Electronic endoscope for medical imaging

Abstract

The invention relates to the technical field of medical instruments, in particular to an electronic endoscope for medical image imaging, which comprises an oral pad, placing grooves with trapezoidal groove structures are symmetrically formed in the upper side and the lower side of the front end of the outer surface of the oral pad, inclined rod grooves are formed in the left side and the right side of the groove bottom of each placing groove, and adjusting mechanisms are arranged in the rod grooves. According to the electronic endoscope for medical imaging, when intestinal and gastroscope detection is carried out on a bucktooth patient with maxillary protrusion deformity or bimaxillary protrusion deformity, the inclination degree of an alveolar cavity is adjusted through the adjusting mechanism, so that the electronic endoscope adapts to mouth shapes of different bucktooth patients, teeth of the bucktooth patients can enter the alveolar cavity, the burden of the upper jaw and the lower jaw is reduced, and the medical imaging quality is improved. Unnecessary injury to a patient due to dislocation is avoided; the ball is arranged on the front side of the interior of the tube hole, abrasion between the mirror tube and the tube hole is reduced, and meanwhile the column body can stretch out and draw back in the cylindrical hole under the action of the spring so as to adapt to mirror tubes with different diameters.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to an electronic endoscope for medical image imaging. Background technique [0002] As a medical device, medical endoscope has been widely used in clinical observation and diagnosis of various cavities inserted into the human body, and is an important means of disease inspection. Commonly used medical endoscopes include rigid tube endoscopes, fiberoptic endoscopes and electronic endoscopes. The working principle of the electronic endoscope is to convert the picture information obtained in the objective lens into electronic information, and then convert the electronic information through the circuit, and finally display it on the display screen. [0003] Some existing endoscopes used for gastrointestinal examination often enter the human body through the oral cavity, and a mouth pad will be set at the patient's oral cavity to prevent the patient from biting the tube of the e...

AI Technical Summary

Problems solved by technology

[0003] Some existing endoscopes used for gastrointestinal examination often enter the human body from the oral cavity, and mouth pads are provided in the patient’s mouth to prevent the patient from biting the pipeline of the electronic endoscope due to pain. However, the existing Mouth pads are mostly fixed structures, which cannot be adjusted according to the mouth shape of the patient, especially for patients with overbite teeth with maxillary protrusion or bimaxillary protrusion, resulting in the inability of the upper and lower jaws to align with the alveoli on the upper and lower sides of the mouth pad. It requires the patient to open the mouth for a long time, which can easily cause jaw fatigue and soreness, and even cause dislocation, causing unnecessary damage to the patient

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