What are the applications of the Internet of Things in hospitals is introduced as follows:
1, remote consultation
China's vast geographical area, uneven distribution of health care resources, rural or remote residents are difficult to obtain timely, high-quality medical services.
Traditional teleconsultation uses a wired connection for video communication, with high construction and maintenance costs and poor mobility.
The high-speed nature of 5G network can support 4K/8K remote HD consultation and high-speed transmission and ****enjoyment of medical image data, and enable experts to carry out consultation anytime, anywhere, improve diagnostic accuracy and guidance efficiency, and promote the sinking of high-quality medical resources.
2, remote ultrasound
Compared with CT, magnetic *** vibration and other technologies, ultrasound examination method depends largely on the doctor's scanning techniques, a probe is similar to the doctor to do ultrasound examination of the eyes, the different doctors according to their own methods to adjust the scanning orientation of the probe to scanning section diagnosis of the patient, the final results of the examination will also have the corresponding deviation.
Because of the lack of excellent ultrasound doctors in primary hospitals, there is a need to establish a high-definition and delay-free remote ultrasound system to give full play to the high-quality diagnostic capabilities of experts in high-quality hospitals, and to achieve inter-regional and inter-hospital business guidance, quality control, and to ensure that the lower hospitals to carry out ultrasound work on the standardization and rationality of the approach.
Remote ultrasound is used by remote experts to manipulate the robotic arm to carry out ultrasound examinations on patients in primary hospitals, which can be applied to upper and lower level hospitals in the medical association, as well as remote areas to provide counterpart assistance to help improve the ability of primary healthcare services.
5G's milliseconds latency will enable higher-level doctors to control the robotic arm to conduct remote ultrasound examinations in real time.
Compared with the traditional private line and WiFi, the 5G network can solve the problems of difficulty and high cost of private line construction in primary hospitals and remote areas such as islands, as well as insecure WiFi data transmission in hospitals and high latency of remote control.
3. Remote Surgery
Using medical robots and high-definition audio/video interactive systems, remote experts can provide timely remote surgical treatment to patients in primary care institutions.
5G networks can simplify the complex wired and WiFi network environments in the operating room, reducing network access and construction costs.
Using 5G network slicing technology, we can quickly establish exclusive communication channels between upper and lower level hospitals, effectively guaranteeing the stability, real-time and safety of remote surgery, allowing experts to control the surgical process and patient conditions at any time and any place, and realizing cross-region remote precision surgical control and guidance, which is of great significance in reducing the cost of patients' medical care, and helping the sinking of high-quality medical resources.
Not only that, but in special environments such as war zones and infected areas, the use of 5G networks can quickly build the communication environment needed for remote surgery, and enhance the emergency service capabilities of medical personnel.
4, emergency rescue
Emergency medicine is a comprehensive multi-disciplinary science to deal with and study all kinds of acute lesions and acute trauma, which needs to take emergency rescue measures in a short time to the accidental disasters, injuries and diseases that threaten the safety of human life and emergency medicine also needs to study and design on-site resuscitation, transportation, communication and other aspects, and the first-aid equipments are an important part of the first-aid medicine. The first aid equipment is an important part of the emergency medicine.
Currently, the development of emergency medicine in China is still in the primary stage and the development of rural and urban areas is extremely unbalanced, many places to be improved, the structure of first aid medical personnel is unreasonable, equipment configuration is still more serious, in the absence of specialists or general practitioners at the scene, through the wireless network can be the patient's vital signs and critical alarm information transmitted to the remote expert side.
And get the expert remote guidance, to save the patient's life is critical, and remote monitoring can also enable the hospital in the first time to grasp the patient's condition, in advance of the development of emergency programs and resources to prepare for the realization of pre-hospital emergency treatment and the seamless connection between the hospital treatment.
Through the 5G network, real-time transmission of medical equipment monitoring information, real-time vehicle positioning information, inside and outside the vehicle video screen, to facilitate the implementation of remote consultation and remote guidance, pre-hospital emergency information collection, processing, storage, transmission, **** enjoy can fully enhance the management of the rescue efficiency, improve the quality of service, optimize the service process and service mode. Based on big data technology can fully explore and utilize the value of medical information data, and application, evaluation, auxiliary decision-making, service in emergency management and decision-making.
5G edge medical cloud can provide safe and reliable medical data transmission, realize information resource **** enjoyment, system interconnection and interoperability, and provide strong technical support for pre-hospital emergency care and intelligent medical care.
The 5G intelligent first aid information system includes several parts, including the intelligent first aid cloud platform, vehicle-based first aid management system, remote first aid consultation and guidance system, and first aid auxiliary system.
Intelligent first aid cloud platform
Mainly includes first aid intelligent intelligent scheduling system, integrated first aid platform system, structured pre-hospital first aid electronic medical record system. It mainly realizes the functions of emergency dispatching, background operation and maintenance management, and emergency quality control management.
Vehicle Emergency Management System
Includes vehicle management system, medical equipment information collection and transmission system, AI intelligent image decision-making system, and structured pre-hospital emergency electronic medical record system.
Remote Emergency Consultation Guidance System
Includes guidance system based on high-definition video and AR/MR, realizing real-time transmission of high-definition audio/video, hypermedia medical records, emergency maps, and large-screen announcements.
The first aid auxiliary system includes intelligent medical backpack, first aid recorder, in-vehicle mobile workstation, and hospital mobile workstation.