Individual soldier wearable portable ultrasonic system and control method thereof

Abstract

The invention discloses an individual soldier wearable portable ultrasonic system and a control method, and the individual soldier wearable portable ultrasonic system comprises a wearable voice input module which inputs a voice control instruction to a wearable main control module; the wearable master control module is used for analyzing the received voice control instruction and sending a control instruction to the wireless ultrasonic probe module according to an analysis result or sending the control instruction to the remote control automatic injector module according to the analysis result; the remote control automatic injector module is used for executing automatic dosing and sampling operation according to the control instruction; the wireless ultrasonic probe module is used for controlling an instruction to obtain a radio frequency signal and sending the obtained radio frequency signal to the wearable main control module; the wearable master control module receives and processes the radio frequency signal sent by the wireless ultrasonic probe module to obtain image information, and sends the obtained image information to the head-mounted display module; and the head-mounted display module is used for displaying the image information sent by the wearable main control module.

Description

technical field [0001] The invention relates to the technical field of medical ultrasound, in particular to an individual soldier wearable portable ultrasound system and a control method thereof. Background technique [0002] Due to the advantages of small size, fast maneuverability, convenient operation, and suitable for bedside examinations, portable ultrasound equipment has played an important role in the process of trauma diagnosis and treatment as the preferred imaging technology during wartime, and its application value has also been recognized by the world's military medicine. [0003] The treatment of war wounds under field conditions is characterized by harsh environments, concentration of wounded, and complex injuries. Therefore, it is necessary to use limited medical resources to complete the treatment of a large number of wounded to the maximum extent, and do a good job in tasks such as rapid diagnosis and treatment, classification, and evacuation. Although ultra...

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Problems solved by technology

Although ultrasound equipment plays an important role in rapid diagnosis and treatment, classification and evacuation, the current portable ultrasound equipment cannot adapt to the complex and changeable treatment tasks in the modern battlefield. The main reasons are as follows:

[0004] 1. The environment of the wartime medical work site is harsh, complex and changeable. The portability, quick response, and adaptability of the current ultrasonic equipment cannot meet the wartime work scene.

[0005] 2. At present, portable ultrasonic equipment is not suitable for the special requirements of individual soldiers to complete ultrasonic operations in wartime, which not only affects the treatment rate of the wounded, but also affects tactical actions and reduces the combat effectiveness of individual soldiers

[0006] 3. Injuries in modern wars are complicated, and new requirements are put forward for the diagnosis and treatment functions and remote communication of ultrasonic equipment

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