JP2000123098A - Medical examination supporting system and diagnosis supporting system and consultation supporting system and electronic record card preparation system and medical receipt preparation system based on keyword analysis - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a medical supporting system for supporting a series of medical actions such as medical examination, inspection, diagnosis and treatment, and for synthetically processing the related works. SOLUTION: This system is provided with a means for storing related data with the name of disease and symptoms, a means for storing the information of the site, sex, age and medical history of a patient, a means for storing related data such as items to be inspected and opinions to be confirmed corresponding to the name of disease, a means for storing related data with a method for treatment, a means for keyword-inputting one or more symptoms and data related with the symptoms, a means for retrieving the name of disease and the method for treatment based on this, and a means for displaying the related information such as the items to be inspected and the opinions to be confirmed or the like.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention assists and assists medical treatments, including medical examinations, diagnoses, and medications, in hospitals and clinics according to predetermined processes based on the latest medical technology. The present invention relates to a system for providing an electronic assist tool for performing medical treatment and reducing and streamlining medical treatment and related office work.

[0002]

2. Description of the Related Art For a patient visiting a hospital or clinic, a doctor in charge hears one or more subjective symptoms from the patient and responds to the symptoms based on his / her physical findings. The name of the disease to be diagnosed is estimated or estimated based on the knowledge and past experience of the physician, and if necessary, the patient's disease name and its condition are diagnosed through necessary examination or detailed examination for confirmation.

[0003] For example, patients who complain of becoming extremely tired recently may have fever, cough or sputum,
After confirming multiple symptoms such as abnormal complexion / skin color, swelling, shortness of breath and palpitations, cold, pneumonia, hepatitis depending on the combined state of these symptoms A plurality of disease names such as pulmonary tuberculosis, anemia and the like are listed, and after a detailed examination necessary for identifying the disease, the doctor diagnoses the patient's disease name and its condition.

As described above, in the diagnosis process, information on the patient's subjective symptoms, medical history, doctor's physical findings, test results, and the like are used as basic data, and the patient's disease name and its symptoms are specified and diagnosed. .

[0005] Diagnosis including such examinations, detailed examinations, and the like specifies a patient's disease and its condition, and examines a treatment method. The treatment method includes various medical or surgical treatments, medication, diet, rest, and the like.

[0006] In the above-mentioned examination, diagnosis and treatment processes, the contents of specific treatments in each process are forced to change with advances in medicine and pharmacy, development and approval of new drugs, and development of new medical devices and the like. It will be. For this reason, physicians are required to read technical books, research books, dissertations, etc., and to constantly accumulate knowledge of the latest medicine and related fields.

On the other hand, in a relatively small clinic where one physician must take charge of a wide range of medical departments, the latest knowledge on medicine and related fields in all medical departments handled by one physician is given. It is difficult to get.

[0008]

In view of such circumstances, in recent years, medical support systems using computers have been used in relatively large-scale medical institutions such as hospitals. The system simply and uniquely associates a disease name with a plurality of symptoms that can be caused by the disease name, or as a separate system independent of this, associates a disease name with a medical treatment item and sets a medical fee The purpose of the present invention is to reduce administrative work required for issuing a receipt by preventing errors in office procedures such as omission of a patient's disease name or the like in the receipt when issuing a letter (hereinafter referred to as a “recept”).

However, in reality, a certain disease usually shows complicated symptoms, and one disease often accompanies another disease. In addition, when diagnosing a specific disease from a certain symptom, it is often necessary to wait for test results obtained by various detailed tests.

A conventional medical care support system in which a disease name is uniquely associated with a plurality of symptoms that can be caused by the disease name cannot cope with the above case.

In a conventional system, a method of inputting data to a system such as a disease name or a symptom is, for example, a method of selecting one data from an enormous number of data, or a method of inputting many keys. However, it was difficult to use it in the actual medical practice.

Further, in the conventional medical care support system, illness and symptom, examination subjects necessary for symptom and diagnosis,
Medical activities and medical affairs such as the creation of medical records, the identified diseases and their treatment methods, the issuance of medical treatment items and receipts, etc. could not be correlated and processed in a series, resulting in duplication in individual processes. Operation and work were required.

[0013]

SUMMARY OF THE INVENTION In view of the above-mentioned problems in the prior art, the present application provides a method for screening, examining, diagnosing, and treating a series of medical actions without error according to a process incorporating the latest medical technology. It provides a medical support system that can assist in performing such tasks, and can create and work with medical charts and issues of claims that are associated with each other so that they can be coordinated and processed in an integrated manner. Provides a screening support system, a diagnosis support system, a medical care support system, an electronic medical record creation support system, and a medical receipt creation support system based on keyword analysis that are easy and easy to input and can be used in real time at medical sites. Is what you do.

For this reason, the system according to the present invention comprises: first storage means for storing data relating to the disease name and the symptoms;
Second to store information such as disease site, gender, age, medical history, etc.
Storage means for storing related data such as items to be examined for the disease name and findings to be confirmed in association with the disease name, and related data for the disease name and a treatment method for the disease name. A fourth storage unit, an input unit for inputting one or more symptoms and various data relating to the symptoms as keywords, and the first storage unit based on the input data input by the input unit. A search means for accessing the second storage means to search for one or more corresponding disease names, and a search means for accessing the third storage means to search for a treatment method for the disease; Listed disease names in order of likelihood, and, if necessary, display relevant information such as items to be examined for each retrieved disease, findings to be confirmed, etc. Characterized by comprising a display means for displaying the treatment for the disease, the.

Further, the present system is provided with printing means for printing out input data, search data or related information such as items to be examined for each disease searched, findings to be confirmed, and the treatment method for the disease. And a correspondence table between each input data item and a keyword for identifying the input data item, wherein the input of the keyword to the input means is performed by displaying characters or graphics displayed on the display device for displaying the corresponding input data. , A click operation for selecting a number, a symbol, or an icon, an initial character or an abbreviation of input data, a voice input, or the like. Here, when the input data item has a large number of selection elements and is diversified, the correspondence table has a hierarchical structure, and desired input data can be easily specified by selecting or inputting a plurality of times according to the hierarchical level. It is configured to be able to.

Further, the present invention cooperates with the above-mentioned examination support system, diagnosis support system, and medical treatment support system, and shares the data inputted and stored therein,
In order to reduce medical office work related to medical practice, disease names, symptoms, disease sites, test items, treatment methods, etc.
Medical treatment data storage means for preliminarily storing medical treatment-related items described in the medical record, patient names and their ID codes, gender, date of birth, physical data, symptoms, medical interviews and medical examination findings,
Test data, medical history, etc., individual data storage means for storing individual data of the diagnosed disease name, input means for keyword input of the medical treatment data and individual data, and in a predetermined format based on the input data An electronic medical record creation system based on keyword input, comprising: a display unit for displaying a medical record of the patient; and a recording unit for recording the medical record on a recording medium, and a disease name, symptom, and disease. Site, test item, treatment method, etc.
Medical treatment data storage means for preliminarily storing medical treatment-related items described in the medical record, patient names and their ID codes, gender, date of birth, physical data, symptoms, medical interviews and medical examination findings,
Individual data storage means for storing individual data of test results, medical history, etc., and the name of the diagnosed disease, and a medical fee statement in a predetermined format based on the medical fee of the patient from the medical data and the individual data And a printout means for printing out a medical receipt.

[0017]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing an embodiment of a medical examination support system, a diagnosis support system, a medical treatment support system, an electronic medical record creation support system, and a medical receipt creation support system according to the present invention. .

FIG. 1 shows an example of the overall configuration of a system according to the present invention.

A system according to the present invention includes a database storage device for storing and storing data of a database constituted by a plurality of types of related general data, a database management device for managing the storage device,
Classified by terminal devices directly operated by the user, and these are connected and configured.

The database storage device is a magnetic disk,
A secondary storage device such as an optical disk or a magneto-optical disk is used. The database management device includes software related to storage management of the storage device, access control, query processing, transaction management, and the like. Here, the access control governs functions related to data input / output management, parallel control, and the like. In the input / output management, a buffer is provided as a main storage device in order to minimize the number of physical input / output operations of a database configured in the database storage device and to realize high-speed processing.

The terminal device includes an input device such as a keyboard, a touch panel, or a voice input device, a display device for displaying characters, symbols, icons, figures, and the like, a printing device, a control device, a hard disk device, an optical disk device, and the like. And software for configuring an end-user interface for access to a database management device. Commercially available ordinary personal computers are available.

The name of the doctor in charge and various individual data of each patient are stored in the storage means of the terminal device, but are usually shared with the database storage device.

As described above, in the embodiment of the present invention, the database storage device, the database management device, and the terminal device are separate components, respectively.
This is a classification from the viewpoint of functions, and the specific hardware configuration of the system according to the present invention is not necessarily limited to such a classification. It would also be possible to use a relatively high performance commercially available personal computer to have the functions of the database storage device and database management device described above.

In the system according to the present invention, the database storage device stores, in the database storage device, data relating to symptoms and disease names, items to be examined for the disease names corresponding to the disease names of the disease, findings to be confirmed, and the like. Related data, related data of a disease name and a treatment method for the disease name, and the like are stored in a form that satisfies a normalization condition for forming a relational (relation) database. These records will be constantly updated with the latest developments in medicine and other related fields. These revision methods are performed by replacing an optical disk or rewriting data through a communication line.

FIG. 2 shows an example of correspondence table data of a symptom and a disease name corresponding to the symptom in the database storage device.

In FIG. 2, for example, for the general symptom of “fatigue and fatigue”, the corresponding disease names are “anemia”, “hypotension”, “pulmonary tuberculosis”, “nutrition disorder”, and “circulation”. All disease names that show symptoms of “malaise” such as “organ diseases”, “hyperthyroidism”, “liver disease”, “kidney disease”, “metabolic disease”, “mental illness” and the like are associated. The disease names corresponding to the symptom “fever” include various “infections”, “pneumonia”, “pharyngitis”, “laryngitis”,
Disease names such as "tonsillitis", "encephalitis" and "meningitis" are associated. Furthermore, for "hemoptysis" as a site-specific symptom, various "respiratory diseases", "heart diseases",
“Blood disease” and “collagen disease” are associated with each other.

When one or a plurality of symptom data are input by the input means, a common set operation of a relational database of symptom-corresponding disease names is performed to retrieve and output the disease names showing the plurality of symptoms. Become. For example, “fatigue fatigue”, “fever” and “hemoptysis”
When the three symptoms are entered, the names of the diseases that can complicate these symptoms, for example, “pulmonary tuberculosis”, “diffuse bronchitis”,
"Leukemia" and the like.

FIG. 3, contrary to FIG. 2, is a data table for referring to a symptom that can be exhibited by the disease related to the disease name from the disease name. When the name of the disease is known, other symptoms unique to the name of the disease can be referred to by referring to the database.

As another search output method for disease names,
A symptom input method using a flowchart as shown in FIG. 4 may be used. Here, for example, if the symptom “fever” is input, “throat / tracheal pain”, “chest pain”, “headache”,
By outputting "nasal discharge", "abdominal pain", "diarrhea", "ear pain", etc. one after another on the display screen and selecting them,
It retrieves and outputs possible disease names.

As described above, when searching for and outputting a disease name in accordance with symptoms, not only the subjective symptoms of the patient, but also information on the patient's medical history, the doctor's physical findings, various test results, and the like become basic data. Finally, the disease name of the patient is specified and diagnosed.

For this reason, in the present system, not only the data relating to the disease name and the symptoms and symptoms, but also individual input information such as the site of the disease, the findings, gender, age, medical history, etc. Related data such as items to be inspected for disease names, findings to be confirmed, etc. are previously constructed in the system as a relational database, and disease names searched based on a plurality of symptoms are integrated based on the individual input information and the like. It is configured to display and output possible disease names in descending order of possibility based on symptoms of individual patients.

In the present system, the minimum required test items that must be performed by the doctor in charge to finally diagnose a specific disease from the possible disease names, and finally to be confirmed Relevant data such as test results and other findings are listed for each listed disease name, thereby preventing errors in diagnosis and conducting screenings that reflect the results of rapid and up-to-date medical technology. In addition, it provides lateral support for diagnosis.

Furthermore, the examination support system and the diagnosis support system according to the present invention have a great feature in realizing the easiness of inputting the individual information and data such as symptoms to the system or other operations.

One of the major reasons why the electronic medical system using the computer or the like of the prior art has not been widely used is the complicated input operation of data. That is, in an actual medical practice, it is difficult to input a patient's symptoms and findings by operating the keyboard on a keyboard placed beside a screening operation such as an inquiry due to restrictions on the screening time and the like. The same is true for the reason that electronic medical records have not been used in the past.

Therefore, the present system is provided with a correspondence table between each input data item and a keyword for identifying the input data item, and the input to the input means is performed by a character displayed on a display device for displaying the corresponding input data. , A click operation for selecting a figure, a number, a symbol or an icon, an initial character or an abbreviation of input data, and a voice input. Further, when the input data item has a large number of selection elements, the correspondence table has a hierarchical structure, and is configured to specify desired input data by selecting or inputting a plurality of times according to a hierarchical level. I have.

FIG. 5 shows an example when a symptom or disease name is input. To input the symptom “fever”, select the “symptom input screen”, and then select the initial “ha” or “ne” column. As a result, many options corresponding to the initial appear on the display screen. Therefore, the symptom “fever” is selected and input from those options. Furthermore, when "fever" is selected, a screen for selecting "high fever" and "slight fever" or a body temperature division display appears, and the selection is performed by selecting and inputting any of them.

It goes without saying that data may be input by selecting figures, numbers, symbols or icons in a similar manner.

In the keyword input method according to the present invention, as described above, the selection item is output on the screen based on input information within a certain range in combination with the method of inputting the initials of the data to be input. In addition, a method of simplifying data input by selecting the data by clicking or the like is also included.

For example, in the above-described keyword input method, when "heart" is selected or input, "heart echo" which is a selection candidate relating to "heart" is displayed on the screen at the stage where only "heart" is input. , "Psychogenic hyperventilation", "Palpitations",
"Myocardium", "myocarditis", "myocardial infarction", "cardiomyopathy"
"Cardiogenic shock", "heart murmur", "ventricle", "ventricular enlargement", "ventricular fibrillation", "ventricular septal defect", "cardiac asthma", "heart fricative sound", "electrocardiogram", " Pericardium puncture '',
Selective items related to "heart" such as "heart rate decrease", "heart failure", "atrial", "atrial fibrillation", "atrial septal defect", "pericardium", "pericardial knock sound" are displayed. Will be done.

Further, for example, when "heart muscle" is selected and input next, all the selection items related to "heart muscle" such as "myocarditis", "myocardial infarction", and "cardiomyopathy" are displayed and output. Becomes

The input method for each concept level of input data as described above is realized by previously providing a correspondence table between each input data item and a keyword for identifying the input data item for each concept level of each input data. I have.

As described above, the present application has achieved the operability by thoroughly reducing the time and effort required for data input, and has established a keyword input system that can be actually used in the medical field.

Further, in the present system, a voice input method using voice recognition may be used. In recent years, word-level speech recognition technology has been sufficiently developed for practical use. A voice recognition board is available and can easily be built into a personal computer.

Such a simple input method in the present system is also applied to a case where a disease site is specified. For example, first, an entire view of a human body is displayed on a display screen. Then, the operator moves the cursor to the vicinity of the part to be specified and clicks it or, if the display screen has a touch panel, presses a predetermined part with an input pen or the like. Next, the system displays a magnified human partial view around the clicked or pressed area.
Then, the operator is configured to specify a finer portion on the enlarged human body partial view in a similar manner. For example, when it is desired to specify the valve leaflet between the right atrium and the right ventricle in the heart, the chest is specified in the first displayed whole human body view, and then the display screen displays a partial view of the chest. Therefore, when the heart is specified, a heart site map in which only the heart is enlarged is displayed, so that the right atrium and the right interventricular valve leaflet are specified.

When various data necessary for the diagnosis are input by the above-described method and the patient's disease and its condition are finally diagnosed by the diagnosis including the findings and the detailed examination, the treatment method is examined. The Rukoto. The treatment method includes various medical or surgical treatments, medication, diet, rest, and the like.

Therefore, the present system is provided with storage means for storing data relating to a disease name and a treatment method for the disease name, and various effective treatment methods for a finally diagnosed disease can be stored in individual patients. It is configured to give a priority order based on individual input data and to present the items by item. Then, in each treatment method, information related to the treatment method, such as precautions, is additionally displayed.

The data input to the system in this manner, the patient's name and its ID code, gender, date of birth, physical data, symptoms, interviews and examination findings, examination items performed and their results, Medical subject data such as the site of the disease and the treatment items performed are stored as individual patient data in a storage device configuring the system.

Then, these various data are used for preparing an electronic medical record and a medical receipt.

Regarding the items to be described in the medical record and the content of the description,
Necessary data has already been input to the examination support, diagnosis support, and medical care support systems, and therefore, it is sufficient to arrange and display and print necessary items in a predetermined description format. Various formats may be prepared in advance for these description formats, and the most suitable format may be displayed or printed according to an arbitrary selection by the operator. Further, in the case where the disease name is desired to be described in a foreign language in the medical chart, for example, it is possible to prepare a correspondence table of Japanese disease names and corresponding foreign language disease names.

The same applies to the preparation of a medical receipt. Necessary items are automatically printed out according to a predetermined medical claim form. The name of the patient and its ID code, including medical care-related matters such as the disease name, symptoms, site of the disease, test items performed, and treatment methods including medication,
Gender, date of birth, physical data, symptoms, medical interviews and medical examination findings, test results, medical history, etc., and data related to the medical treatment fee of the patient are picked up from individual data of the diagnosed disease name, and these are treated as prescribed. It will be printed out in the form of a remuneration statement. In this system, since a correspondence table between each medical treatment item and the insurance score is provided,
There is no need to re-enter data on the performed medical treatment items and the like.

As described above, in the present system, various data input at the time of examination, diagnosis, and treatment are used as they are together with the patient's personal data at the time of creating a medical chart and issuing a receipt. Will be centrally managed and processed, eliminating the need for duplicate data entry operations at the time of each medical practice, chart creation, and issuing a claim, and eliminating the risk of erroneous data entry. -ing

In this system, related data such as disease name and symptom, information such as disease site, sex, age, medical history, etc., related data such as items to be examined for disease name in correspondence with disease name, findings to be confirmed, The related data of the disease name and the treatment method for the disease name, and the correspondence table between each medical treatment item and the insurance score, etc. are defined and configured in a normalized form to be established as a relational database, and are configured by search or It is configured such that a query process based on the database language SQL is performed by inputting a keyword for output.

The feature of the present system is that the simplicity of the input operation is realized as described above. For data to be input including symptoms, a correspondence table of data items and keywords for identifying the data items is provided, and input to the input means is a character displayed on a display device displaying the corresponding input data, It is configured to be able to be performed by a click operation for selecting a figure, a number, a symbol or an icon, an initial character or an abbreviation of input data, and a voice input. Further, when the input data item has a large number of selection elements, the correspondence table has a hierarchical structure, and is configured to specify desired input data by selecting or inputting a plurality of times according to a hierarchical level. I have.

[0054]

As described above, the present invention has been made in view of the problems of the conventional system that required redundant operations and operations in each medical practice such as medical examination, diagnosis, treatment and the like, and in individual processes in medical affairs related thereto. In the present invention, the medical examination, examination, diagnosis and treatment that constitute a series of medical treatments are assisted to be performed without error according to the process incorporating the latest medical technology, and the creation and reception of accompanying medical records Provide a medical support system that can correlate tasks such as issuance of documents with each other and organically cooperate to perform unified processing. Data input and other operations are simple and easy, and can be used in real time at medical sites Medical care support system based on simple keyword analysis, electronic medical record creation support system, and medical receipt creation support system Than it was realized to provide.

[Brief description of the drawings]

FIG. 1 shows an overall configuration diagram of a system according to the present invention.

FIG. 2 shows an example of a correspondence table of symptoms and disease names corresponding to the symptoms.

FIG. 3 shows a data table for referring to a symptom that can be exhibited by a disease related to the disease name from the disease name.

FIG. 4 shows an example of a symptom input method according to a flowchart.

FIG. 5 shows an example in which input data such as symptoms and disease names are easily input.

Claims (24)

[Claims] 1. A first storage means for storing data relating to a disease name and a symptom, and a second storage means for storing information such as a disease site, sex, age, and medical history.
Storage means, input means for inputting one or more symptoms and information as keywords, and the first storage means and the second storage means based on data input by the input means. A search unit for accessing and searching for one or more relevant disease names; and a display unit for displaying the disease names searched for by the search unit in a state of being listed in a descending order of possibility. Screening support system based on keyword analysis. 2. The screening support system based on keyword analysis according to claim 1, wherein the system includes a printing unit for printing and outputting related information such as input data and search data. 3. The search means, when searching for a disease name based on input data, even if a specific symptom has not been input, determines the probability of a specific disease based on the other input information. 2. The screening support system based on keyword analysis according to claim 1, wherein the disease name is displayed on the display device together with the accompanying information when the cost is high. 4. The system according to claim 1, further comprising a correspondence table between each input data item and a keyword for identifying the input data item, wherein the input of the keyword to the input means displays the corresponding input data. The characters displayed above,
Click operation for selecting figures, numbers, symbols or icons, input of initials or abbreviations of input data,
2. The method according to claim 1, wherein the step is performed by voice input.
Screening support system based on keyword analysis described in 1. 5. The correspondence table has a hierarchical structure, and when the input data item has a large number of selection elements, specifies desired input data by selecting or inputting a plurality of times in accordance with a hierarchy level. The diagnosis support system based on the keyword analysis according to claim 4 configured. 6. A first storage means for storing data relating to a disease name and a symptom, and a second storage means for storing information such as a disease site, sex, age, medical history and the like.
Storage means for storing related data such as items to be examined for the disease name, findings to be confirmed, etc. in correspondence with the disease name; and one or more symptoms and various data related to the symptoms. An input unit for inputting a keyword, and accessing the first storage unit and the second storage unit based on input data input by the input unit, and searching for one or more corresponding disease names. Display means for listing the disease names searched by the search means in descending order of likelihood and, if necessary, displaying relevant information such as items to be examined for each disease searched, findings to be confirmed, etc. A diagnosis support system based on keyword analysis. 7. The system according to claim 1, wherein the input data, the search data, or an item to be inspected for each searched disease,
7. The diagnosis support system based on keyword analysis according to claim 6, further comprising printing means for printing and outputting related information such as findings to be confirmed. 8. The search means, when searching for a disease name based on input data, even if a specific symptom or finding has not been input, searches for a specific disease based on other input information. 7. The diagnosis support system based on keyword analysis according to claim 6, wherein, when the probability is high, the disease name is displayed on the display device together with accompanying information. 9. The system further comprises a correspondence table between each input data item and a keyword for identifying the input data item, wherein the input of the keyword to the input means is a display device for displaying the corresponding input data. The characters displayed above,
Click operation for selecting figures, numbers, symbols or icons, input of initials or abbreviations of input data,
7. The method according to claim 6, wherein the step is performed by voice input.
Diagnosis support system based on keyword analysis described in 1. 10. The correspondence table has a hierarchical structure,
If the input data item has multiple selection elements,
The diagnosis support system based on keyword analysis according to claim 9, configured to specify desired input data by selecting or inputting a plurality of times according to a hierarchy level. 11. A treatment method storage means for storing data relating to a disease name and a treatment method for the disease name; a second storage means for storing information such as a site, gender, age, and physical condition of the disease; An input unit for inputting a keyword of the disease name and the information on the patient, and accessing the first storage unit and the second storage unit based on input data input by the input unit, and A treatment support system based on keyword analysis, comprising: retrieval means for retrieving an optimal treatment method for the subject; and display means for listing and displaying the treatment methods retrieved by the retrieval means. 12. The treatment method includes various methods for treating the disease or delaying progression of the disease, such as a surgical or medical method, a medication method, a diet method, a resting method, a living method, and the like. A treatment support system based on the keyword analysis according to 11. 13. A first storage means for storing data relating to a disease name and a symptom, and a second storage means for storing information such as a disease site, sex, age, and medical history.
Storage means for storing related data such as items to be examined for the disease name, findings to be confirmed, and the like in association with the disease name; and related data on the disease name and a treatment method for the disease name. A fourth storage unit, an input unit for inputting one or more symptoms and various data related to the symptoms as keywords, and the first storage unit based on the input data input by the input unit. A search unit that accesses the second storage unit to search for one or more corresponding disease names, and a search unit that accesses the third storage unit to search for a treatment method for the disease; List the names of the diagnosed diseases in order of likelihood and, if necessary, display relevant information such as items to be examined and findings to be confirmed for each searched disease. , Clinical information system based on keyword analysis, characterized by comprising display means for displaying said treatment for the disease, the. 14. The system further comprises printing means for printing out input data, search data or related information such as items to be examined for each disease searched, findings to be confirmed, and the treatment method for the disease. 14. A medical care support system based on the keyword analysis according to claim 11. 15. The display device further comprises a correspondence table between each input data item and a keyword for identifying the input data item, wherein the input of the keyword to the input means displays the corresponding input data. The characters displayed above,
Click operation for selecting figures, numbers, symbols or icons, input of initials or abbreviations of input data,
2. The method according to claim 1, wherein the step is performed by voice input.
3. A medical care support system based on the keyword analysis described in 3. 16. The correspondence table has a hierarchical structure,
If the input data item has multiple selection elements,
16. The system according to claim 15, wherein a desired input data is specified by selecting or inputting a plurality of times according to a hierarchical level.
Medical support system based on keyword analysis described in 1. 17. Medical treatment data storage means for preliminarily storing medical-related items described in a medical record, such as a general disease name, symptom, disease site, examination item, treatment method, etc .; a patient's name, its ID code, and gender. , Date of birth, Physical data, Symptoms, Interviews and consultation findings, Test results, Medical history, etc.
Individual data storage means for storing individual data of the diagnosed disease name; input means for inputting the medical care data and the individual data as keywords; based on the input data, the medical record of the patient in a predetermined format. An electronic medical record creation system using keyword input, comprising: display means for displaying the medical record data; and printing means for printing out necessary data of the medical record data in a predetermined form. 18. The system according to claim 18, further comprising a correspondence table between each input data item and a keyword for identifying the input data item, wherein the input of the keyword to the input means is performed by the display device displaying the corresponding input data. The characters displayed above,
Click operation for selecting figures, numbers, symbols or icons, input of initials or abbreviations of input data,
2. The method according to claim 1, wherein the step is performed by voice input.
7. An electronic medical record creation system using the keyword input described in 7. 19. The correspondence table has a hierarchical structure,
If the input data item has multiple selection elements,
18. The system according to claim 17, wherein a desired input data is specified by a plurality of selections or inputs according to a hierarchy level.
Electronic chart creation system described in 1. 20. The method according to claim 1, wherein the input of data relating to the site of the disease is performed by instructing a corresponding part on a whole human body view or a predetermined partial view of the human body displayed on the display means by clicking or the like. Claim 17
Electronic chart creation system described in 1. 21. A medical data storage means for preliminarily storing medical-related items described in a medical record, such as a general disease name, symptom, site of a disease, examination item, treatment method, etc., a patient's name and its ID code, and gender. , Date of birth, Physical data, Symptoms, Interviews and consultation findings, Test results, Medical history, etc.
And individual data storage means for storing individual data of diagnosed disease names; search means for picking up data relating to the medical fee of the patient from the medical data and individual data; and data picked up by the detection means. Printing output means for printing out in the form of a predetermined medical fee statement,
A medical receipt creation system, comprising: 22. The method according to claim 19, wherein the input of the data relating to the site of the disease is performed by instructing the whole human body displayed on the display means or a corresponding part on a predetermined partial figure of the human body by clicking or the like. Claim 21
The medical receipt creation system according to 1. 23. The system according to claim 23, further comprising a correspondence table between each item of the input data and a keyword for identifying the item, wherein the input of the keyword to the input unit is a display device for displaying the corresponding input data. The characters displayed above,
Click operation for selecting figures, numbers, symbols or icons, input of initials or abbreviations of input data,
3. The method according to claim 2, wherein the step is performed by voice input.
1. A medical receipt creation system based on the keyword input described in 1. 24. The correspondence table has a hierarchical structure,
If the input data item has multiple selection elements,
24. The system according to claim 23, wherein desired input data is specified by selecting or inputting a plurality of times according to a hierarchical level.
The medical receipt creation system according to 1.