JP2004133570A - Selective input device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a selective input device capable of omitting the time and labor of input and improving the retrieval and display efficiency of sickness and wound names when inputting selectively. <P>SOLUTION: The selective input device selects and inputs a prescribed sickness and wound name among a plurality of sickness and wound name candidates including modifiers. The selective input device comprises: a correlation information management means for managing correlation information indicating the frequency of use of the modifiers included in the sickness and wound names and the classification of the sickness and wound names; a sickness and wound name retrieval means for retrieving the plurality of sickness and wound name candidates of a high using frequency; and a display means for displaying a list selectable by an operator from the plurality of sickness and wound name candidates retrieved by the sickness and wound name retrieval means. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention relates to a selection input device, and particularly, when a medical fee statement (recept) is created for a medical bill by a personal computer (PC) installed in a hospital or the like, an appropriate name of an injury or disease is selected, The present invention relates to a selection input device for inputting.
[0002]
In addition, the present invention relates to a program for causing a computer to perform the processing in such a selection input device.
[0003]
[Prior art]
2. Description of the Related Art Conventionally, in a medical insurance claim operation at a hospital, a medical remuneration statement (hereinafter, referred to as a “recept”) is created every month to claim medical expenses for each insurer. The receipt records the patient's insurance number, consultation date, name of the illness and the like. Conventionally, a paper receipt was prepared and submitted to the Ministry of Health, Labor and Welfare. However, a receipt computer system that records this receipt on a floppy (registered trademark) disk or MO (Magnet Optical) and submits it as electronic data has become widespread. It is getting. In this claim computer system, when a claim is created by inputting a name of a disease or disease, the name of the disease is processed as a name of a disease or disease name for a computer system for a receipt called ICD-10. However, in the conventional system, it is necessary for an operator who performs medical affairs to input a correct injury / illness name and an injury / illness name code corresponding to the injury / illness name.
[0004]
Next, a general method of searching and outputting a wound name code from a wound name database (hereinafter, referred to as DB) storing wound name information will be described. When indexing a disease name code based on a disease name using kana characters that are easy to search, first, an operator inputs a kana character string from a terminal such as a PC, and then matches a corresponding disease name and a disease name for a receipt computer from a disease name DB. The code is searched for and displayed on a display unit such as a display. The operator selects and inputs from the displayed names of the injuries and diseases to perform the receipt computer processing.
[0005]
The case of indexing the name of a disease name will be described with reference to FIG. FIG. 1 is a diagram showing the relationship between tables related to the conventional computer processing for receipt. FIG. 2 is a diagram showing an index table related to the conventional receipt computer processing. FIG. 1 shows a modifier table 1 storing information relating to modifiers, an index table 2 storing information relating to an index of a disease name code, and a disease name table 3 storing information relating to a disease name. The modifier table 1 includes items of a modifier code and a modifier basic name. The index table 2 includes items of an index term, a corresponding term code, and a disease name modifier section. The injury name table 3 includes items such as an injury name code, an injury name basic name, and an injury classification.
[0006]
For example, as shown in FIG. 2, in the index term item of the index table 2, terms such as hay fever, allergic rhinitis due to pollen, chronic rhinitis, and chronic are stored. In the corresponding term code item, a disease name code corresponding to each index term is stored. In the item of disease name modifier category, the category of whether each index term is a disease name or a modifier is stored. In the index table 2, the item of the index term stores an injury / illness name, a qualifying word, and an erroneous character string which is easily input by the operator as the name of the injury / illness. A code corresponding to the word code is stored. Here, an erroneous character string is associated with a harmful disease name code or a modifier code so that a harmful disease name that is likely to be erroneously input can be flexibly dealt with. This realizes a flexible search for a disease name.
[0007]
Further, as a conventional technique, there is a method in which image selection information including image identification information is displayed based on a search frequency, and desired image information is input from the image selection information by a selection input unit (for example, see Patent Document 1).
[0008]
[Patent Document 1]
JP-A-6-119404
[0009]
[Problems to be solved by the invention]
However, if the name of the illness and disease is composed of the modifier and the name of the illness, the character string is searched separately for the qualifier and the name of the illness, so that the qualifier and the name of the illness are correct. I can't confirm that the code corresponds exactly. In addition, when inputting a name of a illness including a modifier, even if the terminal determines that the qualifier is used for the name of the illness, the main disease name following the qualifier cannot be predicted, and the operator determines that the name of the illness is the same as the name of the illness. There was a problem that modifiers had to be entered separately.
[0010]
In addition, there are nearly 10,000 names of injuries and diseases recognized by the ICD-10 of the receipt computer system, and if the relationship between the names of injuries and diseases and modifiers is simply stored as a table on the terminal side, an enormous storage capacity is required. There was a problem that it would. Also, on the terminal side, to search for all information including the names of hospitals and patients and the names of injuries and diseases that cannot occur in the relationship between the names of injuries and diseases, and the names of injuries and diseases that are unlikely to be used, and to display all the search results, There is a problem that the search efficiency becomes very poor. For example, in the case of a modifier such as "chronic", since it is a modifier widely used in the name of a disease or disease, there are many applicable names of the disease or disease, and there is a problem that it takes time to display search results. .
[0011]
Therefore, an object of the present invention is to provide a selection input device that can save the trouble of input and can improve the efficiency of searching and displaying the name of a disease or disease at the time of selection input.
[0012]
[Means for Solving the Problems]
In order to solve the above problems, the present invention is a selection input device that selects and inputs a predetermined disease name among a plurality of disease name candidates including a modifier, and a modifier included in the disease name. Correlation information management means for managing correlation information indicating the frequency of use with the classification of the disease name, and the plurality of the disease name candidates having a high use frequency based on a character string input by an operator and the correlation information. And a display means for displaying a list that allows the operator to select from the plurality of candidate disease names searched by the disease name search means.
[0013]
In such a selection input device, the correlation information indicating the frequency of use of the qualifier included in the injury name and the classification of the injury name is managed, for example, a character string input by the operator according to the injury name described in the medical record Based on the correlation information and the information, a plurality of frequently used disease name candidates are searched, and a list that can be selected by the operator from the plurality of searched disease name candidates is displayed. It is possible to improve the efficiency of searching and displaying a name of a disease at the time of selection input.
[0014]
Further, in order to solve the above problems, the present invention can be a program for causing a computer to perform processing in a selection input device, and a recording medium on which the program is recorded.
[0015]
BEST MODE FOR CARRYING OUT THE INVENTION
Hereinafter, embodiments of the present invention will be described with reference to the drawings.
[0016]
FIG. 3 is a system configuration diagram of the selection input device according to the first embodiment of the present invention. 3, the selection input device 10 mainly includes an installer 21 for installing a program for executing a reserved communication control process, a display control processing unit 22 for controlling data display, and a communication control processing unit for controlling data communication. 23, an input / output control processing unit 24 for controlling data input / output, and an input character string search processing unit 25 for determining whether the input character string is a modifier or a illness name. A selection / input processing unit 26 for narrowing down a disease name with respect to the input character string, a disease name search processing unit 27 for searching for a disease name with a high correlation frequency, and a search for a disease name code and a modifier code corresponding to the input character string A receipt processing unit 28 that performs a receipt computation process stored in the receipt DB 250, a modifier DB 200 in which information relating to modifiers is stored, and information relating to the names of injuries and diseases are stored. A wound information DB210, a correlation information DB220 storing correlation frequency between a modifier and a disease name, and a correlation between a wound classification and a hospital and patient information, a patient information DB230 storing patient information, The system comprises an index information DB 240 in which index information for indexing a character string matching the input character string is stored, and a claim DB 250 in which the injury processing code and modifier code are stored by the receipt processing unit 28. Each component of the selection input device 10 is controlled by a CPU (central processing unit). The CPU performs processing by the selection input method in the selection input device 10 according to the program stored in the memory unit.
[0017]
Note that a plurality of selection input devices may be connected via a network such as a LAN.
[0018]
The display control processing unit 22 has a display unit such as a display, and controls display data to cause the display unit to display the data. The communication control processing unit 23 is a processing unit that controls transmission / reception data via the network 1 and has a communication unit for connecting to a network. The input / output control processing unit 24 controls input units such as a mouse and a keyboard and output units such as a printer, and controls input and output of data. The installer 21 reads the program from the recording medium 50 storing the program for realizing the selection input method according to one embodiment of the present invention, and installs the read program in, for example, an auxiliary storage device or the like. I do. Then, when a process in a selection input method described later is started, the CPU starts the process according to the program installed in the auxiliary storage device. The recording medium 50 may be a computer-readable medium such as a CD-ROM as a medium for storing the program.
[0019]
The input character string search processing unit 25 determines whether the character string input by the operator is a modifier or a disease name, and stores the character string in the modifier DB 200, the disease name DB 210, and the index information DB 240. Based on the information, qualifier information and injury / illness information are obtained. Here, the qualifier information is a illness name code associated with the qualifier, and the illness name information is a morbidity classification and a morbidity name code. The selection input processing unit 26 narrows down the name of the illness or disease for the selected input character string based on the acquired modifier information and the name of the illness or disease. The illness and disease name search processing unit 27 performs the illness and illness based on the modifier information and the illness name information acquired by the input character string search processing unit 25 and the information stored in the qualifier DB 200, the illness and disease name DB 210, and the correlation information DB 220. A plurality of names of injuries and diseases having a high correlation frequency including classifications and modifiers are searched. In addition, the injury name search processing unit 27 supplies the searched injury classification item and the injury name having a high correlation frequency to the selection input processing unit 26 as injury name candidates. The correlation frequency between the modifier and the name of the illness stored in the correlation information DB 220 and the information on the correlation between the classification of the illness and the hospital and patient information will be described in detail with reference to FIGS.
[0020]
Next, a selection input processing procedure will be described. For example, when a modifier is input to the selection input device 10, the input character string search processing unit 25 obtains a disease classification. The wound name search processing unit 27 searches a plurality of wound names having a high correlation frequency based on the acquired modifiers and wound classification. The injury name search processing unit 27 supplies the searched injury name having a high correlation frequency to the selection input processing unit 26 as an injury name candidate. The selection input processing unit 26 displays the supplied candidate name of the disease on a screen. The operator selects and inputs a predetermined disease name from the displayed disease name candidates. After the injury name is selected and input, the receipt processing unit 28 searches for the injury name code and the modifier code, and the search result is stored in the receipt DB 250.
[0021]
Next, a description will be given of the injury classification classified into ICD-10 (hereinafter referred to as ICD-10) in a hierarchical structure.
[0022]
FIG. 4 is a diagram showing a hierarchical structure of the injury classification. In the injury classification tables 300 to 309 stored in the injury name DB 210 shown in FIG. 4, all the injury names are classified by a four-digit code of ICD-10 code "J31.0". In the classification of the ICD-10 code, classification is performed hierarchically according to the onset site and disease characteristics. The upper layer of the injury classification table 300 to 305 stores the ICD-10 code corresponding to the type of disease and the name of the disease, the medical department corresponding to the type of disease and the name of the disease, and information on the scale of the hospital. I have. The lower-layer injury / sickness classification tables 306 to 309 store information such as an ICD-10 code corresponding to the injury / sickness name, a modifier associated with the injury / sickness name, disease characteristics, and a correlation frequency thereof.
[0023]
For example, the injury / disease classification table 308 is classified into the ICD-10 code “J31.0”, and corresponds to an injury / disease name related to (chronic) rhinitis. The injury classification table 304 is classified into ICD-10 codes “J30 to J39”, and corresponds to the name of an injury related to a disease of the upper respiratory tract. The injury classification table 301 is classified into ICD-10 codes “J00 to J99”, and corresponds to the name of an injury related to a respiratory disease. In this way, based on the injury / disorder classification table 301 classified by the ICD-10 code, the receipt computer processing unit 28 can specify the injury / illness code corresponding to the receipt computer code.
[0024]
Next, the correlation information stored in the correlation information DB 220 will be described. FIGS. 5 and 6 show tables stored in the correlation information DB. The tables 221 and 222 shown in FIGS. 5 and 6 are created based on the character string data of the patient's chart and the name of the injury and disease described in the receipt data stored in each hospital or medical department. First, the character string data is searched for a modifier that matches the modifier name stored in the modifier DB 200, and the modifier is deleted from the character string data. Further, the name of the injury and disease is divided into a modifier and the name of the main disease. Next, a search is made for a name of the disease that matches the name of the disease stored in the name of the disease DB 210 using the remaining character strings, and an ICD-10 code corresponding to the name of the disease is acquired. By repeating the above procedure, the appearance frequency of the modifier and the ICD-10 code is stored in the table 221 as the correlation frequency.
[0025]
The table 221 shown in FIG. 5 stores an injury classification, an ICD-10 code corresponding to the injury classification, a modifier associated with the injury name, and a correlation frequency. Here, the record 223 associated with the ICD-10 code “J31.0” has a specific modifier corresponding to the name of the illness and disease, and the ICD-10 code changes. The code “J30.2” is stored. In this record 223, the injury / disorder classification of “rhinitis” becomes the ICD-10 code “J31.0”, but the injury / disorder classification of “allergic rhinitis” is classified as the ICD-10 code “J30.2”. The injury classification “allergic rhinitis” is associated with the injury name of the injury classification “rhinitis”.
[0026]
The table 222 shown in FIG. 6 is used by the selection input processing unit 26 and the disease name search processing unit 27 to narrow down the disease name in consideration of the hospital information and the patient information. The table 222 stores an injury classification, an ICD-10 code corresponding to the injury classification, a medical department classification, a hospital scale classification, and a patient gender classification. For the medical department division, the hospital scale division, and the patient gender division, the search priority is determined from the medical department, the hospital scale, and the patient's gender in the disease classification tables 300 to 305 in the upper hierarchy of the disease classification shown in FIG. Information is stored. The table 222 may store information for determining the search priority based on the age of the patient.
[0027]
As described above, based on the tables 221 and 222, the selection input processing unit 26 and the disease name search processing unit 27 can narrow down the name of the disease, and can efficiently search for the name of the disease.
[0028]
Next, a description will be given of a selection input processing procedure and screen transition executed when a name of a illness is input. FIG. 7 is a diagram illustrating a screen transition in the selection input process. In FIG. 7, first, when the operator inputs the character string “BIEN” in the process of step S1, a screen 100 is displayed. When the operator converts and inputs the character string “bien”, the character string “rhinitis” is displayed on the screen 101. In the processing of step S2, the input character string search processing unit 25 determines that the input character string "rhinitis" is the name of the injury or illness. When the operator selects and inputs a character string next to the character string “rhinitis”, the character string “rhinitis” and a cursor □ are displayed on the screen 102. In the processing of step S3, the selection input processing unit 26 and the illness name search processing unit 27 search for modifiers corresponding to the illness name, and determine whether there is a qualifier candidate. If there is a candidate for a modifier in step S3, the retrieved modifier "chronic rhinitis, purulent rhinitis, obstructive rhinitis, allergic rhinitis" is displayed on the screen 103. In the process of step S4, when the operator selects and inputs the modifier displayed on the screen 103, the character string "chronic rhinitis" is displayed on the screen 105. Thereafter, in the process of step S6, the receipt computer processing unit 28, as shown in the code information 107, the computer code for receipt computer “49272123” corresponding to the name of the illness “rhinitis” and the computer computer corresponding to the modifier “chronic”. The search code “1231” is retrieved and stored in the receipt DB 250.
[0029]
If there is no candidate for a modifier in the process of step S3, the modifiers “laryngitis, purulent sinusitis, nasopharyngitis, chronic sinusitis” having similar onset characteristics are displayed on the screen 104. When the operator selects and inputs the modifier displayed on the screen 104 in the process of step S5, the character string “chronic sinusitis” is displayed on the screen 106. Thereafter, in the process of step S7, the receipt computer processing unit 28, as shown in the code information 108, corresponds to the receipt computer code "49333001" corresponding to the injured disease name "sinusitis" and the modifier "chronic". The computer code for the receipt calculation “1231” is searched and stored in the receipt DB 250.
[0030]
FIG. 8 is a flowchart for explaining the selection input processing. 8, first, in the process of step S10, the input character string search processing unit 25 acquires the ICD-10 code corresponding to the name of the disease from the name of the disease 210. In the process of step S11, the injury / illness name search processing unit 27 acquires an ICD-10 code having a high correlation frequency with the acquired ICD-10 code from the correlation information DB 220. In the process of step S12, the injury / illness name search processing unit 27 acquires a modifier having a high correlation frequency with the ICD-10 code from the correlation information DB 220. In the processing of step S13, the injury / illness name search processing unit 27 determines whether or not there is the next modifier candidate. If there is a next modifier candidate in the processing of step S13, the processing from step S11 is repeated. If there is no next qualifier candidate in the processing in step S13, in step S14, the injury / illness name search processing unit 27 supplies the acquired qualifier and the injury / illness name to the selection input processing unit 26, and the selection input processing unit 26, a plurality of candidates for the name of the disease are displayed.
[0031]
For example, the ICD-10 code “J31.0” corresponding to the input disease name “rhinitis” is acquired from the disease name DB 210. In the process of step S12, the modifiers “chronic”, “suppurative”, and “obstructive” having a high correlation frequency with the acquired ICD-10 code “J31.0” are acquired from the correlation information DB 220. Here, when a search is performed using the acquired ICD-10 code “J31.0”, since the ICD-10 code “J30.0” of the injury / illness name “allergic rhinitis” is associated, The modifier “allergic” having a high correlation frequency with the ICD-10 code “J30.0” is retrieved and acquired from the correlation information DB 220. In the process of step S14, the plurality of modifiers and the names of the injuries and diseases are sent to the selection input processing unit 26 in the order of higher correlation frequency, so that the names of the injuries and diseases having the higher correlation frequency with the name of the disease "rhinitis" are displayed in order. Can be.
[0032]
In the process of step S15, the selection input processing unit 26 determines whether or not the operator has selected the name of the disease. If a disease name is selected in step S15, the disease name search processing unit 27 updates the correlation frequency between the selected ICD-10 and the modifier in step S16. If no name of a disease is selected in the process of step S15, that is, if there is no candidate for a disease name, in the process of step S17, the input character string search processing unit 25 acquires all ICD-10 codes belonging to the class of the disease in the upper hierarchy. In the process of step S18, the input character string search processing unit 25 acquires the ICD-10 code corresponding to the injury / illness name from the injury / illness name DB 210. In the processing of step S19, the wound name search processing unit 27 acquires, from the correlation information DB 220, a modifier having a high correlation frequency with the acquired ICD-10 code.
[0033]
In the processing of step S20, the injury / illness name search processing unit 27 determines whether there is the next injury / illness name candidate. If there is the next candidate for the disease name in the processing of step S20, the processing from step S18 is repeated. If there is no next disease name candidate in the process of step S20, in the process of step S21, the disease name search processing unit 27 supplies the acquired modifier and the disease name to the selection input processing unit 26, and the selection input processing unit 26, a plurality of candidates for the name of the disease are displayed.
[0034]
Also, in the processing of step S15, if the name of the disease or injury that the operator aims at is not displayed on the screen as a candidate for selection input, the onset characteristics are similar by using the ICD-10 code in the processing of steps S17 to S21. A search for the name of the injured disease can be performed and displayed on the screen. For example, in the process of step S18, the input character string search processing unit 25 sets the injury classification “J30 to J39” corresponding to the upper hierarchy of the acquired ICD-10 code “J31.0” and the injury name “upper airway disease”. From the injured and disease name information stored in the injured and injured name DB 210, a plurality of corresponding injuries and names such as “laryngitis (J31.3)” and “sinusitis (J32)” are obtained. In the process of step S21, the plurality of injuries and disease names are sent to the selection input processing unit 26, and are correlated with the injuries and disease names “laryngitis (J31.3)” and “sinusitis (J32)” based on the correlation information DB 220. Modifiers having a high frequency are searched, and the name of the disease "chronic laryngitis" and the name of the disease "pyometra sinusitis", which are the combination of the corresponding injury and disease name and the modifier, are also sent to the selection input processing unit 26.
[0035]
Next, a description will be given of a selection input processing procedure and screen transition executed when a modifier is input. FIG. 9 is a diagram showing a screen transition in the selection input process. In FIG. 9, first, when the operator inputs the character string “MANSEI” in the process of step S30, a screen 110 is displayed. When the operator converts and inputs the character string “Mansei”, the character string “Chronic” is displayed on the screen 111. In the processing of step S31, the input character string search processing unit 25 determines that the input character string "chronic" is a modifier. When the operator selects and inputs a character string next to the character string “chronic”, a character string “chronic” and a cursor □ are displayed on the screen 112. In the process of step S32, the selection input processing unit 26 and the illness name search processing unit 27 search for the illness name corresponding to the modifier, and determine whether or not there is a candidate. If there is a qualifier candidate in the process of step S32, the retrieved injury name “chronic rhinitis, chronic sinusitis, chronic bronchitis” is displayed on the screen 113. In the process of step S33, when the operator selects and inputs the injury name displayed on the screen 113, the character string "chronic rhinitis" is displayed on the screen 115. Thereafter, in the processing of step S35, the receipt computer processing unit 28, as shown in the code information 117, the computer code for receipt “49272123” corresponding to the name of the injured disease “rhinitis” and the reception computer corresponding to the modifier “chronic”. The search code “1231” is retrieved and stored in the receipt DB 250.
[0036]
If there is no candidate for a disease name in the process of step S32, the screen 114 is not narrowed down in the upper hierarchy, and the disease name “chronic gastritis, chronic alcoholism, chronic bronchitis,” which is searched for the modifier “chronic”, is not searched. , Chronic hepatitis "is displayed. In step S34, when the operator selects and inputs the name of the disease displayed on the screen 114, the character string "chronic gastritis" is displayed on the screen 116. Thereafter, in the processing of step S36, the receipt computer processing unit 28, as shown in the code information 118, the computer code for reception computer “2920200003” corresponding to the name of the illness “gastritis”, and the computer computer corresponding to the modifier “chronic”. The search code “1231” is retrieved and stored in the receipt DB 250.
[0037]
FIG. 10 is a flowchart for explaining the wound name search process. 10, first, in the process of step S40, the input character string search processing unit 25 acquires a modifier code corresponding to the modifier from the modifier DB 200. In the process of step S41, the injury / illness name search processing unit 27 acquires from the correlation information DB 220 an ICD-10 code having a high correlation frequency with the input modifier. For example, based on the correlation information table 221 and the input modifier “chronic”, the ICD-10 codes “J31.0” (rhinitis) and “J32” (sinusitis) having a high correlation frequency are searched. In the processing in step S42, the injury / illness name search processing unit 27 acquires the injury / illness name classified into the acquired ICD-10 code from the injury / illness name DB 210. For example, in the injury / illness name DB 210, a search is performed using the acquired ICD-10 codes “J31.0” (rhinitis) and “J32” (sinusitis), and the corresponding injury / illness name is acquired. In the process of step S43, the injury / illness name search processing unit 27 determines whether or not the next ICD-10 code exists. If there is a next ICD-10 code in the process of step S43, the process from step S41 is repeated. If there is no next qualifier candidate in the process of step S43, in the process of step S44, the wound name search processing unit 27 supplies the obtained qualifier and the wound name to the selection input processing unit 26, and the selection input processing unit 26, a plurality of candidates for the name of the disease are displayed.
[0038]
In the process of step S45, the selection input processing unit 26 determines whether or not the operator has selected the name of the disease. When a disease name is selected in the process of step S45, in the process of step S47, the disease name search processing unit 27 updates the correlation frequency between the selected ICD-10 and the modifier. If no name of a disease or disease is selected in the process of step S45, that is, if there is no candidate for a disease or disease, in the process of step S46, the input character string search processing unit 25 does not narrow down the correlation information such as hospital information or patient information.
[0039]
In the correlation information used here, the ICD-10 code to be searched based on the patient information, the hospital information to which the operator belongs, and the like are limited before the search is performed. In particular, when the medical department is “Otolaryngology” or the like, the ICD-10 code “J31.0” (rhinitis), “J32” (sinusitis) and the like are searched with priority, but the ICD-10 code “K29” is searched. .5 "(gastritis), the efficiency of searching for the name of the disease can be improved by not searching for the name of the disease treated in other medical departments.
[0040]
In addition, in the processing of step S44, when the target disease name is not found among the candidates of the disease name, the classification of the upper class corresponding to the disease name is invalidated, and there is a correlation with the modifier. By retrieving all the names of the illnesses “chronic gastritis” and “chronic bronchitis”, the number of candidates can be increased and displayed, and the operator can select and input.
[0041]
Next, an input screen for performing a selection input will be described. FIG. 11 is a diagram illustrating an input screen in the selection input process. In FIG. 11, a screen 120 displayed on the selection input terminal 10 is a screen for performing selection input of a disease name in the receipt computer processing. The screen 120 has a title area 121 in which a title prompting an input such as "Please input the name of the illness" is displayed, and information of the patient such as the patient name "Hanako Fujitsu" and the age "23 years old" is input. , An input area 123 for selecting and inputting the name of the illness and disease, and a display area 124 for displaying the name of the illness searched. In this way, by displaying the names of injuries and diseases searched based on a part of the names of injuries or qualifiers and the correlation information input to the screen 120, the operator can easily determine a predetermined one of the names of injuries and diseases. Can be selected and input.
[0042]
Therefore, in the selection input device 10, the operator uses the correlation information indicating the frequency of use of the modifier included in the injury / illness name and the classification of the injury / illness name stored in the correlation information DB 220 and the injury / illness name described in the medical chart, for example. Based on the character string input by (1), a plurality of frequently used disease name candidates are searched by the disease name search processing unit 27, and selected by the operator from the plurality of wound name candidates searched by the selection input processing unit 26. By displaying a list of possible names, it is possible to save the trouble of inputting and to improve the efficiency of searching and displaying the names of injuries and diseases at the time of selecting and inputting.
[0043]
Further, the input character string search processing unit 25 determines whether the character string input is a modifier or a disease name, and the disease name search processing unit 27 determines a plurality of frequently used disease name candidates. By performing the search, it is possible to efficiently search for and display the name of the disease.
[0044]
In addition, by searching for the name of the disease based on the medical information and the hospital information indicating the hospital scale and the patient information indicating the age and gender of the patient in association with the classification of the name of the disease stored in the correlation information DB 220, Name can be narrowed down.
(Supplementary Note 1) A selection input device for selecting and inputting a predetermined injury / disease name from a plurality of injury / disease name candidates including a modifier,
Correlation information management means for managing correlation information indicating the frequency of use of the qualifier included in the injury name and the classification of the injury name,
Based on the character string and the correlation information input by the operator, a disease name search unit that searches for the plurality of frequently used disease name candidates,
Display means for displaying a list that can be selected by the operator from the plurality of disease name candidates searched by the disease name search means.
(Supplementary Note 2) Character string determining means for determining whether the character string input by the operator is the modifier or the name of the injury or disease,
The selection input device according to claim 1, wherein the injury name search means searches the plurality of frequently used injury name candidates based on the result of the judgment by the character string judgment means and the correlation information. .
(Supplementary Note 3) The correlation information managing means manages medical information, hospital information indicating a hospital scale, and patient information indicating a patient's age and gender in association with the classification of the disease name. Or the selection input device according to 2.
(Supplementary note 4) The selection input device according to any one of Supplementary notes 1 to 3, wherein the classification of the injury name is hierarchically classified based on the characteristics of the injury name.
(Supplementary note 5) The selection input device according to any one of Supplementary notes 1 to 4, wherein the correlation information management means manages a disease name code in the receipt computer processing in association with the disease name.
(Supplementary Note 6) The correlation information management means, when a predetermined disease name is selected from the list of the plurality of disease name candidates displayed by the display means, updates the correlation information corresponding to the disease name. The selection input device according to any one of supplementary notes 1 to 5, characterized in that:
(Supplementary Note 7) A selection input method for selecting and inputting a predetermined disease name from a plurality of disease name candidates including a modifier,
Correlation information management procedure for managing correlation information indicating the frequency of use of the modifiers included in the injury name and the classification of the injury name,
Based on the character string and the correlation information input by the operator, a disease name search procedure for searching for the plurality of frequently used disease name candidates,
A display step of displaying a list that can be selected by the operator from the plurality of candidate disease names searched by the above-mentioned disease name search procedure.
(Supplementary Note 8) A program for causing a computer to perform a process of a selection input method of selecting and inputting a predetermined disease name from a plurality of disease name candidates including a modifier,
Correlation information management procedure for managing correlation information indicating the frequency of use of the modifiers included in the injury name and the classification of the injury name,
Based on the character string and the correlation information input by the operator, a disease name search procedure for searching for the plurality of frequently used disease name candidates,
A display procedure for displaying a list that can be selected by the operator from the plurality of candidate disease names retrieved by the above-mentioned procedure.
(Supplementary Note 9) A storage medium storing a program for causing a computer to perform a process in a selection input method of selecting and inputting a predetermined disease name among a plurality of disease name candidates including a modifier,
Correlation information management procedure for managing correlation information indicating the frequency of use of the modifiers included in the injury name and the classification of the injury name,
Based on the character string and the correlation information input by the operator, a disease name search procedure for searching for the plurality of frequently used disease name candidates,
A display step of displaying a list that can be selected by the operator from the plurality of candidate disease names searched by the above-mentioned disease name search procedure.
[0045]
【The invention's effect】
As described above, according to the present invention, the correlation information indicating the frequency of use of the modifier included in the injury / illness name and the classification of the injury / illness name is managed, for example, a character input by the operator according to the injury / illness name described in the medical record Based on the column and the correlation information, a search is made for a plurality of frequently used disease name candidates, and a list that can be selected by the operator from the plurality of searched disease name candidates is displayed, thereby saving the trouble of inputting. In addition, it is possible to improve the efficiency of searching and displaying a name of a disease at the time of selecting and inputting.
[Brief description of the drawings]
FIG. 1 is a diagram showing a relation between tables relating to a conventional receipt computing process.
FIG. 2 is a diagram showing an index table according to a conventional receipt computing process.
FIG. 3 is a system configuration diagram of the selection input device according to the first embodiment of the present invention.
FIG. 4 is a diagram showing a hierarchical structure of injury classification.
FIG. 5 is a diagram showing a table stored in a correlation information DB.
FIG. 6 is a diagram showing a table stored in a correlation information DB.
FIG. 7 is a diagram illustrating a screen transition in a selection input process.
FIG. 8 is a flowchart illustrating a selection input process.
FIG. 9 is a diagram showing screen transition in a selection input process.
FIG. 10 is a flowchart illustrating a selection input process.
FIG. 11 is a diagram showing an input screen in a selection input process.
[Explanation of symbols]
10 Selection input device
21 Installer
22 Display control processing unit
23 Communication control processing unit
24 I / O control processing unit
25 Input character string search processing unit
26 Selection input processing unit
27 Injury name search processing unit
28 Reception processing unit
50 recording media
200 Modifier DB
210 Injury Name DB
220 Correlation information DB
230 Patient Information DB
240 Index information DB
250 Reception DB

Claims (3)

A selection input device for selecting and inputting a predetermined disease name among a plurality of disease name candidates including a modifier,
Correlation information management means for managing correlation information indicating the frequency of use of the qualifier included in the injury name and the classification of the injury name,
Based on the character string and the correlation information input by the operator, a disease name search unit that searches for the plurality of frequently used disease name candidates,
Display means for displaying a list that can be selected by the operator from the plurality of disease name candidates searched by the disease name search means. Character string determination means to determine whether the character string input by the operator is the modifier or the name of the injury,
2. The selection input according to claim 1, wherein the injury name search means searches the plurality of frequently used injury name candidates based on a result of the judgment by the character string judgment means and the correlation information. apparatus. The said correlation information management means manages the hospital information which shows a medical department and a hospital scale, and the patient information which shows a patient's age and gender in association with the classification of the said injuries and disease names, The claim 1 or 2 characterized by the above-mentioned. Selection input device.

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