer than the determination boundary time Th.

According to the above-described mechanism, the counting device 18 can grasp the amount of each denomination deposited in the Taima ball lending machine 1 and the amount of each denomination collected in the collection device 10, so that the difference can be confirmed for each denomination. Becomes By obtaining information on the denomination in which a difference has occurred when a difference occurs, a transport system to be inspected can be specified, and an appropriate measure can be taken. In addition, even when the counting device 18 is remote, the actual number of money collected for each denomination in the money collecting device 10 of each island can be grasped, so that efficient collection of money is possible, and the money is recycled in the store to a money changing machine or the like. In this case, appropriate allocation is possible.

Further, in the above-described embodiment, 100 yen is described as one pulse. However, it is also possible to use 100 yen as a plurality of pulses and to have a range in the number of denomination judgment pulses. As an example, if 100 yen is 5 pulses, 3 to 7 pulses are 100 yen, 23 to 27 pulses are 500 yen, and 48 to 5 pulses.
If two pulses are determined to be 1000 yen, erroneous counting due to an increase or decrease in pulses due to noise or the like can be avoided.

Further, in the previous embodiment, the operation of transmitting the money information of each coin to the money totaling section 21 separately for each coin when coins are continuously received or collected has been described. In the case where money is continuously deposited or collected, similarly, by setting a predetermined period between a pulse signal and a pulse signal representing money information of each bill, the money information of each bill is divided for each bill. Separately, it is transmitted to the amount totaling unit 21. Further, even when coins and bills are continuously deposited or collected with each other, similarly, by setting a predetermined period between a pulse signal representing money amount information of a coin and a pulse signal representing money amount information of a bill. The amount information of coins and the amount information of bills are distinguished and transmitted to the amount counting unit 21.

[0031]

According to the deposit information recognizing device of the first aspect of the present invention, a coin depositing unit for inserting coins, a coin identifying unit for identifying the amount information of the deposited coins, It has an amount tallying unit for tallying the amount, and transmission means for transmitting the amount information of the deposited coins to the amount tallying unit, and when the coins are continuously deposited, the amount information of each coin is added to each coin. Since the moneys are separately transmitted to the money summarizing unit, the moneys received can be recognized only in total, but the moneys received can be recognized for each coin. In addition, by comparing the amount collected for each denomination by collecting the totals for each denomination, it is possible to specify the transport path when a failure occurs in the money transport system, and it is possible to perform an accurate inspection .

According to the present invention, since the amount information of the deposited coin is transmitted by a pulse signal of the number of pulses corresponding to the amount, a difference is provided between a pulse interval within one coin and a pulse interval between coins. It is possible to identify each coin.

According to the third aspect, when coins are continuously deposited, a predetermined period is set between pulse signals representing the amount information of the respective coins. If it is shorter, it is determined that one coin is being reported, and if the pulse interval is longer than a predetermined time, it is determined that one coin has been reported, so that the amount information of each coin is distinguished for each coin. Can be.

According to a fourth aspect of the present invention, the money amount tallying unit detects that there is a predetermined blank period between the pulse signals representing the money amount information of each coin in the group of pulse signals transmitting the money amount information. Detecting means for detecting that a plurality of coins have been deposited when a blank period is detected. Therefore, even when coins are continuously inserted, the amount of deposit can be recognized for each coin.

According to the deposit information recognizing device according to the fifth aspect of the present invention, a bill depositing section for inserting a bill, a bill identifying section for identifying information on the amount of the deposited bill, and a bill amount of the deposited bill. It has an amount tallying unit to add up, and transmission means for transmitting the amount information of the deposited bill to the amount tallying unit, and when the bills are continuously deposited, the amount information of each bill is distinguished for each bill. Since the payment amount is transmitted to the money amount totaling unit, the payment amount can be recognized only for the total amount, but the payment amount can be recognized for each bill. In addition, by comparing the amount collected for each denomination by collecting the totals for each denomination, it is possible to specify the transport path when a failure occurs in the money transport system, and it is possible to perform an accurate inspection .

According to the sixth aspect, since the amount information of the deposited bill is transmitted by a pulse signal of the number of pulses corresponding to the amount, a difference is provided between a pulse interval within one bill and a pulse interval between bills. It is possible to identify each bill.

According to the seventh aspect, when bills are successively deposited, the interval between pulse signals representing the amount information of each bill is set to a predetermined period so that the pulse interval becomes shorter than the predetermined time. When it is short, it is determined that the report of one banknote is continuing, and when the pulse interval is longer than the predetermined time, it is determined that the report of one banknote is completed, so that the amount information of each banknote is distinguished for each banknote Can be.

[0038] In claim 8, the money amount tallying unit detects that there is a predetermined blank period between the pulse signals representing the money amount information of each bill in the group of pulse signals transmitting the money amount information. Since it has the detecting means for detecting the blank period and the judging means for judging that a plurality of bills are received when the blank period is detected, it is possible to recognize the deposit amount for each bill even when the bills are continuously inserted.

According to the deposit information recognizing device according to the ninth aspect of the present invention, a coin deposit section for depositing coins, a bill deposit section for depositing bills, and information on the amount of money of the deposited coins or information on bills are identified. Identification section, an amount counting section for counting the amount of the deposited coins and bills, and a transmission means for transmitting the amount information of the deposited coins or bills when the coins or the bills are deposited to the amount counting section. Then, when coins and bills are successively deposited with each other, the money amount information of the coins and the money amount information of the bills are separately transmitted to the money amount counting unit. The deposit amount can be recognized for each coin or bill. In addition, by comparing the amount collected for each denomination by collecting the totals for each denomination, it is possible to specify the transport path when a failure occurs in the money transport system, and it is possible to perform an accurate inspection .

According to the tenth aspect, the amount information of the deposited coin or bill is transmitted by a pulse signal of the number of pulses corresponding to the amount, so that the pulse interval within one coin or bill and the pulse interval between coins or bill are transmitted. By providing a difference between the coins, it is possible to identify each coin or each bill.

In the eleventh aspect, when coins and bills are successively deposited, a predetermined period is set between a pulse signal representing money amount information of the coin and a pulse signal representing money amount information of the bill. For example, when the pulse interval is shorter than the predetermined time, it is determined that the report of one banknote or one coin is continued, and when the pulse interval is longer than the predetermined time, it is determined that the report of one banknote or one coin is completed. It is possible to distinguish between the information on the value of coins and the information on the amount of bills.

According to a twelfth aspect of the present invention, in the group of pulse signals transmitting the amount information, there is a predetermined blank period between the pulse signals representing the amount information of the coins and bills. And a determination unit for determining that coins and bills have been received when the blank period is detected, so that even when coins and bills are continuously inserted, the amount of deposit is recognized for each coin and bill. be able to.

According to the thirteenth aspect, after identifying the amount information of the deposited coins or bills, the coins or the bills are collected by the respective money collecting devices by the respective transport means, and the amount information of the collected coins or bills is identified. A coin identification unit, an amount counting unit that counts the amount of the collected coins and bills, and a transmission unit that transmits the amount information of the collected coins and bills to the amount counting unit. When the money is collected continuously, the money information of the coin and the money information of the bill are distinguished and transmitted to the money summarizing unit, and the deposit amount and the collected money totaled by the money summarizing unit can be displayed. The amount of money for each denomination and the amount of money for each denomination collected by the money collecting apparatus can be grasped, and the difference can be confirmed for each denomination. By obtaining information on the denomination in which the difference occurred when the difference occurred, the transporting means to be inspected can be specified, and an appropriate measure can be taken. In addition, even when the metal counting unit is remote, the actual number of money collected for each denomination by the money collection device can be ascertained, so that efficient collection of money is possible. Accurate operation based on the collection results becomes possible.

[Brief description of the drawings]

FIG. 1 is a conceptual diagram of a payment information recognition device according to an embodiment of the present invention.

FIG. 2 is a time chart showing a deposit timing and a pulse signal to a betting machine in the embodiment of the present invention.

FIG. 3 is a time chart showing a collection timing to a money collecting apparatus and a pulse signal in the embodiment of the present invention.

FIG. 4 is a conceptual diagram of a conventional deposit information recognition device.

[Explanation of symbols]

 1 coin-to-money lending machine 2 coin-to-be-deposited part for multi-piece ball-lending machine 3 coin-to-coin identification part for four-piece ball-to-people lending machine Unreported number storage unit of lending machine 7 Pulse creation unit of inter-ball lending machine 8 Coin belt conveyor 9 Bill transporter 10 Currency collection device 11 Coin sorting unit of currency collection device 12 500 yen coin counting unit of currency collection device 13 100-yen coin counting unit of the money collecting device 14 Banknote discriminating unit of the money collecting device 15 Banknote counting unit of the money collecting device 16 Unreported number storage unit of the money collecting device 17 Pulse creating unit of the money collecting device 18 Counting device 19 Counting device Deposited denomination identification unit 20 Recognition denomination identification unit of tallying device 21 Tallying unit of tallying device 22 Display unit of tallying device T1 Pulse interval within one coin of billing machine lending report pulse T2 Currency of billing machine lending machine reporting pulse Pulse interval T3 The pulse interval within one coin of the money collection device report pulse T4 The inter-money pulse interval of the money collection device report pulse

Claims (13)

[Claims] 1. A coin depositing unit for inserting coins, a coin identifying unit for identifying amount information of deposited coins, an amount counting unit for counting the amount of deposited coins, and an amount information of deposited coins Transmission means for transmitting to the amount summation unit, and when coins are successively received, the money amount information of each coin is transmitted to the amount summation unit separately for each coin. Information recognition device. 2. The deposit information recognition device according to claim 1, wherein the deposit information of the deposited coin is transmitted by a pulse signal having a pulse number corresponding to the deposit. 3. When coins are continuously deposited, a predetermined period is set between pulse signals representing the amount information of each coin, thereby setting the amount information of each coin for each coin. 3. The deposit information recognition device according to claim 2, wherein 4. A detecting means for detecting that there is a predetermined blank period between a pulse signal representing money information of each coin and a pulse signal in a group of pulse signals transmitting money information. 4. The payment information recognition device according to claim 3, further comprising: a determination unit configured to determine that a plurality of coins have been received when the blank period is detected. 5. A bill receiving section for depositing a bill, a bill identifying section for identifying money amount information of the deposited bill, an amount counting section for counting the amount of the deposited bill, and an amount information of the deposited bill. Transmission means for transmitting to the amount summation unit, and when the banknotes are successively received, the money amount information of each banknote is separately transmitted for each banknote and transmitted to the amount summation unit. Information recognition device. 6. The deposit information recognition device according to claim 5, wherein the amount information of the deposited bill is transmitted by a pulse signal having a pulse number corresponding to the amount. 7. When bills are continuously deposited, by setting a predetermined period between a pulse signal and a pulse signal representing money amount information of each bill, the money amount information of each bill is set for each bill. 7. The payment information recognition device according to claim 6, wherein 8. A detecting means for detecting that there is a predetermined blank period between a pulse signal representing the amount information of each bill and a pulse signal in a group of pulse signals transmitting the amount information. 8. The deposit information recognition device according to claim 7, further comprising: a determination unit configured to determine that a plurality of bills have been deposited when the blank period is detected. 9. A coin depositing unit for depositing coins, a bill depositing unit for depositing banknotes, an identification unit for identifying the amount information of the deposited coins or the amount information of the bills, and an amount of the deposited coins and bills. It has an amount tallying unit for counting, and transmission means for transmitting the amount information of the deposited coins and bills to the amount tallying unit, and when the coins and the bills are successively deposited, the amount information of the coins and the bills A deposit information recognizing device for distinguishing the amount information and transmitting the same to the amount totalizing unit. 10. The deposit information recognition device according to claim 9, wherein the information on the amount of the deposited coin or bill is transmitted by a pulse signal having a pulse number corresponding to the amount. 11. When a coin and a banknote are successively deposited, a predetermined period is set between a pulse signal indicating monetary amount information of the coin and a pulse signal indicating monetary amount information of the banknote. The deposit information recognition device according to claim 10, wherein the amount information and the amount information of the bill are distinguished. 12. A money amount totalizing unit detects that there is a predetermined blank period between pulse signals representing money amount information of coins and bills in a group of pulse signals transmitting money amount information. 12. The deposit information recognition device according to claim 11, further comprising a detecting unit, and a judging unit for judging that coins and bills have been deposited when the blank period is detected. 13. A coin discriminating unit for discriminating money information of a received coin or bill, collecting coins or bills by means of respective transport means, and identifying money coin information of the collected coins or bills. And an amount counting unit that counts the amount of the collected coins and bills, and a transmission unit that transmits the amount information of the collected coins and bills to the amount counting unit, and the coins and the bills are continuous with each other. 10. The deposit information according to claim 9, wherein when collected and collected, the amount information of coins and the amount information of bills are distinguished and transmitted to the amount totalizing unit, and the received amount and the collected amount totalized by the amount totaling unit can be displayed. Recognition device.