Medical positioning network
Background of the plan
With the progress of society and the development of technology, people's requirements for medical and health services are also increasing, and IoT positioning technology is gradually emerging in the intelligent construction of hospitals. Positioning technology has made qualitative breakthroughs in terms of technical means, positioning accuracy, and availability, promoting the development of the medical and health information industry. The application potential of IoT positioning technology in the medical field is enormous, which can help hospitals achieve intelligent management of people, equipment, and buildings. It can meet the needs of intelligent management and monitoring of medical health information, medical equipment and supplies, and public health safety, thereby solving problems such as weak support for medical platforms, overall low medical service levels, and hidden dangers in medical safety production.
The National Health Commission issued the "Comprehensive Evaluation Indicators for Smart Hospitals" in 2015 and the "National Standards and Norms for Hospital Informatization Construction (Trial)" in April 2018, guiding medical institutions at all levels nationwide to carry out smart medical applications. Under this guidance, hospitals at all levels are actively exploring and constructing various hospital information projects, which include a large number of applications of IoT positioning technology.
This type of application includes the following content:
1， Positioning management of personnel
Mental patient positioning management system, elderly patient loss prevention system, infant anti-theft system, emergency patient positioning system, chest pain patient positioning system, medical staff positioning system, visitor positioning system, etc.
2，Positioning management of materials
Asset positioning system, medical waste positioning system, etc.
3，Navigation application for facilities
Hospital guidance system, parking navigation system, etc.。
These applications have a wide variety of types, with mixed advantages and disadvantages. When hospitals gradually construct these projects, it is difficult to carry out unified planning, resulting in a chaotic situation caused by disorderly construction. This situation often leads to the waste of resources in the implementation of redundant cabling, mutual interference between various systems, increased difficulty and cost of management and maintenance, and frequent disruption of normal medical business. It is also difficult to have good standards and plans for gradual transformation in the later stage.
Product advantages
The medical positioning network is composed of positioning antennas, positioning tags, positioning base stations, and positioning engine servers. Medical positioning network is different from general positioning network in that it emphasizes providing 100% reliable "room level" positioning information to ensure 100% accuracy of logical positioning data. Hospitals can use positioning systems to achieve real-time positioning of assets, medical staff, and patients, improve the efficiency of assets and medical staff, reduce asset loss, improve patient care, strengthen clinical responsibility recognition, reduce medical accidents, and enhance doctor-patient relationships. Combining positioning systems with clinical information systems can improve the overall management level of hospitals. Related applications include asset management, safe medical care, medical waste management, and hand hygiene compliance.
Provide 100% reliable "room level" logical positioning data
Low power positioning label, capable of continuous operation for more than two years
Provide a graphical interface for users to quickly and accurately locate target locations
Clinical pathway management, customer management, asset management, medical waste tracking
Develop APIs that provide third-party interfaces
Ensure that RF has no interference with WIFI network
Product architecture
