13 results about "PERITONEOSCOPE" patented technology

A 90-degree beam splitting method using prisms. Current rigid optical 3D systems employ dual-lens (rigid optical endoscopes contain two independent optical paths to propagate two beams of light) or dual-CMOS (cameras contain two image sensors, each receiving one beam of light to form an image) solutions, which are complex in structure, high in cost, and limited in size. This method uses two sets of specific prisms at the exit pupil position of rigid optical endoscopes (such as thoracoscopes, laparoscopes, neuroendoscopes, etc.) to split the emitted light into two sub-beams. Due to the characteristics of the exit pupil position, each of these two beams can form a complete image, and these two images include parallax, meaning single-beam 3D imaging is possible. This technical solution has a simple structure, low cost, and can be made smaller.

Page 32 of 32 20896491_1 (GHMatters) P112284.AU.1 Abstract A system for training surgical camera navigation skills is provided. A plurality of two-dimensional targets is printed on an upper surface of a flat sheet of material. The sheet is easily transportable and placed onto a base of a typical box trainer that defines a simulated abdominal cavity between the base and a top. A scope is inserted through a port in the top and the targets are viewed on a live video feed displayed to a trainee on a screen with the targets being otherwise obscured from view by the box trainer. The trainee can move the scope back and forth, roll and angulate the scope about the port in order to view the targets on the sheet at different angles and distances. The trainee is instructed to follow a sequence of targets marked on the sheet and manipulate the scope to align consecutively each target with the edges of the screen in the sequence provided. Abstract A system for training surgical camera navigation skills is provided. A plurality of two-dimensional targets is printed on an upper surface of a flat sheet of material. The sheet is easily transportable and placed onto a base of a typical box trainer that defines a simulated abdominal cavity between the base and a top. A scope is inserted through a port in the top and the targets are viewed on a live video feed displayed to a trainee on a screen with the targets being otherwise obscured from view by the box trainer. The trainee can move the scope back and forth, roll and angulate the scope about the port in order to view the targets on the sheet at different angles and distances. The trainee is instructed to follow a sequence of targets marked on the sheet and manipulate the scope to align consecutively each target with the edges of the screen in the sequence provided. Page 32 of 32 20896491_1 (GHMatters) P112284.AU.1 20 24 20 38 94 07 J un 2 02 4 A b s t r a c t 2 0 2 4 2 0 3 8 9 4 0 7 J u n 2 0 2 4

The invention discloses a method for non-overlapping imaging when a single path of incident light forms a plurality of images. A lens S is added between an optical hard lens (such as a thoracoscope, a laparoscope, a neuroendoscope and other medical optical endoscopes) and an optical adapter (such as an optical adapter of an endoscope camera system), the lens S divides incident light into two paths of light at the exit pupil position of the optical hard lens, and the two paths of light are transmitted into the optical adapter after being processed. The emergent light of the optical adapter can form two images on an image sensor (such as an image sensor in a camera of an endoscope camera system). When the two images are overlapped, a shutter is placed in a light path, or polaroids are placed on the surface of the image sensor and in the light path, so that the two images are not overlapped.

A lens for splitting incident light into multiple light rays and forming multiple images after exiting. Medical rigid optical endoscope systems usually can only form one image. A special lens S is used to replace the original optical adapter between the optical rigid scope (such as: thoracoscope, laparoscope, neuroendoscope, etc. medical optical endoscope) and the camera (such as: the camera of the endoscope camera system). The lens S splits the incident light of the optical rigid scope at the exit pupil position into two light rays, and after processing the two light rays independently, two images can be formed directly on the image sensor (such as: the image sensor in the camera of the endoscope camera system).

The invention belongs to the technical field of laparoscopes, and particularly relates to endoscope equipment capable of controllably releasing a hernia repair patch, and the endoscope equipment comprises a handheld part which is used for being held by a doctor; one end of the long-strip-shaped optical sight glass is fixedly arranged in the handheld part in a penetrating mode; the conveying mechanism is movably arranged on the optical sight glass in a sleeving manner; the conveying mechanism comprises a driving frame, wherein one end of the driving frame is movably arranged on the optical sight glass in a sleeving mode; and the sealing plate is fixedly arranged on the inner wall of the other end of the driving frame. The planetary rods surround the periphery of the optical sight glass, the rubber strips spirally surround the peripheries of the planetary rods, and when the rubber strips synchronously rotate, the surfaces of the rubber strips rub the optical sight glass to drive the optical sight glass to move; the rotating angles of the rubber strips are in direct proportion to the moving distance of the optical sight glass, and by accurately adjusting the rotating angles of the rubber strips, the advantage that the optical sight glass moves accurately is achieved.

Augmented reality applications require precise camera calibration to reduce the overall target registration errors. The camera calibration determines the mathematical model of the camera in order to determine how the physical world space is mapped to the camera image space and thus is highly dependent on the optics of the camera. The camera calibration algorithm normally assumes that the optics of the camera is rigidly fixed, which in fact is not at least for tilted laparoscopic cameras as illustrated in FIGS. 6 to 8. Furthermore, any mechanical play between elements of the objective and the image converter will render the optics variable. According to the invention markers to will be placed within the field of view of the laparoscopic camera, which allows for determination of rotation of the optical part and mechanical misalignment without the necessity or providing any additional sensor.

Compression anastomosis devices having a plurality of distinct pressure profile zones on the surface of the device. The anastomosis devices may be comprised of a plurality of magnetic connecting members arranged in an annular geometry, e.g., a polygon or circle. The anastomosis device may also be a continuous, non-segmented magnet, or other compression anastomosis device. The compression anastomosis device is deployed into a body lumen, e.g., endoscopically and / or laparoscopically, at a target site. A second compression anastomosis device is placed at an adjacent target site in an adjacent lumen. The compression anastomosis devices are brought together and mate, e.g., magnetically, creating an anastomosis.

The invention discloses a lens capable of forming multiple images by single-path incident light. A lens S is added between an optical hard lens (such as a thoracoscope, a laparoscope, a neuroendoscope and other medical optical endoscopes) and an optical adapter (such as an optical adapter of an endoscope camera system), the lens S divides incident light into two paths of light at the exit pupil position of the optical hard lens, and the two paths of light are transmitted into the optical adapter after being processed. The emergent light of the optical adapter can form two images on an image sensor (such as an image sensor in a camera of an endoscope camera system).

The invention belongs to the technical field of sights for firearms, and particularly discloses an infrared and red dot fused sighting telescope which is characterized in that a telescope body is provided with a main telescope cavity, the lower part of the telescope body is provided with a peritoneoscope cavity, and a collimating mirror is fixed in the main telescope cavity; the spectroscope seat is arranged at the rear end of the peritoneoscope cavity and is provided with a mounting groove I and a mounting groove II; the spectroscope is fixed in the mounting groove I; the light source fixing seat is arranged in the peritoneoscope cavity in front of the spectroscope seat and is connected with the spectroscope seat or the connecting seat; the red dot light source and the micro display are respectively fixed on the spectroscope light source fixing seat and the mounting groove II; the infrared night vision assembly is fixed on one side of the mirror body and is electrically connected with the micro display, an image emitted by the micro display and a light source signal emitted by the red point light source form a first light beam and a second light beam which are overlapped through the spectroscope, and the overlapped light beam enters the collimating mirror to be collimated and then is reflected to enter the eye along the main mirror cavity; and the micro display, the red dot light source and the infrared night vision assembly are electrically connected with the power supply or the power supply interface. The invention has the characteristics of compact structure, day and night availability, high light transmittance, stability and reliability.

The utility model discloses a triple zoom endoscope bayonet lens, which relates to the technical field of endoscopes and comprises a front fixing group, a zoom group and a rear fixing group. The front fixing group, the zooming group and the rear fixing group are arranged in parallel along the same axial direction; the zooming group is located between the front fixing group and the rear fixing group, and the zooming group is movably arranged between the front fixing group and the rear fixing group. The utility model provides a zoom bayonet lens capable of realizing continuous change of focal length in a range of 20mm to 60mm, which can be simultaneously adapted to laparoscopes with larger calibers and endoscopes such as paranasal sinoscopes, arthroscopes, otoscopes and the like with smaller calibers in the market, and locally magnifies observation details through zooming in the use process, the imaging area covers the whole receiver, and the imaging effect is good. And diagnosis and treatment of doctors are facilitated.

An imaging system (1) is provided, comprising: an optical channel (2) configured to transfer light, a first sensor (10) configured to generate first image data by imaging an object (3) along a first optical path (11), and a second sensor (20) configured to generate second image data by imaging the object (3) along a second optical path (21). The first sensor (10) and the second sensor (20) are focus shifted. Further, the first optical path (11) and the second optical path (21) are guided at least partly through the optical channel (3).

The invention discloses an endoscope system adopting an RGB + NIR single sensor and having a hemodialysis and fog penetration function, and relates to the technical field of medical imaging, the endoscope system comprises a handle, the left end of the handle is connected with an endoscope tube body, and an optical lens, an image sensor and an image processing circuit are installed in the handle or the endoscope tube body; the image sensor adopts a CMOS image sensor of a monolithic integrated visible light (RGB) and near-infrared (NIR) light sensing unit, and a visible light image and a near-infrared image can be obtained at the same time; the installation of the optical lens, the image sensor and the image processing circuit has two implementation structures: 1, in an optical endoscope scheme, the optical lens, the image sensor and the image processing circuit are installed inside the handle, and the endoscope tube body transmits an optical image into the handle; 2, in the scheme of the electronic endoscope, the optical lens and the image sensor are arranged at the front end in the endoscope tube body, direct imaging is carried out in the body, and the image processing circuit is arranged in the handle; the image processing circuit fuses the visible light image and the near-infrared image, a fusion algorithm dynamically adjusts RGB and NIR signal weights according to an operation scene, and high-contrast clear imaging is achieved in a bleeding, smog or liquid medium environment. The endoscope adopting the RGB + NIR single sensor and having the hemodialysis and fog penetration functions is suitable for minimally invasive surgery scenes such as a thoracoscope, a laparoscope and an arthroscope.

A navigation device, adapter or system for real time three-dimensional (3D) depth sensing through endoscope, a laparoscope, an arthroscope, a cystoscope, a ureteroscope, a bronchoscope, a sinuscope, and a borescope devices. The navigation devices or systems can include a modular, releasable adapter that enables LiDAR or other optical time-of-flight sensor with the devices. The devices, adapters or systems are operable to generate sub-millimeter precision reconstructions of the viewed surfaces and can register the surfaces to scans, such as preoperative scans, to facilitate accurate, image-guided procedures, particularly those procedures involving precise actions, such as surgical procedures performed on rigid anatomy. Applications include surgical guidance, augmented reality visualization, distance-based signal normalization, 3D measurement, luminal traversal tracking, and robotic control, all using off-the shelf endoscopes and surgical cameras as well as borescopes. The time-of-flight sensor may be sensitive to a subrange of visible light such that the system readily supports simultaneous acquisition of visible light imaging, fluorescence, and depth data, with calibration workflows for wide field of view optics and adaptive software control of focus, illumination, and display rendering.