JP2009006067A - Nurse call system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a nurse call system, allowing persons engaged in medical service to easily discriminate whether or not setting of the table for meals is required in each patient whom the table for meals is not yet set without requiring the time and trouble for inputting the information about the completion of setting the table for every patient after setting the table, while easily acquiring the patients who require setting of the table without their requiring the time and trouble for going to confirm the table setting information for every patient to a computer installation place in setting the table. <P>SOLUTION: In setting the table for meals, at a corridor lamp indicating part 33 installed in every sickroom, the names of patients who require setting of the table for meals are indicated separately from the other patients. When a touch panel part 34 is operated, completion information indicating the completion of setting the table in the sickroom concerned is added. After setting the table, the patient name information on the patients requiring setting of the table for meals is acquired from the patients in the sickroom for which the touch panel part 34 is not operated. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a nurse call system for calling a medical worker such as a nurse in response to a request from a patient in a hospital or the like.

  Conventionally, in a nurse call system, a nurse call cordless handset installed in the vicinity of a patient in a hospital room (for example, in the vicinity of a bed) and a nurse call master unit installed in a room for a medical worker (for example, a staff room). Are connected by wired or wireless.

In recent years, a nurse call system has been developed in which a nurse call master unit and a computer storing information indicating a patient's nursing plan and nursing results are stored (see, for example, Patent Documents 1 and 2). By using such a nurse call system, a medical worker can view information on the nurse call parent machine. In the nurse call device described in Patent Literature 1 and Patent Literature 2, patient information such as dietary restrictions on the corresponding patient can be browsed.
JP 2004-195006 A JP 2004-201114 A

  By the way, about the meal which a patient ingests, there are a case where a meal is required and a case where a meal is not required. Furthermore, when no meal is required, there are cases where the patient goes to eat and who does not eat. In addition, when a meal is required, a health care worker will serve. When serving, the medical staff distinguishes between a patient who needs a meal and a patient who does not need a meal due to prohibition or the like, and distributes the meal to a patient who needs a meal. In order to reliably make such a distinction, the medical staff needs to check the serving information indicating whether or not the patient needs to serve a meal. For example, a medical worker can distinguish between a patient who needs a meal and a patient who does not need a meal due to a ban on food, for example, by checking the distribution information stored in the computer. Here, serving means that a medical worker provides a meal to a patient. Also, the term “non-food” means that the patient is cut off from food for examination or surgery, or by the patient's condition.

  However, when managing catering information using a computer, at the time of catering, medical personnel need to go to the place where the computer is installed and check the catering information for each patient in order to know the patient's catering information was there. For this reason, there is a problem that the medical staff cannot easily distinguish between each patient whether a meal is required and whether a meal is not required. In addition, after serving, the health care professional will provide each patient with information indicating that the serving has been completed in order to know whether the serving has been delivered to the patient who needs the serving. It was necessary to input the information to the computer and output the input contents to the computer screen as the serving status. As described above, checking the distribution information for each patient and inputting information indicating that the distribution has been completed for each patient after distribution has a problem in that it takes time for the medical staff. .

  In addition, since medical workers are often busy, it is difficult to input information indicating that the distribution has been completed to each patient after distribution, and information indicating that the distribution has been completed is input. There was a problem that a case of forgetting occurred. In this way, if you forget to enter information indicating that the meal has been completed, there will be a case where the meal has been delivered but no meal has been delivered. For patients who have not been served, it will be impossible to accurately distinguish whether the patient has forgotten to enter information indicating that the delivery has been completed, or who does not need to have a meal. There was a problem. In addition, some patients who do not need to eat meals are prohibited from eating. In many cases, patients who are prohibited from eating should not be served meals, so when considering patients who are prohibited from eating food, health-care professionals should eat meals for all patients who are not served. Can not be served. For this reason, there has been a problem that a case in which a meal is not distributed to a patient who needs a meal distribution occurs. In addition, it has been a problem that it takes time to confirm the presence or absence of a ban on each patient who is not serving a meal.

  The present invention has been made to solve such a problem, and at the time of serving, a medical worker does not have to go to the place where a computer is installed for each patient to check the serving information. In addition, it is possible to easily grasp the patient who needs the meal distribution, and the meal is distributed without taking the trouble of inputting information indicating the completion of the distribution to each patient after the distribution. The goal is to allow health care professionals to easily distinguish whether a non-patient needs a meal or no meal.

  Another object of the present invention is to enable a medical worker to input information indicating that the serving has been completed without taking time and effort.

  In order to solve the above-described problems, in the nurse call system of the present invention, when a medical worker performs a meal, the name of a patient who needs a meal to be placed on the display unit installed in each hospital room is changed. It is displayed separately from the patient's name. In this state, when the operation unit installed in each hospital room is operated, the completion of the meal distribution is completed for the patient who needs the meal distribution in the hospital room where the operation unit is installed Information is added. In addition, when a health care worker confirms the distribution situation, patient name information of a patient who should distribute a meal is obtained from patients in a hospital room where the operation unit is not operated.

  Further, according to another aspect of the present invention, when the medical staff performs the serving, when the operating unit is operated, the name of the patient who needs the serving of the meal in the hospital room where the operating unit is installed Is displayed separately from the names of other patients on the display unit installed in this hospital room. Completion information indicating that meal distribution has been completed is added to a patient who needs meal distribution in a hospital room where the operation unit is installed. In addition, when a health care worker confirms the distribution situation, patient name information of a patient who should distribute a meal is obtained from patients in a hospital room where the operation unit is not operated.

  According to the present invention configured as described above, when a healthcare worker performs a meal, the name of a patient who needs a meal is distinguished from the name of a patient who does not need a meal, for each hospital room. It is displayed on the display section provided. This allows healthcare professionals to serve meals simply by looking at the display provided in each room without having to go to the location where the computer is installed for each patient. The patient who needs it can be grasped easily. In addition, just by operating the operation unit installed in each hospital room, completion information indicating that the delivery to the patient who needs the meal distribution in that hospital room is completed, so the distribution has been completed. It is no longer necessary to input the completion information indicating the post-allocation information for each patient. In addition, when the health care worker confirms the distribution situation, the names of patients who have not yet completed the distribution are extracted although the meal needs to be distributed. By displaying the name of the patient extracted in this way on a screen such as a nurse call parent machine, whether the meal should be served or not should be served for a patient who has not been served a meal. It can be easily distinguished. Therefore, the health care worker can increase the possibility that the meal will be served to the patient who should serve the meal by serving the patient displayed on the screen of the nurse call parent machine.

  In addition, according to another aspect of the present invention, when a health care worker performs a meal, only the name of a patient who needs a meal and a patient who does not need a meal is needed. The name is displayed separately from the name, and completion information indicating that the meal distribution has been completed is input to the patient who needs the meal distribution in the room. Thereby, the medical worker can input the completion information indicating that the serving has been completed without taking time and effort. Therefore, it becomes difficult for the medical staff to forget to input the completion information, and it is possible to make it difficult to cause a case where a meal is not distributed even though the meal has been distributed. Therefore, the health care professional accurately determines whether a patient who has not been served a meal has forgotten to enter completion information indicating that the delivery has been completed, or is a patient who does not need to have a meal. The medical staff can easily identify the patient to whom the meal is to be arranged from among the patients who have not been served a meal, without considering the patient who is not eating. Thereby, it can be made hard to produce the case where the meal is not distributed with respect to the patient who should distribute the meal.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings. A block diagram of the nurse call system according to this embodiment is shown in FIG. As shown in the figure, the nurse call system according to the present embodiment includes a nurse call slave device 10, a nurse call master device 20, a corridor lamp 30, and a portable communication terminal 40.

  The nurse call handset 10 includes a handset control section, a call operation section, and a handset interface (hereinafter referred to as I / F) section (not shown). The nurse call master unit 20 includes a master unit control unit 21, a storage unit 22, an operation mode setting unit 23, a layout mode control unit 24, a confirmation mode control unit 25, a master unit display unit 26, a master unit interface ( (Hereinafter referred to as I / F) 27 is provided. The corridor lamp 30 includes a corridor lamp control unit 31, a notification unit 32, a corridor lamp display unit 33 (corresponding to a display unit in claims), and a touch panel unit 34 (corresponding to an operation unit in claims). And a corridor lamp interface (hereinafter referred to as I / F) unit 35. The mobile communication terminal 40 includes a terminal control unit 41, a terminal display unit 42, and a terminal interface (hereinafter referred to as I / F) unit 43.

  In FIG. 1, a nurse call child device 10 is installed in the vicinity of a patient in a hospital room (for example, near a bed) and connected to the nurse call parent device 20 and the portable communication terminal 40 via a transmission line. . In addition, when the patient operates the call operation unit, the nurse call slave device 10 transmits a call signal for notifying the call to the nurse call parent device 20. Here, a known technique is used for the structure of the nurse call slave unit 10 and the calling signal transmission processing by the nurse call slave unit 10. The nurse call parent machine 20 is installed in a room (for example, a staff room) where a medical worker is present, and is for responding to a call from a patient. Here, a plurality of nurse call slave devices 10 are connected to the nurse call master device 20. The corridor lamp 30 is installed near the entrance of each hospital room, and displays the name of the patient who uses the hospital bed in the hospital room. It is installed between the nurse call slave unit 10 and the nurse call master unit 20. ing. A plurality of portable communication terminals 40 are connected to the nurse call parent device 20. Here, the mobile communication terminal 40 is carried by a medical worker, notifies a call from a patient, and is used by the medical worker to respond to the call, and a nurse call parent device via a radio base station (not shown) 20 is connected.

  The base unit control unit 21 controls each component of the nurse call base unit 20 as described later. The storage unit 22 stores patient name information indicating a patient name, serving information indicating whether or not a meal needs to be distributed to the patient, and hospital room information indicating a patient's room in association with each other. In addition, as shown in FIG. It has an area 201, a room number area 202, a patient name area 203, a catering area 204, and a completion area 205. Here, the item areas 201 to 205 are associated with each other. In the room number area 202, room information indicating a patient's room number is stored. The patient name area 203 stores patient name information indicating the name of the patient. The serving area 204 stores serving information indicating whether or not a meal needs to be served to the patient. In the completion area 205, completion information indicating that the meal distribution has been completed is stored. Here, the value of the serving information of the patient who needs to serve a meal is “necessary”. On the other hand, the value of the distribution information of the patient who does not need to distribute the meal is “unnecessary”. In addition, the value of the completion information of the patient whose meal has been distributed is “completed”. On the other hand, the value of completion information of a patient who has not completed meal distribution is “incomplete”.

  The operation mode setting unit 23 confirms whether a meal has been distributed to a patient who needs a meal after having distributed a meal and a distribution mode for confirming a patient who needs the meal when the meal is distributed Set the confirmation mode. When the health care worker performs the catering, the operation mode setting unit 23 is set to the catering mode, and the parent device control unit 21 operates the catering mode control unit 24. On the other hand, when the health care worker confirms the distribution situation, the operation mode setting unit 23 is set to the confirmation mode, and the parent device control unit 21 operates the confirmation mode control unit 25. In addition, the medical worker sets the operation mode setting unit 23 by operating a master unit operation unit (not shown).

  The catering mode control unit 24 operates when the operation mode setting unit 23 is set to the catering mode. The catering mode control unit 24 refers to the storage unit 22 and acquires the patient name information and the room information of the patient whose catering information is “necessary”. The catering mode control unit 24 transmits the acquired patient name information to the corridor lamp 30 installed in the hospital room corresponding to the hospital room number included in the acquired hospital room information. The transmitted patient name information is displayed separately from other patient name information on the corridor lamp display unit 33 described later. By referring to the names of these patients, the medical staff can grasp the patients who need to serve meals.

  In addition, when the catering mode control unit 24 transmits the patient name information to the corridor lamp 30, whether the catering mode control unit 24 has received an operation signal transmitted from the corridor lamp 30 by a master unit receiving unit (not shown). Judgment is made. Here, the operation signal is a signal indicating that the touch panel unit 34 of the corridor lamp 30 has been operated. The operation signal includes hospital room information indicating the hospital room in which the source corridor lamp 30 is installed. When the serving mode control unit 24 determines that the master unit receiving unit has received the operation signal, the serving mode control unit 24 acquires the room information included in the operation signal. The catering mode control unit 24 acquires the room information corresponding to the acquired room information from the storage unit 22. Upon obtaining the room information from the storage unit 22, the catering mode control unit 24 adds “completed” and a value to the completion information of the patient whose catering information is “necessary” from the patient name information corresponding to the patient room information. To do. In this way, the patient in the hospital room whose completion information is “completed” means that the serving has been completed.

  The confirmation mode control unit 25 operates when the operation mode setting unit 23 is set to the confirmation mode. The confirmation mode control unit 25 refers to the storage unit 22 and acquires hospital room information whose completion information is not “completed”. When acquiring the room information from the storage unit 22, the confirmation mode control unit 25 acquires the patient name information whose catering information is “necessary” from the patient name information corresponding to the room information. The confirmation mode control unit 25 displays the acquired patient name information on the parent device display unit 26 and the terminal display unit 42. Then, the confirmation mode control unit 25 transmits the acquired patient name information to the corridor lamp 30 installed in the hospital room corresponding to the hospital room number included in the acquired hospital room information. The transmitted patient name information is displayed on the corridor lamp display unit 33 of the corridor lamp 30 of the transmission destination as a patient whose distribution is not completed although it is necessary to distribute the meal. In this way, the confirmation mode control unit 25 extracts the names of patients who have not yet been served, although it is necessary to serve meals. By displaying the name of the extracted patient on the display unit 26 for the base unit and the display unit 42 for the terminal, the medical staff can easily distinguish whether or not a meal is served for the patient to be served. be able to.

  When the operation mode setting unit 23 is set to the confirmation mode, the base unit display unit 26 displays the name of a patient who has not yet completed the distribution, although the meal needs to be distributed. It consists of a display display. The master unit I / F unit 27 is connected to the corridor lamp I / F unit 35 and the terminal I / F unit 43 so that the nurse call master unit 20 communicates with the corridor lamp 30 and the portable communication terminal 40. It is connected. The master unit I / F unit 27 is connected to the slave unit I / F (not shown) via the corridor lamp I / F unit 35 so that the nurse call master unit 20 communicates with the nurse call slave unit 10. Connected to F section.

  The corridor lamp control unit 31 controls each component of the corridor lamp 30 as described later. The notification unit 32 is configured by an indicator lamp that indicates a call by turning on or blinking. The corridor lamp display unit 33 displays the name of the patient in the hospital room in which the corridor lamp 30 is installed, and includes a display or the like. The corridor lamp display unit 33 divides the display area in accordance with the arrangement of the beds used by the patient, and displays the patient's name in each display area.

  As shown in FIG. 3A, in the corridor lamp 30 in the catering mode, the names of patients whose “necessary” is stored in the catering area 204 of the storage unit 22 are displayed on the corridor lamp display unit 33. Is done. On the other hand, the name of the patient whose “unnecessary” is stored in the serving area 204 of the storage unit 22 is not displayed on the corridor lamp display unit 33. Further, the background color corresponding to the display area of the patient's name that is not displayed is displayed on the corridor lamp display unit 33 while being inverted from the background color corresponding to the display area of the patient's name that is displayed.

  The touch panel unit 34 is attached to the surface of the corridor lamp display unit 33. In addition, when a finger touches (touches) the panel surface, the touch panel unit 34 transmits a detection signal indicating detection to the corridor lamp control unit 31.

  The corridor lamp I / F unit 35 includes a slave unit I / F unit and a master unit I / F (not shown) so that the corridor lamp 30 communicates with the nurse call slave unit 10 and the nurse call master unit 20. Connected to the unit 27.

  When the operation mode setting unit 23 is set to the catering mode, the corridor lamp control unit 31 uses the patient name information of the patient who needs the catering meal transmitted from the nurse call master unit 20 for the corridor lamp. Received by the I / F unit 35. The corridor lamp control unit 31 displays the received patient name information on the corridor lamp display unit 33. At that time, the corridor lamp control unit 31 does not display patient name information other than the received patient name information. Thereby, the control part 31 for corridor lamps can distinguish and display the name of the patient who needs the meal arrangement and the name of the patient who does not need the meal arrangement.

  The medical staff refers to the name of the patient who needs the meal arrangement and the name of the patient who does not require the meal arrangement, which are displayed separately in the hallway lamp display section 33, and distributes the meal to the displayed patient. Then, the medical staff touches the touch panel unit 34. The corridor lamp control unit 31 determines whether or not the touch panel unit 34 is touched (that is, the corridor lamp control unit 31 determines whether or not a detection signal is received from the touch panel unit 34). When the corridor lamp control unit 31 determines that the touch panel unit 34 is not touched by the medical staff, the corridor lamp control unit 31 touches the touch panel unit 34 or ends the serving mode. Continue processing. On the other hand, when the corridor lamp control unit 31 determines that the touch panel unit 34 has been touched by a medical worker, the corridor lamp control unit 31 generates an operation signal indicating that the touch panel unit 34 has been operated. . When generating the operation signal, the corridor lamp control unit 31 includes room information indicating a hospital room in which the own device is installed. The corridor lamp control unit 31 transmits the generated operation signal to the nurse call parent device 20 through the corridor lamp I / F unit 35. When the corridor lamp control unit 31 transmits an operation signal, the corridor lamp control unit 31 turns off the display of the corridor lamp display unit 33.

  In addition, when the operation mode setting unit 23 is set to the confirmation mode, the corridor lamp control unit 31 needs to distribute meals, but the patient name information of patients who have not completed the distribution. It is received from the nurse call master 20 by the corridor lamp I / F unit 35. The corridor lamp control unit 31 displays the received patient name information on the corridor lamp display unit 33.

  As shown in FIG. 3B, in the corridor lamp 30 in the confirmation mode, “necessary” is stored in the catering area 204 from the hospital rooms in which “completed” is not stored in the completion area 205 of the storage unit 22. The name of the patient is displayed on the corridor lamp display unit 33. Further, the corridor lamp control unit 31 turns on or blinks the notification unit 32 so that the medical staff notices the display on the corridor lamp display unit 33.

  The terminal control unit 41 controls each component of the mobile communication terminal 40 as described later. Similarly to the display unit 26 for the master unit, the terminal display unit 42 needs to serve a meal when the operation mode setting unit 23 of the nurse call master unit 20 is set to the confirmation mode. The name of the patient who has not been completed is displayed, and is composed of a small display. The terminal I / F unit 43 is connected to the parent device I / F unit 27 so that the mobile communication terminal 40 communicates with the nurse call parent device 20.

  As described above in detail, the nurse call system according to the present embodiment has a patient name information of a patient who needs a meal arrangement and a patient patient who does not need a meal arrangement when a health care worker performs the arrangement. Name information is displayed separately on the corridor lamp display unit 33. In addition, when the touch panel unit 34 is touched by a medical worker, the completion indicating that the arrangement of the hospital room in which the corridor lamp 30 that has transmitted the operation signal indicating that the touch panel unit 34 is operated is completed is completed. Add information. Thus, the medical staff can easily find a patient who needs to serve a meal just by looking at the corridor lamp display unit 33 without taking the time to check the placement information to the place where each patient is installed. It can be easily grasped. Moreover, since the completion information which shows that the distribution to the patient who needs the distribution of the meal of the hospital room is completed only by touching the touch panel part 34 for every hospital room, the information which shows that the distribution was completed This eliminates the need to input each patient after serving them.

  Further, when the health care worker confirms the catering status, the confirmation mode control unit 25 refers to the storage unit 22 to acquire the room information for which the completion information is not completed, and corresponds to the acquired room information. From the patient name information, the patient name information of the patient who needs a meal is obtained. By displaying the patient name information acquired in this way on the display unit 26 for the base unit and the display unit 42 for the terminal, it is easily distinguished whether or not the meal needs to be served for a patient who has not been served a meal. can do. Therefore, the health care worker can increase the possibility that the meal will be served to the patient who should serve the meal by serving the patient displayed on the screen of the nurse call parent machine.

  In the above-described embodiment, when the operation mode setting unit 23 is set to the serving mode, the corridor lamp control unit 31 displays the name of the patient who needs to serve the meal, and serves the meal. By not displaying the names of patients who do not need to be displayed, a patient who needs a meal and a patient who does not need a meal are displayed separately. However, the present invention is not limited to this. For example, characters such as “meal arrangement” or a symbol indicating that meal arrangement is required may be displayed in the vicinity of the name of a patient who needs meal arrangement. Thereby, a medical worker can visually recognize not only a patient who needs a meal but also a patient who does not need a meal.

  In such a case, instead of displaying characters such as “meal serving” or a symbol indicating that a meal is required in the vicinity of the name of the patient, the name of the patient who needs the meal is displayed. The display color may be different from the display color of the name of the patient who does not require meals. In addition, the names of patients who need meals are displayed darkly, the names of patients who do not need meals are displayed lightly, and the names of patients who need meals are highlighted. You may make it do. Further, the name of a patient who needs a meal or the name of a patient who does not need a meal may be displayed in a blinking manner. In addition, the names of patients who need meals may be displayed in bold, and the names of patients who do not need meals may be displayed in fine letters. Further, the name of a patient who needs a meal or the name of a patient who does not need a meal may be displayed with an underline. Further, by combining these display methods, the name of a patient who needs a meal and the name of a patient who does not need a meal may be displayed separately.

  In the above-described embodiment, after the meal is served to the patient displayed on the display unit 33 for the corridor lamp, the medical worker touches the touch panel unit 34 to store completion information indicating that the serving is completed. Although it memorize | stores in the part 22, it is not limited to this. For example, when a health care worker serves a meal, the display of the corridor lamp display unit 33 is turned off, and when the health care worker touches the touch panel unit 34, the serving mode control unit 24 displays the touch panel unit. The name of the patient who needs meals in the hospital room where the hospital 34 is installed is displayed on the corridor lamp display unit 33 installed in the hospital room separately from the names of other patients. You may make it memorize | store in the memory | storage part 22 the completion information which shows that the distribution of the meal was completed with respect to the patient who needs the distribution of the meal of the hospital room installed.

  Specifically, when the health care worker performs the catering, the operation mode setting unit 23 is set to the catering mode, and the display of the corridor lamp display unit 33 disappears. When a medical worker touches the touch panel unit 34 to confirm a patient who needs a meal, the corridor lamp control unit 31 of the corridor lamp 30 to which the touch panel unit 34 is attached generates an operation signal. It transmits to the nurse call parent machine 20. When the parent device control unit 21 determines that the nurse call parent device 20 has received the operation signal, the catering mode control unit 24 acquires the room information included in the operation signal. The catering mode control unit 24 acquires patient name information corresponding to the acquired hospital room information from the storage unit 22. The catering mode control unit 24 acquires the patient name information of the patient whose catering information is “necessary” from the acquired patient name information, and transmits it to the corridor lamp 30 that has transmitted the operation signal. At the same time, the catering mode control unit 24 acquires the room information corresponding to the acquired room information from the storage unit 22, and stores the completion information whose value is “completed” and the acquired room information in association with each other. Store in unit 22. The corridor lamp control unit 31 receives the patient name information of the patient to whom the meal transmitted from the nurse call master 20 is to be served. The corridor lamp control unit 31 displays the received patient name information on the corridor lamp display unit 33.

  As a result, a medical worker simply touches the touch panel unit 34 to display a patient who needs a meal on the corridor lamp display unit 33, and the corridor lamp 30 to which the touched touch panel unit 34 is attached. Since “completion” is added to the completion information of the patient in the hospital room where the hospital is installed, it is possible for the medical staff to input completion information indicating that the catering has been completed. Therefore, it becomes difficult for the medical staff to forget to input the completion information, and it is possible to make it difficult to cause a case where a meal is not distributed even though the meal has been distributed. Therefore, the health care professional accurately determines whether a patient who has not been served a meal has forgotten to enter completion information indicating that the delivery has been completed, or is a patient who originally did not need to have a meal. The medical staff can easily identify the patient to whom the meal is to be arranged from among the patients who have not been served a meal, without considering the patient who is not eating. Thereby, it can be made hard to produce the case that the meal is not distributed with respect to the patient who should distribute the meal.

  Further, in this modification, in order to confirm a patient who needs a meal, the touch panel unit 34 must be touched, so that the completion information can be input only by confirming the patient who needs the meal. Can do. Thereby, it becomes difficult for the medical staff to forget to input the completion information.

  In the above-described embodiment, the completion information is input by operating the touch panel unit 34 provided on the surface of the display unit 33 for the corridor lamp. However, the present invention is not limited to this. For example, one operation button is provided for one hospital room in the vicinity of the corridor lamp 30 or the corridor lamp 30, and a medical worker inputs the completion information by operating the operation button. good.

  In the embodiment described above, the catering mode control unit 24 acquires patient name information corresponding to the room information of the hospital room in which the touched touch panel unit 34 is installed from the storage unit 22, and the acquired patient name information The completion information of the patient whose catering information is “necessary” is acquired from the inside, and “completion” is added to the acquired completion information, but is not limited thereto. For example, the catering mode control unit 24 acquires the room information of the room where the touched touch panel unit 34 is installed from the storage unit 22, and connects the completion information whose value is “completed” and the acquired room information to each other. In addition, it may be stored in the storage unit 22.

  In the embodiment described above, the confirmation mode control unit 25 refers to the storage unit 22, acquires hospital room information whose completion information is not “completed”, and patient name information corresponding to the acquired hospital room information. The patient name information whose catering information is “necessary” is acquired from among them, but the present invention is not limited to this. For example, the confirmation mode control unit 25 refers to the storage unit 22, acquires the patient name information whose distribution information is “necessary”, and the completion information is “completed” from the acquired patient name information. No patient name information may be acquired.

It is a block diagram of the nurse call system of this embodiment. It is explanatory drawing which shows the structural example of a memory | storage part. It is explanatory drawing which shows the example of a display of a corridor lamp.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Nurse call cordless handset 20 Nurse call master phone 21 Parent machine control part 22 Memory | storage part 23 Operation mode setting part 24 Allocation mode control part 25 Confirmation mode control part 26 Parent machine display part 27 Interface for parent machine (I / F) Section 30 Corridor lamp 31 Corridor lamp control section 32 Notification section 33 Corridor lamp display section 34 Touch panel section 35 Corridor lamp interface (I / F) section 40 Mobile communication terminal 41 Terminal control section 42 Terminal display section 43 Terminal use Interface (I / F) section 201 No. Area 202 Room number area 203 Patient name area 204 Allocation area 205 Completion area

Claims (2)

A storage unit for storing patient name information indicating a patient's name, serving information indicating whether or not a meal needs to be distributed to the patient, and hospital room information indicating the patient's room in association with each other;
A display unit that is installed for each hospital room and displays the patient name information of a patient who needs a meal arrangement and the patient name information of a patient who does not need a meal arrangement; and
An operation unit that is installed for each hospital room and that is operated when serving the patient room,
An operation mode setting unit for setting a distribution mode for confirming a patient who needs a meal when serving a meal and a confirmation mode for confirming whether a meal has been distributed to a patient who needs a meal ,
It operates when the operation mode setting unit is set to the catering mode, and the patient information and patient room information of the patient whose catering information is to serve meals to the patient are acquired from the memory unit and acquired. The patient name information acquired on the display unit installed in the patient room corresponding to the patient room information is displayed separately from other patient name information, and the operation unit installed in the patient room corresponding to the acquired patient room information is operated. If it is, a layout mode control unit that stores the completion information indicating that the distribution of the hospital room is completed in the storage unit in association with the hospital room information;
It operates when the operation mode setting unit is set to the confirmation mode, acquires room information for which the completion information is not completed from the storage unit, and stores patient name information corresponding to the acquired room information A confirmation mode control unit for acquiring patient name information of a patient whose meal information is to be served to the patient from within,
A nurse call system comprising: A storage unit for storing patient name information indicating a patient's name, serving information indicating whether or not a meal needs to be distributed to the patient, and hospital room information indicating the patient's room in association with each other;
A display unit that is installed for each hospital room and displays the patient name information of a patient who needs a meal arrangement and the patient name information of a patient who does not need a meal arrangement; and
It is installed for each hospital room and is operated when serving for this hospital room, and distinguishes between patient name information of a patient who needs the meal and patient name information of a patient who does not need the meal An operation unit for displaying on the display unit;
An operation mode setting unit for setting a distribution mode for confirming a patient who needs a meal when serving a meal and a confirmation mode for confirming whether a meal has been distributed to a patient who needs a meal ,
It operates when the operation mode setting unit is set to the catering mode, and when the operation unit is operated, it is included in the patient name information corresponding to the room information indicating the room where the operation unit is installed. The patient information is acquired from the patient information of the patient whose meal information is to be distributed to the patient from the patient information, and the patient name information acquired in the display unit installed in the hospital room corresponding to the acquired patient room information is the other patient name information And a distribution mode control unit that stores completion information indicating that the distribution of the patient room has been completed in association with the patient room information and stored in the storage unit,
It operates when the operation mode setting unit is set to the confirmation mode, acquires room information for which the completion information is not completed from the storage unit, and stores patient name information corresponding to the acquired room information A confirmation mode control unit for acquiring patient name information of a patient whose meal information is to be served to the patient from within,
A nurse call system comprising:

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