JP2016184885A - Nurse call system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a nurse call system which allows a patient, who has moved the bed, to perform telephone conversation with a suitable speech volume, without requiring the work of a health care worker to reset the speech volume.SOLUTION: A controller has a patient information storage section storing a patient information table 60 associating a patient ID61 (patient identification information) capable of identifying a patient, a slave unit ID62 (bed information) used by the patient, and the speech volume 63 (volume setting information) of the slave unit when the patient uses the nurse call slave unit, and a volume information storage section storing a volume setting table 70 associating the slave unit ID62, and the speech volume 63 of the nurse call slave unit used in the bed. When the patient moves the bed and the slave unit ID62 of the patient information table 60 is updated, the speech volume of the nurse call slave unit in the bed at the movement destination of the patient in the volume setting table 70 is updated based on the updated patient information table 60.SELECTED DRAWING: Figure 4

Description

  The present invention relates to a nurse call system.

  For the nurse call system, one of the basic functions is to call the nurse call master unit from the nurse call slave unit or to call the nurse's mobile terminal from the nurse call slave unit. Yes, its role is important. Since there is a difference in hearing ability among patients, in a conventional nurse call system, a medical worker such as a nurse can set the call volume for each nurse call slave unit by operating the operation unit of the nurse call master unit. Is possible. Further, for example, the following Patent Documents 1 and 2 disclose a technique related to volume setting of a call function of a nurse call system.

JP 09-261354 A JP 2001-186266 A

  However, in the conventional nurse call system, if the patient moves the bed, the moved patient has to use the nurse call handset based on the volume setting for the patient before moving or the initial volume setting. was there. In this case, unless the patient notices that the volume setting is not suitable for him / her, he / she cannot make a call at a call volume suitable for the patient's hearing. In order to avoid this situation, the medical staff must re-set the call volume suitable for the patient to the nurse call slave unit after moving, and this redundant setting work is very troublesome. Met.

  Accordingly, the present invention provides a nurse call system that allows a patient who has moved from bed to make a call at a call volume suitable for the patient without having to perform the work of setting the call volume again. Objective.

In order to achieve the above object, the nurse call system of the present invention comprises:
A nurse call system comprising a nurse call slave set provided for each bed, a nurse call master set, and a controller connected to be communicable with each nurse call slave set and the nurse call master set. And
The controller is
Patient information storage storing a patient information table in which patient specifying information capable of specifying a patient, bed information used by the patient, and volume setting information when the patient uses a nurse call cordless handset are associated with each other And
A volume information storage unit storing a volume setting table in which the bed information is associated with volume setting information of a nurse call slave used in the bed;
When the bed information of the patient information table is updated as the patient moves the bed, a nurse call of the bed to which the patient is moved in the volume setting table based on the updated patient information table The volume setting information of the slave unit is updated.

  According to this configuration, when the patient moves the bed, when the medical staff updates the bed information in the patient information table, the volume setting information in the volume setting table is automatically updated with reference to the updated patient information table. The For this reason, even if the patient moves the bed, the medical staff does not need to set the volume of the nurse call slave unit after the movement again on the volume setting table, and saves the trouble of setting the volume again. Can do. In addition, the patient can use the nurse call cordless handset with a call volume suitable for him / her even when moving the bed.

In the nurse call system of the present invention,
When the patient information table is updated as the patient moves the bed, the controller initializes the volume setting information of the nurse call slave unit of the bed used by the patient who moved the bed. You can return it.

  According to this configuration, the volume of the nurse call cordless handset can be automatically returned to the initial setting for a bed that has become empty due to movement or discharge of the patient. For this reason, the medical staff does not need to set the volume of the nurse call cordless handset in the bed that has become an empty bed, and the work efficiency is improved.

In addition, the nurse call system of the present invention,
Comprising a plurality of said controllers,
Each of the controllers is connected to be communicable with each other, and can control the nurse call slave unit and the nurse call master unit connected to the own controller,
When the controller that controls the nurse call slave used by the patient is changed when the patient moves on the bed, the patient information table is updated in the changed controller, and the changed controller May update the volume setting information of the movement destination bed of the patient who has moved the bed in the volume setting table based on the updated patient information table.

  According to this configuration, even when the patient moves beyond the control of the controller, the medical staff is not required to set the volume of the nurse call slave after the movement again, which is convenient.

  According to the nurse call system of the present invention, the patient who has moved the bed can make a call at a call volume suitable for the patient without having to perform the work of setting the call volume again.

1 is a configuration diagram of a nurse call system according to an embodiment of the present invention. It is a functional block diagram of the control machine in a nurse call system. (A) is an example of a patient information table, (b) is a figure which shows an example of a volume setting table. (A) is an example of an updated patient information table, and (b) is an example of an updated volume setting table. It is a block diagram which shows the modification of a nurse call system. (A), (b) is a figure which shows an example of a patient information table, (c), (d) is a figure which shows an example of a volume setting table. (A), (b) is an example of the updated patient information table, (c), (d) is a diagram showing an example of the updated volume setting table.

  Hereinafter, an example of an embodiment of a nurse call system according to the present invention will be described in detail with reference to the drawings.

As shown in FIG. 1, the nurse call system 1 includes a plurality of (four in this example) nurse call slave units 2a, 2b, 2c, and 2d (hereinafter referred to as nurse call slave units 2). Nurse call master 3, a plurality of (in this example, two) corridor lights 4a, 4b (hereinafter collectively referred to as corridor lights 4), a controller 5, and a plurality of (four in this example) Mobile terminals 6 a, 6 b, 6 c, 6 d (hereinafter collectively referred to as mobile terminal 6), a base station 7, an exchange 8, and a management PC (ordering system) 9 are provided. These units are communicably connected via a hub (HUB) 10.
The nurse call system 1 is installed in a medical care facility such as a hospital that accommodates a patient, for example. In this example, the nurse call system 1 in the surgical ward S is shown.

  The nurse call handset 2 is for a patient to call a nurse to make a call, and is installed for each bed (bed) in a hospital room. The nurse call child device 2 includes a plate child device 21 and a grip child device 22. The plate slave unit 21 includes a microphone and a speaker that allow a patient to communicate with a nurse, and is installed, for example, on a wall surface above the bed of each patient. The handgrip handset 22 includes a call button for a patient in a hospital room to call a nurse and is connected to the plate handset 21 with a cable. The nurse call handset 2 is connected to the corridor lamp 4 through a communication cable.

  The corridor lamp 4 detects a call signal from each patient and notifies the call signal to the outside of the hospital room, and is installed near the entrance of the hospital room. The corridor lamp 4 in this example is connected to the controller 5 via the hub 10. The corridor lamp 4 of this example is provided with a liquid crystal display unit 41 and a display lamp 42. The liquid crystal display unit 41 is configured to display on the liquid crystal display unit 41 patient information such as the name of the patient who has called the patient when a call is made from the nurse call slave unit 2. The display lamp 42 is configured to blink, for example, when a call is made from the nurse call slave unit 2.

  The nurse call master unit 3 has a function for a nurse to answer a call from a patient and make a call, and to display information on a patient, a nurse, and the like. The nurse call base unit 3 is installed in a common area in the facility such as a staff station. The nurse call parent device 3 includes a large monitor 31, a small monitor 32, and a call unit 33.

  The large monitor 31 is composed of, for example, a 24-inch vertically long touch panel screen, displays patient information regarding all patients in the surgical ward S, and can also function as an operation unit of the nurse call master unit 3. . The small monitor 32 is composed of, for example, a 7-type horizontally long touch panel screen. When a call is received from the patient by the nurse call cordless handset 2, patient information including the bed number and name of the patient who has called the patient information is displayed. indicate. The calling unit 33 includes a speaker that outputs a ringing tone from the patient and the voice of the patient, and a microphone for the nurse to make a call in response to the calling of the patient.

  The controller 5 is installed as a repeater, and performs control of information regarding each patient, call control of each connected device, call control, and the like. The controller 5 is connected to the corridor lamp 4, the nurse call parent device 3, the exchange 8, and the management PC 9 via a hub 10 via, for example, a LAN (Local Area Network).

  The portable terminal 6 is used to notify a call from the nurse call slave unit 2 and to talk to the patient in response to the call, and is carried by each nurse. The portable terminal 6 is provided with a display screen, and when there is a call from the nurse call cordless handset 2, the room number, bed number, name, etc. of the patient who is the call source are displayed. As the mobile terminal 6, for example, PHS 6a, 6b, smart terminals 6c, 6d and the like are used, and each mobile terminal 6a, 6b, 6c, 6d has an individual mobile terminal ID.

  The base station 7 is an antenna for performing wireless communication with the mobile terminal 6, and is installed at predetermined intervals in the vicinity of the staff station and in a place away from the staff station in the facility. The exchange (for example, Internet Protocol Private Branch eXchange) 8 is a device for connecting the portable terminal 6 and the nurse call slave unit 2. The exchange 8 is connected to the base station 7 through a communication cable.

  The management PC 9 is a device that collectively manages information related to the hospital including patient information of each patient, and is installed in a predetermined location such as a management room of a facility, for example.

Next, functions of the controller 5 will be described.
As shown in FIG. 2, the controller 5 includes a controller CPU 51, a storage unit 52, a corridor lamp interface circuit (hereinafter, the interface circuit is referred to as “I / F”) 53, a master unit I / F 54, An exchange I / F 55 and a management I / F 56 are provided.

  The corridor lamp I / F 53 constitutes a communication unit for forming a signal transmission path with the corridor lamp 4. Base unit I / F 54 constitutes a communication unit for forming a signal transmission path with nurse call base unit 3. The exchange I / F 55 constitutes a communication unit for forming a signal transmission path with the exchange 8. The management I / F 56 constitutes a communication unit for forming a signal transmission path with the management PC 9.

The storage unit 52 is provided with a patient information storage unit 52a and a volume information storage unit 52b.
The patient information storage unit 52a includes a patient ID (an example of patient identification information) that identifies a patient, and a child machine ID (an example of bed information) that identifies a nurse call cordless handset 2 installed in a bed used by the patient. The patient information table in which the call volume (an example of the volume setting information) when the patient uses the nurse call cordless handset 2 is associated is stored (see FIG. 3A).
The volume information storage unit 52b stores a volume setting table in which each slave unit ID of the nurse call slave units 2a, 2b, 2c, and 2d is associated with each call volume (see FIG. 3B). ).

  The controller CPU 51 performs, for example, management of information stored in the storage unit 52 and the management PC 9, connection processing to the nurse call parent device 3 and a predetermined portable terminal 6 in response to the call of the nurse call child device 2, and the like. When performing connection processing for a call, a patient information table and a volume setting table to which each information is associated are used. When a call is made between each nurse call slave unit 2 and the nurse call master unit 3 or the portable terminal 6, the call volume is determined with reference to the volume setting table.

Next, the operation of the nurse call system 1 will be described.
As shown in FIG. 3A, the patient information table 60 includes a patient ID 61, a child device ID 62, a call volume 63 of the child device, a medical department 64 that the patient visits, a nurse ID 65 in charge, A portable terminal ID 66 of the nurse in charge is stored in association with each other. For example, information on the first line of the patient information table 60 indicates that the patient ID 0007 is hospitalized in the first bed (slave unit ID 101-1) of the 101st room of surgery and the call volume is increased when the nurse call slave unit 2 is used. It means to use with "large" of small and medium. It also means that the portable terminal ID of the nurse ID 1259 in charge is 1009. These pieces of information can be input by operating the large monitor 31 screen of the nurse call parent device 3.

  Further, as shown in FIG. 3B, the volume setting table 70 stores the slave unit ID 62 and the call volume 63 of the slave unit in association with each other. Each information of the volume setting table 70 corresponds to information of the child device ID 62 and the communication volume 63 of the child device in the information of the patient information table 60 shown in FIG.

  Here, the patient ID0025 of the first bed in room 108 (child machine ID 108-1) was discharged, and the patient ID0033 in the second bed in room 101 (child machine ID101-2) became the first bed (child in room 108). Suppose that it moves to machine ID 108-1).

  In this case, the medical monitor operates the large monitor 31 or the small monitor 32 of the nurse call parent device 3 as the patient moves to the bed, and the child information is the child bed information of the child device ID of the patient ID 0033 in the patient information table 60. Machine ID 108-1 is input. Further, the information of the discharged patient ID 0025 is deleted. The input and deleted information is transmitted from the nurse call parent device 3 to the controller 5.

  Based on the transmitted information, the controller CPU 51 shows the information of the child device ID of the patient ID 0033 in the patient information table 60 as shown in the hatched area of FIG. Update to Further, the information of the patient ID 0025 is deleted from the patient information table 60.

  Further, based on the information in the updated patient information table 60, the controller CPU 51 updates the call volume 63 of the slave unit in the volume setting table 70 as shown in the hatched area in FIG. 4B. To do. That is, the call volume of the nurse call slave device 2 used by the patient ID 0033 moved to the first bed (slave device ID 108-1) in the 108th room is “small” which is the call volume used by the patient ID 0033 before the move. Update to In addition, the call volume of the nurse call cordless handset 2 of the second bed (slave cord ID101-2) of the 101st room used by the patient ID 0033 is updated to “medium” which is the default volume.

  Information of the updated patient information table 60 and volume setting table 70 is transmitted to the management PC 9. The management PC 9 updates the patient information and the volume information stored in the storage unit of the management PC 9 based on the transmitted information.

  After the patient ID 0033 is updated as described above with the movement of the bed of the patient ID 0033, when the patient ID 0033 makes a call from the nurse call cordless handset 2 of the first bed (child cord ID 108-1) in the 108th room, the following is performed. To work.

  The controller 5 that has received the call signal first detects the child device ID 108-1 included in the call signal. Subsequently, the control device 5 refers to the patient information table 60 and specifies the patient ID 0033 associated with the child device ID 108-1 and the portable terminal ID 1007 of the nurse ID 1133. Subsequently, the control device 5 transmits a calling signal from the nurse call slave device 2 having the child device ID 108-1 to the nurse call master device 3 and the portable terminal 6 having the identified nurse ID 1133. When the nurse ID 1133 carrying the nurse call parent device 3 or the portable terminal 6 responds to the call signal, a call is made with the patient ID 0033 at the call volume “low” in the updated volume setting table 70.

  By the way, in the conventional nurse call system, the call volume (volume setting information) when the patient uses the nurse call child machine is managed only by the volume setting table associated with the child machine ID (bed information). Base management was performed and was not managed in the patient information table. For this reason, when the patient moves the bed, the medical staff has to set the volume of the nurse call slave in the bed after the patient moves again with respect to the volume setting table.

  On the other hand, the nurse call system 1 of the present embodiment includes a patient information table 60 and a volume setting table 70, and the update of the information in the volume setting table 70 is associated with the update of the information in the patient information table 60. It is configured so that patient-based information management can be performed. Therefore, for example, when an inpatient (patient ID 0033) moves in the surgical ward S and the bed used by the patient ID 0033 changes (moves from the child machine ID 101-2 to the child machine ID 108-1), the medical staff Only the information on the child device ID in the patient information table 60 relating to the moved patient needs to be updated. By updating the information in the patient information table 60, the information on the call volume of the slave unit related to the moved patient in the volume setting table 70 based on the updated patient information is automatically set to the call volume used before the movement. Updated to Further, by updating the information of the child device ID of the patient ID 0033 in the patient information table 60 from the child device ID 101-2 to the child device ID 108-1, the volume setting table 70 is not used based on the updated patient information. The information on the call volume of handset ID 101-2 is automatically updated to the default volume.

  As a result, the medical staff again sets the call volume of the child device related to the moved patient and the call volume of the child device related to the empty bed that the patient no longer uses due to the movement to the volume setting table 70. This eliminates the need for business efficiency. In addition, the patient can talk to the nurse through the nurse call cordless handset 2 at the movement destination in the same manner as before the movement at the call volume suitable for the patient even when the bed is moved. In addition, a newly admitted patient uses the nurse call cordless handset 2 that is initially set to a medium volume, and thus can make a call with a relatively uncomfortable feeling.

(Modification)
Next, a modified example of the nurse call system described above will be described with reference to FIGS.

  As shown in FIG. 5, the nurse call system 1 </ b> A includes a controller 5 </ b> A installed in the medical ward I, for example, in addition to the controller 5 installed in the surgical ward S. The controllers 5 and 5A are connected to each other via a LAN so that they can communicate with each other. The controller 5 is configured to be able to control the nurse call slave unit 2, the nurse call master unit 3 and the like connected to the controller 5. The controller 5A is configured to be able to control the nurse call slave 2A, the nurse call master 3A, and the like connected to the controller 5A. The functions of the nurse call slave 2A, nurse call master 3A, etc. installed in the medical ward I are the same as the functions of the nurse call slave 2, nurse call master 3 etc. of the surgical ward S described in the above embodiment. It is the same.

The operation of the nurse call system 1A will be described.
As shown in FIGS. 6A and 6B, the patient information table 60A of the surgical ward controller and the patient information table 60B of the medical ward controller include the information in the patient information table 60 shown in FIG. In addition, a base unit ID 67 and a control unit ID 68 are stored in association with each other. The parent device ID identifies the parent device to which information is to be transferred. “01” means the nurse call parent device 3 in the surgical ward S, and “02” means the nurse call parent device 3A in the medical ward I. . The controller ID identifies the controller that performs control. “1” means the controller 5 of the surgical ward S, and “2” means the controller 5A of the medical ward I. The patient information tables 60A and 60B store all the patient information of surgery and internal medicine. Further, as shown in FIGS. 6C and 6D, the volume setting table 70A of the surgical ward controller and the volume setting table 70B of the medical ward controller include the volume setting table 70 shown in FIG. Information on the same item is stored.

  Here, the patient ID 0007 in the first bed (slave ID 101-1) in room 101 of the surgical ward S is temporarily moved to the third bed (slave ID 201-3) in room 201 in the medical ward I. Suppose that As a result, the controller for controlling the nurse call slave used by the patient ID 0007 has been changed from the controller 5 in the surgical ward S to the controller 5A in the medical ward I.

  In this case, as shown in the hatched area of FIG. 7A by the operation of the medical staff, the information of the slave unit ID of the patient ID 0007 in the patient information table 60A of the surgical ward controller is the slave unit ID 201- Updated to 3. Information to be updated is transmitted from the controller 5 to the controller 5A. As a result, the controller CPU 51A (see FIG. 2) of the controller 5A, as shown in the hatched area of FIG. 7B, shows the child ID of the patient ID 0007 in the patient information table 60B of the medical ward controller. The information is updated to the child device ID 201-3.

  Further, based on the updated information in the patient information table 60A, the controller CPU 51 of the controller 5 shows the call volume 63 of the slave unit in the volume setting table 70A in the hatched area of FIG. 7C. To update. That is, the call volume of the nurse call cordless handset 2 used by the patient ID 0007 moved to the third bed (room ID 201-3) in the room 201 is “Large” which is the call volume used by the patient ID 0007 before the move. Update to In addition, the call volume of the nurse call cordless handset 2 of the first bed (slave cord ID 101-1) in the 101st room used by the patient ID 0007 is updated to “medium” which is the default volume.

  Similarly, the controller CPU 51A of the controller 5A, based on the updated information in the patient information table 60B, sets the call volume 63 of the slave unit in the volume setting table 70B to the hatched area of FIG. Update as shown.

  After the patient ID 0007 is updated as described above with the movement of the bed of the patient ID 0007, when the patient ID 0007 makes a call from the nurse call handset 2 of the third bed (the handset ID 201-3) in the room 201, the following is performed. To work.

  The control device 5A directly connected to the nurse call slave device 2 having the child device ID 201-3 receives the call signal and detects the child device ID 201-3 included in the call signal. Subsequently, the control device 5A refers to the patient information table 60B and confirms the patient ID 0007, the parent device ID 01, and the control device ID 1 associated with the child device ID 201-3. The controller 5A determines that the patient ID 0007 is a surgical patient based on the confirmed master ID 01 and controller ID 1 and transfers a call signal to the controller 5. When receiving the calling signal, the controller 5 refers to the patient information table 60A and identifies the patient ID 0007 associated with the child device ID 201-3 and the portable terminal ID 1009 of the nurse ID 1259. Subsequently, when the nurse ID 1259 carrying the nurse call parent device 3 side or the portable terminal 6 responds to the call signal in the same manner as in the above embodiment, the call volume “high” in the updated volume setting table 70A is set. A call is made with patient ID 0007.

  Also in the nurse call system 1A of this example, there exists an effect similar to the nurse call system 1 of the said form.

  In addition, this invention is not limited to embodiment mentioned above, A deformation | transformation, improvement, etc. are possible suitably. In addition, the material, shape, dimension, numerical value, form, number, location, and the like of each component in the above-described embodiment are arbitrary and are not limited as long as the present invention can be achieved.

1, 1A: Nurse call system, 2 (2a to 2h): Nurse call slave unit, 3, 3A: Nurse call master unit, 5, 5A: Controller, 6 (6a to 6h): Mobile terminal, 51, 51A: Controller CPU, 52a: patient information storage unit, 52b: volume information storage unit, 60, 60A, 60B: patient information table, 61: patient ID (an example of patient identification information), 62: slave unit ID (an example of bed information) ), 63: Call volume of slave unit (an example of volume setting information), 70, 70A, 70B: Volume setting table

Claims (3)

A nurse call system comprising a nurse call slave set provided for each bed, a nurse call master set, and a controller connected to be communicable with each nurse call slave set and the nurse call master set. And
The controller is
Patient information storage storing a patient information table in which patient specifying information capable of specifying a patient, bed information used by the patient, and volume setting information when the patient uses a nurse call cordless handset are associated with each other And
A volume information storage unit storing a volume setting table in which the bed information is associated with volume setting information of a nurse call slave used in the bed;
When the bed information of the patient information table is updated as the patient moves the bed, a nurse call of the bed to which the patient is moved in the volume setting table based on the updated patient information table The volume setting information of the handset is updated.
Nurse call system.   When the patient information table is updated as the patient moves the bed, the controller initializes the volume setting information of the nurse call slave unit of the bed used by the patient who moved the bed. The nurse call system according to claim 1, wherein the nurse call system is returned. Comprising a plurality of said controllers,
Each of the controllers is connected to be communicable with each other, and can control the nurse call slave unit and the nurse call master unit connected to the own controller,
When the controller that controls the nurse call slave used by the patient is changed when the patient moves on the bed, the patient information table is updated in the changed controller, and the changed controller The nurse call system according to claim 1 or 2, wherein the volume setting information of the movement destination bed of the patient who has moved the bed in the volume setting table is updated based on the updated patient information table. .

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