KR19980033905A - Organic media loan device - Google Patents

Abstract

1. The technical field to which the civilization described in the claims belongs.

Organic media loan apparatus installed adjacent to an organic apparatus that enjoys the amount of organic media such as pachinko beads or coins

2. The technical problem to be solved by the invention

An organic medium lending device is provided to prevent fraudulent loan of an organic medium by means of illegally acquiring the organic medium by using an illegal prepaid card.

3. Summary of Solution to Invention

In a conventional organic state, an organic medium loan is provided adjacent to an organic device for releasing the organic medium in a specific organic state and releasing the organic medium in accordance with a loan request of an organic person. In the apparatus,

Request detecting means for detecting a loan request of the organic medium;

Organic medium loan means for lending said organic medium in response to a loan request detected by said request detecting means;

And a loan amount limiting means for limiting the loan amount of the organic medium by the organic medium loaning means in accordance with the consumption amount of the organic medium in a normal organic state of the organic apparatus.

4. Important uses of the invention

Loan apparatus for various organic media

Description

Organic media loan device

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an organic medium loan apparatus installed adjacent to an organic apparatus that enjoys an amount of organic medium such as pachinko beads or coins, and specifically, an organic medium is unreasonably loaned from an organic medium loan apparatus. The present invention relates to an anti-fraud technology that prevents fraud.

An organic device represented by a pachinko device, a throttle device, or the like is a device that enjoys organicity by competing an acquisition amount of an organic medium such as pachinko beads or coins. That is, these organic apparatuses only consume the organic medium in a normal organic state, but are programmed in advance to release the organic medium in a specific organic state, so that the amount of the organic medium obtained is larger than the consumption amount. You can enjoy organic by competing the remaining amount.

In the organic store which installs this kind of organic apparatus, the organic medium loan apparatus which lends organic media adjoins the organic apparatus, and tries to service so that an organic person can easily loan organic media. In addition, although a loan amount of a predetermined amount is required for the loan of the organic medium, the service of eliminating the risk and the hassle of using a cash by the introduction of the prepaid card system is generally provided.

Service improvement measures such as installation of a large number of organic media loan apparatuses and introduction of a prepaid card system by an organic store allow easy and safe enjoyment of organic use using the organic apparatus.

However, there is a problem that the service improvement measures caused by such abandonment store are the cause of new misconduct that is illegally loaned from the organic media from the organic media loan apparatus.

The prepaid card system is useful for securely and easily loaning organic media without using cash. However, by interpreting the prepaid card system, it modifies the cash information recorded on the prepaid card. Or, if the fraud of fake the prepaid card itself is made, the fraud card such as using the prepaid card to improperly take out loans of organic media is used.

In addition, this type of cheating is a cheating that can be performed by using any of the media loan apparatuses installed in the vicinity of the organic apparatus for improving the same service. It is very difficult to detect whether it is done. In other words, this kind of misconduct is not carried out using a special mechanism in the midst of abandonment, and thus cannot be detected even by a magnetic sensor or a radio wave sensor. In addition, even when attempting to artificially detect fraudulent use of the prepaid card by a salesman, a surveillance camera, or the like, since a large number of organic media loan apparatuses are distributed adjacent to the organic apparatus, monitoring was insufficient and it was difficult to increase the effect. .

In addition, in the case of cheating in which the improvement of service caused by such abandonment shop is reversed, it is possible to obtain a large amount of organic media continuously and simultaneously in a short time by using a prepaid card that is easy to tamper with. There is a lot of damage that cannot be compared with the damage caused by actions. In addition, various methods for preventing fraud of a prepaid card, for example, encryption of cash information, have been proposed, but a system for preventing unjust tampering has not been put to practical use.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and to provide an organic medium loan apparatus which prevents fraudulent loan of organic medium by means of illegally acquiring the organic medium by using an invalid prepaid card. The purpose.

1 is a schematic configuration diagram of an organic medium loan apparatus C1 of an embodiment,

2 is a schematic block diagram showing a network system composed of the organic medium loan apparatus Cn, a router Mn, and the like;

3 is a block diagram showing the internal structure of the processor 12 used in the organic medium loan apparatus Cn;

4 is an explanatory diagram showing a relationship in which three CPUs 41 to 43 in the processor 12 share data by a shared memory;

5 is a flowchart showing the processing executed by the organic medium lending device Cn and the network system of the embodiment at the time of lending a wax ball.

Explanation of symbols on the main parts of the drawings

12 processor 15 interface circuit

17 communication port 18 prepaid card controller

19: lender 22: processor

25: interface circuit 27: communication port

32: beads supply device 35: organic group control device

37: lamp group 38: plate

39: handle 40: organic plate

41: MAC CPU 42: Network CPU

43: application CPU44: common bus

44: data bus 45: RAM

47: EEPROM49: ROM

50: network communication port 50: communication port

52: I / O port 54: control circuit

CC: Connection Device Cn: Organic Media Loan Device

GW: Gateway Controller HC: Hall Computer

ILN: Group Ln: Communication Controller

Mn: Luther NW: Second network

NW1: Group Network NWn: Group Network

Pn: Pachinko Organic Device TN: Communication Line

Organic medium loan apparatus of the present invention,

An organic medium lending device which is disposed adjacent to an organic device that consumes the organic medium in a normal organic state and discharges the organic medium in a specific organic state, and loans the organic medium in accordance with the loan request of an organic person. To

Request detecting means for detecting a loan request of the organic medium;

Organic medium loan means for lending the organic medium in response to a loan request detected by the request detecting means;

The main object of the present invention is to provide a loan amount limiting means for limiting the loan amount of the organic medium by the organic medium loaning means in accordance with the consumption amount of the organic medium in the normal organic state of the organic apparatus.

In the organic medium loan apparatus, when the request detecting means detects the loan request of the organic medium, the organic medium loan means executes the loan of the organic medium in accordance with the loan request. This imposes restrictions on the consumption of the organic medium in the normal organic state of the organic device. Therefore, even if an attempt is made to improperly lend an organic medium due to cheating, the amount of organic medium obtained by the act becomes very small, and damages caused by cheating can be minimized. In addition, by setting the limit of the loan amount limiting means to such an extent that cheating does not hold, it is possible to substantially prevent cheating.

The limit of the loan amount by the loan amount limiting means of the present invention is that the loan amount of the organic medium per unit time is equal to the consumption amount of the organic medium per unit time in the normal organic state of the organic apparatus, and the consumption amount is 1.5. It is preferable to make it less than twice.

According to this state, by making the loan amount more than the consumption amount of the organic apparatus, it is possible to lend as much as possible to procure the consumption of the organic medium while enjoying the organicity in the organic apparatus, and further, the loan amount is 1.5 By making it less than twice, the acquisition amount of the organic medium can be limited to such an extent that cheating is practically impossible.

The present invention includes various states in which the limit of the loan amount of the organic medium by the loan amount limiting means is varied according to various situations.

The first state is a state in which the loan limit amount of the organic medium is changed in accordance with the organic situation of the organic device in which the organic medium loan apparatus is adjacent. In other words, the loan request for a just organic medium occurs according to the remaining amount of the organic medium possessed by the organic person. Therefore, the organic medium loan apparatus directly or indirectly detects the remaining amount of the organic medium from the organic situation of the adjacent organic apparatus, and when it is determined that the remaining amount is small, the restriction by the loan amount limiting means is loosened, and the remaining amount When judged a lot, the limit is severely changed. According to this state, the use of the organic medium loan apparatus by a legitimate abandoner is performed without diminishing the restriction of the loan amount by the loan amount limiting means, and it is possible to reliably prevent the mass acquisition of the organic medium by the cheaters. There is a number.

The second state is a state in which the loan limit amount of the organic medium is changed in accordance with the frequency of use of the organic medium loan apparatus. In order for the misconduct to be substantially established, the loan amount of the organic medium per predetermined time needs to reach a predetermined amount or more. In order to cope with this, limiting the amount of loans for organic media per unit time or within a predetermined time period is effective in preventing misconduct, but it is practically limited in consideration of an organic person who legitimately requires a large loan of organic media. It is difficult to uniformly determine the design value of. Therefore, by detecting the frequency of use of the organic medium loan apparatus, it is predicted whether or not a large amount of organic medium loans are requested by a legitimate organic person, and the loan limit of the organic medium loan is changed according to the expected result. In other words, even an organic person who justly demands a large amount of loan for organic media, performing such a large amount of loans continuously in a short time is an action that cannot be performed under the use of a valid organic device. Therefore, as the number of loan demands and / or loan amount of organic media per unit time for organic medium loan apparatus increases, the limit on the amount of loans is severely restricted by loan amount limiting means. While satisfactory, it is possible to reliably prevent mass acquisition of organic media by cheaters.

Moreover, the restriction of the loan amount by the loan amount limiting means can be considered in the state which makes the total loan amount of the organic medium in predetermined time to be below a predetermined value. According to such a structure, inadvertent lending of a large amount of organic media due to continuous loan request of organic media can be prevented, and as a result, the amount of organic media obtained by cheating can be limited. In addition, when the total loan amount of the organic medium in a predetermined time becomes more than a predetermined time, the loan amount is restricted and an alarm is issued, which not only prevents cheating but also performs such cheating. You can also spot cheaters.

In addition, the request detecting means includes a price discriminating unit for distinguishing between a loan request by a prepaid card and a loan request by cash, and the loan amount limiting means includes a loan request by a prepaid card. It can also be configured to operate only when determined.

According to such a configuration, since the loan of the organic medium by the loan amount limiting means is limited to the use of a prepaid card with the possibility of fraud, a large amount of organic use in a short time can be prevented while preventing fraud by the prepaid card It can also meet the demand of legitimate abandoners who want to get a loan from the media.

Next, embodiment of this invention is described based on an Example. 1 is a schematic configuration diagram of an organic medium loan apparatus C1 which is an embodiment of the present invention. This organic medium loan apparatus C1 is provided adjacent to the pachinko organic apparatus P1 in order to facilitate loaning of the pachinko beads used for the pachinko organic apparatus P1. In addition, the organic medium loan apparatus C1 operates not only in cash but also in prepaid cards, and enables the real-time intensive management of the loan situation of the pachinko beads. For this reason, the organic medium loan apparatus C1 is provided with the processor 12, the interface circuit 15, and the communication port 17 of the structure mentioned later.

This interface circuit 15 is provided to enable information communication with various electric and electronic devices constituting the organic medium loan apparatus C1. In the electrical and electronic equipment constituting the organic medium loan apparatus C1 of the present embodiment, a prefade card controller 18 for recording and reading out information on a prefade card, the prefade card controller 18, and an illustration thereof. There is provided a lending machine 19 for lending a number of pachinko balls according to the amount of payment inputted from the cash controller not provided, and an indicator for displaying the price and the like. In addition, the lending machine 19 of the present embodiment has set up the lease of the pachinko beads by one operation (25 in the preset state), and loans the pachinko beads as many times as the number of loans is calculated according to the payment amount. do.

The organic device controller 35 is a microcomputer integrally attached to the backside of the pachinko organic apparatus P1. The organic apparatus controller 35 stores in advance the organic rules of the pachinko organic apparatus P1, and the pachinko organic apparatus according to the organic rules. Control (P1) to operate. For this reason, the organic-device control apparatus 35 is equipped with a processor, an interface circuit, and a communication port similarly to the organic medium loan apparatus C1, and detects the organic state of the pachinko organic apparatus P1, and also the organic plate. Control signals are output to various transmission apparatuses, so-called granular apparatuses, lamps, sound sources, and the like provided in the 40.

In addition, the pachinko organic apparatus P1 launches the organic beads supplied to the saucer 38 into the organic plate 40 with a resilience determined by operating the handle 39, and puts them into a granular or floating granular sphere. It is common to acquire marbles.

The communication port 17 of the organic medium loan apparatus C1 is connected to the interface circuit 25 of the communication control apparatus L1 having substantially the same configuration, and communicates with the higher control apparatus and the information communication as described later. The information network is performed. This communication control apparatus L1 is assembled to the top lamp provided in the upper part of the frame in which the pachinko organic apparatus P1 is installed. The same chip as the processor 12 of the organic medium loan apparatus C1 is employed as the processor 22 of the communication control device L1. The interface circuit 25 of the communication control device L1 includes a bead supply device 32 and an organic device control device 35 for supplying organic beads to the organic medium loan device C1 and the pachinko organic device P1. ) And an electric lamp circuit 37 connected to a lamp group 37 showing a large hit or trouble and the like, and adapted to control communication with these devices.

The communication port 27 of the communication control device L1 is connected to a communication line constituting a group network NW1 corresponding to the first network. In this group network NW1, as shown in FIG. 2, each communication control device Ln provided in correspondence with the organic medium loan apparatus Cn for a plurality of pachinko organic devices provided in the group IL of the pachinko hole. Is connected. In addition, a router M1 for network control is connected to the group network NW1. One router Mn is connected to the group network NWn of each group ILn, respectively. In FIG. 2, only the router M2 adjacent to the router M1 is shown. These routers M1, M2, ... are connected to the subnetwork NW2 corresponding to the second network. The router Mn is also configured by using the same processor as the organic medium loan apparatus Cn and the communication control apparatus Ln. The configuration of the processor will be described later.

The router Mn which oversees each group ILn is also connected to the control device GW for gateways. The gateway control device GW is connected to the hall computer HC, and outputs the information of the organic medium lending device Cn of each group to the hall computer HC for management. In addition, the controller GW for the gateway is also configured by using the same processor as the organic medium loan apparatus Cn. The gateway control device GW may be configured to connect directly to each router Mn as in the embodiment and to receive only information necessary for the management of the hall, but to connect to the subnetwork NW2 which is the second network. It is also possible to set it as the structure which acquires only the data required for management from the data on 2 network NW.

The connection device CC is connected to the subnetwork NW2. This connection device CC also uses the same processor as the organic medium loan device Cn, and is a device that can be connected to the monitoring computer SC through an external communication line TN. Therefore, the modem for communication is built into the connection device CC.

The processor 12 of the organic medium loan apparatus C1 is a one-chip type processor incorporating three processors, as shown in FIG. 3, and in the embodiment, a neuron chip (TMON3120) manufactured by Toshiba is used. . The processor 12 incorporates three CPUs, a media access (hereinafter referred to as MAC) CPU 41, a network CPU 42, and an application CPU 43. The common bus 44 for addresses and data to which these CPUs 41, 42, and 43 are commonly connected includes a RAM 45 as a shared memory, an EEPROM 47 as a nonvolatile memory, a program, and the like. The ROM 49 stored in advance is connected. In addition, the network communication port 50 and the I / O port 52 that perform input / output with the outside are also connected to this common bus 44. The network communication port 50 is a port for implementing data communication in accordance with a predetermined communication protocol. The I / O port 52 is responsible for inputting and outputting data to and from the interface circuit 15 connected to various electrical and electronic devices such as the prepaid card controller 18 and the lending machine 19.

The EEPROM 47 is a nonvolatile memory that stores network configuration and address designation information, a 48-bit identification code, a control program, and the like. Other than the 48-bit identification code, the program can be rewritten. The identification code is recorded irreversibly in the manufacturing process, and different codes can be recorded for each chip. A total of 48 bits of identification codes can be divided into several groups, and information such as the manufacturer, model, serial number, and installation hole of the corresponding organic medium loan apparatus Cn can be assigned to each group. Since this identification code can be read out from the outside via the network, it is easy to know which information is output by which processor 12 (that is, which organic medium lending device Cn) outputs. In addition, although the processor of the organic medium loan apparatus Cn does not have any problem using an ordinary Neumann type computer, it is preferable that the identification code is different from each other and that this identification code is unmodifiable.

In addition, the part and ROM 49 which can be rewritten by the program of the EEPROM 47 and the ROM 49 are provided through the loan rules of the organic medium loan apparatus C1, that is, the interface circuit 15 and the I / O port 52. On the basis of the input state of the prepaid card controller 18 or the lending machine 19, the rules of how to control each of these electric electronic devices are stored next. The three CPUs 41 to 43 achieve electronic control of the organic medium loan apparatus C1 by controlling each electric electronic device based on this loan rule. In the present embodiment, the number of loans of the lending machine 19 to be allowed within a predetermined time is set in the program area of the EEPROM 47, and the total amount of pimples loans within a predetermined time executed by the organic medium lending device C1 is set. It is designed to be controlled.

In addition, the processor 12 has a built-in control circuit 54 for outputting control signals such as clocks and resets of the CPUs 41 to 43. In this embodiment, the processor 12 of the type in which the RAM 45 or the EEPROM 47 is incorporated is used. However, the data bus 44 is drawn out to the outside, and the RAM, the EEPROM, and the like are externally used. It is also possible to use a processor 12 of the attachable type. In this embodiment, EEPROM was used as the storage means for storing the data nonvolatile. Instead, a flash ROM, magnetic storage means, or the like may be used.

As described above, any one of the organic medium loan apparatus Cn, the communication control apparatus L1, the router Mn, and the connection apparatus CC uses the processor 12 having the same architecture. For this reason, ID management of each processor 12, matching of a communication protocol, etc. can be made easy. Therefore, it is also easy to develop a large-scale network system in which a plurality of organic medium loan apparatuses (Cn) are connected. Moreover, since each processor 12 is provided with the above-mentioned identification code, even if it is a large network, identification of a specific processor is easy and it can contribute to the improvement of the security of the whole network. Using this identification code, the communication control device Ln and the organic medium loan device Cn corresponding to each other are controlled to identify each other. This means that, at the time of installation of the organic medium loan apparatus Cn, the combined communication control device Ln and the organic medium loan apparatus Cn send each other an identification code, and in subsequent communication, the identification code is returned. This is done by adding part of the communication protocol. When data having an identification code other than the identification code recognized at the time of installation is sent from the organic medium loan apparatus Cn, the communication control device Ln does not accept the subsequent data, and the combined code matches. Since it is not a combination of equipment, this is notified to the outside.

As shown in Fig. 4, the three CPUs 41 to 43 of the processor 12 can exchange data with each other by using the RAM 45 and the EEPRIM 47 as a shared memory. When the application CPU 43 inputs various data through the I / O port 52 by the device and writes the data into the buffer, the network CPU 42 reads and outputs these data by referring to the buffer. Can be written to a network buffer. The data recorded in the network buffer can be referred to from the MACCPU 41, and the MACCPU 41 can output these data to the outside via the communication port 50. Moreover, it is also possible to output the data read and input from the network via the communication port 50 to the various electronic electric machines of the organic medium loan apparatus Cn via the application CPU 43 via the reverse path. Do. In the present embodiment, this function is used to vary the number of times of rental of the puzzling beads within a predetermined time allowed for the lending machine 19. That is, the lending machine 19 in the preset state is allowed to borrow up to six times within a predetermined time period (one minute), and can loan a puzzling ball at a rate of 150 (= 25X6) / minute. By rewriting the number of loans of the loan machine 19 to "6" or less in the preset state, the loan ability of the loan machine 19 can be gradually reduced. In addition, the predetermined number of times (one minute) set in the lending machine 19 is gradually set (for example, 80 seconds, 100 seconds, etc.), so that the number of loans (six times) is not changed or these predetermined times are set. The lending capacity of the lending machine 19 may be limited by the structure which makes both time and the number of loans variable.

The processing executed by the organic medium loan apparatus Cn having the above configuration will be described next. 5 is a flowchart showing processing executed by the organic medium loan apparatus Cn and the hall computer HC. The communication control device Ln connected to the communication port 17 of the organic medium loan device Cn, the router M1 connected to the group network NW1, and the like control the control of the organic medium loan device Cn. In order to control from the higher hall computer HC, information communication coordination functions and the like are executed. As for the protocol, general processing such as packet communication is employed, and detailed description thereof is omitted here. By the information communication processing by these devices, the organic medium loan apparatus Cn can perform predetermined | prescribed process, communicating with the higher hall computer HC. In FIG. 5, two independent flowcharts are drawn side by side to indicate that the processing is executed in parallel by the organic medium loan apparatus Cn and the hall computer HC simultaneously. The loan processing performed in the organic medium loan apparatus Cn starts from the time when the prepaid card is inserted into the prepaid card controller 18 and ends when the prepaid card is output as described below. . On the other hand, the loan capacity processing by the hall computer HC is always executed simultaneously with other processing during the business hours of the abandoned store.

As shown in FIG. 5, in the organic medium loan apparatus Cn, a prepaid card is inserted into the prepaid card controller 18, so that loaning of pachinko beads based on the balance information recorded on the prepaid card is prevented. The loan initiation process is executed starting from when it was executed by the owner (step 100). Here, the loan initiation process outputs to the hall computer HC that the lending of the puzzling beads is started by the identification code and the prepaid card, and the maximum number of loans that is currently permitted, that is, within a predetermined time (1 minute), is 6 Loan of finching ball is carried out by meeting loan ability.

The hall computer HC receives information indicating that a loan of a pimple ball has occurred due to an identification code and a prepaid card, and specifies the organic medium loan device Cn for which the loan is being made and the loan start time ( Step 200). Therefore, among the organic medium lending apparatuses Cn installed in a large number of organic shops, the information of the identification code and the start time is specified and accumulated with respect to each lending apparatus for which loans are made by the prepaid card.

The organic medium loan apparatus Cn next executes a sequential report on the loan status of the pachinko beads and the number of loans executed in the lending machine 19 in the present embodiment (step 120). Here, since the loan status report may occur from a plurality of organic media loan apparatuses Cn at the same time, communication is always performed as information added with an identification code.

As a result, the hall computer HC for inputting the loan status report specifies the organic medium loan apparatus Cn from the identification code, and the elapsed time from the loan start time determined in the loan acceptance process (step 200) described above. It is possible to execute the loan determination process in which the time and the number of loans up to now are compared (step 220). In the loan determination process, it is determined whether or not the total amount of pachinko beads loaned in the elapsed time from the starting time of the loan (in this embodiment, the number of loans) is necessary for normal abandonment in the pachinko organic apparatus Pn. . Then, the loan capacity of the organic medium loan apparatus Cn in accordance with the determination result is calculated and transmitted to the organic medium loan apparatus Cn (step 230). For example, when the elapsed time from the last loan is unusually short or when the number of loans per unit time is abnormally large, the number of loans (preset value 6) is gradually increased for the organic medium loan apparatus Cn. Indicates a decrease. In the embodiment, it is instructed to bring the ratio of the number of shots per hour and the number of loans to one-to-one closer to each other as it is determined that there is a loan situation that cannot or cannot occur in a normal organic situation.

In accordance with the instruction, the organic medium lending device Cn having inputted the loan collection instructions resets the preset value of the lending machine 19 to set its own lending capacity (step 130). Then, it is judged whether or not the prefade card has been output from the prefade card controller 18, and it is determined whether or not the loan request of the pachinko beads by the owner is continued (step 140). If it is determined by this determination that the loan request is to be continued, the process returns to step 120 again and the above process is repeated. If it is determined that the loan request is ended, the loan process is reset to a preset value of 6 to return its own loan capacity to the initial state and the end process of notifying the hall computer HC of the identification code and the end of the loan. Is executed (step 150).

Upon receiving the termination report, the hall computer HC deletes the information of the identification code and the start time accumulated in the above-described loan acceptance processing (step 200), and terminates the monitoring state of the specific organic medium loan apparatus Cn. The loan acceptance end process is executed (step 240).

As described above, the organic medium loan apparatus Cn of the present embodiment sets the number of loans of the lending machine 19 in the free area of the EEPROM 47, which is a nonvolatile memory device, and makes this variable. You can change the loan capacity accordingly. Since the number of loans is gradually reduced in accordance with a strange loan request using a prepaid card, it is practically impossible to obtain an illegal pachinko ball by a tamper prepaid card.

In addition, since the loan capacity of the organic medium loan apparatus Cn is not set uniformly, and the loan capacity is limited as the loan situation approaches the abnormal value, the normal owner does not feel the lack of the loan capacity.

In addition, since the lending capacity of the organic medium loan apparatus Cn is centrally managed by the hall computer HC on the network, a strange loan is generated in any of the loan apparatuses of the organic medium loan apparatus Cn installed in a large number of organic shops. It is easy to see if it is occurring. In addition, when the pachinko organic device Pn of the organic store is replaced with a new one, it is also possible to change the lending capacity of all the organic medium lending devices Cn in accordance with the pachinko organic device Pn. It is easy to cope by one setting change.

In addition, in the present embodiment, the loan capacity of the organic medium loan apparatus Cn is set by setting the number of loans per unit time. An interval from one loan processing or the next loan processing to the next loan processing is extended. Other methods such as lengthening the time may be employed. Further, by employing a combination of a plurality of methods, it is possible to more precisely control the gradual decrease in loan capacity. It is also easy to program the ability to gradually reduce the lending capacity to a computer embedded in the organic medium lending device Cn. According to such a stand alone structure, a network is unnecessary in the induction point, and it can be set as a cheap structure.

As mentioned above, although the Example of this invention was described, this invention is not limited to this Example at all, Of course, it can be implemented in various states in the range which does not deviate from the summary of this invention. For example, the present invention can be applied to other organic devices such as slot machines. In the embodiment, the organic medium lending device Cn is configured to directly lend itself to the support dish, but is applied to a structure to lend the pachinko beads using a premium bead dispensing device inside the pachinko organic device Pn. It is also easy to do.

In addition, the present invention may be configured to output any alarm when the loan amount of the organic medium exceeds the loan amount that can be in a normal organic state by applying to an already installed organic medium loan apparatus. Since the loan amount of the pachinko ball is normally output to the hall computer, it is easy to construct a detector which inputs this signal and is provided with a counter for measuring the loan amount per unit time. For example, if the lending amount per one minute exceeds six times, a structure such as lighting a lamp in the vicinity of the pachinko organic apparatus may be used. In this way, even in the existing organic medium loan apparatus, an abnormality in the loan amount of the organic medium can be easily detected and alarmed. In addition, it is also possible to set it as the structure which judges by the hall computer side, and alerts the store clerk etc. by wire | wire | wire | wireless, a lamp display, etc.

When loaning pachinko beads as a medium for organic use using a premium bead dispensing device built in pachinko organic device Pn, the loan amount limiting means of the present invention may be provided on the dispensing device side of the giveaway beads. It is possible. That is, when a prepaid card is read and a loan request within the balance is requested, the reader of the prepaid card outputs a signal for requesting the loan of the puzzling beads to the prize beads dispensing device. The dispensing device of the prize bead usually accepts this signal and loans a cinch ball, but if the request signal is received more than six times within a unit time, the dispensing of the prize bead is rejected. You can do it. Usually, since the signal handshake is performed between these apparatuses, what is necessary is just to set it as the structure which rejects reception of a request signal by the dispensing apparatus side of a premium ball. Alternatively, once the loan request signal is received, the dispensing device side of the prize beads may continue to generate a busy signal until a predetermined time has elapsed thereafter.

In addition, when a signal can be exchanged with the pachinko organic apparatus Pn side, it is also possible to recognize the organic state in the pachinko organic apparatus Pn and to limit the loan amount of the pachinko beads. . For example, if the outgoing beads are not detected at all and the pachinko ball loan request is repeatedly outputted, the handle is not held in the same way, but the pachinko ball loan request is repeatedly outputted or the prize beads are out of view. If the demand for the loan is repeatedly outputted, it is determined that the loan is not in a normal state, and the countermeasure that restricts or rejects the loan of the pinching beads or outputs an alarm is output. It is also possible.

Claims (3)

In a conventional organic state, an organic medium loan is provided adjacent to an organic device for releasing the organic medium in a specific organic state and releasing the organic medium in accordance with a loan request of an organic person. In the device, Request detecting means for detecting a loan request of the organic medium; Organic medium loan means for lending said organic medium in response to a loan request detected by said request detecting means; And a loan amount limiting means for limiting the loan amount of the organic medium by the organic medium loaning means in accordance with the consumption amount of the organic medium in a normal organic state of the organic apparatus. Media loan device. The limit of the loan amount by the loan amount limiting means is that the loan amount of the organic medium per unit time is higher than the consumption amount of the organic medium per unit time in the normal organic state of the organic apparatus. Organic medium loan apparatus, characterized in that less than 1.5 times the consumption. 3. The request detecting unit according to claim 1 or 2, wherein the request detecting means includes a price discriminating unit that distinguishes a loan request by a prepaid card from a loan request by cash. And the loan amount limiting means operates only when the price discrimination unit of the request detecting means determines that the loan is requested by the prepaid card.