Abstract: An endoscopic device comprising a housing, first imaging device in the housing for detecting light emanating from objects from a predetermined first surrounding region annularly surrounding the endoscopic device and for producing a first image of the first surrounding region, a first image sensor for detecting the first image and for producing a first image signal, a first image sensor for sensing the first image and for generating a first image signal representing the first image, a second imaging device in the housing for sensing light emanating from objects in a predetermined second surrounding region and for generating a second image of the second surrounding region, and a second image sensor for sensing the second image and for generating a second image signal representing the second image. The first imaging device comprises a catadioptric imaging system with a first reflective surface, a second reflective surface, and a light refracting interface.

Abstract: The present disclosure relates to a resectoscope device comprising an insertion sleeve that can be fed into a cavity of a patient and has an oval cross-section, and a shaft that extends through the insertion sleeve and has a first shaft portion and a second shaft portion arranged in different positions along a longitudinal axis of the shaft, wherein, at least in an application configuration, the first shaft portion is arranged in the insertion sleeve and is rotatable within the insertion sleeve, and wherein the second shaft portion in the application configuration is arranged outside the insertion sleeve.

Abstract: The present disclosure relates to a resectoscope device comprising a shaft; an image acquisition device, which is located on a distal end piece of the shaft and defines an observation region; a resection tool with a tool tip and a carrier arm ; and a joint by means of which the carrier arm is bendable in an articulated manner, wherein, in at least one angular position of the carrier arm, a distance between the tool tip and a longitudinal axis of the distal end piece exceeds a radius of a cross-sectional profile of the distal end piece by at least a factor of 2.

Abstract: The invention relates to an endoscope device (10) comprising: a shaft (20) with a shaft longitudinal axis (30); a camera receptacle (40); at least one linking element (50) to which the camera receptacle (40) is movably attached; a camera module (60) that has a stereoscopic image recording unit (70) and which can be accommodated in the camera receptacle (40), wherein a mobility of the camera receptacle (40) can be released relative to the linking element (50) by displacing the camera receptacle (40) and the linking element (50) relative to the shaft (20), thereby allowing the camera module (60) to be deflected from an insertion position to an image capturing position, wherein in the image capturing position, the camera module (60) defines a viewing direction that is at an angle relative to the shaft longitudinal axis, and wherein in the image capturing position, the image recording unit (70) is rotatably mounted to rectify the image relative to the camera receptacle (40).

Abstract: The invention relates to an endoscope device (10), comprising: a shaft (20) with a shaft longitudinal axis (30); an actuating shaft (40) which is movable in parallel with the shaft longitudinal axis (30); and a camera module (50), which is pivotally mounted on the shaft (20) and has a stereoscopic image recording unit (60), wherein the camera module (50) can be deflected from an insertion position to an image capturing position by moving the actuating shaft (40) relative to the camera module (50) in parallel with the shaft longitudinal axis (30) and/or by moving the camera module (50) relative to the actuating shaft (40), wherein, in the image capturing position, the camera module (50) defines a viewing direction which is at an angle to the shaft longitudinal axis (30), and wherein, in the image capturing position, the stereoscopic image recording unit (60) is mounted so as to rotate relative to the actuating shaft (40) to rectify an image.

Abstract: An endoscopic device comprising a housing, first imaging means in the housing for detecting light emanating from objects from a predetermined first surrounding region annularly surrounding the endoscopic device and for producing a first image of the first surrounding region, a first image sensor for detecting the first image and for producing a first image signal, a first image sensor for sensing the first image and for generating a first image signal representing the first image, a second imaging means in the housing for sensing light emanating from objects in a predetermined second surrounding region and for generating a second image of the second surrounding region, and a second image sensor for sensing the second image and for generating a second image signal representing the second image. The first imaging device comprises a catadioptric imaging system with a first reflective surface, a second reflective surface, and a light refracting interface.

Abstract: A holding system for releasably fastening a payload consists of four assemblies which are releasably connected to one another, namely two longitudinal members and two transverse members, and at which at least three holders are mounted that are adjustable between a release position and a locking position.

Abstract: A medical scope (10) comprises an objective (42) forming an image of an object; an image sensor (44) capturing the image formed by the objective (42) and providing an image signal representing the captured image; a serializer (50) comprising a two-conductor first interface (52) and a multi-conductor second interface (54) connected to the image sensor a first sliding contact (71) and a second sliding contact (72) connected to the two-conductor first interface (52) of the serializer (50); a third sliding contact (73) in electrically conductive contact to the first sliding contact (71) and a fourth sliding contact (74) in electrically conductive contact to the second sliding contact (72). The at least two of the first sliding contact (71), the second sliding contact (72), the third sliding contact (73) and the fourth sliding contact (74) are coaxial.

Abstract: An apparatus for releasably fastening a payload to a spacecraft comprises a support for fastening to the spacecraft and a support ring for fastening to the payload, wherein a clamping ring for clamping the support ring to the support is provided.

Abstract: A medical scope (10) comprises an objective (42) forming an image of an object; an image sensor (44) capturing the image formed by the objective (42) and providing an image signal representing the captured image; a serializer (50) comprising a two-conductor first interface (52) and a multi-conductor second interface (54) connected to the image sensor (44); a first sliding contact (71) and a second sliding contact (72) connected to the two-conductor first interface (52) of the serializer (50); a third sliding contact (73) in electrically conductive contact to the first sliding contact (71) and a fourth sliding contact (74) in electrically conductive contact to the second sliding contact (72). The at least two of the first sliding contact (71), the second sliding contact (72), the third sliding contact (73) and the fourth sliding contact (74) are coaxial.

Abstract: An ejection unit for a satellite comprises a housing which is closed by a door and in which a guide for the satellite is provided. The guide comprises angled rails and a clamping apparatus to fixedly clamp the satellite by means of a clamping mechanism.

Abstract: An ejection unit for a satellite comprises a housing which is closed by a door and in which a guide for the satellite is provided. The guide comprises angled rails and a clamping apparatus to fixedly clamp the satellite by means of a clamping mechanism.

Abstract: An endoscope with a rotating drum or a rotation module, in particular for use as a sterile disposable instrument, having an elongate rigid and/or flexible shaft tube which at a distal end mounts the rotating drum, so as to be rotatable about at least one first axis of rotation, an optical imaging system being arranged in the rotating drum, with the at least one first axis of rotation running approximately transversely to a longitudinal axis of the shaft tube and with the endoscope having at least one control line for rotating the rotating drum. Here, the at least one control line of the rotating drum runs on an outer side/outer face of the shaft tube, and is fastened to the rotating drum at at least one lever distance (a) from the at least one first axis of rotation.

Abstract: An endoscope with a rotation drum or a rotation module and an elongated rigid and/or flexible shaft tube which, at a distal end, by means of a bearing fork, rotatably bears the rotation drum about a first axis of rotation, and wherein an optical imaging system is disposed within the rotation drum. The bearing fork here has at least one first fluid conduit and at least one nozzle in order to clean and/or to cool the imaging system.

Abstract: The invention relates to a separation system that dispenses a satellite from a launch vehicle along a dispensing axis, with a first ring for mounting to the launch vehicle and a second ring for mounting to the satellite and a deployment means exerting a separating force on the first and the second ring.

Abstract: An observation instrument has a shaft and an imaging unit, the imaging unit comprising an objective lens system and an electronic image sensor arranged for picking up an image generated by the objective lens system, the imaging unit being pivotably arranged in a distal end section of the shaft, a pivot axis of the imaging unit being transverse to a longitudinal axis of the distal end section of the shaft, wherein the image sensor is arranged substantially parallel to an optical axis of the objective lens system and the imaging unit comprises a deflection element for deflecting light exiting from an image end of the objective lens system to an image pick-up surface of the image sensor. The invention also relates to a video imager arrangement for an observation instrument.

Abstract: A medical scope (10) comprises an objective (42) forming an image of an object; an image sensor (44) capturing the image formed by the objective (42) and providing an image signal representing the captured image; a serializer (50) comprising a two-conductor first interface (52) and a multi-conductor second interface (54) connected to the image sensor (44); a first sliding contact (71) and a second sliding contact (72) connected to the two-conductor first interface (52) of the serializer (50); a third sliding contact (73) in electrically conductive contact to the first sliding contact (71) and a fourth sliding contact (74) in electrically conductive contact to the second sliding contact (72). The at least two of the first sliding contact (71), the second sliding contact (72), the third sliding contact (73) and the fourth sliding contact (74) are coaxial.

Abstract: An endoscopic device comprising a housing, first imaging means in the housing for detecting light emanating from objects from a predetermined first surrounding region annularly surrounding the endoscopic device and for producing a first image of the first surrounding region, a first image sensor for detecting the first image and for producing a first image signal, a first image sensor for sensing the first image and for generating a first image signal representing the first image, a second imaging means in the housing for sensing light emanating from objects in a predetermined second surrounding region and for generating a second image of the second surrounding region, and a second image sensor for sensing the second image and for generating a second image signal representing the second image. The first imaging device comprises a catadioptric imaging system with a first reflective surface, a second reflective surface, and a light refracting interface.

Abstract: A release apparatus for releasing a satellite comprises a release plunger that can be preloaded by a release spring and that is held in a preloaded position by two two-armed pivot levers pivotable about a respective pivot axis, wherein each pivot lever can be held against a force of a spring in a holding position by a release element.

Abstract: The invention relates to a separation system that dispenses a satellite from a launch vehicle along a dispensing axis, with a first ring for mounting to the launch vehicle and a second ring for mounting to the satellite and a deployment means exerting a separating force on the first and the second ring.