JP2010051544A - Nursing support system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a nursing support system which performs a pop-up display in such a manner that the location of a patient who has call-operated within a ward layout being simultaneously displayed may not be hidden when related patient's information is pop-up-displayed on the monitor of a master unit for nurse call when the call from a slave unit for nurse call is received. <P>SOLUTION: The nurse call master unit displays the ward layout on the monitor, and in the meantime, stores the coordinates of the nurse call slave unit on the ward layout. When the master unit's CPU receives the call from the nurse call slave unit, the CPU specifies the location of the operated nurse call slave unit on a ward layout display section M1 from the stored slave unit coordinate information, and operates a patient's information window M3a which performs the pop-up display in a region which does not include the bed mark Pa at the location of the call-operated nurse call slave unit, and also, in a region being adjacent to the bed mark Pa. In addition, the CPU makes the bed mark Pa perform a notification motion such as flickering. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a nursing support system having an intercom function such as a nurse call system installed in a hospital or a collective housing intercom system installed in a housing complex for elderly people, and is called by a patient using a nurse call cordless handset. The present invention relates to a nursing support system that pops up caller information on a layout screen of a ward or a floor displayed on a monitoring monitor such as a nurse call parent device.

In the nurse call system, a nurse call child machine for calling a nurse is installed for each bed in a hospital room, and a nurse call parent machine for answering a call from a patient is installed in a nurse station. Some nurse call master units are provided with a monitor for displaying patient information. In this case, the ward layout is displayed on the monitor during standby.
In the case of a nurse call system that performs such display, a part of patient information such as the patient name is displayed on the ward layout, or detailed information about the patient pops up when a call is made from the patient. There are some (see, for example, Patent Document 1).
On the other hand, there are apartment housing intercom systems for the elderly. This is because an emergency call button (call button device), a water flow sensor, etc., are installed in each dwelling unit of the apartment house, and when an abnormality occurs in the resident, a notification is made to the management room master unit, Prompt handling is possible (for example, Patent Document 2).

JP-A-10-146366 (FIG. 3C) JP 2003-134243 A

However, in the above conventional nurse call system, when a call is made from the nurse call cordless handset, patient information pops up to cover the displayed ward layout screen. It was impossible to grasp the position of. Therefore, even if it is configured to display the ward layout, it cannot be fully utilized.
This is also the case with collective housing intercom systems to which this technology is applied. When there is a call from the call button device, the resident information pops up so as to cover the displayed floor layout screen. As a result, it was impossible to grasp the location of the resident who called. Therefore, even if it is configured to display a floor layout, it cannot be fully utilized.

  Therefore, in view of such a problem, the present invention receives a call from a nurse call cordless handset installed in a hospital room or a call button device installed in a living room, and sends related patient information or resident information to the nurse call. It is an object of the present invention to provide a nursing support system that displays a pop-up so that the position of a patient or a resident who has performed a call operation is not hidden when the pop-up is displayed on a monitor of a base unit or a management unit base unit.

In order to solve the above-mentioned problem, the invention of claim 1 is directed to a nurse call slave for a patient to call a nurse and a nurse call slave connected to inform the nurse of a call from the nurse call slave. Corridor lamps, a nurse call master unit for answering calls from the nurse call slave unit, and a controller for controlling the corridor lamp and nurse call master unit. The nurse call master unit includes a ward layout and a patient. In a nurse call system provided with a monitor for displaying information and a display control unit for popping up patient information of a patient related to the called nurse call slave unit on a monitor when a call is made from the nurse call slave unit The nurse call master unit stores the slave unit coordinate storage unit for storing the coordinates of the nurse call slave unit on the ward layout, and a table for specifying the pop-up display position. When the call control unit receives a call from the nurse call slave unit while the ward layout is displayed on the monitor, the display control unit is equipped with a position specifying unit and operates on the ward layout based on the information in the slave unit coordinate storage unit. The display position specifying unit specifies the pop-up position so as not to include the position of the nurse call slave set, and related patient information is displayed at the specified position.
According to this configuration, when popping up patient information of a patient who has been called, the corresponding patient position on the ward layout is specified, and a pop-up display is made in an area that does not include the position. The nurse can respond while confirming the position of the patient on the monitor display.

The invention of claim 2 responds to a call from a collective entrance machine for a visitor to call a resident, a living room master machine for responding to a call from the collective entrance machine, and a call from the collective entrance machine and the living room master machine And a call button device installed in each dwelling unit for the resident to make an emergency call. The management room base unit displays each floor layout and resident information of the apartment house. In a nursing support system provided with a monitor and a display control unit for causing a monitor to pop-up resident information related to a call button device that has been called up when a call is made from the call button device, A call button device coordinate storage unit for storing the coordinates of the call button device on the floor layout, and a display position specifying unit for specifying the pop-up display position. When a call is received from the call button device with the iOUT displayed on the monitor, a display is made so that the position of the operated call button device on the floor layout is not included based on the information in the call button device coordinate storage unit. A pop-up position is specified by the position specifying unit, and display of related resident information is performed at the specified position.
According to this configuration, when popping up the resident information of the resident who has called, the corresponding patient position on the ward layout is specified, and the pop-up display is made in the area not including the position. The responding manager can respond while confirming the position of the resident on the monitor display.

According to a third aspect of the present invention, the display control unit according to the first or second aspect performs a notification operation such as blinking on a specified position on the ward layout or the floor layout displayed on the monitor. Features.
According to this configuration, in the nurse call system, for example, the bed display unit of the patient who performed the call operation blinks on the monitor, so that the location of the patient can be easily grasped. For example, since the living room display unit blinks on the monitor, the location of the resident can be easily grasped.

According to a fourth aspect of the present invention, in the invention according to any one of the first to third aspects, the display position specifying unit operates a pop-up display position of patient information or resident information on a ward layout or a floor layout. It is characterized by specifying the area adjacent to the position of the nurse call slave or call button device.
According to this configuration, in the nurse call system, the pop-up is displayed near the location of the patient who performed the call operation, so that it is easy to specify the patient position. Further, in the collective housing intercom system, a pop-up is displayed near the room of the resident who made the call, so that the resident position can be easily specified.

According to a fifth aspect of the present invention, in the invention according to any one of the first to fourth aspects, calls from the nurse call slave unit or the call button device are continuously generated, and a plurality of patient information or resident information is popped up. When displaying, the second and subsequent pop-up displays are displayed smaller than the first pop-up display.
According to this configuration, in the nurse call system, since the patient information of the patient who responds first is displayed large, the nurse does not mistake the patient who is responding, and the second and subsequent are displayed small. , The image output area of the monitor can be used effectively. Moreover, in the apartment house intercom system, since the resident information of the resident who responds first is displayed large, the resident who is responding does not mistake the resident who is responding. , The image output area of the monitor can be used effectively.

According to a sixth aspect of the present invention, in the state in which priority is set for the call from the nurse call slave unit or the call button device according to any one of the first to fourth aspects, When calls are continuously generated, the display control unit preferentially displays the patient information or the resident information related to the high priority call in a pop-up display.
According to this configuration, even if a plurality of calls are made, the pop-up display is made in order of priority, so that the nurse or the manager can perform a response operation without worrying about the priority.

According to the present invention, when applied to the nurse call system, when popping up the patient information of the patient who has been called up on the monitor, the corresponding patient position on the ward layout is specified, and the area does not include the position Since the pop-up display is made, the responding nurse can respond while confirming the position of the patient on the monitor display. And since the specified patient position, for example, the bed display part of the corresponding patient performs a notification operation, it is easy to grasp the location of the patient.
In addition, when applied to a collective housing intercom system, when popping up the resident information of the resident who has called up on the monitor, the corresponding resident position on the floor layout is specified and the area does not include that position. Since the pop-up display is made, the responding manager can respond while confirming the resident's position on the monitor display. And since the residence position of the specified resident, for example, the corresponding occupant's room display unit, performs a notification operation, it is easy to grasp the location of the resident.

  DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, embodiments of the invention will be described in detail with reference to the drawings. FIG. 1 is a block diagram showing an example in which a nursing support system according to the present invention is applied to a nurse call system, wherein 1 is a nurse call handset provided with a call button 1a for a patient to call a nurse, and 2 is a nurse. A corridor lamp for informing the nurse of a call from the nurse call slave unit 1 when the call slave unit 1 is connected, 3 is a nurse call master unit for responding to a call from the nurse call slave unit 1, and 4 is a corridor lamp 2, a controller for controlling the nurse call master unit 3, a portable master unit carried by a nurse and responding to a call from a patient, 6 a base station for wireless communication with the portable master unit 5, and 7 a mobile phone PBX 8 for controlling communication with the parent device 5 is an ordering in which patient information is accumulated.

  FIG. 2 is a block explanatory diagram showing the configuration of the nurse call parent device 3. The monitor 11 displays patient information and the ward layout, the touch panel 12 for performing various operations, the ward layout image displayed on the monitor 11 and the patient. Information, further, a memory 13 storing the coordinate information of each nurse call slave 1 on the ward layout, a display position specifying unit 14 for specifying a pop-up display position, and a video processing unit 15 for processing an image displayed on the monitor 11 And a communication unit 18 to which a microphone 18a and a speaker 18b are connected, a parent CPU 19 for controlling the whole nurse call parent 3, an interface (IF) 20 for communicating with the controller 4 and the ordering 8 and the like.

  The master CPU 19 controls the display of the ward layout on the monitor 11, and when a call is made from the nurse call slave 1, the patient information of the patient related to the nurse call slave 1 that has been called is displayed on the monitor 11. It also performs display control to display pop-ups.

The nurse call system configured as described above operates as follows. However, an operation of making a call in response to the call from the nurse call slave unit 1 by the nurse call master unit 3 or the portable master unit 5, and an operation of notifying the corridor lamp 2 when calling from the nurse call slave unit 1 Etc. are the same as those in the prior art, and the description thereof will be omitted. Here, the display on the monitor 11 of the nurse call parent device 3 will be described.
FIG. 3 is an explanatory diagram of a screen displayed on the monitor 11. FIG. 3A is a screen diagram displayed on the monitor 11 during standby, and FIG. 3B shows patient information displayed as a pop-up. At the time of standby without a call from the patient, the video shown in FIG. 3A is displayed on the monitor 11 of the nurse call parent device 3, and is composed of a ward layout display portion M1 and a menu display portion M2. . When a call is made from a patient, a patient information window M3 having a layout shown in FIG.

The patient information window M3 is formed with a size approximately one-eighth of the ward layout display portion M1 (width is about one-half, height is about one-fourth), and it is for four people at a time. Patient information can be displayed vertically in the ward layout display section M1. When patient information is displayed at this size, it is easy to see patient information and to check the ward layout.
Further, in the state of FIG. 3A where there is no call, it is possible to perform an operation of calling the nurse call slave device 1 (calling the patient) from the nurse call parent device 3 (from the nurse), and the monitor. Various operations can be performed by touch-operating the menu display unit M2 and the like with the touch panel provided in FIG. The patient information of each individual patient can be easily confirmed.

Pop-up display of patient information accompanying a call from the nurse call handset 1 is performed as follows. Now, when there is a call from the nurse call slave unit 1 of the slave unit number 1 in the 109th hospital room (hereinafter referred to as 109-1 slave unit), the master CPU 19 of the nurse call master unit 3 responds from the memory 13. The patient information to be acquired is acquired, and the patient information of the 109-1 slave unit, here, the patient information window M3 shown in FIG.
At this time, the master unit CPU 19 acquires the display position information of the 109-1 slave unit in the ward layout display unit M1 from the memory 13, and based on this information, displays the position to be pop-up displayed on the display position specifying unit 14. Calculate.

The display position specifying unit 14 compares the position information of the 109-1 child machine displayed in the ward layout, and calculates the display coordinates so that it is displayed at a position that does not overlap and in the vicinity of the coordinates of the 109-1 child machine. To do. At this time, the size of the patient information window M3 to be displayed in a pop-up and the size of the bed mark are stored, and the pop-up position is calculated so that the bed mark is not included in the area of the patient information window M3.
Then, base unit CPU 19 receives the calculation result of display position specifying unit 14 and pops up patient information window M3 based on the specific coordinates. Further, the bed mark indicating the position of the 109-1 child unit in the ward layout is changed to a blinking operation or a color different from the surroundings, such as red, and a notification operation is performed.

  In this calling state, for example, when the calling is continued from the interphone handset 1 of the handset number 2 in the room 103 (hereinafter referred to as the handset 103-2), the base unit CPU 19 displays a pop-up as described above. Control. However, for the second and subsequent calls, the pop-up display is displayed smaller than the pop-up display that received the first call. Specifically, the display area is reduced by about 60%.

  FIG. 4 shows a display state of the monitor 11 in such a calling state, and shows a state where calls are continuously made from three patients. The patient information window M3a displaying the patient information of the patient related to the 109-1 handset that has been called first is a standard size adjacent to the bed mark Pa on the coordinates of the nurse call handset 1 that has been called. Will pop up. Then, the patient information window M3b of the patient related to the second caller 103-2 is popped up in a reduced size adjacent to the bed mark Pb located at the coordinates of the nurse call slave 1 that has been called. Is displayed. Further, the patient information window M3c of the patient related to the intercom handset 1 of the handset number 1 in the 113th hospital room that has been called third (hereinafter referred to as the number 113-1 handset) is displayed in the nurse who has been called. A pop-up is displayed in a reduced size adjacent to the bed mark Pc located at the coordinates of the call slave 1. In addition, the corresponding bed marks Pa, Pb, and Pc respectively perform a notification operation. Here, the patient information windows M3a, M3b, and M3c related to the nurse call cordless handset 1 that has been operated to call, and the related bed marks Pa, Pb, and Pc are displayed in the same color are displayed. ing.

  When the nurse responds to the call from the nurse call cordless handset 1 and looks at the monitor 11 of the nurse call master set 3 in the above display state, the master CPU 19 first displays the patient in the standard size. A call path is formed with the 109-1 handset which is the nurse call handset 1 and the phone can be talked. Thereafter, when the call is terminated and the call path is interrupted, the pop-up display of the patient who has made a call disappears, and the second call operation that has been displayed on the second child call handset 103-2, which has been reduced, is displayed. The associated patient information window M3b is displayed with the standard size changed. When a response operation is performed in this state, a communication path is formed with the 103-2 handset. The same operation is performed for the patient information window M3c that has been called third in this way. When responding, the patient information window M3c changes to the standard size, and when the response ends, the patient information window M3c disappears.

In this way, when popping up patient information of a patient who has been called, a corresponding patient position on the ward layout is identified, and a pop-up display is made in an area not including that position, so the responding nurse Can respond while confirming the patient's position on the monitor display. And since the bed operation of the patient who performed the calling operation performs a notification operation such as blinking, it is easy to grasp the location of the patient.
Further, since the patient information is displayed in a pop-up near the location of the patient who has called up the displayed ward layout, it is easy to specify the patient position.
Furthermore, when a call is made from a plurality of patients, the patient information of the patient who responds first is displayed large, so that the patient who is responding is not mistaken, and the second and subsequent are displayed small. , The image output area of the monitor can be used effectively.

  Note that there is no problem even if the second and subsequent pop-up displays are performed in the standard size, and FIG. 5 shows the pop-up display in that case. In addition, when a call is made from a plurality of nurse call slaves installed in a nearby place, the patient information windows M3 displayed in a pop-up are overlapped and displayed. In that case, the patient information window M3 that has been called first is displayed on the front, and when a response is made, a call path is formed with the nurse call slave unit displayed on the front. With this display operation, the nurse can easily recognize the patient whose communication path is first formed by the response operation.

FIG. 6 is a block diagram showing another example of the nurse call parent device 3, which is different from the configuration of FIG. 2 in that a priority storage unit 21 is provided, and the same reference numerals are given to common components. It is. The priority storage unit 21 stores the call priority of each nurse call handset 1 as “high” or “low”. This setting is set by the difference between an emergency call such as a staff call and a normal call or a difference due to a disease. FIG. 7 shows the set priority table. For example, the nurse call cordless handset 1 with the child device number 1 in the 103th hospital room is set to the priority “low”, and the nurse call cordless device 1 with the child device number 2 in the same room is set to the “high” priority. ing.
Upon receiving this setting, the master CPU 19 receives this priority information when a call is made from a nurse call slave with a high priority following a call from the nurse call slave with a low priority. Thus, control is performed so that the response to the nurse call slave with the high priority is made first.

The pop-up display operation of the patient information in such a case is as follows. For example, when there is a call from the 109-1 slave unit, the patient information window M3a of the patient related to the 109-1 slave unit pops up on the monitor 11 of the nurse call master unit 3 as in the above embodiment. At this time, the master CPU 19 of the nurse call master 3 acquires the display position information of the 109-1 slave in the ward layout display from the memory 13 and pops up the display position specifying unit 14 based on this information. Calculate the display position.
The display position specifying unit 14 compares the position information of the 109-1 child machine displayed on the ward layout and calculates the coordinates to be displayed in a position that does not overlap and in the vicinity of the coordinates of the 109-1 child machine. Based on this calculation result, the master CPU 19 pops up a patient information window M3 of the related patient at a specific position on the ward layout, and blinks the bed mark indicating the position of the 109-1 child machine or red. The notification operation is performed by changing the color to a different color from the surrounding area.

  In this state, when a call is continuously made from the 103-1 slave unit, the master CPU 19 determines the priority of the 109-1 slave unit and the 103-1 slave unit in the information in the priority storage unit 21. Compare to group. As a result of the comparison, since the priorities are the same, the priority is given to the first call, and the pop-up display of the 109-1 slave unit is maintained. Is displayed in a reduced size. In this state, when a response operation is performed from the nurse call master unit 3, a call path is formed with the nurse call slave unit 1 of the patient displayed as a pop-up, and a response can be made. I will make a call.

FIG. 8 shows the display of the monitor 11 in this state, and the patient information window M3a of the patient related to the 109-1 child machine is in the vicinity of the bed mark corresponding to the 109-1 child machine of the ward layout display section M1. The patient information window M3d of a patient related to the 103-1 slave unit is displayed in a reduced size in the menu display unit M2 in a standard size pop-up display.
By displaying the patient information in this way, even if there is only one call displayed as a pop-up, the responding nurse can easily recognize that there are other calls.

In addition, when the nurse call handset 1 that has been operated for the second call is, for example, the 103-2 handset, the priority storage unit 21 stores the priority “high”. The related pop-up display is moved to the menu display section M2, and the patient information window M3b of the patient related to the 103-2 child machine which is the priority call is controlled to be pop-up displayed in a standard size. Similar to the patient information window M3a of the first child device, the information is displayed at a position that does not overlap with the position information on the ward layout. Thus, a call with a high priority is set as the first response target.
Thus, even if a plurality of calls are made, the pop-up display is made in order of priority, so that the nurse can perform a response operation without worrying about the priority.

If calls with high priority are duplicated, pop-up display may always be performed. If calls with high priority are duplicated and the priority is the same level, priority is given to the first call. In order to prevent the necessity of reading from the pop-up, it may be controlled to always display the pop-up when the priority is higher than a predetermined level.
In the above embodiment, the size of the patient information window M3 to be popped up is about one-eighth of the ward layout display section M1, and the reduced display is about 40% of the standard size. The size may be changed according to the size of the monitor 11, and the ratio of the magnitude may be arbitrary. Furthermore, the size of the patient normal information that pops up in the order of calling or priority may be changed sequentially.

  FIG. 9 is a block diagram showing an example in which the nursing support system according to the present invention is applied to a collective housing intercom system, wherein 31 is a collective entrance for a visitor to call a resident, 32 is from the collective entrance 31 A room master for responding to a call, 33 is a management room master for responding to calls from the collective entrance 31 and the room master 32, and 34 is a communication between devices such as a collective entrance and a room master. 35 is a dwelling unit entrance unit installed at each dwelling unit entrance, 36 is a ceiling speaker for the resident to talk to the manager, 37 is a ceiling microphone for the resident to talk to the manager, 38 is a call button device for making an emergency call, 39 is a life change sensor for detecting a life change from the usage of water, etc., 40 is a human sensor for detecting a resident's movement, and 41 is connected to a call button device 38. Ru A dwelling adapter for controlling each device in the dwelling unit together.

  In contrast to the nurse call system, the management room master unit 33 corresponds to the nurse call master unit 3, the dwelling unit adapter 41 corresponds to the corridor lamp 2, and the call button device 38 corresponds to the nurse call slave unit 1, respectively. The management room base unit 33 includes a communication device 33a, a monitor 33b for displaying each floor layout and resident information of the apartment, and the internal configuration is the nurse call base unit 3 shown in FIG. 2 or FIG. The configuration is the same as the block diagram of FIG. Therefore, detailed description is omitted, and the operation will be briefly described below using the reference numerals in FIG.

  However, since the operation of making a call in response to a call from the collective entrance machine 31 or the dwelling unit entrance machine 35 from the living room base unit 32 is the same as that of the conventional collective housing intercom system, the description thereof is omitted here. The display on the monitor 33b of the room parent device 33 will be described with reference to the explanatory diagram of the nurse call system.

When there is no call from the resident by the call button device 38, a floor layout screen as shown by M1 in FIG. 3A and a menu display unit M2 is displayed on the monitor 33b. When, is done, a resident information window as shown at M3 in FIG. However, when the floor layout is composed of a plurality of floors, the floor layout of each floor is displayed at the same time or only the selected floor.
When the resident information is popped up in response to the call, the management room base unit 33 (the base unit CPU 19) displays the location information of the corresponding resident in the floor layout display section stored in the memory 13. Based on this, the position for pop-up display is calculated, and the pop-up is displayed in the vicinity of the position where the corresponding resident position does not overlap.

  In addition, at this time, the room mark etc. where the corresponding resident is located blinks or changes to a color different from the surroundings to make a notification operation, and for the second and subsequent calls, the second and subsequent pop-up displays are compared to the first display Are reduced and displayed.

  Moreover, in this apartment house intercom system, when the life change sensor 39 connected to the living room base unit 32 is operated, or when the human body detection sensor 40 connected to the dwelling unit adapter 41 does not detect the movement of the resident. The abnormality occurrence signal is transmitted to the management room base unit 33 through the dwelling unit adapter 41. In this case as well, on the monitor 33b of the management room parent device 33, related resident information is displayed in a pop-up manner, and a related resident's occupancy mark or the like is informed.

In this way, when popping up the information of the resident who has called, the corresponding resident position on the floor layout is specified, and a pop-up display is made in an area that does not include that position, so management that responds The person can respond while confirming the position of the resident on the monitor display. And since the resident's room mark etc. which carried out the calling operation carries out alerting | reporting operation | movement, it is easy to grasp | ascertain a resident's place.
Moreover, since the resident information is displayed in a pop-up near the location of the resident who has called up the displayed floor layout, it is easy to specify the resident position. Furthermore, when a call is made from a plurality of residents, the information of the resident who responds first is displayed large, so that the patient who is responding is not mistaken, and the second and later are displayed small. Therefore, the output area of the monitor can be used effectively.

  As with the above nurse call system, priority may be set for the call button device, and even if multiple calls are made, the pop-up display is made in order of priority. You can respond without worrying about priority.

It is a block diagram of the nurse call system which is one of the nursing assistance systems which concern on this invention. FIG. 2 is a block explanatory diagram of the nurse call parent device of FIG. 1. It is a monitor display explanatory drawing, (a) shows the display at the time of standby, (b) has shown the display of the patient information pop-up displayed when a call is made from the patient. A monitor screen in which patient information is displayed in a pop-up is shown. It shows another example of FIG. It is a block diagram which shows another example of a nurse call main | base station. It is a priority table of a nurse call cordless handset. The other example of the monitor screen on which patient information was displayed is shown. It is a block diagram of the apartment house intercom system which is one of the nursing assistance systems which concern on this invention.

Explanation of symbols

  1 .. Nurse call slave unit, 3 .. Nurse call master unit, 11 .. Monitor, 13 .. Memory (slave unit coordinate storage unit, call button device coordinate storage unit), 14 .. Display position specifying unit, 19. -Master CPU (display control unit), 21-Priority storage unit, 32-Living room parent device, 33-Management room parent device, 38-Call button device, 41-Adapter, M1-Ward layout Display unit / floor layout display unit, M3 .. Patient information window, Resident information window.

Claims (6)

A nurse call slave for a patient to call a nurse, a corridor lamp for informing the nurse of a call from the nurse call slave connected to the nurse call slave, and a call from the nurse call slave A nurse call master unit for responding to a call, a corridor lamp, and a controller for controlling the nurse call master unit. The nurse call master unit includes a monitor for displaying a ward layout and patient information, and the nurse. In a nursing support system provided with a display control unit that pops up the patient information of a patient related to the nurse call slave unit that has been called when a call is made from the call slave unit, on the monitor,
The nurse call master unit includes a slave unit coordinate storage unit that stores the coordinates of the nurse call slave unit on the ward layout, and a display position specifying unit that specifies a pop-up display position.
The display control unit is operated on the ward layout based on the information in the slave unit coordinate storage unit when a call is received from the nurse call slave unit while the ward layout is displayed on the monitor. A nursing support system that causes the display position specifying unit to specify a pop-up position so that the position of the nurse call slave is not included, and displays related patient information at the specified position. A collective entrance machine for a visitor to call a resident, a living room base unit for responding to a call from the collective entrance machine, and a management room for responding to a call from the collective entrance machine and the living room base unit A main unit and a call button device installed in each dwelling unit for the resident to make an emergency call, and the control room main unit includes a monitor for displaying each floor layout of the housing complex and resident information; When a call is made from the call button device, a nursing support system provided with a display control unit that causes the monitor to pop up resident information related to the call button device that has been called,
The management room base unit includes a call button device coordinate storage unit that stores the coordinates of the call button device on the floor layout, and a display position specifying unit that specifies a pop-up display position.
When the display control unit receives a call from the call button device in a state where the floor layout is displayed on the monitor, the display control unit is operated on the floor layout based on information in the call button device coordinate storage unit. A nursing support system, wherein a pop-up position is specified by the display position specifying unit so as not to include a position of a call button device, and related resident information is displayed at the specified position. The nursing according to claim 1 or 2, wherein the display control unit performs a notification operation such as blinking on the specified position on the ward layout or the floor layout displayed on the monitor. Support system. The display position specifying unit specifies the patient information or the resident pop-up display position in an area adjacent to the position of the operated nurse call slave or the call button device on the ward layout or floor layout. The nursing support system according to any one of claims 1 to 3. The display control unit displays the second and subsequent pop-up displays first when a call from the nurse call cordless handset or the call button device is continuously generated and a plurality of patient information or resident information is displayed as a pop-up. The nursing support system according to any one of claims 1 to 4, wherein the nursing support system is displayed smaller than the pop-up display. When a call from the nurse call slave device or the call button device is continuously generated in a state where priority is set to the call from the nurse call slave device or the call button device, the display control unit The nursing support system according to any one of claims 1 to 4, wherein the patient information or the resident information related to the call with high priority is displayed in a pop-up manner.

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