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Recently, the Office of the Leading Group for Deepening Medical Reform in Shanghai issued the "Notice on Carrying out the Pilot Work of High-quality Development of Public Hospitals in Shanghai". The notice proposes that through in-depth pilot projects, a functional, humanized, and intelligent medical service system that matches the functional positioning of the city will be built, so as to improve the sense of acquisition and satisfaction of the masses and medical personnel.
During the epidemic, my country's public health field exposed problems such as insufficient platform informatization capabilities and insufficient independent innovation capabilities for medical devices. The construction of a high-quality medical and health service system is still on the way. Taking logistics as an example, the types and quantities of materials stored inside the hospital and transported daily are very large, including medicines, samples, sterile packs, infusion packs, specimens, garbage quilts, etc. However, the urgency and management of materials extracted by each department are refined. The extent is not the same.
Logistics management capability is an important part of building an intelligent medical service system, which can effectively connect the daily operations of various departments in the hospital. In response to the pain points such as huge demand for hospital logistics and transportation, various varieties, high safety, strong timeliness, strict prevention and control of hospital infection, and traceability of material management, Qinglang Intelligent has launched a digital and intelligent hospital solution to help hospitals improve the operation efficiency of the logistics system. and intelligence.
Relying on its nearly ten medical distribution robot models, the Qinglang Intelligent Digital Hospital Solution, as a digital and intelligent hospital solution that can be implemented in the whole hospital, can be customized according to the characteristics of the subdivision of the scene, without occupying too much hospital space resources, which can be widely used in typical hospital scenarios such as operating rooms, static distribution centers, outpatient clinics, emergency departments, sampling areas, and laboratory departments.
More importantly, all kinds of big data information generated by robot distribution can be effectively managed through the intelligent management and control platform, which helps to flexibly allocate robot capacity and achieve optimal distribution of transportation. With the blessing of big data, hospital logistics informatization will enter the stage of data integration and integration. For example, the use of logistics and transportation big data can help managers to understand the operational data and patient conditions of each department in real time and improve medical efficiency in a high-quality and all-round way. Big data can also be used to observe changes in the medical industry in which they are located, and continuously improve and optimize management capabilities.
Recently, at the "Robot Technology Application Innovation Forum" of the World Artificial Intelligence Conference, the first "robot intelligence level" in China was officially released, and the medical distribution robot of Qinglang Intelligent was awarded the first Chinese robot intelligence evaluation system for its excellent product performance. And the only comprehensive intelligence cL3 level certificate. Qinglang Medical has also gradually emerged in the epidemic. Disinfection robots, distribution robots, and consultation robots have actively joined the fight against the "epidemic", which has played an important role in reducing the contact of medical staff, preventing cross-infection of personnel, and improving treatment efficiency.