JP2007025873A - In-hospital automatic transaction system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To prevent illicit use of a cash card by theft in a hospital. <P>SOLUTION: The in-hospital automatic transaction system including an authentication means comparing, upon input of authentication information, this authentication information with registered authentication information retained therein to perform authentication of hospital patient comprises a patient card holding patient identification information for identifying a hospital patient, which is issued within the hospital, and either transaction permission information for transaction by only the hospital patient or assist-needed transaction permission information for transaction with an in-hospital permitted person who is permitted to assist the transaction; and a storage part storing, for each hospital patient, authentication information of the hospital patient and authentication information of both the hospital patient and the in-hospital permitted person. The in-hospital automatic transaction device instructs input based on either transaction permission information obtained from the patient card and outputs, upon input of authentication information based on the transaction permission information, the authentication information to the authentication means. The transaction device stops, when only authentication information based on the assist-needed transaction permission information is inputted, the transaction processing and outputs, when authentication information of the hospital patient and the in-hospital permitted person, the authentication information of the both to the authentication means. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an in-hospital automated transaction system that is provided in the hospital and performs a desired withdrawal process for hospitalized patients, and more particularly, an in-hospital automated transaction system that can perform withdrawal process using a patient card issued in the hospital. About.

Conventionally, an in-hospital automatic transaction system used in a hospital has only been connected to a financial institution by installing the same apparatus as an automatic transaction apparatus used in a financial institution in the hospital. For this reason, even when an inpatient uses the apparatus, he / she carries a cash card of a financial institution as usual.
Japanese Patent Laid-Open No. 2003-22485

  By the way, the in-hospital automatic transaction system as described above has the following problems to be solved. In other words, there are many opportunities for hospitalized patients to leave a hospital room where cash cards are stored, such as when they need to receive medical care on a regular basis, and there is a risk that the cash card may be stolen by a third party. For this reason, when a cash card is stolen, there is a problem that it is illegally used outside the hospital by a third party.

The present invention adopts the following configuration in order to solve the above points.
<Configuration 1>
When authentication information is input, it is used in the hospital in an in-hospital automatic transaction system having an in-hospital automatic transaction apparatus having an authentication means for authenticating the identity of an inpatient by comparing the authentication information held in advance with the authentication information. One of the patient identification information for identifying the inpatient, the single transaction permission information only for the inpatient, and the auxiliary transaction permission information with the in-hospital authorized to assist the transaction A patient card, and for each inpatient, an inpatient authentication information and a storage unit in which either the inpatient or the in-hospital authorized person authentication information is stored. When a card is inserted, based on any of the transaction permission information obtained from the patient card, instruction control means for instructing input of authentication information, and based on the single transaction permission information When the authentication information of the inpatient is input, the authentication information is output to the authentication means, and based on the auxiliary transaction permission information, the transaction processing is stopped when only the inpatient authentication information is input, When both authentication information of the in-patient and the in-hospital authorized person is input, it has transaction control means for outputting the authentication information to the authentication means.
<Configuration 2>
In the in-hospital automatic transaction system according to Configuration 1, for each patient identification information, withdrawable information indicating a withdrawal possible amount for preventing an inpatient from withdrawing more than a predetermined amount is stored. And an in-hospital automatic transaction apparatus that determines that the authentication means is valid and inputs withdrawal information indicating a withdrawal amount desired by an inpatient, based on the patient identification information. , Referring to the withdrawal-possible information storage unit, obtaining corresponding withdrawal-possible information, and comparing whether the withdrawal information is larger than the withdrawal-possible information to determine whether withdrawal is possible When the withdrawal allowance determining means and the withdrawal allowance determining means determine that the withdrawal is possible, the withdrawal processing is started based on the withdrawal information, and when the withdrawal enable / disable determining means determines that the withdrawal is impossible, And a withdrawal control means for ending the gold processing. That.
<Configuration 3>
In the in-hospital automatic transaction system having configurations 1 and 2, the patient identification information includes a patient ID, a name, an age, and a disease name of an inpatient.

  According to the in-hospital automatic transaction system of the present invention, it is issued in the hospital, patient identification information for each inpatient, single transaction permission information only for inpatients, and in-hospital permission permit with in-hospital authorized permitting transaction support Since the transaction is performed using the patient card in which any of the information is registered, even if the patient card is stolen, the third party can perform the transaction using the patient card in an out-of-hospital automated transaction system. It is impossible to prevent unauthorized use. In addition, since the authentication method is different for each inpatient based on either the single transaction permission information obtained from the patient card or the auxiliary transaction permission information, a third party other than the inpatient easily completes the authentication process. Cannot be used illegally by a third party.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

<Configuration of Example 1>
FIG. 1 is a block diagram showing the in-hospital automatic transaction system of the present invention.

  As shown in FIG. 1, the in-hospital automatic transaction system of the present embodiment includes an in-hospital management server 200 and an in-hospital automatic transaction apparatus 100 provided in the hospital.

  The in-hospital automatic transaction apparatus 100 is an apparatus for performing cash deposit / withdrawal processing in a hospital, and includes control means 1, input means 2, display means 3, reading means 4, instruction control means 5, transaction control means 6, withdrawal control means. Gold control means 7 is provided.

  The control means 1 is a means for comprehensively controlling the in-hospital automatic transaction apparatus 100 as a so-called CPU. When activated by the operation of the inpatient, the control means 1 executes a transaction selection program in a memory (not shown) and deposits the inpatient. Alternatively, a transaction selection screen is displayed on the display means 3 such as a liquid crystal in order to select a transaction for withdrawal.

  The input means 2 is a means for an inpatient to input information necessary for a transaction such as a personal identification number by a touch panel method, and the inpatient is desired in accordance with a transaction selection screen displayed on the display means 3 so as to be selectively input. When a transaction is selected and input, transaction instruction information indicating the selected transaction is output to the control means 1.

  Upon receiving the transaction instruction information from the input means 2, the control means 1 executes a memory card insertion instruction program (not shown) to cause the inpatient to insert a patient card into a card insertion part (not shown), and displays the card on the display means 3. Display the insert instruction screen. This patient card has a different information content and format from a general cash card and is issued only for use in the hospital at the time of hospitalization of an inpatient, and patient identification information for identifying the inpatient And either single transaction permission information that permits transactions only in hospitalized patients or auxiliary transaction permission information that permits transactions only when approved by an in-hospital authorized person who is permitted to trade. is doing. In this embodiment, the patient identification information is composed of the patient ID, name, age, and disease name of the inpatient.

  The reading means 4 is a means for reading patient identification information from the patient card, and single transaction permission information and auxiliary transaction permission information as transaction permission information. According to the card insertion instruction screen, a patient is inserted in a card insertion section (not shown). When the card is inserted, the above information is read from the patient card.

  The instruction control means 5 is a means for instructing an inpatient to input a personal identification number as authentication information. When the reading means 4 reads one of patient identification information, single transaction permission information and auxiliary transaction permission information. Based on one of the transaction permission information, the hospitalized patient is instructed to input a personal identification number. That is, when the single transaction permission information is read, an input screen for instructing the input of the password for only the inpatient is displayed on the display means 3, and when the auxiliary transaction permission information is read, both the inpatient and the in-hospital authorized person are displayed. An input screen for inputting the password is displayed.

  The transaction control means 6 is a means for controlling transaction processing. When a personal identification number is input from an inpatient based on single transaction permission information, the transaction control means 6 transmits the patient identification information and personal identification number to the in-hospital management server 200 for assistance. When both the inpatient and in-hospital passwords are input based on the transaction permission information, the patient identification information and both passwords are transmitted to the in-hospital management server 200, and only the inpatient password is input. And cancel the transaction process and cause the display means 3 to display a screen indicating the content of the transaction canceled due to incomplete input.

  Further, as will be described later, when the transaction control means 6 receives an authentication invalid signal indicating that personal authentication is not possible from the in-hospital management server 200, the transaction control means 6 controls the display means 3 to display an authentication result screen indicating that authentication is invalid. Cancel.

  Upon receipt of an authentication valid signal indicating that the person can be authenticated, if the transaction instruction information indicates a withdrawal transaction, a transaction processing program in a memory (not shown) is activated, and a desired withdrawal amount is obtained from the inpatient via the display means 3. When an in-patient completes input of desired withdrawal information, the withdrawal information is held in a memory (not shown) and the withdrawal information is transmitted to the in-hospital management server 200. To do.

  When the transaction instruction information indicates a deposit transaction, a money input unit (not shown) is controlled to accept money from an inpatient, calculate the amount of money inserted, and generate payment information indicating the calculated money amount. Then, the payment information is transmitted to the hospital management server 200.

  The withdrawal control means 7 is a means for controlling the withdrawal processing of hospitalized patients. As will be described later, when a withdrawal permission signal is received from the in-hospital management server 200, the withdrawal control means 7 is based on the withdrawal information held in a memory (not shown). The withdrawal process is performed and the withdrawal information is transmitted to the in-hospital management server 200. When the withdrawal non-permission signal is received, the display means 3 is displayed on the display means 3 for the inpatient indicating that the desired withdrawal amount exceeds the possible withdrawal amount. At this time, the patient card is discharged from a card insertion portion (not shown).

  The in-hospital management server 200 is a server that manages inpatient transactions, and includes a control unit 21, a storage unit 22, a withdrawal enable information storage unit 23, an authentication unit 24, a withdrawal allowance determination unit 25, and an update unit 26. ing.

  The memory | storage part 22 is a memory | storage part in which either the registration PIN number of an inpatient and the registration PIN number of an inpatient and an in-hospital authorized person were stored for every patient identification information. The storage unit 22 also stores in-hospital balance information indicating the total amount of money deposited for each patient identification information.

  The withdrawal-possible information storage unit 23 stores the withdrawal-possible information indicating the amount that can be withdrawn for preventing in-patients from withdrawing more than a predetermined amount within a predetermined number of days for each patient identification information. Part. In the present embodiment, the withdrawal possible information is information indicating the amount of money that an inpatient can withdraw in a day.

  The control means 21 is a means for performing overall control of the hospital management server 200 as a so-called CPU. When the control means 21 receives the patient identification information and the password number or both password numbers from the in-hospital automatic transaction apparatus 100, the control means 21 transfers the patient identification information, the password number, or both password numbers to the authentication means 24. To do.

  The authentication means 24 is a means for authenticating the inpatient, and when receiving the patient identification information and the personal identification number, refers to the storage unit 22 based on the patient identification information and obtains the corresponding registered personal identification number, The entered personal identification number and the obtained registered personal identification number are compared. If they match, the personal authentication is determined to be valid, and if they do not match, the personal authentication is determined to be invalid. In addition, upon receiving the patient identification information and both password numbers, the registered password numbers of the corresponding inpatient and in-hospital authorized person are respectively obtained by referring to the storage unit 22 based on the patient identification information, and input first. Compare the in-patient's password with the acquired registered password of the in-patient, and if it does not match, it will determine that the identity authentication is invalid. The registered personal identification number of the in-hospital authorized person is compared. If they do not match, the personal authentication is determined to be invalid, and if they match, the personal authentication is determined to be valid. In other words, the authentication means 24 can know whether the inpatient can be traded alone or needs assistance depending on whether the inpatient only receives the password of the inpatient or the inpatient and the in-hospital permit.

  If the authentication means 24 determines that the authentication means 24 is valid, the control means 21 transmits an authentication valid signal to the in-hospital automatic transaction apparatus 100. If it is determined to be invalid, the control means 21 transmits an authentication invalid signal to the in-hospital automatic transaction apparatus 100.

  Further, when receiving the withdrawal information indicating the withdrawal amount desired by the inpatient from the in-hospital automatic transaction apparatus 100, the control means 21 transfers the withdrawal information to the withdrawal possibility determination means 25, and when receiving the receipt information, the depositing information is received. The information is transferred to the updating means 26.

  The withdrawal possibility determination means 25 is a means for determining whether or not the withdrawal amount desired by the inpatient can be withdrawn. Upon receipt of the withdrawal information, the withdrawal possibility information storage unit 23 is based on the patient identification information. , The corresponding withdrawal possible information is acquired, and it is determined whether withdrawal is possible by comparing whether the withdrawal information is larger than the withdrawal possible information. That is, if the withdrawal information is smaller than the withdrawal possible information, a withdrawal permission signal is transmitted to the in-hospital automatic transaction apparatus 100. If the withdrawal information is larger than the withdrawal possible information, the withdrawal impossible signal is sent to the in-hospital automatic transaction apparatus 100. Send to.

  The updating means 26 is means for updating the withdrawal possible information in the withdrawal possible information storage unit 23 and the in-hospital balance information in the storage unit 22, and as described above, when receiving withdrawal information from the in-hospital automatic transaction apparatus 100, Based on the patient identification information, reference is made to the withdrawable information storage unit 23 to obtain the corresponding withdrawable information, and the withdrawable remaining amount calculation formula held in a memory (not shown) = T− Update based on U (however, T: withdrawal information, U: withdrawal information).

  Further, as described above, when receiving the payment information from the in-hospital automatic transaction apparatus 100, the updating unit 26 refers to the storage unit 22 based on the patient identification information, acquires the corresponding in-hospital balance information, and the in-hospital balance. The information is updated based on the in-hospital balance calculation formula = V + X (where V: in-hospital balance information, X: deposit information) held in a memory (not shown).

<Operation of Example 1>
Operation | movement of the hospital automatic transaction system in Example 1 is demonstrated.

  FIG. 2 is an operation flowchart of the in-hospital automatic transaction system according to the first embodiment.

  When the control means 1 of the in-hospital automatic transaction apparatus 100 is activated by an operation of an inpatient, the control means 1 executes a transaction selection program in a memory (not shown) to select a transaction such as deposit and withdrawal for the inpatient. A transaction selection screen is displayed on the display means 3 (step S1).

  When the inpatient selects and inputs a desired transaction in accordance with the transaction selection screen displayed on the display unit 3 so as to allow selection input, transaction instruction information indicating the selected transaction is output to the control unit 1 (step S2).

  Upon receiving the transaction instruction information from the input means 2, the control means 1 executes a memory card insertion instruction program (not shown) to cause the inpatient to insert a patient card into a card insertion part (not shown), and displays the card on the display means 3. An insertion instruction screen is displayed (step S3).

  When a patient card is inserted into a card insertion section (not shown) according to the card insertion instruction screen, the reading means 4 is configured to display either patient identification information from the patient card, single transaction permission information or auxiliary transaction permission information as transaction permission information. Is read (step S4).

  First, a case where patient identification information and single transaction permission information are read from a patient card will be described.

  When the reading means 4 reads the patient identification information and the single transaction permission information, the instruction control means 5 causes the display means 3 to display an input screen for instructing input of a personal identification number for only the inpatient.

  When the personal identification number is input from the inpatient based on the single transaction permission information, the transaction control means 6 transmits the patient identification information and personal identification number to the in-hospital management server 200 (step S5).

  When receiving the patient identification information and the password from the in-hospital automatic transaction apparatus 100, the control means 21 of the hospital management server 200 transfers the patient identification information and the password to the authentication means 24.

  Upon receiving the patient identification information and the personal identification number, the authentication unit 24 refers to the storage unit 22 based on the patient identification information, acquires the corresponding personal identification number, and obtains the input personal identification number and the registered personal identification number. If they do not match, it is determined that the user authentication is invalid, and if they match, it is determined that the user authentication is valid (step S6).

  Next, a case where patient identification information and auxiliary transaction permission information are read from a patient card will be described.

  When the patient identification information and the supplementary transaction permission information are read by the reading means 4, an input screen for instructing input of both personal identification numbers of the inpatient and the in-hospital authorized person is displayed.

  When both the passwords of the inpatient and the in-hospital authorized person are input, the patient identification information and the both password numbers are transmitted to the in-hospital management server 200 (step S5). At this time, when only the password of the hospitalized patient is input, the transaction processing is stopped and a screen indicating that the transaction is stopped due to incomplete input is displayed on the display means 3 (step S11).

  When the control means 21 of the in-hospital management server 200 receives the patient identification information and both password numbers from the in-hospital automatic transaction apparatus 100, the control means 21 transfers the patient identification information and both password numbers to the authentication means 24.

  Upon receiving the patient identification information and both password numbers, the authentication means 24 refers to the storage unit 22 based on the patient identification information, acquires the corresponding password numbers of the inpatient and the in-hospital permitter, and first, Compare the entered in-patient password with the obtained registered in-patient password, and if it does not match, it determines that the identity authentication is invalid, and if it matches, then the entered in-hospital password And the acquired personal identification number of the in-hospital authorized person are compared. If they do not match, the personal authentication is determined to be invalid, and if they match, the personal authentication is determined to be valid (step S6).

  Subsequently, the operation after the identity authentication is performed will be described.

  If the authentication means 24 determines that the authentication means 24 is valid, the control means 21 transmits an authentication valid signal to the in-hospital automatic transaction apparatus 100. If it is determined to be invalid, the control means 21 transmits an authentication invalid signal to the in-hospital automatic transaction apparatus 100.

  When the transaction control means 6 of the in-hospital automatic transaction apparatus 100 receives the authentication invalid signal, the transaction control means 6 controls the display means 3 to display an authentication result screen indicating that the authentication is invalid and stops the transaction (step S13).

  When the transaction control means 6 receives the authentication valid signal and the transaction instruction information indicates a withdrawal transaction, the transaction control means 6 activates a transaction processing program in a memory (not shown), and the desired withdrawal amount from the inpatient via the display means 3. When the inpatient completes inputting desired withdrawal information, the withdrawal information is held in a memory (not shown) and the withdrawal information is stored in the in-hospital management server 200. Transmit (steps S7 & 8).

  When receiving the withdrawal information from the in-hospital automatic transaction apparatus 100, the control means 21 of the in-hospital management server 200 transfers the withdrawal information to the withdrawal possibility determination means 25.

  Upon receipt of the withdrawal information, the withdrawal permission determination means 25 refers to the withdrawal possible information storage unit 23 based on the patient identification information, acquires the corresponding withdrawal possible information, and the withdrawal information is withdrawn. If the withdrawal information is smaller than the withdrawal possible information, a withdrawal permission signal is transmitted to the in-hospital automated transaction apparatus 100, and if greater, the withdrawal impossible signal is sent to the in-hospital automated transaction apparatus. 100 (step S10).

  When the withdrawal control means 7 of the in-hospital automatic transaction apparatus 100 receives the withdrawal impossible signal, the display means 3 controls the display means 3 to display a content indicating that the withdrawal cannot be made because the desired withdrawal amount exceeds the withdrawal possible amount. Is displayed on the display means 3 to stop the transaction (step S13).

  When the withdrawal permission signal is received, the withdrawal processing is performed based on the withdrawal information held in the memory (not shown), and the withdrawal information is transmitted to the hospital management server 200 (step S11). At this time, the patient card is discharged from a card insertion portion (not shown).

  When receiving the withdrawal information from the in-hospital automatic transaction apparatus 100, the updating unit 26 refers to the withdrawal possible information storage unit 23 based on the patient identification information, acquires the corresponding withdrawal possible information, and can withdraw. The information is updated based on the withdrawal possible balance calculation formula = TU (where T: withdrawal possible information, U: withdrawal information) held in a memory (not shown) (step S12).

  Further, when the transaction control means 6 receives the authentication valid signal and the transaction instruction information indicates a deposit transaction, the transaction control means 6 controls a money input unit (not shown) to accept money from an inpatient and to input the money amount Is calculated, payment information indicating the calculated amount of money is generated, and the payment information is transmitted to the hospital management server 200 (steps S7 & 9).

  When receiving the deposit information from the in-hospital automatic transaction apparatus 100, the control unit 21 of the in-hospital management server 200 transfers the deposit information to the update unit 26.

  When receiving the payment information, the updating means 26 refers to the storage unit 22 based on the patient identification information, acquires the corresponding in-hospital balance information, and stores the in-hospital balance information in a memory (not shown). = V + X (where V: in-hospital balance information, X: deposit information) is updated (step S12).

<Effect of Example 1>
According to the in-hospital automatic transaction system of the first embodiment, auxiliary transaction with the in-hospital authorized person who is issued in the in-hospital, patient identification information for each inpatient, single transaction permission information only for the inpatient, and transaction assistance is permitted. Since the transaction is performed using the patient card in which any of the permission information is registered, even if the patient card is stolen, the third party uses the patient card in the out-of-hospital automatic transaction system. It is possible to prevent unauthorized use because it cannot be traded. In addition, since the authentication method is different for each inpatient based on either the single transaction permission information obtained from the patient card or the auxiliary transaction permission information, a third party other than the inpatient easily completes the authentication process. Cannot be used illegally by a third party. Furthermore, the withdrawal process is canceled if the withdrawal information desired by the inpatient is larger than the withdrawal possible information indicating the amount that can be withdrawn for each inpatient. Can be prevented.

<Configuration of Example 2>
FIG. 3 is a block diagram showing the in-hospital automatic transaction system of this embodiment.

  As shown in FIG. 3, the in-hospital automatic transaction system according to the present embodiment includes an in-hospital management server 200 and an in-hospital automatic transaction apparatus 100 provided in the hospital. The in-hospital management server 200 is further connected via a network to a host computer 300 provided at the center of the financial institution.

  In the storage unit 22 of this embodiment, for each patient identification information, an account number of a bank in which an inpatient has an account and a bank secret code necessary for withdrawing cash from the account are stored.

  The host computer 300 is a computer that performs withdrawal control of a desired amount from the bank account of the inpatient, and as will be described later, the inpatient account number, bank PIN number, and withdrawal information are transmitted from the in-hospital management server 200. Then, it is determined whether or not the amount indicated by the withdrawal information can be settled from the bank account owned by the inpatient, and if settlement is possible, a settlement enable signal is transmitted to the in-hospital management server 200, due to insufficient balance, etc. If payment is impossible, a payment impossible signal is transmitted to the hospital management server 200. When the host computer 300 receives a withdrawal completion signal indicating that the withdrawal process is completed from the in-hospital management server 200, the host computer 300 updates the bank balance information corresponding to the account number.

  When activated by an inpatient operation, the control means 1 of the present embodiment executes a transaction selection program in a memory (not shown), and with respect to the inpatient, deposits and withdrawals in the hospital or from a bank account owned by the inpatient In order to select the withdrawal transaction, the transaction selection screen is displayed on the display means 3.

  When the inpatient selects and inputs bank withdrawal according to the transaction selection screen displayed on the display means 3 so as to allow selective input, the transaction instruction information indicating the bank withdrawal is output to the control means 1. Thereafter, the operation in the same manner as in the first embodiment is performed until the in-hospital authentication process is completed and it is determined whether or not withdrawal is possible based on the input withdrawal information.

  Upon receipt of the withdrawal information, the withdrawal enable / disable determining unit 25 of the present embodiment refers to the withdrawal possible information storage unit 23 based on the patient identification information, acquires the corresponding withdrawal possible information, and withdraws. Comparing whether the information is larger than the withdrawal-possible information, and if the withdrawal information is smaller than the withdrawal-possible information, the withdrawal process should be performed from the bank account based on the withdrawal information held in a memory (not shown). Then, referring to the storage unit 22 based on the patient identification information, the corresponding account number and bank PIN number are obtained, and the withdrawal information, account number and bank PIN number are transmitted to the host computer 300, and the withdrawal information is output. If it is larger than the available money information, a withdrawal impossible signal is transmitted to the in-hospital automatic transaction apparatus 100.

  When the withdrawal control means 7 of the in-hospital automatic transaction apparatus 100 receives the withdrawal non-permission signal, a screen showing the contents that cannot be withdrawn to the inpatient because the desired withdrawal amount exceeds the withdrawal possible amount. It is displayed on the display means 3.

  When the in-patient account number, bank PIN number, and withdrawal information are transmitted from the in-hospital management server 200, the host computer 300 determines whether the amount indicated by the withdrawal information can be settled from the bank account owned by the in-patient. If the settlement is possible, a settlement enable signal is transmitted to the hospital management server 200. If the settlement is impossible due to insufficient balance or the like, a settlement impossible signal is transmitted to the hospital management server 200.

  When the withdrawal control unit 7 of the in-hospital automatic transaction apparatus 100 receives a settlement impossible signal from the host computer 300 via the in-hospital management server 200, the withdrawal means 7 displays a screen on the display unit 3 indicating that the settlement is impossible due to a shortage of balance or the like. Let

  When the withdrawal control means 7 of the in-hospital automatic transaction apparatus 100 receives a settlement enable signal from the host computer 300 via the in-hospital management server 200, the withdrawal control means 7 performs a withdrawal process based on the withdrawal information, and performs a withdrawal completion signal and an account number. Is transmitted to the host computer 300, and patient identification information and withdrawal information are transmitted to the in-hospital management server 200. At this time, the patient card is discharged from a card insertion portion (not shown).

  When the host computer 300 receives the withdrawal completion signal and the account number from the in-hospital automatic transaction apparatus 100 via the in-hospital management server 200, the host computer 300 updates the bank balance information corresponding to the account number based on the withdrawal information, and manages the in-hospital management. Upon receiving the patient identification information and the withdrawal information, the updating unit 26 of the server 200 refers to the withdrawal possible information storage unit 23 based on the patient identification information, acquires the corresponding withdrawal possible information, and withdraws the withdrawal. The possible information and the withdrawal information are updated based on a withdrawal possible balance calculation formula in a memory (not shown) = TU (where T: withdrawal possible information, U: withdrawal information).

<Operation of Example 2>
The operation of the in-hospital automatic transaction system in the second embodiment will be described.

  FIG. 4 is an operation flowchart of the in-hospital automatic transaction system according to the second embodiment.

  When the control means 1 is activated by an operation of an inpatient, the control means 1 executes a transaction selection program in a memory (not shown), and with respect to the inpatient, the in-hospital deposit or withdrawal or the withdrawal transaction from the bank account owned by the inpatient Is selected, a transaction selection screen is displayed on the display means 3 (step S1).

  When the inpatient selects and inputs bank withdrawal according to the transaction selection screen displayed on the display means 3 so as to allow selective input, the transaction instruction information indicating the bank withdrawal is output to the control means 1. Thereafter, the operation in the same manner as in the first embodiment is performed until the in-hospital authentication process is completed and it is determined whether or not withdrawal is possible based on the input withdrawal information.

  Upon receipt of the withdrawal information, the withdrawal permission determination means 25 refers to the withdrawal possible information storage unit 23 based on the patient identification information, acquires the corresponding withdrawal possible information, and the withdrawal information is withdrawn. If the withdrawal information is smaller than the withdrawal-possible information, the patient identification information is used to perform withdrawal processing from the bank account based on the withdrawal information held in a memory (not shown). Referring to the storage unit 22, the corresponding account number and bank PIN number are acquired, and the withdrawal information, the account number and the bank PIN number are transmitted to the host computer 300, and the withdrawal information is the withdrawal enable information. If larger, a withdrawal impossible signal is transmitted to the in-hospital automatic transaction apparatus 100 (step S10).

  When the withdrawal control means 7 of the in-hospital automatic transaction apparatus 100 receives the withdrawal non-permission signal, a screen showing the contents that cannot be withdrawn to the inpatient because the desired withdrawal amount exceeds the withdrawal possible amount. It is displayed on the display means 3 (step S14).

  When the in-patient account number, bank PIN number, and withdrawal information are transmitted from the in-hospital management server 200, the host computer 300 determines whether the amount indicated by the withdrawal information can be settled from the bank account owned by the in-patient. If the settlement is possible, a settlement enable signal is transmitted to the in-hospital management server 200. If settlement is not possible due to a lack of balance or the like, a settlement impossible signal is transmitted to the in-hospital management server 200 (step S11).

  When the withdrawal control unit 7 of the in-hospital automatic transaction apparatus 100 receives a settlement impossible signal from the host computer 300 via the in-hospital management server 200, the withdrawal means 7 displays a screen on the display unit 3 indicating that the settlement is impossible due to a shortage of balance or the like. (Step S14).

  When the withdrawal control means 7 of the in-hospital automatic transaction apparatus 100 receives the settlement enable signal from the host computer 300 via the in-hospital management server 200, the withdrawal control means 7 performs a withdrawal process based on the withdrawal information (step S12). A withdrawal completion signal is transmitted to the host computer 300, and patient identification information and withdrawal information are transmitted to the in-hospital management server 200. At this time, the patient card is discharged from a card insertion portion (not shown).

  When the host computer 300 receives the account number and the withdrawal completion signal from the in-hospital automatic transaction apparatus 100 via the in-hospital management server 200, the host computer 300 updates the bank balance information corresponding to the account number based on the withdrawal information, and the in-hospital management server Upon receiving the withdrawal information, the updating means 26 of 200 refers to the withdrawal-possible information storage unit 23 based on the patient identification information, acquires the corresponding withdrawal-possible information, and withdraws-possible information and withdrawals. The information is updated on the basis of an unillustrated memory withdrawal possible balance calculation formula = TU (where T: withdrawal possible information, U: withdrawal information) (step S13).

<Effect of Example 2>
According to the in-hospital automatic transaction system of the second embodiment, auxiliary transaction with in-hospital authorized persons who are issued in-hospital, patient identification information for each inpatient, single in-licensing permission information only for inpatients, and permitted in-hospital is permitted. Since the transaction is performed using the patient card in which any of the permission information is registered, even if the patient card is stolen, the third party can use the patient card in the out-of-hospital automated transaction system. It is impossible to prevent unauthorized use. In addition, since the bank account number and bank PIN number of the inpatient are stored for each patient identification information, the account number and bank corresponding to the patient identification information automatically when authentication with the hospital management server is successful. The withdrawal process from the bank account based on the personal identification number becomes possible. In addition, since the authentication method is different for each inpatient based on either the single transaction permission information obtained from the patient card or the auxiliary transaction permission information, a third party other than the inpatient easily completes the authentication process. Cannot be used illegally by a third party. In addition, the withdrawal process is canceled when the withdrawal information desired by the inpatient is larger than the withdrawal possible information indicating the amount that can be withdrawn for each inpatient, so the withdrawal process that does not require the inpatient Can be prevented.

  In any of the above-described embodiments, reference in-hospital balance information indicating a reference amount to be deposited and contact information such as FAX are set in advance, and when the in-hospital balance information becomes smaller than the reference in-hospital balance information, the hospital is automatically hospitalized. A function of notifying the relatives of the patient to give a deposit instruction by FAX or mail may be added.

  In any of the above-described embodiments, the withdrawal-possible information is information indicating the amount that can be withdrawn by the hospitalized patient in one day, but is not limited thereto. For example, information indicating the amount that can be withdrawn in one week. It is good.

  In any of the above-described embodiments, an employee card holding employee identification information for identifying an in-hospital employee, a registered employee password for each employee identification information in the in-hospital management server 200, and a work It is good also as a structure which provides the payment control part which controls payment of a salary by operation of an employee, the update part for updating this memory | storage part, the employee information storage part in which track record information and salary payment status information were stored. This can reduce human work related to paying salary for hospital employees.

The block block diagram which shows the hospital automatic transaction system of this invention. The operation | movement flowchart of the hospital automatic transaction system of Example 1. FIG. The block block diagram which shows the hospital automatic transaction system of Example 2. FIG. The operation | movement flowchart of the hospital automatic transaction system of Example 2. FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 100 Hospital automatic transaction apparatus 1 Control means 2 Input means 3 Display means 4 Reading means 5 Instruction control means 6 Transaction control means 7 Withdrawal control means 200 In-hospital management server 21 Control means 22 Storage part 23 Withdrawable information storage part 24 Authentication means 25 withdrawal enable / disable judging means 26 updating means 300 host computer

Claims (3)

When authentication information is input, in-hospital automatic transaction system comprising an in-hospital automatic transaction apparatus having an authentication means for authenticating the identity of an inpatient by comparing the authentication information stored in advance and the authentication information,
Either patient identification information issued for in-hospital use to identify inpatients, single transaction permit information only for in-patients, or supplementary transaction permit information with in-hospital permitters who are allowed to support transactions A patient card that holds
For each inpatient, including in-patient authentication information, and a storage unit in which either in-patient and in-hospital authorized person authentication information is stored,
The in-hospital automatic transaction apparatus, when the patient card is inserted, based on any of the transaction permission information obtained from the patient card, instruction control means for instructing the input of authentication information;
When the inpatient authentication information is input based on the single transaction permission information, the authentication information is output to the authentication means, and only the inpatient authentication information is input based on the auxiliary transaction permission information. Transaction processing means for stopping the transaction processing and outputting both authentication information to the authentication means when both authentication information of the inpatient and the in-hospital authorized person is input. system. For each patient identification information, a withdrawal possible information storage unit storing withdrawal possible information indicating an amount that can be withdrawn to prevent an inpatient from withdrawing more than a predetermined amount; and
The in-hospital automatic transaction apparatus determines that the authentication means is valid, and when withdrawal information indicating a withdrawal amount desired by an inpatient is input, the withdrawal-possible information storage unit is set based on the patient identification information. Withdrawing permission / inhibition determining means for determining whether or not withdrawal is possible by referring to and acquiring corresponding withdrawal permission information and comparing whether or not the withdrawal information is larger than the withdrawal possibility information;
When the withdrawal enable / disable determining unit determines that the withdrawal is possible, the withdrawal process is started based on the withdrawal information, and when the withdrawal enable / disable determining unit determines that the withdrawal is impossible, the withdrawal processing is finished. The in-hospital automatic transaction system according to claim 1, further comprising a control unit. The in-hospital automatic transaction system according to claim 1, wherein the patient identification information includes a patient ID, a name, an age, and a disease name of an inpatient.

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