KR20170086793A

KR20170086793A - ICT IoT Smart Bedsideterminal Smart Hospital Managerment System and method

Info

Publication number: KR20170086793A
Application number: KR1020160006243A
Authority: KR
Inventors: 지현민
Original assignee: 주식회사 엠티비; 지현민
Priority date: 2016-01-19
Filing date: 2016-01-19
Publication date: 2017-07-27

Abstract

The present invention relates to a smart hospital management system and method for managing hospitals in an integrated manner using a short-range wireless communication with a smartphone. The hospital reception terminal and the hospital lobby terminal collect hospital information, And the hospital management server stores information on hospital visit information and medical fee settlement information or hospital event information in a database for each patient bed (bed) or for each treatment room and clinic; Bedside terminal (cyber nurse) mTV can identify the patient bed (bed) condition and generate it as patient bed (bed) related information and send it to the hospital reception terminal or hospital management server through the bedside terminal installed on the patient bed (Bed) information is displayed in real time for each patient bed (bed), and the hospital management server displays information related to the patient bed (bed) to each patient bed (bed) Stored in the database;
Patient bed (bed) bedside terminal is configured to connect a predetermined patient bed (bed) identification code to a staff mobile terminal or patient-for-patient bed (bed) The mobile terminal for the employee generates an information request signal and transmits the information request signal to the hospital management server through wireless communication;
The hospital management server reads the patient bed (bed) related information corresponding thereto according to the information request signal, and transmits the information to the mobile terminal for staffing through wireless communication. Thus, the mobile terminal for the employee transmits the patient bed (bed) Receiving and providing related information;
When an employee mobile terminal makes contact with a near-field wireless communication terminal (NFC, RFID, beacon, etc.), the near-field communication terminal (NFC, RFID, beacon, etc.) The mobile terminal for the employee generates an information request signal and transmits the information request signal to the hospital management server through wireless communication;
The hospital management server reads the information related to the treatment room and the corresponding room according to the information request signal and transmits the information to the staff mobile terminal through the wireless communication, and receives information related to the treatment room and the office corresponding to the employee mobile terminal do.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a smart hospital management system and method using an ICT IoT smart bedside terminal,

The present invention relates to a hospital management system through an ICT IoT smart bedside terminal by integrating hospitals using a smart phone and near field wireless communication (for example, NFC (Near Field Communication), RFID, beacon, etc.) To a smart hospital management system and method.

It is based on smart hospital system technology which integrates hospitals' medical information system and hospital building management system with smart phone and short distance wireless communication to manage hospitals.

IBS + IT + short-range wireless communication = ICT + smartphone = IoT

In general, for the purpose of efficiently operating hospitals and providing high-quality services, it is necessary to maintain cleanliness and a comfortable environment so as to optimize patient bed (bed) It is necessary to check the room temperature, manage the use of the patient bed (bed) to save energy, and visit the patient bed (bed) to see if there is a patient in the patient bed (bed). Also, in order to improve the efficiency of hospital patient bed (bed) management, a separate computer manpower should check data from time to time and input. In other words, it is difficult to detect the use state of the patient bed (bed) at the desk without a separate inspection worker, the environmental condition of the patient bed (bed) can not be grasped and temperature control and illumination control at the center are impossible, In this case, it is necessary to automate the hospital patient bed (bed) management because the wrong data entered during computer input causes a great loss of management. Nevertheless, it is difficult to carry out automatic control and computerization of patient bed (bed), and it is a reality that separate network configuration is difficult.

Based on Embedded TCP / IP, centralized control of patient bed (bed) in hospitals enables more detailed and accurate hospital management and patient management at remote reception desk, nurse station and general management room. (Bed) management system using embedded TCP / IP, which recognizes the state detection switch of each patient bed (bed) and the authentication tag of each patient bed (bed) A switch panel that can directly control the lighting device by a switch panel installed inside each patient bed (bed), a remote control panel for each patient bed (bed), and a desk and nurse station And a TCP / IP protocol communication port that can be transmitted to manage the entire patient bed (bed). According to the disclosed technology, not only the computerization of hospital bed (bed) management but also the control of each patient bed (bed) can be centrally managed, thereby saving unnecessary energy and maintaining a comfortable patient bed (bed) It is possible to maximize the efficiency of bed (bed) management.

It is possible to automatically detect the entrance and departure status of the inpatient, and to remotely control various electronic devices installed in the patient bed (bed) using a bedside terminal (cyber nurse) mTV installed in the patient bed (bed) Of course, a Bedside Terminal (cyber nurse) mTV can be used to request various services provided by the hospital, and also a bedside terminal (cyber nurse) ) Management and control devices. According to the disclosed technique, there is provided a bedside terminal for indicating the presence or absence of an inpatient on a patient bed (bed) in a patient bed (bed), a power supply outlet, a lighting switch for controlling the lighting apparatus and the lighting apparatus, (Bed) management and control apparatus including an air conditioner that operates in accordance with control information of a hospital patient bed, wherein an entrance and exit patient authentication key for distribution to hospitalized patients is issued and installed in each patient bed Bedside Terminal (Cyber Nurse) It checks whether the hospitalized patients are entered by motel entrance information transmitted from mTV, collects the service request and reservation information of the inpatient sent from the management controller installed in each patient bed (bed) A patient bed (bed) management terminal; The patient bed (bed) management terminal and the bedside terminal (cyber nurse) communicate with the mTV, and the inpatient can remotely control the electronic devices in the patient bed (bed) A management controller for outputting the electronic device control information, the service request information and the reservation information according to the selection of the inpatient to the patient bed (bed) management terminal or the bedside terminal (cyber nurse) mTV by outputting to the TV screen; A TV for outputting a guidance screen output from the management controller and supplying the management controller with electronic device control information, service request information, and reservation information selected by the remote controller operation of the inpatient; (Bed) management terminal of the patient authentication key (such as a smartphone RFID beacon), receives the patient access detection information of the patient authentication key (remote control of various electronic devices installed in the patient bed (bed) (Such as smartphone RFID beacons) access

A bedside terminal (cyber nurse) mTV for controlling the entry / exit state of the hospitalized patient on the bedside terminal according to the patient authentication key detection information and for remotely controlling the lighting apparatus and the air conditioner according to the control information of the management controller .

In the case of the conventional hospital management as described above, there has been a limitation in maximizing the hospital operation and maximizing the patient service in accordance with the technological progress of the new information age. Also, there is a limit to the hospital access, security, emergency measures, And the information of the clinic room were provided individually. Thus, the service was slow and uncomfortable, the manpower was increased, and the patient's bed energy was also wasted.

The medical information that can be acquired by the patient in the hospital is limited to the homepage of the hospital, the information of the internet, the articles of the media, etc. The service provided to the hospital patient is provided by the hospital centered on the unilateral service.

If the patient is hospitalized or is in the process of being hospitalized, it is difficult to communicate and is forced to hang on to the limited information provided entirely by the hospital or medical staff (doctors and nurses), and the acquisition of additional information is also limited. Hospitals are also experiencing difficulties in delivering sufficient services and hospital information to their patients due to the busy workload of doctors and nurses.

Therefore, we will utilize it as ICT communication means to provide smooth communication between patients and medical staff and correct medical information through establishment of mTV system for patient - patient information delivery solution.

1. We intend to expand the ICT IoT service by enhancing hospital productivity and patient convenience by expanding low-cost entry-level market through solution development of bedside terminal of smart hospital and unilateral face-to-face service of hospital .

ㅇ Domestic hospital environment

- No two-way communication for inpatient and hospital

- Workload of hospital medical staff

- Adverse effect due to wrong medical information exposure on internet due to absence of patient education system

ㅇ Problems of transferring patient information easily from the viewpoint of existing patients

- PACS, OCS, HIS introduced system for hospital medical treatment and work environment

- Due to lack of communication system for the patients in the hospital, the patients themselves can not manage their time

- Excessive work load and manpower costs due to face-to-face management

- Patient - hospital two way communication impossible

- Inability to communicate with hospitalized patients

- System reservation can not be used for simple reservation, computerized or mobile

2. Big data is reworked and applied to the 6th industry in the future, creating opportunity

- Utilizing data on patient-hospital interactive communication collected at smart hospital bedside terminal, dramatically improving hospital service, maximizing profitability

- Implemented advanced hospitals with cloud-based smart hospital service data business development

- Goal to enter the domestic and overseas markets

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and an object of the present invention is to provide a system and method for managing integrated hospitals using a smart phone and short-range wireless communication A smart hospital management system and method are provided.

ㅇ Development of ICT bedside terminal for patient-hospital communication

- Internet interface development

- Design and implementation of wireless and wired communication structure

- Implementation of wired / wireless network design

- Algorithm development for simple maintenance

ㅇ Development of ICT-based patient-hospital communication solution

- ICT data collection and algorithm development for patient-hospital communication

- H / W design and implementation for patient-hospital communication

- Design of bi-directional integrated control S / W for patient-hospital communication

ㅇ Development of user interface for smartphone

- Development of interface application for patient-hospital communication

- Patient stored in server - Implement hospital information service

In order to solve such a problem, according to one aspect of the present invention, it is possible to provide hospital visit information and settlement information for each patient bed (bed), provide hospital event information for each treatment room and an office, generate an information request signal A hospital reception terminal and a hospital lobby terminal for displaying information related to the patient bed (bed) or the information related to the treatment room and the examination room by each patient bed (bed) or each treatment room and the medical examination, in real time; Patient Bed (Bed) This system collectively manages the information related to the patient bed (bed) by the identification code, the treatment room, the treatment room according to the room identification code, the information related to the room, and the general information. A hospital management server for reading information related to the patient bed (bed) corresponding to the information request signal or the information related to the treatment room and the examination room, and transmitting the information; Patient Bed (Bed) A database that stores information related to patient bed (bed) by identification code, treatment room, treatment room by examination room identification code, examination room related information, and general purpose information in a database. (Bed) state of the patient bed (bed), and notifies the hospital reception terminal and the hospital lobby terminal or the hospital management server of the patient bed (bed) Bed) terminal (cyber nurse) mTV which receives patient bed (bed) related information from the hospital management server after notifying the hospital management server upon request of the bedside terminal (bed) A plurality of patient bed (bed) bedside terminals for relaying transmission / reception data between the hospital reception terminal and the hospital lobby terminal or between the hospital management server and the bedside terminal (cyber nurse) mTV; A plurality of short range wireless communication terminals (NFCs), which are installed at the entrance of each treatment room and the examination room, perform short-range wireless communication with a short range wireless communication module (NFC, RFID, beacon) , RFID, beacons, etc.); A plurality of treatment room and clinic bedside terminals for relaying transmission / reception data between the hospital reception terminal or the hospital management server and the near field wireless communication terminal (NFC, RFID, beacon, etc.); (NFC, RFID, beacon) to perform short-range wireless communication, and is installed at the entrance of each patient bed (bed)

A plurality of patient bed (bed) bedside terminals for transferring predetermined patient bed (bed) identification codes; The patient bed (bed) bedside terminal or the short-

A plurality of staff mobile terminals for receiving and displaying information related to patient bed (bed) requested by the patient or information related to the treatment room and the examination room after the information request signal is generated upon contact with the communication terminal; And a wireless communication device having a wireless communication module and performing wireless communication between the mobile terminal for the staff and the hospital management server.

In one embodiment, the hospital management server extracts a patient bed (bed) identification code or a treatment room, an office room identification code, and an individual identification code from the information request signal transmitted from the mobile terminal for the employee through the wireless communication device, (Bed) related information corresponding to the patient bed (bed) identification code or the treatment room or the examination room identification code, or information related to the treatment room and the examination room corresponding to the individual identification code, from the database, To the mobile terminal.

In one embodiment, the patient bed (bed) bedside terminal does not normally display patient bed (bed) related information, and displays patient bed (bed) related information upon contact of the employee mobile terminal And transmits the data to the mobile terminal for display.

In one embodiment, the patient bed (bed) bedside terminal receives completion information via short-range wireless communication from an input means or the mobile terminal for staffing, and receives the completion information via the bedside terminal (cyber nurse) Bed) bedside terminal to the hospital management server.

In one embodiment, the mobile terminal for an employee may be connected to the patient bed (bed) bedside terminal or the patient bed (bed) side terminal upon contact with the patient bed (bed) bedside terminal or the local wireless communication terminal (Bed) identification code, a treatment room, and a clinic room identification code received from the local wireless communication terminal (NFC, RFID, beacon, etc.) together with a predetermined personal identification code in the information request signal, (Bed) -related information requested by the patient through the wireless communication device, or information related to the treatment room and the examination room, after the patient is transferred to the hospital management server.

In one embodiment, the smart hospital management system is installed in the entrance of each patient bed (bed), so that the key insertion state is communicated to the bedside terminal (cyber nurse) mTV

A plurality of key sensors for informing a plurality of key sensors; (Cyber nurse) mTV to perform illumination control of the illumination device and relay on / off according to the operation of the patient, installed on the bed room wall of each patient bed (bed) Switch panel; Each patient bed (bed)

(Bedside) heating / cooling device to adjust the temperature of the patient bed (bed) according to the operation of the patient and automatically set the temperature at the time of going out. The bedside terminal (cyber nurse) Informing the bedside terminal (cyber nurse) mTV of the current temperature of the bed of the patient (bed)

A plurality of temperature switch panels for informing the mTV of the bedside terminal (cyber nurse) to adjust the strength of the fan coil unit; A plurality of emergency switch panels installed on a wall of a bath room of each patient bed (bed), for generating emergency call information according to a patient's operation and informing the bedside terminal (cyber nurse) mTV; And an alarm icon, a current time display, a temperature display, a black mask LCD for displaying the alarm time, a DND, and a cleaning status display, and is provided near the bed of the bed room of each patient bed (bed) A nurse call switch, and a plurality of bedside panels for informing the mTV of the bedside terminal (cyber nurse) to read data of the key patient authentication key to identify the identity. The multi-function switch panel is provided with a DND and a cleaning request switch to inform the mTV of the bedside terminal (cyber nurse) of the DND and the cleaning request of the patient.

According to another aspect of the present invention, the hospital reception terminal and the hospital lobby terminal provide the hospital visit information and the payment information of the hospital or the event information of the hospital to the hospital management server, and the hospital management server provides the hospital visit information, A first step of storing event information in a database for each patient bed (bed) or for each treatment room and office room; Bedside Terminal (Cyber Nurse) The mTV detects the patient bed (bed) status and generates it as information related to the patient bed (bed). The patient bed (bed) bedside terminal is used to connect the hospital reception terminal, hospital lobby terminal or hospital management server (Bed) information is displayed in real time for each patient bed (bed), and the hospital management server displays information related to the patient bed (bed) to each patient bed (bed) A second step of storing in a database;

When the employee mobile terminal contacts the patient bed (bed) bedside terminal, the patient bed (bed) bedside terminal transmits the predetermined patient bed (bed) identification code to the employee mobile terminal via short range wireless communication A third step for the employee mobile terminal to generate an information request signal and transmit it to the hospital management server through wireless communication; (Bed) related information corresponding to the information request signal, and transmits the information to the mobile terminal for staffing through wireless communication, and the mobile terminal for the employee transmits the patient bed (bed) A fourth step of receiving and providing related information; When an employee mobile terminal makes contact with a near-field wireless communication terminal (NFC, RFID, beacon, etc.), the near-field communication terminal (NFC, RFID, beacon, etc.) A fifth step of generating an information request signal by the mobile terminal for the employee and delivering the information request signal to the hospital management server through wireless communication; And the hospital management server reads the information related to the treatment room and the corresponding room according to the information request signal and transmits the information related to the treatment room and the room to the staff mobile terminal through wireless communication. And a sixth step of receiving and providing the smart hospital management method.

In one embodiment, the second step comprises reading the authentication identification code of the patient authentication key key to which the patient bed (bed) bedside terminal is contacted and delivering it to the bedside terminal (cyber nurse) mTV, Cyber nurse) mTV compares the authentication ID code with the patient bed (bed) identification information, and then releases the door lock, generates the door lock access information, and transmits it to the hospital reception terminal and the hospital through bedside terminal To the lobby terminal or the hospital management server; The hospital entrance terminal displays door lock access information in real time for each patient bed (bed), and the hospital management server stores door lock access information in a database for each patient bed (bed); The key sensor informs the bedside terminal (cyber nurse) mTV of the key insertion state, and the bed side terminal (cyber nurse) mTV confirms the key insertion state to use the electric heat and the electric lamp, Notifying the hospital reception terminal and the hospital lobby terminal or the hospital management server through the bed (bed) bedside terminal; And the hospital reception terminal and the hospital lobby terminal displays the patient status information in real time for each patient bed (bed), and the hospital management server stores the patient status information for each patient bed (bed) in the database .

In one embodiment, the second step is to allow the bedside terminal (cyber nurse) mTV to perform illuminance adjustment and relay on / off of the illuminating device when performing user operations using the multi-function switch panel step; Bedside terminal (cyber nurse) mTV activates the patient bed (bed) heating and cooling unit to control the temperature of the patient bed (bed) when performing the user operation using the temperature switch panel, and automatically sets the temperature Adjusting the strength of the fan coil unit; In the case of performing the user operation using the bed side panel, the bed side terminal (cyber nurse) mTV reads the data of the key patient authentication key so as to accurately identify the identity, and controls the dimming, group control, Bed temperature control, set value automatic control, out-going temperature difference control, and empty-room reference temperature difference control; Informing the bedside terminal (cyber nurse) mTV of the multi-function switch panel when the DND and the cleaning request switch of the multi-function switch panel are operated; Displaying the current temperature of the patient bed (bed) and informing it to the bedside terminal (cyber nurse) mTV; And informing the bedside terminal (cyber nurse) mTV of the emergency switch panel by generating emergency call information according to a user operation.

In one embodiment, the smart hospital management method includes receiving a completion information via short-range wireless communication from an input means or an employee mobile terminal, the patient bed (bed) bedside terminal sending completion information to a bedside terminal A seventh step in which the mTV of the bedside terminal (cyber nurse) notifies the completion information to the hospital reception terminal, the hospital lobby terminal or the hospital management server through the patient bed (bed) bedside terminal. And the hospital reception terminal and the hospital lobby terminal displays the completion information in real time for each patient bed (bed), and the hospital management server stores the completion information in the database for each patient bed (bed) .

The present invention is a solution-equipped device specialized in the field of medical care. By developing an mTV system for patient-hospital two-way communication, it is possible to efficiently provide hospital information to patients while protecting sensitive information such as patient personal information and medical records from being leaked Through the invention of supporting system technology, ICT will serve as a high-level communication tool for patients and hospitals, providing key functions to improve hospital work efficiency.

Also The present invention relates to a smart hospital management system and method for managing hospitals in an integrated manner using a short-range wireless communication with a smartphone. The hospital reception terminal and the hospital lobby terminal collect hospital information, And the hospital management server stores information on hospital visit information and medical fee settlement information or hospital event information in a database for each patient bed (bed) or for each treatment room and clinic; Bedside terminal (cyber nurse) mTV can identify the patient bed (bed) condition and generate it as patient bed (bed) related information and send it to the hospital reception terminal or hospital management server through the bedside terminal installed on the patient bed (Bed) information is displayed in real time for each patient bed (bed), and the hospital management server displays information related to the patient bed (bed) to each patient bed (bed) Stored in the database;

Patient bed (bed) bedside terminal is configured to connect a predetermined patient bed (bed) identification code to a staff mobile terminal or patient-for-patient bed (bed) The mobile terminal for the employee generates an information request signal and transmits the information request signal to the hospital management server through wireless communication;

The hospital management server reads the patient bed (bed) related information corresponding thereto according to the information request signal, and transmits the information to the mobile terminal for staffing through wireless communication. Thus, the mobile terminal for the employee transmits the patient bed (bed) Receiving and providing related information;

When an employee mobile terminal makes contact with a near-field wireless communication terminal (NFC, RFID, beacon, etc.), the near-field communication terminal (NFC, RFID, beacon, etc.) The mobile terminal for the employee generates an information request signal and transmits the information request signal to the hospital management server through wireless communication;

The hospital management server reads the information related to the treatment room and the corresponding room according to the information request signal and transmits the information to the staff mobile terminal through the wireless communication, and receives information related to the treatment room and the office corresponding to the employee mobile terminal do.

A smart hospital management system is installed in the smart bedside terminal which is made by attaching a robot arm-shaped cradle with a joint so that the patient can use the bed comfortably.

Establishment of mTV system for cyber nursing system patients

- Provide patient-specific information

- Consultation and inspection communication

- Hospital life communication

- Training schedule and medical staff inquiry

- patient convenience function

- Dietary communication service / birth certificate

- Convenient services such as help call, automatic notification etc. Hospital - Patient information delivery client

- Smartphone, Tablet (Android), Desktop (Windows)

- Construction of Hospital Patient Information Delivery Server

- Push notification, nurse call

- Connection Status Manager

- Bedside Terminal Manager

- Authentication, access control

- Logging / Auditing / Monitoring

- Medical image viewer (JPEG image, protocol support

- System compatibility (API, Sample Application)

- Hospital information interworking technology support

- Medical Work Work Flow

- PACS technology

- HIPAA regulations, personal health information protection plan

- Ultrasonic technology

- Fetal first cry video

- Delivery of customized content (medical information / supplementary information)

- TV / Internet service / Notice messaging / Entertainment

- Private patient service for single room of Dain's room

1 is a diagram illustrating a smart hospital management system according to an embodiment of the present invention.

2 is a diagram illustrating a patient bed (bed) management configuration associated with a bedside terminal (cyber nurse) mTV in FIG.

3 is a diagram illustrating an arrangement of a patient bed (bed) management configuration associated with a bedside terminal (cyber nurse) mTV in FIG.

4 is a flowchart illustrating a smart hospital management method according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE INVENTION

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The description of the present invention, however,

The scope of rights of the present invention should not be construed as being limited by the embodiments described in the text. That is, the embodiments are to be construed as being variously embodied and having various forms, so that the scope of the present invention should be understood to include equivalents capable of realizing technical ideas. It is also to be understood that the objects or advantages set forth herein may be embodied by the means that the particular embodiment

And therefore the scope of the present invention should not be construed as being limited thereby.

Meanwhile, the meaning of the terms described in the present invention should be understood as follows.

The terms "first "," second ", and the like are intended to distinguish one element from another, and the scope of the right should not be limited by these terms. For example, the first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component.

It is to be understood that when an element is referred to as being "connected" to another element, it may be directly connected to the other element, but there may be other elements in between. On the other hand, when an element is referred to as being "directly connected" to another element, it should be understood that there are no other elements in between. On the other hand, other expressions that describe the relationship between components, such as "between" and "between" or "neighboring to" and "directly adjacent to" should be interpreted as well.

It should be understood that the singular " include "or" have "are to be construed as including a stated feature, number, step, operation, component, It is to be understood that the combination is intended to specify that it does not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, or combinations thereof.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs, unless otherwise defined. Commonly used predefined terms should be interpreted to be consistent with the meanings in the context of the related art and can not be interpreted as having ideal or overly formal meaning unless explicitly defined in the present invention.

A smart hospital management system and method according to an embodiment of the present invention will now be described in detail with reference to the drawings.

1, the smart hospital management system 100 includes a hospital reception terminal, a hospital lobby terminal 110, a hospital management server 120,

A plurality of bedside terminals (FIM) 150-1 to 150-X, a plurality of bedside terminals (cyber nurses) mTV (bedsideterminal) A plurality of bedside terminals 170-1 to 170-Z, a plurality of treatment rooms, an examination room bedside terminal 110-1 to 110-F, a plurality of bedside terminals 170-1 to 170- (NFC, RFID, beacon, etc.) 190-1 to 190-H and a plurality of mobile terminals 200-1 to 200-G for employees.

The hospital reception terminal and the hospital lobby terminal 110 are connected to each other by the hospital bed information and the payment information (or the hospital information, for example, the treatment room and the clinic room) for each patient bed (bed) through input means such as a keypad, And the like), and provides the information to the hospital management server 120. The information management server 120 generates an information request signal corresponding to the instruction of the operator through the input means, and transmits the information request signal to the hospital management server 120 (Bed) related information from the hospital management server 120 or information related to the treatment room and the clinic room from the hospital management server 120 and obtains information related to the patient bed (bed) for each patient bed (bed), each treatment room, (Bed) request status such as hospital visit and settlement of medical expenses, patient condition, temperature condition, patient bed (bed) access record, cleaning completion, DND and cleaning request, etc.) (Eg, use plan and hospital event schedule, facility and equipment preparation status, check status, patrol information, cleaning status, beverage and meal preparation information, etc.) It displays in real time through output means such as monitor, touch screen and so on.

The hospital management server 120 may store information related to the patient bed (bed) by the patient bed (bed) identification code (or personal identification code), the treatment room by the treatment room, the room identification code (or personal identification code) General information, and the like, and stores the hospital visit information and the medical care settlement information input from the hospital reception terminal and the hospital lobby terminal 110 in the database 130 for each patient bed (bed), or stores the hospital event information in the database 130 Related information or patient bed (bed) -related information corresponding to the information request signal transmitted from the hospital reception terminal and the hospital lobby terminal 110 or the wireless communication apparatus 140, Related information or the information related to the treatment room and the examination room to the hospital reception terminal and the hospital lobby terminal 110 or It gives a pass line communications apparatus 140. The

In one embodiment, the hospital management server 120 extracts a patient bed (bed) identification code (or a treatment room, an examination room identification code) and an individual identification code from the information request signal transmitted from the wireless communication device 140 (Bed) related information corresponding to the identified patient bed (bed) identification code or the treatment room, the examination room identification code, or the treatment room or the examination room related information corresponding to the identified personal identification code, (Bed), it is possible to promptly process tasks such as cleaning, room sales, emergency alarm, etc., saving on labor costs, improving service quality, ), The possibility of escorting a VIP patient, etc. In addition, facility management such as reservation in the case of a treatment room or an examination room, saving of waiting time, It can provide martial law, thorough security, facility preparation and quick situation response, rapid delivery of information related to the treatment room, room, efficient treatment room, and operation of the clinic.

The database 130 stores patient bed (bed) related information (e.g., patient information, outgoing information, vacancy information, NFC door lock access information, and cleaning request information) for each patient bed (bed) (Eg, cleaning completion information, DND (Do not Disturb) information, arrival and departure date information, emergency call information, etc.), or information about the treatment room and the examination room (eg, For example, use plan and hospital event schedule information, facility and equipment preparation status information, check status information, patrol information, cleaning status information, beverage and meal preparation information, etc. of the treatment room, office information, time, Make a database and store it.

In one embodiment, the database 130 may include general purpose information (e.g., facility instruction information, hospital event plan information, comprehensive patient bed (bed) sales status information such as patient, vacancy, (E.g., cleaning information, inspection item information, preparation of various facilities and status information, weather information, traffic information, tourist information, exchange rate information, utilization fee guidance information, various operation manual information, etc.) .

The wireless communication apparatus 140 includes a wireless communication module such as a patient authentication and a Bluetooth module so as to perform a wireless communication between the mobile terminals 200-1 to 200-G for a plurality of employees and the hospital management server 120 (Bed) from the hospital management server 120 after receiving the information request signal from the mobile terminals 200-1 to 200-G via the wireless communication and transmitting the information request signal to the hospital management server 120. [ Related information or information related to the treatment room and the office, and transmits the information to the mobile terminals for employees 200-1 to 200-G through wireless communication.

The patient bed (bed) bedside terminals 150-1 to 150-X are connected to the hospital reception terminal, the hospital lobby terminal 110 or the hospital management server 120 and a plurality of bedside terminals (cyber nurses) mTV 160- 1 to 160-Y).

In one embodiment, the patient bed (bed) bedside terminals 150-1 to 150-X include a hospital reception terminal, a hospital lobby terminal 110 or a hospital management server 120 and a plurality of bedside terminals ) It is convenient to upgrade through a direct connection between mTV 160-1 to 160-Y and more than 32 patient beds per second delivered from bedside terminal (cyber nurse) mTV (160-1 ~ 160-Y) (Bed) related information (for example, hospital visit and settlement of medical expenses, cleaning, completion of cleaning, presence of patient, going out, etc.) (Bed) status icons, etc.), thereby enabling quick identification of the bed (bed) of the patient and enabling smooth handling of the patient bed (bed) for the patient have.

Bedside terminal (cyber nurse) mTV (160-1 to 160-Y) is a patient bed control device installed inside each patient bed (bed) (Bed), such as the use and presence of a patient, the temperature of a patient bed (bed), the completion of cleaning, the status of a patient bed (bed) such as DND and cleaning, (Bed) related information to the hospital reception terminal and the hospital lobby terminal 110 or the hospital management server 120 through the side terminals 150-1 to 150-X, (Bed) related information from the hospital management server 120 and provides the information to the user (i.e., the customer) by notifying the user of the patient bed (bed) can do.

In one embodiment, the bedside terminals (cyber nurse) mTVs 160-1 to 160-Y include a temperature control unit, a lighting control unit, a power unit, a terminal unit, a lamp, and an electric heating ELB (Earth Leakage Breaker) It is possible to install a case for each unit so that it is electrically safe. It prevents dirt and foreign matter from being generated even when used for a long time, and all wiring can be connected through the terminal unit to eliminate electrical contact failure. The fuse is installed to facilitate the change of each circuit and the safety is guaranteed in the case of an electrical abnormality. The temperature control unit or the lighting control unit allows manual control even when the temperature or the lighting control switch fails. Bed) can be installed so that it can be easily operated, checked and operated by the inspector.

The patient bed (bed) bedside terminals 170-1 to 170-Z are terminals installed at the entrance and exit of each patient bed (bed), for example, an NFC (Near Field Communication) module, an RF communication module, (NFC, RFID, beacon) such as a mobile communication terminal, a mobile communication terminal, a mobile communication terminal, a mobile communication terminal, a mobile communication terminal, (Bed) identification code or the like) previously set at the time of contact with the communication terminals 200-1 to 200-G via the short-range wireless communication. give.

In one embodiment, the patient bed (bed) bedside terminals 170-1 through 170-Z are configured to expose the patient condition by displaying the DND and cleaning request as an LED, such as a traditional chime bedside terminal For example, in order to protect privacy, patient-related information is not normally displayed, but a short-range wireless communication sensor is provided so that the mobile terminals 200-1 to 200- Related information (for example, DND and cleaning request, etc.) to the mobile terminals 200-1 to 200-G via the LED, or may transmit the patient-related information to the mobile terminals 200-1 to 200-G for display.

In one embodiment, the patient bed (bed) bedside terminals 170-1 through 170-Z may include a call function switch, a display LED, and the like, and may also include input means (Cyber nurse) mTV 160-1 to 160-Y by receiving completion information such as call completion, service completion, and the like through the short-range wireless communication from the mobile terminals 200-1 to 200-G for mobile terminals 200-1 to 200- (Bed) bedside terminals 150-1 through 150-X to the hospital management server 120 through the patient bed (bed) bedside terminals 150-1 through 150-X.

The treatment room and the treatment room terminals 110-1 to 110-F are connected to the hospital reception terminal, the hospital lobby terminal 110 or the hospital management server 120 and the local wireless communication terminals (NFC, RFID, 190-H).

A plurality of short range wireless communication terminals (NFC, RFID, beacon, etc.) 190-1 to 190-H are terminals installed at the entrance to each treatment room and the examination room, for example, an NFC module, an RF communication module, (NFC, RFID, beacon) to perform short-range wireless communication with a plurality of mobile terminals 200-1 to 200-G for employees. The mobile terminals 200-1 to 200- G) to the employee mobile terminals 200-1 to 200-G through the short-range wireless communication, when the mobile terminals 200-1 to 200-G are contacted with each other.

The mobile terminals 200-1 to 200-G for employees are mobile communication terminals such as a smart phone, a mobile phone, a smart pad and the like and include wireless communication modules such as a WIFI module and a Bluetooth module, (NFC, RFID, beacon), such as an NFC module, an RF communication module, and an infrared communication module, to perform a plurality of patient bed indices

Wireless communication with a plurality of short-range wireless communication terminals (NFC, RFID, beacons, etc.) 190-1 to 190-H and a ward-side bed terminal 170- (NFC, RFID, beacon, etc.) 190-1 to 190-H, and transmits the information request signal to the wireless communication device 140 via wireless communication (Bed) related information requested by the patient via the wireless communication from the wireless communication device 140, or information related to the treatment room or the examination room, and displays it to the individual (i.e., the employee).

In one embodiment, the mobile terminals 200-1 to 200-G for employees are connected to the patient bed (bed) bedside terminals 170-1 to 170-Z or the local wireless communication terminals 190-1 to 190-H Short-range wireless communication is performed from the patient bed (bed) bedside terminals 170-1 to 170-Z or the local wireless communication terminals (NFC, RFID, beacons, etc.) 190-1 to 190-H (Bed) identification code or a room and a room identification code, and receives the patient bed (bed) identification code or the treatment room and the room identification code from the patient's unique identification information (i.e., the personal identification code (Bed) -related information or information requesting information about the treatment room or the examination room, and transmits the information request signal to the wireless communication device 140 via the wireless communication, (Bed) related information requested by the patient via wireless communication from the device 140 You may be receiving a clinic, doctor's office information.

The smart hospital management system 100 having the above-described configuration is configured to perform wireless communication (for example, WIFI, Bluetooth, etc.) via the mobile terminals 200-1 to 200-G for employees and short- By integrating hospitals by using NFC, RF communication, infrared communication, etc., it is possible to maximize the hospital operation intelligence and patient service in accordance with technological advances in the new information age, -1 ~ 200-G) Hanaro Hospital access, security,

It is possible to integrate the services such as emergency measures, patient bed (bed) and treatment room, and information on the clinic room, thereby providing integrated services for quicker and more convenient, and saving manpower and significantly reducing patient bed (bed) .

The smart hospital management system 100 having the above-described configuration adopts a general hospital operating solution using the mobile terminals 200-1 to 200-G for employees, and is equipped with an NFC sensor and an NFC door lock ) To maximize the efficiency of patient bed (bed) and pavilion operation, and to use the mobile terminals for employees (200-1 ~ 200-G) for access, security, room cleaning and inspection, facility management, Emergency dispatch services can be unified to improve patient satisfaction, management manpower reduction and management ability. It is also possible to make various kinds of materials such as European Slim Design, Plastic, Stainless Steel, Aluminum, Pre-cooling, preheating, temperature difference control at the time of going out, empty room control, alarm alarm in abnormal temperature detection, lighting control, etc. , Optimum illuminance Paper, LED illumination can provide a control solution (Lighting Control Solution), digital dimming (Digital Dimming).

FIG. 2 is a diagram illustrating a patient bed (bed) management configuration associated with a bedside terminal (cyber nurse) mTV in FIG. 1, and FIG. 3 is a block diagram of a bedside terminal (cyber nurse) mTV Bed (bed) management configuration.

2 to 3, the smart hospital management system 100 includes a hospital reception terminal, a hospital lobby terminal 110, a patient bed (bed) bedside terminal 150, a bedside terminal A plurality of key sensors 210, a plurality of multi-function switch panels 230, a plurality of temperature sensors (not shown) A temperature switch panel 240, a plurality of emergency switch panels 220, and a plurality of bedside panels 180.

The key sensor 210 is a digital RF key sensor installed inside the entrance of each patient bed (bed). The key sensor 210 detects a key insertion state (i.e., a patient state) so as to use electric heat and electric power at the time of key insertion, Nurse) mTV (160).

The multi-function switch panel 230 is installed on a wall of a bed room of each patient bed (bed), and includes a label, a display LED, a lighting control switch, (Cyber nurse) mTV 160 so as to perform illuminance adjustment and relay on / off of the illumination device according to the instruction from the bedside terminal (cyber nurse). At this time, bedside terminal (cyber nurse) mTV (160) can save lighting energy by lighting control monitoring function using patient bed (bed), forced (manual) operation function when necessary, and control status display function to PC monitor have.

In one embodiment, the multi-function switch panel 230 may include a DND and a cleaning request switch to inform the bedside terminal (cyber nurse) mTV 160 of the DND and cleaning request of the user (i.e., the patient) .

The temperature switch panel 240 is provided on a wall of a bed room of each patient bed (bed), and includes a temperature display LCD, a display LED, and an operation switch, (Bed) The Bedside Terminal (cyber nurse) mTV (160) is informed to set the temperature of the patient bed (bed) by driving the heating / cooling unit and set the temperature automatically at the time of going out. Side terminal (cyber nurse) mTV 160 and informs the bedside terminal (cyber nurse) mTV 160 to adjust the strength of the fan coil unit. At this time, the bedside terminal (cyber nurse) mTV 160 monitors the heating temperature of the patient bed (bed), and performs reservation, preheating control function, automatic temperature control at the time of going out, Function can save energy of heating.

The emergency switch panel 220 is installed on a wall of a bath room of each patient bed to generate emergency call information according to the operation of the user (i.e., patient), and transmits the emergency call information to the bedside terminal (cyber nurse) to the mTV 160.

The bedside panel 180 is installed in a table-mounted manner near the bed of each bed of the patient bed (bed), and is provided with an alarm icon, a current time display, a temperature display, a black mask LCD for displaying an alarm time, It is equipped with a lighting control switch, a temperature control switch, a nurse call switch, etc. as a touch-type advanced technology for enhancing the image of a hospital. It also reads the data of the RF key patient authentication key, Inform the bedside terminal (cyber nurse) mTV (160) to pinpoint the identity. At this time, the bedside terminal (cyber nurse) mTV 160 provides dimming, group control, illumination directing function, patient bed (bed) temperature control, set value automatic control, outgoing temperature difference control,

Referring to FIG. 4, when an operator inputs hospital visit information and medical fee settlement information for each patient bed (bed) corresponding to each patient through an input means such as a keypad, a touch panel, The lobby terminal 110 provides the hospital visit information and the medical care settlement information input through the input means to the hospital management server 120. [ In addition, when inputting hospital event information (for example, a use plan such as the content of a hospital event and a schedule of a hospital event) for each hospital event corresponding to the hospital event through the input means, the hospital reception terminal and the hospital The lobby terminal 110 provides the hospital management server 120 with the hospital event information input through the input means. The hospital management server 120 then stores the hospital visit information and the payment information or the hospital event information provided from the hospital reception terminal and the hospital lobby terminal 110 in database for each patient bed (bed) or for each treatment room and office 130) (S401). (Bed) bedside terminal 170-1 installed at the entrance of the patient bed (bed) by carrying out the processing of the hospital visit information and the settlement information setting information in the above-described step S401, The patient bed (bed) bedside terminals 170-1 through 170-Z read the unique identification information (i.e., the authentication identification code) of the contacted patient authentication key key, And transmits the read authentication identification code to bedside terminals (cyber nurse) mTVs 160-1 to 160-Y. The bedside terminals (cyber nurses) mTV 160-1 to 160-Y are connected to bedside terminals 170-1 to 170-Z of patient bed (bed) terminals 170-1 to 170- (Bed) identification information, the door lock of the patient bed (bed) is controlled to release the door lock. At this time, the bedside terminal (cyber nurse) mTV 160-1 to 160-Y generates NFC door lock access information and transmits information related to the patient bed (bed) including the NFC door lock access information to the patient bed (bed) The hospital lobby terminal 110 or the hospital management server 120 through the terminals 150-1 to 150-X. Accordingly, the hospital reception terminal and the hospital lobby terminal 110 receive the patient bed (bed) related information (i.e., NFC door lock access information) notified via the patient bed (bed) bedside terminals 150-1 to 150- ) Is displayed in real time for each patient bed (bed) through an output means such as a monitor, a touch screen or the like. In addition, the hospital management server 120 transmits patient bed (bed) related information (i.e., NFC door lock access information) notified via the patient bed (bed) bedside terminals 150-1 to 150- (Bed) in the database 130 (S402).

When the patient inserts the patient authentication key key into the key sensor 210 installed in the entrance of each patient bed (bed) after the door lock access information is processed in the above-described step S402, Informs the bedside terminal (cyber nurse) mTV 160 of the key insertion state (i.e., patient state).

The bedside terminal (cyber nurse) mTVs 160-1 to 160-Y can confirm the key insertion state notified from the key sensor 210 and use the electric heat and the electric lamp. At this time, (Bed) related information including the patient status information to the hospital reception terminal and the hospital lobby terminal 110 or the hospital management server (not shown) via the patient bed (bed) bedside terminals 150-1 to 150- 120). Accordingly, the hospital reception terminal and the hospital lobby terminal 110 receive patient bed (bed) related information (i.e., patient status information) notified via the patient bed (bed) bedside terminals 150-1 to 150- In real time for each patient bed (bed). The hospital management server 120 also stores patient bed (bed) related information (i.e., patient status information) notified via the patient bed (bed) bedside terminals 150-1 through 150- Bed) in the database 130 (S403).

After performing the processing of the patient condition information in the above-described step S403, the patient is manipulated by the user using the multi-function switch panel 230 installed in the wall of the bed room of each patient bed (bed) The bedside terminal (cyber nurse) mTV 160 is connected to the lighting device

Light control and relay on / off. At this time, the bedside terminal (cyber nurse) mTV (160) saves the illumination energy by using the patient bed (bed) illumination control monitoring function, the forced manual operation function when necessary, and the control status display function to the PC monitor .

Function switch panel 230, the DND and cleaning request of the patient is sent to the bedside terminal (cyber nurse) mTV 160. The DND and cleaning request switch of the multi- It informs.

When the patient performs a user operation (i.e., patient manipulation) using the temperature switch panel 240 installed in the wall of the bed room of each patient bed (bed), the bedside terminal (cyber nurse) (Bed) It controls the temperature of the patient bed (bed) by driving the heating / cooling unit, sets the temperature automatically when going out, and adjusts the strength of the fan coil unit. The temperature switch panel 240 also displays the current temperature of the patient bed (bed) and notifies the mTV 160 of the bedside terminal (cyber nurse). At this time, the bedside terminal (cyber nurse) mTV 160 monitors the heating temperature of the patient bed (bed), and performs reservation, preheating control function, automatic temperature control at the time of going out, Function can save energy of heating.

The emergency switch panel 220 installed on the wall of the bath room of each patient bed (bed) by the patient generates emergency call information according to the operation of the user (i.e., the patient) and transmits the emergency call information to the bedside terminal (cyber nurse) mTV 160 .

When a patient performs a user operation (i.e., patient manipulation) using a bedside panel 180 installed in a table-mounted state near a bed of a bed of each patient bed (bed), a bedside terminal (cyber nurse) mTV 160 ) Reads the data of the RF key patient authentication key to accurately identify the identity of the patient, the staff, the persons concerned, etc., and controls the temperature control of the patient bed (bed), the set point automatic control, The control of the temperature difference between the empty room and the like is provided.

Bedside terminals (cyber nurses) mTVs 160-1 to 160-Y are connected to the bedside terminal (cyber nurse) 160-1 to 160-Y in such a manner that the patient bed (bed) (Bed) bedside terminals 150-1 to 150-B are formed by detecting the bed condition such as the temperature of bed (bed), cleaning completion, DND and cleaning, X to the hospital reception terminal and the hospital lobby terminal 110 or the hospital management server 120. The hospital reception terminal 110 displays information related to the patient bed (bed) notified via the patient bed (bed) bedside terminals 150-1 to 150-X for each patient bed (bed) in real time give. The hospital management server 120 also stores patient bed (bed) related information reported via the patient bed (bed) bedside terminals 150-1 through 150-X in the database 130 for each patient bed (bed) (S404).

After performing the processing of the patient bed (bed) related information in the above-described step S404, the mobile terminals 200-1 to 200-G for employees communicate with the patient bed (bed) bedside terminals 170-1 to 170- Z), the patient bed (bed) bedside terminals 170-1 to 170-Z transmit the unique identification information (i.e., patient bed (bed) identification code) To the mobile terminals for employees 200-1 to 200-G through communication.

In one embodiment, patient bed (bed) bedside terminals 170-1 through 170-Z do not normally display patient status and so forth, but are equipped with near field wireless communication sensors, (Bed) -related information (for example, DND and cleaning request, etc.) is displayed by LED or the information related to the patient bed (bed) is transmitted to the mobile terminal 200- 1 to 200-G).

The employee mobile terminals 200-1 to 200-G generate an information request signal upon contact with the patient bed (bed) bedside terminals 170-1 to 170-Z, 140).

In one embodiment, the mobile terminals 200-1 through 200-G for employees are connected to a patient bed (bed) bedside terminal (not shown) upon contact with the patient bed (bed) bedside terminals 170-1 through 170- (Bed) identification code from the patient bed (bed) identification code through the short-range wireless communication from the first patient 170-1 through 170-Z and transmits the received patient bed (bed) identification code to the pre- Codes, etc.), and transmits the information request signal to the wireless communication device 140 through the wireless communication.

In one embodiment, the mobile terminals 200-1 through 200-G for employees are connected to a patient bed (bed) bedside terminal (not shown) upon contact with the patient bed (bed) bedside terminals 170-1 through 170- (Bed) related information (for example, DND and cleaning request, etc.) through short-range wireless communication from the mobile terminals 170-1 to 170-Z.

The wireless communication device 140 receives the information request signal from the mobile terminals 200-1 to 200-G through the wireless communication and transmits the information request signal to the hospital management server 120. [ The hospital management server 120 reads the patient bed (bed) related information corresponding to the information request signal transmitted from the wireless communication apparatus 140 from the database 130, No related information

Line communication device 140, as shown in FIG.

In one embodiment, the hospital management server 120 extracts and verifies the patient bed (bed) identification code and the personal identification code from the information request signal transmitted from the wireless communication device 140, (Bed) related information corresponding to the identified patient bed (bed) identification code from the database 130 and transmit it to the wireless communication device 140. At the same time, Emergency alarms, labor savings, improved service quality, efficient patient bed management, and the ability to pre-escope VIP patients. For example, when the personal identification code is the cleaning unit and the patient bed (bed) to be cleaned is 201, the hospital management server 120 transmits the cleaning request information of No. 201 to the wireless communication device 140).

The wireless communication device 140 receives the patient bed (bed) related information from the hospital management server 120 and transmits the information to the mobile terminals 200-1 to 200-G for employees via wireless communication. Accordingly, the mobile terminals 200-1 to 200-G for employees receive the patient bed (bed) related information requested by the patient through the wireless communication from the wireless communication apparatus 140 and provide the information to the individual (S405).

On the other hand, after the processing of the patient bed (bed) related information is performed in step S404 as described above, the mobile terminals 200-1 to 200-G for employees are connected to each of the treatment rooms, The short range wireless communication terminals 190-1 to 190-H are configured to transmit the predetermined identification information of the patient (i.e., , An office room identification code, etc.) to the mobile terminals for employees 200-1 to 200-G through short-distance wireless communication. Thus, the mobile terminals 200-1 to 200-G for employees generate an information request signal upon contact with the local wireless communication terminal (NFC, RFID, beacon, etc.) 190-1 to 190-H, To the wireless communication device (140).

In one embodiment, the mobile terminals 200-1 to 200-G for employees use the local wireless communication terminals (NFC, RFID, beacons, etc.) 190-1 to 190- (NFC), RFID, beacon, etc.) (190-1 to 190-H) through short-range wireless communication, receives the received treatment room and the room identification code, (Personal identification code, etc.) to the information request signal for requesting information related to the treatment room or the practice room, and transmits the information request signal to the wireless communication device 140 through the wireless communication.

The wireless communication device 140 receives the information request signal from the mobile terminals 200-1 to 200-G through the wireless communication and transmits the information request signal to the hospital management server 120. [ In response to the information request signal transmitted from the wireless communication device 140, the hospital management server 120 reads the information related to the treatment room and the corresponding room from the database 130, To the wireless communication device (140).

In one embodiment, the hospital management server 120 extracts and verifies the treatment room, clinic room identification code (or personal identification code) from the information request signal received from the wireless communication device 140, At the same time, the information about the identified treatment room, the treatment room corresponding to the operation room identification code, and the information related to the treatment room can be read from the database 130 and transmitted to the wireless communication device 140. Accordingly, It is possible to save waiting time, facilitate cooperation among other departments, thorough security, facility preparation and rapid response, quick delivery of information related to the treatment room, room, efficient treatment room, and operation of the clinic.

For example, if the personal identification code is a staff member and the number of the treatment rooms and the treatment rooms to be prepared for various facilities equipments is 101, the hospital management server 120 transmits various preparation information of the facility facilities 101 from the information related to the treatment room and the examination room, To the device (140).

The wireless communication device 140 receives the information related to the treatment room and the examination room from the hospital management server 120 and transmits the information to the mobile terminals for employees 200-1 to 200-G through wireless communication. Accordingly, the mobile terminals 200-1 to 200-G for employees receive the information related to the treatment room and the treatment room requested by the patient through the wireless communication from the wireless communication device 140 and display them to the individual (i.e., the employee) .

On the other hand, it is also possible to use the bed-side terminals 170-1 to 170-Z of the patient bed (bed) for inputting an input means (such as a touch screen or the like) The bedside terminals 170-1 to 170-Z of the patient bed (bed) are connected to the input means (or the mobile terminal 200 for employees, for example) -1 to 200-

G) to the bedside terminals (cyber nurse) mTV 160-1 to 160-Y. Thus, the bedside terminals (cyber nurses) mTV 160-1 to 160-Y transmit the completion information transmitted from the patient bed (bed) bedside terminals 170-1 to 170-Z to the patient bed And notifies the hospital reception terminal and the hospital lobby terminal 110 or the hospital management server 120 through the side terminals 150-1 to 150-X. Accordingly, the hospital reception terminal and the hospital lobby terminal 110 can output the completion information, which is notified via the patient bed (bed) bedside terminals 150-1 to 150-X, to each patient bed (bed) Can be displayed. In addition, the hospital management server 120 stores the completion information reported through the patient bed (bed) bedside terminals 150-1 through 150-X in the database 130 for each patient bed (bed) (S406).

(Or mobile terminals 200-1 to 200-G for employees) using a short range wireless communication terminal (NFC, RFID, beacon, etc.) 190-1 to 190- (NFC, RFID, beacon, etc.) (190-kW) in the case of inputting completion information such as completion of cleaning, completion of preparation of various facility fixtures, completion of patrol, 1 to 190-H) transmits completion information inputted through the input means (or near-field wireless communication from the mobile terminals 200-1 to 200-G for employees) to the treatment room, the examination room bedside terminals 110-1 to 110- 110-F to the hospital reception terminal and the hospital lobby terminal 110 or the hospital management server 120.

Accordingly, the hospital reception terminal and the hospital lobby terminal 110 display the completion information notified via the patient bed (bed) bedside terminals 150-1 to 150-X through the output means in real time for each treatment room and the office You can give. In addition, the hospital management server 120 is connected to the patient bed (bed) bedside terminals 150-1 to 150-X

The completion information can be stored in the database 130 for each of the treatment rooms and the clinic.

The embodiments of the present invention are not limited to the above-described apparatuses and / or methods, but may be implemented by a program for realizing functions corresponding to the configuration of the embodiment of the present invention, a recording medium on which the program is recorded, And such an embodiment can be easily implemented by those skilled in the art from the description of the embodiments described above.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, It belongs to the scope of right.

100: Smart hospital management system
110: hospital reception terminal and hospital lobby terminal
120: Hospital management server
130: Database
140: wired / wireless communication device
150, 150-1 ~ 150-X: bedside terminal (cyber nurse) mTV
160, 160-1 ~ 160-Y: bedside terminal (cyber nurse) mTV
170, 170-1 ~ 170-Z: bedside terminal (cyber nurse) mTV
180: Administration Desk Server
190-1 to 190-H: Local wireless communication terminals (NFC, RFID, beacon, etc.)
200-1 ~ 200-G: Mobile terminal for employees
210: bedside panel
220: Emergency switch panel
230: Multi-function switch panel
240: Temperature switch panel
250: Authentication key sensor

Claims

(Bed), each treatment room, and each treatment room, after providing information on the hospital visit information and the payment of medical expenses by the patient bed (bed), providing the hospital event information by the treatment room and the medical office, A hospital reception terminal and a hospital lobby terminal for displaying information related to the patient bed (bed) or information about the treatment room and the examination room in real time; Patient Bed (Bed) Integrated management of information related to patient bed (bed) by identification code, treatment room, treatment room, information related to clinical room, and general use information by receiving identification information of hospital visit, A hospital management server for reading information related to the patient bed (bed) corresponding to the information request signal or the information related to the treatment room and the treatment room according to the information request signal, and delivering the information; Patient Bed (Bed) Database for storing information related to rooms by identification code, treatment room, treatment room by treatment room identification code, information related to clinical room, and general information in a database;
(Bed) state of the patient bed (bed), and notifies the hospital reception terminal and the hospital lobby terminal or the hospital management server of the patient bed (bed) Bed) terminal (cyber nurse) mTV which receives patient bed (bed) related information from the hospital management server after notifying the hospital management server upon request of the bedside terminal (bed) A plurality of patient bed platforms for relaying transmission and reception data between the hospital reception terminal and the hospital lobby terminal or between the hospital management server and the bedside terminal (cyber nurse) mTV; (NFC, RFID, beacon) to perform short-range wireless communication, and to set up a pre-set treatment room and an examination room identification code, which are installed at the entrance to each treatment room and the examination room,
(NFC, RFID, beacon, etc.); A plurality of treatment rooms, a clinic room platform for relaying transmission / reception data between the hospital reception terminal and the hospital lobby terminal or between the hospital management server and the near-field wireless communication terminal (NFC, RFID, beacon, etc.); (Bed) identification code, which is installed at the entrance of each patient bed (bed), performs near field wireless communication with a short distance wireless communication module (NFC, RFID, beacon), and transmits a predetermined patient bed (Bed) bedside terminal;
(Bed) -related information requested by the patient after the information request signal is generated and transmitted upon contact with the patient bed (bed) bedside terminal or the short-range wireless communication terminal (NFC, RFID, A plurality of mobile terminals for employees receiving and displaying information related to a treatment room and an examination room; And a wireless communication device having a wireless communication module and performing wireless communication between the employee mobile terminal and the hospital management server;
The patient bed (bed) bedside terminal does not normally display patient bed (bed) related information and is equipped with a short range wireless communication sensor,
Transmitting a patient bed (bed) identification code to the employee mobile terminal upon contact of the employee mobile terminal, displaying patient bed (bed) related information
To the mobile terminal for the employee,
Receives the service completion information from the mobile terminal for staff through short-range wireless communication
To the bedside terminal (cyber nurse) mTV;
The short range wireless communication terminal (NFC, RFID, beacon, etc.) includes a short range wireless communication sensor,
And transmits a treatment room and a clinic room identification code to the employee mobile terminal when the mobile terminal contacts the employee;
Wherein the mobile terminal for the employee receives patient bed (bed) related information from the patient bed (bed) bedside terminal via short-range wireless communication upon contact with the patient bed (bed) bedside terminal, (Bed) bedside terminal through the short-range wireless communication, and transmits the service completion information inputted through the input means to the patient bed (bed) bedside terminal or the short- (Bed) identification code received from the patient bed (bed) bedside terminal or the local wireless communication terminal (NFC, RFID, beacon, etc.) or the treatment room and the examination room After the identification code is included in the information request signal together with the predetermined personal identification code and transmitted to the hospital management server through the wireless communication device, From the management server requests the patient to the patient via the wireless communications apparatus bed (bed), or the treatment room information, the smart hospital management system, it characterized in that the office receives reception information.

The hospital management system according to claim 2,
(Bed) identification code or a treatment room, an office room identification code and a personal identification code in an information request signal received from the mobile terminal for the employee through the wireless communication device, extracts a patient bed (bed) (Bed) related information corresponding to the identification code or treatment room, the examination room identification code, or the information related to the treatment room or the examination room, from the database, and transmits the information to the mobile terminal for staff through the wireless communication device. Management system.

The method of claim 3,
A plurality of sensors installed on the side of each patient bed (bed) to inform the bedside terminal (cyber nurse) mTV;
A plurality of multi-function switches (not shown) for informing the mTV of the bedside terminal (cyber nurse) to perform illumination control of the illumination device and relay on / off according to the operation of the patient, panel;
It is installed on the wall of each bed (bed) of each patient. It adjusts temperature and illuminance of patient bed (bed) by driving patient bed (bed) temperature and illuminance controlling device according to the operation of patient, (Bedside) terminal (cyber nurse) mTV and displays the current temperature and illuminance of the patient bed (bed) and informs the bedside terminal (cyber nurse) mTV of the bedside terminal Sensing switch panel;
A plurality of emergency switch panels installed on a wall of a bath room of each patient bed (bed), for generating emergency call information according to a patient's operation and informing the bedside terminal (cyber nurse) mTV; And
It is installed near the bed of each patient bed (bed) and has an alarm icon, a current time display, a temperature display, a black mask LCD for displaying the alarm time, a DND and a cleaning status indicator, and a lighting control switch, Switches,
Further comprising a plurality of bedside panels for informing the bedside terminal (cyber nurse) mTV to read the data of the key patient authentication key to identify the identity.

The hospital reception terminal and the hospital lobby terminal provide the hospital visit information and the payment information or the hospital event information to the hospital management server, and the hospital management server transmits the hospital arrival information, the payment information of the hospital cost or the hospital event information to each patient bed (bed) A first step of storing the data in the database by the treatment room or the treatment room; Bedside terminal (cyber nurse) mTV detects the patient bed (bed) status and generates it as information related to the patient bed (bed), and transmits it to the hospital reception terminal, the hospital lobby terminal and the hospital management server through the patient bed (bed) bedside terminal (Bed) information is displayed in real time for each patient bed (bed), and the hospital management server displays information related to the patient bed (bed) to each patient bed (bed) A second step of storing in a database; When the employee mobile terminal contacts the patient bed (bed) bedside terminal, the patient bed (bed) bedside terminal transmits the predetermined patient bed (bed) identification code to the employee mobile terminal via short range wireless communication A third step for the employee mobile terminal to generate an information request signal and transmit it to the hospital management server through wireless communication; (Bed) related information corresponding to the information request signal, and transmits the information to the mobile terminal for staffing through wireless communication, and the mobile terminal for the employee transmits the patient bed (bed) A fourth step of receiving and providing related information; When a mobile terminal of an employee contacts with a near field wireless communication terminal (NFC, RFID, beacon, etc.), the treatment room and the examination room identification code set in the near field wireless communication terminal (NFC, RFID, A third step of generating an information request signal by the mobile terminal for the employee and transmitting the generated information request signal to the hospital management server through wireless communication; And the hospital management server reads the information related to the treatment room and the corresponding room according to the information request signal and transmits the information related to the treatment room and the room to the staff mobile terminal through wireless communication. Receiving and providing a third step;
The bedside terminal of the patient bed (bed) does not normally display patient bed (bed) related information, and is equipped with a short range wireless communication sensor,
(Bed) identification code to the employee mobile terminal when the mobile terminal contacts the employee, displays information related to the patient bed (bed) or transmits the information to the employee mobile terminal, (Cyber nurse) mTV by receiving the service completion information through short-distance wireless communication from the bedside terminal (cyber nurse);
Wherein the short range wireless communication terminal (NFC, RFID, beacon, etc.) includes a short range wireless communication sensor, and transmits a treatment room and a clinic room identification code to the mobile terminal for staffing when the mobile terminal for employees is contacted;
Wherein the employee mobile terminal receives patient bed (bed) related information from the patient bed (bed) bedside terminal via short range wireless communication upon contact with the patient bed (bed) bedside terminal, And transmits the service completion information inputted through the input means to the patient bed (bed) bedside terminal through the near field wireless communication,
(Bed) bedside terminal or the near-field wireless communication terminal (NFC, RFID, beacon, etc.) upon contact with the patient bed (bed) bedside terminal or the short- (Bed) identification code or a room and a room identification code received from a hospital or a hospital, together with a predetermined personal identification code, in an information request signal, and after transmitting the information to the hospital management server through a wireless communication device, (Bed) -related information requested by the patient via the wireless communication device from the server, or information related to the treatment room and the examination room.

6. The method according to claim 5,
Patient Bed (Bed) The bedside terminal reads the patient authentication identification code that is contacted and delivers it to the bedside terminal (cyber nurse) mTV. The bedside terminal (cyber nurse) mTV records the patient authentication identification code (Bed) identification information, after which the patient hospital information is linked, and patient hospital information is generated and notified to the hospital reception terminal and the hospital lobby terminal or the hospital management server through the patient bed (bed) platform;
A hospital reception terminal and a hospital lobby terminal display patient access information in real time for each patient bed (bed), and a hospital management server stores patient access information in a database for each patient bed (bed);
A patient authentication sensor informs bedside terminal (cyber nurse) mTV, bedside terminal (cyber nurse) mTV confirms patient authentication and generates patient status information, and transmits the patient status information through patient bed (bed) bedside terminal to hospital reception terminal A hospital lobby terminal or a hospital management server; And the hospital reception terminal and the hospital lobby terminal displays the patient status information in real time for each patient bed (bed), and the hospital management server stores the patient status information for each patient bed (bed) in the database Smart hospital management method by.

7. The method as claimed in claim 6,
Causing the bedside terminal (cyber nurse) mTV to perform illuminance adjustment and relay on / off of the illuminating device when user operation is performed using the multi-function switch panel;
Bedside terminal (cyber nurse) mTV activates the patient bed (bed) heating and cooling unit to control the temperature of the patient bed (bed) when performing the user operation using the temperature switch panel, and automatically sets the temperature ;
When performing user operations using the bedside panel, the bedside terminal (cyber nurse) allows the mTV to read the patient's data to accurately identify the identity, and to control the dimming, group control, lighting directing function, patient bed Providing control, set point automatic control, temperature difference control, and vacant reference temperature difference control;
Informing the bedside terminal (cyber nurse) mTV of the multi-function switch panel when the DND and the cleaning request switch of the multi-function switch panel are operated;
Displaying the current temperature of the patient bed (bed) and informing it to the bedside terminal (cyber nurse) mTV; And informing the bedside terminal (cyber nurse) mTV of the emergency switch panel by generating emergency call information according to a user operation.

8. The method of claim 7,
When the completion information is input through the short-range wireless communication from the input means or the mobile terminal for the employee, the patient bed (bed) bedside terminal transmits the service completion information to the bedside terminal (cyber nurse) mTV, (Cyber nurse) the mTV notifies the completion information to the hospital reception terminal, the hospital lobby terminal and the hospital management server through the patient bed (bed) bedside terminal; And
The hospital reception terminal and the hospital lobby terminal display the completion information in real time for each patient bed (bed), and the hospital management server stores the completion information in the database for each patient bed (bed) The method comprising the steps of: