Orifice observation device with voice-control light source and voice-control method of orifice observation device

Abstract

The invention relates to the technical field of detection devices, and discloses an orifice observation device with a voice-control light source. The orifice observation device comprises a device body. The device body is provided with a light path module, a light source module, a voice obtaining module and a voice recognizing control module. By means of the orifice observation device, the operation difficulty of operators can be effectively relieved. The invention further provides a light source control method of the orifice observation device. By means of the method, control can be conducted through human voice not by hand, operation is easier, well control can be conducted for operators elementarily trained, and applicability is high.

Description

technical field [0001] The invention relates to the technical field of detection equipment, in particular to an aperture observation device with a sound-controlled light source and a sound control method thereof. Background technique [0002] Apertures usually involve organs such as the mouth, nose, ears, and eyes in medicine; according to the structure and characteristics of the orifice, the interior of the orifice is in a dark environment, so if you want to observe the interior of the orifice, you must use a light source for illumination. For this reason, human beings have invented various lighting observation devices according to different environmental needs. [0003] In terms of biomedical purposes, there are many types of observation devices for orifices, including vaginal endoscopes, intestinal endoscopes, nasal mirrors, otoscopes, oral mirrors, gastroscopes, laparoscopes, and ophthalmoscopes to assist clinical examinations , diagnosis or treatment. The functions an...

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Problems solved by technology

[0004] The thermal effect of infrared or laser can cause potential or obvious damage to some irradiated substances, and high-intensity (or long-term) visible light can also cause adverse effects in some applications, for example, the retina of the inner orifice of the eye under test Cells, if the safety control of related products or applications is not properly controlled, it will cause potential or obvious safety risks; When the light source is switched or the intensity of visible light is adjusted, the continuous exposure to the eyes will make the subject uncomfortable; and if the observation device has no auxiliary fixing devices (such as the fixing and moving bracket of the desktop ophthalmoscope, etc.), manual operation and observation When installing, especially those who are not trained enough, it is easy to cause the observation device to shake, which is not good for observation with higher precision requirements.

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