From the perspective of the development of portable medical ultrasound devices as a whole, most portable ultrasound devices have relatively simple functions. Currently, some medical devices have been equipped with blood pressure testing, blood lipid testing, blood sugar testing and other functions, but their medical application value is not high, the data is not accurate enough, the monitoring procedures are not scientific enough, and they cannot match the indicators required for disease monitoring.
All of these determine that it is still a superficial sensory experience, and deep medical application is still some time away. In addition, the function is simple, the technology content is not high, the replication is strong, its continuous connection value is limited, the continuity of data and monitoring is limited, etc. These intermittent data connection makes the medical use of portable ultrasound equipment sharply reduced, and the authenticity of its data will also be questioned. The application in medical research and practical clinical application is relatively few, and the application scope is more in civil and daily aspects, and the medical application needs to be improved.
As a visual precision medicine tool and a good tool for emergency quick examination and preliminary screening, handheld ultrasound equipment is not only conducive to improving the work efficiency of medical staff, reducing labor intensity and work pressure, but also very conducive to improving the level of diagnosis and treatment, realizing the visualization and precision of various diagnosis and treatment, so as to minimize diagnosis and treatment errors, complications and sequelae, and avoid medical errors and doctor-patient disputes to the greatest extent.
In addition, the powerful remote diagnosis function of handheld ultrasound products enables users to obtain expert guidance, which is conducive to the development of business. For the grass-roots level, it is necessary to master the drawing skills instead of employing the sonographer. The diagnosis work is completed by the remote experts, which solves the problems of difficulty and high cost of employing and retaining the sonographer at the grass-roots level. The high level of remote experts can also be used to better attract patients to the grass-roots level, so as to better promote hierarchical diagnosis and treatment.
(1) Visual tools: including puncture interventional guidance, surgical guidance, treatment guidance, etc., as visual tools;
(2) Emergency inspection: including emergency outpatient department, ICU, field first aid, army battlefield rescue, etc.
(3) Preliminary inspection: including ward inspection, postoperative monitoring, physical examination, grass-roots inspection, health screening, family planning inspection, home care, etc.;
(4) Remote diagnosis, consultation, training: through mobile phone/tablet display, powerful communication function, easy to realize these applications.
Department of Anesthesiology, Department of Pain, ICU, Department of Urology, Department of Nephrology, Department of Cardiology, Department of Rehabilitation, Department of Orthopedics, Department of Gynecology, Department of Reproduction, Department of Obstetrics, Department of Neonatology, Department of Respiratory, Department of Gastroenterology, Department of Hepatobiliary surgery, Department of General Surgery, Department of Vascular Surgery, Department of Nail and Breast Surgery, Department of Cranial Surgery, Department of Neurology, Department of Transplantation, Department of Ophthalmology, Department of Dermatology, Department of Emergency Outpatient, Department of Nursing, Department of Inpatient Care, and medical examination center, as well as 120 first aid centers/ambulances, primary medical institutions, family planning stations, contracted family doctors, family care, nursing homes, maternity centers, plastic and beauty institutions, small needle knife/acupuncture treatment clinic, sports team medical team, military battlefield rescue medical team, disaster rescue medical team, etc.