JPH10146366A - Nursing support device - Google Patents

Abstract

(57) [Summary] [Purpose] When a nursing support device linked to a nurse call device in a hospital displays a calling patient at a nurse station, the calling patient gives individual guidance for nursing activities to the nurse. By simultaneously displaying the unique personal nursing information, handling of the nursing information is made accurate and easy. In response to a patient call information from a patient call information unit provided on a bed, a calling patient specifying unit specifies a calling patient corresponding to the bed. The patient calling information display means C displays the patient calling information of the specified calling patient by discoloring the "patient" frame as the patient calling information display area Ca corresponding to the calling patient. During this time, the personal nursing information display means D routinely displays the first group personal nursing information, such as "protection classification information", in the "patient" frame. The personal nursing information display means D also displays the second group personal nursing information such as “disease information” corresponding to the calling patient on a page on a screen different from the “patient” frame by a page break operation as needed. I do.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an intercom apparatus (commonly referred to as a nurse call apparatus) installed in a hospital and used for voice communication between a patient and a nurse station. To the nurse station (hereinafter referred to as a patient call), the patient who made the call (hereinafter referred to as the called patient) in accordance with the bed as a place in the hospital where the call is made (hereinafter referred to as the call place) In particular, in the case of displaying a calling patient at a nurse station, nursing information unique to the calling patient (hereinafter referred to as personal nursing) that provides individual guidelines for nursing activities by nurses. Information)
The present invention relates to a nursing support device that can simultaneously display the information.

[0002]

2. Description of the Related Art An operator at a nurse station (mainly a nurse) responds to a call from a calling patient who is installed in a hospital and mainly supports a bed as a calling site.
Responds as a called party, or conversely, in response to a call from the operator at the nurse station, the patient designated as the called party by the operator (hereinafter called the called patient) responds, Establishing an electrical communication path between the caller and the operator as the called party, or between the operator as the caller and the called patient;
Various types of nurse call devices that enable communication between the two have been put to practical use and used extensively. These conventional nurse call apparatuses have mainly focused on achieving a function as a communication apparatus, that is, achieving a call function including establishment of a call path. Therefore, in such a conventional device, regarding the personal nursing information of the calling or called patient, the information is collectively recorded in the form of a book on a nursing record ledger provided independently of the nurse call device,
Part of the information, such as nursing classification information (consignment, escort, self-help), information on nurses (nurse team), information on doctors in charge, etc. are extracted therefrom, and the calling patient is placed on the board in the nurse station. Or, it is common to display the information in a list form comprehensively without specifying the correspondence with the called patient. Then, by linking the communication path establishment function of the nurse call device with the search and display function of the personal nursing information from the nursing record ledger, etc., the personal nursing information can be obtained under the correspondence with the calling patient or the called patient. The ability to search and display individually has not yet been achieved. Recently, the recording medium for personal nursing information, such as a nursing record ledger, is often formed as a file in a computer, but even in such a case, a communication path establishment function using a nurse call device and the generation of personal nursing information can be performed. Linkage with individual search and display functions for the calling or called patient has not been achieved.

[0003]

Therefore, in a conventional nurse call apparatus, patient call information from a bed-compatible calling patient is transmitted to a nurse who is an operator at the nurse station. In each case, the nurse at the nurse station provides personalized nursing information unique to the calling patient, providing specific guidelines for nursing activities, for example, nursing classification information (consignment, convoy, single-step), nursing Classification information (nursing degree), nursing staff information (nurse team), disease information (disease name + note),
Refer to doctor's information and patient status information (occupied, staying out, going out) immediately and take appropriate nursing action. Or, the task of searching for and coping with a nursing record file formed in the computer corresponding to the key operation by using a keyboard is not tolerable, and the inconvenience of nursing information due to the problem is unavoidable. there were. In this case, even if a predetermined portion of the personal nursing information is displayed in advance on the board in the nurse station, the amount of information (number of characters) that can be displayed on a normal board is considerably restricted. Inevitably, since personal nursing information is information of variability, it causes confusion in update processing work such as rewriting of display on the board, which also tends to cause confusion of nursing information. There was a point. Such a problem applies just as well when the call information from the nurse who is the operator on the nurse station side is issued to the called patient corresponding to the bed.
Further, a push button or the like adopted as a patient calling information means in a conventional nurse call device responds to a calling operation of a calling patient on a bed, issues patient calling information, and sets a calling place. Because it is related to the bed, that is, it corresponds to the bed and specifies the calling patient, places other than the bed, for example, toilets, bathrooms, washrooms, washing rooms, waste rooms, treatment rooms, rest rooms, etc. As for the calling information from (hereinafter referred to as "location calling information"), since the calling location and the calling patient cannot be uniquely associated with each other, the personal nursing information is referred based only on the location calling information. I can't. Therefore, there is also a problem that the processing of the personal nursing information may be complicated unless such place calling information is processed separately from the bed calling patient calling information. Then, when the place call information is issued as described above, the nurse who is the operator on the nurse station side places the place call information in the place where the place call information is issued. By immediately starting a call with the patient who issued the call information, the patient's situation must be grasped, leaving the association with the bed and identifying the patient who issued the call information. Otherwise, there is also a problem that the personal nursing information of the patient who issued the place call information cannot be referred to. Further, after the nurse who is the operator at the nurse station receives one patient call information or one place call information, in order to deal with this call information,
If one or more patient or location call information is issued prior to initiating a call with the calling patient or location (where the location call information originated); (Hereinafter referred to as duplicate call information), it is necessary to identify which call priority should be dealt with for which call information and identify the priority call calling patient or the priority call calling place. There is also a problem that it is not easy to turn over a nursing record ledger or to search a nursing record file in a computer by a keyboard operation for making an appropriate judgment based on information.

[0004] In addition, in a nurse call apparatus on the premise that coexistence of patient calling information corresponding to a bed and place calling information corresponding to a place other than a bed, call priority of the patient calling information is particularly high. In the context of location calling, unless the location calling information is properly set, location calls are likely to be urgently needed for acute illnesses, such as toilets and bathrooms. There is also a problem that it is not possible to secure an appropriate call priority for the information and to specify a priority call calling place. Furthermore, in a conventional nurse call device, personal nursing information is searched and displayed in association with patient calling information that identifies a patient in a bed, so that when a patient moves to another bed, Needs to re-identify the patient for the bed at the destination, so personal nursing information is displayed on the board in the nurse station or on the display near the device, as was the case with previous devices. If it is, it is necessary to change the display to redisplay all of the personal nursing information displayed there on the corresponding bed at the destination,
Such a display change operation has a problem that it is not only difficult to endure a complicated operation, but also that the display of the personal nursing information is liable to be complicated due to a mistake in the operation. Further, in the conventional nurse call device, the linkage with the search processing of the personal nursing information, especially the patient status information (in-room, staying abroad, going out) is not secured, and the personal nursing information is separately independent. The nurses and doctors who were moving in the hospital issued calling information from the handset (portable wireless transceiver) to the nurse station side of the nurse call device, There is also a problem that it is difficult to inquire the nurse who is the operator on the nurse station side about the number of occupied states, such as the number of available beds, and to obtain an immediate answer. It is an object of the invention according to claims 1 to 18 to provide a nursing support device that solves the above problems.

[0005]

SUMMARY OF THE INVENTION The invention according to claims 1 to 5 has been made in consideration of the complexity of the processing of searching for personal nursing information in the conventional apparatus and the problem of complicated information associated therewith. By retrieving and displaying the personal nursing information of the calling patient in the nursing information display area, the above problem is solved, and the confirmation of the personal nursing information of the calling patient can be performed in parallel with the confirmation of the calling patient. Is what makes it possible. The present invention according to claim 6, in view of the problem of intricacy in personal nursing information processing due to handling of place calling information corresponding to places other than the bed in the conventional device, takes place calling information into bed-compatible patient calling. The above problem is solved by performing information processing separately from the call information, and the search and display processing of personal nursing information related to the calling place is not performed for the place calling information. 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 prior apparatus, the place call information is issued. Establishing a communication path between the caller patient at the location and the callee on the nurse station side solves the above problems, and the callee grasps the condition of the caller patient. In this case, the calling patient is specified, and the personal nursing information of the patient can be referred to immediately. In view of the problem of the specific complexity of the priority calling party and the priority calling location in the case of the duplicate calling information in the prior apparatus, the invention according to claims 8 and 9 provides personal care for each calling patient. Based on information-enabled call priority information,
Identify the priority call calling patient, based on the call priority information corresponding to each call place, by specifying the priority call calling place, solve the above problems, address the duplicate call information, It is possible to automatically and immediately identify a priority call calling patient and a priority call calling place. Claim 10
In view of the complexity of the process of searching for personal nursing information on a called patient in the conventional apparatus and the problem of complicated information associated therewith, the invention described in Item 12 calls from a nurse who is an operator on the nurse station side. Even when the information is issued to the called patient, the above-mentioned problem is solved by searching and displaying the personal nursing information of the called patient in a bed-compatible manner, and the above-mentioned problem can be solved in parallel with the confirmation of the called person. It is also possible to confirm the personal nursing information of the called patient. In view of the complexity of the display change operation at the time of moving the patient in the conventional apparatus and the problem of the display being complicated, the invention according to Claims 13 to 16 sets the patient call information display portion of the moving target patient to the moving destination patient. By coordinating with the process of changing to the calling information display area, all of the personal nursing information of the patient to be moved is changed to one corresponding to the bed at the destination, thereby solving the above problems, and moving during the patient moving process. The present invention enables a change process for personal nursing information to be automatically performed immediately and concurrently with a change process of a patient call information display region for a target patient. In view of the problem of grasping the number of occupied states such as the number of empty beds in the conventional device, the invention according to claims 17 to 18 responds to the operation of confirming the number of occupied states by the operator on the nurse station side, and By performing the occupancy status number counting process based on the patient status information (occupied, staying outside, going out) of the information and the total number of beds,
An object of the present invention is to solve the above-mentioned problem and to obtain an immediate answer to an inquiry via the nurse call device regarding the number of occupancy statuses.

[0006]

According to the first to fifth aspects of the present invention, as shown in the claim correspondence diagram of FIG. 1, patient call information means A1, A installed on a bed as a predetermined call place in a hospital.
2 responds to the call operation by the patient and issues the patient call information, and in response, the call patient specifying means B specifies the call patient according to the bed as the call place, and there The patient calling information of the specified calling patient is displayed on the patient calling display means C.
Is displayed on the patient calling information display part Ca of the calling patient,
In conjunction with this, the personal nursing information display means D displays the personal nursing information of the specified calling patient, for example, patient status information (room occupation, staying outside, going out), nursing classification information (consignment, convoy, stepping) , Nursing classification information (degree of nursing), nurse information (nurse team), disease information (disease name + additional information), doctor information, etc. are read from the personal nursing information storage means E, and the personal nursing information of the calling patient is read. It acts so as to be displayed on the display part Da. In particular, the configuration of the invention according to claims 2 to 5 is such that the first group personal nursing information such as patient status information, nursing classification information, nurse charge information among the personal nursing information is displayed on the patient call information display part and the screen. Is displayed on the first group personal nursing information display area formed on the same page of the patient, and the second group personal nursing information such as nursing classification information, disease information, and doctor's charge information of the personal nursing information is displayed on the patient calling information display area. In the second group individual nursing information display portion formed on the page on the screen following the page on the screen. The construction of the invention according to claim 6 is similar to that of FIG.
As shown in the claim correspondence diagram, a place other than a bed as a predetermined calling place in a hospital, for example, a toilet, a bathroom, a washroom, a washing room, a waste room, a treatment room, a rest room, etc. When the place calling information means F1, F2... Issue place calling information in response to a calling operation by the patient, the calling place specifying means G responds to the call calling information by responding to the calling place. And the location calling information of the specified calling location is displayed by the location calling display means H on the corresponding location calling information display area Ha. At this time, the display operation of the personal nursing information display means D is performed. It works so that it is not automatically linked to this.

[0007] According to a seventh aspect of the present invention, as shown in the claim correspondence diagram of FIG. 1, after confirming the patient calling information or the location calling information, the operator on the nurse station side can perform the called call operation. In response to this, the called communication signal generating means I generates a called communication signal, and in response thereto, the electric communication means JA and JB such as an interphone are specified by the calling patient specifying means B. An electrical communication path is established between the call-up patient or the call-up location specified by the call-up location specifying means G and the operator on the nurse station side, and the call-up patient or the call-up location and the operator are connected. Acts to allow calls.
As shown in the claim correspondence diagram of FIG. 1, the configuration of the invention according to claim 8 is such that the priority call originating patient / location specifying means K does not generate the called communication signal from the called communication signal generating means I. .. That the occurrence of the patient call information from the patient call information means A1, A2... Or the place call information from the place call information means F1, F2. If detected, each of the detected two or more pieces of the patient calling information or the location calling information, the calling patient or each calling place is called the calling patient specifying means B or the calling place specifying means G. The call priority information of each calling patient corresponding to the identified bed or the call priority information of a place other than the bed as a calling place is read from the call priority information storage means L, and the read is performed. Based on the given call priority information, The priority calling party or the priority calling place is specified from each calling patient or each calling place that has issued the duplicate calling information, and the electric communication means JA and JB are transmitted from the called communication signal generation means I by the electric communication means JA and JB. Establish an electrical communication path between the priority calling patient or the priority calling site and the operator at the nurse station in response to the called call signal of the priority calling, the priority calling patient or the priority calling It works so that the place and the operator can talk.

According to the present invention, as shown in the claim correspondence diagram of FIG. 1, when the operator at the nurse station performs the operation for designating the called patient corresponding to the bed, it responds to this. When the called patient designating means M designates the called patient and then the operator performs a calling communication operation, the calling communication signal generating means M responds to this by calling a calling signal from the nurse station. In response to this, the electric communication means JA establishes an electric communication path between the designated called patient and the operator at the nurse station, and communicates between the called patient and the operator. Act to make it possible. Claim 1
In the configuration of the invention described in 3 to 16, the patient movement processing signal generation means O generates a patient movement processing signal in response to the patient movement processing operation by the operator, as shown in the claim correspondence diagram of FIG. In response to the operation for specifying the patient to be moved by the operator, the target patient specifying signal generating means P generates a patient to be moved specifying signal, and in response to the destination specifying operation by the operator, the moving destination specifying signal generating means Q Generates a destination designation signal, and the patient movement processing means R responds to the patient movement processing signal, the movement target patient designation signal, and the movement destination designation signal to move the patient call information display area Ca of the movement target patient to the movement destination. In conjunction with the process of changing to the designated part of the transfer destination patient call information display part, all of the personal care information of the transfer target patient stored in the personal care information storage means E is used as the personal care information of the transfer destination. Remember again It is, act to perform patient move. The configuration of the invention according to claims 17 and 18 is similar to that of FIG.
As shown in the claim correspondence diagram, the occupancy status number confirmation signal generating means S generates an occupancy status number confirmation signal in response to the occupancy status number confirmation operation by the operator, and outputs the occupancy status number confirmation signal. In response to the request, the occupancy status counting means T reads out the patient status information (occupied, staying outside, going out) in the personal nursing information for all the patients from the personal nursing information storage means E, and the readout is performed. Based on the patient status information and the preset total number of beds, the number of occupied rooms (the number of occupied patients,
The number of out-patients and the number of empty beds) are counted, and the occupancy status display means U acts to display the occupancy status.

[0009]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below with reference to FIGS.
FIG. 2 is a block diagram showing a hardware configuration of the entire apparatus as one embodiment. One of a large number of nurse call push buttons 1 installed in a hospital room or the like corresponds to the same. The intercom slave 2 which is installed in the middle is branched and connected to the communication line 3 laid in the hospital, and is connected to the communication control device 4 installed in the nurse station via the communication line 3. I have. In the nurse station, the intercom master device 5 is located near the communication control device 4.
In addition to the above, a data processing device 6 including a microcomputer and a storage device such as a server is provided, and a CRT display 8 further including a touch panel 7 is provided above the data processing device 6. Are electrically connected to each other. More preferably, the connection wireless device 10 is electrically connected to the communication control device 4 via the wireless controller 9, and the plurality of portable wireless telephones 11
Can be communicated with the intercom slave unit 2 in place of the intercom master unit 5. The operation of the hardware configuration shown in FIG. 2 will be described below in comparison with the claim correspondence diagram of FIG. When a patient performs a call operation by pressing a nurse call push button 1 fixedly provided for a bed as a predetermined call place in a hospital room,
In response to this, the nurse call push button 1 issues bed-specific patient call information to the communication control device 4 by a contact closing operation or the like. Nurse call push button 1
Constitutes the patient call information means A1 in FIG. 1, and each nurse call push button (not shown in FIG. 2) corresponding to each bed is similarly provided with the patient call information means A2 and below in FIG. Is configured.

[0010] The communication control device 4 having received the bed calling patient call information specifies the "pressed" nurse call push button 1 by a conventional method, and the nurse call push button 1 is identified.
Specifies the bed on which is placed, thereby indirectly specifying the patient 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, which receives the patient calling information of the calling patient that can be specified for the bed from the calling patient specifying means B constituted by the communication control device 4, is realized by executing the program of the microcomputer. 1 is fixedly assigned to the calling patient via the patient calling information display means C in FIG.
On the screen of the RT display 8, patient calling information from the corresponding calling patient is displayed on a patient calling information display area Ca realized like a map. An example of the display form of the patient call information on the screen of the CRT display 8 in this case is shown in FIG. 3A, in which a “patient” frame surrounding the patient name corresponds to the bed (“patient” frame). (The upper left numeral is the patient number), but the display of the patient call information is preferably performed by discoloring the entire “patient” frame.
FIG. 4 illustrates a program flow executed by the microcomputer in the data processing device 6 to realize the patient call information display means C here. In FIG. 4, when the microcomputer starts (a in FIG. 4), first, it is determined whether or not the nurse call push button 1 has been pressed (b in FIG. 4). It waits until the determination result turns to “Yes”.
When the determination result is changed to “Yes”, the microcomputer determines the hardware address of the “pressed” push button specified by the communication control device 4 that has received the call information and the “ The “pressed” state is read from the communication control device 4 (c in FIG. 4). Then, based on the hardware address of the "pressed" push button, the microcomputer determines that the "pressed" push button corresponds to the head, so that the calling information here is the patient calling information. Then, it is determined whether the push button corresponds to a place such as "toilet", and therefore, the calling information here is the place calling information (d in FIG. 4). If it is the call information and the determination result is “No” (e in FIG. 4), the arithmetic processing according to the flowchart of FIG. 5 described later is executed. Calling information, and the determination result is "Ye
In the case of "s", the corresponding bed number is specified by a 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 mode of the patient call information on the CRT display 8 (g in FIG. 4).
When this is output to the CRT display 8, CR
On the screen of the T display 8, a patient call information display portion Ca having a display form as shown in FIG. 3A is formed,
Here, by changing the color of the entire “patient” frame (Ca in FIG. 3A) corresponding to the “pressed” push button, the occurrence of a patient call is specified and the patient is appropriately displayed (FIG. 4). Middle h).

Returning to FIG. 2, a plurality of nurse call push buttons 1 include a patient calling information means A of FIG.
1, A2,... And a place other than a bed as a predetermined call site in a hospital, for example, a toilet, a bathroom, a washroom, a washing room, a waste room, a treatment room, a rest room, and the like. Thus, when it is depressed, instead of issuing patient call information associated with the calling patient who depressed it, some emit location call information associated only with the location where it was depressed. When the patient performs a call operation by pressing the nurse call push button 1 that emits such place call information at a predetermined call place, the nurse call push button 1 is turned on by the communication control device in response to this. 4
, Calling place information corresponding to a calling place other than the bed. Thus, the nurse call push button 1 in this case is
1. The location call information means F1 in FIG. 1 is constituted, and each nurse call push button corresponding to each location other than the bed is likewise shown in FIG.
, The location call information means F2 and below are configured. The communication control device 4 that has received the place call information operates in the same manner as the case of the patient call information, and specifies the place where the nurse call push button 1 is pressed as the call place, but presses the nurse call push button. It 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, which has received the location call information from the call location identification means G, transmits the call location via the location call information display means H in FIG. And the location call information from the corresponding call location is displayed on the location call information display portion Ha realized like a map on the screen of the CRT display 8.
Not involved in displaying personal nursing information. An example of a display form on the screen of the CRT display 8 regarding the place call information in this case is also shown in FIG. 3A.
"Toilet""Bathroom""Washroom""Laundryroom""Soilroom"
A “place” frame surrounding the notations “treatment room” and “rest room” (FIG. 3A)
By discoloring the entire inside of the middle Ha), the display of the place call information is suitably performed. FIG. 5 exemplifies a flow of a program executed by a microcomputer in the data processing device 6 to realize the location calling information display means H.

In FIG. 5, steps a to c are the same as steps a to c in FIG.
The microcomputer executes the same step as step d in FIG. 4 to determine whether the calling information in this case is location calling information or patient calling information. If the call information is the patient call information and the determination result is “No” (e in FIG. 5), the calculation according to the already described flowchart of FIG. 4 is performed. When the calling information is the location calling information and the determination result is “Yes”, the processing is executed based on the hardware address of the “pressed” push button. Then, the corresponding place number is specified (f in FIG. 5). Subsequently, the microcomputer executes the same steps as steps g and h in FIG.
In the place calling information display area Ha of the display form illustrated in FIG. 3A formed on the screen of the T display 8, the entire area within the “place” frame (Ha in FIG. 3A) corresponding to the “pressed” push button is discolored. By doing so, the occurrence of a place call is suitably displayed for each place (g and h in FIG. 5). The above description is based on the patient call information, that is, the information on whether or not a patient call has occurred for each patient on the screen of the CRT display 8 corresponding to the "pressed" push button. Is displayed by discoloration of the entire “patient” frame (Ca in FIG. 3A),
In addition, location call information concurrent with this, that is,
Similarly, for each location such as “toilet”, information on whether or not a place call has occurred is similarly displayed in a “place” frame (FIG. 3A) as a place call information display portion corresponding to the “pressed” push button. Ha) This relates to an operation example in the case of displaying by discoloration of the whole, but it is easy to associate a part of the above-mentioned individual nursing information (first group individual nursing information) for each patient with the above-mentioned patient calling information. In a simple display form on the screen of the CRT display 8 and further displays another part of the personal nursing information (second group personal nursing information) on the CRT display 8.
Is displayed on the screen as needed by a touch operation. In particular, when the above-mentioned patient call information is generated, the above-mentioned second group personal nursing information is displayed with respect to the above-mentioned patient call information by a touch operation corresponding thereto. The following is a description of an operation example in the case where display is enabled in association with validity.

That is, returning to FIG.
Is fixedly assigned to the calling patient via the personal nursing information display means D in FIG. 1 realized by executing the program, and the personal nursing information realized on the screen of the CRT display 8. The personal nursing information of all the calling patients is read from the personal nursing information storage means E, which is a known storage medium, and displayed on the display area Da. An example of a display form of the personal nursing information on the screen of the CRT display 8 in this case is shown in FIG. 3B, and in the figure, an upper right corner in a “patient” frame Ca as a patient call information display portion By changing the color of the dot a into three colors, care classification information, that is,
A display for distinguishing between “stretching” using a stretcher, “convoy” accompanied by a nurse, and “single walking” alone can be 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 into three patterns (for example, “no mark”, “triangle”, and “square”), the patient status is changed. Information, that is, a display for distinguishing between “occupied”, “sleeping outside”, and “going out” is suitably performed. Similarly, in FIG. 3B, by changing the triangular mark c in the upper left corner in the “patient” frame Ca to five colors, nurse information, that is, a display for distinguishing the five nurse teams is displayed. It is preferably performed. The letter d in the “patient” frame Ca indicates the patient's name, and the number e located at the upper left of the letter d indicates 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 nursing information display area Da realized on the screen of the CRT display 8 are formed on the same page on the screen. However, the first group personal nursing information, which is a part of the personal nursing information, is displayed by the data processing device 6 via the personal nursing information displaying means D on the same page as the patient call information display area Ca on the screen (not shown). (In the example, the same site) is displayed on the first group individual nursing information display region Da formed on the same portion, while 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 region Ca. May be displayed on the second group individual nursing information display portion formed on another page (the next page in the illustrated example) on the screen following the page. By doing so, the restriction on the display part area with respect to the amount of information that can be instantly and easily displayed on the same page on the screen as the patient call information display part Ca is released, and the “page turning” electrical At the cost of a slight decrease in operation and instantaneous visibility, the amount of personal nursing information that can be displayed can be significantly increased. 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 “nurse category information” and “nurse category information” as the second group personal nursing information. It is preferable to select the disease information, the “doctor information” and the first group personal nursing information itself.

Further, on a screen of the CRT display 8, a known touch panel (for example, a touch monitor MODEL 6450T manufactured by Touch Panel Systems Co., Ltd.) is provided.
D17 / D) is incorporated as a hardware configuration, and such a touch panel allows the operator to give a body contact to a predetermined operation part or command part displayed on the screen. In response to this, a predetermined operation signal or command signal can be generated directly from the screen itself. Returning to FIG. 3A, the rightmost column of the page on the same screen as the patient call information display area Ca, the third row, “personal information” frame a (where “personal nursing information” is abbreviated) When the operator touches a finger or the like to give a body contact, the data processing device 6 which has received a page change operation signal from the operation site, as illustrated in FIG. The page of the second group personal nursing information 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 (above the center horizontal dividing line) A is a bibliographic item for identifying the patient, and the lower half surface (below the central horizontal dividing line) B is the first line. “Department name” (a in FIG. 3C) and “doctor” (b in FIG. 3C) are doctor-in-charge information, and “nurse” (c in FIG. 3C) accompanying the doctor
And “G” (d in FIG. 3C) (meaning a team) is the nurse's charge information, and the “disease name” (including the complication entry column on the right) in the second row (e in FIG. 3C) and the third "Admission date and time" of the line
(F in FIG. 3C) “Reason for hospitalization” (g in FIG. 3C) is disease information, “Nursing category” in the fourth row (h in FIG. 3C) is nursing category information, and “nursing degree” ( In FIG. 3C, i) “severe setting” (j in FIG. 3C) is nursing degree information, and “occupancy” in the fourth row (k in FIG. 3C) is patient status information. The “degree of nursing” (FIG. 3Ci) is evaluated from two viewpoints, for example, according to the following grading from the two viewpoints of “necessity of observation” and “freedom of life”. Expressions based on a combination of two grades can be suitably adopted in nursing practice. "Necessity 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 in bed 2: Body on bed 3: Can walk in the sickroom 4: Has no difficulty in daily life

FIG. 3 illustrates a program flow executed by a microcomputer in the data processing device 6 to realize the personal nursing information display means D for displaying the above-mentioned second group personal nursing information. 6. FIG.
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) on the screen of the CRT display 8 in the display form illustrated in FIG. It is determined whether or not the touch panel has been touched (b in FIG. 6), and it waits until the touch panel is touched and the result of the determination turns to “Yes”. When the determination result is changed to “Yes”, the microcomputer further proceeds to the touch panel 7 corresponding to the “personal information” frame (a in FIG. 3A) in the display form illustrated in FIG. 3A.
It is determined whether or not is touched by the operator (c in FIG. 6), and waits until the result of the determination turns to “Yes”. If the determination result turns to "Yes",
The microcomputer then “touched”
The bed number corresponding to the address on the hardware of the touch panel 7 corresponding to the “patient” frame Ca is identified by a table search (d in FIG. 6), and the bed number identified here is used as a key to correspond to the bed number. Then, from the personal care information file formed in the personal care information storage means (E in FIG. 1), the one corresponding to the "touched" and "patient" frame is called (e in FIG. 6). Next, the microcomputer
CRT based on the called personal nursing information file
A display signal for specifying the display form of the personal nursing information on the display 8 is generated (f in FIG. 6), and this is displayed as a CR.
When output to the T display 8, on the screen of the CRT display 8, a second group personal nursing information display portion Da having a display form as shown in FIG. 3C is formed, and here, "touched" The second group individual nursing information corresponding to the "patient" frame is displayed (g in FIG. 6). The first group nursing information which is routinely displayed for all patients in the display form shown in FIG. 3B in the patient call information display area Ca on the screen of the CRT display 8 is shown in FIG. By repeatedly executing d to g cyclically for all the “patient” frames, the patient call information display area C
a can be superimposed and displayed.

Returning again to FIG. 2, the "patient" frame of the patient call information display area Ca realized like a map on the screen of the CRT display 8 or the place call information display area realized similarly. Due to the discoloration of the “place” frame of Ha, the patient call information or the place call information is visually recognized in accordance with the description order, and at the same time, from the intercom base unit 5 by the ordinary method via the communication control device 4. The nurse of the nurse station-side operator who heard the ringing sound sounds, the called-call operating part formed on the same page as the patient calling information display part Ca and the place calling 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 call operation is performed by giving a body contact to the “call” frame b at the bottom right row of the screen, Respond and touch the answer on the screen. Directly the called call signal from the portion of the panel 7 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 constitutes the called call signal generation 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 has been pressed.
Operates as the calling patient specifying means B or the calling place specifying means G in FIG. 1 in a conventional manner, and the connection relationship of the communication line 3 between the pushed nurse call push button 1 and the intercom master unit 5 Further, since the connection relationship of the communication line 3 between the intercom slave unit 2 and the intercom master unit 5 which are branched and connected thereto corresponding to the nurse call push button is specified, the connection from the touch panel 7 is received. In response to the call signal, an intercom system between the intercom slave unit 2 associated with the calling patient or the calling site corresponding to the nurse call push button 1 and the intercom master unit 5 on the nurse station side as an intercom system. Establishing an electrical communication path enables communication between the calling patient or calling site and the operator at the nurse station. Thus, the intercom slave unit 2 and the intercom master unit 5 controlled by the communication control device 4 are shown in FIG.
Of the electric communication means JA and JB in the first embodiment.

In the configuration shown in FIG. 2, the nurse moving in the hospital can also use the radio controller 9 and the connection radio 10
It is possible to check the patient calling information or the location calling information issued from the portable wireless device 11 via the mobile phone 11, so that the nurse moving in the hospital can carry the mobile phone instead of the called station operation by the nurse station side operator. By performing a called operation on the wireless device 11 for the nurse station,
The moving nurse can talk to the calling patient or calling place via the portable wireless device 11. By the way, at the time of the called operation based on the confirmation of the patient calling information or the location calling information as described above, the data processing device 6 includes the calling patient specifying means B constituted by the communication control device 4 and the calling In association with the calling patient specifying operation or the calling place specifying operation by the location specifying means G, two or more patient calling information or location calling information is detected before the generation of the called communication signal by the called communication operation. In the case, that is, in the case of the duplicate call information, the priority call calling patient / location specifying means K realized by executing the program of the built-in microcomputer uses the call priority information storage means L which is a normal storage medium. , Read out the call priority information set in advance for each of the calling patient or calling place that issued the detected duplicate calling information, and based on this read out the priority call calling patient or priority call calling place Identify Thus, in the electric communication paths JA and JB composed of the intercom slave unit 2 and the intercom master unit 5 controlled by the communication control device 4, the intercom master unit 5 or the intercom slave unit 11 and the priority call calling patient Alternatively, an electrical communication path is established with the intercom slave unit 2 associated with the priority call calling place.

FIGS. 7A and 7B show an example of a flow of a program executed by a microcomputer built in the data processing device 6 to realize the priority call calling patient / location specifying means K. . In FIG. 7A, first, as a process for setting the call priority, when the microcomputer starts (a in FIG. 7A), C
The “patient” frame (Ca in FIG. 3A) or the “location” frame (FIG. 3A) in the display form illustrated in FIG. 3A on the screen of the RT display 8
It is determined whether or not the operator touches the touch panel 7 corresponding to (Ha in A) as a “patient” frame or a “place” frame for which the call priority is to be set (b in FIG. 7A). It is touched and waits until the determination result here turns to “Yes”. The determination result is “Ye
s ", the microcomputer further checks whether the operator touched the touch panel 7 corresponding to the" priority "frame (c in FIG. 3A) in the display form illustrated in FIG. 3A. It is determined whether or not (c in FIG. 7A), and the result of the determination turns to “Yes”. If the determination result is “Yes”, the microcomputer then contacts the touch panel 7 corresponding to the numeric key that is partially extracted (popped up) in the display form illustrated in FIG. 3A, for example. The key operation by touching is read, the call priority is set (d in FIG. 7), and the call priority for each of the “patient” frame or “location” frame set here is stored in the call priority storage means ( In L) in FIG. 2, the bed number corresponding to the “patient” frame or the place number corresponding to the “place” frame is stored in a readable manner as a key (e in FIG. 7A). After the process for setting the call priority is completed, the priority call of a plurality of calling patients or calling locations corresponding to a plurality of simultaneously generated call information according to the set call priority. When a call connection of the intercom master unit (5 in FIG. 2) is made to the patient or the intercom slave unit (2 in FIG. 2) at the priority calling place, the microcomputer started (a in FIG. 7B) It is determined whether or not the hook of the master unit (5 in FIG. 2) has been raised (turned off) (b in FIG. 7B), and waits until the result of this determination turns to “Yes”. When the determination result is changed to “Yes”, the microcomputer determines the hardware address of the “pressed” push button specified by the communication control device 4 that has received the call information and the “ The “pressed” state is read from the communication control device 4 (c in FIG. 7B). Next, the microcomputer specifies a corresponding bed number or a corresponding place number from a hardware address of the push button by a table search (d in FIG. 7B). Using the bed number or the location number specified here as a key, the microcomputer calls the call stored in advance in the above-mentioned call priority order storage means (L in FIG. 1) by an arithmetic processing according to the flowchart shown in FIG. 7A. The call priority for each piece of information is read out for all of a plurality of simultaneously occurring pieces of calling information (e in FIG. 7B). The highest priority of the issued call priority (if there is more than one of the same priority, for example, the one with the smallest hardware address of the “pressed” push button among the same priority) ) Is identified as a priority call calling patient, and the highest priority call priority read out here is also called from a plurality of simultaneously generated location call information. Call place When the call by the current priority call calling patient or the priority call calling location is terminated as the call calling location (f in FIG. 7B), the remaining plurality of patient calling information or location calling information is displayed. From the middle, 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 calling patient or the location number of the priority call calling place specified here to the call control device 4 so that the intercom master unit (in FIG. 2). An electrical communication path is established between 5) and the intercom slave unit 2 corresponding to the priority calling party or the priority calling location (g in FIG. 7B). By the way, regarding the call priority information of each calling patient corresponding to the bed set in advance in the call priority information storage means L, the personal nursing information of each patient stored in the personal nursing information storage means E in advance. Among them, it can be said that it is particularly preferable that the evaluation is determined with reference to the nursing classification information. On the other hand, similarly, regarding the call priority information for each call place corresponding to a place other than the bed set in advance in the call priority information storage means L, in view of the nursing empirical rules, "toilet"" It can be said that it is preferable to assign a high call priority to a place where the patient's condition tends to change suddenly, such as a "bathroom". In the operation example of the embodiment referred to above, the calling information is issued from the nurse call push button 1 as the patient calling information or the location calling information, but conversely, the bedside operation is performed by the operator at the nurse station. When calling information is issued to the corresponding called patient, the operator is formed on the same page as the patient calling information display part Ca and the place calling information display part Ha on the screen of the CRT display 8. According to the called patient designated region, that is, according to the display form example shown in FIG. 3A, the “patient” of the patient calling information display region
When a called patient designating operation is performed by giving a body contact to a desired called patient designated site corresponding to the bed formed on the frame Ca itself, in response to this, the screen of the CRT display 8 is displayed. The called patient designation signal generated directly from the relevant portion of the upper touch panel 7 is transmitted to the data processing device 6.
Is transmitted to the communication control device 4 to specify the bed-compatible intercom slave unit 2 to be connected to the nurse station-side intercom master unit 5. Thus, the touch panel 7 on the screen of the CRT display 8 constitutes the called patient designation means M in FIG.

Next, the operator operates the CRT display 8
3A, a call operation part for a call operation from the nurse station 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 FIG. According to the display mode example, the call communication operation is performed by giving a body contact to the “call” frame b, which is the lowermost row of the right end column of the screen and is the above-described called communication operation part itself. Then, in response to this, a calling signal is generated directly from the relevant portion of the touch panel 7 on the screen, and transmitted to the communication control device 4 via the data processing device 6. Thus, the touch panel 7 here forms the calling signal generation means N in FIG. Next, the communication control device 4, which specifies the connection relationship of the communication line 3 between the nurse station side intercom master device 5 and the bed intercom slave device 2 by a common method, uses the touch panel 7.
, And establishes an electrical communication path as an intercom system between the intercom master unit 5 and the designated intercom slave unit 2 so that the operator on the nurse station side and the bed Enables communication with the called patient. Thus, the intercom master unit 5 and the intercom slave unit 2 controlled by the communication control device 4 are included in the electric communication means JA in FIG. Next, the operation of the embodiment in the case where the patient in the hospital moves from one bed to another bed according to medical service convenience or the patient's own request will be described below.

When the patient moves on the bed, the operator at the nurse station operates the patient call information display area Ca and the place call information display area H on the screen of the CRT display 8.
a patient movement processing operation part formed on the same page as a, that is,
According to the example of the display mode shown in FIG. 3A, when the patient movement processing operation is performed by giving a body contact to the “bed moving” frame d located in the fourth row from the bottom right end column of the screen. ,
In response to this, a patient movement processing signal is directly generated from the corresponding portion 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 operator operates the CRT display 8.
According to the example of the display form shown in FIG. 3A, the moving target patient designating 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 FIG. A certain “patient” frame C is the calling information display part itself
When a movement target patient designation operation is performed in such a manner as to give a body contact to a, a movement target patient designation signal is directly generated from the corresponding portion of the touch panel 7 on the screen in response to the operation, This 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 designates a 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, that is, as shown in FIG. 3A. According to the example of the display mode, the body contact is given to the “patient” frame Ca, which is the patient call information display portion itself, and when the destination designation operation is performed, the screen is displayed in response to the operation. A destination designation signal is directly generated from the relevant portion of the upper touch panel 7 and transmitted to the data processing device 6. Thus, the touch panel 7 here is
It constitutes the 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 from the patient movement processing signal generation means O and the movement target patient designation signal. In response to the movement target patient 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 region of the movement target patient is moved to the movement destination designation region. Is performed to change to the patient call information display area. An example of the display form on the screen of the CRT display 8 in the case of the movement processing is the patient call information display part Ca itself shown in FIG. The user designates “0083 Tsunashima Ichiro” (0083 is a bed number) in the first row of the left end column (e in FIG. 3A) in the display form illustrated in FIG. 3A by the patient designation operation, and displays the display in FIG. 3A by the movement destination designation operation. If "0061-" (0061 is a bed number) in the sixth row on the left end column (f in FIG. 3A) in the form is designated as "00" in e in FIG. 3A.
"83 Tsunashima Ichiro" moves to "0061-" of f in FIG. 3A. At this time, in conjunction with the display change on the patient calling information display area Ca, the personal nursing information stored in the personal nursing information storage means E includes a patient to be moved, for example,
"0083 Ichiro Tsunashima" of e in FIG. 3A in this operation example
Of the personal nursing information of the destination, for example, the personal nursing information of “0061 −” in FIG. FIG. 8 illustrates a flow of a program executed by a microcomputer in the data processing device 6 to realize the patient movement processing unit R.

In FIG. 8, when the microcomputer starts (a in FIG. 8), the touch panel 7 corresponding to the “patient” frame (Ca in FIG. 3A) is operated in the display form illustrated in FIG. 3A on the screen of the CRT display 8. It is determined whether or not the user has touched the body as the “patient” frame to be moved (b in FIG. 8), and waits until the touch panel is touched and the result of the determination turns to “Yes”. . When the determination result turns to “Yes”, the microcomputer further sets a “bed moving” frame (d in FIG. 3A) for generating a patient moving processing signal in the display form illustrated in FIG. 3A by the operator. Then, it is determined whether or not a body contact (touch) has been made (c in FIG. 8), and the touch panel is touched, and it waits until the result of the determination turns “Yes”. When the determination result is changed to “Yes”, the microcomputer further displays another “patient” frame (Ca in FIG. 3A) (provided that an empty bed without a patient name is entered) in the display form illustrated in FIG. 3A. It is determined whether or not the operator touches the corresponding touch panel 7 as a “patient” frame at the destination (d in FIG. 8), and the touch panel is touched. Wait for the result of the determination in step to turn to "Yes". The determination result is “Ye
Then, the microcomputer changes the bed number corresponding to the address on the hardware of the touch panel 7 corresponding to the “patient” frame (e in FIG. 3A) to be moved and “touched”, and “ 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 destination touched is specified by a table search (e in FIG. 8).

Subsequently, the microcomputer uses the bed number corresponding to the "patient" frame to be moved specified here as a key, and stores it in the personal nursing information storage means (E in FIG. 1) corresponding to the bed number. After calling out the one corresponding to the “patient” frame to be moved from the stored personal nursing information file group (f in FIG. 8), the personal nursing information file corresponding to the “patient” frame to be moved here is called here. The destination "patient"
The personal nursing information storage means (E in FIG. 1) is associated with the bed number corresponding to the frame and corresponds to the "patient" frame at the destination.
Is updated and stored so that it can be called (g in FIG. 8). At this time, the patient in the “patient” frame (f in FIG. 3A) at the destination is simultaneously moved to the “patient” frame (e in FIG. 3A) to be moved. First, the microcomputer executes the same steps as steps f and g in FIG. 8 so that the personal nursing information storage means (FIG. 1)
From the group of personal nursing information files in middle E), the one corresponding to the “patient” frame at the destination (f in FIG. 3A) (the “patient” frame at the destination is an empty bed, but the personal nursing corresponding to the patient) After calling the information file (assuming the existence of the information file) (corresponding to f in FIG. 8), this is called a “patient” frame to be moved (e in FIG. 3A).
Personal nursing information storage means (E in FIG. 1)
It is sufficient if the information is updated and stored so that it can be called (corresponding to g in FIG. 8).

Next, the microcomputer, based on the personal nursing information files for all patients called from the updated and stored personal nursing information group, stores the C
A display signal for specifying the display form of the personal nursing information on the RT display 8 is generated (h in FIG. 8), and this is output to the CRT display 8, and is displayed on the screen of the CRT display 8. The first group individual nursing information is displayed in a display form as shown in FIG. 3A (i in FIG. 8). Next, the number of in-patients in the hospital as a whole (number of in-patients,
The operation of the embodiment for checking the number of out-of-stay patients, the number of out-going patients, and the number of empty bets) will be described below. When confirming the number of occupancy statuses of the inpatients, the operator on the nurse station side checks the occupancy 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 status number confirmation operation part, that is, according to the display mode example shown in FIG. 3A, the “occupancy status” frame (g in FIG. 3A) located in the fifth row from the bottom rightmost column of the screen. When giving the contact and performing the occupancy status number operation,
In response to this, an occupancy status number confirmation signal is generated directly from the corresponding portion 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 forms 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 outputs the occupancy status confirmation signal from the occupancy status confirmation signal generation means S. In response to the above, the patient status information (in the room, while staying outside, going out) in the personal nursing information for all the patients is read from the personal nursing information storage means E, and the read patient status information is set in advance. Based on the bed constant in the hospital, the number of occupied rooms (the number of patients in the room, the number of patients staying outside, the number of patients going out, and the number of empty beds) are counted. The occupied state number counted here is displayed on the screen of the CRT display 8 in the display form illustrated in FIG. At this time, FIG. 10 illustrates a program flow executed by a 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 starts (a in FIG. 10), the CRT display 8
In the display mode illustrated in FIG. 3A on the screen of FIG. 3A, it is determined whether or not the operator touches the touch panel 7 corresponding to the “occupancy status” frame (g in FIG. 3A) with the operator (FIG. 1).
During b), it waits until the touch panel is touched and the determination result here turns “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), and The “in-room” status, “out-of-stay” status, and “out-of-home” status in the file for each patient are cumulatively totaled for all patients. And the number of out-patients, and further subtracts the total number of patients (the sum of the number of patients in the room, the number of patients staying out, and the number of out-patients) from the preset bed constant in the hospital. By doing so, 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 calculated number of occupancy states (e in FIG. 10), and transmits this to the CRT.
When output to the display 8, the number of occupied states is displayed on the screen of the CRT display 8 in a display form as shown in FIG. 9 (f in FIG. 10).

[Brief description of the drawings]

FIG. 1 is a functional block diagram of the present invention.

FIG. 2 is a block diagram showing a hardware configuration according to the embodiment of the present invention;

FIG. 3A is an explanatory diagram of a display mode on a screen of a CRT display 8 according to the embodiment of the present invention.

FIG. 3B is an explanatory diagram of a display form of the first group individual nursing information as a “patient” frame on the screen of the CRT display 8 in the embodiment of the present invention.

FIG. 3C is an explanatory diagram of a display form of the second group personal nursing information on the screen of the CRT display 8 in the embodiment of the present invention.

FIG. 4 is a flowchart of a program executed by a microcomputer in the data processing device 6 according to the embodiment of the present invention, and realizes a patient call information display unit C;

FIG. 5 is a flowchart of a program executed by a microcomputer in the data processing device 6 according to the embodiment of the present invention, and realizes a place call information display means H;

FIG. 6 is a flowchart of a program executed by a microcomputer in the data processing device 6 according to the embodiment of the present invention, and realizes personal call information display means D;

FIG. 7A is a flowchart of a program executed by a microcomputer in the data processing device 6 according to the embodiment of the present invention, and realizes a priority call calling patient / location specifying unit K;

FIG. 7B is a flowchart of a program executed by a microcomputer in the data processing device 6 according to the embodiment of the present invention, and realizes a priority call calling patient / location specifying unit K;

FIG. 8 is a flowchart of a program executed by a microcomputer in the data processing device 6 according to the embodiment of the present invention, and realizes a patient movement processing unit R;

FIG. 9 shows a display 8 according to the embodiment of the present invention.
It is an explanatory view of a display form of the number of occupancy states on the screen of FIG.

FIG. 10 is a flowchart of a program executed by a microcomputer in the data processing device 6 according to the embodiment of the present invention, and realizes the occupancy status number counting means T and the occupancy status number display means U;

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Nurse call push button 2 Intercom slave unit 3 Communication line 4 Communication control unit 5 Intercom master unit 6 Data processing unit 7 Touch panel 8 CRT display 9 Wireless controller 10 Connected wireless unit 11 Portable wireless unit A1, A2 Patient calling information means B Calling patient specifying means C Patient calling information displaying means Ca Patient calling information displaying area D Personal nursing information displaying means E Personal nursing information storage means F1, F2 Location calling information means G Calling location specifying means H Location calling Information display means Ha Place call information display area I Call signal generation means JA, JB Electrical call means K Priority call call patient / location identification means L Call priority information storage means M Call patient designation means N Call Call signal generating means O Patient movement processing signal generating means P Moving patient specifying signal generating means Q Destination specifying signal generating means R Patient moving Dynamic processing means S occupancy status number confirmation signal generation means T occupancy status number counting means U occupancy status number display means

Claims (18)

[Claims] 1. A patient call information means, which is provided on a bed as a predetermined call place in a hospital and issues patient call information from a calling patient in response to a call operation by a patient; In response to the patient call information from the call information means, a calling patient specifying means for specifying a calling patient corresponding to a bed as a calling place, and a patient calling information display area for each patient, Patient calling information display means for displaying the patient calling information on the patient calling information display area of the calling patient specified by the patient specifying means, and personal nursing information for readingably storing personal nursing information for each calling patient Storage means, and a personal nursing information display part for each patient, wherein the personal nursing information of the calling patient is stored in the personal nursing information display part of the calling patient specified by the calling patient specifying means. Nursing information read out from and displayed Nursing support apparatus characterized by a display means. 2. The personal nursing information includes at least patient status information (in-room, staying abroad, going out), nursing classification information (shipping,
2. The method according to claim 1, wherein at least one of the following information is included: nursing classification information (degree of nursing), nursing staff information (nurse team), disease information (disease name + additional information), and doctor staff information. Nursing support device. 3. A first group personal nursing information display part for displaying the first group personal nursing information of the personal nursing information is formed on the same page on the screen as the patient call information displaying part. 3. The nursing support apparatus according to claim 2, wherein, of the information, the second group individual nursing information display portion is formed on a page on the screen subsequent to the page on the screen of the patient call information display section. 4. The nursing support device according to claim 3, wherein a first group personal nursing information display part for displaying the first group personal nursing information is formed on the patient call information display part. 5. The first group personal nursing information is patient status information, nursing classification information, and nurse charge information, and the second group personal nursing information is nursing classification information, disease information, doctor charge information, and first group personal nursing information. The nursing support device according to claim 3 or 4, which is information itself. 6. A place call information means installed at a place other than a bed as a predetermined call place in a hospital, and in response to a call operation by a patient, place call information from the call place is issued. A calling place specifying means for specifying a calling place corresponding to a place other than a bed as a calling place in response to the place calling information from the place calling information means; and a place calling information display part for each place. And a location calling information display means for displaying location calling information at a location calling display portion of the calling location specified by the calling location specifying means. The nursing support device according to 4 or 5. 7. A called communication signal for generating a called communication signal in response to a called communication operation by an operator who has confirmed patient calling information from a calling patient or location calling information from a calling place. Generating means, in response to a called telephone signal from the called telephone signal generating means,
Establishing an electrical communication path between the calling patient or calling place specified by the calling patient specifying means or calling place special means and the operator who has confirmed the patient calling information or the place calling information; 7. The nursing support device according to claim 1, further comprising an electric communication means for enabling communication between the calling patient or calling place and the operator. 8. A called communication signal for generating a called communication signal in response to a called communication operation by an operator who has confirmed patient calling information from a calling patient or location calling information from a calling place. Generating means; call priority information storage means for readable storage of call priority information preset for a bed-compatible patient as a calling place or a place other than the bed as a calling place; If it is detected that the generation of the patient calling information or the location calling information from the patient calling information means or the location calling information means before the generation of the called communication signal from the generating means is two or more, Identify each calling patient or each calling place that issued the detected two or more respective patient calling information or each location calling information by calling patient specifying means or calling place specifying means, and Bed as calling place The call priority information of each calling patient or the call priority information of a place other than the bed as each call place is read from the call priority information storage means, and based on the read call priority information, Priority call calling patient or priority call calling patient / location that specifies the priority call calling patient or priority call calling location from each of the calling patients or each calling location that issued the two or more patient calling information or location calling information In response to a called signal from the called signal generating means,
Establish an electrical communication path between the priority calling patient or the priority calling place specified by the priority calling patient / location specifying means and the operator who has confirmed the patient calling information or the location calling information. 7. The nursing support device according to claim 1, further comprising an electrical communication means for enabling communication between the priority calling patient or the priority calling site and the operator. . 9. An operator's body with respect to a called communication operation part formed on the same page on the screen as the patient calling information display part of the patient calling information display means. 9. The nursing support device according to claim 7, wherein said nursing support device is a called-call signal generating means responsive to a called-call operation by contact. 10. A called patient designating means for designating a called patient in response to a called patient designating operation by an operator, and generating a calling communication signal in response to a calling communication operation by the operator. Calling signal generation means, and in response to the calling signal from the calling signal generation means,
An electric communication means for establishing an electric communication path between the called patient and the operator specified by the called patient specifying means and enabling communication between the called patient and the operator. Item 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9
Nursing support device as described. 11. The called patient designating means, wherein a call is made by a body contact of an operator to a called patient designated portion formed in a patient calling information display portion for each patient of the patient calling information display means. 12. The nursing support device according to claim 11, wherein said nursing support device is a called patient designating means responsive to a patient designating operation. 12. A calling communication signal generation means for a call communication operation part formed on the same page on the screen as a patient call information display part of the patient call information display means. 12. The nursing support device according to claim 11, wherein the nursing support device is a calling communication signal generating unit that responds to a calling communication operation by contact. 13. A patient movement processing signal generating means for generating a patient movement processing signal in response to a patient movement processing operation by an operator, and a movement target patient specification signal in response to a movement target patient specification operation by the operator. A moving target patient specifying signal generating means for generating a moving target patient specifying signal; a moving destination specifying signal generating means for generating a moving destination specifying signal in response to a moving destination specifying operation by an operator; In response to the destination designation signal, the personal nursing information storage means is linked to a process of changing the patient call information display part of the transfer target patient to the destination patient call information display part which is the destination designation part. And patient movement processing means for performing a patient movement process by re-storing all of the personal nursing information of the patient to be moved stored as the personal nursing information of the movement destination. Or the nursing support device according to 3 or 4 or 5 or 6 or 7 or 8 or 9 or 10 or 11 or 12. 14. A patient movement processing operation portion formed on the same page on the screen as a patient call information display portion of the patient call information display portion. 14. The nursing support apparatus according to claim 13, wherein the nursing support apparatus is a patient movement processing signal generation unit that responds to a patient movement processing operation by contact. 15. A moving-target patient specifying signal generating means for a moving-target patient-specifying portion corresponding to a bed as a calling place formed on a patient calling information displaying portion of the patient calling information displaying means. 14. The nursing support device according to claim 13, wherein the nursing support device is a moving target patient designating signal generating unit that responds to a moving target patient designating operation by an operator's body contact. 16. A destination specifying signal generating means for an operator for a destination specifying part corresponding to a bed as a calling place formed on a patient calling information display part of the patient calling information displaying means. 14. The nursing support device according to claim 13, wherein the nursing support device is a destination designation signal generating unit that responds to a destination designation operation by body contact. 17. An occupancy status number confirmation signal generating means for generating an occupancy status number confirmation signal in response to an occupancy status number confirmation operation by an operator; From the nursing information storage means, read out the patient status information (in-room, staying outside, going out) in the personal nursing information for all patients, and based on the read-out patient status information and the preset total number of beds, There are provided occupancy status counting means for counting the occupancy status (the number of occupants, the number of patients staying outside, the number of out-patients, and the number of empty beds), and the occupancy status display means for displaying the occupancy status. Claim 1 or 2 or 3 or 4 or 5 or 6 or 7
Or 8 or 9 or 10 or 11 or 12 or 13 or 1
The nursing support device according to 4 or 15 or 16. 18. The occupancy status number confirmation signal generation means is formed on the same page on the screen as the patient call information display part of the patient call information display means or the place call information display part of the place call information display means. 18. The nursing support device according to claim 17, wherein the nursing support device is a occupancy status number confirmation signal generation unit that responds to the occupancy status number confirmation operation by the operator's body contact with the performed occupancy status confirmation operation part.