JP2002245546A - Information processing terminal for account settlement with card, and its application method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make a vehicle allocation request by using an information processing terminal for account settlement with a card. SOLUTION: A store side cash card terminal 4 receives the input of car allocation request information consisting of the specification of a taxi company P and desired time for car allocation from a ten-key panel through a car allocation request information input processing part 401, and transmits the car allocation request information together with store information to a vehicle management processor 8 of the taxi company P by a transmitting-receiving part 406 using a communication line, and further displays response information including arrival schedule information from a vehicle side terminal 4' on the taxi company P side received by the transmitting-receiving part 406, on a monitor by an output part 405.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an information processing terminal for a cash card, which includes a monitor and at least a numeric keypad, and is installed in a store to carry out commercial transactions through a customer's cash card for each commercial transaction. The present invention relates to an information processing terminal for a card and a method of using the information processing terminal, which assists in a vehicle allocation procedure using a vehicle management processing device and a vehicle-side terminal.

[0002]

2. Description of the Related Art Conventionally, the spread of cash cards with an immediate settlement function has been remarkable, and they have been used in place of cash when shopping, and are now indispensable in commercial transactions like credit cards. .

[0003] Such a cash card is provided with magnetic information in which a symbol for identifying the owner, an account number of a card issuing bank or a postal savings, or the like is magnetically formed. In order to read this magnetic information, a store or the like is provided with a reading terminal, and after identifying the customer by reading the magnetic information of the cash card, entering the personal identification number from a separately provided numeric keypad etc. Is confirmed, a so-called transfer process is performed, in which the amount of the purchase price is deducted from a customer's postal savings account or a bank account and transferred to a bank account of a store or the like.

[0004] In addition, vehicles such as taxis are mainly dispatched by receiving dispatch requests from customers by telephone, and a dispatcher of a taxi company wirelessly communicating with the nearest taxi.

[0005]

The conventional information processing terminal for a cash card as described above is used only for withdrawing a purchase price from a deposit account, and this terminal is connected to a public line. Focusing on the point of connection, it was still insufficient for efficient use.

[0006] In addition, as for the dispatching method, there is a problem that it takes time and is inefficient as a result of the conventional telephone correspondence, and further, the vehicle waits without being able to respond to the request from the vehicle side. There was also instability.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems. An efficient use of a terminal is provided by receiving a dispatch request and a notification of the result of the request by an information processing terminal for a cash card on a store side. An object of the present invention is to provide an information processing terminal for a cash card and a method for using the same, which can eliminate instability during standby.

[0008]

According to a first aspect of the present invention, there is provided an information processing terminal for card settlement provided with a monitor and at least a numeric keypad, and installed in a store for performing a commercial transaction via a customer's cash card for each commercial transaction. Machine,
An information receiving means for receiving an input of dispatch request information including a taxi company identification from the numeric keypad and a desired dispatch time, and transmitting the dispatch request information together with the store information to a taxi company vehicle management processing device using a communication line. It is characterized by comprising transmitting means, and receiving processing means for receiving response information including the received arrival information from the taxi company-side vehicle-side terminal and displaying it on a monitor.

According to a fourth aspect of the present invention, there is provided a method for using an information processing terminal for card settlement, comprising a monitor and at least a numeric keypad, and installed in a store for conducting business transactions via a customer's cash card for each business transaction. Receiving the input of the dispatch request information including the identification of the taxi company and the desired dispatch time from the numeric keypad, and transmitting the dispatch request information together with the store information to the taxi company's vehicle management processing device using a communication line. And a step of receiving response information including the scheduled arrival information from the taxi company-side vehicle-side terminal and displaying the information on a monitor.

[0010] According to these configurations, when the key is operated by the numeric keypad, the card settlement information processing terminal receives the dispatch request information including the specification of the taxi company and the desired dispatch time. The information is transmitted together with the store information to a taxi company vehicle management processing device via a communication line. When response information including the scheduled arrival information is received from the taxi company's vehicle-side terminal that has received the information, the content is displayed on the monitor.

According to a second aspect of the present invention, there is provided a card settlement information processing terminal, wherein the taxi company side vehicle-side terminal is the same as the card settlement information processing terminal according to the first aspect. . According to this configuration, payment using a cash card at the taxi company-side vehicle terminal becomes possible, and convenience is improved.

According to a third aspect of the present invention, in the information processing terminal for card settlement, the dispatch request information reads customer information from a customer information storage means for storing customer information and receives an input. . According to this configuration, the readout of the customer information simplifies the input of the dispatch request information and improves the convenience of the operation.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is a diagram showing the overall configuration of a dispatch request system to which the present invention is applied. As shown in this figure, the store-side cash card information processing terminal 4,
The taxi company-side vehicle management processing device 8 and the taxi company-side vehicle terminal 4 'are constructed so as to be able to perform data communication via a wired or wireless network line operated by a communication company, respectively. Information processing terminal 4 and taxi company side vehicle terminal 4 '
Is configured to be able to perform data communication via a wired or wireless network line operated by a communication company with a point system 2 for performing settlement by a cash card described later. The point system 2 is a system constructed mainly by a system center Z interposed between the banks B and C and the member store D, and also performs settlement operations between banks including the settlement secretary bank A. It is included in the integrated system 1 of ordinary commercial transactions to be performed.

As shown in FIG. 1, the integrated system 1 includes a card issuing bank B that issues a cash card Y to a customer X.
And the terminal 4 provided at the member store D where the customer X conducts business, and the terminal 4 'provided at the taxi company side vehicle T.
A taxi company-side vehicle management processing device 8 provided for each taxi company P for dispatching procedures; a merchant bank C in which each merchant D has a transaction account; the card issuing bank B and the merchant bank C; Between the clearing center E which arranges the transaction information from the card issuing bank B and transmits it to the managing secretary bank A, and the point system 2 which intervenes between the terminal 4 of the card issuing bank B and the member store D Are linked to each other via a communication line or the like so that data can be transmitted. Also, the system center Z and the card issuing bank B
A relay center F that performs distribution and relay of data transmission on a communication line is interposed between the relay center F and the communication center.

The point system 2 organically cooperates with the card issuing bank B, the affiliated store bank C and the terminal 4 of the affiliated store D to exchange the cash card Y between the customer X and the affiliated store D. Each time a commercial transaction is completed, settlement work based on the payment of the customer X is smoothly performed, and points can be given to the customer X according to the transaction amount. This score indicates that customer X has traded at member store D (shopping).
To make the terminal 4 read the recorded items of the cash card Y, and is added each time the transaction amount is input,
When a predetermined score is reached, the predetermined amount is returned to the customer X as a discount of the transaction amount at the time of the transaction.

The above-mentioned clearing management bank A carries out the payment between the two banks B and C. More specifically, the clearing manager A obtains the clearing information M1 from the clearing center E, outputs the clearing information M3 for the issuing bank to the issuing bank B, and sends the clearing information M3 for the issuing bank to the merchant bank C. This is performed by outputting information M4.

[0017] The card issuing bank B sends the customer X (customer X
1, X2,..., Xi,..., Xm).
As such a card issuing bank B, one or a plurality of banks B1, B participating in the operation of the point system 2
, Bn exist. Therefore, cash card Y
Is unique to each bank participating in the system, but in the point system 2, the data stored in the cash card Y and its format are made common so that any bank's cash card Y can be used. ing. The cash card Y functions as a normal cash card between the customer X and the card issuing bank B (that is, automatic cash withdrawal from an automatic teller machine (ATM)).

Such a cash card Y has, for example, a magnetic storage unit, and card identification information for identifying the card, owner name, information for specifying the card issuing bank B and account number, etc. are magnetically stored. It is recorded in.

The member store bank C has a point system 2
One or more banks C1, C2,
…, Cp, each member store D1, D2,…, Di,…,
Dq and each taxi T1, T2, ..., Ti, ..., Tq
Has opened an account with one of the merchant banks C, and has a system center Z
There is an account opened by. When the customer Xi makes a purchase using the cash card Y at any of the merchant stores Di, the transaction amount is deducted from the deposit account of the customer Xi at the card issuing bank B, and is transferred to the account of the merchant store Di at the merchant bank Ci. , The transaction amount is transferred based on the transfer information M4 from the clearing center E to the member store bank.

Further, from the clearing center E, of the transaction information once transmitted to the clearing center E via the card issuing bank B, the transaction information passing through the system center Z is compiled by the clearing center E. The above is returned to the system center Z as the collation information M2. Such processing is performed because the information determined in the transaction is transmitted from the clearing center E, and when the vehicle passes through the system center Z, the point assigning process and the full score in the point system 2 which have been completed are completed. This is to check whether or not the money amount return processing has been correctly performed when has become.

When the terminal 4 of the member store D outputs a transaction permission / inhibition signal M6 from the terminal 4 to the card issuing bank B (specifically, when the amount of the product purchased by the customer is input from the terminal 4), the card issuing bank B confirms the balance of the deposit account of the customer X who made the inquiry, and determines whether or not the commercial transaction is established (that is, whether or not the deposit amount is larger than the transaction amount). The availability information M7 is the terminal 4
Will be returned to you. When the deposit amount is larger than the transaction amount, the transaction process based on the information from the terminal 4 is executed as it is, while when the deposit amount is reversed, the information indicating that the commercial transaction is impossible is returned to the terminal 4, whereby the member store D In addition, the customer can immediately recognize that the commercial transaction in the point system 2 is not possible immediately before the commercial transaction is established.

The point system 2 is a member store D
By relaying the transaction information M5 of the customer X via the input device between the terminal 4 of the customer and the card issuing bank B, the contents of the transaction are grasped, and a point corresponding to the transaction amount is given to the customer X. In addition to the award, when the total score reaches a predetermined perfect score during the commercial transaction, an amount (payment amount) obtained by subtracting a predetermined return amount from the transaction amount is calculated. The calculated payment amount is separately deducted from the deposit account at the card issuing bank B of the customer X.

In the case where the amount is redeemed at the member store D, the amount obtained by adding the return amount to the payment amount (ie, the transaction amount) is transferred from the bank account of the system center Z to the member store D at the member store bank C. It is designed to be transferred to an account.

In this embodiment, the member store D
As a result of the commercial transaction established with the customer X,
Is paid from the card issuing bank B via the system center Z to the bank account of the system center Z, that is, an account of a bank of the member store bank C (tentatively a member store bank Cp) (system center account Cp1). The payment amount and the return amount are transferred to the bank account of the member store D with which the transaction has been made. Merchant D
For example, every time a transaction using the cash card Y is completed at the affiliated store D, a predetermined percentage of the transaction amount is collected to procure funds for the return amount for the customer. The collected amount is pooled in the system center account Cp1. Other than this, it may be collected as an entrance fee or annual fee.

According to the point system 2, if the customer makes a purchase at the member store D using the cash card Y and the points awarded by the purchase have reached the full score, the transaction amount is reduced by the return money. Since the same effect can be obtained, the customer can enjoy a sense of bliss in which unexpected luck has rolled in, and the member store D side
An increase in the number of customers X due to the return money can be considered, which is effective in supporting an increase in sales.

FIGS. 2 and 3 are perspective views showing an embodiment of the terminal 4 suitable for application to the point system 2. FIG. 2 shows a state in which the terminal body is separated from the receiving stand. Numeral 3 indicates a state of being mounted on the receiving table. As shown in these figures, the terminal 4 includes a handy type terminal main body 43 and a cradle 47 for supporting the terminal main body 43. The terminal main body 43 has a vertically long grip portion 44 sized so that it can be gripped by the palm.
And a grip 44 extending from the upper end side of the grip 44
It comprises a wider portion 45 having a wider width, and a card reader 46 provided at the upper end of the wide portion 45.

FIG. 4 is a diagram showing an example of an arrangement of input keys arranged on the grip portion 44. As shown in FIG. A numeric keypad 441 on which numbers 0 to 9 are written is provided on the front side of the grip portion 44, and a predetermined number of operation keys 442 for performing various operations are provided above the numeric keypad 441.

Characters for character input are assigned to the numbers 0 to 9 of the ten keys 441, and a correction key 441a and a confirmation key 441b are also arranged.

The operation key 442 is a dispatch request key 442
a, a dispatch reception key 442b, a memory registration key 442c,
A reception confirmation key 442d, a character function key 442e, a reception cancel key 442f, and a power key 442g are arranged respectively.

A rectangular display 45a provided with a liquid crystal is provided on the surface side of the wide portion 45, and four points for guiding the number of points of the point system 2 are provided above the display 45a. Is affixed to the guide seal 45b. Specifically, for example, “Global point 0.
1 (%) "," House point 0.4 "," Area point 0.3 "," Bank point 0.2 ", and so on. In addition to knowing the type of the point system 2 that is performing, the number of points given according to the transaction amount can be confirmed.

In addition, instead of or in addition to the guide seal 45b, a seal 45b for guiding the operation of the terminal 4
May be stuck. Thus, the customer X can easily operate the terminal device 4. In addition, a predetermined number of LEDs (light
A light emitting member made of an emitting diode or the like may be provided. The light-emitting member emits light and disappears to indicate power on / off, the light-emitting member emits light to guide the next operation, and also displays the contents of items displayed on the display 45a. You may.

The card reader 46 is positioned above the wide portion 45 above the position where the seal 45b of the wide portion 45 is attached.
Is formed with a card passage groove 46a provided so as to traverse the. The groove width of the card passage groove 46a is set slightly larger than the thickness dimension of the cash card Y, and the cash card Y is inserted into the cash card Y as shown by an arrow in FIG.
By passing the card through the card passage groove 46a, the magnetic description of the cash card Y can be read through a magnetic head (not shown).

The receiving table 47 has a base body 48 having an upper surface inclined in the front-rear direction, and a pair of arc-shaped bulging parts bulging upward from both sides in the width direction of the base body 48. 4
9 is formed. At the bottom of the base body 48,
A rectangular base 48a having a planar shape smaller than the base main body 48 is provided, and the receiving base 47 is supported by the base 48a, so that the terminal main body 43 is excellent in design.

The pair of arc-shaped bulging portions 49 have a clearance between them set slightly larger than the width of the gripping portion 44 of the terminal body 43, and the gripping portion 44 has an arc-shaped bulging portion. The terminal main body 43 is mounted on the cradle 47 by being fitted to the inclined surface 48 a between the portions 49.

A plurality of leads (power supply lead 47a and communication line lead 47)
b) is drawn out, and power is supplied to the terminal 4 by connecting the power supply lead 47a to a commercial power supply (or via an AC-DC converter), and the communication line lead 47b is connected to the communication line. The connection allows the terminal body 43 to be connected to each of the control devices 5, 6, and 7 so that data can be exchanged.

The terminal body 43 and the receiving base 47 are connected to each other by a spiral cord 47c stretched between the lower ends thereof, and are connected to the power supply lead wire 47a via the spiral cord 47c. Power is supplied to the terminal body 43, and the terminal body 43 is connected to the communication line lead 47b via the spiral cord 47c.

A first terminal 43a for infrared communication (irDA) is provided on the lower surface of the lower end of the terminal body 43, and the first terminal 43a is provided on the inclined surface 48a of the base body 48. A second terminal 48b is provided at a corresponding position, and infrared communication between the terminal body 43 and the cradle 47 is achieved by connecting the terminal portions 43a and 48b by infrared rays when the terminal body 43 is mounted on the cradle 47. Can be done. The terminals 43a and 48b are for a small printer which is optionally provided in the base body 48. If the terminals 43a and 48b are employed and the printer is installed in the base body 48, the terminal body 43 is placed on the cradle 47 after the transaction is completed.
The information of the transaction that has actually been performed is printed out for convenience.

In such a terminal 4, the reading section 404a of the input device 404 shown in FIG.
The input unit 404b is formed with a numeric keypad 441, operation keys 442, and a card reader 46, and the output unit 405 is formed with a display 45a.

In the terminal 4, the terminal main body 43 contains a CPU, a storage device, a capacitor and a secondary battery. The secondary battery is charged via the power supply lead wire 47a by mounting the terminal device main body 43 on the cradle 47. These capacitors and secondary batteries are for backing up the terminal 4 in the event of an accidental power failure, such as when the outlet of the power supply lead wire 47a is disconnected. In addition, the terminal body 4
As for the battery housed in 3, an ordinary battery may be used instead of a rechargeable secondary battery.

Output information from the system center side control device 5 is transmitted to the communication line lead 47b and the connection terminals 43a, 4a while the terminal 43 is mounted on the receiving stand 47.
The information is transmitted to the terminal main body 43 via the receiving base 8b and the receiving stand 47, and is output to the display 45a.

The cradle 47 of the present embodiment is merely a support member for the terminal main body 43. However, the cradle main body 48 of the cradle 47 is also provided with a storage device, and the output from the system center side controller 5 is output. If the information is stored in this storage device, the signal from the system center side control device 5 can be temporarily stored in this storage device even when the terminal main body 43 is detached from the cradle 47. When terminal body 43 is attached to cradle 47, display 4
5a.

In the present embodiment, the storage device of the terminal 4 can store one transaction information by the cash card Y. The transaction information may include a customer identification symbol, a member store identification symbol, a transaction amount, and the like as a result of the input operation. Therefore, when the customer X wants to output the immediately preceding transaction information in order to confirm the transaction content immediately after the transaction is completed, the content can be output to the display 45a by operating the predetermined operation key 44c. When an input operation is performed on the terminal 4 for the next commercial transaction, the previously stored transaction information is updated to the information on which the input operation was actually performed.

By increasing the storage capacity of the terminal 4, transaction information within a predetermined period for each customer X is stored, and past transaction contents are scroll-displayed on the display 45a in response to the request of the customer X. You may make it do.

Further, by operating the terminal 4 with a specific key of the operation keys 442 (for example, a Nissei key is provided), the transaction information of the day from the card issuing bank B and the affiliated bank C is displayed. You may comprise so that scroll display may be carried out to 45a. By doing so, when necessary at the member store D side, by performing a predetermined key operation at an arbitrary time of the day, the transaction information up to that time is sequentially scroll-displayed on the display 45a, If the same key operation is performed after business closing, the transaction status of the day can be known.

The terminal 4 of the present embodiment is not provided with a printer as an output device unless there is a special request. The reason is that, in a commercial transaction by the point system 2, the terminal 4 is for operating the point system 2, and the customer X from the member store D
This is because the receipt is issued from a cash register provided separately in the member store D, and it is not necessary for the terminal 4 to issue a receipt on the receipt.

According to the configuration of the terminal 4, since the terminal main body 43 and the receiving table 47 are not provided with a mechanical movable member such as a printer, no failure due to the movable member occurs, and accordingly, Thus, the service life of the terminal 4 can be extended.

Further, since an expensive printer is not attached to the terminal device 4, the terminal device 4 can be made inexpensive accordingly, which can contribute to the spread of the point system 2.

FIG. 5 is a block diagram showing one embodiment of a specific configuration of the point system 2. As shown in FIG.

As shown in FIG. 5, the point system 2
Is a terminal 4 provided in each member store D, a system center side controller 5 provided in the system center Z, and a card issuing bank side controller 6 provided in the card issuing bank B.
And the merchant bank controller 7 provided in the merchant bank C
It is comprised including.

The relay center F interposed between the system center Z and each bank of the card issuing bank B performs only distribution relay of data transmission using a communication line. Since they are not directly involved in the operation, they are not shown in FIG.

The terminal 4 and the system center-side control device 5 are connected to each other by a communication line so that data can be exchanged. The card issuing bank control device 6 and the member store bank control device 7 are connected to a conventional control device of the settlement secretariat bank A via a communication line. The settlement business as a banking business is to be executed. Information transmitted from the clearing center E is used as information for the settlement managing bank A to execute the settlement operation.

The terminal 4 is provided with an input device 4 for inputting transaction information.
04 and various kinds of information as needed (input information input from the input device 404, information from the system center-side control device 5, and transaction availability information from the card issuing bank B (this transaction availability information will be described in detail later). And an output unit 405 for outputting the following.

The input unit 404 reads the magnetic recording information of the cash card Y of the customer X.
And an input unit 404b for inputting transaction information such as an amount. The reading unit 404a is provided with the card reader 46 (FIGS. 2 and 3), and the input unit 404b.
Is provided with a numeric keypad 441 and operation keys 442.

The system center side controller 5 is constituted by a computer, and has a CPU (central processing unit) 5.
1 and a storage unit 52 for storing a control program and various data.

The CPU 51 includes a subscription system discriminating unit 511.
, A point accumulating section (point calculating means) 512, an accumulated point determining section 513, a payment setting section 514, and a lottery processing section 515.
A hit determination unit 516, a transaction information output unit 517, a perfect score / hit information output unit 518, and a fund collection unit 519. The storage unit 52 has a customer-specific score memory 52.
1 is provided.

The subscription system discriminating unit 511 determines whether the customer X
Merchant D who bought with cash card Y,
This is to determine which system is subscribed.
That is, when the cash card Y is read by the reading unit 404a, the information (for example, machine number) of the terminal 4 and the customer information are output to the system center side control device 5, and the joining system determination unit 511 outputs By referring to the stored system subscription information of the member store D, it is determined which of the house point system 22, the area point system 23 and the bank point system 24 the member store D has subscribed to. It has become.

The score accumulating unit 512 calculates the score to be given to the customer X from the transaction amount of the customer X who has made a purchase and the result of the judgment by the joining system judging unit 511, and also calculates the result of the calculation for the customer X. Are accumulated in the points stored in the customer-specific score memory 521 and updated and stored in the customer-specific score memory 521.

More specifically, for example, a customer X subscribing to the house point system 22 and the area point system 23 purchases at the member store D, and the transaction amount is 2,500 yen, and It is assumed that 950 points have been stored in the customer-specific score memory 521 of the customer X.

Then, when the cash card Y of the customer X is read by the reading unit 404a, the point accumulating unit 512 determines that the customer X is registered in the house point system 22 and the area point system 23 based on the subscription information recorded on the cash card Y. It is determined that the customer X has a point per transaction amount of 1,000 yen, which is 4 house points, 3 area points, and 1 global point. Calculate points.

Next, when the transaction amount of 2,500 yen is inputted by key operation from the input section 404b, the point accumulating section 5
12 is 500 yen below 1,000 yen
500 yen is regarded as 2,000 yen, and “8 points x 2,000
/ 1,000 = 16 points ", recognizing that the point given to the customer X in the purchase is 16 points,
These 16 points are accumulated in 950 points of the customer-specific point memory 521. In this way, the customer-specific score memory 521 stores 966 points as the total score.

At the time of the calculation by the point accumulating unit 512, the transaction amount of 2,500 yen of 1,000 yen or less is not rounded down to 2,500 yen, and the calculation is made at 2,500 yen (“8 points × 2”). , 500 / 1,000 = 20 points "). However, in this case, the calculated point may have a fractional part below the decimal point, but the fractional part may be truncated or rounded off.

The cumulative score determination unit 513 determines that the cumulative score stored in the customer-specific score memory 521 of the customer X by the customer X at the member store D is a perfect score (1,000 in the present embodiment). It is to determine whether or not this is the case. If the total score is less than the full score, only the transaction amount is output to the payment amount setting unit 514. If the cumulative score is 1,000 or more, 1,000 points are subtracted from the total amount. The deducted balance is a customer-specific score memory 52.
In addition to updating and storing the value to 1, a signal indicating that the total points have been scored together with the transaction amount is output to the payment amount setting unit 514.

Specifically, for example, the customer X exemplified above
Suppose that the customer X has made a purchase of 5,000 yen at the member store D with 966 points stored in the customer-specific point memory 521. Then, the point accumulating unit 512 adds 40 points (“8 points × 5,000 / 1,000 = 40 points”) to 96 points.
To accumulate six points, the customer-specific point memory 521 has 1,
006 points are stored.

The payment amount setting unit 514 sets the payment amount actually paid by the customer X who has made a purchase at the member store D based on the signal from the cumulative score determination unit 513. When only the transaction amount is input from the cumulative score discriminating unit 513, the transaction amount is used as it is as the payment amount. On the other hand, when the total score is reached, the input transaction amount is used as a return amount corresponding to the full score (this implementation 1,000 in form
An operation of subtracting (yen) is executed to set the payment amount.

More specifically, as a continuation of the above example, if the customer X purchases 5,000 yen, 966 points have already been accumulated in the customer-specific point memory 521. Becomes 1,006 points, and the payment amount setting unit 514 changes the transaction amount from 5,000 yen to 1,0
A payment amount of 4,000 yen is calculated by subtracting the return amount (1,000 yen) for 00 points. Therefore, customer X is 5,0
Despite shopping for 00 yen, return money is 1,000
The cost can be reduced to 4,000 yen after subtracting the yen, and the benefit of the point system 2 can be obtained.

The lottery processing section 515 determines that the customer X is a member store D
Each time a purchase is made, a lottery is performed regardless of the amount of money, or each time a purchase is made under a condition equal to the amount of money for which points are awarded.
Is to determine a hit or miss based on the result of the lottery process by the lottery processing unit 515. Then, in the case of a hit, the amount of payment is set by subtracting the amount of the predetermined prize from the transaction amount.

In the present embodiment, the prize amount is set to a fixed amount. It may be set to a predetermined ratio to the transaction amount, for example, 50%. In this case, for example, 5,000
When a lottery is won after shopping for a yen, the lottery processing unit 515 determines the hit and calculates “5,000 yen × 0.5 = 2,500 yen” to set the payment amount to 2,500 yen. I do.

The lottery processing section 515 has, for example, a random number generating means, and the hit judging section 516 stores a preset hit number. And the reading unit 4
When the read operation of the magnetic information of the cash card Y and the input of the transaction amount are completed by the 04a, the lottery processing unit 5
Fifteen random number generation means operate to generate random numbers, and the hit determination unit 516 compares the obtained random numbers with the hit numbers. As a result of the comparison by the hit judging unit in the lottery processing unit 515, when the generated random number matches the hit number, it is judged as hit, and when they do not match, it is judged as off. The lottery system 3 of the present invention includes the lottery processing unit 515 and the hit determination unit 516.

The transaction information output unit will be described with respect to the system processing of the payment paid by the customer X, the payout returned to the customer X by reaching the perfect score, and the prize paid to the customer X by winning the lottery. 517 and perfect score
This is performed based on the output information from the hit information output unit 518 to the card issuing bank B (specifically, the information output from the CPU 51 to the card issuing bank B is aggregated in the transaction information output unit 517 and the transaction information is output. This is performed collectively from the output unit 517). The operations of the transaction information output unit 517 and the perfect score / hit information output unit 518 will be described later.

The fund collection unit 519 calculates a predetermined percentage (for example, 1%) of the transaction amount calculated each time a commercial transaction is made in the member store D, and additionally adds the admission fee from the member store D and the yearly amount. The membership fee is used as a source of funds to maintain the point system 2 and secure return money.
Transfer to the system center account Cp1 (FIG. 1). That is, when the commercial transaction is completed at the member store D, the transaction information is output to the card issuing bank B via the transaction information output unit 517, and the entire transaction amount is once traded by the system center Z from the card issuing bank B. The money is transferred to the system center account Cp1 (FIG. 1) of the member store bank Cp, and a predetermined percentage of the transferred money is collected and stored in the funding memory 722 of the card issuing bank-side control device 6 described later. Will be memorized in the state where it was set.

The card-issuing bank-side control unit 6 is a CPU which is an arithmetic processing unit for processing normal banking operations.
61, a storage unit 62 for storing various data, and an input / output device (not shown). The storage unit 62
Is provided with a customer account memory 621 opened for many customers X. This customer account memory 621
Corresponds to the deposit account that the customer X deposits, and stores the amount deposited by a different route from the point system 2 (specifically, when the customer X deposits with the card issuing bank B). ing.

The member bank control device 7 also includes a CPU 71 as an arithmetic processing unit, a storage unit 72 for storing various data, and an input / output device (not shown). The storage section 72 is provided with a member store account memory 721 opened corresponding to a plurality of member stores D participating in the point system 2. The member store account memory 721 is opened by each member store D for business transactions of the point system 2. In addition, the merchant bank Cp contracted by the system center Z has a point system 2
And an account Cp1 for the system center for pooling resources of the lottery system 3 and an account Cp1 for the system center are stored in the storage unit 72 of the control device 7 on the member store bank side.
There is provided a resource memory 722 for managing deposits and withdrawals and securing resources.

When the customer X makes a purchase at the member store D and causes the reading unit 404a to read the cash card Y and inputs the transaction amount by key operation from the input unit 404b, the signal is transmitted to the payment amount setting unit 514. The transaction information output unit 517 transmits the final amount obtained by subtracting the redemption amount and the winning amount together with the customer information to the card issuing bank-side control device 6 along with the customer information. It is supposed to.

The card-issuing bank-side control device 6 to which the member store information, customer information, transaction amount, and the like are input from the system center-side control device 5 of the system center Z corresponds to the transfer amount from the customer account memory 621 of the customer X. A so-called transfer process is executed in which the amount to be paid is debited and deposited in the member store account memory 721 of the member store bank-side control device 7, whereby the transaction amount is deducted from the deposit account of the customer X and a commercial transaction is established. This means that the payment (transaction amount) has been transferred to the account of the affiliated store D.

Then, by adding the score given by the customer X shopping at the member store D to the immediately preceding total score, the total score reaches the full score or when the customer X purchases. When you win
The information is transferred from the payment amount setting unit 514 to the transaction information output unit 51.
7 and a perfect score / hit information output unit 518.

Transaction information output unit 51 to which this information has been input
7 outputs a payment amount obtained by subtracting one or both of a return amount and a prize amount (hereinafter referred to as a redemption amount) from the transaction amount to the card issuing bank-side control device 6, and outputs a full score / hit information output unit 518. Transmits the redemption amount to the control device 7 of the member store bank Cp with which the system center Z is trading. Then, the affiliated store bank-side control device 7 into which the redemption amount has been input transfers the redemption amount from the system center account Cp1 to the account of the affiliated bank C with which the transaction has been made.
Is updated and stored in the stored amount minus the redemption amount.
In 1, the sum of the redemption amount is updated and stored.

Therefore, the member store account memory 72 of the member store D
1 includes the value of the payment amount from the customer account memory 621;
The value of the redemption amount from the merchant bank Cp is added and entered,
As a result, the redemption amount for the member store bank C is compensated.

The terminal 4 and the card issuing bank B are
It is connected via the system center side control device 5.
Then, after the member store D inputs the transaction amount, the customer X reads the cash card Y into the reading unit 404a, and the information is transmitted to the card issuing bank B via the system center Z. The card issuing bank B checks whether payment is possible based on this information. If payment is possible, the payment is withdrawn from the deposit account of the customer X and the transaction is completed. A comment indicating this is output to the output unit 405. When this comment is output, since the customer X cannot make a transaction with the cash card Y, a transaction by another method, for example, a cash transaction is performed.

In the present invention, the program for executing the point system 2 described with reference to FIG. 5 is stored in a readable storage medium such as a floppy (registered trademark) disk or a fixed disk. . This readable storage medium is a so-called read-only ROM,
The program is adjusted so that a general-purpose computer can read the stored program.

Hereinafter, the member store D and the system center Z
The point giving process on the side will be described based on the flowcharts in FIGS. 6 and 7. FIG. 6 is a flowchart showing one embodiment of the point giving process by the terminal 4 in the member store D, and FIG.
9 is a flowchart illustrating an embodiment of a point providing process according to the present invention.

First, as shown in FIG. 6, when a customer X makes a purchase at a member store D, it is asked whether or not a transaction amount has been entered (S20), and if the transaction amount has been entered (YE at S20).
S), a card insertion guide is displayed on the display 45a (S21). Next, it is determined whether or not the cash card Y has been inserted into the card passage groove 46a of the terminal main body 43 (S22). When the insertion is detected (YES in S22), the card reader 46 deletes the cash card Y. The contents are read (S23).

When the reading is completed, a guide to input a password is displayed on the display 45a (S24). When the password is input by operating the numeric keypad 441 of the terminal main body 43 according to the guidance (YES in S25), the card issuing bank B performs a predetermined confirmation process, and when the transaction by the cash card Y is completed, The display of transaction completion is displayed on the display 45a (S
26) This allows the customer X to confirm that the transaction has been completed. Subsequently, the transaction information is updated and stored in the storage device of the terminal 43 (S27).

On the other hand, if the transaction completion is not displayed in step S26 (NO in S26), a display indicating that the cash card cannot be used is displayed on display 45a (S25), and the transaction is terminated without performing the cash transaction with cash card Y. I do. In this case, since the cash card Y cannot be used, a cash transaction is performed if the customer X desires.

Then, based on FIG. 7, the cash card Y
The processing of the system center-side control device 5 when the customer X makes a purchase at the member store D will be described with reference to FIG. First, in step 30, it is asked whether or not transaction information has been input from the terminal device 4. When the transaction information has been input, member store information and customer information on the transaction are extracted, and the member stores D and The customer X is specified (S31).

Next, the point score in this commercial transaction is calculated, and the customer-specific point memory 521 of the customer X is calculated.
(S32).

Next, the lottery process is executed (S33).
It is determined whether the game is a win or a miss (S34). If the game is a win, step S35 is executed, and a value obtained by subtracting the prize money from the transaction amount is set as a new transaction amount (S35). Is Step S35
Is skipped and the process is skipped to step 36.

In step 36, it is determined whether or not the cumulative score is equal to or greater than the perfect score. If the cumulative score is greater than or equal to the perfect score, the amount obtained by subtracting the rebate amount from the transaction amount is set as a new transaction amount. (S37) Then, the transaction amount is transmitted to the card issuing bank side control device 6 (S37).
38). The member store bank Cp transfers one or both of the prize amount and the return amount from the system center account Cp1 to the bank account of the member store D with which the transaction has been made, based on the transfer information.

On the other hand, if the cumulative score is less than the full score in step S36, step S38 is immediately executed. By the way, in step S38, when the result of the lottery is out of order, the prize amount is regarded as “0”, and when the accumulated score is less than the full score, the return amount is regarded as “0” (thus, it is regarded as “0”). No transmission is actually performed when this is done.)

FIG. 8 is a block diagram showing an embodiment of the configuration of the dispatch request system.

As shown in FIG. 8, the present dispatch request system includes a terminal 4 provided at each member store D and a taxi company-side vehicle management processing device 8 provided at each taxi company P.
And a terminal 4 'of each taxi T.

The terminal 4 includes a dispatch request information input processing unit 401 for guiding the input of dispatch request information, a storage unit 403 in which customer information is stored, and an input device 4 for inputting transaction information.
04 and various kinds of information as needed (input information input from the input device 404, information from the system center-side control device 5, and transaction availability information from the card issuing bank B (this transaction availability information will be described in detail later). An output unit 405 for outputting the data described below) and a transmitting / receiving unit 406 for transmitting and receiving various data information via a communication line.

The dispatch request information input processing unit 401 receives dispatch request information by inputting ten keys 441 and operation keys 442, and transmits dispatch request information input by the customer X to the taxi company-side vehicle management processing device 8. is there.

The storage unit 403 stores customer information, ie, customer number, customer name, and telephone number in a table format in association with each other, and is stored by a registration process from the user.

The input unit 404 reads the magnetic recording information of the cash card Y of the customer X.
And an input unit 404b for inputting vehicle allocation request information, vehicle allocation reception information, and transaction information such as the amount of money. Reading unit 4
04a is provided with a card reader 46 (FIGS. 2 and 3), and an input unit 404b is provided with a ten-key 441.
And operation keys 442.

The transmission / reception unit 406 transmits the dispatch request information to be transmitted and all other information to the taxi company-side vehicle management processing device 8, and also transmits the taxi company-side vehicle management processing device 8 and the taxi company-side vehicle terminal 4 '. It receives response information, various kinds of information and signals sent from the server, and transfers the data to a predetermined functional unit.

The taxi company-side vehicle management processing device 8 is constituted by a computer and includes a CPU (central processing unit) 81, a storage unit 82 for storing a control program and various data, and a vehicle status from an operator. , An input unit 83 for receiving a key input by the user, an output unit 84 for displaying various information on a monitor (not shown), and a transmitting / receiving unit 85.

The storage unit 82 stores a vehicle status storage unit 821 for storing whether each taxi is vacant or on board.
It has.

The CPU 81 includes a vehicle status monitoring unit 811
And a vehicle allocation procedure processing unit 812.

The vehicle status monitoring unit 811 receives an input of the vehicle status by the operator, and stores the empty or occupied vehicles in the vehicle status storage unit 821 described later by key input one by one. The vehicle allocation procedure processing unit 812 checks the presence or absence of an empty taxi from the vehicle status stored in the vehicle status monitoring unit 811. If there is an empty vehicle, the store side displays the reception number and displays a reception message. Terminal 4
To instruct. In addition, when all the vehicles are in the on-board state, the store side terminal 4 is instructed to display an error message.

[0100] The vehicle terminal 4 'includes a dispatch reception information input processing unit 402 for guiding the input of dispatch information, a storage unit 403' for storing customer information, and an input device 404 'for inputting transaction information. And various kinds of information as required (input information input from the input device 404 ', information from the system center-side control device 5, and transaction availability information from the card issuing bank B (this transaction availability information will be described in detail later). An output unit 405 'for outputting the data described below) and a transmitting / receiving unit 406' for transmitting and receiving various data information via a communication line.

The dispatch reception information input processing section 402 receives dispatch information by inputting the ten keys 441 and operation keys 442, and transmits the dispatch information input by the taxi crew J to the store terminal 4.

The storage unit 403 'stores customer information, that is, customer number, customer name, and telephone number in a table format in association with each other, and is stored by a registration process from the user.

The input unit 404 'reads the magnetically recorded information of the cash card Y of the customer X.
a ′, and an input unit 404b ′ for inputting transaction information such as dispatch request information, dispatch information, and amount of money. The reading unit 404a ′ is provided with the card reader 46 (FIGS. 2 and 3), and the input unit 404b ′ is provided with ten keys 441 and operation keys 442.

The transmission / reception unit 406 ′ transmits the dispatch reception information to be transmitted and all other information to the store terminal 4, and is also transmitted from the taxi company vehicle management processing device 8 or the taxi company vehicle terminal 4. It receives various types of information and signals and transfers the data to a predetermined functional unit.

Transmission and reception of various data and information in the vehicle terminal 4 'are performed by connecting the communication line lead 47c to a wireless communication terminal (such as a portable telephone).

FIG. 9 is a flowchart showing the procedure of the dispatch request processing, and FIGS. 10 to 13 are screen diagrams showing one embodiment of the dispatch request processing. In the figure, the suffix S is the cashier terminal 4 at the store, K is the taxi company vehicle management processing device 8, and L is the processing content of each control unit of the taxi company vehicle terminal 4 '.

First, in the affiliated store D, input of dispatch request information by key operation of the store-side cash card terminal 4 is accepted (S1), and dispatch request information is input. The input dispatch request information is transmitted to the taxi company side vehicle management processing device 8 (S2).

Screen G1 in FIG. 10 is a dispatch request information input screen. When the dispatch request key 442a of the operation keys 442 is pressed, customer information can be input. As for the customer information, when the customer number is input by operating the numeric keypad 441, the customer name corresponding to the number is stored in the storage unit 4.
03 and is displayed on the display 45a. Then, use the numeric keypad 4 if the displayed customer name is acceptable.
The confirmation key 441b of 41 is pressed and determined. still,
Here, when the confirmation key 441b is pressed without inputting the customer name, the customer information of, for example, a young customer number is automatically read. Next, the date and time are entered by operating the ten keys 441, and the confirmation key 4
By pressing the button 41b, the date and time are determined. When the customer X urgently desires to dispatch a vehicle, the current time is displayed by leaving the date and time blank and pressing the confirmation key 441b. When the reception of the customer name, the requested date and the time is completed, and the confirmation key 441b is pressed, the input information is transmitted to the taxi company-side vehicle management processing device 8 together with the store information as dispatch request information.

The on-line system monitor (operator) O of the taxi company confirms the vehicle status, and manages the boarding and empty vehicles by inputting them one by one to a personal computer (K1). The taxi company-side vehicle management processing device 8 receives the dispatch request information transmitted from the store-side cash card terminal 4 via the Internet. The dispatch procedure processing unit 811
Check the vehicle status based on the received dispatch request information (K
2) If the vehicle status is all boarding, instruct the store-side cash card terminal 4 to display an error message (K3). When the store-side cash card terminal 4 receives the error message, it displays the fact on the display 45a. Then, the store-side cash card terminal 4 receiving the error message transmits the dispatch request information to another taxi company registered in advance (S3). Here, if there is an empty vehicle, the reception number is numbered (K4), and the number received on the store-side cash card terminal 4 is transmitted (K5). Upon receipt of the receipt number, the store-side cash card terminal 4 displays the customer name, the receipt number, and a message indicating the end of the receipt (S4). The dispatch request information is confirmed by the operator O, and dispatch procedure information such as a customer and a reception number is sent to the taxi via wireless communication or the like (K6). Upon receiving the dispatch procedure information, the taxi crew J receives the dispatch information input to the taxi side vehicle terminal 4 '(L1).
The dispatch reception information input by the key operation of the crew member J is transmitted to the store-side cash card terminal 4 (L
2).

Screen G2 in FIG. 11 is a vehicle allocation reception information input screen. First, the dispatch key 442 of the operation keys 442
is pressed, the input of the customer information is accepted by the key operation of the ten keys 441, and the confirmation key 441b is pressed. The customer here is a store where the store-side cash card terminal 4 to which the dispatch request information is transmitted is installed. Next, the reception number and the vehicle number of the taxi are input by operating the ten keys 441,
The confirmation key 441b is pressed. The reception number here is the dispatch procedure processing section 81 of the taxi company side vehicle management processing device 8.
This is the number listed in 1 and the taxi body number is a number registered in advance with the taxi company. And
The expected arrival date and time are input by operating the ten keys 441, and the confirmation key 441b is pressed. The input dispatch reception information is determined by pressing the confirmation key 441b, the customer's telephone number stored in the storage unit 403 'is read, and the store-side cash card terminal is used as the dispatch reception information. 4 is sent.

When the store-side cash card terminal 4 receives the dispatching reception information, it turns on the reception confirmation lamp (S5). The vehicle allocation reception information is displayed on the display 45a (S6), and the customer X is prompted to confirm the details of the vehicle allocation request (S7). Here, when canceling the dispatch request (N in S7)
O), a cancellation request is sent to the taxi company-side vehicle management processing device 8 (S8), and the operator O receives the cancellation request and is notified by radio to the taxi crew J (K).
7). With the key input of the taxi company side vehicle terminal 4 'by the taxi crew member J, the cancellation processing of the vehicle allocation reception information is performed (L3). If the display contents are acceptable (S7
YES), the store-side cash card terminal 4 performs the determination process, transmits the determination information to the taxi company-side information processing device 8, and ends the vehicle allocation request (S9).

The screen G3 in FIG. 12 is a dispatch confirmation screen. When the reception confirmation key 442d is pressed by the customer X in response to the reception confirmation lamp being turned on, the vehicle allocation reception information is displayed. On the screen G3, the customer name (taxi company name), reception number, vehicle body number, expected arrival date and time, request date and time, which are dispatch reception information, are displayed. If the display contents are acceptable, the confirmation key 441b is displayed. Pressed and confirmed. The confirmed information is transmitted to the taxi company information processing device 8. When canceling the dispatch request, the cancel request is transmitted to the taxi company side vehicle management processing device 8 by pressing the reception cancel key 442f and pressing the confirmation key 441b. And operator O
Is notified by radio or the like to taxi crew J.

Next, a screen G4 in FIG. 13 is a customer registration screen. When the memory registration key 442c of the operation key 442 is pressed, a customer registration screen is displayed. The customer number is entered by operating the ten keys 441, and the confirmation key 441b is pressed. Here, when the confirmation key 441b is pressed without inputting the customer number, an empty number is automatically selected. Next, the customer name is numeric keypad 441
Is input by the key operation of. When the character function key 442e of the operation key 442 is pressed, the numeric keypad 441 is pressed.
Is accepted. When the character function key 442e is pressed once, it can be set to the numerical value input mode, when it is pressed twice, it can be set to the alphabet input mode, and when it is pressed three times, it can be set to the kana input mode. When the customer name is input and the confirmation key 441b is pressed, the input of the telephone number is accepted, the telephone number is input by operating the ten keys 441, and the confirmation key 441b is pressed. Confirm key 4 again
When 41b is pressed, a registration end message is displayed,
The registration is completed and stored in the storage unit 403. When erasing a customer from the storage unit 403, the memory is erased by holding down the memory registration key 442c for 5 seconds, for example, while the customer desired to be erased is displayed on the display 45a.

In this embodiment, the customer X is a taxi T
It is possible to settle the fare at the vehicle terminal 4 '. Further, since the points are given to the customer X by performing the payment with the cash card using the point system 2, the value of the dispatch request system by the card information processing terminal 4 is increased.

Hereinafter, a description will be given of the point giving process on the taxi company side vehicle T and the system center Z side.

First, when the customer X uses the taxi T and the fare is settled at the vehicle-side terminal 4 ', it is asked whether or not a transaction amount has been entered. The card insertion guide is displayed on the display 45a. Next, it is determined whether or not the cash card Y has been inserted into the card passage groove 46a of the terminal main body 43. When the insertion is detected, the contents of the cash card Y are read by the card reader 46.

When the reading is completed, a guide to input a password is displayed on the display 45a.
When the password is entered by operating the numeric keypad 441 of the terminal 43 in accordance with this guidance, the card issuing bank B
When a predetermined confirmation process is performed and the transaction by the cash card Y is completed, a display of transaction completion is displayed on the display 45a, whereby the customer X can confirm that the transaction is completed. Subsequently, the transaction information is updated and stored in the storage device of the terminal 43.

On the other hand, when the display of transaction completion is not performed, a display indicating that the cash card cannot be used is displayed on the display 45a, and the transaction is terminated without performing the cash card Y commercial transaction. In this case, since the cash card Y cannot be used, a cash transaction is performed if the customer X desires.

In this embodiment, the store side terminal 4 and the vehicle side terminal 4 'are provided with a communication line lead wire 47b and a spiral cord wire 47c on the receiving stand 47 as shown in FIGS. Although the present invention is not limited thereto, the present invention is not limited thereto, and the terminal body 43 may have a wireless communication function, and the communication line lead wire 47b and the spiral cord wire 47c may be omitted. In this case, power is supplied to the terminal main body 43 by providing a charging terminal outside the terminal main body 43 so that the built-in rechargeable secondary battery is charged. Accordingly, communication can be performed only with the terminal main body 43, and portability is further improved. Further, a configuration in which a printer device is further provided in the terminal main body 43 can be adopted.

In the present embodiment, a taxi company has been described as a service provider, and the processing has been described as a taxi dispatch request processing. However, the present invention is not limited to this, and it is not limited to this, and a home delivery pickup request or a DPE (Developing Printing) can be performed.
It is also effective for a collection request of Enlarging). Specifically, from the courier service agent terminal 4 to the courier service management device 8 or from the DPE agent terminal 4 to the DP
The collection request information is transmitted to the E-management side vehicle management processing device 8,
The courier service side vehicle management processing device 8 or the DPE agent side terminal 4 performs the collection procedure processing, the courier collection vehicle terminal 4 'or the DPE collection vehicle terminal 4' performs the collection reception processing, and the collection reception information To the courier agent side terminal 4 or DP
The customer X confirms it by transmitting it to the E agent side terminal 4 and ends.

In the present embodiment, the information exchange between the taxi company-side vehicle management processing device 8 and the taxi company-side vehicle terminal 4 'is performed by wireless communication. However, the present invention is not limited to this. The vehicle management processing device 8 and the taxi company vehicle terminal 4 'may be provided with predetermined information processing functions, respectively, so that no human is interposed therebetween.

The card payment information processing terminal 4 is applied to the card payment by the point system 2,
It is also applicable to general card payment. That is, card payment in a mode where no points are added may be used.

[0123]

According to the first and fourth aspects of the present invention, a taxi dispatch request can be made using the information processing terminal for card settlement.

According to the second aspect of the present invention, it is possible to make a payment using a cash card at the taxi company's vehicle terminal, thereby improving convenience.

According to the third aspect of the present invention, the input of dispatch request information is simplified, and the convenience of operation is improved.

[Brief description of the drawings]

FIG. 1 is a diagram showing an overall configuration of a dispatch request system to which the present invention is applied.

FIG. 2 is a perspective view illustrating an embodiment of a cash card terminal, in which a terminal body is separated from a receiving stand.

3 is a perspective view of the terminal, showing a state in which the terminal body shown in FIG. 2 is mounted on a cradle;

FIG. 4 is a view illustrating an embodiment of an input unit of a cash card terminal;

FIG. 5 is a block diagram showing an embodiment of a specific configuration of the point system.

FIG. 6 is a flowchart showing one embodiment of a point providing process by a terminal in a member store.

FIG. 7 is a flowchart illustrating an embodiment of a point providing process performed by the system center-side control device.

FIG. 8 is a block diagram illustrating an embodiment of a configuration of a dispatch request system.

FIG. 9 is a flowchart illustrating a procedure of a vehicle allocation request process.

FIG. 10 is an example of a screen diagram showing a dispatch request information input screen.

FIG. 11 is an example of a screen diagram showing a vehicle allocation reception information input screen.

FIG. 12 is an example of a screen diagram showing a vehicle allocation confirmation screen.

FIG. 13 is an example of a screen diagram showing a customer registration screen.

[Explanation of symbols]

4 Store-side cash card terminal 4 'Taxi company-side vehicle terminal 401 Vehicle allocation request information input processing unit (first information receiving unit) 402 Vehicle allocation reception information input processing unit (second information receiving unit) 403 Storage unit 403a Customer memory (customer information storage unit) 404 Input device 405 Output unit (reception processing unit) 406 Transmission / reception unit (transmission unit, reception processing unit) 8 Taxi company side vehicle management processing unit 81 CPU 82 Storage unit 83 Input unit 84 Output Department 85 Transmission / Reception Department D Merchant J Crew O Operator P Taxi company T Vehicle (taxi) X Customer

Claims (4)

[Claims] A monitor and at least a numeric keypad,
A card payment information processing terminal installed in a store to conduct business through a customer's cash card for each business transaction. Receiving information receiving means, transmitting means for transmitting the dispatch request information together with the store information to the taxi company's vehicle management processing device using a communication line, and receiving the scheduled arrival information from the taxi company's vehicle terminal And a reception processing means for receiving response information including the response information and displaying the received response information on a monitor. 2. The vehicle-side terminal of the taxi company,
An information processing terminal for card settlement, which is the same as the information processing terminal for card settlement according to claim 1. 3. The information processing terminal for card settlement according to claim 1, wherein the dispatch request information is read from customer information storage means for storing customer information and an input is received. Machine. 4. It has a monitor and at least a numeric keypad.
A method of using a card settlement information processing terminal installed in a store to perform business transactions via a customer's cash card for each business transaction, which is a dispatch request information including a taxi company identification from a numeric keypad and a desired dispatch time. Receiving the input of the taxi service, transmitting the dispatch request information together with the store information to the taxi company's vehicle management processing device using a communication line, and receiving the arrival schedule information from the taxi company's vehicle-side terminal. Receiving response information,
Displaying the information on a monitor.