15 results about "Fiberscope" patented technology

The invention provides a fiberscope and camera connecting structure and method and a breast duct endoscope, the connecting structure comprises a fiberscope part and a camera part, the camera part comprises an outer cylinder, an eyepiece adapter lens and a handle shell, the fiberscope comprises an image fiber, an image fiber seat base and a connecting piece, and the connecting piece is connected to the rear end of the image fiber seat base. The rear end of the image fiber penetrates through the central hole of the connecting piece, and the front end of the image fiber penetrates out of the front end of the image fiber seat base; the rear end of the connecting piece is matched with the front end of the outer cylinder through an inserting structure, the fiberscope part and the camera part are connected and fixed through the fixing device, and after the fiberscope part and the camera part are connected, the rear end of the image fiber is close to the eyepiece adapter lens. According to the connecting structure, an inserting structure is adopted for connection instead of traditional buckle connection, the overall size of a connecting part can be obviously reduced, and the using flexibility and convenience are improved; and meanwhile, the definition and contrast of the image can be improved, the use cost is reduced, and the operation steps are simplified.

The utility model discloses a visual interbody fusion cage adjustable implantation device with a lens, which comprises a camera assembly and an implantation channel assembly, and is characterized in that the camera assembly comprises a base, an electronic fiberscope fixedly mounted in the middle of the base, and a lighting mechanism arranged at the lower end of the electronic fiberscope; the liquid inlet channel and the liquid outlet channel are arranged on the two sides of the electronic fiberscope; the imbedding channel assembly comprises a lower groove body installed at the upper end of the base, tensioning grooves formed in the two sides of the lower groove body and upper groove bodies slidably connected to the interiors of the tensioning grooves. The extension mechanisms are arranged at the bottom end of the lower groove body and the top end of the upper groove body, the lifting holes are formed in the side ends of the extension mechanisms, and the lifting devices are detachably connected with the lifting holes. The number of instruments used in an operation can be reduced, the operation difficulty of medical staff is lowered, interference in the fusion cage imbedding process is reduced, adjustment can be conducted according to the size of the fusion cage, meanwhile, the fusion cage can be prevented from slipping, and the fusion cage imbedding success rate is increased.

The utility model provides a breast duct endoscope which comprises a camera part and a fiberscope part, the camera part comprises an outer cylinder and a handle shell, the rear end of the outer cylinder is located in the handle shell and connected with a camera device, and the front end of the outer cylinder is exposed out of the front end of the handle shell; the fiberscope part comprises an image fiber seat base and a connecting piece, the connecting piece is connected to the rear end of the image fiber seat base, the rear end of the connecting piece is matched with the front end of the outer cylinder through an inserting structure, and the fiberscope part and the camera part are connected and fixed through a fixing device. By means of the inserting structure, the alignment difficulty is reduced, through the connecting and fixing mode of one fixing device, quick mounting and dismounting can be achieved during use every time, operation is easy, and the assembling duration is shortened.

The application discloses a fiber endoscope dynamic moire elimination method based on deep learning, and the method comprises the following steps: inputting acquired detection video data into a preset scene construction model to construct a detection scene three-dimensional model containing an endoscope model; inputting acquired video frame images A i and simulation video frame images B i into a preset pixel point pixel value calculation model to determine standard pixel values of each pixel point; extracting a to-be-processed video frame image A j from the detection video data and inputting the to-be-processed video frame image A j into a preset moire elimination model to calculate a first pixel difference value of a to-be-processed pixel point m, determine an abnormal sub-region, perform pixel value compensation on abnormal pixel points in the abnormal sub-region, and update the to-be-processed video frame image A j according to the compensated pixel values. The application can accurately and quickly identify moire through a deep learning method, effectively and quickly eliminate moire in dynamic video frames, and improve video image display effects.

A medical targeting system facilitates guidance of a real-time imaging system and intervention tool to a calibrated position of a target identified in preprocedural images. Real-time images from an imaging system are registered with preprocedural images. The imaging device is guided to the vicinity of a virtual target identified from the registered preprocedural images until the physical target is identified in the real-time images. The virtual target position can then be calibrated to correspond to the physical target. Once calibrated, an intervention tool can be guided to the calibrated position to perform the procedure, even if the real time imaging no longer shows physical target. The imaging device may include a near infrared fluorescence (NIRF) fiberscope that enables imaging of targets outside of the anatomical channel or other pathway being traversed by the imaging device.

The invention relates to a high-flux endoscopic hyperspectral data acquisition method, which adopts a broadband optical filter group to replace traditional complex hardware such as a narrow-band optical filter, a beam splitter prism, a grating and the like, and avoids the use of a high-power monochromatic light source, a moving part and a complex optical element in the traditional technology. According to the method, the mapping model of the endoscopic image passing through the broadband optical filter and the corresponding hyperspectral endoscopic image is constructed, and the hyperspectral endoscopic data is acquired by reconstructing the hyperspectral data, so that the complexity of the system is greatly reduced, and the light energy utilization rate and the stability of the system are further improved. The method fully integrates multidisciplinary technologies such as optics, a big data image algorithm and medical diagnosis, has good universality and adaptability, not only can be applied to a hard mirror system, but also can be adapted to a fiberscope, a flexible electronic endoscope system and the like, is expected to be expanded and applied to other types of endoscopic imaging systems, and has wide application prospects. The endoscopic imaging system can be a confocal endoscopic imaging system, an industrial endoscopic imaging system and the like.

The present invention relates to a fiberscope surgical system for epidural space, which belongs to the technical field of medical devices and solves the technical problem that the fiberscope is easy to touch or damage the surrounding tissues or nerves when inserting and operating in the epidural space. The fiberscope surgical system of the present invention includes a fiberscope, a nerve baffle assembly and a puncture needle; the tube portion of the fiberscope is bendable; the nerve baffle assembly includes a baffle body, a first operating mechanism and a limit assembly, and the nerve baffle assembly is detachably sleeved on the periphery of the tube portion and the lens portion; the first operating mechanism includes a baffle pulling wire, a baffle pulling portion and an elastic component; the puncture needle includes a second operating mechanism and a needle tube, and a guide portion and a fixed portion are provided at the opening of the needle tube, and the guide portion is rotatably connected to the fixed portion. The fiberscope surgical system of the present invention can control the insertion direction of the tube portion, effectively shield the nerves, and provide a safe and high-precision surgical system for epidural space surgery.

The invention provides a GIS built-in fiberscope electromagnetic force simulation model construction method, which comprises the following steps: constructing a model by using acquired equipment and fiberscope parameters, then solving electromagnetic field distribution by using a finite element method, and calculating the electromagnetic force condition of a built-in fiberscope through the solved electromagnetic field distribution. And finally, carrying out optimization design on the built-in fiber mirror through the solved electromagnetic force condition of the fiber mirror. The method aims at solving the problem that a traditional external detection method is limited in high-voltage electrical equipment. The method comprises the following steps: S1, acquiring equipment parameters; s2, adding fiber mirror parameters; s3, electromagnetic field distribution simulation; s4, calculating the electromagnetic force on the fiberscope; and S5, designing and optimizing a fiber mirror. According to the method for constructing the simulation model of the electromagnetic force applied to the GIS built-in fiberscope, the model is constructed by utilizing acquired equipment and fiberscope parameters, then electromagnetic field distribution is solved by utilizing a finite element method, the electromagnetic force applied to the built-in fiberscope is calculated through the solved electromagnetic field distribution, and the simulation model of the electromagnetic force applied to the built-in fiberscope is obtained. And finally, performing built-in fiberscope optimization design according to the solved electromagnetic force condition of the fiberscope, so as to deal with the problem that a traditional external detection method is limited in the high-voltage electrical equipment, realize visual detection of the interior of the high-voltage electrical equipment, and provide powerful support for maintaining safe and stable operation of electrical equipment.

The utility model discloses a deformable enteroscopy treatment tool belongs to enteroscopy technical field, including inner tube, outer tube, convex membrane, dosing pipe, gasbag pipe, fiberscope, the inner tube is covered and is established in the inside of outer tube, and the right -hand end of inner tube and outer tube is closed end, and the right -hand end fixed mounting of inner tube has convex membrane, and the inside of inner tube is provided with fiberscope, a plurality of dosing pipes are all fixed mounting on the outer wall of outer tube, and a plurality of dosing pipes are on the outer wall of outer tube and are distributed in the equal interval of circular array, a plurality of gasbag pipes are all fixed mounting on the right -hand end outer wall of outer tube, and a plurality of gasbag pipes are on the outer wall of outer tube and are distributed in the equal interval of circular array. Through above -mentioned mode, through making the gasbag pipe of corresponding position and releasing, the expansion degree and hardness of corresponding position gasbag pipe are changed, to drive the right -hand end of outer tube to appear bending, and then cooperate the lens part of fiberscope drive to make the tool more easily bend.

A structure and method for connecting a fiberscope to a camera, and a fiberoptic ductoscopy. The connection structure comprises a fiberscope part and a camera part. The camera part comprises an outer cylinder, an eyepiece adapter, and a handle housing. The fiberscope comprises an imaging fiber, an imaging fiber holder base, and a connecting member, the connecting member being connected to the rear end of the imaging fiber holder base, the rear end of the imaging fiber passing through a central hole in the connecting member, and the front end extending out through the front end of the imaging fiber holder base. The rear end of the connecting member is fitted with the front end of the outer cylinder by means of a plug-in structure, and the fiberscope part and the camera part are connected and fixed by means of a fixing device, such that when the fiberscope part and the camera part are connected, the rear end of the imaging fiber is close to the eyepiece adapter. The connection structure uses the plug-in structure for connection instead of traditional snap-fit connection, which can significantly reduce the overall size of a connection portion and improve the flexibility and convenience of use, and can also improve the definition and contrast of images and simplify operating steps.

The present specification discloses a surgical tool comprising a hollow tube body comprising a tube wall and a lumen for receiving a fusion cage such that the fusion cage is placed through the lumen to a surgical area, and a fiberscope channel. The fiberscope channel is arranged in the tube wall, the fiberscope channel is communicated with the inner cavity, the fiberscope channel is used for placing a fiberscope, and the fiberscope is used for providing a visual field of an operation area in the process of placing the fusion cage. According to the surgical tool provided by the embodiment of the specification, in the process of placing a fusion cage, a fiberscope for providing a visual field can be implanted from the fiberscope channel without influencing the inner cavity of the surgical tool, so that an operation visual field of a surgical area can be provided, accidental injury to the surgical area during placement of the fusion cage is avoided, and meanwhile, the surgical tool is convenient to use. And the fusion cage is not interfered to enter an operation area through an inner cavity.

The invention discloses a multifunctional soft hysteroscope which comprises an optical imaging system, a flexible hysteroscope body and biopsy forceps integrated in the flexible hysteroscope body. The optical imaging system comprises a lens end and a transmission line, and the lens end is integrated with a high-resolution camera shooting sensor and a light source system. Through the combined design of the optical amplification system, the small-diameter imaging optical fiber and the image sensor, on the premise that the diameter of the imaging optical fiber is smaller than the size of the image sensor, the imaging effect is improved; images can still be magnified through the optical system, the problem that the outer diameter of an insertion tube of an existing electronic hysteroscope is too large is solved, operation flexibility is guaranteed, and the fiber endoscope has the slender advantage of a fiber mirror and the high-definition imaging advantage of an electronic mirror; meanwhile, the flexible endoscope body is made of high-performance materials such as silica gel or polyurethane, 360-degree accurate bending can be achieved in cooperation with an external control mechanism, the flexible endoscope body can be matched with complex anatomical structures in the uterine cavity, the fallopian tube and the abdominal cavity, and the operation convenience of a doctor is improved.

The utility model provides an image fiber polishing clamp, which relates to the field of fiberscope, the clamp comprises a base part, a polishing head, a leveling mechanism and a clamping device, the base part comprises a support platform; the polishing head comprises a connecting platform and a mounting part, the mounting part is connected to the bottom surface of the connecting platform, the mounting part is provided with a mounting hole and an image fiber hole which are communicated in the axial direction, and the connecting platform is connected to the supporting platform through a leveling mechanism; the clamping device is connected with the mounting hole in a pluggable mode, and when the clamping device is connected with the mounting hole, the image fiber clamped by the clamping device can penetrate through the image fiber hole. The installation part in the polishing head is leveled through the leveling mechanism, the position posture of the image fiber in the polishing process can be accurately adjusted, it is guaranteed that the end face of the image fiber is perpendicular to the polishing plane, the problems that the end face of the image fiber is forked and damaged due to the fact that the end face of the image fiber is not perpendicular in the polishing process are solved, and the polishing quality of the image fiber is guaranteed.

The invention provides a method and device for adjusting a fiber mirror in high-voltage electrical equipment and a medium, and the method comprises the steps: constructing simulated high-voltage electrical equipment according to the electrical parameters and equipment structure of the high-voltage electrical equipment, and constructing a simulated fiber mirror according to the equipment structure and fiber mirror parameters of the fiber mirror, the simulation fiberscope is arranged in the simulation high-voltage electrical equipment, the electric field intensity, influenced by the simulation fiberscope, of the simulation high-voltage electrical equipment is calculated, the magnetic field intensity, influenced by the simulation fiberscope, of the simulation high-voltage electrical equipment is calculated, and fiberscope parameters in the simulation fiberscope are adjusted according to the electric field intensity and the magnetic field intensity. The difference value between the electric field intensity and the preset electric field intensity threshold value is smaller than a first preset difference threshold value, and the difference value between the magnetic field intensity and the preset magnetic field intensity is smaller than a second preset difference threshold value. And the electric field intensity and the magnetic field intensity of the simulated high-voltage electrical equipment reach preset threshold values by adjusting parameters of the simulated fiberscope.

The application provides a fiber scope and camera connection structure, a connection method and a breast ductoscope. The connection structure comprises a fiber scope part and a camera part. The camera part comprises an outer cylinder, an eyepiece adapter lens and a handle shell. The fiber scope comprises an image fiber, an image fiber seat base and a connecting piece. The connecting piece is connected to the rear end of the image fiber seat base. The rear end of the image fiber passes through the center hole of the connecting piece, and the front end passes out from the front end of the image fiber seat base. The rear end of the connecting piece and the front end of the outer cylinder are matched through a plug-in structure, and the fiber scope part and the camera part are connected and fixed through a fixing device. When the fiber scope part and the camera part are connected, the rear end of the image fiber is close to the eyepiece adapter lens. The connection structure is connected through a plug-in structure instead of a traditional buckle connection, which can significantly reduce the overall size of the connection part, improve the flexibility and convenience of use, improve the definition and contrast of the image, reduce the use cost and simplify the operation steps.