JP5719520B2 - Biological information monitor device, screen display method, and screen display program - Google Patents

Description

  The present invention relates to a biological information monitor device, a screen display method, and a screen display program.

  The biological information monitoring apparatus can collectively display the measurement values and waveforms of biological information (for example, an electrocardiogram, blood pressure, and oxygen saturation) on the display unit. Examples of the biological information monitoring apparatus include a bedside monitor that is installed and used on a bedside such as a hospital room, and a central monitor that is installed and used on a nurse station.

  By looking at the measurement values and waveforms displayed by the biological information monitor device, a medical worker (such as a doctor or nurse) can grasp the patient's condition. In addition, since the biological information monitoring apparatus generally has an alarm function that notifies an abnormality by an alarm sound or the like when an abnormality of a measurement value occurs, a medical worker can quickly take appropriate measures in an emergency. .

  In addition to the alarm function described above, the biological information monitoring device can select and display a function for performing arrhythmia analysis, a function for displaying the progress of measured values over a long period (or long time), or a screen according to the operating environment. There are cases where various functions such as a function to be added are added. As described above, in recent years, multifunctional functions or advanced functions have been advanced.

  In the conventional biological information monitoring apparatus, not only functional diversification and advancement are progressing as described above, but also the display mode of the screen is diversifying. For example, in the apparatus described in Patent Document 1, a screen indicating the type of alarm or the degree of urgency is displayed. Further, for example, in the apparatus described in Patent Document 2, a monitoring screen for a specific patient among a plurality of patients being monitored is displayed in a part of the display area, and a monitoring screen is to be displayed in another display area. Display a setting operation screen for specifying

JP 2008-200111 A JP 2002-263070 A

  When displaying supplementary information or a screen together with a screen for displaying biological information to be monitored, as in the conventional biological information monitoring device, in order not to reduce convenience for a medical worker who is a user, It is required to appropriately design the display mode of the screen.

  For this reason, for example, in the apparatus described in Patent Document 1, the indicator indicating the type of abnormality that has occurred and the degree of urgency are displayed separately from the monitoring screen for biological information. Further, this indicator is displayed in a minimum size so that the visibility of the monitoring screen is not hindered.

  However, when the setting operation screen is displayed as in the apparatus described in Patent Document 2, for example, it is necessary to display the setting operation screen in a size that facilitates the setting operation in order to ensure operability. In this case, the size of the remaining display screen, in other words, the size of the monitoring screen displayed separately from the setting operation screen is reduced.

  If a large amount of information is displayed on the reduced monitoring screen, the information becomes difficult to read. On the other hand, if it is attempted to maintain the readability of information on the reduced monitoring screen, the amount of information that can be displayed there is reduced. That is, part of the information that should originally be displayed on the monitoring screen cannot be displayed due to the reduction of the monitoring screen. This problem is particularly noticeable when the display unit is small. Thus, for example, when another screen such as a setting operation screen is displayed on the display unit together with the monitoring screen, the convenience of the biological information monitoring apparatus may be reduced.

  An object of the present invention is to provide a biological information monitor device, a screen display method, and a screen display program that are easy to use when another screen such as a setting operation screen is displayed on a display unit together with a monitoring screen.

The biological information monitoring apparatus of the present invention displays a monitoring screen, draws a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, and superimposes the setting operation screen on the monitoring screen. Display means for enabling a setting operation related to monitoring by the setting operation screen, the display means so that the waveform or characters in the monitoring screen covered by the setting operation screen can be seen through The setting operation screen is displayed translucently, and the display means increases the transparency of the setting operation screen being displayed on condition that an abnormality has occurred in the measurement result of the biological information .
The biological information monitoring apparatus of the present invention displays a monitoring screen, draws a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, and superimposes the setting operation screen on the monitoring screen. Display means for enabling a setting operation related to monitoring by the setting operation screen, the display means so that the waveform or characters in the monitoring screen covered by the setting operation screen can be seen through The setting operation screen is displayed in a translucent manner, and the setting operation screen includes an input area for receiving an input of the setting operation and a non-input area that is a remaining area, and the display means covers the input area. The input area is displayed in an opaque manner so that the waveform or text in the monitoring screen is hidden, and the waveform or text in the monitoring screen covered by the non-input area is hidden. As only look, the non-input area displayed translucently, and the display means, on condition that the abnormality in the measurement result of the biological information has occurred, translucently the input region being displayed.
The biological information monitoring apparatus of the present invention displays a monitoring screen, draws a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, and superimposes the setting operation screen on the monitoring screen. Display means for enabling a setting operation related to monitoring by the setting operation screen, the display means so that the waveform or characters in the monitoring screen covered by the setting operation screen can be seen through The setting operation screen is displayed translucently, and the display means increases the transparency of the displayed setting operation screen on the condition that the monitoring related setting operation is started.
The biological information monitoring apparatus of the present invention displays a monitoring screen, draws a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, and superimposes the setting operation screen on the monitoring screen. Display means for enabling a setting operation related to monitoring by the setting operation screen, the display means so that the waveform or characters in the monitoring screen covered by the setting operation screen can be seen through The setting operation screen is displayed in a translucent manner, and the setting operation screen includes an input area for receiving an input of the setting operation and a non-input area that is a remaining area, and the display means covers the input area. The input area is displayed in an opaque manner so that the waveform or text in the monitoring screen is hidden, and the waveform or text in the monitoring screen covered by the non-input area is hidden. As only look, the non-input area displayed translucently, and the display means, on condition that the monitoring-related setting operation is started, the translucent input region being displayed.

  The biological information monitoring apparatus of the present invention displays a monitoring screen, draws a waveform or a character indicating the measurement result of the biological information to be monitored in the monitoring screen, and displays another screen superimposed on the monitoring screen. It has a display means, and the display means increases the transparency of another screen being displayed on condition that an abnormality has occurred in the measurement result of the biological information.

  The biological information monitoring apparatus of the present invention displays a monitoring screen, draws a waveform or a character indicating the measurement result of the biological information to be monitored in the monitoring screen, and displays another screen superimposed on the monitoring screen. It has a display means, and the display means increases the transparency of another screen being displayed on condition that a setting operation related to monitoring is started.

The screen display method of the present invention is a screen display method executed by the biological information monitoring device, displays a monitoring screen, and displays a waveform or a character indicating a measurement result of biological information to be monitored in the monitoring screen. A display step for drawing and displaying a setting operation screen superimposed on the monitoring screen and enabling a setting operation related to the monitoring by the setting operation screen, the display step being covered by the setting operation screen; The setting operation screen is displayed translucently so that the waveform or characters in the monitoring screen can be seen through, and the display step is performed on the condition that an abnormality has occurred in the measurement result of the biological information or related to monitoring. On the condition that the setting operation is started, the transparency of the setting operation screen being displayed is increased .
The screen display method of the present invention is a screen display method executed by the biological information monitoring device, displays a monitoring screen, and displays a waveform or a character indicating a measurement result of biological information to be monitored in the monitoring screen. A display step for drawing and displaying a setting operation screen superimposed on the monitoring screen and enabling a setting operation related to the monitoring by the setting operation screen, the display step being covered by the setting operation screen; The setting operation screen is displayed semi-transparently so that the waveform or characters in the monitoring screen can be seen through. The setting operation screen includes an input area for accepting setting operation input and a non-input area that is a remaining area. And the display step displays the input area in an opaque manner so that the waveform or character in the monitoring screen covered with the input area is hidden. The non-input area is displayed semi-transparently so that the waveform or characters in the monitoring screen covered with the non-input area can be seen through, and the display step indicates that an abnormality has occurred in the measurement result of the biological information. The input area being displayed is made translucent as a condition or when a monitoring-related setting operation is started.

  The screen display method of the present invention is a screen display method executed by the biological information monitoring device, displays a monitoring screen, and displays a waveform or a character indicating a measurement result of biological information to be monitored in the monitoring screen. A display step of drawing and displaying another screen superimposed on the monitoring screen, wherein the display step increases the transparency of the other screen being displayed on condition that an abnormality has occurred in the measurement result of the biological information .

  The screen display method of the present invention is a screen display method executed by the biological information monitoring device, displays a monitoring screen, and displays a waveform or a character indicating a measurement result of biological information to be monitored in the monitoring screen. It has a display step of drawing and displaying another screen superimposed on the monitoring screen, and the display step increases the transparency of the other screen being displayed on condition that a setting operation related to monitoring is started.

The screen display program of the present invention displays a monitoring screen on a computer provided in the biological information monitoring apparatus, draws a waveform or character indicating the measurement result of biological information to be monitored in the monitoring screen, and sets The operation screen is superimposed on the monitoring screen and the setting operation screen realizes a display function that enables monitoring-related setting operations. The display function is included in the monitoring screen covered by the setting operation screen. The setting operation screen is displayed in a semi-transparent manner so that the waveform or character of can be seen through, and the display function starts on the condition that an abnormality has occurred in the measurement result of biological information or a monitoring related setting operation starts. As a condition, the transparency of the setting operation screen being displayed is increased .
The screen display program of the present invention displays a monitoring screen on a computer provided in the biological information monitoring apparatus, draws a waveform or character indicating the measurement result of biological information to be monitored in the monitoring screen, and sets The operation screen is superimposed on the monitoring screen and the setting operation screen realizes a display function that enables monitoring-related setting operations. The display function is included in the monitoring screen covered by the setting operation screen. The setting operation screen is displayed in a semi-transparent manner so that the waveform or character of the image can be seen through, and the setting operation screen includes an input area that accepts input of the setting operation and a non-input area that is a remaining area The display function displays the input area opaquely and hides the non-input area so that the waveform or character in the monitoring screen covered with the input area is hidden. The non-input area is displayed semi-transparently so that the waveform or characters in the monitoring screen covered with can be seen through, and the display function is displayed on the condition that an abnormality has occurred in the measurement result of biological information. Make the input area translucent.

  The screen display program of the present invention displays a monitoring screen on a computer provided in the biological information monitoring device, draws a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, A display function for displaying the screen over the monitoring screen is realized, and the display function increases the transparency of another screen being displayed on condition that an abnormality has occurred in the measurement result of the biological information.

  The screen display program of the present invention displays a monitoring screen on a computer provided in the biological information monitoring device, draws a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, A display function for displaying the screen on the monitoring screen is realized, and the display function increases the transparency of another screen being displayed on condition that a setting operation related to monitoring is started.

  According to the present invention, for example, when another screen such as a setting operation screen is displayed on the display unit together with the monitoring screen, the usability of the biological information monitoring apparatus can be improved.

The figure which shows schematic structure of the biometric information monitor system which concerns on one embodiment of this invention The figure for demonstrating the 2 layer layer structure of the display screen which concerns on one embodiment of this invention The figure for demonstrating the 3 layer layer structure of the display screen which concerns on one embodiment of this invention The figure for demonstrating the basic screen which concerns on one embodiment of this invention The figure for demonstrating the sub screen which concerns on one embodiment of this invention The figure for demonstrating the pop-up screen which concerns on one embodiment of this invention The figure for demonstrating the 1st example of the display screen which overlapped the sub screen shown in FIG. 5 on the basic screen shown in FIG. The figure for demonstrating the 2nd example of the display screen which overlapped the sub screen shown in FIG. 5 on the basic screen shown in FIG. The figure for demonstrating the 3rd example of the display screen which overlapped the sub screen shown in FIG. 5 on the basic screen shown in FIG. The figure for demonstrating the 1st example of the display screen which overlapped the pop-up screen shown in FIG. 6 on the basic screen shown in FIG. The figure for demonstrating the 2nd example of the display screen which overlapped the pop-up screen shown in FIG. 6 on the basic screen shown in FIG. The figure for demonstrating the 3rd example of the display screen which overlapped the pop-up screen shown in FIG. 6 on the basic screen shown in FIG. The figure for demonstrating the 4th example of the display screen which overlapped the pop-up screen shown in FIG. 6 on the basic screen shown in FIG. The figure for demonstrating the 5th example of the display screen which overlapped the pop-up screen shown in FIG. 6 on the basic screen shown in FIG. The figure for demonstrating the 6th example of the display screen which overlapped the pop-up screen shown in FIG. 6 on the basic screen shown in FIG.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. In the following embodiment, a case where the biological information monitoring apparatus of the present invention is applied to a bedside monitor will be described as an example.

  FIG. 1 is a diagram showing a schematic configuration of a biological information monitor system including a bedside monitor according to an embodiment of the present invention.

  The biological information monitoring system in FIG. 1 includes a bedside monitor 100 and a central monitor 120. The bedside monitor 100 is used by being placed on the bedside of a patient in a hospital room, an operating room, an intensive care unit, or the like. The central monitor 120 is used by being placed away from the patient (for example, a nurse station).

  In general, the biological information monitoring system can connect a plurality of bedside monitors to one central monitor. However, in this embodiment, only one bedside monitor is used for the sake of simplicity. An example of connection will be described.

The bedside monitor 100 mainly includes a bedside monitor main body 101, a multi-port module 102, and a bedside monitor display unit 103. The bedside monitor 100 also includes a telemeter transmitter 104, an electrocardiogram cable 105, a first invasive blood pressure cable 106, a second invasive blood pressure table 107, a body temperature probe 108, an oxygen saturation (SpO ₂ ) sensor 109, and a cuff. 110 is connected.

  The central monitor 120 mainly has a central monitor main body 121 and a central monitor display unit 123, and a telemeter receiver 122 is connected to the central monitor 120.

  The bedside monitor main body 101 includes an arithmetic processing unit (CPU: Central Processing Unit) and a memory. The memory stores a program for controlling each operation of the central monitor 100, and this program is an image for causing a CPU provided in the bedside monitor main body 101 to realize a screen display function described later. A display program is included.

  A multi-port module 102, a bedside monitor display unit 103, and a telemeter transmitter 104 are connected to the bedside monitor main body 101 via cables.

  The bedside monitor main body 101 receives the biological information data from the multiport module 102 and transmits it to the telemeter transmitter 104. The biological information data is wirelessly transmitted to the central monitor 120 after being subjected to wireless transmission processing by the telemeter transmitter 104. The biometric information data transmitted wirelessly is received by the central monitor main body 121 via the telemeter receiver 122 and displayed on the central monitor display unit 123.

  Further, the bedside monitor main body 101 applies various types of analysis such as measurement value abnormality determination and arrhythmia analysis to the received biological information data according to the set conditions. The biological information data and the result of this analysis can be displayed as a monitoring screen by the bedside monitor display unit 103, and the CPU performs image processing for displaying them on the bedside monitor display unit 103.

  The setting conditions are set in advance, but can be changed by the user performing a setting operation. Various setting operation screens for performing setting operations can also be displayed on the bedside monitor display unit 103, and the CPU also performs image processing for displaying them on the bedside monitor display unit 103.

  The multi-port module 102 is connected to an electrocardiogram cable 105, a first invasive blood pressure cable 106, a second invasive blood pressure cable 107, a body temperature probe 108, an oxygen saturation sensor 109, and a cuff 110.

  The electrocardiogram cable 105 is an electrocardiogram measurement sensor and has electrodes that can be worn at a plurality of locations on the patient's body surface. The multiport module 102 detects the patient's electromotive force by the induction method using the electrocardiographic cable 105, and obtains detection data representing the value. The electrocardiographic cable 105 can also be used as a sensor for respiratory measurement.

  The first open blood pressure cable 106 is a sensor for measuring blood pressure, and has a transducer that can be inserted into an artery or vein of a specific part of a patient. The multi-port module 102 detects the patient's invasive blood pressure (first invasive blood pressure) using the first invasive blood pressure cable 106, and obtains detection data representing the value.

  The second invasive blood pressure cable 107 is a sensor for blood pressure measurement, and has a transducer that can be inserted into an artery or vein in a site different from that of the first invasive blood pressure cable 106 of the patient. The multi-port module 102 detects the patient's blood pressure (second blood pressure) using the second blood pressure cable 107, and obtains detection data representing the value.

  The body temperature probe 108 is a sensor for measuring body temperature, and is attached to a specific part on the patient body surface. The multiport module 102 detects the temperature of the patient by the body temperature probe 108 and obtains detection data representing the value.

  The oxygen saturation sensor 109 is a sensor for measuring oxygen saturation, and is attached to a specific part on the patient body surface. The oxygen saturation sensor 109 applies light to the wearing site, detects the reflected light or transmitted light, calculates the oxygen saturation from the detection result, and obtains detection data representing this. The obtained detection data is transmitted to the multiport module 102.

  The cuff 110 constitutes a blood pressure measurement sensor and is wound around a specific part of the patient. The multiport module 102 calculates the non-invasive blood pressure by the oscillometric method using the cuff 110, and obtains detection data representing the value.

  The multi-port module 102 can be connected to a gas module (not shown) used for data collection for respiratory gas and anesthetic gas. The gas module detects concentrations of carbon dioxide, nitrous oxide (laughing gas), inhaled anesthetic (eg, sevoflurane) and oxygen in the patient's respiratory air, and respiratory rate, and obtains detection data representing this. The obtained detection data is transmitted to the multiport module 102.

  The multi-port module 102 transmits detection data acquired by itself or input from the outside to the bedside monitor main body 101 as biological information data according to a predetermined transmission format.

  The bedside monitor display unit 103 as a display unit is a display device such as a liquid crystal display device, and has an audio output unit in addition to the display area. The audio output unit outputs an alarm sound according to the analysis result of the bedside monitor main body 101, or outputs an operation sound when performing various operations on the screen using the touch panel function.

  The bedside monitor display unit 103 includes a touch panel. Thereby, the user can perform various operations on the display screen. An input by an operation using the touch panel function is transmitted to the bedside monitor main body 101 as an input signal, and the setting condition is changed in the bedside monitor main body 101 based on the input signal. Patient information can also be input using this function.

  The bedside monitor display unit 103 displays various screens in the display area based on the image processing result of the bedside monitor main body 101.

  The configuration of the biological information monitor system has been described above.

  Next, the display screen of the bedside monitor display unit 103 in the bedside monitor 100 will be described.

  The bedside monitor main body 101 can form a plurality of screen layers by image processing and generate screen image data for each layer. Therefore, the image data obtained as a result of the image processing has a layer structure.

  FIG. 2 shows a two-layer structure as an example of the layer structure. In this example, the screen layer 103b is arranged on the front side (in other words, the upper layer side) of the screen layer 103a. In this case, one screen is displayed in the display area based on the image data of the screen layer 103a, and another screen is displayed on the screen based on the image data of the screen layer 103b. Accordingly, for example, the setting operation screen can be displayed on the front side of the monitoring screen at the same time as the monitoring screen is displayed.

  FIG. 3 shows a three-layer structure as another example of the layer structure. In this example, the screen layer 103b is disposed on the front side of the screen layer 103a, and the screen layer 103c is disposed on the front side thereof. In this case, one screen is displayed in the display area based on the image data of the screen layer 103a, and another screen is displayed on the screen based on the image data of the screen layer 103b. Another screen is displayed on the screen based on the image data of the screen layer 103c. Thereby, for example, not only the setting operation screen can be displayed on the front side of the monitoring screen, but also an additional screen can be displayed on the front side of the setting operation screen.

  In the two-layer structure shown in FIG. 2, the screen layers 103a and 103b have the same size, but it is not always necessary to have such a relationship. For example, the size of the screen layer 103a may be the entire display area, whereas the size of the screen layers 103b and 103c may be a part of the display area. In this case, the positions of the screen layers 103b and 103c with respect to the screen layer 103a may be fixed at all times, or may be arbitrarily changed by a setting operation.

  FIG. 4 shows an example of a basic screen including a monitoring screen. This screen is usually displayed as an image of the lowermost screen layer 103a.

  4 includes a patient information display area 131, a waveform display area 132, a measured value display area 133, and a menu bar display area 134. The monitoring screen is composed of a combination of a waveform display area 132 and a measurement value display area 133.

  Patient information and the like are drawn in the patient information display area 131 located in the upper part of the basic screen 130.

In the waveform display area 132 located in the middle left part of the basic screen 130, the fluctuation state of the measurement value of each biological information is drawn as a waveform. In this example, an electrocardiogram (ECG1, ECG2), oxygen saturation (SpO ₂ ), open blood pressure (BP1, BP2), and carbon dioxide concentration (CO ₂ ), sevoflurane concentration (SEV), and oxygen concentration in respiratory air Each waveform of (O ₂ ) is drawn. The type and drawing position of the biological information to be drawn can be changed as appropriate by setting operation.

In the measurement value display area 133 located in the middle right part of the basic screen 130, the measurement values of each biological information are drawn as numbers. In this example, heart rate (HR), oxygen saturation (SpO ₂ ), non-invasive blood pressure (NIBP), invasive blood pressure (BP1, BP2), body temperature (T1: eg rectal temperature), skin temperature (TsK), intake carbon dioxide concentration (InspCO _2), end-tidal carbon dioxide concentration (EtCO _2), laughing gas concentration in the respiratory gas _(N 2 O), respiratory rate, sevoflurane concentration in the respiratory gas (SEV), and respiratory gas in Each measured value of the oxygen concentration (O ₂ ) is drawn. The type and drawing position of the biological information to be drawn can be changed as appropriate by setting operation.

  In the measurement value display area 133, the area within each frame in which the measurement value is drawn is an input area for receiving an operation input by the user touching with a finger. For example, when the input area 135 where the measurement value of the heart rate is drawn is touched, a setting operation screen related to the monitoring of the electrocardiogram pops up, and a setting operation related to the monitoring of the electrocardiogram becomes possible. This pop-up screen is displayed as an image corresponding to a screen layer different from the basic screen 130.

  The operation input is not limited to the operation input by touching the input area on the screen, and may be the operation input by clicking the input area using a mouse, for example.

  A menu bar is drawn in the menu bar display area 134 located in the lower part of the basic screen 130.

  In the menu bar display area 134, each rectangular area such as “Home” and “Menu” constituting the menu bar is an input area. For example, when an input area 136 having the notation “menu” is touched, a setting operation screen for presenting a setting operation menu for general monitoring is displayed as a sub-screen, and setting operation for general monitoring becomes possible. This sub-screen is displayed as an image of a screen layer different from the basic screen 130.

  An input area located at the left end of the menu bar display area 134 is a minimized display area 137. That is, when a minimization operation is performed on the above-described pop-up screen or sub-screen that has been displayed overlaid on the monitoring screen, the pop-up screen and sub-screen are minimized and within the minimized display area 137. Is displayed. Thereafter, when a predetermined operation input is performed using the minimized display area 137, the screen displayed in the minimized display area 137 is restored and displayed again on the monitoring screen.

  FIG. 5 shows an example of a sub screen which is a setting operation screen. This screen is usually displayed as an image of the intermediate screen layer 103b.

  The sub-screen 140 of FIG. 5 is a screen used for parameter setting operations for various types of biological information, and includes input areas (for example, input areas 141 and 142). The remaining area is a non-input area 143. For example, by touching the input area 141, the sensitivity of the electrocardiogram (ECG1) or the drawing target can be set. Further, by touching the input area 142, various detailed settings such as selection of a waveform mode can be performed. On the other hand, even if the non-input area 143 is touched, it is not accepted as an operation input, so that the setting condition is not changed.

  Further, the sub screen 140 is provided with a minimize button 144. When the minimize button 144 is touched, the sub screen 140 is displayed in a minimized manner.

  FIG. 6 shows an example of a pop-up screen that is a setting operation screen. This screen is usually displayed as an image of the intermediate screen layer 103b.

  The pop-up screen 150 in FIG. 6 is a screen used for parameter setting operations for individual biological information, and includes an input area (for example, the input area 151). The remaining area is a non-input area 152. For example, by touching the input area 151, an upper and lower threshold value for determining a heart rate measurement value abnormality can be set. On the other hand, even if the non-input area 152 is touched, it is not accepted as an operation input, so that the setting condition is not changed.

  The pop-up screen 150 is provided with an end button 153 and a minimize button 154. When the end button 153 is touched, the pop-up screen 150 is closed, and when the minimize button 154 is touched, the pop-up screen 150 is minimized. The

  Hereinafter, with reference to FIG. 7A to FIG. 7C, a case will be described in which the sub screen is displayed so as to overlap the basic screen including the monitoring screen.

  Referring to FIG. 7A, a sub screen is displayed covering a part of the monitoring screen. In the state shown in FIG. 7A, the sub-screen has a size that covers most of the waveform display area in the monitoring screen.

  In this example, the sub screen is aligned with the monitoring screen in the lower left. For this reason, it is particularly important among the plurality of waveforms being displayed, and the electrocardiogram waveform drawn at the top of the waveform display area can be displayed without being covered by the sub screen. In addition, a measurement value display area in which the patient's condition can be easily grasped instantaneously as compared with the waveform display area can be displayed without being covered by the sub screen.

  It should be noted that it is possible to appropriately change and display on which part of the monitoring screen the sub screen is displayed. For example, it is possible to display the sub screen so as to cover the measurement value display area so that the waveform display area is not covered as much as possible.

  In the state shown in FIG. 7A, the sub screen is displayed in an opaque manner. That is, the transparency is set to zero in the entire screen layer of the sub screen. For this reason, the waveform covered by the sub screen is hidden behind the sub screen.

  On the other hand, referring to FIG. 7B, the internal area of the sub-screen, specifically, the non-input area is translucent. For this reason, even if it is covered by the sub screen, the waveform of the portion covered by the non-input area is seen through. Therefore, the oxygen saturation waveform, which is partially hidden in the sub-screen in FIG. 7A, is entirely visible in FIG. 7B. In FIG. 7A, a waveform (such as a blood pressure waveform and a carbon dioxide concentration waveform) that can be visually recognized for only one beat or one breath is visible to several beats or several breaths in FIG. 7B.

  In this way, even if most of the monitoring screen is covered by the sub screen, the waveform drawn there can be displayed through the non-input area of the sub screen. Therefore, even if the sub screen is displayed so as to overlap the monitoring screen, the length of the visible waveform can be increased, and the visibility of the monitoring screen can be improved.

  The non-input area of the sub screen is displayed semi-transparently to transmit the waveform, but is not displayed transparently. Also, the input area of the sub screen is displayed opaque. Thereby, the visibility of the sub-screen itself is ensured, so that no trouble occurs when the setting operation is performed using the sub-screen.

  “Translucent” does not mean that the transparency is 50%, but means a state that is neither completely transparent nor completely opaque. However, in reality, when a certain screen is made “semi-transparent”, the transparency of the screen is set to a value within a range where both the screen itself and the display object covered by the screen are visible. The This value may be a predetermined invariable value or may be changed by a setting operation.

  In the state shown in FIG. 7B, the display of the input area in the sub-screen is opaque as in FIG. 7A. For this reason, the waveform of the portion covered with the input area is hidden in the sub-screen, as in FIG. 7A. If the waveform is seen through in the input area, the display contents of the input area may be difficult to see due to the fluctuation of the waveform, but this can be prevented.

  When the sub screen is displayed so as to overlap the monitoring screen, the waveform transmission display as shown in FIG. 7B may always be performed unconditionally. Alternatively, the user may be able to select either a waveform non-transparent display mode as shown in FIG. 7A or a waveform transparent display mode as shown in FIG. 7B by a setting operation.

  Further, in normal operation, it may be operated in the waveform non-transparent display mode as shown in FIG. 7A, and on the condition that some event has occurred, it may be shifted to the partial waveform transparent display mode as shown in FIG. 7B. For example, when an abnormality in the measurement result is found by analysis performed during the period of the waveform impermeable display mode, the mode may be shifted to the partial waveform transmissive display mode. Alternatively, when the user starts some setting operation during the period of the waveform opaque display mode, the partial waveform transparent display mode may be entered. The start timing of the setting operation may be a timing for calling a sub screen or a pop-up screen by touching an input area in the menu bar display area or the measurement value display area, or may be another appropriate timing.

  Referring to FIG. 7C, not only the non-input area of the sub-screen but also the waveform covered by the input area is visible. Specifically, the open blood pressure, carbon dioxide concentration, sevoflurane concentration, and oxygen concentration waveforms are partially hidden in the input area of the sub screen in FIG. 7B, but in FIG. Even if it is covered by the input area, it is visible.

  That is, in the state shown in FIG. 7C, the input area of the sub screen is displayed translucently, so that the waveform covered by the input area can be seen through. For this reason, the waveforms of carbon dioxide gas concentration, sevoflurane concentration, and oxygen concentration are partially invisible in FIG. 7B, but generally visible in FIG. 7C.

  In this way, even if most of the monitoring screen is covered by the sub screen, the waveform drawn there can be displayed through the entire area of the sub screen. Therefore, even if the sub screen is displayed so as to overlap the monitoring screen, a portion that cannot be visually recognized in the waveform can be eliminated, and the visibility of the monitoring screen can be further improved.

  In order to transmit the waveform, the entire area of the sub screen is displayed semi-transparently, but is not displayed transparently. Thereby, since the sub screen itself can also be visually recognized, there is no problem when performing the setting operation using the sub screen.

  The transition from the partial waveform transmission display mode as shown in FIG. 7B to the whole waveform transmission display mode as shown in FIG. 7C is preferably performed on the condition that some event has occurred. For example, when an abnormality in the measurement result is found by analysis performed during the partial waveform transmission display mode, the entire waveform transmission display mode may be entered. Alternatively, when the user starts any setting operation during the partial waveform transmission display mode, the whole waveform transmission display mode may be entered. By doing so, it is possible to ensure the visibility of both screens when it is particularly necessary for a medical worker to make a diagnosis or perform an operation by looking at the display screen.

  Furthermore, as shown in FIG. 7C, for example, when an abnormality is found in each measurement result of the electrocardiogram, oxygen saturation, and invasive blood pressure, waveforms and measurement values related to the biological information may be highlighted. it can.

  Various methods can be considered as the highlighting method. For example, the method of adding a screen layer for highlighting does not require any change to the image data generation program that is the base of the monitoring screen. Is advantageous.

  When this method is adopted, an additional screen layer is arranged on the front side of the screen layers 103a and 103b as shown in FIG. 3, and a transparent screen (hereinafter referred to as “highlight display”) is added as an image of the additional screen layer. Display screen). When an abnormality occurs, the waveform and the measured value emphasized by the thickness or luminance are drawn on the highlight display screen.

  By performing such highlighting, the visibility of waveforms and measured values can be made extremely high when an abnormality occurs.

  In addition, the waveform and the characters can be made conspicuous only for the biological information in which abnormalities occur in the displayed biological information, so that the medical staff can instantly grasp which biological information has an abnormality. it can.

  Further, since the highlight display screen is transparent, the visibility of the monitoring screen and the setting operation screen located on the back side is not impaired at all.

  Further, in the state illustrated in FIG. 7C, the transparency of the sub screen is increased as compared with the state illustrated in FIG. 7B. That is, when an abnormality occurs in the measurement result of the biological information, the transparency of the sub screen is increased. As a result, the waveform and measurement value in the monitoring screen or the waveform and measurement value in the highlight display screen can be made relatively conspicuous.

  In FIG. 7C, both the transition to the whole waveform transmission display mode and the highlight display are performed, but only one of them may be performed.

  Hereinafter, with reference to FIGS. 8A to 8F, a case where a pop-up screen is displayed on a basic screen including a monitoring screen will be described.

  Referring to FIG. 8A, a pop-up screen is displayed covering a part of the monitoring screen. In the state shown in FIG. 8A, the pop-up is so important that the electrocardiogram waveform drawn at the top of the waveform display area is displayed without being covered by the pop-up screen. The screen is positioned. In addition, the pop-up screen is positioned so that a measurement value display region that can easily grasp the patient's condition instantaneously compared to the waveform display region is also displayed without being covered by the sub screen.

  Note that the portion of the monitoring screen on which the pop-up screen is displayed can be appropriately changed and implemented. For example, a pop-up screen can be displayed covering the measurement value display area so that the waveform display area is not covered as much as possible.

  In the state shown in FIG. 8A, the pop-up screen is displayed opaque. For this reason, the waveform covered by the pop-up screen is hidden behind the pop-up screen.

  On the other hand, referring to FIG. 8B, the internal area of the pop-up screen, specifically, the non-input area is translucent. For this reason, even if it is covered by the pop-up screen, the waveform of the portion covered by the non-input area can be seen through. Therefore, although each waveform of oxygen saturation and open blood pressure is partially covered by the pop-up screen, the length of the visible waveform is longer than that shown in FIG. 8A.

  The non-input area of the pop-up screen is displayed semi-transparently to transmit the waveform, but is not displayed transparently. Also, the input area of the pop-up screen is displayed opaque. Thereby, since the visibility of the pop-up screen itself is ensured, no trouble occurs when performing the setting operation using the pop-up screen.

  In the state shown in FIG. 8B, the display of the input area in the pop-up screen is opaque as in FIG. 8A. For this reason, the waveform of the part covered with the input area is hidden in the pop-up screen as in FIG. 8A. If the waveform is seen through in the input area, the display contents of the input area may be difficult to see due to the fluctuation of the waveform, but this can be prevented.

  When a pop-up screen is superimposed on the monitoring screen, waveform transmission display as shown in FIG. 8B may be performed unconditionally. Alternatively, the user may be able to select either a waveform non-transparent display mode as shown in FIG. 8A or a waveform transparent display mode as shown in FIG. 8B by a setting operation.

  Further, in normal operation, the operation may be performed in the waveform non-transparent display mode as shown in FIG. 8A, and on the condition that some event occurs, the mode may be shifted to the partial waveform transparent display mode as shown in FIG. 8B. For example, when an abnormality in the measurement result is found by analysis performed during the period of the waveform impermeable display mode, the mode may be shifted to the partial waveform transmissive display mode. Alternatively, when the user starts some setting operation during the period of the waveform opaque display mode, the partial waveform transparent display mode may be entered.

  Referring to FIG. 8C, not only the non-input area of the pop-up screen but also the waveform covered by the input area is visible. Specifically, each waveform of oxygen saturation and open blood pressure is partially hidden in the input area of the pop-up screen in FIG. 8B, but is covered by the input area of the pop-up screen in FIG. 8C. Even it is visible.

  That is, in the state shown in FIG. 8C, the input area of the pop-up screen is displayed semi-transparently, so that the waveform covered by the input area can be seen through. For this reason, the waveforms of oxygen saturation and open blood pressure are partially invisible in FIG. 8B, but are generally visible in FIG. 8C.

  In this way, even if the monitoring screen is partially covered by the pop-up screen, the waveform drawn there can be displayed through the entire area of the pop-up screen. Therefore, even if the pop-up screen is displayed on the monitoring screen, the portion that cannot be visually recognized in the waveform can be eliminated, and the visibility of the monitoring screen can be further improved.

  The entire pop-up screen is displayed translucently to transmit the waveform, but is not displayed transparently. As a result, the entire pop-up screen can also be visually recognized, so that no trouble occurs when the setting operation is performed using the pop-up screen.

  The transition from the partial waveform transmission display mode as shown in FIG. 8B to the whole waveform transmission display mode as shown in FIG. 8C is preferably performed on the condition that some event has occurred. For example, when an abnormality in the measurement result is found by analysis performed during the partial waveform transmission display mode, the entire waveform transmission display mode may be entered. Alternatively, when the user starts any setting operation during the partial waveform transmission display mode, the whole waveform transmission display mode may be entered. By doing so, it is possible to ensure the visibility of both screens when it is particularly necessary for a medical worker to make a diagnosis or perform an operation by looking at the display screen.

  Furthermore, as shown in FIG. 8C, for example, when an abnormality is found in the oxygen saturation measurement result, the oxygen saturation waveform and measurement value can be highlighted. The above-described method can be adopted for this highlighting.

  The waveform and character highlighting for specific biological information can also be performed when a setting operation is started. For example, touching, for example, the oxygen saturation frame in the measurement value display area displays a pop-up screen related to oxygen saturation monitoring, and at the same time highlights the oxygen saturation waveform and characters. By doing so, it is possible to make the waveform and measurement value of oxygen saturation, which is biological information of the setting operation target, stand out.

  In FIG. 8C, the transparency of the pop-up screen is increased compared to the state shown in FIG. 8B. That is, when an abnormality occurs in the measurement result of biological information or when a setting operation is started, the transparency of the pop-up screen is increased. As a result, the waveform and measurement value in the monitoring screen or the waveform and measurement value in the highlight display screen can be made relatively conspicuous.

  In FIG. 8C, both the transition to the whole waveform transmission display mode and the highlight display are performed, but only one of them may be performed.

  In the state shown in FIG. 8C, when an operation of touching the minimize button in the pop-up screen is performed, the pop-up screen is displayed in a state reduced to a size that fits in the minimized display area at the lower left of the basic screen (FIG. 8D reference). That is, the setting operation using the pop-up screen does not end, and the pop-up screen is temporarily stored in the minimized display area. When a pop-up screen for setting operation related to ECG monitoring is stored, as shown in the figure, a display of “parameter> ECG” appears in the minimized display area. Then, the minimized display area is a display in which a plurality of rectangles are overlapped, and it can be seen that a plurality of screens are stored here.

  In the state shown in FIG. 8D, when an operation touching the minimized display area is performed, a list of setting operation screens stored in the minimized display area is displayed side by side (see FIG. 8E).

  For example, when an operation of selecting “parameter> ECG” from the displayed list is performed, a pop-up screen for setting operation related to monitoring of the electrocardiogram is restored and displayed again on the monitoring screen (see FIG. 8F). At this time, the pop-up screen may be returned to the original position, but for example, it is returned to another position so as to avoid the waveform and measurement value of specific biological information such as biological information in which an abnormality has occurred most recently. May be.

  As described above, according to the present embodiment, when the setting operation screen such as the sub screen or the pop-up screen is displayed on the monitoring screen, the waveform in the monitoring screen covered by the setting operation screen is transparent. The setting operation screen is displayed translucently so that it can be seen. Thereby, both the visibility of the setting operation screen and the monitoring screen can be ensured.

  Further, according to the present embodiment, when another screen such as a setting operation screen is displayed on the monitoring screen, the screen is covered on another screen on condition that an abnormality has occurred in the measurement result of the biological information. Make another screen semi-transparent so that the waveform in the monitoring screen can be seen through. Thereby, even if the waveform of biological information in which an abnormality has occurred is covered by another screen, the waveform can be observed. When the separate screen is a setting operation screen, the setting operation can be performed while observing the waveform.

  Further, according to the present embodiment, when another screen is displayed on the monitoring screen, the waveform in the monitoring screen covered by the separate screen is provided on the condition that the setting operation related to monitoring is started. Make another screen translucent so that the can be seen through. Thereby, for example, even if the waveform of the biological information of the setting operation target is covered by another screen, the setting operation can be performed while observing the waveform.

  In addition, according to the present embodiment, when another screen is displayed on the monitoring screen, on the condition that an abnormality has occurred in the measurement result of the biological information, the monitoring screen covered by the separate screen Highlight the waveform. Thereby, even if the waveform of biological information in which an abnormality has occurred is covered by another screen, the waveform can be observed. When the separate screen is a setting operation screen, the setting operation can be performed while observing the waveform.

  Further, according to the present embodiment, when another screen is displayed on the monitoring screen, the waveform in the monitoring screen covered by the separate screen is provided on the condition that the setting operation related to monitoring is started. To highlight. Thereby, for example, even if the waveform of the biological information of the setting operation target is covered by another screen, the setting operation can be performed while observing the waveform.

  The embodiment of the present invention has been described above. The above description is an illustration of a preferred embodiment of the present invention, and the scope of the present invention is not limited to this, and the above embodiment can be implemented with various modifications.

DESCRIPTION OF SYMBOLS 100 Bedside monitor 101 Bedside monitor main body 102 Multiport module 103 Bedside monitor display part 104 Telemeter transmitter 120 Central monitor 103a, 103b, 103c Screen layer 130 Basic screen 132 Waveform display area 133 Measurement value display area 140 Sub-screen 141, 142, 151 Input area 143, 152 Non-input area 150 Pop-up screen

Claims (38)

Display the monitoring screen, draw a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, display the setting operation screen overlaid on the monitoring screen, and monitor using the setting operation screen It has a display means that enables related setting operations,
The display means displays the setting operation screen in a translucent manner so that the waveform or characters in the monitoring screen covered with the setting operation screen can be seen through,
The display means increases the transparency of the setting operation screen being displayed on condition that an abnormality has occurred in the measurement result of biological information.
Raw body information monitoring device. Display the monitoring screen, draw a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, display the setting operation screen overlaid on the monitoring screen, and monitor using the setting operation screen It has a display means that enables related setting operations,
The display means displays the setting operation screen in a translucent manner so that the waveform or characters in the monitoring screen covered with the setting operation screen can be seen through,
The setting operation screen includes an input area for accepting an input of the setting operation and a non-input area that is a remaining area.
The display means includes
Display the input area opaquely so that the waveform or characters in the monitoring screen covered with the input area are hidden,
The non-input area is displayed semi-transparently so that the waveform or characters in the monitoring screen covered with the non-input area can be seen through.
The display means makes the input area being displayed translucent on the condition that an abnormality has occurred in the measurement result of biological information.
Raw body information monitoring device. The display means highlights the waveform or character in the monitoring screen covered by the setting operation screen on condition that an abnormality has occurred in the measurement result of the biological information.
The biological information monitoring apparatus according to claim 1 or 2 . In the case where a waveform or a character indicating the measurement results of a plurality of types of biological information is included in the monitoring screen at the same time, the display means displays the biological information in which abnormality has occurred among the plurality of types of biological information. Highlight the waveform or character that indicates the measurement result,
The biological information monitor apparatus according to claim 3 . Display the monitoring screen, draw a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, display the setting operation screen overlaid on the monitoring screen, and monitor using the setting operation screen It has a display means that enables related setting operations,
The display means displays the setting operation screen in a translucent manner so that the waveform or characters in the monitoring screen covered with the setting operation screen can be seen through,
The display means increases the transparency of the displayed setting operation screen on the condition that a monitoring-related setting operation is started.
Raw body information monitoring device. Display the monitoring screen, draw a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, display the setting operation screen overlaid on the monitoring screen, and monitor using the setting operation screen It has a display means that enables related setting operations,
The display means displays the setting operation screen in a translucent manner so that the waveform or characters in the monitoring screen covered with the setting operation screen can be seen through,
The setting operation screen includes an input area for accepting an input of the setting operation and a non-input area that is a remaining area.
The display means includes
Display the input area opaquely so that the waveform or characters in the monitoring screen covered with the input area are hidden,
The non-input area is displayed semi-transparently so that the waveform or characters in the monitoring screen covered with the non-input area can be seen through.
The display means makes the input area being displayed translucent on the condition that a setting operation related to monitoring is started,
Raw body information monitoring device. The display means highlights the waveform or character in the monitoring screen covered by the setting operation screen on the condition that the setting operation related to monitoring is started.
The biological information monitoring apparatus according to claim 1 or 2 . In the case where a waveform or a character indicating the measurement results of a plurality of types of biological information is included in the monitoring screen at the same time, the display means is configured to start the setting operation started from the plurality of types of biological information. Highlight the waveform or character that indicates the measurement result of the biological information
The biological information monitor apparatus according to claim 7 . The display means aligns the same waveform or character as the waveform or character in the monitoring screen covered by the setting operation screen with the waveform or character in the monitoring screen covered by the setting operation screen. In addition, highlighting is performed by overlapping the monitoring screen and the setting operation screen.
The biological information monitor apparatus according to claim 3 or 7 . The display means displays a transparent screen superimposed on the monitoring screen and the setting operation screen, and has the same waveform or character in the monitoring screen covered by the setting operation screen in the transparent screen. Highlight by drawing waveform or character,
The biological information monitor apparatus according to claim 9 . Displaying the monitoring screen, drawing a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, and having a display means for displaying another screen superimposed on the monitoring screen,
The display means increases the transparency of another screen being displayed on condition that an abnormality has occurred in the measurement result of biological information.
Biological information monitor device. The display means is provided on the condition that an abnormality has occurred in the measurement result of the biological information when the other screen is opaquely displayed so as to hide the waveform or the character in the monitor screen covered by the other screen. , Make the displayed screen semi-transparent so that the waveform or characters in the monitoring screen covered by another screen can be seen through,
The biological information monitor apparatus according to claim 11 . The separate screen includes a first area and a second area,
The display means includes
The first area is displayed in an opaque manner so that the waveform or character in the monitoring screen covered with the first area is hidden,
Display the second area translucently so that the waveform or characters in the monitoring screen covered by the second area can be seen through,
On condition that an abnormality has occurred in the measurement result of biological information, the first area being displayed is made translucent so that the waveform or characters in the monitoring screen covered by the first area can be seen through. ,
The biological information monitor apparatus according to claim 11 . The display means highlights the waveform or character in the monitoring screen covered by another screen on condition that an abnormality has occurred in the measurement result of the biological information.
The biological information monitor apparatus according to claim 11 . In the case where a waveform or a character indicating the measurement results of a plurality of types of biological information is included in the monitoring screen at the same time, the display means displays the biological information in which abnormality has occurred among the plurality of types of biological information. Highlight the waveform or character that indicates the measurement result,
The biological information monitor apparatus according to claim 14 . Displaying the monitoring screen, drawing a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, and having a display means for displaying another screen superimposed on the monitoring screen,
The display means increases the transparency of another screen being displayed on the condition that a monitoring-related setting operation has started.
Biological information monitor device. In the case where the display means displays the other screen in an opaque manner so as to hide the waveform or the character in the monitor screen covered with the other screen, on the condition that the setting operation related to monitoring is started, Make the displayed screen semi-transparent so that the waveform or characters in the monitoring screen covered by the screen can be seen through.
The biological information monitor apparatus according to claim 16 . The separate screen includes a first area and a second area,
The display means includes
The first area is displayed in an opaque manner so that the waveform or character in the monitoring screen covered with the first area is hidden,
Display the second area translucently so that the waveform or characters in the monitoring screen covered by the second area can be seen through,
The first area being displayed is made translucent so that the waveform or characters in the monitoring screen covered by the first area can be seen through on condition that the setting operation related to monitoring is started.
The biological information monitor apparatus according to claim 16 . The display means highlights a waveform or a character in a monitoring screen covered by another screen on condition that a setting operation related to monitoring is started.
The biological information monitor apparatus according to claim 16 . In the case where a waveform or a character indicating the measurement results of a plurality of types of biological information is included in the monitoring screen at the same time, the display means is configured to start the setting operation started from the plurality of types of biological information. Highlight the waveform or character that indicates the measurement result of the biological information
The biological information monitor apparatus according to claim 19 . The display means aligns the waveform or character identical to the waveform or character in the monitoring screen covered by another screen with the waveform or character in the monitoring screen covered by another screen, and performs monitoring. By highlighting it on the screen and another screen,
The biological information monitor apparatus according to claim 14 or 19 . The display means displays a transparent screen superimposed on a monitoring screen and a separate screen, and displays the same waveform or character in the transparent screen as the waveform or character in the monitoring screen covered by the separate screen. Highlight by drawing
The biological information monitor apparatus according to claim 21 . Before Symbol display means, on condition that the abnormality in the measurement result of the biological information has occurred, to highlight the waveform or characters covered monitored for screen to another screen,
The biological information monitoring apparatus according to claim 11 or 16 . Before Symbol display means, on condition that the monitoring-related setting operation is started, highlight waveform or characters covered monitored for screen to another screen,
The biological information monitoring apparatus according to claim 11 or 16 . The display means temporarily minimizes the screen displayed superimposed on the monitoring screen, and displays the restored screen at a position different from that before the minimized display when restoring the screen after that. ,
The biological information monitor apparatus according to any one of claims 1, 2, 5, 6, 11, and 16 . The display means displays the measurement result of specific biological information among the multiple types of biological information when the monitoring screen simultaneously includes waveforms or characters indicating the measurement results of multiple types of biological information. Display the restored screen so that the waveform or character shown is not covered by the restored screen,
The biological information monitoring apparatus according to claim 25 . A screen display method executed by a biological information monitor device,
Display the monitoring screen, draw a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, display the setting operation screen overlaid on the monitoring screen, and monitor using the setting operation screen It has a display step that allows related setting operations,
The display step displays the setting operation screen in a translucent manner so that the waveform or characters in the monitoring screen covered with the setting operation screen can be seen through ,
The display step increases the transparency of the displayed setting operation screen on the condition that an abnormality has occurred in the measurement result of the biological information or on the condition that the monitoring-related setting operation has been started.
Screen display method. A screen display method executed by a biological information monitor device,
Display the monitoring screen, draw a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, display the setting operation screen overlaid on the monitoring screen, and monitor using the setting operation screen It has a display step that allows related setting operations,
The display step displays the setting operation screen in a translucent manner so that the waveform or characters in the monitoring screen covered with the setting operation screen can be seen through,
The setting operation screen includes an input area for accepting an input of the setting operation and a non-input area that is a remaining area.
The display step includes
Display the input area opaquely so that the waveform or characters in the monitoring screen covered with the input area are hidden,
The non-input area is displayed semi-transparently so that the waveform or characters in the monitoring screen covered with the non-input area can be seen through.
The display step makes the input area being displayed translucent on the condition that an abnormality has occurred in the measurement result of the biological information or on the condition that a setting operation related to monitoring is started,
Screen display method. A screen display method executed by a biological information monitor device,
Displaying the monitoring screen, drawing a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, and displaying a separate screen superimposed on the monitoring screen,
The display step increases the transparency of another screen being displayed on condition that an abnormality has occurred in the measurement result of the biological information.
Screen display method. A screen display method executed by a biological information monitor device,
Displaying the monitoring screen, drawing a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, and displaying a separate screen superimposed on the monitoring screen,
In the display step, on the condition that the setting operation related to monitoring is started, the transparency of another screen being displayed is increased.
Screen display method. Before Symbol display step, the condition that the abnormality in the measurement result of the biological information has occurred, to highlight the waveform or characters covered monitored for screen to another screen,
The screen display method according to any one of claims 27 to 30 . Before Symbol display step, on condition that the monitoring-related setting operation is started, highlight waveform or characters covered monitored for screen to another screen,
The screen display method according to any one of claims 27 to 30 . In the computer provided in the biological information monitor device,
Display the monitoring screen, draw a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, display the setting operation screen overlaid on the monitoring screen, and monitor using the setting operation screen Realize a display function that enables related setting operations,
The display function displays the setting operation screen in a translucent manner so that the waveform or characters in the monitoring screen covered with the setting operation screen can be seen through ,
The display function increases the transparency of the setting operation screen being displayed on the condition that an abnormality has occurred in the measurement result of the biological information or on the condition that the monitoring-related setting operation has been started.
Screen display program. In the computer provided in the biological information monitor device,
Display the monitoring screen, draw a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, display the setting operation screen overlaid on the monitoring screen, and monitor using the setting operation screen Realize a display function that enables related setting operations,
The display function displays the setting operation screen in a translucent manner so that the waveform or characters in the monitoring screen covered with the setting operation screen can be seen through,
The setting operation screen includes an input area for accepting an input of the setting operation and a non-input area that is a remaining area.
The display function is
Display the input area opaquely so that the waveform or characters in the monitoring screen covered with the input area are hidden,
The non-input area is displayed semi-transparently so that the waveform or characters in the monitoring screen covered with the non-input area can be seen through.
The display function makes the input area being displayed translucent on condition that an abnormality has occurred in the measurement result of biological information.
Screen display program. In the computer provided in the biological information monitor device,
Display a monitoring screen, draw a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, and realize a display function that displays another screen superimposed on the monitoring screen,
The display function increases the transparency of another screen being displayed on condition that an abnormality has occurred in the measurement result of biological information.
Screen display program. In the computer provided in the biological information monitor device,
Display a monitoring screen, draw a waveform or character indicating the measurement result of the biological information to be monitored in the monitoring screen, and realize a display function that displays another screen superimposed on the monitoring screen,
The display function increases the transparency of another screen being displayed on condition that a setting operation related to monitoring is started.
Screen display program. Before Symbol display function, a condition that the abnormality in the measurement result of the biological information has occurred, to highlight the waveform or characters covered monitored for screen to another screen,
The screen display program according to any one of claims 33 to 36 . Before Symbol display function, on condition that the monitoring-related setting operation is started, highlight waveform or characters covered monitored for screen to another screen,
The screen display program according to any one of claims 33 to 36 .