Intelligent ear-nose-throat examination device

Abstract

The invention provides an intelligent ear-nose-throat examination device. The examination device comprises a detection module, an acquisition module, a clamping module, an identification module and a processor, wherein the detection module is configured to detect an affected part; the acquisition module is configured to acquire the affected part and transmit acquired data to the data identification module; the identification module is configured to identify lesions of the affected part; and the clamping module is configured to be clamped with the detection module. A control unit is adopted to adjust the direction of the detection module, so that examination positions of a detection probe, an induction probe and a sampling probe of the detection device can be controlled; and meanwhile, deviation of a first reference point and a second reference point and deviation operation of positions of the first reference point and the second reference point are adjusted step by step, so that areas in visual ranges of the detection probe, the acquisition probe and the induction probe can be completely acquired and identified.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to an intelligent ENT inspection device. Background technique [0002] At present, when medical personnel check the patient's ear cavity and nasal cavity, they hold a flashlight in their hands and only observe directly through the eyes; it is more troublesome to check the oral cavity and throat, and usually hold the tongue depressor in one hand and press down on the patient. The other hand holds a flashlight and shines it into the patient's mouth and throat for observation, or uses a reflector worn on the head to reflect the light into the patient's mouth or throat. [0003] Such as CN104305952B prior art discloses a kind of otolaryngology examiner, but these traditional methods have increased workload to medical personnel, and the light that flashlight or reflector shines into oral cavity is very limited and also is difficult to control the angle of irradiation, is unfavora...

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Problems solved by technology

[0003] Such as CN104305952B prior art discloses a kind of otolaryngology examiner, but these traditional methods have increased workload to medical personnel, and the light that flashlight or reflector shines into oral cavity is very limited and also is difficult to control the angle of irradiation, is unfavorable for medical personnel clearly Observing the patient's ear cavity, nasal cavity, oral cavity or throat disease position, coupled with the direct observation of the medical staff through the eyes, the distance is relatively far, the observation is not clear and incomplete, which will lead to the medical staff failing to accurately check, or even making a wrong diagnosis. diagnostic result

Another typical inspection laryngeal mask disclosed in the prior art such as US 2008 / 0078398 A1, and a inspection laryngeal mask disclosed in the prior art such as [US2007 / 0246050 A1, and the laryngeal mask contains an annular seal Both of them can be inflated through different pipelines, but these improved laryngeal masks still have many shortcomings, such as poor air tightness and high rate of aspiration; the front part of the air bag occupies the pharynx, giving The use of transesophageal ultrasonic gastric tube drainage causes great inconvenience; in addition, during the process of anesthesia with a laryngeal mask, the secretions in the patient's oropharynx will increase and accumulate in the oral cavity and throat, resulting in adverse consequences such as spasm and choking

[0004] In order to solve the common problems in the field, such as angle error in detection, non-adjustable angle, single function, aspiration, dead angle in detection, and inability to adapt to small spaces, etc., the present invention is made

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