Double-checking comprehensive diagnostic apparatus utilizing infrared thermography and guide pressure-sensitive palpation and detection method of diagnostic apparatus

Abstract

The invention belongs to the technical field of medical diagnosis, and particularly relates to a double-checking comprehensive diagnostic apparatus utilizing infrared thermography and guide pressure-sensitive palpation and a detection method utilizing the diagnostic apparatus. The double-check comprehensive diagnostic apparatus comprises a working platform, an infrared thermography acquisition device, a pressure-sensitive detector, a computer and an image display are arranged on the working platform, the infrared thermography acquisition device is used for general check-up, the pressure-sensitive detector is used for performing accurate checking to find out whether or not neoplasms or abnormal deformations are formed in the body locally, and the computer and the image display are connected with the infrared thermography acquisition device and the pressure-sensitive detector which are connected with the computer through a data interface. The diagnostic apparatus makes full use of advantages of infrared thermography checking and pressure-sensitive palpation checking technologies by originally combining infrared thermography checking and pressure-sensitive palpation checking together, and functional and structural image results can be obtained, so that evidence warning and diagnosis are made for diseases and particularly for physical examination and asymptomatic patients quickly and effectively, and the patients can be timely treated in the early stages of the diseases. Besides, by the diagnostic apparatus, medical cost is lowered, and misdiagnosis rate, rate of missed diagnosis and death rate of the diseases are lowered greatly.

Description

technical field [0001] The invention belongs to the technical field of medical diagnosis, and in particular relates to a double-check comprehensive diagnostic instrument for guiding pressure-sensitive palpation by using an infrared thermal image and a detection method of the diagnostic instrument. Background technique [0002] At present, infrared thermal imaging cameras (photoelectric spectral thermal images) and pressure-sensitive palpation inspection instruments (mechanical bit structure images) have corresponding medical inspection instruments. In clinical application, the former belongs to functional imaging equipment (diseases can be diagnosed through abnormal changes in body surface thermal field distribution when abnormal physiological changes occur in the function of human tissue), and the latter belongs to structural imaging equipment (when the structure of human tissue changes Detection of diseases by observing changes in the response of human tissues to pressure ...

AI Technical Summary

Problems solved by technology

[0008] (1) Quantitative information of local suspicious lesions obtained by using infrared thermal imaging technology alone often cannot make an accurate diagnosis, and can only be a suggestive diagnosis for the doctor's reference;

[0009] (2) There are many factors that affect the distribution of body surface thermal field and temperature changes. Doctors who analyze heat maps need to closely combine with other clinical information to eliminate many interfering factors before they can provide early warning or diagnosis, so it is difficult to make an accurate diagnosis;

[0010] (3) Since the functional lesions of human tissues are much ahead of the organic lesions (the lesions can be detected 3-6 months in advance), the positive results detected by infrared thermal imaging cannot be reflected synchronously and in time on the structural images. When the patient has no corresponding symptoms, the positive report result indicated by the thermal image is often misjudged as a "false positive" clinically, and such a result will delay the disease and treatment

In the prior art, there is no organic combination of infrared inspection technology and pressure-sensitive palpation inspection technology. Therefore, it is imminent to develop an effective dual diagnostic instrument that combines infrared inspection technology and pressure-sensitive palpation inspection technology.

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