Smart health care includes the informationization of hospitals, the Internet of medical information, the Internet of Things of pharmaceutical medical equipment, remote health monitoring and even telemedicine. There are many application scenarios of intelligent medical treatment, including:
1, remote consultation
Intelligent medical treatment relies on the characteristics of network high speed rate, can realize the remote high-definition consultation and medical image data high-speed transmission and **** enjoy, and let the experts can carry out consultation anytime, anywhere, and promote the sinking of high-quality medical resources.
2. Remote ultrasound
The way of ultrasound examination relies heavily on the doctor's scanning method, and grassroots hospitals often lack excellent ultrasound doctors. Through the intelligent medical system, a high-definition and non-delayed remote ultrasound system can be set up to give full play to the high-quality diagnostic ability of experts in high-quality hospitals, and to realize the cross-regional and cross-hospital business guidance and quality control.
3. Remote surgery
Using medical robots and high-definition audio and video interaction systems, remote experts can provide timely remote surgical treatment to patients in primary care institutions. Intelligent healthcare can also 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 anywhere.
4, emergency rescue
In the absence of a specialist or general practitioner at the scene, the wireless network can transmit the patient's vital signs and critical alarm information to the remote side of the expert, and obtain expert remote guidance to achieve emergency rescue; remote monitoring also enables the hospital to grasp the patient's condition as soon as possible, and formulate first aid programs and resource preparation in advance, realizing the seamless integration of pre-hospital first aid and in-hospital treatment. The remote monitoring also enables the hospital to grasp the patient's condition as soon as possible, formulate the emergency plan and prepare resources in advance, and realize the seamless connection between pre-hospital emergency treatment and in-hospital treatment.
5, remote teaching
Through the intelligent medical system, can be oriented to the medical and health care technicians to carry out education and training in the form of conference lectures, case discussions, technical operation demonstration, training seminars, thesis and results of the publication and so on.
6. Remote monitoring
The use of wireless communication technology to assist medical monitoring, real-time, continuous and long-time monitoring of patients' vital signs, and the acquisition of vital signs data and critical alarm information transmitted to health care personnel by wireless communication.
7. Intelligent medical guidance
Hospitals can improve the service efficiency of hospitals, improve the service environment, reduce the workload of nurses at the hall guidance desk, and improve the efficiency of medical guidance through the deployment of intelligent medical guidance robots using a combination of cloud-network-machine, which provide artificial intelligence guidance services based on natural semantic analysis.
8, mobile medical care
Based on daily checkups and nursing care, medical staff can realize the mobile collection and high-speed transmission of image data and sign data, mobile high-definition consultation, and improve the quality and efficiency of checkups and nursing care services through the intelligent medical system. In special wards such as radiology wards and infectious disease wards, mobile medical care is helpful in protecting the safety of medical staff.
9, intelligent hospital management
Real-time monitoring of patient signs, hospital personnel safety management, medical equipment, the whole life cycle management is the construction of intelligent hospitals **** the same demand, intelligent medical system through the Internet of Things technology, to build the hospital medical Internet of Things, organic links to the medical equipment, to enhance the efficiency of the hospital management and the patient experience.
10, AI-assisted diagnosis and treatment
Intelligent medical program based on PACS image data, through the big data + artificial intelligence technology solutions, build AI-assisted diagnosis and treatment applications, modeling and analysis of medical imaging data, analysis of the condition, lesions, to provide decision-making support for doctors, to improve medical efficiency and quality.
Two, intelligent medical industry chain introduction
1, the hospital side
(1) medical equipment equipment: intelligent medical equipment equipment are mainly used in the transfer of critically ill patients, surgical and pre-operative simulation, micro-injury precise positioning manipulation, endoscopy, clinical rehabilitation and nursing care of medical robots and so on.
(2) Medical Information Base: Through computer science and modern network communication technology and database technology, it provides collection, storage, processing, extraction and data exchange of patient information and management information between hospitals and between departments belonging to hospitals, and meets the functional requirements of all authorized users.
(3) Telemedicine: With the development of new technologies such as mobile communications, Internet of Things, cloud computing, and Internet of Vision, numerous intelligent healthcare products are gradually coming out, and telemedicine has developed to the third stage, showing the characteristics of going into the community, going to the family, and facing more to the individual to provide oriented and personalized services.
2. Patient side
(1) Wearable devices: including smart watches, smart textiles, digestible microchip drugs, etc. Wearable devices are being used in different scenarios to help patients with Parkinson's disease, diabetes, heart disease, high blood pressure, and other diseases to manage their diseases and to reduce. hospitalization and consultation rates
(2) Mobile medical app: a medical application software based on mobile terminals, which mainly provides patients with services such as searching for doctors, booking appointments, purchasing medicinal products, and inquiring about professional information.