Multifunctional ear-noise-throat detector

Abstract

The invention relates to a multifunctional ear-noise-throat detector, comprising a head and a handle which are jointed with each other, further comprising an independent integrated camera-shooting and lighting unit; the camera-shooting and lighting unit is mounted on the head and is connected with a lead arranged in the head to realize image data transmission. Doctors clearly and comprehensively know disease condition by observing pictures on a display device so as to accurately diagnose, and also adjust an irradiation angle and a camera shooting angle under a condition that doctors are not close to an oral cavity, a nasal cavity or an ear cavity of patients, so that operations are convenient and flexible; and a light information transmission tube arranged on the camera-shooting and lighting unit can irradiate and shoot images for the disease at short range, so that effects are better, and images are clearer; furthermore, the detector further is provided with a tongue depressor which can be popped up and changed; doctors can finish a tongue depressing operation and a lighting and image shooting operations for disease of the oral cavity and a throat with a hand, so that the multifunctional ear-noise-throat detector can be used conveniently, and can effectively avoid cross infection of doctors and patients, therefore the multifunctional ear-noise-throat detector is healthful and safe.

Description

technical field [0001] The invention relates to the technical field of medical instruments, in particular to a multifunctional ear, nose and throat examiner. Background technique [0002] At present, when the doctor checks the patient's ear cavity and nasal cavity, he holds a flashlight in his hand and only observes directly through the eyes; it is more troublesome to check the oral cavity and throat, and usually holds the tongue depressor in one hand to depress the patient's tongue. Hold the flashlight in the other hand and shine it into the patient's oral cavity and throat for observation, or use the reflector worn on the head to reflect the light into the patient's oral cavity or throat. However, these traditional methods have caused a lot of inconvenience to doctors, and the light from a flashlight or reflector into the mouth is very limited and the angle of irradiation is difficult to control. The brightness of the ear cavity, nasal cavity, oral cavity or throat is not ...

AI Technical Summary

Problems solved by technology

However, these traditional methods have caused a lot of inconvenience to doctors, and the light from a flashlight or reflector into the mouth is very limited and the angle of irradiation is difficult to control. The brightness of the ear cavity, nasal cavity, oral cavity or throat is not neutral, which is not conducive to clear observation by doctors. The location of the patient's ear cavity, nasal cavity, oral cavity or throat, and the doctor's direct observation through the eyes, which is relatively far away, makes the observation unclear and incomplete, which will lead to the doctor's inaccurate examination and even wrong diagnosis results

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