Portable human body closed injury electrical impedance tomography detecting equipment adopting modular design

Abstract

The invention discloses a portable human body closed injury electrical impedance tomography detecting equipment adopting modular design, and is suitable for human body closed injury electrical impedance detection. The portable human body closed injury electrical impedance tomography detecting equipment comprises embedded electrical impedance tomography equipment, a belly internal haemorrhage detection sensor module, an intracranial hemorrhage detection sensor module and a fracture detection sensor module, wherein the embedded electrical impedance tomography equipment is disengaged from a computer host machine terminal, human body closed injury electrical impedance tomography detection is realized at an embedded terminal, and an end detection sensor module (such as abdominal cavity internalhaemorrhage, intracranial hemorrhage and closed fracture) for different parts of human body closed injury can be correspondingly designed. The modular design is used for different application scenesthrough a replacement sensor module, so as to obtain the best detection results. The modules can be in hot plugging, and have high flexibility and accessibility, and repair and maintenance are convenient. The problem of detecting human body closed injured parts can be solved potentially, and the diagnosing rate and treatment and curing efficiency for closed injury wounded personnel of Chinese armycan be greatly improved.

Description

Technical field: [0001] The invention relates to a portable detection device, in particular to a modular design portable human body closed wound electrical impedance imaging detection equipment. Background technique: [0002] In modern warfare, closed injuries (such as intra-abdominal hemorrhage, intracranial hemorrhage, closed fractures, etc.) of the human body caused by explosive shock waves are highly lethal. A large number of closed wounds died during the evacuation. Explosions are the main cause of injuries, and bleeding is the direct cause of early death. Therefore, it is necessary to conduct in-depth research on the closed injuries of the human body caused by explosive shock waves. [0003] The detection of closed injury sites is an important reference basis for later diagnosis and treatment, which directly affects the ability to make accurate diagnosis and adopt appropriate treatment methods. Currently widely used imaging technology (B-ultrasound, CT, MRI, etc.) as a non-i...

AI Technical Summary

Problems solved by technology

However, the equipment these technologies rely on is bulky and cannot meet the needs of the battlefield for portable detection. It is only suitable for clinical applications, and its high price also determines that it cannot be widely used on the battlefield.

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