JP2019042047A - Biological information display device - Google Patents

Abstract

To prevent forgetting to remove a storage medium even in the case that operation performed while connecting the storage medium is finished when data is transferred or the like.SOLUTION: A biological information display device has: a device body 21; a display part 22 which is freely openably/closably configured in the device body 21 and displays biological information; a port which is provided for at least one of facing surfaces overlapping each other in a closed state in the device body 21 and the display part 22 and which a storage medium can be connected by insertion/removal; and attention calling means 40 which calls attention of the user to removal of the storage medium when the device body 21 and the display part 22 are or have been closed in the state that the storage medium is connected to the port.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a biological information display device such as an electrocardiograph, and more particularly to a foldable biological information display device having a display unit that can be opened and closed with respect to the device body and can be folded with respect to the device body.

  In a medical field such as a hospital, it is necessary to collect, analyze, and display biometric information (eg, electrocardiogram, blood pressure, respiratory rate, pulse, etc.) of each patient as needed. A biological information display device having the above function is used. It is also assumed that the patient is transferred to a hospital room, examination room, operating room or the like.

  For example, as an electrocardiograph that measures and displays an electrocardiogram, which is biometric information of a patient, an apparatus main body to which biometric information is input from an electrocardiogram electrode and a display unit that displays biometric information such as an electrocardiogram are opened and closed. An electrocardiograph configured to be foldable is known.

  In addition, as a foldable medical electronic device whose device body and display unit can be freely opened and closed, a laptop computer type medical electronic device shown in Patent Document 1 is known, and this medical electronic device is attached to the device body. An electrocardiogram electrode, a pulse wave sensor, and the like are provided so that a pulse wave and an electrocardiogram can be measured in a general household.

International Publication No. 2014/184868

  By the way, in a medical device such as an electrocardiograph that displays biological information, transfer of diagnostic data including the acquired biological information or the displayed biological information is usually performed by a portable storage medium (also a storage device) that can be inserted into and removed from the device. Is good) via a USB memory. The diagnostic data is transferred by connecting the USB memory to the device and writing diagnostic data, and connecting the USB memory to another device and reading the diagnostic data written inside.

  In the conventional apparatus, the USB port to which the USB memory is connected is provided on the back surface of the apparatus main body or on the side surface of the apparatus main body. Therefore, when the user uses the USB memory while operating the apparatus, it is necessary to insert / remove the USB memory to / from the USB port at those positions, so that the USB memory becomes difficult to handle. Especially when it is on the back, there is a problem that forgetting to unplug the USB memory connected to the USB port occurs. Further, when the USB memory is connected to the USB port, the USB memory itself may protrude from the apparatus main body and collide with a user or another device, which may interfere with the operation.

  In addition, operations using a USB memory, such as transfer of diagnostic data to and from other devices, are not frequently performed operations, and forgetting to remove the USB memory after using the device is more likely to occur.

  The present invention has been made in view of the above points, and a living body that prevents forgetting to remove a storage medium even when an operation performed by connecting a portable storage medium such as a USB memory is terminated at the time of data migration or the like. An object is to provide an information display device.

One aspect of the biological information display device of the present invention is:
The device body;
A display unit configured to be openable and closable with respect to the apparatus main body and displaying biological information;
A port provided on at least one of the opposing surfaces that overlap each other in the closed state in the apparatus main body and the display unit, and a portable storage medium that can be connected by insertion and removal;
When the storage medium is connected to the port, when the device main body and the display unit are closed or closed, a calling unit that urges the user to remove the storage medium;
The structure which has is taken.

  According to the present invention, even when an operation performed by connecting a portable storage medium such as a USB memory is terminated, the removal of the portable storage medium is prevented by prompting the removal of the portable storage medium. Can do.

1 is an external perspective view of a biological information display device according to an embodiment of the present invention. FIG. 2 is an external perspective view showing a state in which a USB memory can be connected in the biological information display device shown in FIG. 1. It is an external appearance perspective view of the biometric information display apparatus which shows the state which connected the USB memory in the biometric information display apparatus shown in FIG. It is a rear view of the biometric information display device. It is an enlarged view of the USB accommodating part in the biometric information display apparatus shown in FIG. It is a side view of the USB accommodating part shown in FIG. It is an external appearance perspective view which shows the principal part structure of a switch part. It is a side view of the switch part shown in FIG. It is an external appearance perspective view of a guide part. It is a perspective view which shows the switch part of the state which removed the guide part. It is the figure which looked at the switch part which shows the state which removed the guide part from the back side. It is an external appearance perspective view of a press part. It is an external appearance perspective view of a rotation part. It is a figure where it uses for description of operation | movement of a switch part. It is a perspective view which shows the state which closed the display part of the biometric information display apparatus. It is a figure where it uses for description of operation | movement of the USB memory which presses a switch part. It is an external appearance perspective view which shows the modification 1 of the biometric information display apparatus of one Embodiment which concerns on this invention. It is a figure which shows operation | movement of the awakening means of the biometric information display apparatus. It is an external appearance perspective view which shows the modification 2 of the biometric information display apparatus of one Embodiment which concerns on this invention.

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

<Overall configuration of biological information display device>
FIG. 1 is an external perspective view of a biological information display device according to an embodiment of the present invention, and FIG. 2 is an external perspective view in which a USB memory can be connected in the biological information display device shown in FIG. is there. 3 is an external perspective view of the biological information display device showing a state in which the USB memory is connected in the biological information display device shown in FIG. 1, and FIG. 4 is a rear view of the biological information display device.

  The biological information display device 100 is a biological information display device that displays patient biological information input from the outside. In the present embodiment, the biological information display device 100 is an electrocardiograph that measures and displays the patient's electrocardiographic information acquired via a biological information acquisition unit such as a connected electrocardiogram electrode. The biological information display device 100 stores the acquired data as diagnostic data. In addition to the electrocardiogram, the biological information acquired by the biological information display device 100 includes body temperature, pulse, pulse pressure, and arterial oxygen saturation, and these may be measured and displayed as waveforms and numerical values. The biological information display device 100 may store the diagnostic data including the continuously measured pulse, pulse pressure, and arterial oxygen saturation. By analyzing the diagnostic data, the medical condition / cause can be confirmed.

  The biological information display device 100 includes a device main body 21, a display unit 22 for displaying an electrocardiogram, a USB port (port) 32 into which a USB memory 50 as a portable storage medium is inserted and removed, and a calling means 40.

  The apparatus main body 21 and the display unit 22 are attached so as to be openable and closable via a hinge unit 30, and the display unit 22 can be folded with respect to the apparatus main body 21. The biological information display device 100 arranges the display screen 23 (specifically, the display surface 221) of the display unit 22 so as to overlap the main surface 212 of the device main body 21 (that is, in a closed state), and the biological information display device 100. Can be made compact when not in use or moving. The main surface 212 of the apparatus main body 21 and the display screen 23 of the display unit 22 are opposed surfaces that overlap each other. In the present embodiment, the device main body 21 and the display unit 22 are configured to be freely opened and closed via the hinge unit 30. However, the present invention is not limited to this, and the display unit 22 that displays biological information is the device. The main body 21 is configured to be openable and closable, and any configuration is possible as long as the display screen 23 (specifically, the display surface 221) of the display unit 22 can be placed on the main surface 212 of the apparatus main body 21. May be. The apparatus main body 21 and the display unit 22 may be slidably attached, or the apparatus main body 21 and the display unit 22 may be configured to be separable so that they can be placed on the main surface 212 and the display surface 221. It is good.

  The apparatus main body 21 processes an electrocardiogram as biological information input from the outside and displays it on the display screen 23 of the display unit 22 or stores it as diagnostic data.

  In the present embodiment, an electrocardiogram electrode (not shown) as a biometric information acquisition unit is connected to the apparatus main body 21, and an electrocardiogram is input as biometric information from the connected electrocardiogram electrode. Note that the apparatus main body 21 may acquire the biological information to be displayed via the USB memory 50 as a portable storage medium connected to the USB port 32.

  The apparatus main body 21 is formed in a rectangular shape in plan view, and a biological information acquisition unit such as an electrocardiogram electrode or a connection unit to which a device used when acquiring biological information is connected is provided on a side surface.

  The main surface 212 of the apparatus main body 21 is an operation surface on which a printer, operation keys, and the like are arranged, and the biological information display device 100 is operated by operating the operation keys on the operation surface.

  The main surface 212 of the device main body 21 is a facing surface that faces the display surface 221 having the display screen 23 in the display unit 22 when the display unit 22 is folded on the device main body 21.

  The display unit 22 is formed in a rectangular shape in plan view, and functions as a lid for the apparatus main body 21 by opening and closing with respect to the main surface 212 of the apparatus main body 21 via the hinge unit 30. The display unit 22 includes a display screen 221 for displaying biological information such as an electrocardiogram on the display surface 221.

  A USB port 32 to which the USB memory 50 is connected is provided on at least one of the main surface 212 that is the operation surface of the apparatus main body 21 and the display surface 221 of the display unit 22 that overlaps the main surface 212. . In the present embodiment, the USB port 32 is provided on the display surface 221 of the display unit 22.

As shown in FIG. 3, the biological information display device 100 is connected to the USB port 32 and can read data from the USB memory 50 or write data to the USB memory 50.
In the present embodiment, the biological information display apparatus 100 reads out the diagnostic data of the patient measured by the biological information display apparatus 100 from the USB memory 50, or reads out the diagnostic data stored in the USB memory 50. Or displayed on the display screen 23 of the display unit 22. Note that the USB memory 50 connected to the biometric information display device 100 via the USB port 32 may be used as a portable storage medium other than the USB memory 50. In this case, the biological information display device 100 is configured to have a port for a connectable storage medium instead of the USB port 32 on at least one of the main surface 212 and the display surface 221 that are operation surfaces. .

<Arousing means 40>
The awakening means 40 closes the display unit 22 and the device main body 21 by folding the display unit 22 and the device main body 21 with the USB memory (portable storage medium) 50 connected to the USB port 32. In addition, the user is prompted to remove the USB memory 50 that was forgotten.

  In the present embodiment, as shown in FIGS. 1 to 6, the awakening means 40 includes a shaft portion 42 that rotatably attaches the USB port 32 to the display portion 22, a housing portion 44, a switch portion 46, a window Part 49.

  The window portion 49 is provided on an outer surface other than the main surface 212 and the display surface 221 that are opposed surfaces of the apparatus main body 21 and the display unit 22. In the present embodiment, it is provided on the top surface 222 of the display unit 22 at a position facing a part of the connection state display unit 4662 of the rotation display disk unit 466 (details will be described later). In the present embodiment, the window portion 49 is provided at a position shifted from the rotation axis of the rotation display disk portion 466 (details will be described later).

  The USB port 32 has a socket 321 into which a plug of the USB memory 50 is inserted at one end. The USB port 32 is rotatably attached to the biological information display device 100 (the display unit 22 in the present embodiment) so that the socket 321 side swings.

  In this embodiment, the USB port 32 is disposed between the inner walls facing each other in the concave housing portion 44 formed on the display surface 221 of the display portion 22. The other end side of the USB port 32 is attached via the shaft part 42 between the opposing inner walls. Note that the shaft portion 42 is disposed in parallel with a rotation shaft (not shown) of the hinge portion 30.

  The USB port 32 is rotated to a position where the socket 321 of the USB port 32 opens toward the opening direction of the housing portion 44 and a contact portion 462a which is a projecting end of the pressing portion 462 projecting inside the housing portion 44. Move to the position that opens. With the USB memory 50 plug connected to the socket 321, the USB port 32 is rotated and moved into the accommodating portion 44, whereby the USB memory 50 is accommodated in the accommodating portion 44 while the contact portion 462a is pressed. Is done.

  In the present embodiment, as shown in FIG. 2, the USB port 32 can be arranged so that the opening direction of the socket 321 is in the direction intersecting the display surface 221 (here, the orthogonal direction). In this state, the USB memory 50 is connected by inserting the plug of the USB memory 50 from the user side at the opening side, here the position where the display surface 221 can be visually recognized (the apparatus main body 21 and the display unit 22 are open). The The USB memory 50 in this state is connected to the USB port 23 while protruding from the display surface 221 and protrudes from the display surface 221. Accordingly, the user can easily insert / remove the USB memory 50 into / from the USB port 32, and the user can check the mounting state of the plug of the USB memory 50 in the socket 321 while the biological information can be confirmed on the display screen 23. In the present embodiment, the one end portion of the USB port 32 having the socket 321 is disposed at a position protruding in a direction orthogonal to the display surface 221 by rotation, so that the user can connect the socket of the USB port 32 to the user. The USB memory 50 is more easily inserted into and removed from the H.321.

  The housing unit 44 is located in a state in which the USB port 32 connected to the USB memory 50 protrudes from the display surface 221 and a state in which the USB port 32 does not protrude from the display surface 221, that is, on the inner side of the display unit 22 than the display surface 221. It has a shape to be placed in the housed state. In the present embodiment, the accommodating portion 44 is formed in a rectangular box shape that opens in the display surface 221 and extends along the rotation direction when the display portion 22 is folded.

  In the present embodiment, the accommodating portion 44 is provided on the one side of the display surface 221 of the display portion 22 on the base end portion side to which the hinge portion 30 is attached, and the end portion on the base end side is opposed. The USB port 32 is pivotally supported between the inner walls via the shaft portion 42.

  Thus, the USB memory 50 connected to the USB port 32 is in a state where the display screen 221 of the display unit 22 is separated from the main surface 212 of the device main body 21 and the display screen 23 of the display surface 221 is exposed (device main body 21). Even when the display unit 22 is in the open state), it is arranged along the operation surface which is the main surface 212 on the base end side of the display surface 221. That is, even when the user visually recognizes the display screen 23, the USB memory 50 connected to the USB port 32 does not interfere with the visual recognition work.

  The switch unit 46 indicates that the USB memory 50 is connected to the USB port 32 when the contact unit 462a is pressed by the USB memory 50 accommodated in the accommodating unit 44 via the window 49. indicate.

  In the present embodiment, the switch unit 46 rotates the rotating display disk unit 466 of the rotating unit 464 by pressing the contact unit 462a, and changes the display mode visually recognized through the window unit 49. As a result, the awakening means 40 prompts the user to connect the USB memory 50 through the window 49, that is, to pull out the USB memory 50 that has been forgotten.

  The switch unit 46 may be configured in any way as long as a part of the switch unit 46 is pressed to alert the user that the USB memory 50 is connected. For example, a tactile switch, a push switch, or the like may be applied to the switch unit 46.

  As shown in FIGS. 5 to 13, the switch portion 46 according to the present embodiment includes a pressing portion 462 having a contact portion 462 a, a first urging member 463, and a rotating display disk portion 466 that is rotated by being pressed by the pressing portion 462. And a second urging member 467 and a guide portion 47.

  In the switch unit 46, the pressing unit 462 and the rotating unit 464 are guided in the pressing direction by a cylindrical guide unit 47 fixed to the back side of the housing unit 44 in the display unit 22.

The guide part 47 has a guide projection part 474 that is a protrusion part extending along the axial direction of the guide part 47 on the inner wall part 472. The guide protrusion 474 guides the movement of the pressing unit 462 and the rotating unit 464 arranged in the guide unit 47 in the pressing direction (here, corresponding to the axial direction of the guide unit 47).
An end 474a (see FIG. 14) on the base end side (also on the top surface 222 side of the display unit 22) of the guide protrusion 474 slides on the distal end surface of the rotating unit 464 (specifically, the pressed portion 465). It has a shape that moves and engages with the receiving latch portion 4653 or is guided into the guide groove 4654. When the end 474a of the guide projection 474 is guided into the guide groove 4654, the guide projection 474 itself is engaged with the guide groove 4654.

  The pressing portion 462 is provided with a latch portion 4622 having a latch claw 4623 at the proximal end portion on the proximal end side of the rod-like portion 4621 having a contact portion 462a at the distal end.

  The rod-like portion 4621 is inserted into an opening formed on the bottom surface of the housing portion 44 so as to be able to advance and retreat in the extending direction, and the contact portion 462 a at the tip is located in the housing portion 44.

  The latch portion 4622 is formed in a columnar shape, and has a guide groove 4624 provided along the extending direction of the rod-like portion 4621 on the outer periphery. The guide protrusion portion 474 of the guide portion 47 is disposed in the guide groove 4624. .

  The first urging member 463 urges the pressing portion 462 toward the accommodating portion 44 with respect to the guide portion 47. The first urging member 463 is a coil spring in the present embodiment, and is arranged so that the coil portion surrounds the outer periphery of the latch portion 4622. The first biasing member 463 has one end fixed to the guide portion 47 side, that is, the display portion 22 side, and the other end fixed to the latch portion 4622.

  The first urging member 463 constantly urges the pressing portion 462 toward the housing portion 44 side. As a result, the pressing portion 462 is normally in a state where the contact portion 462a side protrudes into the accommodating portion 44 and is guided by the guide portion 47 to extend in the extending direction of the pressing portion 462, that is, of the accommodating portion 44. It is arranged in such a way that it can advance and retreat in the direction crossing the bottom surface.

  The rotating portion 464 includes a pressed portion 465 and a rotation display disk portion 466, and the pressed portion 465 includes a receiving latch portion 4653 that can be engaged with the latch claw 4623 and the guide projection portion 474 of the latch portion 4622. A guide groove 4654 is provided.

  In the present embodiment, the rotation unit 464 is arranged to be movable in the axial direction between the guide unit 47 and the top surface unit 222 of the display unit 22 inside the display unit 22.

The pressed portion 465 is formed in a cylindrical shape, and a receiving latch portion 4653 and an opening of the guide groove 4654 are alternately provided at equal intervals in the circumferential direction at a tip portion which is one end portion on the side facing the latch portion 4622. ing. In the present embodiment, the receiving latch portion 4653 and the guide groove 4654 are arranged every 90 ° around the axis of the pressed portion 465. The end surface of the distal end portion of the pressed portion 465 is a cam surface that guides to the receiving latch portion 4653 or the guide groove 4654 when the latch claw 4623 slides.
The pressed portion 465 has a base end side, and a rotating display disk portion 466 is integrally fixed on the same axis.

  The pressed portion 465 can be inserted into the guide portion 47 and is pushed out of the guide portion 47 by the pressing portion 462.

  The pressed portion 465 is rotated by being pressed to the proximal end side by the pressing portion 462 and pushed out of the guide portion 47 from the guide portion 47, and the latch claw 4623 slides the end surface of the distal end portion of the pressed portion 465. It becomes possible to move. In a state where the pressed portion 465 is rotatable, the pressed portion 465 slides the latch claw 4623 on the cam surface, and engages the latch claw 4623 with the receiving latch portion 4653 or engages with the guide groove 4654. Can be combined.

  The guide groove 4654 is provided on the outer periphery of the pressed portion 465 in parallel with the axial direction of the pressed portion 465 (corresponding to the extending direction of the rod-shaped portion 4621). The guide groove 4624 is restricted in movement in the circumferential direction with respect to the guide portion 47 by arranging the guide projection portion 474 of the guide portion 47 inside.

  When the pressed portion 465 is located outside the guide portion 47, it can rotate about the axis together with the rotation display disk portion 466.

  On the back surface of the rotation display disk portion 466, a connection state display portion 4462 indicating a connection state or non-connection state of the USB memory 50 is provided.

  In the present embodiment, the rotation display disk portion 466 is disposed opposite to the back surface side of the top surface portion 222 in the display portion 22.

  The connection state display part 4661 of the rotation display disk part 466 faces the outside of the biological information display device 100 through a window part 49 provided to open on the top surface part 222.

  Here, the connection state display unit 4661 has an area where different colors are applied in the circumferential direction around the axis, and the different color areas indicate the connection state and the non-connection state of the USB memory 50. The areas of different colors are a connection display unit that shows a state in which the USB memory 50 is connected to the USB port 32 and a non-connection display unit that shows a non-connection state in which the USB memory 50 is removed from the USB port 32.

  In the connection state display unit 4662, when the rotating unit 464 is rotated by the pressing of the pressing unit 462, the color region facing the outside from the window 49 of the top surface unit 222 of the display unit 22 is switched. As a result, the connection state display unit 4662 notifies the user of the connection state or non-connection state of the USB memory 50. The user can visually recognize the connection state display part 4661 through the window part 49. For example, in the present embodiment, the connection state of the USB memory 50 is shown in red, and the non-connection state is displayed in green to notify the user, that is, to visually recognize.

  The second urging member 467 urges the rotating portion 464 to one side in the circumferential direction and urges the pressing portion 462 side, that is, the guide portion 47.

  The second urging member 467 is a coil spring in the present embodiment, and is disposed so as to surround the outer periphery on the proximal end side of the pressed portion 465. The second urging member 467 has one end fixed to the guide portion 47 side, that is, the display surface 221 side, and the other end portion to the rotating portion 464 side (the pressed portion 465 and the rotating display disk portion). 466).

  The second urging member 467 always rotates the rotating portion 464 on the accommodating portion 44 side and one side in the circumferential direction, here, the rotating direction to the pressed portion 465 by the pressing portion 462 (for example, the D1 direction in FIG. 7). And in the opposite direction (for example, -D1 direction in FIG. 7).

<Operation of the present embodiment>
When the display unit 22 is folded so as to overlap the apparatus main body 21 with the USB memory 50 mounted on the USB port 32, the USB memory 50 connected to the USB port 32 rotates via the shaft portion 42. The contact portion 462 a of the switch portion 46 in the housing portion 44 is pressed toward the bottom surface side of the housing portion 44.

  At this time, in the switch part 46, as shown in FIG. 14, the pressing part 462 is pressed in the D3 direction, so that the pressing part 462 is biased by the first biasing member 463 (the biasing force in the -D3 direction). ) And move in the D3 direction.

  The pressing portion 462 is guided by the guide projection portion 474 of the guide portion 47 and moves in the guide portion 47 to the proximal end side. In the guide portion 47, the pressed portion 465 of the rotating portion 464 urged toward the pressing portion 462 side (−D4 direction) by the second urging member 467 is arranged, and therefore the pressing portion 462 is pressed The portion 465 is pushed out of the guide portion 47 against the urging force of the second urging member 467.

  In the guide portion 47, the pressed portion 465 pressed by the pressing portion 462 is restricted from moving in the circumferential direction by the guide protrusion 474 and can move in the axial direction (D4 direction) that is the pressed direction.

  Then, the latch claw 4623 on the proximal end side of the pressing portion 462 protrudes from the guide portion 47 to the proximal end side, and the pressed portion 465 is pushed out of the guide portion 47.

  At this time, the rotating portion 464 itself is disengaged from the guide portion 47, the restriction of movement in the circumferential direction (D1 direction and -D1 direction shown in FIG. 10) is released, and the pressed portion 465 of the rotating portion 464 is second-biased. The receiving latch portion 4653 of the pressed portion 465 is engaged with the latch claw 4623 of the pressing portion 462 while being biased in the −D1 direction by the member 467.

  The pressed portion 465 rotates in a direction (D1 direction shown in FIG. 10) against the urging force of the second urging member 467 when the receiving latch portion 4653 is pressed by the latch claw 4623 of the pressing portion 462. The rotation display disk portion 466 integrated with the pressed portion 465 also rotates.

  Due to the rotation of the rotation display disk portion 466, the red portion which is the connection display portion indicating the connection state of the USB memory 50 in the connection state display portion 4662 is positioned at a position overlapping the window portion 49.

  As a result, as shown in FIG. 15, the user is informed that the USB memory 50 remains inserted into the USB port 32 through the window 49, that is, the USB memory 50 is in a connected state.

  That is, the user visually recognizes the red portion, which is the connection display portion of the connection state display portion 4661, through the window portion 49 of the top surface portion 222 of the display portion 22 in a state where the display portion 22 is folded on the apparatus main body 21. be able to. In the switch part 46 of the present embodiment, the pressing part 462 moves to the USB memory 50 side (−D3 direction) by the urging force of the first urging member 463, and the latch claw 4623 comes off from the receiving latch part 4653. Even when the rotating portion 464 is moved in the −D1 direction opposite to the rotating direction by the second biasing member 467, the receiving latch portion 4653 is engaged with the end portion 474a of the guide projection portion 474 that slides on the cam surface. Thus, the movement is restricted, and the display of the red portion indicating the connection state of the USB memory 50 is maintained.

  When the connected USB memory 50 is removed from the USB port 32 after it is displayed through the window 49 that the USB memory 50 is connected, the display unit 22 is opened again and the display screen 23 is removed. And the USB memory 50 accommodated in the accommodating portion 44 is pushed to the bottom surface side of the accommodating portion 44. As a result, the pressing portion 462 is pressed, and the engagement state between the receiving latch portion 4653 of the pressed portion 465 of the rotating portion 464 and the guide protrusion 474 (specifically, the end 474a of the guide protrusion 474) is released. The

Then, the rotating portion 464 is rotated in the −D1 direction by the second urging member 467 and moved to the guide portion 47 side, the guide groove 4654 is guided into the guide projection portion 474, and the pressed portion 465 is guided. Arranged in the portion 47.
As a result, in the connection state display unit 4662, the red part which is the connection display part is located at a position where it moves from the position overlapping the window part 49, and the green part which is the non-connection display part indicating the non-connection state of the USB memory 50 It is located at a position overlapping the portion 49.
That is, in the switch portion 46, the pressed portion 465 of the rotating portion 464 is pushed outward by the pressing portion 462, thereby being pushed outward from the guide portion 47, and the receiving latch portion 4653 and the end portion 474a of the guide projection portion 474. Are engaged and the red portion is positioned on the window portion 49, and the guide protrusion 474 and the guide groove 4654 are engaged and the green portion is positioned on the window portion 49.

In the biological information display device 100, when the angle between the display unit 22 and the operation main body 21 is a predetermined angle α (for example, an angle within 90 °), as shown in FIG. The switch unit 46 may be provided in the display unit 22 so that the connected USB memory 50 presses the contact unit 462a of the switch unit 46. According to this configuration, before the display unit 22 is completely closed, the user can visually recognize that the connection state display unit 4661 is red (the USB memory 50 is connected) through the window unit 49. Thus, it is possible to prompt the user to remove the USB memory 50 that has been forgotten to be removed.
As described above, according to the biological information display device 100, when the diagnosis data is transferred, the USB memory 50 is connected and operated. For example, when the display unit 22 and the device main body 21 are closed to finish the operation, the USB Forgetting to remove the memory 50 can be prevented.

In addition, the awakening means 40 of the biological information collecting apparatus 100 is connected via a window portion 49 provided on the top surface portion 222 having the top surface that is the top surface of the display portion 22 in the closed state of the device main body 21 and the display portion 22. The status display unit 4661 displays the connection state between the USB memory 50 and the USB port 32 in the red area, and prompts the user to remove the USB memory 50.
Accordingly, the user can be alerted by visually recognizing that the user has forgotten to disconnect the USB memory 50 through the window portion 49 of the top surface 222 where the user's eyes can reach in the closed state in which the apparatus main body 21 and the display unit 22 are closed. . Therefore, it is possible to prevent the user from forgetting to remove the USB memory 50 by reliably removing the USB memory 50 from the USB port 32.

<Modification 1>
The biological information display device 100A shown in FIG. 17 has the same basic configuration as the biological information display device 100 corresponding to the first embodiment shown in FIG. 1, and the same components are assigned the same reference numerals. The description is omitted.

  The biological information display device 100A is different from the biological information display device 100 only in the configuration of the awakening means 40.

  The biological information display device 100A includes a device main body 21, a display unit 22 for displaying an electrocardiogram, and a USB port 32A as a stimulating means 40A.

  The device main body 21 and the display unit 22 are attached so as to be openable and closable via the hinge portion 30, as in the biological information display device 100, and the display unit 22 is foldable with respect to the device main body 21.

  The USB port 32 </ b> A to which the USB memory 50 is connected is one of the main surface 212 of the apparatus main body 21 and the surface 221 of the display section 22 that are opposed to each other when the display section 22 is folded on the apparatus main body 21. From the surface, the connected USB memory 50 is provided so as to protrude.

  In FIG. 17, the USB port 32 </ b> A is provided so as to be opened in the display surface 221 of the display unit 22, and the USB memory 50 connected to the USB port 32 </ b> A protrudes from the display surface 221 in the orthogonal direction.

  As a result, when the biological information display device 100A is used, the USB memory 50 is connected to the USB port 32A of the display unit 22 on which the display screen 23 for confirming the patient's biological information, here an electrocardiogram, is arranged. The USB memory 50 can be easily inserted and removed as compared with a biological information display device having a structure provided with a USB port. In addition, on the display surface 221 of the display unit 22, it is possible to confirm the connected state while viewing the display screen 23, and to prevent the USB memory 50 from being forgotten to be disconnected.

  Further, when the display unit 22 is moved so as to be closed with respect to the apparatus main body 21 with the USB memory 50 connected to the USB port 32A, the rear of the USB memory 50 protruding from the USB port 32A as shown in FIG. The end part comes into contact with the main surface 212 of the apparatus main body 21 and obstructs the operation of closing the display unit 22 (closing operation).

  Accordingly, it is possible to prevent the user from forgetting to remove the USB memory 50 by alerting the user to remove the USB memory 50 when the USB memory 50 is connected to the USB port 32A.

  In the biological information display device 100 according to the present embodiment and the biological information display device 100A according to the first modification, the USB ports 32 and 32A and the calling means are provided in the device main body 21 and the display unit 22 that are provided so as to be freely opened and closed. 40 and 40A are provided on the display unit 22 side, but the present invention is not limited to this, and may be provided on the apparatus main body 21 side.

<Modification 2>
FIG. 19 is an external perspective view showing a second modification of the biological information display device according to the embodiment of the present invention.

  A biological information display device 100B shown in FIG. 19 has the same basic configuration as that of the biological information display device 100 corresponding to the first embodiment shown in FIG. 1, and the same components are denoted by the same reference numerals. The description is omitted.

  In the configuration of the biological information display device 100, the biological information display device 100B is provided with the USB port 32B and the calling means 40B on the device body 21 side.

  The awakening means 40B has forgotten the user to close the display unit 22 and the device main body 21 by folding the display unit 22 and the device main body 21 with the USB memory 50 connected to the USB port 32B. Calls out the removal of the USB memory 50.

  The awakening means 40B is different from the awakening means 40 in the configuration of the switch unit 46B.

  The awakening means 40B includes a USB port 32B, a housing part 44B, a switch part 46B, a window part 49B, and a light emitting part such as an LED (not shown). The light emitting unit is a connection state display unit that displays a connection state between the USB memory 50 and the USB port 32B through the window 49B and prompts the user to remove the USB memory 50.

  In the awakening means 40B, a USB port 32B is rotatably provided in a housing portion 44B formed in a concave shape on the main surface 212 of the apparatus main body 21 via a shaft portion (not shown).

  A pressing portion 462B of the switch portion 46B is disposed on the bottom portion of the housing portion 44B so as to be movable back and forth in a direction perpendicular to the bottom surface of the housing portion 44B, in this case, in the thickness direction of the apparatus main body 21.

  The pressing portion 462B of the switch portion 46B is a rod-like body, and is pressed when the USB memory 50 connected to the USB port 32B is accommodated in the accommodating portion 44B.

  Here, the switch unit 46B is a tactile switch mounted on a circuit board that emits light emitted from the light emitting unit disposed inside the window 49B. When the pressing unit 462B is pressed, the circuit is energized to emit light. To emit light. The switch unit 46B performs a momentary operation. The switch unit 46B is turned on when the pressing unit 462B is pressed by the USB memory 50, the light emitting unit emits light, and is turned off when the USB memory 50 is removed and the pressed state is released, and the light emitting unit does not emit light.

  According to the biological information display device 100B, when the display unit 22 is closed with respect to the device main body 21 with the USB memory 50 connected to the USB port 32B, the USB port 32B is rotated and disposed in the housing unit 44B. The USB memory to be pressed presses the pressing portion 462B, and the light emitting portion emits light. Thereby, in a state where the display unit 22 is closed, the user visually recognizes that the USB memory 50 is attached through the window unit 49B, and urges the user to disconnect the USB memory from the USB port 32B.

  In addition, you may make the structure which replaced the alerting means 40 in the structure of the biometric information display apparatus 100 shown in FIG. In this case, when the display unit 22 is closed with respect to the apparatus main body 21 with the USB memory 50 connected to the USB port 32, the window portion 49 of the top surface portion 222 of the display unit 22 emits light, so that the USB The connection state of the memory 50, that is, forgetting to remove the USB memory 50 is displayed, and the user can be prompted to remove the USB memory 50.

  Further, in the biological information display devices 100, 100A, and 100B of the present embodiment, the windows 49 and 49B are opposite to the side where the USB ports 32, 32A, and 32B are arranged in the device main body 21 and the display unit 22. It may be provided in the case.

  In addition, the windows 49 and 49B in the biological information display devices 100 and 100B are configured so that the connection state of the USB memory 50 can be displayed. It may be provided anywhere.

  Further, an alarm may be generated when the display unit 22 is folded with respect to the apparatus main body 21 while the USB memory 50 is connected.

  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. That is, the description of the configuration of the apparatus and the shape of each part is an example, and it is obvious that various modifications and additions to these examples are possible within the scope of the present invention.

  The biological information display device according to the present invention prompts removal of the portable storage medium even when the operation performed by connecting the portable storage medium (which may be a storage device) is terminated. It has the effect of preventing forgetting to remove, and is useful as a biological information display device that requires transfer of diagnostic data via a portable storage medium.

DESCRIPTION OF SYMBOLS 21 Apparatus main body 22 Display part 23 Display screen 30 Hinge part 32, 32A, 32B USB port 40, 40A, 40B Calling means 42 Shaft part 44, 44B Storage part 46, 46B Switch part 47 Guide part 49, 49B Window part 50 USB memory (Portable storage media)
100, 100A, 100B Biological information display device 212 Main surface (opposite surface)
221 Display surface (opposite surface)
222 Top surface part 321 Socket 462, 462B Press part 462a Contact part 4621 Rod-like part 4622 Latch part 4623 Latch surface 4624, 4654 Guide groove 463 First biasing member 464 Rotating part 465 Pressed part 4653 Receiving latch part 466 Rotating display disk part 4662 Connection state display part 467 Second urging member 474 Guide protrusion

Claims (5)

The device body;
A display unit configured to be openable and closable with respect to the apparatus main body and displaying biological information;
A port provided on at least one of the opposing surfaces that overlap each other in the closed state in the apparatus main body and the display unit, and a portable storage medium that can be connected by insertion and removal;
When the storage medium is connected to the port, when the device main body and the display unit are closed or closed, a calling unit that urges the user to remove the storage medium;
Having
Biological information display device. The arousing means is
A window provided on an outer surface of the device main body and the display unit other than the facing surface;
A pressing unit that is moved by being pressed by the storage medium connected to the port when the apparatus main body and the display unit are closed or closed.
A connection state display unit that displays a connection state between the storage medium and the port through the window portion to cause the storage medium to be removed by moving the pressing unit,
Having
The biological information display device according to claim 1. The connection state display unit is rotatably provided by being pressed by the moving pressing unit, and rotates to switch the non-connection state between the port and the storage medium to the connection state, via the window unit. Display,
The biological information display device according to claim 2. The connection state display portion is disposed to face the window portion, and has a planar shape that can rotate in the circumferential direction.
It has a connection display part indicating the connection state, and a non-connection display part indicating the non-connection state, which moves to a position facing the window part by rotation,
The connection state display unit is rotated by pressing of the pressing unit to position the connection display unit at a position facing the window unit, and when the pressing of the pressing unit is released, the non-connection display unit is Located at the position facing the window,
The biological information display device according to claim 3. The arousing means is
A window provided on the top surface which is the uppermost surface of the display unit in the closed state;
A connection state display unit for displaying a connection state between the storage medium and the port through the window unit to prompt removal of the storage medium;
Having
The biological information display device according to claim 1.

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