Thermal imaging physiological detection system

Abstract

The invention belongs to the field of intelligent medical images and particularly relates to a thermal imaging physiological detection system. The system comprises a thermal imaging unit, a 3D gratingdepth map capture unit, a displayer unit, an Soc integrated processor, a storage unit, a communication unit, an operation interaction unit, a power supply unit and a cloud service unit. According tothe thermal imaging physiological detection system, by using thermal imaging information combined with 3D, the distribution of thermal sources of the surface of the human body is precisely measured, and the hardware basis is provided for application and development of a 3D thermal source model. According to the thermal imaging physiological detection system, a user can encrypt a https browsing mode through a webpage H5 and check 3D thermal imaging models and 3D full-color models rendered at all angles in an ROI area, the models can be framed in a vision field, switching among different imaginglayers is conducted, the skin texture characteristics corresponding to abnormal points in hot maps can be clearly found, and accordingly a medical mechanism achieves remote auxiliary diagnosis basedon the kind of information.

Description

Technical field [0001] The invention belongs to the field of intelligent medical imaging, and specifically relates to a thermal imaging physiological detection system. Background technique [0002] In recent years, medical infrared thermal imaging technology has gradually attracted people's attention; although there are still great uncertainties in the development of thermal imaging detection technology in breast cancer screening, visceral disease screening and other fields, the development of photoelectric technology and computer multimedia technology, The resolution and clarity of the thermal imager can fully meet the needs of the detection of some surface physiological indicators such as skin and mucous membranes; in recent years, the production capacity of domestic related devices has been continuously enhanced, and the price of terminal equipment has dropped greatly; plus its non-invasive, non-radiation, etc. Advantages, thermal imaging cameras have been widely used in clini...

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Problems solved by technology

[0002] In recent years, medical infrared thermal imaging technology has gradually attracted people's attention; although the development of thermal imaging detection technology still has great uncertainty in the fields of breast cancer screening and visceral disease screening, the development of photoelectric technology and computer multimedia technology, The resolution and clarity of the thermal imager can fully meet the needs of the detection of some surface physiological indicators such as skin and mucous membranes; in recent years, the production capacity of related devices in China has been continuously enhanced, and the price of terminal equipment has dropped greatly; in addition, its non-invasive, radiation-free, etc. Advantages, thermal imaging cameras have been widely used in clinical practice, such as postoperative monitoring of skin flap transplantation, detection of arthritic areas, and detection of lesions in superficial blood vessels. Judging by personal experience, there is no accurate and quantitative 3D auxiliary diagnosis system

In addition, in the detection of internal organs and tissues, the precise positioning of the 3D coordinates of the deep heat source is the basis of deep diagnosis; the 3D human body deep heat source model only stays in the heat radiation information of the 2D human body surface, and the derivation of the deep heat source information supported is accurate. The reliability cannot be guaranteed; the lack of 3D digital heat radiation information makes it difficult to verify and apply 3D heat source models, which restricts the development space of thermal imaging technology in the medical field

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