JP2002175372A - Disease treatment management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve the level of disease treatment management by exchanging information between a doctor and a patient, and transmitting a prescription and instruction matters from the doctor to the patient via a computer. SOLUTION: By providing a patient side with a computer connected with the computer on a physician side by a network, the patient receives prescription and instruction matters from the physician by the computer. Especially portable terminal equipment executes them and reports the progress, and the result of the execution and a treatment result to the physician by using the computer, especially the portable terminal equipment.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to disease treatment using a computer on a patient side for a doctor to examine, prescribe and guide a patient, and for a patient to execute and report a doctor's prescription and guidance. It concerns the management system. The present invention particularly relates to a disease treatment management system using a patient-side portable terminal.

[0002]

2. Description of the Related Art Today, the number of sick people who require long-term treatment is increasing due to the increase in lifestyle-related diseases caused by the aging of Japanese people and changes in eating habits. For this reason, doctors must examine patients for a long period of time, and provide prescriptions and guidance related to overall life. In addition, the physician uses a computer to organize medical examination data on patients, medication histories, treatment progress, and the like using a computer. On the other hand, on the patient side, by using various devices, the health condition is managed and checked while staying at home, and adjustment of dosage, calculation of meal contents and calories, adjustment of exercise amount, etc. are performed. It has been proposed. Under these circumstances, the amount of information held by doctors and patients tends to increase, but the exchange of such information and the transmission of prescriptions and guidance from doctors to patients are actually performed by patients. At the consultation of the child, it is often done simply orally or with simple notes.

[0003] Diabetes is currently only known, and there are more than 7 million patients in Japan, and the number of potential patients is said to be two to three times that. The fear of diabetes is the absence of subjective symptoms, and once it has occurred, it must last a lifetime, and its treatment requires the patient to continue patiently with certain treatments.

[0004]

SUMMARY OF THE INVENTION The present invention aims at exchanging information between a physician and a patient, i.e., prescribing and guiding a doctor to a patient,
In addition, it is intended to more accurately and effectively transmit information from a patient to a doctor by using a computer, particularly a terminal, and further, a portable terminal. Thus, the doctor can accurately grasp the condition of the patient, and the patient can accurately and easily understand the prescription and guidance from the doctor, thereby making the execution accurate and easy.

[0005]

SUMMARY OF THE INVENTION The present invention provides a computer which can be connected to a doctor's computer via a network, especially a mobile terminal, which allows a patient to prescribe or give instructions from a doctor by using the computer or mobile terminal. Receiving, executing, and reporting the progress and results of the execution to a physician using a computer, especially a mobile terminal, a mobile phone, through a computer, especially a mobile terminal, a mobile phone. It relates to a disease treatment management system that has been completed.

Hereinafter, the present invention will be described in detail. The doctor examines the patient and describes the necessary treatment, the type and amount of the medicine, the diet and caloric value, the exercise method for physical recovery, the management schedule and daily precautions, the test items and the methods, etc. The prescription and instruction contents of the patient are stored in the host computer, and the treatment instruction information is stored in the patient's computer,
In particular, it is transmitted to a portable terminal or a portable telephone. The patient views the treatment instruction information about those prescriptions and instructions received on the computer, especially the portable terminal, the mobile phone, performs the necessary treatment, medication, diet, exercise, examination, etc., and further Record patient result report information, such as progress and results, on a computer, mobile terminal, or mobile phone.

[0007] When a patient connects to a network to transmit patient result report information on progress and results recorded on a computer, a portable terminal device, or a portable telephone device to a network, or sends a medical examination, In particular, the user brings a portable terminal and a portable telephone, and transmits the patient result report information to the host computer on the doctor side.

The doctor grasps the condition of the patient based on the data recorded in the host computer and further refers to all the data at home treatment, gives appropriate treatment and advice to the patient, and re-examines the patient. It can be a reference for time.

Hereinafter, the present invention will be described in detail. The doctor examines the patient and describes the necessary treatment, the type and amount of the medicine, the diet and caloric value, the exercise method for physical recovery, the management schedule and daily precautions, the test items and the methods, etc. The prescription and instruction contents of the patient are stored in the host computer, and the treatment instruction information is stored in the patient's computer,
In particular, it is transmitted to a portable terminal. The patient views the treatment instruction information about those prescriptions and instructions received on the computer, especially the portable terminal, the mobile phone, performs the necessary treatment, medication, diet, exercise, examination, etc., and further Record patient result report information, such as progress and results, on a computer or mobile terminal.

When the patient connects to a network, transmits patient result report information on the progress and results recorded on the computer, portable terminal, and portable telephone to the doctor's host computer, or receives a medical examination In particular, the user brings a portable terminal and a portable telephone, and transmits the patient result report information to the host computer on the doctor side.

The physician accurately grasps the condition of the patient based on the data of the treatment result report transmitted from the patient to the host computer, gives appropriate treatment and advice to the patient thereafter, and gives Can be a reference.

The present invention is a disease treatment management system having a doctor-side host computer and a patient-side computer, wherein the doctor-side host computer has at least:
Display means for displaying treatment instruction information including a patient's name, patient treatment data, and a doctor's instruction; recording means for recording treatment name information including a patient's name, patient's treatment data, and a doctor's instruction; Storage means for storing treatment instruction information including a name, patient treatment data, and a doctor's instruction; transmission means for transmitting the treatment instruction information to the patient-side computer; and a patient result report transmitted from the patient-side computer Receiving means for receiving information; display means for displaying the patient result report information; storage means for storing the patient result report information; storage means for storing past medical history information of the patient; Storage means for storing the patient result report information, storage means for storing new treatment instruction information,
Transmitting means for transmitting new treatment instruction information to the patient-side computer, wherein the patient-side computer has at least a patient name, patient treatment data, and a doctor's name transmitted from the doctor-side host computer. Receiving means for receiving treatment instruction information including instructions, received patient name, patient treatment data, storage means for storing treatment instruction information including doctor's instructions, received patient name, patient treatment data, Display means for displaying treatment instruction information including a doctor's instruction; display means for displaying an action to be taken by the patient in accordance with the doctor's instruction; notification means for informing the patient's action in accordance with the doctor's instruction; Recording means for recording the actions taken by the patient according to the above, storage means for storing the recorded contents, recording means for recording the measured treatment data, and measurement Display means for displaying the treated treatment data, storage means for storing the measured treatment data, and transmission means for transmitting the stored patient result report information to the physician-side host computer. I do.

The present invention is a disease treatment management system having a doctor-side host computer and a patient-side portable terminal, wherein the doctor-side host computer transmits at least a patient name, patient treatment data, and a doctor's instruction. Display means for displaying treatment instruction information including a patient name, patient treatment data, recording means for recording treatment instruction information including a doctor's instruction, treatment including a patient's name, patient treatment data, and a doctor's instruction Storage means for storing instruction information, transmission means for transmitting the treatment instruction information to the patient-side portable terminal,
Receiving means for receiving patient result report information transmitted from the patient side; display means for displaying the patient result report information; storage means for storing the patient result report information; and past medical history information of the patient. A storage unit for storing, a storage unit for storing past patient result report information of the patient, a storage unit for storing new treatment instruction information, and a unit for transmitting new treatment instruction information to the patient-side portable terminal. Transmitting means, and the patient-side portable terminal at least, receiving means transmitted from the doctor-side host computer, the name of the patient, the treatment data of the patient, receiving means for receiving treatment instruction information including instructions of a doctor, Storage means for storing treatment instruction information including the received patient name, patient treatment data, and doctor's instruction, and treatment instruction information including the received patient's name, patient treatment data, and doctor's instruction And display means for displaying, and display means for displaying the action to be taken by the patient according to the instructions of the doctor,
Notifying means for notifying a patient of an action to be taken according to a doctor's instruction, recording means for recording a patient's action according to a doctor's instruction, storage means for storing the recorded contents, and recording measured treatment data Recording means, display means for displaying the measured treatment data, storage means for storing the measured treatment data, and transmission means for transmitting the stored patient result report information to the physician-side host computer. It is characterized by having.

The present invention is a disease treatment management system having a doctor's host computer and a patient's portable telephone, wherein the doctor's host computer at least transmits a patient's name, patient's treatment data, and a doctor's instruction. Display means for displaying treatment instruction information including a patient name, patient treatment data, recording means for recording treatment instruction information including a doctor's instruction, treatment including a patient's name, patient treatment data, and a doctor's instruction Storage means for storing instruction information, transmission means for transmitting the treatment instruction information to the patient-side mobile phone,
Receiving means for receiving patient result report information transmitted from the patient side; display means for displaying the patient result report information; storage means for storing the patient result report information; and past medical history information of the patient. Storage means for storing, patient means for storing past patient result report information of a patient, storage means for storing new treatment instruction information, and transmitting new treatment instruction information to the patient-side mobile phone. Transmitting means, the patient-side mobile phone, at least transmitted from the doctor-side host computer, a patient name, patient treatment data, receiving means for receiving treatment instruction information including a doctor's instructions, Storage means for storing treatment instruction information including the received patient name, patient treatment data, and doctor's instruction, and treatment instruction information including the received patient's name, patient treatment data, and doctor's instruction And display means for displaying, and display means for displaying the action to be taken by the patient according to the instructions of the doctor,
Notifying means for notifying a patient of an action to be taken according to a doctor's instruction, recording means for recording a patient's action according to a doctor's instruction, storage means for storing the recorded contents, and recording measured treatment data Recording means, display means for displaying the measured treatment data, storage means for storing the measured treatment data, and transmission means for transmitting the stored patient result report information to the physician-side host computer. It is characterized by having.

The present invention is a disease treatment management system including a doctor-side host computer and a patient-side computer, wherein the doctor-side host computer has at least:
Display means for displaying treatment instruction information including a patient's name, patient treatment data, and a doctor's instruction; recording means for recording treatment name information including a patient's name, patient's treatment data, and a doctor's instruction; Storage means for storing treatment instruction information including a name, patient treatment data, and a doctor's instruction; transmitting means for transmitting the treatment instruction information to the patient-side computer; and patient result report information transmitted from the patient side Receiving means for receiving the patient result report information, display means for displaying the patient result report information, storage means for storing the patient result report information, storage means for storing past medical history information of the patient, Storage means for storing patient result report information, storage means for storing new treatment instruction information, and transmission means for transmitting new treatment instruction information to the patient-side computer; The patient-side computer is a receiving unit that receives at least the patient's name, the patient's treatment data, and treatment instruction information including a doctor's instruction, transmitted from the doctor's host computer, and the received patient's name, patient's treatment Storage means for storing data, treatment instruction information including a doctor's instruction; display means for displaying received patient's name, patient's treatment data, treatment instruction information including a doctor's instruction; Display means for displaying the action to be taken, notification means for notifying the action to be taken by the patient according to the doctor's instruction, recording means for recording the action taken by the patient according to the instruction from the doctor, and storage means for storing the recorded contents Display means for displaying the meal time; setting means for setting the meal time; storage means for storing the set meal time; and the set meal time , A change means for changing the set meal time, a display means for displaying the changed meal time, a storage means for storing the changed meal time, and a display for displaying a meal intake unit. Means, setting means for setting a meal intake unit, storage means for storing the set meal intake unit, display means for displaying a time for measuring a blood glucose level, and storage for storing a time for measuring a blood glucose level Means, a notifying means for notifying the time for measuring the blood glucose level, a recording means for recording the measured blood glucose level, a display means for displaying the recorded blood glucose level, a storage means for storing the recorded blood glucose level, and an amount of exercise. Display means for displaying, and recording means for recording the amount of exercise actually performed,
It is characterized by comprising storage means for storing the record, and transmission means for transmitting the stored patient result report information to the physician-side host computer.

According to the present invention, in the disease treatment management system, the patient-side portable terminal is a treatment instruction information including at least a patient name, patient treatment data, and a doctor's instruction transmitted from the doctor-side host computer. Receiving means for receiving the received patient name, patient treatment data, treatment instruction information including a doctor's instruction, and receiving patient's name, patient treatment data, a treatment including a doctor's instruction Display means for displaying instruction information, display means for displaying the action to be taken by the patient according to the instructions of the doctor,
Notifying means for notifying a patient of an action to be taken in accordance with a doctor's instruction, recording means for recording a patient's action in accordance with a doctor's instruction, storage means for storing the recorded content, and display for displaying meal time Means, setting means for setting a meal time, storage means for storing the set meal time, notification means for notifying the set meal time, changing means for changing the set meal time, and the change Display means for displaying the changed meal time, storage means for storing the changed meal time, display means for displaying the meal intake unit, setting means for setting the meal intake unit, and the set meal intake unit Storage means for storing the time for measuring the blood glucose level, display means for displaying the time for measuring the blood glucose level, storage means for storing the time for measuring the blood glucose level, and notification means for reporting the time for measuring the blood glucose level; Recording means for recording the blood glucose level, display means for displaying the recorded blood glucose level, storage means for storing the recorded blood glucose level, display means for displaying the amount of exercise, and recording means for recording the amount of exercise actually performed. Storage means for storing the record, and transmission means for transmitting the stored patient result report information to the physician-side host computer.

[0017] In the present invention, in the disease treatment management system, the patient-side mobile phone may include at least a patient's name, patient's treatment data, and treatment instruction information including a doctor's instruction transmitted from the doctor's host computer. Receiving means and patient name, patient treatment data,
Storage means for storing treatment instruction information including instructions of a doctor,
Display means for displaying treatment instruction information including the received patient name, patient treatment data, and doctor's instruction; display means for displaying the patient's action in accordance with the doctor's instruction; and patient's action in accordance with the doctor's instruction Informing means for informing the action, recording means for recording the action taken by the patient in accordance with the doctor's instructions, storage means for storing the recorded contents, display means for displaying the meal time, and setting the meal time Setting means, storage means for storing the set meal time, notifying means for notifying the set meal time, change means for changing the set meal time, and display means for displaying the changed meal time. Storage means for storing the changed meal time; display means for displaying the meal intake unit; setting means for setting the meal intake unit; and storing the set meal intake unit. Storage means, display means for displaying the time for measuring the blood sugar level, storage means for storing the time for measuring the blood sugar level, notification means for notifying the time for measuring the blood sugar level, and recording the measured blood sugar level Recording means, display means for displaying the recorded blood glucose level, storage means for storing the recorded blood glucose level, display means for displaying the amount of exercise, recording means for recording the amount of exercise actually performed, and storing the record And a transmitting means for transmitting the stored patient result report information to the physician-side host computer.

According to the present invention, in the disease treatment management system, the patient side portable terminal transmits at least the treatment instruction information including the patient name, the patient treatment data, and the doctor instruction transmitted from the doctor side host computer. Receiving means and storage means for storing received patient name, patient treatment data, treatment instruction information including doctor's instruction, and received patient name, patient treatment data, treatment instruction information including doctor's instruction Display means for displaying the action to be taken by the patient according to the doctor's instruction, notification means for notifying the action to be taken by the patient according to the doctor's instruction, and recording the action taken by the patient according to the doctor's instruction Recording means for storing the recorded contents; display means for displaying the meal time; setting means for setting the meal time; Storage means for storing the time of the event, notification means for notifying the set meal time, change means for changing the set meal time, display means for displaying the changed meal time, and the changed meal time Storage means for storing a meal intake unit, a display means for displaying a meal intake unit, a setting means for setting a meal intake unit, a storage means for storing the set meal intake unit, and a time for measuring a blood glucose level. Display means, storage means for storing the time for measuring the blood glucose level, notification means for notifying the time for measuring the blood glucose level, recording means for recording the measured blood glucose level, and display means for displaying the recorded blood glucose level Storage means for storing the recorded blood glucose level; display means for displaying the time of insulin injection; storage means for storing the time of insulin injection; and a notifier for notifying the time of insulin injection. Recording means for recording the result of the insulin injection, display means for displaying the result of the insulin injection, storage means for storing the result of the insulin injection, and display means for displaying the exercise amount. Recording means for recording the amount of exercise; storage means for storing the record; and transmitting means for transmitting the stored patient result report information to the physician-side host computer.

According to the present invention, in the disease treatment management system, the patient-side portable telephone transmits at least treatment instruction information including a patient name, patient treatment data, and a doctor instruction transmitted from the doctor host computer. The receiving means to receive, the name of the received patient, the patient's treatment data,
Storage means for storing treatment instruction information including instructions of a doctor,
Display means for displaying treatment instruction information including the received patient name, patient treatment data, and doctor's instruction; display means for displaying the patient's action in accordance with the doctor's instruction; and patient's action in accordance with the doctor's instruction Informing means for informing the action, recording means for recording the action taken by the patient in accordance with the doctor's instructions, storage means for storing the recorded contents, display means for displaying the meal time, and setting the meal time Setting means, storage means for storing the set meal time, notifying means for notifying the set meal time, change means for changing the set meal time, and display means for displaying the changed meal time. Storage means for storing the changed meal time; display means for displaying the meal intake unit; setting means for setting the meal intake unit; and storing the set meal intake unit. Storage means, display means for displaying the time for measuring the blood sugar level, storage means for storing the time for measuring the blood sugar level, notification means for notifying the time for measuring the blood sugar level, and recording the measured blood sugar level Recording means, display means for displaying the recorded blood glucose level, storage means for storing the recorded blood glucose level, display means for displaying the time of insulin injection, and storage means for storing the time of insulin injection, Notification means for notifying the time of insulin injection;
Recording means for recording the result of the insulin injection, display means for displaying the result of the insulin injection, storage means for storing the result of the insulin injection, display means for displaying the amount of exercise, and the amount of exercise actually performed. Recording means for recording;
It is characterized by comprising storage means for storing the record, and transmission means for transmitting the stored patient result report information to the physician-side host computer.

The present invention is a patient computer, comprising:
The patient-side computer receives at least a patient name, patient treatment data, treatment instruction information including a doctor's instruction transmitted from the doctor-side host computer, and a receiving patient name, a patient name, Storage means for storing treatment data, treatment instruction information including a doctor's instruction; display means for displaying the received patient name, patient treatment data, treatment instruction information including the doctor's instruction; Display means for displaying the action to be taken, notification means for notifying the action to be taken by the patient according to the doctor's instruction, recording means for recording the action taken by the patient according to the doctor's instruction, and storage for storing the recorded contents Means, display means for displaying the meal time, setting means for setting the meal time, storage means for storing the set meal time, and the set meal time , A change means for changing the set meal time, a display means for displaying the changed meal time, a storage means for storing the changed meal time, and a display for displaying a meal intake unit. Means, setting means for setting a meal intake unit, storage means for storing the set meal intake unit, display means for displaying a time for measuring a blood glucose level, and storage for storing a time for measuring a blood glucose level Means, notifying means for notifying the time for measuring the blood glucose level, recording means for recording the measured blood glucose level, display means for displaying the recorded blood glucose level, storage means for storing the recorded blood glucose level, and insulin Display means for displaying the time of the injection of, storage means for storing the time of the injection of insulin, notification means for notifying the time of the injection of insulin,
Recording means for recording the result of the insulin injection, display means for displaying the result of the insulin injection, storage means for storing the result of the insulin injection, display means for displaying the amount of exercise, and the amount of exercise actually performed. Recording means for recording;
It is characterized by comprising storage means for storing the record, and transmission means for transmitting the stored patient result report information to the physician-side host computer.

[0021] The present invention relates to a patient-side portable terminal, the patient-side portable terminal including at least a patient name, patient treatment data, and a doctor's instruction transmitted from a doctor's host computer. Receiving means for receiving the instruction information, storing means for storing the received patient name, treatment data of the patient, treatment instruction information including the doctor's instruction, and receiving the patient's name, patient's treatment data, the doctor's instruction Display means for displaying the treatment instruction information including the instruction information, display means for displaying the action to be taken by the patient according to the doctor's instruction, notification means to notify the action to be taken by the patient according to the doctor's instruction, and patient's treatment according to the doctor's instruction. Recording means for recording the action taken, storage means for storing the recorded contents, display means for displaying the meal time, setting means for setting the meal time, Storage means for storing the interval, notification means for notifying the set meal time, change means for changing the set meal time, display means for displaying the changed meal time, and storing the changed meal time. Storage means, a display means for displaying a meal intake unit, a setting means for setting a meal intake unit, a storage means for storing the set meal intake unit, and a display for displaying a time for measuring a blood glucose level. Means, storage means for storing the time for measuring the blood sugar level, and notification means for notifying the time for measuring the blood sugar level,
Recording means for recording the measured blood glucose level, display means for displaying the recorded blood glucose level, storage means for storing the recorded blood glucose level, display means for displaying the time of the insulin injection, and the time of the insulin injection Storage means for storing the time of the insulin injection, recording means for recording the result of the insulin injection, display means for displaying the result of the insulin injection, and storing the result of the insulin injection Storage means for displaying the amount of exercise, recording means for recording the amount of exercise actually performed, storage means for storing the record, and transmitting the stored patient result report information to the doctor-side host computer. Transmission means for performing the operation.

The present invention is a patient-side portable telephone, which includes at least a patient name, patient treatment data, and a doctor's instruction transmitted from the doctor-side host computer. Receiving means for receiving treatment instruction information; storage means for storing treatment instruction information including received patient name, patient treatment data, and doctor instruction; received patient name, patient treatment data, doctor instruction Display means for displaying treatment instruction information including, a display means for displaying an action to be taken by a patient according to a doctor's instruction, a notifying means to notify an action to be taken by a patient according to a doctor's instruction, and Recording means for recording the action taken; storage means for storing the recorded contents; display means for displaying the meal time; setting means for setting the meal time; Storage means for storing the time of the meal, notification means for notifying the time of the set meal, change means for changing the set meal time, display means for displaying the changed meal time, and the changed meal time. Storage means for storing; display means for displaying a meal intake unit; setting means for setting a meal intake unit; storage means for storing the set meal intake unit; and a time for measuring a blood glucose level. Display means, storage means for storing the time for measuring the blood sugar level, and notification means for notifying the time for measuring the blood sugar level,
Recording means for recording the measured blood glucose level, display means for displaying the recorded blood glucose level, storage means for storing the recorded blood glucose level, display means for displaying the time of the insulin injection, and the time of the insulin injection Storage means for storing the time of the insulin injection, recording means for recording the result of the insulin injection, display means for displaying the result of the insulin injection, and storing the result of the insulin injection Storage means for displaying the amount of exercise, recording means for recording the amount of exercise actually performed, storage means for storing the record, and transmitting the stored patient result report information to the doctor-side host computer. Transmission means for performing the operation.

The present invention relates to a portable terminal for a diabetic patient, wherein the portable terminal for a diabetic patient transmits at least a patient's name, patient's treatment data, and a doctor's instruction transmitted from a doctor's host computer. Receiving means for receiving treatment instruction information including the received patient name, patient treatment data, storage means for storing treatment instruction information including the doctor's instruction, and receiving the patient name, patient treatment data, and the doctor's instruction Display means for displaying treatment instruction information including instructions, display means for displaying the action to be taken by the patient according to the instructions of the doctor,
Notifying means for notifying a patient of an action to be taken in accordance with a doctor's instruction, recording means for recording a patient's action in accordance with a doctor's instruction, storage means for storing the recorded content, and display for displaying meal time Means, setting means for setting a meal time, storage means for storing the set meal time, notification means for notifying the set meal time, changing means for changing the set meal time, and the change Display means for displaying the changed meal time, storage means for storing the changed meal time, display means for displaying the meal intake unit, setting means for setting the meal intake unit, and the set meal intake unit Storage means for storing the time for measuring the blood glucose level, display means for displaying the time for measuring the blood glucose level, storage means for storing the time for measuring the blood glucose level, and notification means for reporting the time for measuring the blood glucose level; Recording means for recording the blood glucose level; display means for displaying the recorded blood glucose level; storage means for storing the recorded blood glucose level; display means for displaying the time of the insulin injection; and storing the time of the insulin injection. Storage means for notifying the time of insulin injection, recording means for recording the result of insulin injection, display means for displaying the result of insulin injection, and storage for storing the result of insulin injection Means, display means for displaying the amount of exercise, recording means for recording the amount of exercise actually performed, storage means for storing the record, and transmitting the stored patient result report information to the doctor-side host computer. Transmission means.

The present invention relates to a mobile phone for a diabetic patient, wherein the mobile phone for a diabetic patient transmits at least a patient's name, patient's treatment data, and a doctor's instruction transmitted from a doctor's host computer. Receiving means for receiving treatment instruction information including the received patient name, patient treatment data, storage means for storing treatment instruction information including the doctor's instruction, and receiving the patient name, patient treatment data, and the doctor's instruction Display means for displaying treatment instruction information including instructions, display means for displaying the action to be taken by the patient according to the instructions of the doctor,
Notifying means for notifying a patient of an action to be taken in accordance with a doctor's instruction, recording means for recording a patient's action in accordance with a doctor's instruction, storage means for storing the recorded content, and display for displaying meal time Means, setting means for setting a meal time, storage means for storing the set meal time, notification means for notifying the set meal time, changing means for changing the set meal time, and the change Display means for displaying the changed meal time, storage means for storing the changed meal time, display means for displaying the meal intake unit, setting means for setting the meal intake unit, and the set meal intake unit Storage means for storing the time for measuring the blood glucose level, display means for displaying the time for measuring the blood glucose level, storage means for storing the time for measuring the blood glucose level, and notification means for reporting the time for measuring the blood glucose level; Recording means for recording the blood glucose level; display means for displaying the recorded blood glucose level; storage means for storing the recorded blood glucose level; display means for displaying the time of the insulin injection; and storing the time of the insulin injection. Storage means for notifying the time of insulin injection, recording means for recording the result of insulin injection, display means for displaying the result of insulin injection, and storage for storing the result of insulin injection Means, display means for displaying the amount of exercise, recording means for recording the amount of exercise actually performed, storage means for storing the record, and transmitting the stored patient result report information to the doctor-side host computer. Transmission means.

In the following, the patient computer, in particular,
An example in which the present invention is applied to a diabetic patient using a portable terminal will be described in detail.

First, the doctor in charge performs an initial setting of the treatment portable terminal handed to the patient as a patient computer. In order to prevent rewriting on the patient side with respect to the data input by the doctor in charge, the ID and password of the doctor in charge are input and initial settings are made. The ID and password are determined by the doctor.

After examining the patient, the physician determines necessary treatment for the required illness, creates illness treatment instruction information for the patient, inputs the information to the physician-side host computer, and stores it. The contents include the following items. Set date, hospital name, doctor's name, patient's name, chart number, type of insulin used, insulin dosing method and frequency, insulin dose, HbA1c (hemoglobin A1c) measured value (HbA1c is around the past two months Blood sugar movement (1)
(The average during the day is shown.) (The blood glucose level measured at the physician's site, the blood glucose level measured by the patient himself, and HbA1c are used as criteria for determining whether or not blood glucose control is being performed well.)) , The HbA1c measurement date, the instruction unit of the meal, the number of basic allocation units of each meal, the target amount of exercise (the target number of steps using a pedometer (registered trademark)), and the like. Next, the treatment instruction information is transmitted from the doctor's host computer to the patient's portable terminal. For those that are only necessary for the doctor and not particularly necessary for the patient,
The item is deleted and transmitted.

When the patient returns, the doctor in charge can make necessary changes and corrections to the treatment instruction information while examining the treatment status of the patient. In this case, the change history of the treatment instruction data is recorded in the doctor's host computer. Patient A is recorded on the patient's portable terminal,
Disease treatment instruction information screen displayed on mobile terminal (Fig. 1)
, And automatically or manually record the daily data required for the diabetes treatment.

The operation procedure of the treatment portable terminal by the patient A is as follows. The operation of the treatment mobile terminal performed by the patient A is as follows.
These are roughly divided into the following four items. 1: Condition setting on the patient side. 2: Diabetes treatment according to instructions of the portable terminal for treatment. 3: Input of various information required for diabetes treatment. 4: Browse various data input during diabetes treatment.

Hereinafter, the operation procedure of the mobile terminal for treatment will be described in accordance with each of these items. By pressing the start button in FIG. 2 set for the mobile terminal for treatment, the power is automatically turned on, and a menu screen for diabetes treatment in FIG. 2 (hereinafter, referred to as a menu screen) is displayed.

The condition setting on the patient side is as follows. This condition setting on the patient side is to set a patient-specific daily living condition necessary when the patient A performs diabetes treatment at home. With this setting, the portable terminal for treatment can perform various operations required for treating the diabetes of the patient A. Menus for setting and changing various conditions are as follows. At the top of the menu screen shown in FIG. 3 that is displayed when the start button is pressed, there is a pull-down menu that allows operations such as input, browsing, and setting. When a portion of this pull-down menu where "Setting" is displayed is pressed with a dedicated pen (hereinafter referred to as "tap"), a menu necessary for the setting operation as shown in FIG. 4 is displayed.

The setting of the meal time and the blood glucose measurement time is as follows. Tapping the “setting of meal and blood glucose measurement time” section of the displayed pull-down menu in FIG. 4 displays a day condition setting screen in FIG. Here, a meal time that is a habit in the life of the patient A is set, and at the same time, whether or not the blood glucose level is measured according to the meal timing is set. The setting of the presence or absence of blood glucose measurement can be checked by tapping the place of □, and when canceling, it can be returned to □ by tapping the place where the check is put again. For setting the meal time, tapping the portion surrounded by the line of the scheduled time column displays the time setting screen of FIG. 6, and the necessary time is set here. Tapping the [OK] button returns to the screen of FIG. Tapping the end button on the screen in FIG. 5 returns to the menu screen in FIG.

The setting of the intake unit of each meal is as follows. When the user taps the "setting of intake unit of each meal" section in the pull-down menu of FIG. 4, the setting screen of the meal unit of FIG. 7 is displayed. Here, the total meal unit of the day and the average basic intake unit of each meal indicated by the doctor in charge are written,
On this screen, fine adjustment can be performed to match the dietary tendency of patient A. If you tap on the part surrounded by the line in the column below the unit change, the “numerical input palette” of FIG. 8 appears. Enter the numerical value you want to change. Also, whether or not the total number of meals is within the daily meal designated by the doctor in charge is calculated by the treatment portable terminal, and an instruction such as shortage or excess is displayed.
By tapping the end button on the screen of FIG.
Return to the menu screen.

In the case of diabetes treatment according to the instructions of the portable terminal for treatment case 1; the portable terminal for treatment automatically issues instructions necessary for intraday treatment in accordance with the conditions set by the doctor and the patient A, and the patient A has diabetes. Provide necessary support for treatment. An example of the operation during this day will be described in the time zone before and after dinner.

The setting conditions are as follows.
It is assumed that the time is set to 1:30. One hour before dinner (6:30), the therapeutic portable terminal automatically rings the bell and displays the daily calendar in FIG. 9 and then displays the meal time change instruction screen in FIG. If there is no change in the set dinner time, tap the [OK] button to move to the operation 30 minutes before dinner. Here, it is assumed that the dinner time is changed from 6:30 to 7:00. Tap the Modify button to change the dinner time.

When the time setting screen shown in FIG. 11 appears, tap the numeral 7 and 00 to be changed, and confirm whether the scheduled dinner time is set at 7 o'clock. ] Button is displayed, a screen shown in FIG. 12 notifying that the time has been changed is displayed. After confirming the time, the portable terminal for medical treatment is turned off and another operation is started.

In the case of diabetes treatment case 2 according to the instruction of the portable terminal for treatment, the portable terminal for treatment automatically sounds a bell sound 30 minutes before dinner (7 o'clock) and displays the daily calendar of FIG. Subsequently, the blood sugar level measurement instruction screen of FIG. 13 is displayed. When you tap the [OK] button in FIG.
The numerical value input screen of the blood sugar level measurement result of No. 4 is displayed.

Patient A measures the blood glucose level using the prepared blood glucose level measuring device, inputs the numerical value displayed on the measuring device using the numerical value input palette, and taps the [OK] button.
A screen for instructing the administration of insulin No. 5 appears. Patient A
Confirms the type and dosage of insulin displayed on the screen and administers insulin. At the end of insulin administration: Tapping the [OK] button on the screen of FIG. 15 displays the daily calendar of FIG. 16 in which blood glucose measurement and insulin administration have been recorded. The above is a series of basic daily movements of the patient.

Various information necessary for treating diabetes will be described. Input of information necessary for diabetes treatment other than blood glucose measurement and insulin administration will be described. To input such information, tap the portion of the menu screen shown in FIG. 3 where "input" is displayed. Then, a menu required for the input operation is displayed as shown in FIG.

Exercise and other collective inputs are as follows. For the exercise amount, weight, body fat amount, blood pressure value, etc., tap the item of “exercise / other” in the input menu of FIG.
The screen shown in FIG. 18 is displayed and input. The memos of daily life are as follows. If it is necessary to make a memo during the treatment of diabetes in the day, tap the item of “special note” in the input menu of FIG. 17 to display and input the screen of FIG.

The management of meals is as follows. For the management of meals during the day, tap the item of “meal management” in the input menu of FIG. 17 to display the “meal management” screen of FIG. 20, and perform all operations from here. The screen of FIG. 20 shows a state in which 4 units of breakfast, 7 units of lunch, and 1 unit of snack are ingested, and the target number of units for dinner is 8 units. If it is less than 8 units, dinner will be appropriate. The selection of the meal menu is as follows. When the [Menu] button at the lower right of the screen in FIG. 20 is tapped, a menu of meal menus appears as shown in FIG.

FIG. 21 shows a home-cooked menu, but it is also possible to select a restaurant, a food service (catering service), a commercial food such as a convenience store, and the like. Here, it is assumed that patient A has selected home cooking. First, when the item of “rice” is tapped from the home cooking menu, a menu of small categories of rice in FIG. 22 is displayed. If you tap on the item of white rice here, the “meal intake integrated screen” in FIG. 23 will be displayed.
Is displayed. This “meal intake total screen” displays the recorded year, month, and day, as well as morning, noon, snack, and dinner.
Fill in the name of the rice you just selected and the unit of intake,
2.7 units out of the 8 target units are displayed. Then fill in the side dishes. Tap the [Additional Writing] button in FIG. 23 to return to the home cooking menu in FIG. Then, tap on the item of beef dishes, FIG.
A menu of small categories of beef dishes is displayed.

The symbol ■ at the right end of each item on the screen shown in FIG. 24 is a photo display button for confirming the dish, and tapping it causes the screen shown in FIG. 25 to appear. In addition, tapping the dish name "Fried beef and green pepper", the beef and green fried pepper are added to the "Food intake integration screen" in Fig. 23.
26 screens are displayed. FIG. 27 shows a screen on which the root vegetable salad has been added and the target unit for dinner has been reached. These data are recorded in a database in the mobile terminal for treatment.

Further, various data input during the treatment of diabetes can be browsed. When browsing various data recorded in the database of the portable medical device, the browsing is performed from a browsing pull-down menu (see FIG. 27) at the top of the menu screen in FIG. Daily calendar screen (Fig. 28), Daily condition browsing screen (Fig. 29), Blood sugar level browsing (Fig. 30), Exercise amount browsing screen (Fig. 31), Weight / body fat browsing screen (Fig. 32), Blood pressure value (See FIG. 33) and a special note (see FIG. 34). The above is the description of the basic operation of the portable terminal device for treating the patient A.

[0045] In the present specification, "treatment instruction information" means instructions for all treatments by a doctor.
"Patient result report information" means the actions taken by the patient according to the doctor's instructions,
Records of all patient treatment results, such as blood glucose levels measured daily, various measurement data, the number of insulin doses, insulin doses, the number of meals taken, the amount of exercise (the number of steps taken with a pedometer), the amount of calories consumed, etc. Means It is also effective to record blood pressure, weight, and the like as necessary.

Patient A brings the portable terminal for treatment and the portable telephone at the next consultation and hands it to the doctor. The doctor's host computer is electrically connected to the treatment portable terminal and mobile phone, and patient result report information from the previous consultation to the day of the consultation is transmitted to the host computer, and the data is viewed by the doctor. After that, medical treatment is performed, and a treatment instruction including a new instruction is given until the next return visit. If necessary, include new instructions,
The changed and corrected treatment instruction information is determined and transmitted to the portable terminal for treatment and the portable telephone.

In the above description, especially the diabetic patients have been described in detail, but other diseases such as hypertension, heart disease, and the like can be used without departing from the scope of the present invention.
It is needless to say that the present invention can be applied to kidney diseases, ventilation, and other lifestyle-related diseases by setting appropriate parameters corresponding to various diseases.

[0048] The internet function and the restaurant industry can be connected by a portable terminal device to provide food management and catering services according to the disease.

Since the portable terminal device has various advanced functions such as data recording, display, alarm, etc., the contents and format for prescribing and guidance by the doctor and the contents and format for recording by the patient are verbal. It can be performed in a detailed and accurate manner as compared with the case where it is easy and the case with a document.

[0050]

According to the present invention, the timing of blood glucose measurement and insulin administration performed several times a day is notified by an alarm depending on the medical condition, so that measurement and injection can be performed on time even if the patient is immersed in other work. In addition to the management of the patient's dietary intake, complicated calorie calculations can be easily performed and displayed.

The physician grasps the patient's condition based on the data recorded in the host computer and also refers to all data of the patient at home treatment, and gives appropriate treatment and advice to the patient. It can be used as a reference when revisiting.

Conventionally, when a diabetic patient tries to keep a record of blood sugar measurement or insulin injection, it is necessary to carry a notebook for this and write it many times a day by hand, which is troublesome. It was difficult to execute. In the system according to the present invention, not only the portable terminal and the portable telephone set in the breast pocket can be carried at all times, but also the operation and recording can be easily performed by employing an excellent dedicated program.

Since the invention of the present application is configured as described above, it is possible to enhance the exchange of information between the doctor and the patient and the transmission of prescriptions and guidance from the doctor to the patient, thereby increasing the doctor's ability. Is effective in accurately grasping the condition of the patient, and by accurately understanding the prescription and guidance from the doctor, thereby making it possible to perform the procedure accurately and easily.

[Brief description of the drawings]

FIG. 1 is a disease treatment instruction information screen.

FIG. 2 is a menu screen for treating diabetes.

FIG. 3 is a disease treatment instruction information menu screen.

FIG. 4 is a disease treatment instruction information menu screen.

FIG. 5 is a menu screen for setting day conditions.

FIG. 6 is a menu screen of a daily calendar.

FIG. 7 is a setting menu screen for a meal unit.

FIG. 8 is a menu screen for setting a meal unit.

FIG. 9 is a menu screen of a daily calendar.

FIG. 10 is a meal time change instruction screen.

FIG. 11 is a time setting menu screen.

FIG. 12 is a screen of a daily calendar.

FIG. 13 is a screen of a blood sugar level measurement instruction.

FIG. 14 is a menu screen for inputting a numerical value of a blood sugar level measurement result.

FIG. 15 is an insulin administration instruction screen.

FIG. 16 is a screen of a daily calendar.

FIG. 17 is an input (treatment instruction information) screen for exercise amount and the like.

FIG. 18 is a screen of a momentum.

FIG. 19 is a menu screen of a special note.

FIG. 20 is a menu screen for managing meals.

FIG. 21 is a menu screen for cooking.

FIG. 22 is a menu screen for cooking.

FIG. 23 is a menu screen for managing meals.

FIG. 24 is a menu screen for cooking.

FIG. 25 is a menu screen for cooking.

FIG. 26 is a meal management screen.

FIG. 27 is a screen of treatment instruction information (browsing pull-down menu).

FIG. 28 is a menu screen of a daily calendar.

FIG. 29 is a screen of day conditions.

FIG. 30 is a screen of blood glucose blood.

FIG. 31 is a screen of an exercise amount.

FIG. 32 is a screen of weight and body fat.

FIG. 33 is a screen of a blood pressure value.

FIG. 34 shows a menu screen of a special note.

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[Procedure amendment]

[Submission date] December 21, 2000 (200.12.
21)

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] 0049

[Correction method] Change

[Correction contents]

Since the portable terminal device has various advanced functions such as data recording, display, alarm, etc., the contents and format for prescribing and guidance by the doctor and the contents and format for recording by the patient are verbal. It can be performed in a detailed and accurate manner as compared with the case where it is easy and the case with a document.
Therefore, the patient can accurately grasp the doctor's instructions, and can adhere to the doctor's instructions faithfully. In the above description, in particular, the management of diabetes treatment using the portable terminal device has been described in detail. However, as the portable terminal device, a Palm device and a device equipped with a Palm OS are used.
The menu can be incorporated into the palm device as a menu, and the patient can self-manage for the disease while utilizing the functions of the device itself, that is, storage, calculation, display, notification, calendar, address, information communication, and the like. Furthermore, in inputting data necessary for management, it is of course possible to input a measurement value by a measuring device such as a blood glucose level by itself, but it is also possible to directly input a measuring device directly or electrically to a device by a line or an infrared ray. .

Claims (13)

[Claims] 1. A disease treatment management system comprising a physician-side host computer and a patient-side computer, wherein the physician-side host computer includes at least a patient name, patient treatment data, and treatment instruction information including a doctor's instruction. Display means for displaying patient name, patient treatment data, treatment instruction information including a doctor's instruction, and storage of patient name, patient treatment data, treatment instruction information including a doctor's instruction Storing means for transmitting the treatment instruction information to the patient-side computer; receiving means for receiving patient result report information transmitted from the patient-side computer; and displaying the patient result report information. Display means for storing the patient result report information; storage means for storing past medical history information of the patient; Storage means for storing patient result report information, storage means for storing new treatment instruction information, and transmission means for transmitting new treatment instruction information to the patient side computer, wherein the patient side computer has Receiving means for receiving treatment instruction information including at least the patient's name, patient's treatment data, and a doctor's instruction, transmitted from the doctor's host computer, and the received patient's name, patient's treatment data, Storage means for storing treatment instruction information including instructions; display means for displaying received patient names, patient treatment data, and treatment instruction information including instructions from doctors; and displaying actions to be taken by patients in accordance with doctor instructions. Display means for notifying, a notifying means for notifying the action to be taken by the patient according to the doctor's instruction, and a recording means for recording the action taken by the patient according to the doctor's instruction Storage means for storing the recorded contents; recording means for recording the measured treatment data; display means for displaying the measured treatment data; storage means for storing the measured treatment data; Transmitting means for transmitting the result report information to the physician-side host computer; 2. A disease treatment management system comprising a physician-side host computer and a patient-side portable terminal, wherein the physician-side host computer includes at least a patient name, patient treatment data, and a treatment including a doctor's instruction. Display means for displaying the instruction information; recording means for recording the treatment instruction information including the patient's name, the patient's treatment data and the doctor's instruction; and treatment instruction information including the patient's name, the patient's treatment data and the doctor's instruction A transmitting unit for transmitting the treatment instruction information to the patient-side portable terminal; a receiving unit for receiving patient result report information transmitted from the patient side; and the patient result report information. Display means for displaying the patient result report information, storage means for storing the patient's past medical history information, and patient's past patient result report information Storage means for storing, storage means for storing new treatment instruction information, and transmission means for transmitting new treatment instruction information to the patient-side portable terminal, wherein the patient-side portable terminal is at least Receiving means for receiving the treatment instruction information including the patient's name, the patient's treatment data, and the doctor's instruction transmitted from the doctor's host computer; and receiving the patient's name, the patient's treatment data, and the doctor's instruction. Storage means for storing treatment instruction information including the received patient name, received treatment data of the patient, display means for displaying treatment instruction information including the doctor's instruction, and display for displaying the action to be taken by the patient in accordance with the doctor's instruction Means, notification means for notifying the patient of actions to be taken according to the doctor's instructions, recording means for recording the actions taken of the patient according to the doctor's instructions, and the recorded contents Storage means for storing; recording means for recording the measured treatment data; display means for displaying the measured treatment data; storage means for storing the measured treatment data; and the physician storing the stored patient result report information. And a transmitting means for transmitting to the host computer. 3. A disease treatment management system comprising a physician-side host computer and a patient-side mobile phone, wherein the physician-side host computer includes a treatment including at least a patient name, patient treatment data, and a doctor's instruction. Display means for displaying the instruction information; recording means for recording the treatment instruction information including the patient's name, the patient's treatment data and the doctor's instruction; and treatment instruction information including the patient's name, the patient's treatment data and the doctor's instruction A transmitting unit for transmitting the treatment instruction information to the patient-side mobile phone; a receiving unit for receiving patient result report information transmitted from the patient side; and the patient result report information. Display means for displaying the patient result report information, storage means for storing the patient's past medical history information, and patient's past patient result report information Storage means for storing; storage means for storing new treatment instruction information; and transmission means for transmitting new treatment instruction information to the patient-side mobile phone, wherein the patient-side mobile phone has at least Receiving means for receiving the treatment instruction information including the patient's name, the patient's treatment data, and the doctor's instruction transmitted from the doctor's host computer; and receiving the patient's name, the patient's treatment data, and the doctor's instruction. Storage means for storing treatment instruction information including the received patient name, received treatment data of the patient, display means for displaying treatment instruction information including the doctor's instruction, and display for displaying the action to be taken by the patient in accordance with the doctor's instruction Means, notification means for notifying the patient of actions to be taken according to the doctor's instructions, recording means for recording the actions taken of the patient according to the doctor's instructions, and the recorded contents Storage means for storing; recording means for recording the measured treatment data; display means for displaying the measured treatment data; storage means for storing the measured treatment data; and the physician storing the stored patient result report information. And a transmitting means for transmitting to the host computer. 4. A disease treatment management system comprising a physician-side host computer and a patient-side computer, wherein the physician-side host computer includes at least a patient name, patient treatment data, and treatment instruction information including a doctor's instruction. Display means for displaying patient name, patient treatment data, treatment instruction information including a doctor's instruction, and storage of patient name, patient treatment data, treatment instruction information including a doctor's instruction Storage means for transmitting the treatment instruction information to the patient-side computer; receiving means for receiving patient result report information transmitted from the patient side; and displaying the patient result report information. Display means; storage means for storing the patient result report information; storage means for storing past medical history information of the patient; past patient results of the patient Storage means for storing notification information, storage means for storing new treatment instruction information, and transmission means for transmitting new treatment instruction information to the patient-side computer, wherein the patient-side computer has at least Receiving means for receiving treatment instruction information including the patient's name, patient's treatment data, and doctor's instruction transmitted from the doctor's host computer, including the received patient's name, patient's treatment data, and doctor's instruction Storage means for storing treatment instruction information; display means for displaying received treatment name information including the received patient name, patient treatment data, and doctor's instruction; and display means for displaying the patient's action in accordance with the doctor's instruction. Notification means for notifying the patient of an action to be taken in accordance with the doctor's instruction; recording means for recording the action of the patient in accordance with the doctor's instruction; Storage means for storing the recorded contents; display means for displaying the meal time; setting means for setting the meal time; storage means for storing the set meal time; and notification of the set meal time. Notification means, changing means for changing the set meal time, display means for displaying the changed meal time, storage means for storing the changed meal time, and display means for displaying a meal intake unit. Setting means for setting a meal intake unit; storage means for storing the set meal intake unit; display means for displaying a time for measuring a blood glucose level; storage means for storing a time for measuring a blood glucose level; Notification means for notifying the time for measuring the blood glucose level; recording means for recording the measured blood glucose level; display means for displaying the recorded blood glucose level; storage means for storing the recorded blood glucose level; Display means for displaying, recording means for recording the amount of exercise actually performed, storage means for storing the record, and transmission means for transmitting the stored patient result report information to the doctor-side host computer. A disease treatment management system characterized by comprising: 5. The disease treatment management system according to claim 2, wherein the patient-side portable terminal transmits at least a patient name, patient treatment data, and a doctor's instruction transmitted from the doctor-side host computer. Receiving means for receiving treatment instruction information including the received patient name, patient treatment data, storage means for storing treatment instruction information including a doctor's instruction, and receiving patient name, patient treatment data, and doctor's instruction Display means for displaying treatment instruction information including: a display means for displaying the action to be taken by the patient in accordance with the doctor's instruction; a notification means for informing the action to be taken by the patient in accordance with the doctor's instruction; Recording means for recording the action taken; storage means for storing the recorded content; display means for displaying the meal time; and setting for setting the meal time Means, storage means for storing the set meal time, notification means for notifying the set meal time, change means for changing the set meal time, display means for displaying the changed meal time, Storage means for storing the changed meal time; display means for displaying the meal intake unit; setting means for setting the meal intake unit; storage means for storing the set meal intake unit; Display means for displaying the time for measurement; storage means for storing the time for measuring the blood glucose level; notification means for notifying the time for measuring the blood glucose level; recording means for recording the measured blood glucose level; Display means for displaying the value; storage means for storing the recorded blood glucose level; display means for displaying the exercise amount; recording means for recording the actual exercise amount; and storage means for storing the record. , Medical treatment management system, characterized in that it comprises a transmitting means for transmitting the patient result report information above stored in the doctor side host computer. 6. The disease treatment management system according to claim 3, wherein the patient-side mobile phone transmits at least a patient name, patient treatment data, and a doctor's instruction transmitted from the doctor-side host computer. Receiving means for receiving treatment instruction information including the received patient name, patient treatment data, storage means for storing treatment instruction information including a doctor's instruction, and receiving patient name, patient treatment data, and doctor's instruction Display means for displaying treatment instruction information including: a display means for displaying the action to be taken by the patient in accordance with the doctor's instruction; a notification means for informing the action to be taken by the patient in accordance with the doctor's instruction; Recording means for recording the action taken; storage means for storing the recorded content; display means for displaying the meal time; and setting for setting the meal time Means, storage means for storing the set meal time, notification means for notifying the set meal time, change means for changing the set meal time, display means for displaying the changed meal time, Storage means for storing the changed meal time; display means for displaying the meal intake unit; setting means for setting the meal intake unit; storage means for storing the set meal intake unit; Display means for displaying the time for measurement; storage means for storing the time for measuring the blood glucose level; notification means for notifying the time for measuring the blood glucose level; recording means for recording the measured blood glucose level; Display means for displaying the value; storage means for storing the recorded blood glucose level; display means for displaying the exercise amount; recording means for recording the actual exercise amount; and storage means for storing the record. , Medical treatment management system, characterized in that it comprises a transmitting means for transmitting the patient result report information above stored in the doctor side host computer. 7. The disease treatment management system according to claim 2, wherein the patient-side portable terminal transmits at least a patient name, patient treatment data, and a doctor's instruction transmitted from the doctor-side host computer. Receiving means for receiving treatment instruction information including the received patient name, patient treatment data, storage means for storing treatment instruction information including a doctor's instruction, and receiving patient name, patient treatment data, and doctor's instruction Display means for displaying treatment instruction information including: a display means for displaying the action to be taken by the patient in accordance with the doctor's instruction; a notification means for informing the action to be taken by the patient in accordance with the doctor's instruction; Recording means for recording the action taken; storage means for storing the recorded content; display means for displaying the meal time; and setting for setting the meal time Means, storage means for storing the set meal time, notification means for notifying the set meal time, change means for changing the set meal time, display means for displaying the changed meal time, Storage means for storing the changed meal time; display means for displaying the meal intake unit; setting means for setting the meal intake unit; storage means for storing the set meal intake unit; Display means for displaying the time for measurement; storage means for storing the time for measuring the blood glucose level; notification means for notifying the time for measuring the blood glucose level; recording means for recording the measured blood glucose level; Display means for displaying a value; storage means for storing the recorded blood glucose level; display means for displaying the time of insulin injection; storage means for storing the time of insulin injection; Notification means for notifying the time of the insulin injection; recording means for recording the result of the insulin injection; display means for displaying the result of the insulin injection; storage means for storing the result of the insulin injection; Display means for displaying, recording means for recording the amount of exercise actually performed, storage means for storing the record, and transmission means for transmitting the stored patient result report information to the doctor-side host computer. A disease treatment management system characterized by comprising: 8. The disease treatment management system according to claim 3, wherein the patient-side mobile phone transmits at least a patient name, patient treatment data, and a doctor's instruction transmitted from the doctor-side host computer. Receiving means for receiving treatment instruction information including the received patient name, patient treatment data, storage means for storing treatment instruction information including a doctor's instruction, and receiving patient name, patient treatment data, and doctor's instruction Display means for displaying treatment instruction information including: a display means for displaying the action to be taken by the patient in accordance with the doctor's instruction; a notification means for informing the action to be taken by the patient in accordance with the doctor's instruction; Recording means for recording the action taken; storage means for storing the recorded content; display means for displaying the meal time; and setting for setting the meal time Means, storage means for storing the set meal time, notification means for notifying the set meal time, change means for changing the set meal time, display means for displaying the changed meal time, Storage means for storing the changed meal time; display means for displaying the meal intake unit; setting means for setting the meal intake unit; storage means for storing the set meal intake unit; Display means for displaying the time for measurement; storage means for storing the time for measuring the blood glucose level; notification means for notifying the time for measuring the blood glucose level; recording means for recording the measured blood glucose level; Display means for displaying a value; storage means for storing the recorded blood glucose level; display means for displaying the time of insulin injection; storage means for storing the time of insulin injection; Notification means for notifying the time of the insulin injection; recording means for recording the result of the insulin injection; display means for displaying the result of the insulin injection; storage means for storing the result of the insulin injection; Display means for displaying, recording means for recording the amount of exercise actually performed, storage means for storing the record, and transmission means for transmitting the stored patient result report information to the doctor-side host computer. A disease treatment management system characterized by comprising: 9. A patient-side computer, wherein the patient-side computer receives at least treatment instruction information including a patient name, patient treatment data, and a doctor's instruction transmitted from the doctor-side host computer. Displays receiving means and storage means for storing received treatment name information including patient name, patient treatment data, and doctor's instruction, and displays treatment instruction information including received patient name, patient treatment data, and doctor's instruction Display means for displaying the action to be taken by the patient in accordance with the doctor's instruction; notification means for informing the action to be taken by the patient in accordance with the doctor's instruction; and a record for recording the action taken by the patient in accordance with the doctor's instruction. Means, storage means for storing the recorded contents, display means for displaying the meal time, setting means for setting the meal time, and the set meal Storage means for storing the set meal time, notification means for notifying the set meal time, change means for changing the set meal time, display means for displaying the changed meal time, and the changed meal time Storage means for storing; display means for displaying a meal intake unit; setting means for setting a meal intake unit; storage means for storing the set meal intake unit; and a time for measuring a blood glucose level. Display means, storage means for storing the time for measuring the blood glucose level, notifying means for notifying the time for measuring the blood glucose level, recording means for recording the measured blood glucose level, and display means for displaying the recorded blood glucose level Storage means for storing the recorded blood glucose level; display means for displaying the time of insulin injection; storage means for storing the time of insulin injection; and reporting the time of insulin injection. Notification means for recording the result of the insulin injection; display means for displaying the result of the insulin injection; storage means for storing the result of the insulin injection; display means for displaying the amount of exercise; Recording means for recording the amount of exercise performed on the patient, storage means for storing the record, and transmission means for transmitting the stored patient result report information to the physician-side host computer. Patient computer. 10. A patient-side portable terminal, wherein the patient-side portable terminal transmits at least a patient name, patient treatment data, and treatment instruction information including a doctor's instruction transmitted from a doctor-side host computer. Receiving means for receiving the received patient name, patient treatment data, storage means for storing treatment instruction information including a doctor's instruction, and a received patient name, patient treatment data, and a treatment instruction including a doctor's instruction Display means for displaying information; display means for displaying the action to be taken by the patient according to the doctor's instruction; notification means to notify the action to be taken by the patient according to the doctor's instruction; and action to take the patient according to the doctor's instruction. Recording means for recording, storage means for storing the recorded contents, display means for displaying the time of meal, setting means for setting the time of meal, and time for the set meal Means for notifying the set meal time, change means for changing the set meal time, display means for displaying the changed meal time, and storing the changed meal time Storage means, display means for displaying a meal intake unit, setting means for setting a meal intake unit, storage means for storing the set meal intake unit, and display means for displaying a time for measuring a blood glucose level Storage means for storing the time for measuring the blood glucose level, notification means for notifying the time for measuring the blood glucose level, recording means for recording the measured blood glucose level, display means for displaying the recorded blood glucose level, Storage means for storing the recorded blood glucose level; display means for displaying the time of insulin injection; storage means for storing the time of insulin injection; and notification of the time of insulin injection. Information means, recording means for recording the result of insulin injection, display means for displaying the result of insulin injection, storage means for storing the result of insulin injection, display means for displaying the amount of exercise, A patient comprising: recording means for recording the amount of exercise performed; storage means for storing the record; and transmitting means for transmitting the stored patient result report information to the doctor-side host computer. For mobile terminals. 11. A patient-side mobile phone, wherein the patient-side mobile phone includes at least a patient name, patient treatment data, and a treatment instruction transmitted from the physician host computer, the treatment instruction including a doctor's instruction. Receiving means for receiving information and storage means for storing treatment instruction information including a received patient name, patient treatment data, and doctor's instructions, and treatment including received patient name, patient treatment data, and doctor's instructions Display means for displaying instruction information; display means for displaying the action to be taken by the patient according to the doctor's instruction; notification means to notify the action to be taken by the patient according to the doctor's instruction; and the action taken by the patient according to the doctor's instruction Means for recording a meal, storage means for storing the recorded contents, display means for displaying a meal time, setting means for setting a meal time, and a set meal Storage means for storing the time; notification means for notifying the set meal time; changing means for changing the set meal time; display means for displaying the changed meal time; and storing the changed meal time. Storage means for displaying a meal intake unit; setting means for setting a meal intake unit; storage means for storing the set meal intake unit; and a display for displaying a time for measuring a blood glucose level. Means, storage means for storing the time for measuring the blood glucose level, notification means for notifying the time for measuring the blood glucose level, recording means for recording the measured blood glucose level, and display means for displaying the recorded blood glucose level Storage means for storing the recorded blood sugar level; display means for displaying the time of insulin injection; storage means for storing the time of insulin injection; and notification of the time of insulin injection. Notification means, recording means for recording the result of the insulin injection, display means for displaying the result of the insulin injection, storage means for storing the result of the insulin injection, display means for displaying the amount of exercise, and actual Recording means for recording the amount of exercise performed on the patient, storage means for storing the record, and transmission means for transmitting the stored patient result report information to the physician-side host computer. Patient side mobile phone. 12. A mobile terminal for a diabetic patient, wherein the mobile terminal for a diabetic patient includes at least a patient's name, patient's treatment data, and a doctor's instruction transmitted from a doctor's host computer. Receiving means for receiving the instruction information, storage means for storing the received patient name, patient treatment data, treatment instruction information including the doctor's instruction, and receiving the patient name, patient treatment data, the doctor's instruction Display means for displaying the treatment instruction information including the treatment instruction information; display means for displaying the action to be taken by the patient in accordance with the doctor's instruction; Recording means for recording the action taken, storage means for storing the recorded contents, display means for displaying a meal time, setting means for setting a meal time, Storage means for storing the set meal time, notification means for notifying the set meal time, change means for changing the set meal time, display means for displaying the changed meal time, and the changed meal Storage means for storing time, display means for displaying a meal intake unit, setting means for setting a meal intake unit, storage means for storing the set meal intake unit, and time for measuring a blood glucose level. Display means for displaying; storage means for storing the time for measuring the blood glucose level; notification means for notifying the time for measuring the blood glucose level; recording means for recording the measured blood glucose level; and displaying the recorded blood glucose level. Display means; storage means for storing the recorded blood glucose level; display means for displaying the time of insulin injection; storage means for storing the time of insulin injection; Notification means for notifying the interval, recording means for recording the result of the insulin injection, display means for displaying the result of the insulin injection, storage means for storing the result of the insulin injection, and display means for displaying the amount of exercise Recording means for recording the amount of exercise actually performed; storage means for storing the record; and transmitting means for transmitting the stored patient result report information to the doctor-side host computer. Characteristic portable terminal for diabetic patients. 13. A mobile phone for a diabetic patient, wherein the mobile phone for a diabetic patient includes at least a patient name, patient treatment data, and a doctor's instruction transmitted from a doctor's host computer. Receiving means for receiving the instruction information, storage means for storing the received patient name, patient treatment data, treatment instruction information including the doctor's instruction, and receiving the patient name, patient treatment data, the doctor's instruction Display means for displaying the treatment instruction information including the treatment instruction information, display means for displaying the action to be taken by the patient in accordance with the doctor's instruction, notification means for informing the action to be taken by the patient in accordance with the doctor's instruction, and treatment for the patient in accordance with the doctor's instruction. Recording means for recording the action taken, storage means for storing the recorded contents, display means for displaying a meal time, setting means for setting a meal time, Storage means for storing the set meal time, notification means for notifying the set meal time, change means for changing the set meal time, display means for displaying the changed meal time, and the changed meal Storage means for storing time, display means for displaying a meal intake unit, setting means for setting a meal intake unit, storage means for storing the set meal intake unit, and time for measuring a blood glucose level. Display means for displaying; storage means for storing the time for measuring the blood glucose level; notification means for notifying the time for measuring the blood glucose level; recording means for recording the measured blood glucose level; and displaying the recorded blood glucose level. Display means; storage means for storing the recorded blood glucose level; display means for displaying the time of insulin injection; storage means for storing the time of insulin injection; Notification means for notifying the interval, recording means for recording the result of the insulin injection, display means for displaying the result of the insulin injection, storage means for storing the result of the insulin injection, and display means for displaying the amount of exercise Recording means for recording the amount of exercise actually performed; storage means for storing the record; and transmitting means for transmitting the stored patient result report information to the doctor-side host computer. Characteristic mobile phone for diabetics.