KR20030095691A - Management Device Of A Medical Data By Mouse And Storage Media Thereof - Google Patents

Abstract

PURPOSE: An apparatus for inputting and managing medical data by a mouse and a recording medium therefor are provided to easily input medical data by using a mouse only, thereby realizing prompt medical examination and treatment. CONSTITUTION: Data are transmitted between a plurality of client computers and a server through a network. The server includes a database device. A patient table receives data related to patients. A table stores terms of main symptoms of the patients. Another table stores terms of diagnosis view. A third table stores terms related to diagnosis. The other table stores terms related to measurement and prescription. An alphabet input element is placed on window frames interworking with the tables, and inputted by alphabet kinds by a mouse. A search element searches for terms starting with a specific alphabet from the corresponding table. A display element arranges and displays the search result on the corresponding frame. A storage element deletes the search result and stores the designated term in the corresponding patient table in the case that one of the arranged terms are designated by the mouse.

Description

Management device of a medical data by mouse and storage media thereof}

The present invention relates to a management device for managing various types of data generated in clinics, hospitals, and the like, and more specifically, to easily input, manage, and retrieve data related to reception, medical treatment, examination, prescription, dispensing, medical insurance, etc. of a hospital. A medical data input and management apparatus using a mouse, and a recording medium thereof.

In general, general hospitals, small and medium-sized clinics, individual hospitals, etc. chart and store medical data about each patient or utilize a simple database program. Such medical data may include personally identifiable information (eg, age, gender, name, social security number, contact information, etc.), reception data, medical data, prescription data, surgical data, pharmacy data, medical insurance data, and diagnostic data. This includes.

In reality, not only a large hospital but also a small clinic in a local or a neighborhood has a reception room, a prescription room, a medical office, an operating room, etc., and each client has a client computer, and then connects the computers by LAN to share data. There is a lot.

In particular, a computer in a doctor's office where a doctor treats a patient used to enter the necessary information or medical findings on the computer during the doctor's examination. As another method, the nurse often inputs the doctor's information on the medical document separately.

However, there have been many opinions that typing input by a keyboard is inconvenient because a doctor needs to operate various diagnostic devices (for example, a stethoscope and an optometrist in an ophthalmology) when the doctor inputs to a computer while consulting. In particular, English in the medical system has a long spelling and difficult words, so typing in the keyboard is likely to cause a typo and takes a long time. Therefore, most doctors have been reluctant to type while entering a medical examination, and as a result, they would ask nurses for input.

Therefore, the medical industry has continued to develop a system capable of inputting various medical data in a more convenient way than a keyboard.

Accordingly, the present invention has been made in order to solve the above problems, the first object of the present invention is to enter and manage medical data by a mouse that the doctor can easily input the necessary medical data using only the mouse instead of the keyboard An apparatus and a recording medium thereof are provided.

The second object of the present invention is to use specialized terminology, frequent use, by allowing medical data related to symptom name, examination findings, diagnosis, medical treatment, treatment, and prescription to be added, deleted, or changed from a database according to the needs of a doctor or a hospital. The present invention provides a medical data input and management apparatus and a recording medium using a mouse that can easily input a term and the like.

The third object of the present invention is to input medical data by a mouse that can systematically manage all medical data related to the hospital, such as reception, prescription, medical care, medical insurance, x-ray, patient records, etc. A management device and a recording medium thereof are provided.

The object of the present invention as described above, a plurality of client computers (14, 16, 18) and the server device 12 can transmit data through the network 10, the server device 12 is a database device ( 20. A medical data management apparatus incorporating 20), comprising: a patient table 30 into which data on a patient is input, a table 40 storing a name of a main symptom of a patient, a table storing a name of a medical examination ( 44), a table 46 storing names of diagnosis and medicine, and a table 24 storing names of treatment and prescription; Alphabet input means located on each window frame linked with each table 40, 44, 46, 24, and inputted by alphabet type by a mouse; Retrieving means for retrieving a name starting with a specific alphabet from the table based on the specific alphabet input by the alphabet input means; Display means for arranging and displaying the search results of the search means on a corresponding frame of the window; And storage means for deleting the search result and storing the designated name in the patient table 30 when one of the names listed by the display means is designated by the user's mouse. It can be achieved by the medical data input and management device by.

It is also possible to further include editing means for adding, deleting and modifying the names stored in the tables 40, 44, 46 and 24.

A medical insurance table 42 indexed with the patient table 30 and storing data relating to medical insurance; And a storing table 48 indexed with the patient table 30 and storing data relating to storing.

In addition, the plurality of client computers (14, 16, 18) is at least a medical computer 14, the data about the treatment is input, the reception computer 16, the data about the reception and the prescription data is input More preferably, the computer 18 is included.

As described above, an object of the present invention is a program code which is executable by a computer and enables data transmission between a plurality of client computers 14, 16, 18 and a server device 12 via a network 10. ; A patient table 30 into which data on the patient is input, a table 40 storing names of the main symptoms of the patient, a table 44 storing names of the examination findings, and a name of the diagnosis and diagnosis Program code capable of modifying, changing, deleting, and retrieving data stored in the table 46 and the table 24 storing names of treatments and prescriptions, respectively; Program code for displaying an input button for each alphabet type on each window frame associated with each of the tables 40, 44, 46, and 24; Program code for retrieving a name starting with a specific alphabet from the table based on the specific alphabet input by the alphabet input button pressed by a mouse; Program code for arranging and displaying the search results on a corresponding frame of the window; And a program code for storing the designated name in the patient table 30 when one of the searched and listed names is designated by the user.

The apparatus further includes an x-ray table 28 which stores data of the x-ray photographing region of the patient and the file name of the x-ray photographed image, and displays a file of the x-ray photographed image designated by the user's display command. It may be appropriate to include further program code to cause this.

Other objects, specific advantages and novel features of the present invention will become more apparent from the following detailed description and the preferred embodiments associated with the accompanying drawings.

1 is a network diagram of a medical data input and management apparatus using a mouse according to the present invention;

2 is a table structure diagram of a database device 20 installed in the server device of FIG.

Figure 3 is a schematic window diagram of the correlated data in the medical data input and management apparatus by the mouse according to the present invention,

Figure 4 is a schematic window configuration diagram of the number data in the medical data input and management apparatus by the mouse according to the present invention,

5 is a schematic window configuration diagram for inputting related data in a reception desk computer among medical data input and management apparatuses using a mouse according to the present invention;

6 is a schematic window diagram for inputting related data from a medical office computer among medical data input and management apparatuses using a mouse according to the present invention;

FIG. 7 is a schematic window diagram for showing a list that appears when the alphabet "a" button 96 is pressed in the window of FIG. 6;

FIG. 8 is a schematic configuration diagram of a popup window 120 that appears when the symptom edit button 95 is pressed in the window of FIG. 6;

9 is a schematic configuration diagram of a pop-up window 140 that appears when the diagnostic edit button 103 is pressed in the window of FIG.

FIG. 10 is a window configuration diagram for showing a list that appears when the letter "t" of the diagnosis / doubt frame 102 is pressed in the window of FIG. 6; FIG.

11 is a schematic structural diagram of a pop-up window 160 that appears when the x-ray button 98 is pressed in the window of FIG.

12 is a schematic configuration diagram of a pop-up window 170 that appears when the lab 99 button 99 is pressed in the window of FIG. 6;

FIG. 13 is a schematic diagram of a popup window 180 that appears when a specific patient of the waiting patient frame 91 is double-clicked in the window of FIG. 6.

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

1 is a network diagram of a medical data input and management apparatus using a mouse according to the present invention. As shown in Figure 1, the interior of the hospital is divided into a medical office, a reception room, a prescription room, and the like, each room is equipped with IBM compatible client computers. In the center, a server device 12 is provided, and the client computer and the server device 12 are networked by the LAN 10.

The treatment computer 14 provided in the treatment room is a computer for inputting various medical findings generated through medical treatment while the doctor sits facing the patient. The reception computer 16 of the reception room is a computer for inputting data on personal information, waiting conditions, reservation status, and the like of the patient. The prescription computer 18 of the prescription room is a computer for inputting specific prescription details according to a doctor's instruction. In FIG. 1, only client computers for treatment, reception, and prescription are illustrated, but this is only an example, and various facilities (eg, an operating room, a recovery room, an emergency room, an intensive care unit, an incubator room) that may be provided according to each treatment subject. , Laboratory, X-ray, laboratory, pharmacy, hospital, etc.) may all be included.

FIG. 2 is a table structure diagram of the database device 20 installed in the server device of FIG. As shown in FIG. 2, various tables are defined under the database device 20.

In this embodiment, the patient DB 30, the disease DB 22, the treatment / prescription DB 24, the examination findings DB 26, the examination findings DB 44, the diagnosis / detecting DB 46, and the storing DB 48 ), Symptom DB (40), medical insurance DB (42) is defined.

And, the lower part of the patient DB 30, the patient basic DB 32, the waiting patient DB 34, the patient visit DB 36, the inpatient DB 38 is defined, the lower part of the examination findings DB 26 X-ray DB (28) is defined.

Patient basic DB 32 is for storing the basic personal information of the patient, the fields such as the patient's name, gender, age, social security number, address, telephone number is defined. In addition, the waiting patient DB 34 is for storing data on the patient waiting for the visit, the fields such as chart number, name, age, book, reception time, remarks are defined.

Patient visit DB 36 is to store the history of the patient visited the hospital so far, the specific history is stored in sentence form. The inpatient DB 38 has fields defined for the patient name, hospitalization date, doctor in charge, ward, ward, discharge date, and the like.

Disease DB 22 is to store the names (names) of various diseases, as shown in Figure 3, classification code, claim code, Korean name, English name, medical department, disease sign classification (small), disease sign classification (middle) Fields, such as disease sign classification (large), are defined.

The treatment / prescription DB 24 is for storing data on the treatment or prescription that a doctor gives to a patient after diagnosis. Fields such as codes, names, doses, aliquots, days, exceptions, additions, and outpatients are defined. have.

Examination findings DB 26 is to store the findings for various clinical pathological examinations as data, and an x-ray table 28 for storing data for x-ray imaging examinations is separately defined. The x-ray table 28 defines fields such as a user code, a billing code, a Korean name, a part, a photographing name, and a code.

The medical opinion DB 44 is a table for storing the medical opinions as data. Fields such as a code, a Korean name, and an English name are defined.

The diagnosis and diagnosis DB 46 is for storing diagnosis results or diagnosis data of a patient. To this end, fields such as a user code, a billing code, an English name, and a Korean name are defined.

The accommodating DB 48 is where data about payment for medical services is stored, as shown in FIG. For this purpose, fields such as chart number, examinee's name, age, reception time, total amount, and quantity are defined.

The symptom DB 40 is for storing data about various symptoms (for example, dizziness, sleep disorders, etc.) that are not disease names. For this purpose, fields such as code name, English name, Korean name of symptom are defined.

The medical insurance DB 42 is for storing various types of medical insurance data, as can be seen by the number in FIG. 4 and the insurance information frame 72 in FIG. To this end, fields such as a combination symbol, a combination name, a certificate number, an acquisition date, an insured person, a relationship, and a social security number are defined.

These various tables can be added or partially deleted or changed depending on the size of the hospital and the specificity of the subject.

Figure 3 is a schematic window diagram 50 of the correlated data in the medical data input and management apparatus by the mouse according to the present invention. In the window 50 of FIG. 3, the right diseased name tab, symptom name tab, number tap, medicine injection tab, radiation tap, search tab, preventive injection tab, bundle code tap, fixed rate tap, insurance code tap, hospital information tab, and environment at the right end of the window 50 are shown in FIG. A setting tab and the like are provided, and FIG. 3 is a window screen when the sickness tab is selected from among these tabs.

As shown in FIG. 3, a frame 52 for correcting and registering corridor data is shown on the left side of the window 50, a correlative data frame 54 on the upper right side, and a registered correlative data frame on the lower right side. 56 is shown. Then, at the bottom of the registered corridor data frame 56 is provided with a disease search button 55 for starting the search, the delete button 58 for deleting the registration, the print button for printing the registered list ( 59).

4 is a schematic diagram of a window 60 relating to a number data among medical data input and management devices using a mouse according to the present invention. As shown in Fig. 4, the left side of the window 60 is provided with a number data correction and registration frame 62, and a registration button 63 for registering a new number entered.

In addition, the upper right of the window 60 is provided with a number of data frames 64 to enter the search keywords to view the search results, the lower right of the window is provided with a number of data frames 66 is currently registered number It is organized to list what the data is. At the bottom of the registered number data frame 66, an add button 67 for adding a registration, a delete button 68 for deleting a registration, a print button 69 for printing a registered number data, and registered A search button 65 is provided for enabling a keyword search for the number data.

FIG. 5 is a schematic diagram of a window 70 for inputting related data from the reception desk computer 16 among the medical data input and management apparatus using a mouse according to the present invention. As shown in FIG. 5, a patient information frame 71 displaying personal information of a patient is provided at the top left of the window 70, and an insurance information frame 72 is displayed at the bottom thereof to display medical insurance information. It is provided. In addition, the lower end is provided with a reception information frame 73 for informing the patient's reception status, and the lower end is provided with an admission information frame 74 indicating hospitalization information.

When the lowermost prescription inquiry button 78 is pressed, the prescription data of the corresponding patient can be inquired, so that it can be referred to insurance information, storage information, and the like. In addition, the correction button 79 allows the data to be modified by switching to the correction mode when there is an error in the patient's personal information or related reception data. Then, when the new button 80 is pressed, a blank screen of each field for inputting a patient who first visits a hospital appears. When the correction of the received data is completed or the input of a new patient is completed, the received button 81 is pressed to store the input data.

At the top right of the window 70, there is a patient search frame 75 which can be found by name, chart number, etc. among the registered patients so far, and at the bottom thereof, a list of patients currently waiting for treatment in the hospital in real time. do. In addition, the lower end is provided with a storage waiting frame 77 for displaying in real time the state waiting for storage of the patient after the treatment and treatment. When the confirmation storage button 82 is pressed on the storage waiting frame 77, the storage status of the patient can be known among the storage waiting, and when the storage completion button 83 is pressed, the storage is completed and the storage data is lost. Is completed. Then, when the receipt issuance button 84 is pressed, the receipt according to the storage situation of the patient is automatically output from a separate printer (not shown).

6 is a schematic diagram of a window 90 for inputting relevant data from a medical office computer among medical data input and management apparatuses by a mouse according to the present invention.

At the upper left of the window 90, the waiting patient frame 91 is provided so that the name of the waiting patient is displayed in real time, so that the doctor can easily grasp the current waiting patient number.

In the lower basic data frame 92, simple data about basic data (for example, age, sex, blood type, specific constitution, etc.) about the patient is displayed, and in the lower visited recording frame 93, the patient is displayed. So far, the history of visiting the hospital is listed in order. These records make it easy for doctors to keep track of the patient's history and treatment.

The symptom and symptom frame are provided at the top of the center of the window 90. In order to edit the input symptom name data, the symptom edit button 95 is pressed to display a separate window 120. FIG. 8 is a schematic diagram illustrating a popup window 120 that appears when the symptom edit button 95 is pressed in the window of FIG. 6. To register the symptom name, first press the corresponding alphabet button 124 to list the already registered symptom name, and then input the new symptom name in English in the input window 122. Then press the register button and it will automatically be inserted between the lists. For the already registered symptom name, it is possible to delete or correct through the delete button 127 and the confirmation button 128 after correction.

Hereinafter, a method of inputting names of symptoms and symptoms will be described. First, the doctor uses the mouse to click on the symptoms and symptoms frame to make it the active window. Then, press the English first alphabet button (96) of the symptom name you think. For example, when the "a" button 96 is pressed, symptom names beginning with "a" are listed at the bottom. FIG. 7 is a schematic window diagram for showing a list that appears when the alphabet "a" button 96 is pressed in the window of FIG. Referring to FIG. 7, when a doctor finds a desired name and double-clicks a mouse among the symptom names 108 listed as above, the double-clicked English name is automatically inserted into an active window (main symptom or current history).

Similarly, in the case of the medical opinion frame 99 at the bottom of the window 90, the input medical opinion can be modified by pressing the opinion editing button 100, and easily inputting a long spelling word by pressing the alphabet button 101. can do.

Similarly, in the case of the diagnosis / validation frame 102 of FIG. 6, the diagnosis / validation 153 inputted in the same manner can be modified by pressing the diagnosis editing button 103, and the alphabetic button 104 can be easily entered as a long spelling word. can do. 9 is a schematic structural diagram of a pop-up window 140 that appears when the diagnostic edit button 103 is pressed in the window of FIG. At the top of the pop-up window 140, an alphapet button 146 for designating an alphapet for inputting each diagnosis name into an alphapet classification is provided, and a diagnosis name input window 147 for inputting a new diagnosis name and a registered diagnosis name are provided. An editing button 149 for starting editing is provided.

Therefore, the alphabet button 146 of the diagnosis name to be registered is first pressed and then inputted into the diagnosis name input window 147 to be additionally displayed in the registration list. If correction is required among the registered diagnosis names, click the diagnosis name with a mouse, correct it, and press the edit button 149 to save it.

FIG. 10 is a partial window configuration diagram for showing a list that appears when the letter "t" button of the diagnosis and validation frame 102 is pressed in the window of FIG. In the embodiment shown in FIG. 10, inputs to the button "t" are "gout", "bilateral primary knee arthrosis", and "adhesive capsitis of the shoulder".

Also in the case of the treatment / prescription frame 105 of FIG. 6, the input treatment / prescription name can be corrected by pressing the immunization button, the bundled treatment prescription button, and the medicine edit button. You can easily type.

The remaining space of the window 90 of FIG. 6 is provided with a memo frame 107 for writing calendar data and a simple memo. These memo data are indexed with the patient.

FIG. 11 is a schematic diagram of a popup window 160 that appears when the x-ray button 98 is pressed in the window of FIG. 6. As shown in FIG. 11, since the whole body skeletal structure 162 is displayed, the doctor in consultation can click on the right arm in FIG. 11 when the x-ray picture is the right arm. In this case, as shown in FIG. 12, the right arm portion 164 is designated black, and an x-ray name list 172 for the right arm is displayed.

That is, the schematic configuration diagram of the pop-up window 170 that appears when a part of the whole body skeletal structure 162 is clicked in the window of FIG. As shown in FIG. 12, an x-ray name is listed 172 in the window 170, and a specified x-ray name can be simply input into the inspection frame by clicking one with a mouse.

FIG. 13 is a schematic diagram of a popup window 180 that appears when a specific patient of the waiting patient frame 91 is double-clicked in the window of FIG. 6. As shown in FIG. 13, after inputting a keyword required in the patient search term input window 181, the search button 183 may be pressed to display a patient search result on the list 184. If one of a plurality of patients listed 184 is designated with a mouse, detailed data about the patient is displayed in the patient information frame 185 at the bottom.

In addition, in the case of a new patient, press the add button 186 to add, and press the save button 187 to store the input. In addition, if necessary, the prescription inquiry button 188 of the patient may be inquired and the prescription data may be inquired, and the treatment data may be inquired by pressing the treatment button 189. In addition, by pressing the reception button 190, the patient's reception data can be read, and the reservation button 191 can be pressed to check or input the reservation status.

In the medical data input and management apparatus using a mouse according to the present invention, an executable file, a database table, a search engine, and the like may be stored in a computer-readable recording medium. Examples of such a recording medium include a hard disk, a RAM device, a ROM device, a compact disk, a DVD, a CD-ROM, a CD-RW, a magneto-optical disk, a hard disk, a floppy disk, a digital tape, a memory stick, and the like.

Although the present invention shows an example of inputting various medical data in English, the alphabet input button is illustrated and described. However, in the case of inputting medical data in Korean, it can be used by replacing with an input button or an input button. to be.

In addition to the windows shown in FIG. 3 to FIG. 13, a separate window may be added or deleted according to the specificity of the medical subject or the patient's specificity to input the mouse.

In addition, a separate voice input device (microphone) may be connected to a computer and configured to input voice commands. In this case, the voice recognition program should be installed in the application program.

In the present invention, although shown and described mainly as a hospital, it may be actively applied to places where keyboard input is inconvenient or a more efficient input method (for example, a health center, a disabled person, etc.).

According to the present invention as described above, the medical data input and management apparatus by the mouse and the recording medium, the doctor can easily input the necessary medical data using only the mouse instead of the keyboard. Therefore, prompt medical treatment is possible, and the trouble of input can be eliminated.

In addition, medical data on symptom names, examination findings, diagnosis, medical treatment, treatment, and prescription can be added, deleted, or changed from the database according to the needs of doctors or hospitals. You can enter Therefore, when the corresponding application program is used for a long time, it may be converted into a specialized input device.

In addition, all medical data related to hospitals such as hospital reception, prescription, medical care, medical insurance, x-ray and patient records can be managed systematically with one application, thus reducing labor costs, efficiency of management, and transparency of operation. And so on.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, it is possible to make various modifications or variations without departing from the spirit and scope of the invention. Accordingly, the appended claims will cover such modifications and variations as fall within the spirit of the invention.

Claims (6)

A plurality of client computers 14, 16, 18 and server apparatus 12 can transmit data through a network 10, and the server apparatus 12 includes a medical data management apparatus in which a database apparatus 20 is embedded. To A patient table 30 into which data on the patient is input, a table 40 storing names of the main symptoms of the patient, a table 44 storing names of the examination findings, and a name of the diagnosis and diagnosis A table 46 storing a name relating to treatment and prescription; Alphabet input means located on each window frame linked with each table 40, 44, 46, 24, and inputted by alphabet type by a mouse; Retrieving means for retrieving a name starting with a specific alphabet from the table based on the specific alphabet input by the alphabet input means; Display means for arranging and displaying the search results of the search means on a corresponding frame of the window; And Storage means for deleting the search result and storing the designated name in the patient table 30 when one of the names listed by the display means is designated by the user's mouse. Medical data input and management device. The medical data input and management apparatus according to claim 1, further comprising editing means for adding, deleting, and modifying names stored in the tables 40, 44, 46, and 24. . A medical insurance table (42) indexed with said patient table (30) and storing data relating to medical insurance; And And a storage table (48) indexed with the patient table (30) and storing data relating to storage. 4. The client computer according to any one of claims 1 to 3, wherein the plurality of client computers (14, 16, 18) includes at least a treatment computer (14) into which data relating to treatment is input, and a reception computer (where reception data is inputted). 16) and a prescribing computer (18) into which prescription data are input. Executable by computer, Program code for enabling data transfer between the plurality of client computers 14, 16, 18 and the server apparatus 12 via the network 10; A patient table 30 into which data on the patient is input, a table 40 storing names of the main symptoms of the patient, a table 44 storing names of the examination findings, and a name of the diagnosis and diagnosis Program code capable of modifying, changing, deleting, and retrieving data stored in the table 46 and the table 24 storing names of treatments and prescriptions, respectively; Program code for displaying an input button for each alphabet type on each window frame associated with each of the tables 40, 44, 46, and 24; Program code for retrieving a name starting with a specific alphabet from the table based on the specific alphabet input by the alphabet input button pressed by a mouse; Program code for arranging and displaying the search results on a corresponding frame of the window; And And a program code for storing the designated name in the corresponding patient table (30) when one of the searched and listed names is designated by the user. The method of claim 5, further comprising an x-ray table 28 for storing the x-ray imaging data of the patient and the file name of the x-ray imaging image, And a program code for displaying a file of an x-ray photographed image specified by a display command of a user.