Panoramic endoscope device

Abstract

The invention discloses a panoramic endoscope device comprising an image capture element, a processor and display equipment. The image capture element comprises a hollow sleeve having a light transmitting part, multiple image sensors which are arranged in the sleeve and a light-emitting element which is used for emitting light. One image sensor is arranged in a way of being corresponding to the opening of one side of the sleeve, and the rest image sensors are annularly arranged to capture external environment image information. The processor is used for receiving the environment image information and processing the environment image information so as to obtain a panoramic frame corresponding to the omnibearing area of the detection environment, wherein multiple display areas are defined inthe panoramic frame and used for correspondingly displaying the content of the environment image information, and all the display areas are adjacent to each other. The display equipment is connectedwith the image capture element through a tube and electrically connected with the processor so as to receive and display the panoramic frame. Therefore, the image capture scope and efficiency of the endoscope device can be enhanced and detection related judgment can be facilitated for the user.

Description

technical field [0001] The invention relates to an endoscope device, in particular to a panoramic endoscope device capable of shooting panoramic images of a detection environment, thereby improving judgment and inspection efficiency. Background technique [0002] In the medical field, in order to obtain detailed images of internal organs and tissues of the human body, endoscopic devices are often used in surgery for related medical examinations to facilitate further diagnosis. Similarly, in industrial applications, for precision machinery or some machines whose structure cannot be seen from the outside, the endoscope device can also be used to capture the required internal images of the machine to confirm and inspect the status of the components. [0003] The existing endoscope device includes a tube body, and an image picker is arranged at one end of the tube body, and the other end is connected with a screen. The image picker includes a lens and an image sensing element. ...

AI Technical Summary

Problems solved by technology

[0004] However, the image capture device of the existing endoscope device only has a single lens, so it can only acquire images of organs and tissues in a single direction. With the existing lens capture angle, generally only about 120-120° to the front of the inspection area can be seen. 130-degree shooting image, and in terms of digestive tract examination, the front lens is often blocked by the folds of the digestive tract, rather than a clear image of the tube wall, so the image captured by the existing endoscope device is clear and accurate degree, there is still a great inadequacy in the judgment of lesions

It is also the same when it is applied to industrial machinery inspection. A single lens camera is not convenient for users to view and judge the internal condition of the machinery.

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