Medical Solution

The construction of hospital building information application system must closely fit the complex and diversified business operation requirements of general hospitals. Among them, the information network system, as the core support of medical business informatization, not only to ensure stable operation, convenient operation, safety and reliability, but also to have excellent high bandwidth, large capacity and high-speed performance, while prospectively reserving sufficient system upgrade space, in order to calmly cope with the future growing business and technical needs. The construction equipment management system should fully meet the needs of the daily operation and management of the hospital building, strictly according to the professional requirements of the medical process, and achieve accurate and efficient management of the medical business environment and facilities.

First, design principles

1. Applicability first: to provide a full range of comprehensive services as the fundamental starting point, accurately meet the actual needs of the current various types of business wiring system, while in-depth insight and adaptation to the future trend of rapid development of network communication technology, to ensure that the system can always run efficiently.2. Smooth voice communication: Fully support voice telephone communication to ensure clear, stable and timely internal and external communication of the hospital.

3. Office network frontier: it can fully support all kinds of data communication, advanced multimedia technology and complex information management systems and other applications. With a forward-looking design concept, the system seamlessly ADAPTS to the continuous evolution of modern and future technologies, ensuring that technology will not be outdated in the next 25 years, and always provide a strong power for hospital office automation.

4. Highly flexible adaptation: The system has excellent flexibility and can fully meet the diversified functional requirements of different communication equipment. Personalized communication subnets can be constructed on different floors according to local conditions, and various devices such as computers, telephones, fax machines, printers, terminals can be conveniently connected at any information point in the building, easily responding to dynamic changes in hospital business scenarios.

5. Convenient expansion and upgrading: the structured cabling system has good scalability after completion, and when the future business expansion generates greater demand, it can easily and efficiently add new equipment, without large-scale transformation of the existing system, effectively protect investment and reduce operation and maintenance costs.

6. Modular compact architecture: In addition to the horizontal cables fixed in the building, the connectors of the entire wiring system are designed with modular standard parts. This ingenious architecture greatly facilitates the use, management and expansion of the system. In the maintenance work after the system is put into operation, it can significantly reduce the reserve of spare parts, realize rapid and accurate fault inspection and location, and greatly simplify the operation management process.

7. Wide openness and compatibility: The system adheres to the principle of openness, can be compatible with any manufacturer's network products without obstacles, and fully supports various network structures such as bus, star, and ring, providing a broad space for hospitals to freely choose high-quality network equipment and build multiple network architectures.

Second, the design basis

GB 50311-2016 "Integrated cabling system engineering design Code"
ANSI/ TIA-568-D.2 American National Standards Institute/American Telecommunications Industry Association Standards
YD/T926 building communication cabling system industry standard
ISO/IEC 1181:2017 Code for Integrated Wiring for Buildings
EIA/ TIA-569 Standard for Routing Telecommunications in Commercial Buildings
EIA/ TIA-606 Standard for the Management of Telecommunications Infrastructure for Commercial Buildings
EIA/TIA TSB67 Standard for Testing Telecommunications Cabling in commercial buildings
EIA/TIA TSB72 Centralized Fiber Cabling Guidelines

Third, demand analysis

The hospital environment is unique, on the one hand, the equipment has high requirements for cable transmission bandwidth, on the other hand, the medical equipment is easy to produce electromagnetic interference during operation, these two problems have become the key considerations in the design of hospital wiring system. In the operating room, X-ray room and other medical equipment highly concentrated places, the use of shielding + optical fiber wiring, can effectively resist electromagnetic interference, effectively ensure the safety and stability of information transmission.

The UCS copper cable system has been carefully optimized and specially adjusted for the balance, and the whole series has successfully passed the CE EMC electromagnetic compatibility certification, ensuring the stability of signal transmission from the root. The grounding design of its shielding products is clever and convenient, which can give full play to and guarantee the EMC performance of the system.

In view of the fact that medical projects usually cover a vast area, a large number of buildings, covering multiple areas with different functions such as diagnosis, hospitalization, health care, and life, the functions are extremely complex. In the wiring design, the entire medical area should be regarded as an organic multi-functional building group, and the planning should be carried out in strict accordance with the professional requirements of cable layout between buildings. In this case, the optical cable used as the main transmission medium for the backbone cable has become an inevitable choice. At the same time, from the overall layout of the computer network, it is necessary to consider the remote transmission requirements of information and the interconnection with the public distribution network.

According to the design code for medical building appliances:

1. The setting of the integrated wiring system should be closely aligned with the actual use function of the building and the complex needs of the medical information system, while having a long-term vision and fully taking into account future development and changes.

2. The backbone cable inside the medical building and within the hospital area must meet the computer network transmission requirements of 10 gigabits or higher specifications, under this standard, the backbone cable is the most suitable choice. For horizontal cables, it is recommended that class 6 or class 6A twisted pair be preferred to achieve efficient data transmission.

3. In public areas or large space areas, information points should be reasonably configured to provide convenient conditions for wireless LAN access and meet the flexible Internet access needs of personnel in different areas. In the ward of the inpatient department, information points should be accurately set on the comprehensive medical belt in strict accordance with the bed location, so as to facilitate the work of medical equipment and medical staff.

4. For key places such as operating rooms and imaging departments with a huge amount of information transmission, the cabling form of optical fiber to the desktop can ensure high-speed and stable data transmission and meet their high requirements for information processing.

5. General consultation room, emergency department, management office, medical technology department, pharmacy, fee office, operating room and logistics supply, office, teaching, duty room, inpatient ward, laboratory and other special inspection places, taking into account cost and performance factors, should choose non-shielded wiring system. One or more double-hole information ports should be set up at each station, and the same should be set up for single-room wards and wards with more than two people to fully meet the information access requirements in different scenarios.

6. When the electromagnetic interference value in the environment exceeds the safe use requirements of medical equipment, the shielded wiring system or optical cable wiring system should be resolutely adopted to effectively shield interference signals and ensure the normal operation of medical equipment and information systems.

Modern hospitals are accelerating towards the direction of integration, digitalization and intelligence, and smart hospitals have become an important goal of the future development of the medical industry. With the rich experience accumulated in the cabling industry and deep design and development capabilities, UCS has carefully created a complete set of modern medical network infrastructure solutions. Through the use of uniquely designed safety wiring kit, the implementation of high-density wiring planning, the construction of stable and reliable shielding system, to provide a solid and powerful support for the modernization of the medical industry. At the same time, the wide application of high flame retardant environmental protection materials also creates a safe, healthy and excellent environment for the hospital.