mhurhangee/ep-ind-claims huggingface dataset:
Robot lawnmower comprising a group for adjusting the height of a cutting blade of the robot lawnmower, wherein the group comprises a base, a motor housing able to house a motor for controlling the cutting blade, a transmission screw and a closing frame, wherein the transmission screw is able to mesh with a connection element fixed to a side of the motor housing, and the rotation axis of the transmission screw is parallel to the sliding axis of the motor housing, wherein the group further comprises switching means (9, 10, 25) able to switch the group between a motorized configuration wherein the motor housing automatically slides, and a manual configuration wherein the motor housing manually slides, wherein the transmission screw is rotatably mounted on a pivot of the base, wherein the base comprises a housing for the motor housing, said housing provides a side split which allows the connection element to remain coupled to the transmission screw during the height adjustment of the cutting blade, wherein the pivot comprises a cavity able to house a motor able to drive the transmission screw, characterized in that the transmission screw comprises a crown gear at the head, and a base able to interact with a spring mounted on the pivot before the transmission screw, wherein the closing frame has a cover able to be mounted on the head of the housing of the motor housing, and a portion with a through hole, wherein the portion is able to be mounted on the head of the transmission screw by passing the crown gear through the through hole so that it protrudes upwards with respect to said portion. the transmission screw is able to mesh with a connection element fixed to a side of the motor housing, and the rotation axis of the transmission screw is parallel to the sliding axis of the motor housing, wherein the group further comprises switching means (9, 10, 25) able to switch the group between a motorized configuration wherein the motor housing automatically slides, and a manual configuration wherein the motor housing manually slides, wherein the transmission screw is rotatably mounted on a pivot of the base, wherein the base comprises a housing for the motor housing, said housing provides a side split which allows the connection element to remain coupled to the transmission screw during the height adjustment of the cutting blade, wherein the pivot comprises a cavity able to house a motor able to drive the transmission screw, characterized in that the transmission screw comprises a crown gear at the head, and a base able to interact with a spring mounted on the pivot before the transmission screw, wherein the closing frame has a cover able to be mounted on the head of the housing of the motor housing, and a portion with a through hole, wherein the portion is able to be mounted on the head of the transmission screw by passing the crown gear through the through hole so that it protrudes upwards with respect to said portion.
A method of wireless communication, comprising: obtaining, by a first wireless communication device, an uplink control channel multiplex configuration; receiving, by the first wireless communication device (115, 300) from a second wireless communication device (105, 400), an uplink grant indicating a frequency interlace, wherein the frequency interlace comprises a plurality of resource blocks spaced apart from each other by at least one other resource block in a shared radio frequency band, wherein the uplink control channel multiplex configuration indicates a configuration for multiplexing uplink signals from multiple wireless communication devices in the frequency interlace comprising multiplexing uplink control information, UCI, data using pre-discrete Fourier transform, pre-DFT, orthogonal cover code, OCC, and multiplexing DMRS using different cyclic shifts for each of the multiple wireless communication devices; and transmitting, by the first wireless communication device to the second wireless communication device, a first uplink control channel signal in one or more resource blocks of the frequency interlace based on the uplink control channel multiplex configuration. obtaining, by a first wireless communication device, an uplink control channel multiplex configuration; receiving, by the first wireless communication device (115, 300) from a second wireless communication device (105, 400), an uplink grant indicating a frequency interlace, wherein the frequency interlace comprises a plurality of resource blocks spaced apart from each other by at least one other resource block in a shared radio frequency band, wherein the uplink control channel multiplex configuration indicates a configuration for multiplexing uplink signals from multiple wireless communication devices in the frequency interlace comprising multiplexing uplink control information, UCI, data using pre-discrete Fourier transform, pre-DFT, orthogonal cover code, OCC, and multiplexing DMRS using different cyclic shifts for each of the multiple wireless communication devices; and transmitting, by the first wireless communication device to the second wireless communication device, a first uplink control channel signal in one or more resource blocks of the frequency interlace based on the uplink control channel multiplex configuration.
Kitchen arrangement comprising a hob with at least one cooking zone (30, 31, 32, 33) and a vapour extraction apparatus, which comprises a fan and a vapour extraction housing with a suction opening for drawing in air from the hob, via which air enters into the vapour extraction apparatus, wherein the suction opening lies in the upper side of the vapour extraction housing, the fan is arranged offset downwards in relation to the suction opening and the suction opening, with at least one suction side, via which air is drawn into the suction opening in a suction direction, is adjacent to at least one cooking zone (30, 31, 32, 33) of the hob, wherein the suction direction, in a perpendicular top view of the hob, is directed perpendicularly to the suction side of the suction opening, characterised in that the vapour extraction apparatus has at least one supply air apparatus with at least one output element, in which at least one supply air opening is introduced, that the at least one output element lies in the suction opening and in the vicinity of the suction side of the suction opening, or lies outside the suction opening but adjacent thereto, adjacent to one of the longitudinal ends of the suction opening in the case of an elongated suction opening, alternatively in front of the suction side, that the output element is oriented, at least temporarily, to output supply air via the at least one supply air opening counter to the suction direction and tangentially onto at least one active cooking zone (30, 31, 32, 33).
An electronic device comprising: a cover glass; a display comprising a plurality of layers and configured to output an image viewable through the cover glass, wherein the display includes a bottom surface opposite to a top surface facing the cover glass; a biometric sensor including a sensing surface and attached to the bottom surface of the display; characterised in that the electronic device further comprises; a first fixing member configured to attach the sensing surface of the biometric sensor to the bottom surface, the first fixing member is configured to be heat-curable; and a plurality of second fixing members configured to attach the biometric sensor to the bottom surface of the display at a plurality of corners of the biometric sensor, the second fixing member being configured to be curable by light of a specified wavelength, wherein the plurality of second fixing members are disposed between the plurality of corners of the biometric sensor and the bottom surface of the display, wherein the display is disposed below the cover glass and the biometric sensor is disposed below the display. a cover glass; a display comprising a plurality of layers and configured to output an image viewable through the cover glass, wherein the display includes a bottom surface opposite to a top surface facing the cover glass; a biometric sensor including a sensing surface and attached to the bottom surface of the display; characterised in that the electronic device further comprises; a first fixing member configured to attach the sensing surface of the biometric sensor to the bottom surface, the first fixing member is configured to be heat-curable; and a plurality of second fixing members configured to attach the biometric sensor to the bottom surface of the display at a plurality of corners of the biometric sensor, the second fixing member being configured to be curable by light of a specified wavelength, wherein the plurality of second fixing members are disposed between the plurality of corners of the biometric sensor and the bottom surface of the display, wherein the display is disposed below the cover glass and the biometric sensor is disposed below the display.
A vehicle interactive system comprising: a data acquisition device configured to acquire first data indicating a user intention, wherein the first data is data about a user line of sight; a data processing device configured to obtain the user intention based on the first data; an execution device configured to control a vehicle based on the user intention; and an identity determination device configured to determine a user identity; the vehicle interactive system is characterized in that the execution device is further configured to, based on the user intention to change a vehicle traveling path, control a vehicle external indication device to be enabled in the case that the identity determination device determines the user identity is a driver. a data acquisition device configured to acquire first data indicating a user intention, wherein the first data is data about a user line of sight; a data processing device configured to obtain the user intention based on the first data; an execution device configured to control a vehicle based on the user intention; and an identity determination device configured to determine a user identity; the vehicle interactive system is characterized in that the execution device is further configured to, based on the user intention to change a vehicle traveling path, control a vehicle external indication device to be enabled in the case that the identity determination device determines the user identity is a driver.
A method of acquiring and displaying x-ray images comprising: - acquiring x-ray mammography image data (Mp) representative of projection mammography images of patients' breasts and x-ray tomosynthesis image data (Tp) representative of projection images taken at different angles of an origin of imaging x-rays relative to the patients' breasts, from an acquisition unit configured to selectively acquire said mammography and tomosynthesis image data (Mp,Tp); - reconstructing at least a subset of the acquired x-ray tomosynthesis image data (Tp) into reconstructed tomosynthesis image data (Tr) representative of images of slices of the breasts that have selected orientations and thicknesses; and - concurrently displaying a selected subcombination of x-ray mammography image data (Mp) and reconstructed tomosynthesis image data (Tr) as x-ray mammography and reconstructed tomosynthesis images respectively for concurrent viewing, while identifying the displayed images as a x-ray mammography image and reconstructed tomosynthesis image by respective labeling symbols at or near the displayed images, wherein the method further comprises: - concurrently displaying at least the x-ray mammography image and reconstructed tomosynthesis image, a correlative geometry existing between the two image types, and providing as labeling symbol on the display a non-numeric indication of both a level and thickness of the displayed reconstructed tomosynthesis image in which the non-numeric indication is a bar associated with a height of the tomosynthesis image data and the thickness of said bar illustrates the thickness of the tomosynthesis image data. - acquiring x-ray mammography image data (Mp) representative of projection mammography images of patients' breasts and x-ray tomosynthesis image data (Tp) representative of projection images taken at different angles of an origin of imaging x-rays relative to the patients' breasts, from an acquisition unit configured to selectively acquire said mammography and tomosynthesis image data (Mp,Tp); - reconstructing at least a subset of the acquired x-ray tomosynthesis image data (Tp) into reconstructed tomosynthesis image data (Tr) representative of images of slices of the breasts that have selected orientations and thicknesses; and - concurrently displaying a selected subcombination of x-ray mammography image data (Mp) and reconstructed tomosynthesis image data (Tr) as x-ray mammography and reconstructed tomosynthesis images respectively for concurrent viewing, while identifying the displayed images as a x-ray mammography image and reconstructed tomosynthesis image by respective labeling symbols at or near the displayed images, - concurrently displaying at least the x-ray mammography image and reconstructed tomosynthesis image, a correlative geometry existing between the two image types, and providing as labeling symbol on the display a non-numeric indication of both a level and thickness of the displayed reconstructed tomosynthesis image in which the non-numeric indication is a bar associated with a height of the tomosynthesis image data and the thickness of said bar illustrates the thickness of the tomosynthesis image data.
A system for treating a stricture, the system comprising: a handle (14; 214) having a base, a first carriage translatable relative to the base, and a second carriage translatable relative to the base; a sheath coupled to the first carriage; a catheter shaft (12; 112) having a proximal end region and a steerable distal end region, the proximal end region being coupled to the second carriage; a needle releasably coupled to the handle (14; 214), the needle being configured to pass through tissue into a position along the biliary and/or pancreatic tract; a steering member (44; 144) having a first end coupled to the steerable distal end region of the catheter shaft (12; 112) and a second end disposed adjacent to the handle (14; 214); wherein the handle (14; 214) includes a steering lock member (42, 45; 242) for securing the axial position of the steering member (44; 144) relative to the base, relative to the second carriage, or both. a handle (14; 214) having a base, a first carriage translatable relative to the base, and a second carriage translatable relative to the base; a sheath coupled to the first carriage; a catheter shaft (12; 112) having a proximal end region and a steerable distal end region, the proximal end region being coupled to the second carriage; a needle releasably coupled to the handle (14; 214), the needle being configured to pass through tissue into a position along the biliary and/or pancreatic tract; a steering member (44; 144) having a first end coupled to the steerable distal end region of the catheter shaft (12; 112) and a second end disposed adjacent to the handle (14; 214); wherein the handle (14; 214) includes a steering lock member (42, 45; 242) for securing the axial position of the steering member (44; 144) relative to the base, relative to the second carriage, or both.
A hinge and support member arrangement (2, 2') for providing a hinged connection between a bonnet and a body structure of a vehicle, said hinge and support member arrangement (2, 2') comprising - a hinge mechanism (6, 6', 6") providing a hinged connection for opening and closing of said bonnet, and - a support member (8, 8') adapted to be attached to said body structure of said vehicle, said support member (8, 8') further being adapted to carry a fender, said hinge mechanism (6, 6', 6") is adapted to be connected to said body structure via said support member (8, 8'), characterized in that a first attachment site, at which said support member (8, 8') is attached to said body structure, is laterally (Δy) inside and vertically (Δz) below in relation to a second attachment site, at which said hinge mechanism (6, 6', 6") is attached to said support member (8, 8'), when mounted in said vehicle, wherein said first attachment site is located between 0 and 100 mm, preferably between 0 and 80 mm, most preferably between 0 and 70 mm laterally (Δy) inside said second attachment site, and between 0 and 100 mm, preferably between 10 and 80 mm, most preferably between 20 and 70 mm vertically (Δz) below said second attachment site. - a hinge mechanism (6, 6', 6") providing a hinged connection for opening and closing of said bonnet, and - a support member (8, 8') adapted to be attached to said body structure of said vehicle, said support member (8, 8') further being adapted to carry a fender, said hinge mechanism (6, 6', 6") is adapted to be connected to said body structure via said support member (8, 8'),
Assembly consisting of a windscreen wiper arm for a vehicle, in particular a car, and a nozzle for emitting window-cleaning liquid, the wiper arm comprising an end component having a connection portion to the rest of the arm and an end portion formed to hold a wiper blade, said connection portion being offset transversely with respect to the end portion, said connection portion and said end portion being connected by a joining portion comprising a side joining wall, said end portion comprising a wall oriented longitudinally, a cut-out passes through the thickness of said wall, said nozzle is supplied with window-cleaning liquid by a pipe which passes through said cut-out, said pipe is a cannula extending from, or being rigidly fixed to, said nozzle characterised in that said cannula extends from said nozzle, running substantially parallel along the side joining wall extending said end portion to the rear, from said cut-out.
Method for checking the presence of active electrotechnical components, in particular for use in a heating unit and/or a heating installation with a control device, wherein the components have a separate voltage supply, actively output a signal, are connected to an associated input at a microprocessor and conduct a voltage value via the connection line to the input of the microprocessor, characterized in that a pulse-like test signal in the form of an increased voltage is output by the microprocessor via the connection line to the component at cyclical intervals and in that a capacitor connected in parallel with the component is charged thereby, wherein the capacitor is discharged again in the normal state and wherein the capacitor is not discharged in the case of a faulty component and the increased voltage is present at the microprocessor via the connection line of the component, wherein the test signal is a pulse with a voltage that is increased by at least 20 percent compared to the voltage during normal operation.
Battery module having a plurality of battery cells, in particular lithium-ion battery cells, exhibiting a plurality of partitions, wherein a battery cell is arranged between two partitions, and between the two partitions adjacent to the battery cell a spring element is furthermore arranged, in particular a tension-spring element and/or compression-spring element, which is arranged contacting and/or connected to the two partitions in such a way that a value of a deformation constant of the spring element determines a force transmitted from the two partitions to the battery cell, wherein the battery module exhibits a plurality of spring elements and further exhibits a first region and a second region in a longitudinal direction, characterized in that the values of the deformation constant of the spring elements increase in the first region in the longitudinal direction of the battery module and/or decrease in the second region in the longitudinal direction of the battery module.
An applicator apparatus for applying wrapping labels to packagings, comprising an application head; a transverse transport belt which is configured to transport the respective label transversely to a transport path of the packagings to the application head into an application position which is adjustable with respect to the application head and in which the label can be received by a respective packaging passing through; a sensor provided at the application head for recognising edges of the labels transported by the transverse transport belt, wherein the distance which the respective label still covers from the recognition of a predefined label edge up to a reaching of the application position is predefined; a press-on device which is provided at the application head and by which the label received by the packaging can be pressed onto the packaging, wherein the position of the press-on device is adjustable in the transverse direction; and a detector for detecting the position of the press-on device, wherein the applicator apparatus is configured to set the application position in dependence on the detected position of the press-on device.
Zweirädriges Fahrzeug, insbesondere ein Motorrad, oder Fahrzeug vom Typ dreirädriger Motorroller, wobei das Fahrzeug einen Frontscheinwerfer (100, 200) umfasst, der zumindest eine Lichtquelle enthält, die zumindest einem Reflektor zugeordnet ist, der gestaltet ist, um das Licht aus der Lichtquelle in eine Fortbewegungsrichtung des Fahrzeugs zu reflektieren, wobei der Scheinwerfer eine Rotationsachse besitzt, um die er schwenkbar ist, wobei die besagte Achse orientiert wird, wenn sich der Scheinwerfer in einer Referenzposition befindet, die einer Position entspricht, in der das Fahrzeug im Wesentlichen vertikal und nicht geneigt, in einer im Wesentlichen medianen und vertikalen Längsebene (e1, e3) des Scheinwerfers ist, wobei die besagte Rotationsachse darüber hinaus im Verhältnis zur vertikalen Richtung geneigt ist, dadurch gekennzeichnet, dass es zumindest einen Steller umfasst, der imstande ist, den Scheinwerfer in Rotation um die Rotationsachse zu versetzen, wobei der Neigungswinkel der Rotationsachse zwischen 20 und 45 Grad liegt; wobei der Scheinwerfer darüber hinaus eine zweite Rotationsachse (R') umfasst, um die er schwenkbar ist, wobei die besagte zweite Rotationsachse orientiert wird, wenn sich der Scheinwerfer in seiner Referenzposition in einer im Wesentlichen medianen Ebene des im Wesentlichen horizontalen Scheinwerfers (e1, e2) befindet, und in eine im Wesentlichen transversale Richtung zur Projektionsrichtung des Lichts; wobei das Fahrzeug zumindest einen Mikrocontroller umfasst, der imstande ist, den oder die Steller (104, 109) in Abhängigkeit von Eingangsparametern, wie der Geschwindigkeit des Fahrzeugs und dem Neigungswinkel (301, 302) des besagten Fahrzeugs zu steuern.
A bone regenerative material comprising calcium sulfate, calcium phosphate, or demineralized bone matrix, or a combination thereof, for use in a method of treating a patient suffering from a degenerative bone condition that can be characterized by a loss of bone mineral density, the method comprising: forming a void in a localized area of intact bone by clearing degenerated bone material and optionally removing a portion of the degenerated bone material; and at least partially filling the formed void with a bone regenerative material that facilitates formation of new, non-degenerated bone material in the void. forming a void in a localized area of intact bone by clearing degenerated bone material and optionally removing a portion of the degenerated bone material; and at least partially filling the formed void with a bone regenerative material that facilitates formation of new, non-degenerated bone material in the void.