JP5822622B2 - Measurement time display device, measurement time display method, and measurement time display program - Google Patents

Description

  The present invention relates to a measurement time display device, a measurement time display method, and a measurement time display program, and is suitable for use in, for example, a biological information monitoring system that monitors biological information such as a patient's electrocardiogram and body temperature.

  In medical institutions such as hospitals, ward staff such as doctors and nurses fill in medical records with names of wounds, medical treatments such as medications, injections, examinations, and operations (hereinafter referred to as “medical care contents”). In recent years, many medical institutions have introduced a processing device called a “receipt computer” (also referred to as “medical computer”). The contents are input to the receipt computer, and a medical fee detailed statement (hereinafter referred to as “receipt”) is created in the format stored in the receipt computer.

  For example, when medical information is measured using a biological information monitor capable of monitoring biological information such as a patient's electrocardiogram and body temperature as medical treatment contents, the ward staff enters the measured biological information in a medical record. . Then, the medical clerk inputs the medical treatment contents into the medical computer based on the medical record in which the measured biological information is written, and creates a receipt.

  The medical institution submits the created receipt together with a medical fee bill (hereinafter referred to as “bill”) to the social insurance medical fee payment fund of each prefecture. The payment fund checks whether there is an error in the number of claims for medication, injection, surgery, etc., and the review committee reviews the bills and receipts checked by the payment fund. Based on the receipt after such examination, the amount of medical fee is finally determined.

  A technique has been proposed that can reduce the burden on the medical accounting operator and that can prevent overcharging and omission of billing as medical accounting (for example, see Patent Document 1). In the technique described in Patent Document 1, the patient's electronic medical record information and instruction fee implementation information are displayed on the same screen, the doctor selects the corresponding instruction fee execution information, and adds the date information to the medical accounting. As transmission guidance fee information, information is transmitted to a medical accounting apparatus (ie, medical office work) together with medical practice information including medication information and examination information.

  In addition, a technique related to a system for analyzing the operation status of a medical device has been proposed (see, for example, Patent Document 2). The technology described in Patent Document 2 allows the user to efficiently and intuitively grasp the detailed operation status by visually expressing the operation status of the medical device selected by the user as a screen. ing.

Japanese Patent No. 4373633 Japanese Patent No. 4469192

  By the way, a biological information monitor monitors biological information such as a patient's electrocardiogram / heart rate, blood pressure, and body temperature over a long period of time, stores and analyzes the data, and notifies an alarm when the patient's condition becomes abnormal. Has function.

  In the ward staff such as doctors and nurses, in addition to the purpose of monitoring the patient's electrocardiogram / heart rate, blood pressure, body temperature, etc. The biological information monitor is also used for the purpose of notifying with an alarm when it becomes (hereinafter referred to as “alarm monitoring purpose”).

  Ward staff such as doctors and nurses record the biological information measured by the biological information monitor in the medical chart. Then, the medical clerk in charge determines the performance of monitoring by the biological information monitor from the biological information entered in the medical chart and creates a receipt.

  However, when ward staff such as doctors and nurses use a biological information monitor mainly for the purpose of alarm monitoring, the biological information measured by the biological information monitor is not included in the medical record because there is no necessity to describe the biological information in the medical record. There was a case that I did not fill in. Further, if the medical staff does not fill in the biometric information in the medical chart, it cannot be determined whether the measurement is not performed by the biometric information monitor or is not complete, and the receipt is created as it is. As a result, there has been a problem that omission of billing for medical fees occurs.

  The present invention has been made to solve such problems, and a measurement time display device and a measurement time display capable of reliably preventing omission of medical fee charges caused by the use of a biological information monitor It is an object to provide a method and a measurement time display program.

The measurement time display device according to the present invention is
Based on the biological information measured by the biological information monitor that measures the biological information of the patient in time series, a measurement time calculation unit that calculates the measurement time of the biological information in units of measurement days,
Characterized by comprising a display control unit that controls to display said calculated measurement time measurement date basis in association with clinical score by the measuring time calculating unit.

Further, the measurement time display method according to the present invention includes:
A measurement time display method executed by a measurement time display device,
A first step in which the measurement time display device calculates the measurement time of the biological information in units of measurement days based on the biological information measured by the biological information monitor that measures the biological information of the patient in time series;
A second step in which the measurement time display device performs display control so that the measurement time calculated in the first step is displayed in units of measurement days in association with the number of medical points;
It is characterized by having.

Moreover, the measurement time display program according to the present invention is:
On the computer,
Based on the biological information measured by the biological information monitor that measures the biological information of the patient in time series, the measurement time calculating step for calculating the measurement time of the biological information in units of measurement days;
A display control step for controlling the measurement time calculated in the measurement time calculation step to be displayed in units of measurement days in association with the number of medical points ;
Is executed .

  According to the present invention, due to the characteristics of the purpose of use of the biological information monitor (the purpose of alarm monitoring), even if the user (for example, a ward staff) forgets to enter the measurement result of the biological information monitor in the medical chart, the measurement of the biological information of the patient Time is calculated and displayed in units of measurement days. Therefore, the user (medical clerk) who sees the display can prevent omission of receipt creation due to the use of the biological information monitor, and consequently, the omission of the medical fee due to the use of the biological information monitor. Can be reliably prevented.

It is a block diagram which shows the structural example of the biometric information monitor system in this Embodiment. It is a figure which shows the example of the medical treatment score information in this Embodiment. It is a figure which shows the example of a display of the measurement time calculation result screen in this Embodiment. It is a figure which shows the example of a display of the measurement time calculation result screen in this Embodiment. It is a figure which shows the example of a display of the measurement time calculation result screen in this Embodiment. It is a flowchart which shows the operation example of the measurement time display apparatus in this Embodiment. It is a figure which shows the display modification of the measurement time calculation result screen in this Embodiment.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. FIG. 1 is a block diagram showing a configuration example of a biological information monitor system 100 in the present embodiment. As shown in FIG. 1, the biological information monitor system 100 includes a biological information monitor 120 and a measurement time display device 140. The biological information monitor 120 and the measurement time display device 140 are connected by a wired or wireless communication line.

  First, the configuration of the biological information monitor 120 will be described. As shown in FIG. 1, the biological information monitor 120 includes a biological information measurement unit 200, a biological information storage unit 210, a biological information transmission unit 220, and a biological information screen display control unit 230.

  The biological information measuring unit 200 measures the biological information of the patient in time series. Then, the biological information measuring unit 200 stores the measured biological information in the biological information storage unit 210. In the present embodiment, the biological information measurement unit 200 uses an electrocardiogram (ECG, hereinafter referred to as “ECG”) and oxygen to supply blood to the patient as biological information, which is useful for diagnosis and treatment of heart disease. Arterial blood oxygen saturation (SpO2, hereinafter referred to as “SpO2”), which is an index for knowing the end-tidal carbon dioxide concentration (EtCO2, hereinafter) obtained by analyzing the gas obtained by collecting the end-tidal part of the breath during calm breathing "EtCO2"), invasive arterial pressure (BP, hereinafter referred to as "BP") measured by inserting a catheter into the blood vessel, non-invasive blood pressure (NIBP) measured by cuffing (manchette) around the upper arm, etc. , Hereinafter referred to as “NIBP”), central venous pressure (CVP, hereinafter referred to as “CVP”) measured by placing the catheter in the superior vena cava or inferior vena cava, and the temperature profile attached to the body surface or rectum. Body temperature measured by chromatography Bed (Temp, hereinafter referred to as "Temp") invasive pulmonary artery pressure in order to diagnose and pulmonary hypertension to measure (PAP, hereinafter referred to as "PAP").

  The biometric information transmission unit 220 associates information (for example, patient ID) that can uniquely identify a patient who is a measurement target of the biometric information with the biometric information stored in the biometric information storage unit 210, and a measurement time display device 140. The patient ID is set for the biological information monitor 120 by a nurse or the like before the biological information is transmitted by the biological information monitor 120.

  When the biometric information screen display control unit 230 receives a display request for biometric information measured on a certain measurement date from the operation receiving unit 340, the biometric information screen display control unit 230 generates a biometric information display screen that displays the biometric information and displays the biometric information display screen on the display 180. .

  Next, the configuration of the measurement time display device 140 will be described. As shown in FIG. 1, an operation input unit 160 and a display 180 are connected to the measurement time display device 140.

  The operation input unit 160 inputs a user instruction to the measurement time display device 140. In the present embodiment, the operation input unit 160 includes an input device such as a keyboard, a mouse, a touch panel, and a remote controller. The display 180 displays the measurement time calculation result screen generated by the measurement time display device 140.

  The measurement time display device 140 includes a biological information reception unit 300, a measurement time calculation unit 320, an operation reception unit 340, a measurement time storage unit 360, an input measurement time acquisition unit 380, an input measurement time storage unit 400, a specification unit 420, and patient information. The storage unit 440, the medical treatment point information storage unit 460, the measurement time calculation result screen generation unit 480, and the display control unit 500 are configured.

  The biological information reception unit 300 receives the biological information transmitted from the biological information transmission unit 220 of the biological information monitor 120. Then, the biological information receiving unit 300 outputs the received biological information to the measurement time calculating unit 320.

  Based on the biological information output from the biological information receiving unit 300, the measurement time calculating unit 320 calculates the measurement time of each biological information in units of measurement days. In the present embodiment, the measurement time calculation unit 320 simply refers to the biological information output from the biological information receiving unit 300 to exclude the time when the biological information monitor 120 is turned on (measurement invalid time), Only the time when the value of the information is valid is calculated as the measurement time of the biological information. Then, the measurement time calculation unit 320 records the measurement time in units of measurement days calculated for each biological information in the measurement time storage unit 360.

  The operation receiving unit 340 receives an operation for displaying the measurement time calculation result screen via the operation input unit 160. In this case, the operation reception unit 340 notifies the measurement time calculation result screen generation unit 480 that an operation for displaying the measurement time calculation result screen has been received.

  In addition, the operation reception unit 340 corresponds to the measurement time in units of measurement days (hereinafter referred to as “second measurement time” in the claims) for various types of biological information via the operation input unit 160. An operation for inputting time) is accepted. In this case, the operation reception unit 340 outputs the input second measurement time in units of measurement days to the input measurement time acquisition unit 380. As a scene for receiving this input operation, for example, after the biological information is measured using the biological information monitor 120, the second measurement time (of the biological information) entered in the medical record by the ward staff and the actual measurement time This is a situation where a medical office worker who creates a receipt wants to check whether there is a difference between the measurement time and the like.

  Further, when the measurement time calculation result screen is displayed on the display 180, the operation reception unit 340 receives an operation for selecting any of the measurement dates included in the measurement time calculation result screen via the operation input unit 160. . In this case, the operation reception unit 340 requests the biological information screen display control unit 230 of the biological information monitor 120 to display the biological information measured on the selected measurement date.

  In addition, when the measurement time calculation result screen is displayed on the display 180, the operation reception unit 340 receives an operation for terminating the display of the measurement time calculation result screen via the operation input unit 160. In this case, the operation reception unit 340 notifies the display control unit 500 that an operation for ending the display of the measurement time calculation result screen has been received.

  When the second measurement time in units of measurement days is output from the operation reception unit 340, the input measurement time acquisition unit 380 acquires the second measurement time. Then, the input measurement time acquisition unit 380 records the acquired second measurement time in the input measurement time storage unit 400.

  When the second measurement time is stored in the input measurement time storage unit 400 (that is, when the operation for inputting the second measurement time in units of measurement days is performed for various types of biological information), the specifying unit 420 is stored. The measurement time stored in the measurement time storage unit 360 is compared with the second measurement time stored in the input measurement time storage unit 400, and the measurement time that does not match the second measurement time (that is, the chart) Measurement time that does not match Then, the specification unit 420 outputs the specified measurement time to the measurement time calculation result screen generation unit 480.

  The patient information storage unit 440 stores patient information regarding a plurality of patients. In the present embodiment, the patient information stored in the patient information storage unit 440 includes, as item information, “patient ID” that can uniquely identify the patient, “patient name” that indicates the patient's name, and the patient information. “Department” indicating the ward.

  The medical score information storage unit 460 stores medical score information indicating a calculation standard for the medical score when each biological information is measured using the biological information monitor 120. FIG. 2 is a diagram illustrating an example of medical score information in the present embodiment.

  As shown in FIG. 2, first, regarding ECG, when the measurement time per day is 1 hour, the number of medical treatment points is 50 points. In addition, when the measurement time per day is 2 hours, the medical treatment score is 100 points. Further, when the measurement time per day is 3 hours or more, when the number of consecutive measurement days is within 7 days, the medical treatment score is 150 points. In addition, when the measurement time per day is 3 hours or more, when the number of consecutive measurement days is 8 days or more and 14 days or less, the medical treatment score is 130 points. In addition, when the measurement time per day is 3 hours or more, when the number of consecutive measurement days is 15 days or more, the medical treatment score is 50 points.

  Next, for SpO2, when the measurement is performed, the number of medical points is 30 points per day. Next, for EtCO2, when the measurement is performed, the number of medical treatment points is 100 points per day.

  Next, for BP, when the measurement time per day is within one hour, the number of medical treatment points is 130 points. Moreover, when the measurement time of 1 day exceeds 1 hour, it has shown that the number of medical treatment points is 260 points.

  Next, with respect to NIBP, when measurement is performed, the number of medical treatment points is 100 points per day. Regarding CVP, when the measurement is performed four times or less per day, the number of medical treatment points is 100 points. Further, when the measurement is performed five times or more per day, it indicates that the medical treatment score is 200 points.

  Next, for Temp, when measurement is performed, the number of medical points is 100 points per day. Finally, regarding PAP, when the measurement time per day is within 2 hours, the number of medical treatment points is 150 points per hour. In addition, when the measurement time per day exceeds 2 hours, the number of medical treatment points is 450 points.

  The measurement time calculation result screen generation unit 480 receives the notification that the operation for displaying the measurement time calculation result screen has been received from the operation reception unit 340, the measurement time acquired from the measurement time storage unit 360, the patient information storage unit The measurement time calculation result screen for displaying the measurement time of each biological information in units of measurement days based on the patient information stored in 440 and the medical score information stored in the medical score information storage unit 460 is tabulated. Generate with Then, the measurement time calculation result screen generation unit 480 outputs the generated measurement time calculation result screen to the display control unit 500.

  In the present embodiment, when the measurement time calculation result screen generation unit 480 generates the measurement time calculation result screen, the day when the medical score is generated for each piece of biological information in order to improve the visibility of the day when the medical score is generated. In other words, the display column for displaying the measurement time of the day (measurement date of the biological information) is displayed in color. Note that the measurement time calculation result screen generation unit 480 may change the color of the display column that displays the measurement time of the day on which the medical score is generated for each biological information in order to improve the visibility of each biological information.

  In addition, when the measurement time calculation result screen generation unit 480 generates the measurement time calculation result screen, it should be noted that it is necessary to calculate the medical treatment score in units of time for the biological information having different medical treatment scores according to the measurement time. For the purpose of prompting, the color of the display column for displaying the measurement time of the day when the medical score is generated is made different in the same biological information.

  In addition, when a measurement time that does not match the second measurement time is output from the specifying unit 420 for various types of biological information, the measurement time calculation result screen generation unit 480 performs measurement when generating the measurement time calculation result screen. Highlight the display field where the time is displayed.

  FIG. 3 is a diagram showing a display example of the measurement time calculation result screen in the present embodiment. As shown in FIG. 3, the measurement time calculation result screen shows the measurement time (in minutes) of each piece of biological information (ECG, SpO2, BP, CVP, etc.) for a certain patient for the first to the 15th of a certain month. ) Is displayed in units of measurement days. In the measurement time calculation result screen, the number of display days can be arbitrarily switched between 10 days, half a month, 1 month, and the like.

  As for ECG, the measurement times on the 4th, 5th to 13th and 14th are 50 minutes, 1440 minutes (1 day) and 150 minutes, respectively. When the measurement time calculation result screen generation unit 480 generates the measurement time calculation result screen, in order to improve the visibility of the day when the medical score is generated, the day (4th to the day when the medical score is generated for the biological information (ECG) 14 days), the display column for displaying the measurement time is displayed in color.

  Here, the color of the display column for displaying the measurement time on the 4th and 14th and the color of the display column for displaying the measurement time on the 5th to 13th are different. This is because the measurement time is less than the upper limit (3 hours) of the measurement time for determining the medical treatment score of the biological information (ECG), while the measurement time of 5th to 13th is more than the upper limit. That is, the measurement time calculation result screen generation unit 480 generates a medical score in order to call attention to the need to calculate the medical score in units of time for biological information (ECG) having different medical scores depending on the measurement time. The color of the display field for displaying the measurement time of the day to be changed is made different in the same biological information.

  Further, the frame of the display column that displays the measurement time of 12 days is highlighted more boldly than the other display columns because the measurement time in the display column is the second input from the operation input unit 160. It is different from the measurement time. A user (for example, a medical clerk) who sees this display has not entered the measurement time on the 12th due to a mistake of the ward staff after the measurement of the 12th day biometric information (ECG). Can be easily grasped.

  For Sp02, the fact that the measurement was performed from the 4th to the 14th is displayed in a colored display column. That is, the measurement time calculation result screen generation unit 480 displays the measurement time of the day (4th to 14th) when the medical score is generated for the biological information (Sp02) in order to improve the visibility of the day when the medical score is generated. The display column to be displayed is colored. The reason why the measurement time is not displayed in the display column on the 4th to 14th is that the medical treatment score of the biological information (Sp02) is not determined in units of time, and the measurement time is unnecessary.

  For BP, the measurement times on the 4th, 5th and 6th are 30 minutes, 1440 minutes (1 day) and 80 minutes, respectively. When the measurement time calculation result screen generation unit 480 generates the measurement time calculation result screen, the measurement time calculation result screen 480 improves the visibility of the day when the medical score is generated. The display column for displaying the measurement time of 6 days) is displayed in color.

  Here, the color of the display column for displaying the measurement time for 4 days is different from the color of the display column for displaying the measurement time for 5th and 6th. This is because the measurement time on the 5th and 6th days exceeds the upper limit (1 hour) within the upper limit (1 hour) of the measurement time for determining the number of medical treatment points of (BP). In other words, the measurement time calculation result screen generation unit 480 generates a medical score in order to call attention to the need to calculate the medical score in units of time for biometric information (BP) having different medical scores depending on the measurement time. The color of the display field for displaying the measurement time of the day to be changed is made different in the same biological information.

  Also, the frame of the display column that displays the measurement time for 6 days is highlighted thicker than the other display columns because the measurement time in the display column is the second input from the operation input unit 160. It is different from the measurement time. A user who has seen this display (for example, a medical clerk) has not entered the measurement time for 6 days in the medical record due to a mistake in the ward staff after measurement of the biological information (BP) on the 6th. Can be easily grasped.

  For CVP, the measurement times of 9th, 10th and 11th are 30 minutes, 1440 minutes (1 day) and 30 minutes, respectively. Note that the medical score of the biological information (CVP) is determined not by the time unit but by the number of times of measurement. However, in order to improve the visibility of the day when the medical score is generated, the medical score is generated for the biological information (CVP). A display column for displaying the measurement time of the day (9th to 11th) is displayed in color. The measurement time is displayed because a user (for example, a medical clerk) may refer to it when creating a receipt.

  FIG. 4 is also a diagram showing a display example of a measurement time calculation result screen in the present embodiment. The difference from the measurement time calculation result screen shown in FIG. 3 is that the measurement time (in minutes) of each biological information is displayed in a unified manner for a plurality of patients (patients A to E). The measurement time calculation result screen generation unit 480 includes the patient ID associated with each measurement time output from the measurement time storage unit 360 and the patient information (including the patient ID) stored in the patient information storage unit 440. By matching using the patient ID as a key, the department (Ward A or Ward B), the patient ID, and the patient name of each patient are displayed in association with the measurement time of each biological information. In addition, about the display mode of the measurement time of each biological information, since it is the same as that of FIG. 3, the description is abbreviate | omitted.

  The display control unit 500 displays the measurement time calculation result screen output from the measurement time calculation result screen generation unit 480 on the display 180. When the operation reception unit 340 receives an operation of selecting any of the measurement dates included in the measurement time calculation result screen displayed on the display 180, the operation reception unit 340 displays the display of the biological information measured on the measurement date. The biometric information screen display control unit 230 is requested. The biometric information screen display control unit 230 generates a biometric information screen that displays the biometric information measured on the selected measurement date, and displays the biometric information screen superimposed on the currently displayed measurement time calculation result screen. In addition, when receiving a notification from the operation receiving unit 340 that the operation for ending the display of the measurement time calculation result screen is received from the operation receiving unit 340, the display control unit 500 ends the display of the measurement time calculation result screen.

  FIG. 5 is a diagram illustrating an example in which a biological information screen is displayed superimposed on a measurement time calculation result screen being displayed. As shown in FIG. 5, the biological information screen displaying the biological waveforms 600 and 620 based on the biological information (ECG and SpO2) measured on the 8th is superimposed on the displayed measurement time calculation result screen. Is displayed. A user (for example, a medical clerk) who sees this display, will receive detailed information (biological information) (biological information (ECG and SpO2)) measured on the 8th due to a return due to a lack of receipt. Even if it is necessary to confirm the waveform, it is possible to eliminate the trouble of contacting the ward staff for confirmation.

  Next, the operation of the measurement time display device 140 in the present embodiment will be described. FIG. 6 is a flowchart showing an operation example of the measurement time display device 140 in the present embodiment. For example, the process of step S <b> 100 starts when the activation operation of the measurement time display device 140 is performed via the operation input unit 160.

  First, the operation reception unit 340 determines whether an operation for displaying the measurement time calculation result screen has been received via the operation input unit 160 (step S100). If operation accepting unit 340 determines that an operation for displaying the measurement time calculation result screen has not been accepted (NO in step S100), the process transitions to step S100.

  On the other hand, when operation receiving unit 340 determines that an operation for displaying the measurement time calculation result screen has been received (YES in step S100), operation receiving unit 340 has received an operation for displaying the measurement time calculation result screen. Is notified to the measurement time calculation result screen generation unit 480. Next, the measurement time calculation result screen generation unit 480 receives the notification from the operation reception unit 340 and acquires the measurement time of each biological information stored in the measurement time storage unit 360 in units of measurement days (step S120). ).

  Next, the specifying unit 420 performs an operation to input whether or not the second measurement time is stored in the input measurement time storage unit 400 (that is, the second measurement time in units of measurement days for various types of biological information). It is determined whether or not (step S140). If the specifying unit 420 determines that an operation for inputting the second measurement time has been performed (YES in step S140), the specifying unit 420 includes the measurement time stored in the measurement time storage unit 360, The second measurement time stored in the input measurement time storage unit 400 is compared to specify a measurement time that does not match the second measurement time (that is, a measurement time that does not match the medical chart) (step S160). Then, the specification unit 420 outputs the specified measurement time to the measurement time calculation result screen generation unit 480.

  Next, the measurement time calculation result screen generation unit 480 has the measurement time acquired from the measurement time storage unit 360, the patient information stored in the patient information storage unit 440, and the number of medical points stored in the medical point information storage unit 460. Based on the information, a measurement time calculation result screen for displaying the measurement time of each biological information in units of measurement days is generated in a table format (step S180). At the time of the generation, the measurement time calculation result screen generation unit 480 highlights a display field in which the measurement time output from the specifying unit 420 is displayed. Then, the measurement time calculation result screen generation unit 480 outputs the generated measurement time calculation result screen to the display control unit 500. Thereafter, the process proceeds to step S220.

  Returning to the determination process in step S140, when the specifying unit 420 determines that an operation for inputting the second measurement time is not performed (NO in step S140), the measurement time calculation result screen generation unit 480 Based on the measurement time acquired from the measurement time storage unit 360, the patient information stored in the patient information storage unit 440, and the medical treatment point information stored in the medical treatment point information storage unit 460, the measurement time of each biological information is measured. A measurement time calculation result screen for displaying in units of days is generated in a table format (step S200). Then, the measurement time calculation result screen generation unit 480 outputs the generated measurement time calculation result screen to the display control unit 500. Thereafter, the process proceeds to step S220.

  In step S220, display control unit 500 displays on display 180 the measurement time calculation result screen output from measurement time calculation result screen generation unit 480 after the processing of step S180 or S200. Next, the operation reception unit 340 determines whether an operation for selecting any of the measurement dates included in the measurement time calculation result screen has been received via the operation input unit 160 (step S240). If operation accepting unit 340 determines that an operation for selecting any of the measurement dates has not been accepted (NO in step S240), the process transitions to step S300.

  On the other hand, when operation accepting unit 340 determines that an operation for selecting one of the measurement dates has been accepted (YES in step S240), operation accepting unit 340 displays the biological information measured on the measurement date as a living body. A request is made to the biological information screen display control unit 230 of the information monitor 120 (step S260). The biometric information screen display control unit 230 generates a biometric information screen that displays the biometric information related to the display request, and displays the biometric information screen superimposed on the measurement time calculation result screen that is being displayed (step S280). Thereafter, the process proceeds to step S300.

  In step S300, the operation reception unit 340 determines whether an operation for ending the display of the measurement time calculation result screen has been received via the operation input unit 160. If operation accepting unit 340 determines that an operation for terminating the display of the measurement time calculation result screen has not been accepted (NO in step S300), the process transitions to step S240. On the other hand, when operation receiving unit 340 determines that an operation for ending display of the measurement time calculation result screen has been received (YES in step S300), operation receiving unit 340 ends the display of the measurement time calculation result screen. Is notified to the display control unit 500. The display control unit 500 receives the notification from the operation reception unit 340 and ends the display of the measurement time calculation result screen. Thereafter, the measurement time display device 140 ends the processing in FIG.

  As described above in detail, the measurement time display device 140 of the present embodiment is configured to measure the biological information based on the biological information measured by the biological information monitor 120 that measures the biological information of the patient in time series. The measurement time calculation unit 320 for calculating the measurement time in units of measurement days, the measurement time storage unit 360 for storing the measurement time calculated by the measurement time calculation unit 320, and the measurement time stored in the measurement time storage unit 360 in units of measurement days And a display control unit 500 that controls the display.

  According to the present embodiment configured as described above, the user (for example, a ward staff) forgets to enter the measurement result of the biological information monitor 120 in the medical chart due to the characteristics of the purpose of use (alarm monitoring purpose) of the biological information monitor 120. However, the measurement time of the patient's biological information is calculated and displayed in units of measurement days. Therefore, the user (medical staff in charge) who sees the display can prevent the omission of receipt creation due to the use of the biological information monitor 120, and consequently the medical fee generated due to the use of the biological information monitor 120. It is possible to reliably prevent bill leakage.

  Further, in the present embodiment, the display control unit 500 displays a color in units of measurement days as to whether or not biological information has been measured, instead of the measurement time. This makes it possible to improve the visibility of the day when the medical score occurs for biometric information (SpO2, NIBP, etc.) for which the medical score is not fixed according to the measurement time, and create a receipt by the user (medical staff) Leakage can be reliably prevented.

  Moreover, in this Embodiment, the display control part 500 is made to color-display by the measurement day unit about whether biometric information was measured in addition to measurement time. This makes it possible to improve the visibility of the day when the medical score is generated for biometric information (ECG, BP, etc.) whose medical score is determined according to the measurement time, and to create a receipt by the user (medical staff) Leakage can be reliably prevented.

  In the present embodiment, the display control unit 500 highlights the measurement time specified by the specifying unit 420 in units of measurement days. As a result, the user (medical clerk) who sees the display easily grasps that the measurement time of the biological information is not entered in the medical chart by the ward staff after the measurement of the biological information is performed, Encourage ward staff to confirm this.

  Moreover, in this Embodiment, as shown in FIG. 4, about several patients (patients A-E), the measurement time (minute unit) of each biological information is displayed integrally. According to this, compared with the case where the measurement time of each biological information is switched and displayed for each patient, the trouble of switching the screen can be saved, so that the convenience of confirmation by the user (person in charge of medical office work) can be achieved. it can.

  The function of the measurement time display device 140 according to the embodiment described above is realized by software. Actually, the measurement time display device 140 includes a CPU or MPU, RAM, ROM, etc., and a program stored in the RAM or ROM (corresponding to the “measurement time display program” of the present invention) operates. realizable. Note that it is also possible to realize the program by operating the program to perform the functions of the present embodiment on a recording medium such as a CD-ROM and causing the measurement time display device 140 to read the program.

  As a recording medium for recording the program, a flexible disk, a hard disk, a magnetic tape, an optical disk, a magneto-optical disk, a DVD, a nonvolatile memory card, and the like can be used in addition to the CD-ROM. The program may be downloaded to the measurement time display device 140 via a network such as the Internet.

  In the above embodiment, the example in which the measurement time display device 140 directly receives the biological information measured by the biological information monitor 120 from the biological information monitor 120 has been described, but the present invention is not limited to this. . For example, the measurement time display device 140 includes a biological information storage unit 210 and a biological information transmission unit 220, and collects and stores biological information measured by a plurality of biological information monitors 120, or a plurality of storage systems. The biological information measured by the biological information monitor 120 may be indirectly received via an electronic medical record system that collects biological information measured by the biological information monitor 120 and manages the biological information in association with the electronic medical record.

  Moreover, although the said embodiment demonstrated the example which displays the measurement time of each biological information in a unit of minutes on a measurement time calculation result screen, this invention is not limited to this. For example, for biological information in which the number of medical points is determined in units of time, the measurement time of each piece of biological information may be displayed in units of time from the viewpoint of facilitating calculation of the number of medical points. In addition, the medical treatment score calculated from the medical treatment score information stored in the measurement time and medical treatment score information storage unit 460 may be displayed in the display column of the day when the medical treatment score occurs.

  Moreover, although the said embodiment demonstrated the example which displays a measurement time calculation result screen in a table | surface form, this invention is not limited to this. For example, the measurement time calculation result screen may be displayed in a graph table format. FIG. 7 is a diagram showing an example of displaying the measurement time calculation result screen in the form of a graph table. As shown in FIG. 7, regarding the measurement of biological information (ECG), it is displayed that the measurement times on the 4th, 5th to 13th and 14th are 50 minutes, 1440 minutes (1 day) and 150 minutes, respectively. ing. Further, a line 700 indicating the upper limit (3 hours) of the measurement time for determining the number of medical points of the biometric information (ECG) is superimposed and displayed. Since the line 700 is displayed in a superimposed manner, the user (medical staff) is informed that the calculation points need to be calculated in units of hours for the measurement times of the 4th and 15th days below the line 700. Can be encouraged.

  Moreover, in the said embodiment, the display mode of a measurement time calculation result screen is not restricted to what was shown in FIG. 3, 4, For example, regarding one certain patient, it measured in several departments and several medical departments. You may make it display the measurement time of each biometric information centrally.

  In addition, each of the above-described embodiments is merely an example of actualization in carrying out the present invention, and the technical scope of the present invention should not be construed as being limited thereto. That is, the present invention can be implemented in various forms without departing from the gist or the main features thereof.

DESCRIPTION OF SYMBOLS 100 Biometric information monitor system 120 Biological information monitor 140 Measurement time display apparatus 160 Operation input part 180 Display 200 Biometric information measurement part 210 Biometric information storage part 220 Biometric information transmission part 230 Biological information screen display control part 300 Biological information reception part 320 Measurement time Calculation unit 340 Operation accepting unit 360 Measurement time storage unit 380 Input measurement time acquisition unit 400 Input measurement time storage unit 420 Identification unit 440 Patient information storage unit 460 Clinical point information storage unit 480 Measurement time calculation result screen generation unit 500 Display control unit

Claims (6)

Based on the biological information measured by the biological information monitor that measures the biological information of the patient in time series, a measurement time calculation unit that calculates the measurement time of the biological information in units of measurement days,
A display control unit for controlling the measurement time calculated by the measurement time calculation unit to be displayed in units of measurement days in association with the number of medical points ;
A measuring time display device comprising:   The measurement time display device according to claim 1, wherein the display control unit displays, in addition to the measurement time, whether or not the biological information is measured in units of measurement days. An input measurement time acquisition unit that acquires a measurement time of biological information input by a user as a second measurement time in units of measurement days;
The second measurement time acquired by the input measurement time acquisition unit is compared with the measurement time calculated by the measurement time calculation unit, and the measurement time that does not match the second measurement time is specified. A specific part,
The display control unit controls to highlight the measurement time specified by the specifying unit or the number of medical treatment points determined from the measurement time in units of measurement days. The measuring time display device described in 1. Based on the biological information measured by the biological information monitor that measures the biological information of the patient in time series, a measurement time calculation unit that calculates the measurement time of the biological information in units of measurement days;
An input measurement time acquisition unit that acquires a measurement time of biological information input by a user as a second measurement time in units of measurement days;
The second measurement time acquired by the input measurement time acquisition unit is compared with the measurement time calculated by the measurement time calculation unit, and the measurement time that does not match the second measurement time is specified. A specific part,
A display control unit that controls to display the measurement time calculated by the measurement time calculation unit or the number of medical points determined from the measurement time in units of measurement days;
With
The display control unit controls the measurement time specified by the specifying unit or the number of medical points determined from the measurement time to be highlighted in units of measurement days.
A measuring time display device. A measurement time display method executed by a measurement time display device,
A first step in which the measurement time display device calculates the measurement time of the biological information in units of measurement days based on the biological information measured by the biological information monitor that measures the biological information of the patient in time series;
A second step in which the measurement time display device performs display control so that the measurement time calculated in the first step is displayed in units of measurement days in association with the number of medical points;
A measuring time display method characterized by comprising: On the computer,
Based on the biological information measured by the biological information monitor that measures the biological information of the patient in time series, the measurement time calculating step for calculating the measurement time of the biological information in units of measurement days;
A display control step for controlling the measurement time calculated in the measurement time calculation step to be displayed in units of measurement days in association with the number of medical points ;
A program that executes

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