JP2003141251A - Method and system for diagnosis and medication - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable a patient having a chronic disease to efficiently receive diagnosis for the conditions of the disease and prescription of medicine while being relieved from the burden of periodically visiting diagnostic facility for a medical examination. SOLUTION: This diagnostic and medication system is constituted so that a first terminal to be used by a patient having a chronic disease, a second terminal to be used by the diagnostic facility having patient information and a third terminal to be used by a pharmacy are constituted to be mutually communicative via a communication network, and the physiological information about the patient to be used for the diagnosis regarding the chronic disease is acquired at the first terminal, transmitted to the second terminal via the communication network, the diagnostic facility is informed of the received physiological information at the second terminal, when the medication contents to the patient can be determined as a diagnostic result based on the patient information and the physiological information, prescription information to the patient is acquired, transmitted to the third terminal via the communication network, the pharmacy is informed of the received prescription information and used for presentation of the medicine to the patient based on the prescription information at the third terminal.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a diagnosis in which a medical institution and a pharmacy use a terminal configured to communicate with each other via a communication network to diagnose a disease of a patient and administer medication according to the diagnosis result. A dosing method and a diagnostic dosing system.

[0002]

2. Description of the Related Art Conventionally, a patient who has some kind of disease goes to a medical institution such as a hospital or a medical office for medical examination. In a medical facility, an appropriate dosing schedule (type of drug to be dosed, combination thereof, amount of each drug, timing of dosing, etc.) is determined based on the result of patient diagnosis, and a prescription according to the dosing plan is prepared. . In response to this, the patient receives the prescription directly at the pharmacy in the medical facility or brings this prescription to a dispensary pharmacy and receives a prescription of an appropriate type and amount of the drug based on the prescription.・ It is the flow of medication.

[0003] Here, for patients for whom early cure cannot be expected or patients with chronic diseases, medication may be given over a long period of time. However, the maximum amount of drug that can be prescribed at one time in a medical facility is two weeks at the maximum, and for the amount that exceeds that amount, the patient should be examined again to confirm that there is no change in the prescription schedule. There must be. Therefore, a patient who needs a long-term medication needs to visit a medical institution every two weeks to have a medical examination in order to receive a prescription of the medication.

[0004]

By the way, hypertension,
In the case of chronic diseases such as hyperlipidemia, diabetes mellitus, and hepatitis, the symptoms of the patient rarely change suddenly, and usually the once-determined dosing regimen is continuously used. Therefore, patients with these chronic diseases are often exclusively administered with the same type of drug for a long period of time.

However, for the above-mentioned reason, it is necessary for a patient to visit a medical institution every two weeks to have a medical examination and to receive a drug based on a prescription even if the symptom does not significantly change. This is an extremely tedious task, especially when it is difficult for the patient to go to the clinic due to geographical conditions or time constraints, or when the patient is elderly or disabled.
It is a heavy burden on the patient. In addition, depending on the physical condition of the patient and the type of disease, it is often the case that the examination can be completed only with extremely simple content such as measurement of pulse and blood pressure, interview, and visual inspection.In such cases, the patient is regularly sent to a medical facility. It is extremely inefficient to work.

The present invention has been made in view of the above problems. That is, an object of the present invention is to provide a diagnostic dosing method and a diagnostic dosing system, which reduce the burden of a patient with a chronic disease regularly visiting a medical care facility for medical examination and enable efficient prescription of a drug. It exists in providing.

[0007]

Therefore, as a result of diligent studies, the present inventors have found that a medical facility for chronic diseases obtains information on the physiological condition of a patient via a communication network, and the patient who owns the information in advance. The above-mentioned problem can be effectively solved by using the information together with the information on the prescription of the drug prescribed to the patient based on the diagnosis result and notifying the pharmacy via the communication network. The inventors have found that they can be solved and have reached the present invention.

That is, the gist of the present invention is to provide a first terminal used by a patient with a chronic disease, a second terminal used by a medical institution having information on the patient (hereinafter referred to as patient information), and a second terminal used by a pharmacy. And a terminal of No. 3 so that they can communicate with each other via a communication network to administer a diagnostic drug for a chronic disease of the patient, the patient being used for diagnosis of a chronic disease at the first terminal. Information on the physiological state of the patient (hereinafter referred to as physiological information) is acquired and transmitted to the second terminal via the communication network, and the received physiological information is received by the second terminal at the medical examination. In addition to notifying the facility, the drug for the patient is determined if at least the content of the drug to be administered to the patient can be determined as a result of the diagnosis based on the patient information and the physiological information. Information on the prescription (hereinafter referred to as prescription information), and transmits this to the third terminal via the communication network, and the third terminal notifies the pharmacy of the received prescription information. However, the present invention also provides a diagnostic dosing method, which is used for providing a drug to the patient based on the prescription information.

Another aspect of the present invention is that a first terminal used by a patient, a second terminal used by a medical institution, and a third terminal used by a pharmacy can communicate with each other via a communication network. And a method of performing diagnostic administration to the patient, wherein the first terminal obtains information on a physiological state of the patient used for diagnosis (hereinafter referred to as physiological information), The information is transmitted to the second terminal via the communication network, the second terminal notifies the medical facility of the received physiological information, and is determined as a result of the diagnosis of the medical facility based on the physiological information. The information related to the prescription of the drug for the patient (hereinafter referred to as prescription information), which is transmitted to the third terminal via the communication network, and the third terminal In notifies the prescription information received in the pharmacy, characterized in that to use to deliver the drug to the patient based on the prescription information, resides in diagnostic dosing method.

Further, another gist of the present invention is that a first terminal used by a patient with a chronic disease, a second terminal used by a medical institution having information on the patient (hereinafter referred to as patient information), and a pharmacy are provided. A third terminal to be used is a system configured to communicate with each other via a communication network, for performing diagnostic administration of a chronic disease of the patient, wherein the first terminal is used to diagnose a chronic disease. The physiological information acquisition means for acquiring information on the physiological state of the patient to be used (hereinafter referred to as physiological information), and the physiological information acquired by the physiological information acquisition means, through the communication network, And transmitting the physiological information transmitted from the first terminal to the second terminal via the communication network. Physiologic information receiving means to be trusted, and the physiological information received by the physiological information receiving means, in order to utilize for diagnosis of chronic diseases together with the patient information, physiological information notifying means for notifying the medical institution, A prescription information acquisition unit that acquires information (hereinafter, referred to as prescription information) regarding a drug prescription for the patient, which is determined as a result of the diagnosis by the medical facility, and the prescription information acquired by the prescription information acquisition unit. , Prescription information transmitting means for transmitting the prescription information to the third terminal via the communication network, and the third terminal transmits the prescription information transmitted from the second terminal to the communication network. In order to use the prescription information receiving means received via the prescription information received by the prescription information receiving means for providing the drug to the patient, Characterized in that includes prescription information notifying means for notifying the serial pharmacy resides in diagnostic dosing system.

In addition, another gist of the present invention is that a first terminal used by a patient, a second terminal used by a medical institution, and a third terminal used by a pharmacy communicate with each other via a communication network. A system configured to perform diagnostic medication for the patient, which is configured to be possible, wherein the first terminal acquires information on a physiological state of the patient (hereinafter referred to as physiological information) used for diagnosis. Physiological information acquisition means,
The physiological information acquired by the physiological information acquisition means,
The physiological information transmitting means for transmitting the physiological information to the second terminal via the communication network, the second terminal, the physiological information transmitted from the first terminal,
The physiological information receiving unit for receiving via the communication network, the physiological information notifying unit for notifying the medical institution to use the physiological information received by the physiological information receiving unit for diagnosis, The prescription information acquisition unit that acquires information (hereinafter, referred to as prescription information) regarding a drug prescription for the patient, which is determined as a result of the diagnosis, and the prescription information acquired by the prescription information acquisition unit, the communication network Via the communication network, the third terminal receives the prescription information transmitted from the second terminal via the communication network. And a prescription information receiving unit for performing the prescription information received by the prescription information receiving unit, in order to utilize the prescription information for providing the drug to the patient. Characterized in that includes prescription information notifying means for knowledge resides in diagnostic dosing system.

[0012]

BEST MODE FOR CARRYING OUT THE INVENTION As an embodiment of the present invention, particularly in the case of a patient with a chronic disease, when a patient's medical examination facility uses a patient's information to perform diagnostic medication (first embodiment). ) And a case in which any medical facility administers diagnostic medication to patients with a wide variety of diseases (second embodiment). Hereinafter, each embodiment will be described in detail with reference to the drawings.

[I] First Embodiment First, in the first embodiment, a case will be described in which a medical facility administers a diagnostic medication using information about the patient, particularly for a patient with a chronic disease. In the present embodiment, it is premised that the medical institution is a medical facility such as a hospital or a doctor's office where the patient is involved and has information such as past diagnosis results regarding this patient in advance.

The term chronic disease broadly refers to a disease in which non-serious symptoms continue for a long period of time. Specific examples include, but are not limited to, hypertension, hyperlipidemia, diabetes, hepatitis, and the like, as long as a remote diagnostic drug can be administered by using the system S, Any type can be targeted.

[I-1] Configuration FIG. 1 is a schematic diagram showing the basic configuration of the diagnostic administration system according to the first embodiment of the present invention. As shown in FIG. 1, the diagnostic administration system S of the present embodiment includes a terminal 1 for a patient, a terminal 2 for a medical facility, and a terminal 3 for a pharmacy, which are connected to a communication network 9. Two
3 are configured to be able to communicate with each other via the communication network 9.

In FIG. 1, one terminal 1, 2 and 3 are shown for the sake of simplicity of explanation, but in reality, the terminals 1, 2 and 3 are shown according to the number of patients, medical facilities and pharmacies. It is possible to adjust the number of 3 appropriately. In particular, when actually using the present system S to perform diagnostic medication, one medical institution administers the diagnostic medication to a plurality of patients and specifies the desired pharmacy from the plurality of pharmacies and prescribes it. It is assumed that there are many situations in which you will be asked to. Therefore, in the following description, it is assumed that there are a plurality of patients and a plurality of pharmacies for a single medical institution, and a description will be given as necessary. In this case, each terminal 1, 2, 3
However, the number corresponding to it will be provided.

The communication network 9 is not particularly limited as long as it is a general network as a set of resources constituting a communication path, and various known networks can be used. Specifically, the usable communication network 9 is either a local area network (LAN) or a wide area network (WAN), and a fixed network such as a dedicated line or a telephone switching network. It does not matter whether it is a switching network such as a mobile phone network or a wired network such as a fixed telephone network. Further, it does not have to be an independent single network, and may be a set of a plurality of networks.

In the present invention, it is preferable to use the Internet as the communication network 9 from the viewpoint of wide area and widespreadness. In particular, a VPN (Virtual Private Network) is formed in consideration of data security. Is desirable. If such a network is adopted, even when the patient terminal 1 is present in a general home such as the patient's home, it is possible to perform secure communication with other terminals 2 and 3, and the terminal 2 for medical facilities is used. And terminals for pharmacies 3
It is also possible to provide a service of directly transmitting the output from the device to the patient terminal 1.

On the other hand, each of the terminals 1, 2 and 3 is composed of a plurality of functional elements for realizing various functions, as shown in FIG. Actually, these terminals 1, 2, and 3 have a built-in CPU, ROM (internal hard disk device, external storage medium), RAM, etc., which are not shown, and various peripheral devices (keyboard, mouse, etc. input). Devices, displays, output devices such as printers, interfaces with the communication network 9, etc.) are built-in or connected, and the CPU executes various processes in accordance with programs stored in the ROM, and the CPU executes various processes. The data required for the above are appropriately stored and updated in the RAM.

That is, these CPU, ROM, RAM
The functions of the respective functional elements described below are realized by the functions of the various peripheral devices and the like. In other words, each of the terminals 1, 2, and 3 has a CPU, an RO, and the like.
This can be easily realized by using an ordinary information communication terminal equipped with M, RAM and various peripheral devices. Examples of such ordinary information communication terminals include personal
Examples thereof include computers (both desktop type and laptop type), computers such as handheld computers, and home electric appliances having a communication function such as mobile phones and videophones. It is also possible to realize each of the terminals 1, 2 and 3 by using a plurality of information communication terminals in combination. In this case, each terminal 1, 2,
The three functional elements are present separately in a plurality of information communication terminals.

Some of the functional elements of each of the terminals 1, 2 and 3 have some common functions. Therefore,
For convenience of explanation, first, all terminals 1,
Functional elements (reception sections 11, 21, 31, transmission sections 12, 22, 32, arithmetic / control sections 13, 23, 33, input sections 14, 24, 34, which exhibit almost common functions in 2 and 3,
The features of the output units 15, 25, 35 and the storage units 16, 26, 36) will be outlined.

First, the receiving units 11, 21 and 31 receive the signals and data sent via the communication network 9 under the control of the computing / controlling units 13, 23 and 33 which will be described later, and perform the computing / controlling. The data is output to the units 13, 23 and 33. The transmission units 12, 22, 32 are also controlled by the arithmetic / control units 13, 23, 33 and transmit the data input from the arithmetic / control units 13, 23, 33 to the communication network 9. It is like this. That is, the receiving units 11, 21, 31 and the transmitting unit 12,
Reference numerals 22 and 32 correspond to communication interfaces with the communication network 9 provided in the terminals 1, 2, and 3.

Furthermore, the receiving units 11, 21, 31 and the transmitting units 12, 22, 32 can perform various known confidential processings such as encryption, scrambling, and interleaving on the data to be transmitted and received. . That is, the receiving units 11, 21, 31 and the transmitting units 12, 22, 32 are
In order to set / cancel the confidential processing, another terminal 1,
A few receivers 11, 21, 31 and transmitters 12, 2
2 and 32 have various secret processing modes (encryption key, scramble rule, interleave rule, etc.), and the secret processing setting can be made for data to be transmitted to other terminals 1, 2, and 3. Further, the confidential processing is canceled for the data received from the other terminals 1, 2, 3 so that the data contents are concealed and the data is transmitted / received to / from the other terminals 1, 2, 3. It is possible.

The calculation / control units 13, 23, 33 perform various calculations necessary for the operation of the terminals 1, 2, 3 and
Based on this calculation, the above-mentioned receiving units 11, 21, 31 and transmitting units 12, 22, 32, and the input unit 1 described later.
4, 24, 34 and the output units 15, 25, 35 are controlled respectively. These arithmetic / control units 13, 23, 33 are mainly configured by the CPU, RAM, ROM, etc. provided in each of the terminals 1, 2, 3.

The input units 14, 24, 34 are connected to the terminals 1, 2,
It is an input interface with three users (in each case, a patient with chronic illness and its related persons, staff and doctors of medical facilities, staff of a pharmacy, pharmacist, etc.)
A few users can input various information into the terminals 1, 2 and 3 by operating the input sections 14, 24 and 34. The input units 14, 24 and 34 are
It is mainly configured by a data input device such as a keyboard and a mouse provided in each of the terminals 1, 2 and 3, an image / video photographing device such as a video camera, and a sound collecting device such as a microphone. Further, the input units 14, 24, 34 may be achieved by various data input work by a remote console via the communication network 9.

The output units 15, 25, 35 are connected to the terminals 1, 2,
It is an output interface with the user No. 3 and notifies the users of the terminals 1, 2 and 3 of various information including the diagnostic result of the health condition. The output units 15, 25, 35 are mainly configured by a printing device such as a printer, a display device such as a display, a sounding device such as a speaker, etc., which are provided in each of the terminals 1, 2, 3. In addition, the output unit 1 can perform various data output operations by the remote console via the communication network 9.
5,25,35 may be achieved.

The interfaces of the input units 14, 24, 34 and the output units 15, 25, 35 are GUIs.
It is preferable to apply a known interactive interface such as (Graphical User Interface) so that the users of the terminals 1, 2 and 3 can easily input and output data.

Further, the storage units 16, 26, 36 store various kinds of information used for various calculations in the calculation / control units 13, 23, 33, and the stored various information are calculation / control. By the control of the unit 23, addition / update / deletion can be appropriately performed. These storage units 16, 26, 36
Is mainly configured by a hard disk, an external storage medium, or the like provided in each of the terminals 1, 2, and 3.

Each terminal 1, whose outline has been described above,
Detailed functions of the functional elements 2 and 3 will be described together with the description of the operation of the diagnostic administration system S described later, but here, in particular, the functional elements unique to the terminal 1 (the measuring unit 1).
7) and some of the functional elements (input unit 14, calculation / control unit 23, storage unit 26) having functions unique to each of the terminals 1, 2, and 3.
Only the detailed functions will be described.

The input unit 14 provided in the patient terminal 1 is
Together with the measuring means 17, it has a function of acquiring physiological information of the patient. Here, the physiological information is various kinds of information regarding the physiological state of the patient, and specifically, is roughly classified into subjective information, appearance information, and measurement information.

The awareness information is information that the patient is aware of, and includes whether he / she feels good or not and whether or not he / she has pain. In other words, these pieces of information are information that can be acquired by asking a patient. The appearance information is information that appears in the appearance of the patient and is information that can be acquired by visual inspection of the patient, such as the complexion and facial expression, the state of the skin of each part of the body, and the appearance of the affected area.
The measurement information is other physiological information such as awareness information and appearance information, and is information that can be measured from the patient's body by some method. For example, information that can be measured as numerical values such as heart rate, pulse rate, blood pressure, body temperature, blood flow, and negative / positive by various tests such as urine test, fecal test, immune serum test, blood test, biochemical test, etc. The information is information that can be monitored by various methods such as electrocardiogram and heart sound.

The above-mentioned various physiological information is input to the patient terminal by the input unit 14 as data of various formats such as text data, table data, image / video data, voice data, etc., by the operation of the user of the patient terminal 1. 1 has the function of inputting.

More specifically, the input unit 14 prompts the user of the patient terminal 1 to input about the consciousness information among the above-mentioned various physiological information by using an interface such as GUI, thereby inputting this text data. It can be acquired in the form of table data. In other words, this is an acquisition format equivalent to an inquiry.

Further, the input unit 14 can acquire the external appearance information of various kinds of physiological information described above by photographing the external appearance of the patient in the form of image / video data. In other words, this is an acquisition format equivalent to visual inspection. In addition, in particular, when the patient terminal 1 can perform voice communication (telephone) or video / audio communication (videophone) with the medical facility terminal 2, in addition to the appearance of the patient during communication. The voice from the terminal 1 via the input unit 14.
Can be input to and sent directly to the terminal 2. As a result, the appearance information can be acquired in the form of image / video data as described above, and the user (mainly a doctor here) of the medical institution side terminal 2 directly asks the patient via voice communication. This makes it possible to obtain awareness information in the form of voice data.

The measuring means 17 has a function of measuring the physiological information from the patient, particularly the measured information among the various physiological information described above. Further, the measured data can be input to the terminal 1 via the input unit 14. As the measuring means 17, various known measuring devices such as a heart rate meter, a pulse meter, a blood pressure meter, and a thermometer are used according to the type of physiological information to be measured.

The measuring means 17 may be configured such that the patient consciously uses it to measure physiological information, but it may be configured to measure physiological information unconsciously of the patient. preferable. In the latter case, when the patient normally uses the patient terminal 1, at a position (keyboard, mouse, communication device, etc.) where a part of the patient's body comes into contact, an appropriate measuring means 17 (heart rate monitor) is provided. , Pulse rate monitor, sphygmomanometer, thermometer, etc.) are arranged so that physiological information is automatically measured even when the patient is unconscious. Although various known techniques can be used as the measuring means 17 in this case, a specific example was devised by the Institute of Mechanical Engineering,
There is a health management system that allows you to check your physical condition while on the phone. In this technique, a blood flow meter is attached to the handset, the blood flow rate at the fingertip of the speaker who holds the handset during a call is measured, and the physical condition is checked by examining the change in the blood flow rate.

On the other hand, the calculation / control unit 23 and the storage unit 26 will be described with reference to FIG. 2 which schematically shows a more detailed structure of the medical facility terminal 2. As shown in FIG. 2, the calculation / control unit 23 includes a chronic disease diagnosis unit 231 and a prescription information creation unit 232.

When the receiving unit 21 receives the physiological information of a patient, the chronic disease diagnosing unit 231 compares the received physiological information with the personal standard physiological information of the patient stored in the storage unit 26, and compares the physiological information of the patient. To diagnose the chronic diseases of.

The prescription information creation unit 232 determines whether the medication content for this patient can be determined based on the diagnosis result of the chronic disease diagnosis unit 231. When the content of medication can be determined, the storage unit 26 is added to the diagnosis result.
Using the personal standard prescription information of this patient stored in
The prescription information for this patient is created.

Further, the storage unit 26 is constructed so as to be able to store various information (patient information) regarding a patient who uses the system S for each patient. This patient information is roughly classified into basic information, personal standard physiological information, personal standard prescription information, and history information.

The basic information is various basic information about the patient, and specifically, the name, address, sex,
Examples include patient information such as date of birth (age) and basic physical information such as blood type, height, and weight.

The personal standard physiological information is information on the standard physiological condition of the patient, and indicates the standard value or condition of the patient for each item of the physiological information of the patient described above. That is, by comparing each item of the physiological information of the patient transmitted from the patient terminal 1 with the corresponding item of the personal standard physiological information, whether or not an important change is observed in the symptoms of the chronic disease of the patient. Is able to judge.

The personal standard prescription information is information on the standard prescription of medicines for each patient, and more specifically,
According to the type of chronic disease and the severity of the symptom of the patient, the type and amount of the drug normally prescribed to the patient, the timing and method of administration, etc. are defined.

The history information is a history of various kinds of information about the patient, and specifically, a history of physiological information acquired in the past from the patient, a history of past diagnosis results regarding the chronic disease of the patient, a history of the patient. It includes the history of the prescription information created in 1. This history information corresponds to a patient's chart created by a doctor or the like at a medical facility, in other words, an electronic chart.

The patient information including the above information is created based on the past medical examination results of the patient and the like, and is stored in the storage unit 26 in advance as the system S is operated. Further, while the system S is in operation, the history information is added at any time to update the patient information, and when the information about the patient is changed or the number of patients is increased or decreased, the patient information is changed or added accordingly. Deletion is performed.

Since the arithmetic / control unit 23 and the storage unit 26 have the above characteristics, the medical facility terminal 2
It will play a role as a diagnostic medication server in the present system S. Here, the function of the medical facility terminal 2 as the diagnostic administration server will be described in detail with reference to FIGS. 3 to 6 while focusing on the operations of the calculation / control unit 23 and the storage unit 26. 3 to 6 are diagrams showing examples of stored contents in the storage unit 26, the stored contents in the storage unit 26 are not limited to these examples, and various other contents should be considered. Is possible.

FIG. 3 shows a table (patient information table) T0 in which patient information is recorded for each patient, as an example of a storage format of the patient information in the storage unit 26. Each row of the table T0 corresponds to each patient, an ID number for identifying the patient is stored in the leftmost column of the table T0, and other columns of the table T0 correspond to each item of patient information. The information to be stored is stored.

The rightmost three columns of the table T0 respectively correspond to the personal standard physiological information, the personal standard prescription information and the history information in order from the left. Here, reference numbers are described in each case, and these reference numbers are used. The actual information is recorded in another table that is represented. Taking the patient with ID number 1 as an example, the personal standard physiological information is recorded in the table T11, the personal standard prescription information is recorded in the table T12, and the history information is recorded in the table T13. Details of these tables will be described later.

In the medical facility terminal 2, when the receiving unit 21 receives the physiological information of a patient, the chronic disease diagnosing unit 231 searches the storage unit 26 and acquires the personal standard physiological information of this patient. As described above, each item of the personal standard physiological information represents the standard value or state in the patient of each corresponding item of the physiological information. The chronic disease diagnosing unit 231 diagnoses the patient's chronic disease by comparing the value or state of each item of the received physiological information with the value or state of each item of the acquired personal standard physiological information. .

FIG. 4 shows an example of a table recording personal standard physiological information. Here, a table T11 showing the contents of the personal standard physiological information of the patient with ID number 1 in FIG. 3 is shown. Information corresponding to each item of the personal standard physiological information is stored in each column of the table T11. Here, each item of the personal standard physiological information corresponds to each item of the physiological information as described above, and here various types of body temperature, heart rate, pulse rate, blood flow, blood pressure, etc., which can be easily digitized, are used. The measurement information is listed. In each row of the table T11, for each item of physiological information, various additional information is recorded as each item of personal standard physiological information in addition to the standard value and state for the patient. In FIG. 4, the range of ideal values, the range of standard values, and the range of values that require attention are recorded in order from the top of the table T11. If the value is out of these ranges, it is determined to be an abnormal value.

When the receiving unit 21 acquires the physiological information about the patient with ID number 1 in FIG. 3, the chronic disease diagnosing unit 231 acquires the table T11 in FIG. 4 as the personal standard physiological information. Then, the value or state of each item of physiological information is compared with the value or state of each item of personal standard physiological information recorded in the acquired table T11, and an ideal value range, a standard value range, It is determined whether it corresponds to a range of values requiring attention or a range of abnormal values. Here, the determination results are sequentially represented by symbols such as ++, +,-,-. Such a determination is performed for each item of physiological information, and the determination results are combined for all items to diagnose the patient's condition of chronic disease. The contents of this diagnosis are appropriately notified to the user of the medical facility terminal 2 through the output unit 25 (here, mainly a display device such as a display or a printing device such as a printer) and are described in the personal standard physiological information. For items that are not included, the doctor or the like of the medical institution makes an appropriate judgment, and then inputs the judgment result through the input unit 24 (here, mainly a data input device such as a keyboard or mouse), and the diagnosis by the chronic disease diagnosis unit 231 is made. It can be reflected in the result. According to the result of the diagnosis performed in this way, the chronic disease diagnosis unit 231
The patient's medical condition is classified into several ranks.

Further, the prescription information creating section 232 receives the diagnosis result in the chronic disease diagnosing section 231, and stores it in the storage section 26.
To obtain personal standard prescription information for this patient. Then, according to the rank of the medical condition of the patient classified by the chronic disease diagnosing unit 231, it is determined whether the medication content for this patient can be determined with reference to the personal standard prescription information. Creates the prescription information for this patient based on the content of the personal standard prescription information.

FIG. 5 shows an example of a table recording personal standard prescription information. Here, a table T showing the contents of the personal standard prescription information for the patient with ID number 1 in FIG.
12 is shown. In each row of the table T12, information on the standard drug prescription according to the classification of the patient's medical condition by the chronic disease diagnosing unit 231 (type and amount of drug, etc.) is stored. Here, the chronic disease diagnosis unit 231 indicates that the patient's medical condition is good (DI), normal (DII), or poor (DII).
I), assuming that it is classified into four ranks of medical examination (DIV), standard drug prescriptions PI to PIII corresponding to relatively mild medical conditions DI to DIII are recorded. With regard to the lowest rank DIV, it is judged that the medication content cannot be determined only by the physiological information of this time due to the deterioration of the medical condition, and the patient is required to visit the medical institution and be examined.

When the prescription information creating unit 232 receives the diagnosis result for the patient with ID number 1 in FIG. 3 from the chronic disease diagnosing unit 231, the prescription information creating unit 232 uses the table T12 in FIG. 5 as personal standard prescription information for the patient with ID number 1. get. Then, the prescriptions PI to P recorded in the acquired table T12 according to the medical condition classifications DI to DIII by the chronic disease diagnosis unit 231.
Select III and use this as a template for prescription information,
The user of the medical facility terminal 2 is notified through the output unit 25. The user of the medical facility terminal 2 makes appropriate adjustments through the input unit 24 while referring to the prescription information template, thereby creating final prescription information. On the other hand, the classification of the medical condition by the chronic disease diagnosis unit 231 is D
If it is IV, the prescription information creation unit 232 informs the output unit 2 that the prescription information cannot be determined only by the physiological information of this time.
The user of the medical facility terminal 2 is notified via 5.

In this way, after the arithmetic / control unit 23 has performed the diagnosis of the medical condition of the patient and the preparation of the prescription information, the arithmetic / control unit 23 acquires the physiological information and creates the diagnosis and the prescription information every time. The acquired physiological information, the diagnosis result, and the created prescription information are stored in the corresponding personal information in the storage unit 26 as history information. In addition, when a patient visits a medical facility and obtains physiological information, diagnoses a medical condition, prescribes a drug, etc., the user of the terminal 2 for the medical facility uses the information via the input unit 24. Can be stored as history information in the corresponding personal information of the storage unit 26.

FIG. 6 shows an example of a table recording history information. Here, for the patient with ID number 1 in FIG.
The table T13 showing the content of the history information is shown. Each row of the table T13 corresponds to a set of history information,
The acquisition date of the physiological information is recorded in the leftmost column, and the acquisition method (“communication” when acquired through this system S, “visit” when actually acquired in the system) is recorded in the right column. Is
In the other column of the table T13, the contents of the corresponding physiological information, diagnosis result and prescription information are recorded. In this way
The history information recorded in the control unit 23 at any time is used later for creating or changing the personal standard physiological information or the personal standard prescription information.

The functions corresponding to the functional elements of the terminals 1, 2, and 3 described above are actually read by the computer program recorded in the ROM to the RAM, and the program is activated by the CPU. By running
It is realized as the operation of the CPU or as the cooperative operation of the CPU and the ROM, RAM, various peripheral devices, and the like. This computer program is recorded in a computer-readable external storage medium such as a CD-ROM or MO disk, and the external storage medium reading device included in each of the terminals 1, 2, and 3 (FIG. It is preferable to install it in the ROM of each of the terminals 1, 2, and 3 and use it (not shown). Alternatively, this diagnostic medication system program is recorded in an external storage area (another computer or the like) accessible from each of the terminals 1, 2, and 3 through the information communication network 9, and the external storage is stored as needed at any time. From the area through the information communication network 9, each terminal 1,
You may install and use it in a few ROMs.

[I-2] Operation Next, with reference to FIG. 7, a series of procedures of diagnostic administration for a patient with chronic disease, which is realized using the diagnostic administration system S of the present embodiment, will be described. Here, FIG. 7 is an operation flow (steps s1 to s9) showing a series of procedures (diagnosis administration method) of diagnostic administration using the diagnostic administration system of the present embodiment centering on the operation of each terminal.

Prior to the diagnostic administration using the system S, the storage unit 26 of the medical facility terminal 2 stores in advance the patient information about the patient who uses the system S. The patient information of each patient is created at the medical facility based on the past medical examination results of the patient at the medical facility.

First, in the patient terminal 1, the input unit 14
The physiological information of the patient is acquired by the measuring means 17 (step s1). Specifically, the patient directly inputs the physiological information to the patient terminal 1 via the input unit 14, or measures the physiological information using the measuring means 17, and inputs the physiological information.
Input to the patient terminal 1 via 4. Alternatively, the measuring unit 17 measures physiological information unconsciously of the patient and inputs it to the patient terminal 1 via the input unit 14.

Subsequently, the physiological information acquired by the patient terminal 1 is transmitted to the medical facility terminal 2 via the communication network 9 (step s2). It should be noted that the acquisition and transmission of the physiological information does not have to be performed in this order, and especially when the doctor of the medical facility directly asks the patient via voice communication, the acquisition and transmission of the physiological information is performed. Simultaneously and inseparably.

Further, since the physiological information of the patient is extremely private personal information, sufficient confidentiality is required when handling it. Therefore, when the physiological information is transmitted via the communication network 9, the confidential information is encrypted, scrambled, interleaved, or the like. That is, the transmitting unit 12 of the patient terminal 1 performs the confidential processing on the transmitted physiological information, and the receiving unit 21 of the medical facility terminal 2 cancels the confidential processing performed on the received physiological information. To be done.

Furthermore, when a patient desires to provide a drug at a specific pharmacy (for example, when he / she desires a pharmacy near his / her home or work place and convenient for receiving the prescribed drug).
In the field, the patient inputs information (pharmacy information) designating a pharmacy to which the drug is desired to be supplied via the input unit 14. The pharmacy information is, simultaneously with or before or after the physiological information, via the communication network 9 the terminal 2 for the medical facility.
(Step s2).

It should be noted that the pharmacies (ie,
Information about a pharmacy that is provided with the pharmacy terminal 3 and is compatible with the present system S) is acquired by the patient terminal 1 in advance and stored in the storage unit 16 before the operation of the present system S. Alternatively, it may be acquired from the medical facility terminal 2 via the communication network 9 as necessary. Further, when notifying the selectable pharmacy to the patient terminal 1 or inputting the pharmacy information desired by the patient based on it, the calculation / control unit 13 controls the input unit 14
(Especially display device such as keyboard and mouse) and output unit 1
An interface such as GUI using 5 (especially a display device such as a display) is realized, and the operation of the user of the patient terminal 1 is facilitated.

Next, when the physiological information and the pharmacy information transmitted from the patient terminal 1 are received at the medical facility terminal 2, the chronic disease diagnosis unit 231 automatically analyzes the physiological information, Based on the analyzed physiological information and the patient information stored in the storage unit 26 in advance, the patient is diagnosed for chronic disease (step s3).
Specifically, the diagnosis is made by comparing each item of the patient's physiological information with each item of the corresponding personal standard physiological information. The judgment result is appropriately input to the medical facility terminal 2 through the input unit 24 and reflected in the diagnosis result. Furthermore, depending on the result of the diagnosis, the medical condition of the patient is classified into several ranks.

Then, based on the diagnosis result, if at least the content of the drug to be administered to the patient can be determined, the prescription information creating section 232 creates the prescription information of the drug for the patient (step s4). Specifically, with reference to the personal standard prescription information, it is determined whether or not the medication content for this patient can be determined according to the classified medical condition rank of the patient. If it is determined that the medication content can be determined, the prescription information for this patient is created based on the content of the personal standard prescription information.

Various information associated with the above operation, that is, physiological information acquired by the medical institution terminal 2, information such as the result of diagnosis performed based on the physiological information, prescription information created, and the like are output. The medical facility is notified via 25 at any time. Further, the user of the medical facility terminal 2 can also control these operations via the input unit 24. At this time, the input / output unit 24 (particularly a display device such as a keyboard and a mouse) and the output unit 25 (particularly a display device such as a display) are realized by the control of the arithmetic / control unit 23, and It is designed to facilitate the user's operation.

Next, in the medical facility terminal 2, calculation /
The diagnostic result obtained by the control unit 23 is transmitted to the patient terminal 1 via the communication network 9 and notified to the user of the patient terminal 1 (step s5). Further, the arithmetic / control unit 23 identifies the pharmacy designated by the patient based on the pharmacy information transmitted from the patient terminal 1, and the created prescription information is used for the pharmacy used by the pharmacy via the communication network 9. It is transmitted to the terminal 3 (step s6).

Here, the system S including the pharmacy terminal 3 is used.
Available pharmacies (ie, pharmacies that patients can choose)
Information is stored in advance in the storage unit 26 of the medical facility terminal 2 before the operation of the system S, and the arithmetic / control unit 23 refers to this information and refers to the pharmacy information specified in the pharmacy information. To identify.

Since these diagnostic results and prescription information are also highly confidential personal information, these information are also transmitted in a secret state. That is, the medical facility terminal 2
At the time of transmission by the transmitter 22, the confidential processing is performed on these information, and at the time of reception by the receivers 11 and 31 of the patient terminal 1 or the pharmacy terminal 3, the confidential processing is canceled on these information. To be done.

When the medical facility terminal 2 transmits the prescription information, the arithmetic / control unit 23 creates the personal information (patient name, telephone number, etc.) of the patient necessary for the delivery of the drug, and this is generated. At the same time as the prescription information, or before or after,
The information is transmitted to the pharmacy terminal 3.

Next, the prescription information transmitted from the medical facility terminal 2 is received at the pharmacy terminal 3 of the pharmacy designated by the patient, and this is notified to the pharmacy (step s
7). Specifically, the prescription information received by the receiving unit 31 is notified to the user of the pharmacy terminal 3 by the output unit 35 (mainly a display device such as a display) together with the similarly received personal information of the patient. It

At the pharmacy designated by the patient, it is determined based on the prescription information thus notified by the pharmacy terminal 3 whether or not the medicine to be provided to the patient can be provided. When it is determined that the drug can be provided, the information indicating that the drug can be provided (provided information) can be used for the delivery date (for example, after a certain day in a certain month) for delivery. Along with information such as the method (for example, the patient comes directly to the pharmacy or delivers it to the patient's home by courier), the method (eg, cash, bank transfer, credit card, etc.) that can be used for payment , To the pharmacy terminal 3 via the input unit 34.

The information such as the provision information input to the pharmacy terminal 3 in this way is transmitted to the corresponding patient terminal 1 via the communication network 9 and is notified to the user of the patient terminal 1 by the output unit 15. (Step s8). Based on the notified information, the user of the terminal 1 for a patient selects the date when he / she wants to provide the drug, the method of delivering the drug, and the method of paying the price based on his / her wish, and the patient selected in this way. The information (desired information) regarding the wish of (1) is input to the patient terminal 1 via the input unit 14.

The desired information input to the patient terminal 1 is transmitted via the communication distribution network 9 to the pharmacy terminal 3 of the pharmacy designated by the patient, and the output unit 35 outputs the desired information to the pharmacy terminal 3.
Users will be notified. The pharmacy refers to the notified desired information, and prescribes the medicine based on the prescription information by the desired date of the patient. Then, the medicine is delivered according to the method desired by the patient (step s9).

As a method of delivering the medicine, for example,
A method in which the patient designates a pharmacy near the home or workplace in advance and directly visits the pharmacy to receive the prescribed drug directly, or a drug prescribed by mail or courier to the patient's home or workplace. How to get the drug sent to you, send the drug prescribed by mail or courier to a facility such as a convenience store or supermarket near the patient's home or work place, and have it stored at that facility once. Various methods may be used depending on the wishes of the patient and the type of drug, such as a method of going out to receive the drug.

The series of diagnostic medications described above are periodically repeated according to a schedule predetermined by the medical facility. Depending on the patient's schedule and changes in physical condition, it may be performed irregularly and appropriately. By repeating a series of diagnostic medications, the history information of the patient is accumulated in the storage unit 26. The medical facility regularly refers to this and updates the patient's personal physiological information and personal prescription information as appropriate. This allows the latest medical condition to be constantly reflected in the diagnostic medication as the patient's chronic disease condition changes.

As described above, when the medical condition of the patient deteriorates and the content of the medication cannot be determined, the patient discontinues the schedule of the diagnostic medication of the present system S and goes to a medical institution for a direct medical examination. However, even if this is not the case, it is possible to set a deadline for the patient to undergo medical examination at the medical facility in advance, and on that day, the patient can go to the medical facility for direct medical examination. As a result, it is possible to directly examine the patient and periodically obtain a detailed and detailed medical record as history information, and the accuracy of diagnostic administration using the present system S is improved.

By the above-described operation of the functional elements of each terminal of the system S, in the patient terminal (first terminal) 1, the transmitting section 11 causes the transmitting unit 11 to obtain the physiological information obtained from the patient and the patient information. Means for transmitting desired pharmacy information to the medical facility terminal (physiological information transmitting means, pharmacy information transmitting means)
As the receiving unit 12, the input unit 14 and the measuring unit 17 together serve as a unit (providing information receiving unit) that receives the providing information from the pharmacy terminal (a physiological information obtaining unit). As the input unit 14, the input unit 14 is a means for acquiring the pharmacy information desired by the patient (pharmacy information acquisition unit), and the output unit 15 is a means for notifying the provision information from the pharmacy (provision information notifying unit). Will work.

In the medical facility terminal (second terminal) 2, the transmitter 21 serves as means (prescription information transmitter) for transmitting prescription information to the pharmacy terminal, and the receiver 22 serves as patient physiological information. As means for receiving the pharmacy information desired by the patient from the patient terminal (physiological information receiving means, pharmacy information receiving means), the output unit 25 notifies the medical facility of the physiological information of the patient (physiological information notifying means). As the storage unit 2
6 will function as means for storing patient information (patient information storage means). In addition, the calculation / control unit 23, the input unit 24, and the storage unit 26 together function as a unit for acquiring prescription information (prescription information acquisition unit), and the calculation / control unit 23 alone serves as a chronic disease of a patient. Means for diagnosing illness (chronic disease diagnosing means), means for creating prescription information for patients (prescription information creating means)
And a means for specifying a pharmacy transmitting prescription information (transmission pharmacy specifying means).

Further, in the pharmacy terminal (third terminal) 3, the transmitting unit 31 serves as means (providing information transmitting means) for transmitting the providing information to the patient terminal, and the receiving unit 32 provides the prescription information to the medical facility. The input unit 34 serves as a means (prescription information receiving unit) for receiving from the use terminal, and the output unit 35 serves as a unit (prescription information acquiring unit) for obtaining drug provision information (prescription information acquisition unit). They will function as information notification means).

As described above, according to the diagnostic administration system S and the diagnostic administration method using the same of the first embodiment of the present invention, the patient physiology acquired by the patient terminal (first terminal) is used. The information is transmitted to the medical facility terminal (second terminal) and notified to the medical facility, and is used for diagnosis of chronic diseases together with the patient information of the medical facility,
Prescription information based on the content of medication to the patient determined as a result of the diagnosis is transmitted to the pharmacy terminal (third terminal) and notified to the pharmacy, and is used to provide the drug to the patient based on the prescription information. Therefore, a patient with a chronic disease can reduce the burden of regularly going to a medical facility for medical examination, and can receive a drug prescription efficiently. In addition, the pharmacy can efficiently prepare the medicine according to the prescription content from the medical facility.

Further, in the terminal for medical facility, the physiological information of the patient is compared with the standard physiological state of the patient, the diagnosis regarding the chronic disease is automatically performed, and when the comparison result satisfies the predetermined condition, Since the medication content is determined and prescription information is automatically created based on the diagnosis result and standard medication content for the patient, basic diagnosis of the patient by the medical facility is facilitated and significant changes in symptoms occur. Even if it is not seen, it is possible to efficiently determine the content of medication and create prescription information, and reduce the burden of diagnosis and prescription by the medical facility.

In addition, since the patient terminal unconsciously measures physiological information from the patient, the burden on the patient to consciously measure the physiological state is reduced, and the patient can use the present method and system. Be promoted.

Further, the information on the pharmacy designated by the patient is transmitted from the patient terminal to the medical facility terminal to notify the medical facility, and the prescription information from the medical facility terminal is used by the designated pharmacy. Since it is sent to the terminal,
The drug can be provided from the pharmacy designated by the patient, and it becomes possible to reflect the patient's wish based on the location and service of the pharmacy.

Further, the information indicating that the pharmacy can provide the drug based on the prescription information is transmitted from the pharmacy terminal to the patient terminal to notify the patient, so that the patient can conveniently deliver the drug at the timing. And the method can be selected, and the pharmacy can prepare the drug according to the time and the method selected by the patient, and it is possible to reduce the time and place restrictions of both the pharmacy and the patient due to the delivery of the drug. Become.

In the medical facility terminal 2, the chronic disease diagnosing unit 231 and the prescription information creating unit 232 are omitted, and the diagnosis of the patient's chronic disease, the determination of the medication content based on the diagnosis result, and the creation of prescription information are performed. It may be configured by the facility. In other words, the work of diagnosing a medical condition and determining the content of medication is not automated, but a doctor in charge of a medical facility directly performs these works.

In this configuration, the physiological information received by the receiving unit 21 is directly notified to the medical facility through the output unit 25. At the medical facility, the doctor in charge uses the physiological information to make a diagnosis regarding the chronic disease of the patient while referring to the personal information of the patient. Further, it is judged whether the medication content for the patient can be determined based on the result of the diagnosis. If necessary, the patient is contacted using the medical facility terminal 2 or a telephone, and a question is asked to the patient by means such as e-mail or telephone call. The diagnosis result is input to the medical facility terminal 2 through the input unit 24, and is transmitted to the patient terminal 1 by the transmission unit 22 via the communication network 9.

If it is determined that the medication content for the patient can be determined based on this diagnosis result, the doctor in charge etc. determines the medication content for the patient based on the diagnosis result while referring to the personal information of this patient. , Create prescription information. The prepared prescription information is input to the medical facility terminal 2 via the input unit 24, and is transmitted to the pharmacy terminal 3 via the communication network 9 by the transmission unit 22.

With such a configuration, the medical facility can easily grasp the basic physiological condition of the patient, and can efficiently manage various information regarding the patient.
Further, since the doctor in charge of the medical facility directly diagnoses the chronic disease of the patient, determines the content of medication based on the diagnosis result and creates the prescription information, more accurate and precise diagnostic medication can be performed. Furthermore, the configuration of the medical facility terminal 2 can be simplified, and the price of the medical facility terminal 2 (and the computer program that realizes it) can be reduced.

The personal information of the patient does not necessarily have to be stored in the storage unit 26, but may be stored in another terminal or the like. Further, the doctor in charge may extract similar information by referring to a general medical record of a paper medium. Further, of the tasks of diagnosing a chronic disease of a patient, determining the content of medication based on the diagnostic result, and creating prescription information, a doctor in charge performs some of the tasks, and other tasks are automated by the terminal 2 for medical facilities. You may.

[I-3] In addition, depending on the wishes of the patient, when the patient pays for the diagnosis in the medical facility or the provision of the drug by the pharmacy, etc., when the patient pays the medical facility or the pharmacy, this is paid by a credit card company or the like. Although it may be possible to use the settlement agent as a substitute, the diagnostic administration system of the present invention can be configured so that such settlement agent processing can be performed.

FIG. 8 is a schematic diagram showing the basic configuration of the diagnostic administration system according to the modification of the first embodiment of the present invention. In FIG. 3, the same components as those in FIG. 1 are designated by the same reference numerals. In the diagnostic administration system S of the present embodiment, in addition to the patient terminal 1, the medical facility terminal 2 and the pharmacy terminal 3, the settlement agent terminal 4 is connected to the communication network 9 and these terminals 1 and 2 are connected. , 3, 4
Are configured to be able to communicate with each other via the communication network 9. Note that, in FIG. 3, one terminal 1, 2, and 3 are shown for the sake of simplicity of explanation, but the number of terminals 1, 2 and 3 is not limited to one, and the number of patients and medical treatment is not limited to one. It can be adjusted appropriately according to the number of facilities and pharmacies.

The terminal 4 for the settlement agency has a receiver 41,
Transmission unit 42, calculation / control unit 43, input unit 44, output unit 4
5 and storage unit 46. These functional elements have basically the same functions as the functional elements of the same name of the other terminals 1.2.3. That is, the terminal 4 for the settlement agency, like the other terminals 1, 2, and 3,
It can be easily realized by using an ordinary information communication terminal equipped with a CPU, a ROM, a RAM and various peripheral devices.

According to the diagnostic administration system S of the present embodiment having the above configuration, the diagnostic administration is performed in the same procedure as in the first embodiment, and the settlement agency of the settlement is performed by the settlement agency. In the following description, the former series of procedures for diagnostic administration described in the first embodiment will be omitted, and only the latter series of procedures for payment settlement will be described. The function of each functional element different from that of the first embodiment and the function of each functional element of the settlement agent terminal 4 will be described.

First, when the patient wants to pay the payment by the settlement agency, the patient can use the input unit 14 to select either the medical institution or the pharmacy when acquiring the patient's physiological information in the patient terminal 1. Regarding payment of money to or (or both), information that the payment agent wants to make payment, and various information necessary for calculation of payment and payment agent (type and number of subscribed health insurance, use The designated payment agency, the type and number of payments, the credit card number, etc.) are input to the patient terminal 1. The patient terminal 1 transmits this to the medical facility terminal 2 at the same time as the transmission of the physiological information or before or after the transmission.

Information about the payment agency that can be designated by the patient (that is, the payment agency that is provided with the payment agency terminal 4 and is compatible with the system S) is available before the operation of the system S. It may be acquired by the medical terminal 1 in advance and stored in the storage unit 16 for reference, or may be acquired from the medical institution terminal 2 via the communication network 9 as necessary. Moreover, when notifying the patient terminal 1 of a payment agency that can be designated and inputting necessary information by the patient based on the notification, the calculation / control unit 13 controls the input unit 14 (especially the keyboard). An interface such as a GUI using a display device such as a mouse or a mouse) and the output unit 15 (in particular, a display device such as a display) is realized, and the operation of the user of the patient terminal 1 is facilitated.

Next, in the medical facility terminal 2, when the receiving unit 21 receives various kinds of information associated with the above-mentioned settlement agency from the patient, the arithmetic / control unit 23 analyzes these information,
Determine whether or not the patient includes information that he / she wants to pay for the payment at the medical facility, and after calculating diagnosis and prescription information regarding chronic diseases, calculate the price associated with these medical treatment contents. Has become. Then, when it is determined that the patient wants to perform the payment on behalf of the payment at the medical facility, the information on the calculated price and various information necessary for the payment on behalf received from the patient terminal 1 are also combined. Information (billing information) for billing the payment agency information is created and transmitted from the transmission unit 22 to the payment agency terminal 4 via the communication network 9. In addition, the various information associated with the above-mentioned settlement agency received from the patient is compared with the above prescription information, and the transmission unit 2
2 to the pharmacy terminal 3 via the communication network 9.

Similarly, in the pharmacy terminal 3, the receiving unit 3
When 1 receives various kinds of information associated with the above-mentioned settlement agency from the patient via the terminal 2 for medical facilities, the calculation / control unit 33 analyzes the information and, along with the provision of the drug based on the prescription information, these The price of the drug is calculated. Then, when the patient desires the payment agent for the payment at the pharmacy, the same billing information as above is created, and this is transmitted from the transmission unit 32 to the terminal 4 for the payment agent through the communication network 9. .

Next, in the settlement agent terminal 4, when the receiving unit 41 receives the billing information from the medical facility terminal 2 and the pharmacy terminal 3, the calculation / control unit 43 analyzes the information and outputs the content. The settlement agent (the user of the settlement agent terminal 4) is notified through the unit 45.

Whether the settlement agent can examine the patient's identity and payment details based on the content of the billing information notified by the settlement agent terminal 4 and determine whether or not the payment can be performed on behalf of the patient. If it is possible, the settlement is made. Then, when the result of the examination and the settlement are performed, the information (settlement information) regarding the settlement is input to the settlement agent terminal 4 via the input unit 44.

When the examination result and the settlement information are input, the settlement agent terminal 4 transmits the examination result and the settlement information to the patient terminal 1 via the communication network 9. In the patient terminal 1, when the receiving unit 11 receives the examination result and the settlement information, the contents thereof are notified through the output unit 15 under the control of the calculation / control unit 13.

By performing each of the above operations,
Medical facility terminal (second terminal) 2 and pharmacy terminal (third terminal)
In the terminal 3), the input units 24 and 34 function as means for acquiring billing information (billing information acquisition means), and the transmission units 22 and 32 transmit billing information to the settlement agent terminal 4 ( Each will function as a billing information transmitting means).

[0104] Also, the terminal for the settlement agency (the fourth terminal)
4, the receiving unit 41 serves as means for receiving billing information from the medical facility terminal 2 and the pharmacy terminal 3 (billing information receiving means), and the transmitting unit 42 transmits payment information to the patient terminal 1 ( As the payment information transmitting means), the input unit 44
The output unit 45 functions as means for acquiring the payment information of the payment agency based on the billing information (payment information acquisition means) and as means for notifying the payment agent to the payment agency (billing information notification means). It will be.

Further, in the patient terminal (first terminal) 1, the receiving unit 11 receives the payment information from the payment agency terminal 4 (payment information receiving means), and the output unit 15 includes the payment information. Will function as a means for notifying the patient (payment information notifying means).

[0106] The above-mentioned various kinds of information regarding the payment agency are extremely confidential personal information. Therefore, when transmitting the various types of information listed above through the communication network 9, the transmitting units 12, 22,
Information is concealed and transmitted using the concealment processing functions provided in the receivers 32, 42 and the receivers 11, 21, 31, 41.

As described above, according to the diagnostic administration system S of the modified example of the first embodiment of the present invention and the diagnostic administration method using the same, it is possible to diagnose a chronic disease in a medical facility or provide a drug in a pharmacy. Information to request payment is sent from the terminal for medical facility or the terminal for pharmacy to the terminal for settlement agent, and the settlement agent is notified and used for settlement. Since it is sent from the device terminal to the patient terminal to notify the patient, it is possible to reduce the time and effort for the patient to pay for the diagnosis of chronic diseases and provision of drugs, and it is possible to further improve the efficiency of the method and system. Becomes

As another modification of the first embodiment, when transmitting various information such as a diagnosis result and provision information to a patient, advertisement information such as a medical facility, a pharmacy, and a drug is simultaneously transmitted. Can also be considered. In this embodiment, the configuration of the diagnostic administration system S described above is used as it is, and the storage units 26 and 36 of the medical facility terminal 2 and the pharmacy terminal 3 are further used.
This can be easily realized by preliminarily storing therein the advertisement information related to the transmission. Further, if terminals (terminals having the same configuration as terminals 1, 2, 3) used by the advertisement providing company are communicatively connected to the communication network 9, the advertisement information in the storage units 26, 36 is added or updated at any time. It's also easy. As a result, it becomes possible to provide an advantage that medical facilities and pharmacies can obtain an advertising effect by using the present system S and guide many patients as customers.

[II] Second Embodiment In the second embodiment, a case will be described in which a medical institution administers diagnostic medication for a disease of a patient, targeting patients with various diseases. In the present embodiment, it is not necessary for the medical institution to have information such as past diagnosis results regarding this patient, and it is possible to administer diagnostic medication even to a patient who is initially diagnosed.

The diagnostic administration system according to the present embodiment also includes
Similar to the diagnostic administration system according to the first embodiment, a terminal 1 for a patient and a terminal 2 for a medical facility, which are connected to the communication network 9.
And a terminal 3 for a pharmacy, and these terminals 1, 2, 3
Are configured to be able to communicate with each other via the communication network 9. The configuration of the communication network 9 and the functional elements (reception units 11, 2, 3) configuring each terminal 1, 2, 3.
1, 31, transmitting unit 12, 22, 32, arithmetic / control unit 1
3, 23, 33, input section 14, 24, 34, output section 1
The basic functions of the memory devices 5, 25, 35, and the storage units 16, 26, 36) are the same as those in the first embodiment.

The diagnostic administration system of this embodiment differs from the first embodiment only in the detailed functions of some of the functional elements (calculation / control unit 23 and storage unit 26) of the medical facility terminal 2. . Therefore, in the following description, detailed functions of these functional elements will be described with reference to FIG. 9 which schematically illustrates a more detailed configuration of the medical facility terminal 2. Note that, in FIG. 9, the same functional elements as those in FIG. 2 are denoted by the same reference numerals, and description thereof will be omitted.

As shown in FIG. 9, the arithmetic / control unit 23
A disease diagnosis unit 231 'and a prescription information creation unit 232' are provided.

When the receiving section 21 receives the physiological information of a patient, the disease diagnosing section 231 'compares the received physiological information with general standard physiological information (described later) stored in the storage section 26, and It is used to diagnose a patient's disease.

The prescription information creation unit 232 'is used by the disease diagnosis unit 2
Based on the diagnosis result in 31 ', it is determined whether the medication content for this patient can be determined. When the content of medication can be determined, the storage unit 26 is added to the diagnosis result.
Using the general standard prescription information stored in, the prescription information for this patient is created.

The storage unit 26 is also configured to store general standard physiological information and general standard prescription information. General standard physiological information is information on the standard physiological state of general patients with various diseases, and indicates the standard value or state of each item of physiological information for general patients with various diseases. is there. That is, by comparing each item of the physiological information of the patient transmitted from the patient terminal 1 with the corresponding item of the general standard physiological information, what kind of disease the patient suffers and how much the medical condition is You can judge whether or not. This general standard physiological information is stored in the storage unit 26 in the same format as the personal standard physiological information in the first embodiment.

The general standard prescription information is information on prescription of standard drugs for general patients with various diseases. Specifically, general standard prescribing information depends on the type of disease and the severity of the symptoms, and Types and amounts of drugs that are standardly prescribed to
It defines the timing and method of administration. This general standard prescription information is also stored in the storage unit 26 in the same format as the personal standard prescription information in the first embodiment.

These pieces of information are created on the basis of research data on various illnesses, past examination results of various illness patients at medical facilities, and the like, and are stored in the storage unit 26 in advance prior to the operation of the present system S. Has been done.

Since the arithmetic / control unit 23 and the storage unit 26 have the above characteristics, the medical facility terminal 2 is
It will play a role as a diagnostic medication server. Less than,
The function of the medical facility terminal 2 as the diagnostic administration server will be described.

In the medical facility terminal 2, when the receiving unit 21 receives the physiological information of a patient, the disease diagnosing unit 231 '.
Acquires general standard physiological information from the storage unit 26. As described above, each item of general standard physiological information indicates a standard value or state in a general patient of various diseases for each corresponding item of physiological information. The disease diagnosis unit 231 ′ compares the value or state of each item of the received physiological information with the value or state of each item of the acquired general standard physiological information so that the physiological information of the patient is a general standard for each disease. Determine how close it is to physiological information. Then, when it is determined that a certain degree of similarity is found between the physiological information of the patient and general standard physiological information about a certain disease, it is determined that the patient has, or is likely to have, the disease. Judgment is made and the types of diseases and the ranks of their medical conditions are classified. The determination method based on these comparisons can be realized in the same manner as the diagnostic method based on the comparison between the physiological information and the personal standard physiological information in the first embodiment.

Further, the prescription information creating section 232 'receives the diagnosis result in the disease diagnosing section 231' and stores it in the storage section 26.
Get general standard prescription information from. Then, depending on the type of disease and the rank of the medical condition classified by the chronic disease diagnosing unit 231, it is determined whether or not the dosage content for this patient can be determined by referring to the personal standard prescription information, and the dosage content can be determined. In this case, the prescription information for this patient is created based on the content of the personal standard prescription information. The method of determining the content of medication and creating the prescription information can also be realized in the same manner as the method corresponding to the first embodiment.

A series of procedures for diagnostic administration of this embodiment, which is realized by the diagnostic administration system S having the above-described configuration, is basically the same as that of the first embodiment. That is, first, the patient terminal 1 acquires the patient's physiological information, and this is transmitted to the medical facility terminal 2 via the communication network 9.

[0122] The medical facility terminal 2 notifies the medical facility of the received physiological information and diagnoses the patient based on the physiological information and the general standard physiological information. When it is determined that the patient suffers from or is likely to have some disease as a result of the diagnosis, the dosage content for the patient is determined based on the diagnostic result and general standard prescription information, and the drug prescription Information is created. The created prescription information is transmitted to the pharmacy terminal 3 via the communication network 9.

In the pharmacy terminal 3, the received prescription information is notified to the pharmacy. Based on the notified prescription information, the pharmacy determines whether or not the medicine can be provided, and if the medicine can be provided, the provision information is transmitted from the pharmacy terminal 3 to the patient terminal 1 to notify it. Then, the drug is delivered between the patient and the pharmacy based on the method and conditions desired by the patient.

As described above, according to the diagnostic administration system S and the diagnostic administration method using the same of the second embodiment of the present invention, the patient's physiology acquired by the patient terminal (first terminal) is used. The information is transmitted to the medical facility terminal (second terminal), notified to the medical facility, used for diagnosis of the patient, and prescription information based on the content of medication to the patient determined as a result of the diagnosis, It is sent to the pharmacy terminal (third terminal), notified to the pharmacy, and used to provide the drug to the patient based on the prescription information. Therefore, the patient is burdened to regularly go to the medical facility for medical examination. It is possible to receive the drug prescriptions efficiently and efficiently. In addition, the medical facility can easily understand the basic physiological condition of the patient, and can efficiently manage various information related to the patient, and the pharmacy can respond to the prescription content from the medical facility. Therefore, it becomes possible to efficiently prepare the drug.

In the present embodiment as well, part of or all of the work of diagnosing a patient, determining the content of medication, and creating prescription information using the terminal for a medical facility is not automated, but the medical facility is directly connected to the medical facility. It may be configured to perform. Also,
Similar to the modification of the first embodiment, by combining the terminals 4 used by the settlement agent, it is possible to simultaneously perform settlement of costs related to diagnosis of a medical condition and provision of a drug.

Although the embodiments of the present invention have been specifically described above, of course, the present invention is not limited to the above-described embodiments, and various modifications may be made without departing from the scope of the invention. Is possible.

[0127]

According to the present invention, the physiological information of the patient acquired by the first terminal used by the chronically ill patient is transmitted to the second terminal used by the medical care facility to notify the medical care facility,
It is used together with the patient information in the medical facility for diagnosis of chronic diseases, and the prescription information based on the content of medication to the patient determined as a result of the diagnosis is transmitted to the third terminal used by the pharmacy and notified to the pharmacy. Since it is used to provide drugs to patients based on prescription information, patients with chronic illnesses can reduce the burden of regularly visiting clinics for medical examinations and receive prescriptions of drugs efficiently. It will be possible. In addition, the medical facility can easily understand the basic physiological condition of the patient, and can efficiently manage various information related to the patient, and the pharmacy can respond to the prescription content from the medical facility. Therefore, it becomes possible to efficiently prepare the medicine (claims 1 and 8).

Moreover, since the physiological information is unconsciously measured by the patient at the first terminal, the burden of the patient consciously measuring the physiological condition is reduced, and the patient can use the present method and system. Is promoted (claims 2 and 9).

When the physiological information of the patient is compared with the standard physiological condition of the patient at the second terminal, the diagnosis regarding the chronic disease is automatically performed, and the comparison result satisfies the predetermined condition. Since the medication content is determined and the prescription information is automatically created based on the diagnosis result and the standard medication content for the patient, the basic diagnosis of the patient by the medical facility is facilitated and the symptom changes greatly. Even when the above is not observed, the content of medication and the prescription information can be efficiently determined, and the burden of diagnosis and prescription by the medical facility is reduced (claims 3 and 10).

Further, the information regarding the pharmacy designated by the patient is transmitted from the first terminal to the second terminal and notified to the medical institution, and the prescription information from the second terminal is designated by the designated pharmacy. Since it is sent to the third terminal used, the drug can be provided from the pharmacy specified by the patient,
It is possible to reflect the wishes of the patient based on the location and service of the pharmacy (claims 4 and 11).

[0131] Further, the information notifying that the pharmacy can provide the drug based on the prescription information is transmitted from the third terminal to the first terminal to notify the patient, so that the patient can hand over the drug at his convenience. The time and method can be selected, and the pharmacy can prepare the drug according to the time and method selected by the patient, which can reduce the time and place restrictions of both the pharmacy and the patient when the drug is delivered. It is possible (claims 5 and 12).

[0132] Further, information indicating that a diagnosis for a chronic disease in a medical facility or a charge for the provision of a drug in a pharmacy is charged is transmitted from the second terminal or the third terminal to the fourth terminal used by the settlement agency. Then, the settlement agent is notified and used for settlement, and the information regarding this settlement is transmitted from the fourth terminal to the first terminal to notify the patient, so that the patient can be diagnosed and treated with a drug related to chronic diseases. It is possible to reduce the labor for paying for the provision of the above, and to further improve the efficiency of the present method and system (claims 6 and 13).

Also, according to the present invention, the first
The physiological information of the patient acquired by the terminal is transmitted to the second terminal used by the medical facility and notified to the medical facility to be used for diagnosis of the patient, and to the patient determined as a result of the diagnosis. Prescription information based on the content of the medication is transmitted to the third terminal used by the pharmacy, notified to the pharmacy, and used to provide the drug to the patient based on the prescription information.
The burden on the patient to regularly visit the medical facility for medical examination is reduced, and the drug can be efficiently prescribed. In addition, the medical facility can easily understand the basic physiological condition of the patient, and can efficiently manage various information related to the patient, and the pharmacy can respond to the prescription content from the medical facility. It becomes possible to efficiently prepare the medicine (claims 7 and 14).

[Brief description of drawings]

FIG. 1 is a diagram schematically showing a configuration of a diagnostic administration system according to a first embodiment of the present invention.

FIG. 2 is a diagram schematically showing a configuration of a medical facility terminal in the diagnostic administration system according to the first embodiment of the present invention.

FIG. 3 is a diagram schematically showing an example (personal information table) of a storage format of personal information in a storage unit in the medical facility terminal according to the first embodiment of the present invention.

FIG. 4 is a diagram schematically illustrating an example (personal standard physiological information table) of a storage format of personal standard physiological information in a storage unit in the medical facility terminal according to the first embodiment of the present invention.

FIG. 5 is a diagram schematically showing an example (personal standard prescription information table) of a storage format of personal standard prescription information in a storage unit in the medical facility terminal according to the first embodiment of the present invention.

FIG. 6 is a diagram schematically showing an example (history information table) of a storage format of history information in a storage unit in the medical facility terminal of the first embodiment of the present invention.

FIG. 7 is an operation flowchart for explaining a series of procedures for diagnostic administration by the diagnostic administration system according to the first embodiment of the present invention.

FIG. 8 is a diagram schematically showing a configuration of a diagnostic administration system according to a modified example of the first embodiment of the present invention.

FIG. 9 is a diagram schematically showing the configuration of a medical facility terminal in the diagnostic administration system according to the second embodiment of the present invention.

[Explanation of symbols]

S diagnostic medication system 1 Patient terminal (first terminal) 2 Terminals for medical facilities (second terminal) 3 Pharmacy terminals (third terminal) 4 Terminal for payment agency (4th terminal) 11,21,31,41 Receiver 12, 22, 32, 42 Transmitter 13,23,33,43 Arithmetic and control unit 14, 24, 34, 44 Input section 15, 25, 35, 45 Output section 16, 26, 36, 46 Storage unit 17 Measuring means 231 Chronic Disease Diagnosis Department 231 'Disease Diagnosis Department 232, 232 'Prescription information creation unit 9 Communication network

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Claims (14)

[Claims] 1. A first terminal used by a patient with a chronic disease,
A second terminal used by a medical institution having information on the patient (hereinafter referred to as patient information) and a third terminal used by a pharmacy are configured to be communicable with each other via a communication network, and chronic diseases of the patient are provided. A method of administering a diagnostic drug relating to the above, wherein the first terminal acquires information regarding a physiological condition of the patient (hereinafter referred to as physiological information), which is used for diagnosis regarding a chronic disease, and uses this information for the communication network. Via the second terminal, the second terminal notifies the medical facility of the received physiological information, at least the result of diagnosis based on the patient information and the physiological information, at least the patient If it is possible to determine the content of medication to be administered to the patient, information on the prescription of the drug for the patient (hereinafter referred to as prescription information) is acquired and the information is obtained from the communication network. The information is transmitted to the third terminal via a network, the third terminal notifies the pharmacy of the received prescription information, and is used to provide a drug to the patient based on the prescription information. The diagnostic dosing method. 2. The first terminal measures the physiological information unconsciously from the patient.
The diagnostic dosing method according to claim 1. 3. In the second terminal, information on a standard physiological condition of the patient (hereinafter referred to as personal standard physiological information) and information on prescription of a standard drug for the patient (hereinafter referred to as personal standard). Prescription information) is stored in advance, and when the physiological information is received from the first terminal, the physiological information is compared with the personal standard physiological information to diagnose a chronic disease, and the result of the comparison is obtained. When the predetermined condition for determining the medication content is satisfied, the medication content is determined based on the diagnosis result and the personal standard prescription information, and the prescription information is created. The diagnostic dosing method according to claim 1 or claim 2. 4. The first terminal transmits information designating the pharmacy to which the patient desires to provide a drug (hereinafter referred to as pharmacy information) to the second terminal via the communication network. , The second terminal specifies a pharmacy specified by the received pharmacy information, and transmits the prescription information to the third terminal used by the pharmacy. The diagnostic dosing method according to any one of 3 above. 5. The third terminal transmits, to the first terminal via the communication network, information indicating that the pharmacy can provide a medicine based on the prescription information (hereinafter referred to as provision information). The diagnostic administration method according to any one of claims 1 to 4, wherein the first terminal notifies the patient of the received provision information. 6. A fourth terminal used by a settlement agency is configured to be able to communicate with the first terminal, the second terminal and the third terminal via the communication network, and At least one of the second terminal and the third terminal acquires information (billing information) indicating that a fee for the diagnosis of the chronic disease or the provision of the drug is charged, and the information is charged via the communication network. Information transmitted to a fourth terminal, the fourth terminal notifies the settlement agent of the received billing information, and information (settlement information) relating to settlement performed by the settlement agency based on the billing information. Is transmitted to the first terminal via the communication network, and the first terminal notifies the patient of the received payment information. The diagnostic dosing method according to any one of claims 1 to 5, characterized in that: 7. A first terminal used by a patient, a second terminal used by a medical facility, and a third terminal used by a pharmacy are configured to be communicable with each other via a communication network, and a diagnosis for the patient is made. A method of administering medication, wherein the first terminal obtains information on a physiological state of the patient used for diagnosis (hereinafter referred to as physiological information), and acquires the information via the communication network. Two
Prescription of a drug for the patient, which is determined as a result of a diagnosis of the medical institution based on the physiological information, while the medical institution is notified of the received physiological information in the second terminal. Related information (hereinafter referred to as prescription information), transmits this to the third terminal via the communication network, the third terminal notifies the pharmacy of the received prescription information, A diagnostic dosing method, which is used to provide a drug to the patient based on the prescription information. 8. A first terminal used by a patient with a chronic disease,
The second terminal used by the medical facility having the information about the patient (hereinafter referred to as patient information) and the third terminal used by the pharmacy are configured to be communicable with each other via a communication network. A system for performing diagnostic administration of a disease, wherein the first terminal acquires physiological information acquisition means for acquiring information on a physiological state of the patient (hereinafter referred to as physiological information), which is used for diagnosis of a chronic disease. And the physiological information acquired by the physiological information acquisition means,
A physiological information transmitting means for transmitting the physiological information to the second terminal via the communication network, and the second terminal transmits the physiological information transmitted from the first terminal via the communication network. And a physiological information receiving means for receiving the physiological information, and the physiological information received by the physiological information receiving means,
In order to be used in the diagnosis of a chronic disease together with the patient information, a physiological information notifying means for notifying the medical institution, determined as a result of the diagnosis by the medical institution,
Prescription information acquisition means for acquiring information on the prescription of a drug for the patient (hereinafter referred to as prescription information), and the prescription information acquired by the prescription information acquisition means,
A prescription information transmitting unit for transmitting the prescription information to the third terminal via the communication network, and the third terminal transmits the prescription information transmitted from the second terminal to the communication network. Prescription information receiving means for receiving via the prescription information, and the prescription information received by the prescription information receiving means,
A diagnostic dosing system, characterized by comprising prescription information notifying means for notifying the pharmacy in order to use it for providing a drug to the patient. 9. The physiological information acquisition means in the first terminal is configured to include a physiological information measurement means for unconsciously measuring the physiological information from the patient. The diagnostic dosing system described. 10. In the second terminal, the prescription information acquisition means is information on a standard physiological condition of the patient (hereinafter referred to as personal standard physiological information), and a standard drug prescription for the patient. Patient information storage means for storing information regarding the following (hereinafter referred to as personal standard prescription information), and the physiological information received by the physiological information receiving means,
Chronic disease diagnosing means for diagnosing a chronic disease by comparing with the individual standard physiological information stored in the patient information storing means, and if the comparison result by the chronic disease diagnosing means satisfies a predetermined condition, And a prescription information creating means for deciding a medication content and creating the prescription information based on a result of the diagnosis by the disease diagnosing means and the personal standard prescription information stored in the patient information storing means. The diagnostic dosing system according to claim 8 or 9, wherein the diagnostic dosing system is provided. 11. The pharmacy information acquisition means for acquiring information (hereinafter, referred to as pharmacy information) for designating the pharmacy to which the patient desires to provide a drug, and the first terminal acquires the pharmacy information acquisition means. The pharmacy information
And a pharmacy information transmitting unit for transmitting to the second terminal via the communication network, wherein the second terminal transmits the pharmacy information transmitted from the first terminal via the communication network. And a transmitting pharmacy specifying means for specifying the designated pharmacy based on the pharmacy information received by the pharmacy information receiving means, wherein the prescription information transmitting means is the transmitting pharmacy. The diagnostic administration system according to any one of claims 8 to 10, wherein the prescription information is transmitted to the third terminal used by the pharmacy specified by the specifying means. . 12. The provision information acquisition means, wherein the third terminal acquires information (hereinafter referred to as provision information) that informs the patient that the pharmacy can provide a drug based on the prescription information, The provision information acquired by the provision information acquisition means,
And a provision information transmitting unit for transmitting the provision information to the first terminal via the communication network, the first terminal transmitting the provision information transmitted from the third terminal via the communication network. Providing information receiving means for receiving the providing information, and the providing information received by the providing information receiving means,
The diagnostic medication system according to any one of claims 8 to 11, further comprising provision information notifying means for notifying the patient. 13. The fourth terminal used by the settlement agency,
The first terminal and the second terminal are connected via the communication network.
The terminal and the third terminal are configured to be able to communicate with each other, and at least one of the second terminal and the third terminal requests payment for the diagnosis of chronic diseases or the provision of the drug. Billing information acquisition means for obtaining information (billing information), and the billing information acquired by the billing information acquisition means,
The billing information transmitting means for transmitting the billing information to the fourth terminal via the communication network, and the billing information transmitted from the second terminal or the third terminal to the fourth terminal. Billing information receiving means for receiving via the communication network, and the billing information received by the billing information receiving means,
A billing information notifying unit for notifying the settlement agent, a settlement information obtaining unit for obtaining information (settlement information) relating to the settlement made by the settlement agency based on the billing information, and a billing information obtaining unit. Payment information transmitting means for transmitting payment information to the first terminal via the communication network, wherein the first terminal further includes the payment information transmitted from the fourth terminal, Payment information receiving means for receiving via a communication network, and the payment information received by the payment information receiving means,
The diagnostic administration system according to any one of claims 8 to 12, wherein the diagnostic administration system comprises a payment information notifying unit for notifying the patient. 14. A first terminal used by a patient, a second terminal used by a medical facility, and a third terminal used by a pharmacy,
A system for performing diagnostic administration to the patient, which is configured to be communicable with each other via a communication network, wherein the first terminal uses information on a physiological state of the patient used for diagnosis (hereinafter, referred to as (Referred to as physiological information), physiological information acquisition means, and the physiological information acquired by the physiological information acquisition means,
A physiological information transmitting means for transmitting the physiological information to the second terminal via the communication network, and the second terminal transmits the physiological information transmitted from the first terminal via the communication network. And a physiological information receiving means for receiving the physiological information, and the physiological information received by the physiological information receiving means,
Physiological information notifying means for notifying the medical facility to be used for diagnosis, and determined as a result of the diagnosis by the medical facility,
Prescription information acquisition means for acquiring information on the prescription of a drug for the patient (hereinafter referred to as prescription information), and the prescription information acquired by the prescription information acquisition means,
A prescription information transmitting unit for transmitting the prescription information to the third terminal via the communication network, and the third terminal transmits the prescription information transmitted from the second terminal to the communication network. Prescription information receiving means for receiving via the prescription information, and the prescription information received by the prescription information receiving means,
A diagnostic dosing system, characterized by comprising prescription information notifying means for notifying the pharmacy in order to utilize it for providing a drug to the patient.