JP2008310537A - Electronic medical chart system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To allow a user to input data easily from a terminal in each section of medical examination operations or the like in a hospital regardless of specialty of the user, to manage data in an integrated fashion as an individual database for each patient, and to enable the database to be used in the entire hospital. <P>SOLUTION: An electronic medical chart system is comprised of a system server 1, a receipt computer server 2 and an electronic medical chart server 3. A database managed for each patient is accumulated and stored in the system server 1. A receptionist terminal 5, laboratory terminals 6 and medical examination terminals 7 are connected to the system server 1. The receptionist terminal 5 is connected to the receipt computer server 2 and medical examination terminals 7 are connected to the electronic medical chart server 3. When this system is started up from a terminal, the system displays an initial screen 11. Each operation can be operated by using a patient master screen 20 and a medical chart screen 50 as base points. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to an electronic medical record system that can be managed and operated in hospitals by connecting terminals used in each business and linking medical services of the entire hospital. In particular, it is configured as suitable for medical care management in an ophthalmic hospital.

  The digitization of medical data at medical sites continues to evolve with each passing day, such as the preparation of a reception computer (reception computer) at the reception and accounting departments, and electronic medical records at the medical site. In this way, information is becoming paperless for each department, and due to the increase in the number of terminals installed due to the spread of personal computers, terminals are also installed at each inspection site, and data for the entire hospital is systematized and managed. A management system is being developed.

  Unlike other departments, hospitals specializing in ophthalmology are characterized by the fact that most patients have many pre-examination examinations, and the results of each examination are collected by nurses and vision trainers. Bring it to the hospital and use it by your doctor.

  Also, looking at the hospital as a whole, it starts from reception, goes through interviews and examinations, undergoes medical examinations, performs prescriptions and operations as necessary, and finally finishes accounting. Medical patient data is managed by medical records, but the work is wide-ranging, and even if the information obtained at the site where the work is performed is digitized, they are used together in an efficient manner. It is meaningless if it is not reflected.

  For example, Patent Document 1 proposes a technique for performing examinations and medical treatments that are installed in the entire hospital for the purpose of ophthalmic work and connected to a terminal. In order to reduce the burden of doctors entering medical information into electronic medical records, electronic medical records are set up in separate forms for each doctor's specialized field. By going through the process, an electronic medical record of a style according to the user's specialized field is displayed. Moreover, in this, the Example corresponding also to an examination room is shown, It is provided so that an examination screen may be identified and the input screen according to it may be extracted.

JP 2005-250713 A

  In addition, there is a technique proposed in Japanese Patent Application Laid-Open No. 2003-228620 that performs charging processing in an integrated manner corresponding to data collected by various medical devices. In this method, processing contents such as examinations and image capturing performed by an ophthalmic device are accumulated in a database, and when a predetermined period expires, the data is processed to calculate a charge amount.

JP 2004-272762 A

  However, according to the electronic medical chart system proposed in Patent Document 1, it is difficult for a person other than the user to obtain information on the patient. Also, if the specialty changes, the electronic medical records dedicated to other specialized fields will become unusable. In addition, if there are various forms of electronic medical records for each specialized field, it is extremely difficult to coordinate the data of the electronic medical records with other businesses, which makes it extremely difficult.

  Further, although the technique proposed in Patent Document 2 is useful for insurance billing processing, it is not intended for the management of individual patients. Cooperation such as medical records is practically difficult, and it is not possible to realize an easy-to-use electronic medical record.

  Therefore, in order to be able to efficiently use the digitized data for each hospital operation, in each operation, not only the reception and examination, but also the examination, without depending on the specialty of the user. There is a need for an electronic medical record system that can be managed efficiently using data by any person in the field or the like. In this way, it can be said that “team medical care” that has been advocated in recent years can be realized.

  Therefore, in order to solve this problem, the present invention can easily input data from a terminal used in each business without depending on the specialty of the user, and the data is centrally managed as an individual database for each patient, It is another object of the present invention to provide an electronic medical record system in which the database can be used throughout the hospital.

In order to achieve the above object, the present invention provides an electronic medical record system in which data of interrogation and results of various examinations are shared by data management means, and individual patient data is individually managed by patient individual management means. Patient condition grasping means for grasping the state of patients belonging to each section of work, etc. is provided, individual patient data created by the individual patient management means is managed by the patient master, and the patient master of the patient who has visited the patient Based on the information obtained from the above, the information on the patient condition grasping means is created, and by selecting a patient from the patient condition grasping means, it is possible to shift to the chart screen on which the patient information is input. .
Each section such as a medical service for grasping the patient by the patient state grasping means can be arbitrarily set such as reception, examination, treatment, medical examination, and accounting.

  Furthermore, in the present invention, the information on the patient condition grasping means is displayed on the chart screen. For example, a button is provided for each section column of each of the above-described medical services, and the number of patients belonging at that time appears on the button.

  As a result, it is possible to easily grasp how many patients are in which work section.

  Furthermore, in the present invention, a scroll mode in which specific information can be scrolled in time series on the medical chart screen is provided. For example, findings, inspection results, schemas (illustrations), etc., can be displayed for each date and arranged on a single screen that can be scrolled.

  Such a configuration makes it easy to see the patient's progress.

  An electronic medical record system in which the data of the results of the medical examination and various examinations according to claim 1 are shared by the data management means, and the individual patient data is individually managed by the patient individual management means. Obtained from the patient master of the patient who visited the patient by providing patient status grasping means for grasping the state of the patient belonging to each section, managing the individual patient data created by the individual patient management means in the patient master By creating information on the patient condition grasping means based on the information and selecting the patient from the patient condition grasping means so that the patient information can be transferred to the chart screen on which the information is input, Data can be easily input from the terminals used in business without depending on the user's specialization, patients can be managed centrally, and the database can be used throughout the hospital.

  Furthermore, according to the present invention, since the information of the patient status grasping means is displayed on the medical chart screen, the patient status of the entire hospital can be easily grasped from the medical chart screen, so that efficient team medical care can be realized.

  Furthermore, in the present invention, by providing a scroll mode in which specific information can be scrolled in time series on the medical chart screen, it becomes easier for a doctor to grasp the patient's progress, and more detailed medical care is possible.

  Embodiments of the present invention will be described with reference to the accompanying drawings. Here, FIG. 1 is a block diagram for explaining an image of the entire system according to an embodiment of the present invention, FIG. 2 is a flowchart showing the flow of patient data on the system, and FIG. 3 is a system launched on a terminal. 4 is an image diagram of the patient master screen when the system is started up on the terminal, FIG. 5 is an image diagram of the initial screen of the electronic medical record, FIG. 6 is an image diagram of the screen switching mode screen of the electronic medical record, 7 is an image view of the electronic medical record scroll screen, FIG. 8 is an image view of the order screen, FIG. 9 is an image view of the transfer screen for medical treatment points, FIG. 10 is an image view of the patient list screen showing all patients who are present, and FIG. FIG. 12 is an image diagram of an examination patient list screen showing a patient status belonging to an examination, FIG. Is an image diagram of a mydriatic patient list screen showing the status of patients belonging to mydriasis, FIG. 14 is an image diagram of a treatment patient list screen showing the status of patients belonging to treatment, and FIG. Fig. 16 is an image diagram of an accounting patient list screen showing the status of patients belonging to the accounting. Fig. 17 is an image diagram of an input screen for vision test. Fig. 18 is an image diagram of an operation reservation date and date screen. Fig. 19 is a doctor. FIG. 20 is an image diagram of an eyeglass prescription input screen, FIG. 21 is an image diagram of an examination information screen, and FIG. 22 is an image diagram of an example of an eyeglass prescription.

The medical care management system of the present invention has various functions such as linkage with examination equipment, linkage with existing accounting software, import of existing data such as photographs and paper information, issuance of prescriptions, surgery, hospitalization, schedule management of doctors, etc. This system is an electronic medical record system that is integrated into a system that can perform overall operations of the entire hospital, and it is a common form for each business without being particular about the user's expertise or the format of the electronic medical record. The data can be easily input and output, and the chart can be created by efficiently linking the data and using it for diagnosis.

  In particular, by centrally managing individual patient data, data such as interviews and examinations can be shared, and it can be easily grasped which work each individual patient belongs to. At the same time as shifting to the input screen for each examination or examination, information on individual patients is obtained, and the above-described efficient cooperation of each operation and data sharing are automatically performed.

As shown in FIG. 1, the system of the present invention has, as its main configuration, a system server 1 that performs overall management of the entire system, and a receipt server 2 (receipt computer server) that performs accounting management connected thereto. The electronic medical record server 3 stores the electronic medical records, and is connected to each other, and the following terminal devices are connected to each server. The system server 1 stores and stores a database managed for each patient.
In the system server 1, data management means for sharing data on the results of inquiry and various examinations and individual patient management means for individually managing individual patient data are incorporated as software.

  Connected to the system server 1 are a reception terminal 5 at the reception, an inspection terminal 6 for input in each inspection department, and a diagnosis terminal 7 placed in each diagnosis room. In addition, a reception terminal 5 is connected to the receipt server 2, and each examination terminal 7 is connected to the electronic medical record server 3.

  Examples of inspection equipment connected to the inspection terminal 6 include an objective refraction inspection refractometer for performing a refraction test, a lens meter for measuring the power of glasses, and a non-contact tonometer (NCT) for measuring intraocular pressure. Yes, these systems allow the system of the inspection terminal to directly acquire the measurement result from the measuring device and transfer the data directly to the system server 1. The inspection terminal 6 is also used for an inquiry.

  Each data transfer inspection device in the inspection terminal 6 and manual input devices such as a keyboard and a scanner are configured as inspection data input means. Similarly, a data transfer examination device in the examination terminal 7 and manual input devices such as a keyboard and a scanner are configured as examination result input means.

  This system operated at each terminal starts from the initial screen 11 shown in FIG. 3 when the system is started up at each terminal, and moves to the next screen according to a necessary menu to perform each input / output. Have been able to. The menu of the initial screen 11 includes a patient master button 111, a chart button 112, an examination information button 113, a reservation list button 114, a lens meter button 115, a treatment button 116, various reservation buttons, and the like. After selecting a menu from the initial screen 11 and shifting to each screen, it is possible to return directly to the initial screen 11. As basic operations, the patient master screen 111 shown in FIG. 4 is called from the patient master button 111 to input the result of the inquiry or examination, or the chart screen 50 shown in FIG. It is possible to flexibly perform input in accordance with the work and the situation such as transitioning to each screen showing the patient's state, capturing each patient, and inputting on the medical chart screen 50.

  In this example, in addition to the patient master button 111 and the chart button 112, shortcuts such as an examination information button 113, a reservation list button 114, a lens meter button 115, and the like are provided. Since it is possible to jump directly to these operation screens without going through, the patient master screen 20 shows the information of the patient who entered the ID as will be described later. If you are in a position where you can see the screen, you can use shortcuts for the purpose of not peeping. Therefore, the setting of the shortcut menu is arbitrary, and is not limited to the above-described menu, but may be a reservation or other inspection described later.

  For the same purpose, a special menu for avoiding the patient master screen 20 and the chart screen 50 can be provided so that the user can jump directly to the screen necessary for each job. For example, by providing a menu such as a site map, it is possible to reach a detailed final screen. However, even in such a case, in order to operate normally on the system, it is important to check the following patient ID.

Next, a specific operation will be described with reference to FIG.
Patients who have completed reception at the hospital will be given ID marking means (not shown) such as a card with their ID recorded and a medical record with a barcode, etc. Move to. When the nurse or vision trainer clicks the patient master button 111 on the initial screen 11 in FIG. 3 at the inquiry or examination terminal 6 at the examination location, an ID search screen (not shown) appears. Is confirmed by reading it with a barcode scanner or inputting it with a keyboard or the like (S1). If the patient is a revisited patient, the patient master data already exists, so the patient master screen 20 (FIG. 4) of the patient corresponding to the ID appears, and normal processing is performed. And the state is grasped by the patient state file as the patient state grasping means (S7).

  However, if the ID data is not detected even if the ID is confirmed, the patient is a new patient, and the server controller 2 is requested to update the ID (S2). If necessary information on the patient has already been input at the reception terminal 5, patient master data is created in the system server 1 based on that information (S3), and the patient master screen 20 appears.

  If the ID data cannot be obtained, the input process at the reception terminal 5 has not ended for some reason even if it is a new patient. However, if there is no patient master data, if the patient's interview or examination is delayed, the treatment of other patients on the back of the patient will be delayed. Will be affected.

  In order not to cause such a situation, an operation called temporary registration is performed. This is because the patient is assigned a new ID at the reception desk, so only the ID and name are temporarily registered on the system (S4), and the information is sent to the patient status file for subsequent operations. (S7).

  The process after this temporary registration is only an inquiry or a visual acuity test that can be performed without checking the patient's medical history, etc. The other menus are described in “Automatic registration process of temporary registration patient” described later. Is performed so that it can be performed after confirming information necessary for the treatment.

  The provisionally registered patient data is subjected to an inquiry and possible examination in a provisional state, and the data is accumulated in the system server 1 as provisional patient master data. In the meantime, when the necessary information is input and transferred to the system server 1 at the receiving terminal 5 (S5), the patient data in the temporary registration state is the official patient master data based on the ID. Is automatically registered as official patient master data with added information (S6), and can be used in all operations.

  The patient master screen 20 (FIG. 4) in which the patient master data is registered is the starting point of each operation. The input of the inquiry contents, the input of each examination result such as visual acuity and visual field, the input of various images, the operation Reservation, management of doctors and schedules, prescription of glasses and contact lenses, etc. are provided so that they can be linked to each screen from this screen. The medical record screen 50 (FIG. 5) is used by a doctor to input medical results. Like the patient master screen 20, the medical record screen 50 (FIG. 5) is used as a base point for input of each test result, prescription, reservation, etc. It is also set up so that the referral letter with the hospital can be managed.

  The patient state grasping means is for managing information that is inherited from the patient master data and to which of the medical work such as reception, examination / processing, examination, and accounting. Therefore, in each section such as medical work, the patient moves to belong to the work by moving to the input screen of the work through the patient master screen 20 and the chart screen 50. Further, the screen shifts to a screen for displaying the patient status in each job, and the insurance point and the patient are moved on the medical point transfer screen 70 (FIG. 9) for inputting the insurance point, or the patient is selected and the patient master is selected. It is also possible to move to the screen 20 and the chart screen 50.

  As a screen specifically displayed as a patient state grasping means, for example, a list of patients belonging to each job is shown in addition to today's patient list 61 (FIG. 10) showing all patients who have completed reception. Accepted patient list 62 (FIG. 11), examination treatment patient list 63 (FIG. 12), mydriatic patient list 64 (FIG. 13), treatment patient list 65 (FIG. 14), examination patient list 66 (FIG. 15), accounting patient list 67 (FIG. 16). The patient at the top of each list is the patient with the longest waiting time. From each list, it is possible to shift to the patient master screen 20 (FIG. 4) by the patient master button 602, and to shift to the medical score transfer screen 70 (FIG. 9) by the insurance score button 607. In the examination patient list 66 (FIG. 15), the chart button 605 can be shifted to the chart screen 50 (FIG. 5).

  The patient master screen 20 (FIG. 4), the medical record screen 50 (FIG. 5), and the medical score transfer screen 70 (FIG. 9) are provided with patient status buttons 26, 56, and 76, respectively. The number of patients currently displayed is displayed, and by selecting the respective work, it is possible to move to the screen of each list described above.

  As shown in FIG. 4, the patient master screen 20 is set with basic patient information 200, interview 201, examination information list 202, eyeglass prescription history 205, contact lens prescription history 206, and patient memo 207, respectively. In addition to browsing time-series information, interviews and notes can be added on this screen as needed.

  In the interview 201, examination information list 202, eyeglass prescription history 205, contact lens prescription history 206, and patient memo 207, clicking on a date in each column shifts to a screen for each date and browses each information in detail. be able to.

  Also, there is a scan frame 208 that can capture arbitrary information as image information, and paper information and the like can be captured from here and stored as data. In this case, even data and paper materials that are not compatible with this system are made paperless and can be managed centrally. Specifically, when data is taken in, the data is saved as a file and stored in association with the patient master data. Data files can be searched by using the necessary items in a list as file names. For example, the date, patient ID, patient name, and information summary are all file names, and the file name is automatically created and stored in the clipboard by pressing the button after selecting the information summary from the selection list. It is also used by pasting from the clipboard to the file name when saving the file on the scanner startup application.

Next, the medical chart screen 50 will be described.
When the chart button 112 on the initial screen 11 shown in FIG. 3 is clicked, the chart screen 50 shown in FIG. 5 is displayed. On the medical chart screen 50, information necessary for the examination such as an inquiry result 501, a previous examination 502, a previous finding 503, an operation calendar 504, a PC calendar 505, introduction information 506 between other hospitals, etc., and input at the examination are displayed. An examination column 507 to be performed and a finding column 508 are provided, and the examination result of the day is directly input while referring to necessary information.

  First, when the doctor clicks the examination button 51 on the medical chart screen 50 in order to obtain information on the patient waiting for the examination by the patient state grasping means, the examination patient list 66 (FIG. 15) appears. When the patient's medical chart button 605 that he / she has the longest waiting time is selected from the examination patient list 66, the patient's information is fetched from the patient master data, and the patient's medical chart screen 50 is displayed. At that time, the patient disappears from the examination patient list 66 and is not in a waiting state. If you are a revisited patient, the input screen for the current day will appear on the record of the previous medical examination, but if it is the first medical examination, only a new screen will appear. Is displayed.

  The chart screen 50 has a screen switching mode, a scroll mode, and a reference mode. When the screen switching button 52 and the scroll button 53 are clicked, the screen switching mode screen 520 (FIG. 6) and the scroll screen 530 (FIG. 7) are displayed. Switch. Clicking the reference button 54 on the medical chart screen 50 requests a patient ID, and entering the ID appears so that the patient's medical chart screen 50 can be referred to.

  The screen switching mode screen 520 (FIG. 6) is basically the same as the initial chart screen 50, but is mainly set so that schema and prescription can be easily input.

  The scroll screen 530 (FIG. 7) is set so that past medical examination data can be viewed in chronological order without clicking on the date because the chart data is displayed continuously for each date. Useful for viewing patient progress.

  The reference screen is provided for referring to other patient information. This is useful for referring to a similar case or confirming information of a patient who has made an inquiry without closing the medical chart screen 50 of the currently examined patient.

  The chart screen 50 is provided so that it can be transferred from almost any screen, but only browsing that cannot be written to the chart except for an authorized doctor selecting a patient from the examination patient list 66 (FIG. 15). It becomes.

  In the medical chart screen 50 (FIG. 5), an order button 58 for a doctor to place an order is provided. When this button is clicked, an order screen 80 shown in FIG. 8 appears. Reflected in the master data, the order contents are displayed on the patient master screen 20 (FIG. 4). Nurses, etc. confirm this and perform treatments and examinations.

  In common with the patient master 20 (FIG. 4) and the medical chart screen 50 (FIG. 5), examination data creation frames 21 and 55 for creating examination data are provided, and a button is provided for each examination item. It has been. The examination items provided in this frame are: vision test, adjustment test, flow test, eye position test, static visual field (HFA), refraction test (REF), corneal curvature radius test (KRT), pupil diameter test -Counter-response test-Central flicker test (CFF)-Corneal endothelium test-Binocular visual function test-Fundus photo-Visual field test-Color vision test-Blood test

  For example, when a visual acuity test button (the number 211 in FIG. 4) is clicked, a screen for entering items of general visual acuity such as far vision and near vision as shown in FIG. 17 is called. It is provided to input the item on this screen. When the visual acuity is inspected, the measurement date is automatically input, and each visual acuity is input using a dedicated numeric keypad. The numeric keypad on this screen is set with numbers unique to visual acuity, so you can enter your visual acuity with a single click and move to the next field each time you enter a number. Therefore, you can work much more efficiently than keyboard input.

  The patient master screen 20 (FIG. 4) is provided with an OP reservation 22 (FIG. 18) that can be reserved and confirmed for surgery, and a Dr schedule 23 (FIG. 19) that is capable of managing the doctor's schedule. The schedule is synchronized. From the medical chart screen 50, it can be confirmed from "reservation status".

  When the operation of the patient is decided, when the doctor clicks OP reservation 22 (FIG. 4) to make an operation reservation, the operation reservation calendar (not shown) is displayed. As shown in FIG. 18, a daily operation reservation screen 220 is displayed. When it is confirmed that the time to make a reservation is available, the time 221 is entered, and the surgeon 222 is selected from the pull-down menu, the doctor schedule table 230 of the doctor is displayed as shown in FIG. The doctor's schedule is confirmed, an operation schedule is input, and the operation reservation screen 220 is displayed again. Next, when the patient's ID 223 is entered, information is obtained from the patient master data, the name 224 and below, age, sex, etc. are automatically entered, and the necessary technique 225 is entered to complete the operation reservation. At the same time, the surgeon's schedule can be entered with a simple operation.

  As for the doctor's schedule, any date and time can be input from the doctor schedule table 230 shown in FIG. 19. However, since the daily schedule is input one by one, the efficiency is low and the pattern is determined. The schedule can be automatically created automatically by specifying the one-day pattern or one-week pattern and the number of continuous days.

  When prescribing glasses after the examination, the patient master screen 20 (FIG. 4) or a shortcut from another screen is used to shift to the glasses prescription screen 250 shown in FIG. In this spectacle prescription screen 250, the distance and / or near distance values as a result of the already completed visual acuity test are automatically input, and the most comfortable wearing frequency is selected based on this value. .

  For example, when the far vision acuity adoption button 251a is clicked in the first prescription candidate field 251, the measured distance vision is input, the frequency of the first candidate is selected based on the distance vision, the patient is tried, and the finding is the wearing feeling field. Input to 251b. If the wearing feeling does not seem desirable, click the far vision adoption button 252a in the second prescription candidate field 252 in the same manner, enter the measured far vision, and make a slight adjustment to it. Have the patient try the frequency and enter it in the wearing feeling column 252b. The same applies to near vision. From time to time, repeat this process and issue prescriptions for prescription candidates that you think are most appropriate.

  Each prescription candidate entered here is recorded as it is, including the feeling of wearing, so it can be referred to in the next prescription, so the next time you do not have to repeat the same thing It can be used to quickly determine the optimal prescription. In addition, since the product name is recorded as it is in the contact lens prescription, it is efficient to save the same input every time it is reflected in the next prescription.

  Since prescription of glasses or contact lenses is processed, personal information and prescription data such as QR code (registered trademark of DENSO WAVE INCORPORATED) are included in the prescription as shown in the example of glasses prescription in FIG. Printed as a two-dimensional code 9. Therefore, in the spectacle store, the contents of the prescription can be easily registered in the system of the store by developing the two-dimensional code 9.

  When a desired date is selected from the examination information list 202 on the patient master screen 20 (FIG. 4), an examination information screen 30 as shown in FIG. 21 appears, and each examination information can be browsed. Here, an examination history 301 is provided, and when the date to be viewed is clicked, the examination content of the day is displayed in the examination information 302, and when accompanied by a figure such as an eye movement examination, it is displayed in the figure column 303. In order to view this figure, the screen is enlarged and moved to a new screen.

  When a button for each inspection is selected from the inspection button frame 31 (FIG. 21) and clicked, each inspection result is displayed. If the inspection is not in a state where it can be displayed, the system server 1 is requested for information, and a display screen for the inspection item is created.

  The above-mentioned method enables centralized management based on individual databases for each patient, and makes it possible to use data digitized for each hospital operation, contributing greatly to team medical care. it can.

  The present invention is not limited to the above embodiment. What has substantially the same configuration as the matters described in the claims of the present invention and exhibits the same operational effects belongs to the technical scope of the present invention. In particular, the image diagram of each operation screen shown in the above embodiment is an example, the layout of the operation screen is arbitrary, and any function and operability may be used.

  In addition, as described above, the electronic medical record system of the present invention is configured mainly for ophthalmic medical care, but it is also possible to configure the configuration content for hospitals of other departments, By doing so, it can be made suitable for medical management of other departments.

  The electronic medical record system of the present invention is most suitable for medical care management and operation of an ophthalmic hospital, and can easily input data from a terminal used in each section of medical work without depending on the user's specialty, This data is centrally managed as an individual database for each patient, and the database can be used throughout the hospital, contributing to efficient hospital operation.

The block diagram explaining the image of the whole system of one Embodiment concerning this invention Flow diagram showing the flow of patient data on the system Image of the initial screen when the system is launched on a terminal Image of patient master screen when the system is launched on a terminal Image of initial screen of electronic medical record Image chart of screen switching mode screen of electronic medical chart Image chart of electronic medical chart scroll screen Image of order screen Image of the screen for transferring medical points Today's patient list screen image showing all patients visiting Image of the patient list screen showing the status of patients belonging to the reception Image of examination patient list screen showing the status of patients belonging to examination Mydriatic patient list screen image showing the status of patients belonging to mydriasis Image of treatment patient list screen showing the status of patients belonging to treatment Image of the patient list screen showing the status of patients belonging to the examination Image diagram of input screen for vision test Image diagram of accounting patient list screen showing the status of patients belonging to accounting Figure of image of operation reservation date input screen Schematic diagram of doctor schedule day and day input Image diagram of the glasses prescription input screen Image of inspection information screen Image diagram of an example of glasses prescription

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... System server, 2 ... Reckon server, 3 ... Electronic medical record server, 5 ... Reception terminal, 6 ... Examination terminal, 7 ... Examination terminal, 11 ... Initial screen, 20 ... Patient master screen, 50 ... chart screen.

Claims (3)

This is an electronic medical record system that shares data on the results of interviews and various examinations with the data management means, and manages individual patient data individually with the individual patient management means. Based on the information obtained from the patient master of the patient who visited the patient, the patient condition grasping means for grasping the patient's condition is provided, the individual patient data created by the individual patient management means is managed by the patient master. An electronic medical chart system configured to create information on the patient condition grasping means and select a patient from the patient condition grasping means so that the patient information can be transferred to a chart screen on which the patient information is input. . The electronic medical chart system according to claim 1, wherein information on the patient condition grasping means is displayed on the medical chart screen. The electronic medical chart system according to claim 1 or 2, wherein a scroll mode capable of scrolling specific information in time series on the medical chart screen is provided.

Images