Smart Healthcare

1. Medical professional system
1.1 Queue and Call System

 

 

Data Integration: Seamless integration with the hospital's HIS system, enabling real-time access to patient registration data. Patient Check-in: Check-in via card swiping or scanning, with a receipt printed upon successful check-in. Number Arrival Reminder: Automatically broadcasts and displays queue number information in sync with doctor call numbers and nurse adjustments. Data Statistics: Real-time statistics on the number of patients seen and waiting to be seen by each department and doctor. Data Publishing: Supports the reception and display of various multimedia information, including videos, web pages, and images

1.2 Nursing call system

The medical intercom system adopts TCP/IP architecture and is transmitted over a local area network, enabling help calls and two-way high-definition visual intercom between patients, nurses, and doctors
Doctors and nurses can access medical orders and patient records through the bedside interactive terminal
Nurses can scan and verify patients' infusion/medication dispensing information
Patients can view surgery schedules, treatment costs, as well as order meals online, leave service reviews, watch live TV broadcasts, and enjoy video-on-demand services, etc
Synchronize HIS system data and update patient information in real time

 

1.3 ICU and neonatal visitation system

It is used for video visitation between patients requiring isolation in hospital ICUs and other critical care units and their relatives, with the hospital's administrative staff remotely monitoring the conversation content, ensuring the most safe and timely care and treatment for critically ill patients.

1.4 Wireless infusion call system

1.5 Clock synchronization system

Provide a unified standard time for each subsystem and area of the hospital. For the operating room, provide countdown, timing, temperature and humidity monitoring, and standard time. Adopt a GPS master clock and a network architecture model. The master clock and sub-clocks can be connected to the network nearby to provide synchronous timing signals to other systems with time base requirements

1.6 Baby anti-theft system

 

II. Building equipment management system
2.1 Building automation system
Regular equipment monitoring content
Monitoring of cold and heat source system
Air conditioning/fresh air monitoring
Fan coil monitoring
Supply and exhaust air monitoring
Water supply and drainage monitoring
Power supply and distribution monitoring
Elevator monitoring
Special monitoring content in hospital
Clean air conditioning monitoring: detection of independent air conditioning systems used in clean operating rooms
Medical gas monitoring and metering: oxygen, nitrogen, argon, helium, nitrous oxide, carbon dioxide, and compressed air
Sewage monitoring: Monitor various indicators of hospital sewage treatment, and control and manage its process flow
Air quality monitoring: Monitor and control the negative pressure of ventilation systems in areas with air pollution sources
2.2 Intelligent lighting control system
Automatic adjustment based on light sensing, with constant illumination;
Automatic/manual + remote monitoring/control, facilitating management;
Lighting scene presets, one-click control
2.3 Energy consumption monitoring system
Energy consumption monitoring and statistical analysis
Energy audit indicator system
Energy-saving renovation and operation optimization

III. Information Infrastructure System
3.1 Integrated wiring system

 

The hospital is divided into three subnets: the internal network, the external network, and the equipment network
Intranet: It is a dedicated medical information application network, open only to hospital staff, serving the hospital's internal medical-specific systems (such as waiting call signal system, medical intercom system, conference demonstration, medical information system, etc.), information release and query system, digital clock (master and slave clock) system, and dedicated office system for medical staff
External network: mainly used for online registration, outpatient appointment, telemedicine, etc.; connected to the Internet, with network and voice used for internal hospital telephones
Device network: information transmission of intelligent devices, security systems, and property management systems

 

The telephones throughout the entire campus utilize a combination of IP digital phones and analog phones
3.3 Computer network system
Intranet - The intranet is the core network system of the hospital, serving as an internal local area network for conducting medical operations (such as HIS, LIS, PACS, financial systems, etc.). It is characterized by high bandwidth, large capacity, and high speed

 

Extranet - The extranet mainly includes the Internet, UnionPay system, hospital library knowledge management platform, etc., meeting the Internet usage needs of medical staff and patients

Wireless network - Set up two separate wireless networks (intranet + extranet) to provide a secure operating environment for subsequent mobile medical devices. Configure a wireless network controller (AC) for centralized management of wireless APs, with the AC connected to the core switch
3.4 Digital TV & Background Music System
The TV terminals are primarily installed in wards, duty rooms, conference rooms, infusion rooms, consulting rooms, and waiting rooms. The signal sources and terminal equipment are provided by the local radio and television bureau
The background music is designed according to different functional areas, and different zones can be equipped with background music, call broadcasting, and emergency broadcasting according to the needs of space utilization. Considering the progressiveness of the system, a digital architecture is adopted
3.5 Multimedia conference system
Report-type conference room: a large-sized room used for meetings, academic reports, academic exchanges, and other activities.
High-end conference room: for external reception and institutional meetings.
General meeting room (demonstration room): used for general business meetings, mainly for office meetings, training, multi-functional meetings, etc.

 

3.6 System Integration

 

IV. Safety and Security System
4.1 Video surveillance system
The system design adopts a full network architecture, with different types of high-definition network cameras selected for the front end based on the on-site environment. For cash/charging windows, one-to-one image monitoring and recording are adopted. Sound pickups are added in each nurse station, pharmacy, registration and charging window, and conversation rooms, with transmission and management through an intelligent private network. The main entrances and exits of the park store data for 90 days, while other areas store data for 30 days.
4.2 Intrusion alarm system

 

The system deploys alarm detectors at the front end. When an intrusion occurs in the secured area, the detector will trigger an alarm, and the fire control center will send an alarm signal. The system mainly sets up dual-sensor detectors in special areas and important locations such as entrances and exits of important areas in the hospital, electromechanical equipment rooms, important offices, cashier offices, financial offices, pharmacies, dangerous goods warehouses, archives rooms, and reference rooms. Manual alarm buttons are installed in the hospital's guard room, consulting rooms, registration and cashier offices, nurse stations, barrier-free bathrooms, fire control center, and president's office, allowing for manual alarming in case of major emergencies. Water intrusion alarms are installed in important medical machinery rooms and storage rooms.
4.3 Patrol system

 

The individual patrol + mobile phone patrol system, combined with BIM+GIS electronic maps, can display and record in real-time the patrol situation and the conditions of the areas visited by the patrol personnel.
4.4 Integrated card system
Identity recognition, which involves identifying individuals through devices such as smart cards and managing their information accordingly
Permission management: Given the diverse types of personnel entering and exiting the hospital, it is necessary to set permissions for each individual based on their characteristics to facilitate security management
Elevator access control management, which controls the elevators accessible to cardholders and the floors they can reach
Consumption management, providing consumption management for dining in canteens and other places
Attendance management, providing attendance management for internal employees
4.5 Access control system
Internal employees: Employee vehicles enter the ground or underground parking lot through license plate recognition.
Patient: Vehicles enter the ground or underground parking lot through license plate recognition, and pay for departure via license plate recognition or mobile payment.
Expert leader: Vehicle license plates are entered into the parking management system in advance, and the license plate recognition function is used to allow direct access
4.6 Wireless intercom system
The wireless intercom system is set up with multi-channel trunking, allowing security guards, cleaning staff, logistics personnel, management staff, etc. to use different fixed channels while enabling group/team calls.
Install indoor omnidirectional antennas in indoor public passageways to achieve full coverage of wireless intercom signals throughout the entire project area
The system should meet the requirements specified in the "Design and Acceptance Specification for Indoor Signal Coverage System of Mobile Communication" (DGTJ08_1105-2010)
V. Computer room engineering

 

It includes four major parts: decoration, electrical, weak current, and air conditioning
Decoration works (ceiling, walls, floor)
Electrical engineering (lighting, UPS system, power distribution, and lightning protection and grounding)
Low-voltage engineering (integrated wiring, integrated security)
Air conditioning environmental engineering (computer room air conditioning)
VI. Integrated piping
The integrated pipeline system primarily consists of an indoor section and an outdoor section
The capacity of the system bridge must meet the requirements of system construction
The pipelines inside the building are laid in concealed conduits
The equipment box and equipment room should be designed to facilitate maintenance operations and equipped with physical anti-tamper protective devices