JP2005253979A - Nursing supporting system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To allow nursing information to be handled accurately and easily by displaying individual nursing information characteristic of a calling patient such that a particular guide to nursing activity is given to a nurse at the same time that a nursing support device associated with an in-hospital nurse call device displays the calling patient at a nurse station. <P>SOLUTION: A calling patient specifying means B specifies the calling patient corresponding to a bed in response to patient calling information from a patient calling information means A1 installed at the bed. Patient calling information about the specified calling patient is displayed by a patient calling information display means C while a "patient" frame serving as a patient calling information display part Ca corresponding to the calling patient is changed in color. Meanwhile, an individual nursing information display means D displays within the "patient" frame a first group individual nursing information such as "nurse-classifying information" as signs in an ordinary fashion. The individual nursing information display means D also displays whenever necessary a second group individual nursing information such as "disease information" corresponding to the calling patient on the page on a screen different from the "patient" frame by page break operation. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention is an interphone device (commonly referred to as a nurse call device) installed in a hospital and used for voice communication between a patient and a nurse station. An extension of what identifies the patient (hereinafter referred to as the calling patient) who made the call, corresponding to the bed in the hospital where the call was made (hereinafter referred to as the calling location) In connection with the improvement, especially when displaying the calling patient at the nurse station, nursing information unique to the calling patient (hereinafter referred to as personal nursing information) that gives individual guidelines for nursing activities by the nurse The present invention relates to a nursing support apparatus that can be displayed.

  An operator (mainly a nurse) on the nurse station responds as a called party to a patient calling from a calling patient who is installed in a hospital and mainly serves as a calling place, or vice versa. A patient designated as the called party by the operator (hereinafter referred to as a called patient) responds to the call from the operator on the nurse station side, and between the calling patient and the operator as the called party. In addition, various nurse call devices that have established an electrical communication path between an operator as a caller and a called patient and that enable communication between the two have been put into practical use. It is used a lot. These conventional nurse call devices are mainly intended to achieve a function as a communication device, that is, a call function including establishment of a call path. Therefore, in such a conventional device, the personal nursing information of the calling patient or the called patient is recorded together in a book format in a nursing record book etc. provided separately from the nurse call device, Some of the information, such as care category information (carrying, escort, walking alone), nurse charge information (nurse team), doctor information in charge, etc. are extracted from the information and called on the board in the nurse station. Or it is common to display comprehensively in the form of a list without specifying the correspondence with the called patient. And, by linking the call path establishment function by the nurse call device to the search display function of the personal nursing information from the nursing record register, etc., the personal nursing information is obtained under the correspondence relationship with the calling patient or the called patient. The function of individually searching and displaying has not been achieved yet. Recently, the recording medium for personal nursing information such as a nursing record book itself is often formed as a file in the computer. Even in this case, the call establishment function by the nurse call device and the start of personal nursing information Linkage with the individual search / display function for call patients or called patients has not been achieved (see, for example, Patent Documents 1 to 11).

JP-A-8-66434 JP-A-6-314392 JP-A-6-54062 Japanese Patent Laid-Open No. 6-189012 JP-A-4-246356 JP-A-4-165856 Japanese Patent Laid-Open No. 7-239990 Japanese Utility Model Publication No. 63-30421 Japanese Patent Application Laid-Open No. 1-112480 Japanese Patent Laid-Open No. 7-254095 JP 9-173393 A

  In the case of the conventional nurse call device, when the patient call information from the bed-calling patient is issued to the nurse who is the operator on the nurse station side, the nurse on the nurse station side Individual nursing information unique to the calling patient that gives specific guidelines for nursing activities each time, such as nursing category information (transportation, escort, walking alone), nursing category information (nursing degree), nursing staff information ( (Nurse team), disease information (disease name + additional notes), doctor information, patient status information (in-room, out-of-office, outing) to take appropriate nursing action immediately and separate from nurse call device The task of searching for and dealing with nursing record files formed in a computer corresponding to the nursing record book provided independently or with a keyboard operation is difficult and difficult. Start There is a problem that it is difficult to avoid also complicated of nursing information. In this case, the amount of information (number of characters) that can be displayed on a normal board is considerably limited even if a predetermined part of personal nursing information is displayed on the board in the nurse station in advance. In addition, since the personal nursing information is variability information, the update processing work such as rewriting the display on the board is confused, which is also likely to cause the complication of nursing information. There was a point. Such a problem is equally valid when calling information from a nurse who is an operator on the nurse station side is issued to a called patient corresponding to a bed. In addition, push buttons, etc., which are adopted as patient call information means in conventional nurse call devices, respond to the call patient's call operation on the bed, emit patient call information, In other words, it is intended to identify the calling patient in correspondence with the bed, such as toilet, bathroom, washroom, laundry room, filth room, treatment room, rest room, etc. Calling information from hereafter (referred to as location call information) cannot be uniquely related to the calling location and the calling patient, so refer to the personal nursing information based only on the location calling information. I can't do it. Accordingly, there is a problem in that such place calling information causes a complication in processing of personal nursing information unless it is processed separately from the patient calling information corresponding to the bed. When the location calling information as described above is issued, the nurse who is the operator on the nurse station side, at the location where the location calling information is issued for the location calling information, By immediately starting a call with the patient who issued the calling information, it is necessary to grasp the patient's situation and leave the bed correspondence to identify the patient who issued the calling information. Otherwise, there is also a problem that it is impossible to refer to the personal nursing information of the patient who issued the place calling information. Furthermore, in the case of a conventional nurse call device, since personal nursing information is searched and displayed in association with patient call information that identifies a patient in bed, when a patient moves to another bed Since it is necessary to re-identify the patient in correspondence with the bed at the destination, personal nursing information is displayed in correspondence with the bed on the board in the nurse station or the display location in the vicinity of the device, as was the case with the previous device. If this is the case, it will be necessary to change the display to redisplay all of the personal care information displayed there on the bed that corresponds to the destination bed. However, there is also a problem that the display of personal nursing information is likely to be complicated due to errors in the work. Furthermore, in the conventional nurse call device, the linkage with the search processing work of personal nursing information, especially patient status information (in-room, out-of-stay, outing) is not secured, and the individual nursing information is independent and independent. The nurse or doctor who is moving in the hospital issues call information from the handset (portable wireless transceiver) to the nurse station side of the nurse call device. There was also a problem that it was difficult to obtain an immediate answer by asking the nurse, who is an operator on the nurse station side, about the number of occupancy conditions such as the number of empty beds.

  It is an object of the invention to provide a nursing support device that can solve the above problems.

  The present invention searches for personal nursing information of a calling patient in a personal nursing information display part for each calling patient in view of the complexity of the search processing operation of personal nursing information in the above-mentioned conventional apparatus and the accompanying complicated information. By displaying the information, the above-mentioned problems are solved, and the personal nursing information of the calling patient can be confirmed simultaneously with the confirmation of the calling patient.

  In view of the problem of complications in personal nursing information processing due to the handling of place call information corresponding to places other than the bed in the conventional apparatus, the present invention distinguishes the place call information from the bed call patient information. By separately processing the information, the above-mentioned problems are solved, and regarding the place calling information, the personal nursing information search and display processing related to the calling place is not performed.

  In view of the problem of the search and display processing of the personal nursing information of the patient who issued the place call information corresponding to the place other than the bed in the conventional apparatus, the caller in the place where the place call information is issued By establishing a communication path between the patient and the callee on the nurse station side, the above problem can be solved and the callee can identify the calling patient while grasping the situation of the caller's patient. Thus, the personal nursing information of the patient can be referred to immediately.

  In view of the complexity of the search process of personal nursing information about the called patient in the above-mentioned conventional apparatus and the problem of complicated information, the calling information from the nurse who is the operator on the nurse station side is provided. Even when the call is issued to the called patient, the above problem is solved by searching and displaying the personalized nursing information of the called patient in bed, and the call is confirmed in parallel with the confirmation of the called party. It is also possible to confirm the patient's personal nursing information.

In view of the complexity of display change work during patient movement and the accompanying display complications in the above-described conventional apparatus, the present invention changes the patient calling information display part of the patient to be moved to the patient calling information display part of the movement destination. In conjunction with the process to be changed, all of the personal care information of the patient to be moved is changed to the one corresponding to the destination bed. The change process for personal nursing information can be immediately and automatically performed simultaneously with the change process for the call information display part.
In view of the problem of grasping the number of occupancy conditions such as the number of vacant beds in the conventional apparatus, this invention responds to the operation of confirming the number of occupancy conditions by the operator on the nurse station side, and the patient condition in the personal nursing information By performing the occupancy status counting process based on the information (occupied, staying outside, going out) and the total number of beds, the above problems can be solved, and inquiries via the nurse call device regarding the occupancy status can be made immediately. Is to be able to obtain the answer.

In the configuration of the present invention, when patient calling information means installed in a bed as a predetermined calling place in a hospital responds to a calling operation by a patient and issues patient calling information, The calling patient identification means identifies the calling patient in correspondence with the bed as the calling place, and the patient calling information of the calling patient identified there is displayed by the patient calling display means of the calling patient. Displayed on the display area, and linked to this, the personal nursing information display means personal nursing information of the specified calling patient, for example, patient status information (in the room, staying out, going out), nursing care category information (transportation) , Escort, walking alone), nursing classification information (degree of nursing), nurse information (nurse team), disease information (disease name + additional notes), doctor information, etc. are read from the personal nursing information storage means E and called Acts to display on the patient's personal nursing information display site
In particular, the configuration of the present invention is that the first group personal nursing information such as the patient status information, the care classification information, and the nurse charge information among the personal nursing information is formed on the same page on the screen as the patient calling information display part. The first group personal nursing information display part is displayed, and the second group personal nursing information such as nursing classification information, disease information, and doctor information in the personal nursing information is displayed on the page of the patient calling information display part on the screen. It acts to display on the second group personal nursing information display part formed on the page on the subsequent screen.

  The configuration of the present invention is a place calling information installed in a place other than a bed as a predetermined calling place in a hospital, for example, a toilet, a bathroom, a washroom, a laundry room, a filth room, a treatment room, a break room, etc. When the means responds to the calling operation by the patient and issues the place calling information, the calling place specifying means specifies the calling place corresponding to the place other than the bed, and the specified calling place there. The place call display means displays the place call information of the call place on the corresponding place call information display portion, and at this time, the display operation of the personal nursing information display means is not automatically linked to this.

  According to the configuration of the present invention, the patient call information or the place call information is confirmed, and when the operator on the nurse station side performs the called call operation, the called call signal generating means responds accordingly and the called call signal generating means In response to the signal generation, an electrical communication means such as an intercom is operated by the calling station specified by the calling patient specifying means or by the calling station specifying means and the operation on the nurse station side. An electric communication path is established between the caller and the caller, so that the caller or caller can communicate with the operator.

According to the configuration of the present invention, when an operator on the nurse station side performs a called patient designation operation corresponding to the bed, the called patient designation means designates the called patient in response to this, and then the operator calls In response to the call operation, the call signal generator generates a call signal from the nurse station in response to the call operation. An electric communication path is established with the operator on the station side so that the called patient and the operator can communicate with each other.
According to the configuration of the present invention, the patient movement processing signal generation means generates a patient movement processing signal in response to the patient movement processing operation by the operator, and the movement target patient designation in response to the movement target patient designation operation by the operator. The signal generation unit generates a movement target patient designation signal, the movement destination designation signal generation unit generates the movement destination designation signal in response to the movement destination designation operation by the operator, and the patient movement processing unit and the patient movement processing signal In response to the movement target patient designation signal and the movement destination designation signal, the patient call information display part of the movement target patient is changed to the movement target patient call information display part which is the movement destination designation part. Thus, by re-storing all the personal nursing information of the patient to be moved stored in the personal nursing information storage means as the personal nursing information of the movement destination, the patient moving process is performed.

  In the configuration of the present invention, in response to the occupancy status confirmation operation by the operator, the occupancy status confirmation signal generation means generates the occupancy status confirmation signal, and in response to the occupancy status confirmation signal, The occupancy status number counting means reads out the patient status information (in the room, staying out, going out) in the personal nursing information for all patients from the personal nursing information storage means, and is preset with the read patient status information Based on the total number of beds, the number of occupancy status (the number of occupants in the room, the number of outpatients, the number of outpatients, the number of vacant beds) is counted, and the occupancy status display means displays the occupancy status number. Works.

  The embodiment of the present invention will be described as follows with reference to FIG. 1 and the subsequent drawings.

  FIG. 2 is a block diagram showing a hardware configuration of the entire apparatus as one embodiment, and one of many nurse call push buttons 1 installed in a hospital room in a hospital, and the like. The intercom handset 2 installed correspondingly is connected to a communication line 3 installed in the hospital at a midway branch, and connected to the communication control device 4 installed in the nurse station via the communication line 3. ing.

  In the nurse station, in addition to the interphone master unit 5, a data processing device 6 including a microcomputer and a storage device such as a server is installed in the vicinity of the communication control device 4. The CRT display 8 provided is installed and is electrically connected to the data processing device 6.

  More preferably, the connection wireless device 10 is electrically connected to the communication control device 4 via the wireless controller 9, and a plurality of portable wireless telephones 11 can be replaced with the interphone master device 5 as interphones. Calls can be made to the handset 2. The operation of the hardware configuration shown in FIG. 2 will be described below in comparison with the claim correspondence diagram of FIG.

  When the patient presses the nurse call push button 1 fixedly associated with the bed as a predetermined call place in the hospital room and performs a call operation, the nurse call push button is activated in response to the call operation. 1 issues bed corresponding patient calling information to the communication control device 4 by a contact closing operation or the like. Thus, the nurse call push button 1 constitutes the patient call information means A1 in FIG. 1, and each nurse call push button corresponding to each bed (not shown in FIG. 2) is similarly shown in FIG. The patient calling information means A2 and the following are configured.

  The communication control device 4 that has received the patient call information corresponding to the bed identifies the bed where the nurse call pushbutton 1 is installed by identifying the “pressed” nurse call pushbutton 1 in a conventional manner. This identifies the patient indirectly assigned to that bed as the calling patient. Thus, in this case, the communication control device 4 constitutes the calling patient specifying means B in FIG.

  Next, the data processing device 6 that has received the patient calling information of the calling patient that can be identified corresponding to the bed from the calling patient specifying means B configured by the communication control device 4 is realized by executing a program of the microcomputer. A patient call information display part Ca that is fixedly assigned to the call patient and is realized like a map on the screen of the CRT display 8 via the patient call information display means C in FIG. The patient call information from the calling patient is displayed. An example of the display form of the patient calling information on the screen of the CRT display 8 in this case is shown in FIG. 3A. In the figure, the “patient” frame surrounding the patient name corresponds to the bed (the “patient” frame). The number on the upper left is the patient number), but the display of the patient calling information is preferably performed by changing the color within the corresponding “patient” frame.

  FIG. 4 illustrates a program flow executed by the microcomputer in the data processing device 6 for realizing the patient calling information display means C here.

  In FIG. 4, when the microcomputer is started (a in FIG. 4), first, it is determined whether or not the nurse call push button 1 is pushed (b in FIG. 4), and the push button 1 is pushed. Wait for the determination result to change to “Yes”. When the determination result turns to “Yes”, the microcomputer receives the call control information on the hardware of the “pressed” push button that has been identified in the communication control device 4 that has received the call information, and “ The “pressed” state is read from the communication control device 4 (c in FIG. 4). The microcomputer then determines that the "pressed" pushbutton is head-compatible based on the hardware address of the "pressed" pushbutton, so the calling information here is the patient calling information. It is determined whether or not the push button corresponds to a place such as “toilet”, and therefore the call information here is place call information (d in FIG. 4). When the call information is “No” (“e” in FIG. 4), the calculation process according to the flowchart of FIG. 5 to be described later is executed. When the call information is “Yes”, the corresponding bed number is specified by table search from the hardware address of the push button (f in FIG. 4). Subsequently, the microcomputer generates a display signal for specifying the display form of the patient calling information on the CRT display 8 (g in FIG. 4), and outputs the display signal to the CRT display 8 to output the CRT. On the screen of the display 8, a patient call information display part Ca having a display form as shown in FIG. 3A is formed. Here, a “patient” frame (FIG. 3A) corresponding to the “pressed” push button is formed. By changing the color of the whole inside Ca), the occurrence of the patient call is suitably displayed by identifying the patient (h in FIG. 4).

  Returning to FIG. 2, among the many nurse call pushbuttons 1, in addition to those constituting the patient call information means A 1, A 2... Of FIG. 1 corresponding to the bed, a bed as a predetermined call place in the hospital Other places, such as toilets, bathrooms, washrooms, laundry rooms, filth rooms, treatment rooms, rest rooms, etc. Some do not issue call information, but rather place call information that is related only to the place where it was pushed. When the patient pushes in the nurse call push button 1 that issues such place call information at a predetermined call place and performs a call operation, the nurse call push button 1 is in turn activated in response to the call operation. 4, place call information corresponding to the call place other than the bed is issued. Thus, the nurse call push button 1 in this case constitutes the place call information means F1 in FIG. 1, and each nurse call push button corresponding to each place other than the bed is similarly the place call information means F2 in FIG. Consists of the following.

  The communication control device 4 that has received the place call information operates in the same manner as in the case of the patient call information, and identifies the place where the nurse call push button 1 is pushed in as the call place, but the nurse call push button is pressed. Does not identify the calling patient. Thus, in this case, the communication control device 4 constitutes the calling place specifying means G in FIG.

  Next, the data processing device 6 that has received the location call information from the call location identification means G sends the call location via the location call information display means H in FIG. 1 realized by executing the program of the microcomputer. The location calling information from the corresponding calling location is displayed on the location calling information display area Ha which is fixedly assigned to the CRT display 8 and realized as a map on the screen of the CRT display 8. It is not involved in displaying information. An example of a display form on the screen of the CRT display 8 regarding the place calling information in this case is also shown in FIG. 3A. In the figure, “toilet” “bathroom” “toilet” “laundry room” “dirt” By changing the color of the entire “place” frame (Ha in FIG. 3A) surrounding the notations “room”, “treatment room”, and “rest room”, the display of the place call information is suitably performed.

  FIG. 5 illustrates a flow of a program executed by the microcomputer in the data processing device 6 for realizing the place call information display means H here.

  In FIG. 5, steps a to c are the same as steps a to c in FIG. 4, and following execution of step c, the microcomputer executes the same steps as step d in FIG. In this case, it is determined whether the calling information is location calling information or patient calling information (d in FIG. 5), and the calling information is patient calling information, and is determined here. When the result is “No” (e in FIG. 5), the arithmetic processing according to the already described flowchart of FIG. 4 is executed, but the calling information is the location calling information, and the determination here When the result is “Yes”, the corresponding location number is specified based on the hardware address of the “pressed” push button (f in FIG. 5). Subsequently, the microcomputer executes steps similar to steps g and h in FIG. 4, and in the place call information display portion Ha of the display form illustrated in FIG. 3A formed on the screen of the CRT display 8, “ The occurrence of a location call is suitably displayed for each location by changing the color in the entire “location” frame (Ha in FIG. 3A) corresponding to the “pressed” push button (g, h in FIG. 5).

  In the above description, patient call information, that is, information on whether or not a patient call has occurred for each patient is displayed on the CRT display 8 on the patient call information display portion corresponding to the “pressed” push button. As shown in FIG. 3A, it is displayed by the discoloration of the entire frame (Ca in FIG. 3A), and further, location call information is generated at each location such as “toilet” at the same time. Similarly, it is related to an operation example in the case where information on whether or not is displayed by discoloration of the entire “place” frame (Ha in FIG. 3A) as a place call information display portion corresponding to the “pressed” pushbutton. However, a part of the personal nursing information described above for each patient (first group personal nursing information) is usually displayed on the screen of the CRT display 8 in a display form that can be easily associated with the above-mentioned patient calling information. Display and further other personal nursing information The portion (second group personal care information) is displayed on the screen of the CRT display 8 as needed by touch operation. Especially, when the above-mentioned patient calling information is generated, the second group is displayed by touch operation to cope with this. The following is a description of an operation example in which personal nursing information can be displayed in association with the above-described patient call information effectively.

  That is, returning to FIG. 2, the data processing device 6 is fixedly assigned to the calling patient via the personal nursing information display means D in FIG. On the personal nursing information display area Da realized on the screen of the display 8, the personal nursing information of all calling patients is read from the personal nursing information storage means E which is a known storage medium and displayed. An example of the display form of the personal nursing information on the screen of the CRT display 8 in this case is shown in FIG. 3B. In the figure, the upper right corner in the “patient” frame Ca as the patient calling information display part By changing the dot a to 3 colors, the care classification information, that is, the display for distinguishing between “carrying” for use of the stretcher, “carrying” for the nurse's attendant, and “single walking” for single movement is suitably performed. .

  Similarly, in FIG. 3B, by changing the mark b on the left side of the dot a at the upper right corner in the “patient” frame in three ways (for example, “no mark”, “triangle”, “square”), Information, that is, a display for distinguishing between “in-room”, “overnight” and “outing” is preferably performed.

  Further, similarly, in FIG. 3B, the triangle mark c in the upper left corner in the “patient” frame Ca is changed to five colors, so that the nurse charge information, that is, the display for distinguishing the five nurse teams is displayed. It is suitably performed. Note that the letter d in the “patient” frame Ca represents the patient's name, and the number e located at the upper left of the letter d represents the bed number.

  In the case of the display form extracted and illustrated in FIG. 3B, the patient call information display area Ca and the personal care information display area Da realized on the screen of the CRT display 8 are formed on the same page on the screen. However, the data processing device 6 sends the first group personal nursing information, which is a part of the personal nursing information, via the personal nursing information display means D to the patient calling information display part Ca and the same page on the screen (not shown). On the screen of the patient calling information display part Ca, the second group personal nursing information which is the remaining part of the personal nursing information is displayed on the screen of the patient calling information display part Ca. It may be displayed on the second group personal nursing information display part formed on another page (the next page in the illustrated example) on the screen following this page. By doing so, it is released from the restriction on the display area for the amount of information that can be displayed easily and visually on the same page on the screen as the patient calling information display area Ca. The amount of personal nursing information that can be displayed can be greatly increased by paying the price of a slight decrease in operation and instantaneous visibility. From the viewpoint of compensation in this case, “patient status information”, “care category information” and “nurse charge information” are selected as the first group personal nursing information, and “nursing category information” “ It is preferable to select “disease information”, “doctor information” and the first group personal nursing information itself.

  Furthermore, on the screen of the CRT display 8, a known touch panel (for example, commercially available as Touch Monitor MODEL6450TD17 / D manufactured by Touch Panel Systems Co., Ltd.) is incorporated as a hardware configuration, and the touch panel is on the screen. The operator gives a body contact to the displayed predetermined operation part or command part so that a predetermined operation signal or command signal can be generated directly from the screen itself in response to this. .

  Returning to FIG. 3A, for the operation part of the “personal information” frame “a” (abbreviated “personal nursing information”) in the rightmost column of the page on the same screen as the patient calling information display part Ca and the third row. When the operator touches the finger or the like to give body contact, the data processing device 6 that receives the page break operation signal from the operation site is illustrated in FIG. 3C via the personal nursing information display means D. The second group personal nursing information page is displayed on the screen of the CRT display 8 in a simple display form.

  In the screen display form of FIG. 3C, the upper half surface (upper side of the central partition horizontal line) A is a bibliographic item for identifying the patient, and the lower half surface (lower side of the central partition horizontal line) B “Department name” (a in FIG. 3C) and “doctor” (b in FIG. 3C) are doctor-in-charge information, and “Nurse” (c in FIG. 3C) and “G” (d in FIG. 3C) ( (Refers to team) is nurse information in charge, “disease name” in the second line (including the complication entry field on the right side) (e in FIG. 3C) and “hospital date and time” in the third line (f in FIG. ) “Hospital reason” (g in FIG. 3C) is disease information, “care category” (h in FIG. 3C) is care category information, and “nursing degree” (i in FIG. 3C) of the bank “Severe setting” (j in FIG. 3C) is nursing degree information, and “in-room” (k in FIG. 3C) in the fourth row is patient status information.

  The “nursing level” (FIG. 3Ci) mentioned here was evaluated from two viewpoints according to the following grading from the two viewpoints of “degree of observation necessary” and “degree of freedom of life”, for example. An expression based on a combination of two grades can be suitably employed in nursing practice.

"Necessary degree of observation"
A: Continuous observation is required B: Observation is required every 1 to 2 hours C: No special observation is required “Freedom of Life”
1: Always stay asleep 2: Can wake up on bed 3: Can walk in sick room 4: No inconvenience in daily life And personal nursing information display when displaying the above-mentioned second group personal nursing information FIG. 6 shows an example of a program flow executed by the microcomputer in the data processing device 6 for realizing the means D.

  6, when the microcomputer is started (a in FIG. 6), the operator touches the touch panel 7 corresponding to the “patient” frame (Ca in FIG. 3A) in the display form illustrated in FIG. 3A on the screen of the CRT display 8. It is determined whether or not contact (touch) has been made (b in FIG. 6), and the touch panel is touched, and the determination result here changes to “Yes”. When the determination result turns to “Yes”, the microcomputer further touches the touch panel 7 corresponding to the “personal information” frame (a in FIG. 3A) in the display form illustrated in FIG. It is determined whether or not it has been touched (c in FIG. 6), and waits for the determination result to change to “Yes”. If the determination result turns to “Yes”, the microcomputer then identifies the bed number corresponding to the address on the hardware of the touch panel 7 corresponding to the “touched” “patient” frame Ca by a table search. (D in FIG. 6), from the personal nursing information file formed in the personal nursing information storage means (E in FIG. 1) corresponding to the bed number using the bed number specified here as a key, “touch” "Corresponding to" patient "frame is called (e in FIG. 6). Subsequently, the microcomputer generates a display signal for specifying the display form of the personal nursing information on the CRT display 8 based on the called personal nursing information file (f in FIG. 6). When output to the CRT display 8, a second group personal nursing information display part Da having a display form as shown in FIG. 3C is formed on the screen of the CRT display 8, and here, it is “touched”. The second group personal nursing information corresponding to the “patient” frame is displayed (g in FIG. 6). For the first group personal care information that is normally displayed for all patients in the display form illustrated in FIG. 3B on the patient call information display area Ca on the screen of the CRT display 8, the steps in FIG. By repeating d to g cyclically and repeatedly for all “patient” frames, it is possible to superimpose and display on the patient call information display part Ca.

  Returning to FIG. 2 again, the “patient” frame of the patient call information display area Ca realized in a map-like manner on the screen of the CRT display 8 or the “call” of the place call information display area Ha similarly realized. Due to the discoloration of the “place” frame, the patient calling information or the place calling information is visually recognized corresponding to the description order, and at the same time, the ringing sound from the intercom master 5 by the ordinary method via the communication control device 4 The nurse of the nurse station side operator who listened to the call call operation part formed on the same page as the patient call information display part Ca and the place call information display part Ha on the screen of the CRT display 8, that is, According to the display mode example shown in FIG. 3A, when a called call operation is performed in such a manner that body contact is given to the “call” frame b in the bottom row of the right end column of the screen, Answer touch panel 7 on the screen Directly the called call signal from the portion is generated, which, via the data processing unit 6, is transmitted to the communication control device 4. Thus, the touch panel 7 of the CRT display 8 here constitutes the called call signal generating means I in FIG.

  At this time, the communication control device 4 which has already received the patient call information or the place call information issued by pressing the nurse call push button 1, in a conventional manner, calls the calling patient identification means B or the call origination means B in FIG. Acting as the call location specifying means G, the connection relation of the communication line 3 between the pushed nurse call pushbutton 1 and the intercom master unit 5 and, as a result, branch connection is made corresponding to the nurse call pushbutton. Since the connection relationship of the communication line 3 between the intercom handset 2 and the interphone base unit 5 is specified, the nurse call pushbutton 1 is responded to the call signal from the touch panel 7. An electric communication path as an interphone system is established between the intercom handset 2 associated with the calling patient or the calling place and the interphone base unit 5 on the nurse station side. In, allowing call and calling the patient or calling location and nurse station side of the operator. Thus, the intercom handset 2 and the interphone base unit 5 controlled by the communication control device 4 here constitute the electric communication means JA and JB in FIG.

  In the configuration shown in FIG. 2, a nurse who is moving in a hospital can also receive patient call information or place call information that is sent from the portable radio 11 via the radio controller 9 and the connection radio 10. Since the nurse who is moving in the hospital performs the called call operation on the portable wireless device 11 instead of the called call operation by the nurse station side operator, the nurse station side On behalf of the operator, the moving nurse can talk to the calling patient or the calling place via the portable radio 11.

  By the way, at the time of the called call operation based on the confirmation of the patient calling information or the location calling information as described above, the data processing device 6 is called by the calling patient specifying means B constituted by the communication control device 4. Two or more patient call information or place call information is detected before the time of generation of the call signal by the call operation in conjunction with the call patient specifying operation or the call place specifying operation by the place specifying means G. In this case, that is, in the case of duplicate call information, the priority call calling patient / location specifying means K realized by executing the program of the built-in microcomputer is changed from the call priority information storage means L which is a normal storage medium. The call priority information set in advance for each of the calling patient or calling place that has issued the detected duplicate calling information is read out, and the priority calling calling patient or the priority call calling place is read based on this information. Identify Thus, in the electric communication paths JA and JB constituted by the interphone slave unit 2 and the interphone master unit 5 controlled by the communication control device 4, the interphone master unit 5 or the interphone slave unit 11 and the priority call calling patient Alternatively, an electrical communication path is established with the interphone handset 2 associated with the priority call calling place.

  FIG. 7A and FIG. 7B exemplify the flow of the program executed by the microcomputer built in the data processing device 6 to realize the priority call calling patient / location specifying means K.

  7A, as a process for setting the call priority, when the microcomputer is started (a in FIG. 7A), the “patient” frame (FIG. 3A) in the display form illustrated in FIG. 3A on the screen of the CRT display 8 is displayed. It is determined whether the touch panel 7 corresponding to the middle Ca) or “place” frame (Ha in FIG. 3A) has been touched (touched) by the operator as the “patient” frame or “place” frame for which the call priority is to be set. Then (b in FIG. 7A), the touch panel is touched, and it waits for the determination result here to change to “Yes”. When the determination result is changed to “Yes”, the microcomputer further touches the touch panel 7 corresponding to the “priority” frame (c in FIG. 3A) in the display form illustrated in FIG. It is determined whether or not it has been touched (c in FIG. 7A), and waits for the determination result to change to “Yes”. When the determination result turns to “Yes”, the microcomputer then touches the touch panel 7 corresponding to the numeric key that is partially extracted and displayed (popped up) in the display form illustrated in FIG. A key operation by touch) is read, a call priority is set (d in FIG. 7), and a call priority storage means (the call priority for each “patient” frame or “location” frame set here) In FIG. 2 L), the bed number corresponding to the “patient” frame or the location number corresponding to the “location” frame is stored as a key so as to be readable (e in FIG. 7A). After the process for setting the call priority, the priority call among a plurality of call patients or call places corresponding to a plurality of call information generated at the same time according to the set call priority. In the case where the interphone master unit (5 in FIG. 2) is connected to the patient or the intercom slave unit (2 in FIG. 2) at the priority calling location, the microcomputer that is started (a in FIG. 7B) It is determined whether or not the hook of the parent device (5 in FIG. 2) has been raised (turned off) (b in FIG. 7B), and waits for the determination result here to change to “Yes”. When the determination result turns to “Yes”, the microcomputer detects the address on the hardware of the “pressed” push button identified in the communication control device 4 that has received the calling information and “ The “pressed” state is read from the communication control device 4 (c in FIG. 7B). Next, the microcomputer specifies the corresponding bed number or the corresponding location number from the address on the hardware of the push button by a table search (d in FIG. 7B). Using the bed number or location number specified here as a key, the microcomputer makes a call stored in advance in the above-described call priority storage means (L in FIG. 1) by the arithmetic processing according to the flowchart illustrated in FIG. 7A. The call priority for each information is read out for all of the plurality of simultaneous calling information (e in FIG. 7B), and is read from the plurality of simultaneous patient calling information. The highest call priority that has been issued (if there are multiple calls with the same priority, for example, the one with the lowest hardware address of the “pressed” push button in the same priority) ) Is identified as the priority call origination patient, and similarly, the call with the highest call priority read out of the multiple simultaneous place call information is issued. Excellent call location When it is specified as a call origination place (f in FIG. 7B) and the call by the current priority call origination patient or the priority call origination place is terminated, a plurality of remaining patient call information or location call information From the inside, the next priority call calling patient or the priority call calling place is specified again by the same processing.

  Subsequently, the microcomputer transfers the bed number of the priority call origination patient specified here or the place number of the priority call origination location to the call control device 4, so that the interphone master unit (5 in FIG. 2) and An electrical communication path is established between the priority call origination patient or the intercom handset 2 corresponding to the priority call origination location (g in FIG. 7B).

  By the way, regarding the call priority information for each calling patient corresponding to the bed set in advance for the call priority information storage means L, personal care information of each patient stored in advance in the personal care information storage means E Among them, it can be said that it is particularly preferable to make an evaluation decision with reference to nursing category information.

  On the other hand, regarding the call priority information for each calling place corresponding to a place other than the bed set in advance for the call priority information storage means L, in the light of nursing experience, “toilet”, “ It can be said that it is preferable to assign a high call priority to a place where the patient's condition is likely to change suddenly, such as “bathroom”.

  In the operation example of the embodiment mentioned above, the call information is issued from the nurse call push button 1 as the patient call information or the place call information. When calling information is issued to the corresponding called patient, the operator is formed on the same page as the patient calling information display area Ca and the location calling information display area Ha on the screen of the CRT display 8. According to the example of the display form shown in FIG. 3A, the desired designated patient designation corresponding to the bed formed on the “patient” frame Ca itself of the patient calling information display part. When a called patient designation operation is performed in such a manner that a body contact is given to the part, the called patient designation is generated directly from the part of the touch panel 7 on the screen of the CRT display 8 in response to the operation. Signal is data Through the processing apparatus 6, is transmitted to the communication control device 4, beds corresponding intercom handset 2 to be connected to the intercom master unit 5 of the nurse's station side is designated. Thus, the touch panel 7 on the screen of the CRT display 8 here constitutes the called patient specifying means M in FIG.

  Next, the caller operation part for the call operation from the nurse station side, which is formed on the same page as the patient call information display part Ca and the place call information display part Ha on the screen of the CRT display 8 by the operator. That is, according to the display form example shown in FIG. 3A, body contact is given to the “call” frame b which is located at the bottom row of the right end column of the screen and is the aforementioned called call operation part itself. In this way, when a call call operation is performed, a call call signal is generated directly from the relevant part of the touch panel 7 on the screen, and this is controlled by the data processing device 6 for communication control. It is transmitted to the device 4. Thus, the touch panel 7 here constitutes the calling call signal generation means N in FIG.

  Next, the communication control device 4 that has identified the connection relationship of the communication line 3 between the intercom master unit 5 on the nurse station side and the intercom handset 2 corresponding to the bed by a normal method receives the call signal from the touch panel 7. Thus, by establishing an electrical communication path as an interphone system between the interphone master unit 5 and the designated interphone slave unit 2, it is possible to talk between the operator on the nurse station side and the called patient corresponding to the bed To do. Thus, the interphone master unit 5 and the interphone slave unit 2 controlled by the communication control device 4 here are included in the electric communication means JA in FIG. Subsequently, the operation of the embodiment when the patient in the hospital moves from one bed to another due to the convenience of medical service or the patient's own desire will be described below.

  When moving the patient's bed, the operator on the nurse station side operates the patient movement processing operation part formed on the same page as the patient call information display part Ca and the place call information display part Ha on the screen of the CRT display 8, that is, According to the display example shown in FIG. 3A, the patient movement processing operation is performed so as to give body contact to the “bed movement” frame d located in the fourth row from the lower right column of the screen. In response to this, a patient movement processing signal is generated directly from the relevant part of the touch panel 7 on the screen, and the signal is transmitted to the data processing device 6. Thus, the touch panel 7 here constitutes the patient movement processing signal generation means O in FIG. Next, the movement target patient designated operation part formed on the same page as the patient call information display part Ca and the place call information display part Ha on the screen of the CRT display 8, that is, the operator is shown in FIG. 3A. According to the display form example, when the patient call information display part itself gives a body contact to a certain “patient” frame Ca and performs the movement target patient designation operation, the screen is responded accordingly. A movement target patient designation signal is generated directly from the relevant part of the upper touch panel 7 and is transmitted to the data processing device 6. Thus, the touch panel 7 here constitutes the movement target patient designation signal generation means P in FIG. Subsequently, the operator is shown in FIG. 3A as the movement destination designation operation part formed on the same page as the patient call information display part Ca and the place call information display part Ha on the screen of the CRT display 8. According to the display form example, when the movement destination designation operation is performed in such a manner that body contact is given to the “patient” frame Ca that is the patient calling information display part itself, the screen is responded accordingly. A destination designation signal is generated directly from the relevant part of the upper touch panel 7 and is transmitted to the data processing device 6. Thus, the touch panel 7 here constitutes the movement destination designation signal generation means Q in FIG. At this time, the patient movement processing means R in FIG. 1 realized by executing the program of the microcomputer in the data processing device 6 includes the patient movement processing signal and the movement target patient designation signal from the patient movement processing signal generation means O. In response to the movement target designation signal from the generation means P and the movement destination designation signal from the movement destination designation signal generation means Q, the patient call information display part of the movement target patient is the movement destination designation part. To change to the patient call information display part. An example of a display form on the screen of the CRT display 8 in the case of the movement process is the patient calling information display part Ca itself shown in FIG. 3A. The user designates “0083 Tsunashima Ichiro” (0083 is a bed number) in the first row (e in FIG. 3A) in the leftmost column in the display form shown in FIG. 3A, and the destination designation operation displays FIG. 3A. When “0061−” (0061 is a bed number) in the sixth row (f in FIG. 3A) of the leftmost column in the form is designated, “0083-Tsunashima Ichiro” in e in FIG. 3A is replaced with “0061−” in f in FIG. 3A. Move to. At that time, in conjunction with the display change on the patient calling information display part Ca, among the personal nursing information stored in the personal nursing information storage means E, the patient to be moved, for example, in this operation example in FIG. All of the personal nursing information of “0083 Ichiro Tsunashima” of e is re-stored as the personal nursing information of the movement destination, for example, “0061-” of FIG. 3A in this operation example. FIG. 8 illustrates a flow of a program executed by the microcomputer in the data processing device 6 to realize the patient movement processing means R here.

  In FIG. 8, when the microcomputer is started (a in FIG. 8), the touch panel 7 corresponding to the “patient” frame (Ca in FIG. 3A) is displayed by the operator in the display form illustrated in FIG. 3A on the screen of the CRT display 8. It is determined whether or not a body contact (touch) is made as a “patient” frame to be moved (b in FIG. 8), and the touch panel is touched, and the determination result here shifts to “Yes”. When the determination result turns to “Yes”, the microcomputer further displays a “bed movement” frame (d in FIG. 3A) for generating a patient movement processing signal by the operator in the display form illustrated in FIG. 3A. Then, it is determined whether or not the body is touched (touched in FIG. 8C), and the touch panel is touched, and the determination result here is changed to “Yes”. When the determination result turns to “Yes”, the microcomputer further displays another “patient” frame (Ca in FIG. 3A) in the display example illustrated in FIG. It is determined whether or not the corresponding touch panel 7 is touched by the operator as a destination “patient” frame (d in FIG. 8), and the touch panel is touched. It waits for the determination result in to turn to “Yes”. When the determination result turns to “Yes”, the microcomputer then corresponds to the address on the hardware of the touch panel 7 corresponding to the “patient” frame (e in FIG. 3A) to be moved. The bed number corresponding to the address on the hardware of the touch panel 7 corresponding to the “patient” frame (f in FIG. 3A) of the “touch” destination is specified by table search (e in FIG. 8).

  Subsequently, the microcomputer stores in the personal nursing information storage means (E in FIG. 1) in correspondence with the bed number using the bed number corresponding to the “patient” frame to be moved specified here as a key. From the group of personal nursing information files corresponding to the “patient” frame to be moved (f in FIG. 8), the personal nursing information file corresponding to the “patient” frame to be moved is called here. In relation to the bed number corresponding to the “patient” frame, the information is updated and stored in the personal nursing information storage means (E in FIG. 1) so as to correspond to the “patient” frame of the destination (g in FIG. 8). ). At that time, when changing the bed by simultaneously moving the patient in the “patient” frame (f in FIG. 3A) to the “patient” frame (e in FIG. 3A) to be moved. First, the microcomputer executes steps similar to steps f and g in FIG. 8, so that first, from the personal nursing information file group in the personal nursing information storage means (E in FIG. 1), the destination “ The “patient” frame (f in FIG. 3A) is called (the “patient” frame of the example destination is an empty bed, but it is assumed that a personal care information file corresponding to the patient exists) (f in FIG. 8) After that, if this is updated and stored so as to be callable in the personal nursing information storage means (E in FIG. 1) as corresponding to the “patient” frame (e in FIG. 3A) to be moved (g in FIG. 8). Equivalent)

  Next, the microcomputer specifies the display form of the personal nursing information on the CRT display 8 on the basis of the personal nursing information file for all the patients called from the above-described personal nursing information group that has been updated and stored. A display signal is generated (h in FIG. 8), which is output to the CRT display 8, and the first group personal nursing information is displayed on the screen of the CRT display 8 in the display form as shown in FIG. 3A. Displayed (i in FIG. 8). Next, the operation of the embodiment when confirming the number of in-patients in the entire hospital (the number of patients in the room, the number of outpatients, the number of outpatients, the number of empty bets) will be described below.

  When confirming the number of inpatients in the room, the operator on the nurse station side is present on the same page as the patient call information display area Ca and the place call information display area Ha on the screen of the CRT display 8. According to the situation number confirmation operation part, that is, the display form example shown in FIG. 3A, the body is positioned with respect to the “occupancy status” frame (g in FIG. 3A) located in the fifth row from the bottom right column of the screen. When the number of occupancy status operations are performed in such a manner as to give a touch, in response to this, an occupancy status number confirmation signal is generated directly from the relevant part of the touch panel 7 on the screen, and the signal is data. It is transmitted to the processing device 6. Thus, the touch panel 7 here constitutes the occupancy status number confirmation signal generation means S in FIG. At this time, the occupancy status number counting means T in FIG. 1 realized by executing the program of the microcomputer in the data processing device 6 is the occupancy status number confirmation signal from the occupancy status number confirmation signal generating means S. In response to the information, the patient status information (in-room, staying out, going out) in the personal nursing information for all patients is read from the personal nursing information storage means E, and the read patient status information is preset. Based on the bed constant in the hospital, the number of in-room situations (the number of in-room patients, the number of outpatients, the number of outpatients, the number of empty bets) is counted. The number of occupancy statuses counted here is displayed on the screen of the CRT display 8 via the occupancy status number display means U in the display form illustrated in FIG. In this case, FIG. 10 illustrates a program flow executed by the microcomputer in the data processing device 6 to realize the occupancy status number counting means T and the occupancy status number display means U.

  In FIG. 10, when the microcomputer is started (a in FIG. 10), in the display form illustrated in FIG. 3A on the screen of the CRT display 8, the touch panel 7 corresponding to the “occupancy status” frame (g in FIG. 3A) is displayed. Thus, it is determined whether or not the body is touched (touched) (b in FIG. 10), and the touch panel is touched, and the determination result here shifts to “Yes”. When the determination result turns to “Yes”, the microcomputer reads out the personal nursing information files for all the beds from the personal nursing information storage means (E in FIG. 1) (c in FIG. 10), “Total number of patients staying”, “Number of staying patients” in the order of description by accumulating all “patient” status, “overnight” status and “outing” status in the file for each patient. And calculate the number of patients going out, and further subtract the total number of patients (total number of patients in the room, number of patients staying out, and number of patients going out) from the preset bed constant in the hospital. Thus, the number of empty beds is calculated (d in FIG. 10). Subsequently, the microcomputer generates a display signal for specifying the display form on the CRT display 8 of the number of occupancy conditions calculated here (e in FIG. 10), and this is displayed on the CRT display 8. On the other hand, the number of occupancy states is displayed on the screen of the CRT display 8 in the display form as shown in FIG. 9 (f in FIG. 10).

It is a functional block diagram of this invention. It is a block diagram which shows the structure on the hardware in embodiment of this invention. It is explanatory drawing of the display form on the screen of the CRT display 8 in embodiment of this invention. It is explanatory drawing of the display form as a "patient" frame of the 1st group personal nursing information on the screen of the CRT display 8 in embodiment of this invention. It is explanatory drawing of the display form of the 2nd group personal nursing information on the screen of the CRT display 8 in embodiment of this invention. It is a flowchart of the program run with the microcomputer in the data processor 6 in embodiment of this invention, and implement | achieves the patient calling information display means C. It is a flowchart of the program run with the microcomputer in the data processor 6 in embodiment of this invention, and implement | achieves the place call information display means H. It is a flowchart of the program run with the microcomputer in the data processor 6 in embodiment of this invention, and implement | achieves the personal call information display means D. It is a flowchart of the program run with the microcomputer in the data processor 6 in embodiment of this invention, and implement | achieves the priority call origination patient and place specific means K. It is a flowchart of the program run with the microcomputer in the data processor 6 in embodiment of this invention, and implement | achieves the priority call origination patient and place specific means K. It is a flowchart of the program run with the microcomputer in the data processor 6 in embodiment of this invention, and implement | achieves the patient movement process means R. It is explanatory drawing of the display form of the number of occupancy status on the screen of the display 8 in embodiment of this invention. It is a flowchart of the program run with the microcomputer in the data processor 6 in embodiment of this invention, and implements the occupancy status number counting means T and the occupancy status number display means U.

Explanation of symbols

A1, A2 ... Patient call information means B ... Call patient identification means C ... Patient call information display means Ca ... Patient call information display part D ... Personal nursing information display means E ... Personal nursing information storage means M ... Called patient designation means N ... Calling call signal generation means O ... Patient movement processing signal generation means P ... Movement target patient designation signal generation means Q ..Destination designation signal generation means R ... Patient movement processing means S ... Availability status confirmation signal generation means T ... Availability status count means U ... Availability status display means

Claims (3)

  A patient calling information means (A1, A2) installed on a bed as a predetermined calling place in a hospital and issuing patient calling information from a calling patient in response to a calling operation by a patient; In response to the patient calling information from the calling information means, the calling patient specifying means (B) for specifying the calling patient corresponding to the bed as the calling place, and the patient calling information display part (Ca for each patient) The patient calling information is obtained by discoloring the patient calling information display part in the patient calling information display part in correspondence with the bed with a patient frame surrounding the patient name specified by the calling patient specifying means. Patient calling information display means to display (C), patient status information for each calling patient (in-room, staying overnight, going out), care category information (transportation, escort, walking alone), nursing category information (nursing degree) , Nurse information (nurse team), disease information (disease name + attached) ) And personal nursing information storage means (E) for storing personal nursing information including at least one of the doctor charge information in a readable manner, and reading the personal nursing information from the personal nursing information storage means for storing the personal nursing information. The first group personal nursing information including a part is regularly displayed for all patients in the first group personal nursing information display part (Da) formed on the patient calling information display part, In the second group personal nursing information display part formed on a page on the screen subsequent to the page on the patient calling information display part of the second group personal nursing information including a part of the patient calling information display part A personal nursing information display means (D) for displaying the patient selected at the time, and a patient movement processing signal generator for generating a patient movement processing signal in response to the patient movement processing operation by the operator. Means (O), a movement target patient designation signal generating means (P) for generating a movement target patient designation signal in response to a movement target patient designation operation by the operator, and a movement destination designation operation by the operator. In response to the movement destination designation signal generation means (Q) for generating the movement destination designation signal, the patient movement processing signal, the movement target patient designation signal, and the movement destination designation signal, All of the personal nursing information of the patient to be moved stored in the personal nursing information storage means in conjunction with the process of changing the call information display part to the patient calling information display part of the destination that is the destination designation part And a patient movement processing means (R) for performing a patient movement process by re-storing as personal nursing information of the movement destination.   A patient calling information means (A1, A2) installed on a bed as a predetermined calling place in a hospital and issuing patient calling information from a calling patient in response to a calling operation by a patient; In response to the patient calling information from the calling information means, the calling patient specifying means (B) for specifying the calling patient corresponding to the bed as the calling place, and the patient calling information display part (Ca for each patient) The patient calling information is obtained by discoloring the patient calling information display part in the patient calling information display part in correspondence with the bed with a patient frame surrounding the patient name specified by the calling patient specifying means. Patient calling information display means to display (C), patient status information for each calling patient (in-room, staying overnight, going out), care category information (transportation, escort, walking alone), nursing category information (nursing degree) , Nurse information (nurse team), disease information (disease name + attached) ) And personal nursing information storage means (E) for storing personal nursing information including at least one of the doctor charge information in a readable manner, and reading the personal nursing information from the personal nursing information storage means for storing the personal nursing information. The first group personal nursing information including a part is regularly displayed for all patients in the first group personal nursing information display part (Da) formed on the patient calling information display part, In the second group personal nursing information display part formed on a page on the screen subsequent to the page on the patient calling information display part of the second group personal nursing information including a part of the patient calling information display part The personal nursing information display means (D) that displays the patient selected at any time as needed, and the number of occupancy status confirmation signal generated in response to the operation of confirming the occupancy status number by the operator In response to the number-of-rooms generation means (S) and the occupancy status number confirmation signal, patient status information (in-room, out-of-stay, outing) is read out from the personal nursing information for all patients from the personal nursing information storage means Based on the read patient status information and the preset total number of beds, the number of occupancy statuses for counting the number of occupancy statuses (the number of occupying patients, the number of outpatients, the number of outpatients, the number of empty beds) A nursing support apparatus comprising a counting means (T) and an occupancy status display means (U) for displaying the occupancy status number. The nursing support apparatus according to claim 1 or 2, wherein the second group personal nursing information includes a part of the first group personal nursing information.

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