mhurhangee/patent-ind-claim-en huggingface dataset:
A herringbone gear , comprising: a cylindrical body having a circumferential face having a width; a first helical gear tooth on the circumferential face having a first configuration; a second helical gear tooth on the circumferential face having a second configuration other than the first configuration; and a transition on the circumferential face extending between the first helical gear tooth and the second helical gear tooth such that an involute form taken within a transverse plane (T) of the circumferential face remains constant over the width; wherein the transition is a transition gear tooth which includes a radius formed at an apex ; wherein the radius of the transition gear tooth is selected such that the involute form of sides of a groove between adjacent helical gear teeth remains constant across the width, wherein the groove has a constant distance between adjacent helical gear teeth in a normal plane when not in the transition gear tooth , and a variable distance in the normal plane which increases in proximity to the apex . a cylindrical body having a circumferential face having a width; a first helical gear tooth on the circumferential face having a first configuration; a second helical gear tooth on the circumferential face having a second configuration other than the first configuration; and a transition on the circumferential face extending between the first helical gear tooth and the second helical gear tooth such that an involute form taken within a transverse plane (T) of the circumferential face remains constant over the width; wherein the transition is a transition gear tooth which includes a radius formed at an apex ; wherein the radius of the transition gear tooth is selected such that the involute form of sides of a groove between adjacent helical gear teeth remains constant across the width, wherein the groove has a constant distance between adjacent helical gear teeth in a normal plane when not in the transition gear tooth , and a variable distance in the normal plane which increases in proximity to the apex .
Seat for a motor vehicle, having a seat support , having a backrest and having an armrest , wherein the seat support is mounted so as to be rotational about a substantially vertical rotational axis and is able to be brought from a driving position into a resting position by means of a drive apparatus , characterised in that the armrest is rotatably mounted and is able to be moved by means of a drive apparatus such that, in the case of a movement of the seat support from the driving position into the resting position, the armrest executes a rotational movement aligned oppositely to the direction of the rotational movement of the seat support .
A guide film (GF) comprising: a main area (MA) including: a central area (MAc) having a rectangular shape in a plan view; a first side area (MAs1); a second side area (MAs2); and a first corner area (CA1) connecting the first side area (MAs1) to the second side area (MAs2); a first subsidiary area (SA1) connected to a first edge (ed1) of the main area (MA); and a second subsidiary area (SA2) connected to a second edge (ed2) of the main area (MA), the second edge (ed2) intersecting the first edge (ed1) of the main area (MA) and the second subsidiary (SA2) area being apart from the first subsidiary area (SA1), wherein: the first side area (MAs1) is disposed between the central area (MAc) and the first subsidiary area (SA1), and the second side area (MAs2) is disposed between the central area (MAc) and the second subsidiary area (SA2), characterised in that a Young's modulus of the guide film is about 1 MPa to about 50 MPa. a main area (MA) including: a central area (MAc) having a rectangular shape in a plan view; a first side area (MAs1); a second side area (MAs2); and a first corner area (CA1) connecting the first side area (MAs1) to the second side area (MAs2); a central area (MAc) having a rectangular shape in a plan view; a first side area (MAs1); a second side area (MAs2); and a first corner area (CA1) connecting the first side area (MAs1) to the second side area (MAs2); a first subsidiary area (SA1) connected to a first edge (ed1) of the main area (MA); and a second subsidiary area (SA2) connected to a second edge (ed2) of the main area (MA), the second edge (ed2) intersecting the first edge (ed1) of the main area (MA) and the second subsidiary (SA2) area being apart from the first subsidiary area (SA1), wherein: the first side area (MAs1) is disposed between the central area (MAc) and the first subsidiary area (SA1), and the second side area (MAs2) is disposed between the central area (MAc) and the second subsidiary area (SA2), characterised in that a Young's modulus of the guide film is about 1 MPa to about 50 MPa. the first side area (MAs1) is disposed between the central area (MAc) and the first subsidiary area (SA1), and the second side area (MAs2) is disposed between the central area (MAc) and the second subsidiary area (SA2), characterised in that a Young's modulus of the guide film is about 1 MPa to about 50 MPa.
A door beam formed of an aluminum alloy extrusion with a closed-section structure having welded portions (6; 7) along a longitudinal direction of the door beam , the door beam comprising: a pair of flanges (2; 3) disposed on an inside and on an outside in a vehicle width direction; and a pair of webs (4; 5) connecting the pair of flanges (2; 3) together, the door beam being characterized in that the respective welded portions (6; 7) are provided in the pair of webs (4; 5) and are each located on a neutral axis of bending involved in bending deformation in the vehicle width direction. a pair of flanges (2; 3) disposed on an inside and on an outside in a vehicle width direction; and a pair of webs (4; 5) connecting the pair of flanges (2; 3) together, the door beam being characterized in that the respective welded portions (6; 7) are provided in the pair of webs (4; 5) and are each located on a neutral axis of bending involved in bending deformation in the vehicle width direction.
A composition comprising GABA, or a GABA A receptor agonist for use in ameliorating one or more symptoms or disorders associated with metabolic syndrome, wherein said ameliorating symptoms or disorders comprises inhibiting the infiltration of macrophages into white adipose tissue.
An apparatus for collection and analysis by a plurality of light analysis optics or detectors of light generated by a sample in an electron microscope comprising: a mechanism supporting a collection-mirror at a distal end, said mechanism configured to extend into a sample chamber of the electron microscope and to position said collection-mirror in proximity to a sample under analysis; said collection-mirror configured such that light collected by said collection-mirror forms a light-pattern that is collimated along a linear axis and light rays forming said light pattern are substantially parallel to one another; characterised by a first linear actuator having a carriage supporting a fold-mirror , said fold-mirror being located to receive the light directed by said collection-mirror; wherein said first linear actuator is configured to move said fold-mirror to a plurality of fixed locations , each of said fixed locations being associated with one of said optics or detectors. a mechanism supporting a collection-mirror at a distal end, said mechanism configured to extend into a sample chamber of the electron microscope and to position said collection-mirror in proximity to a sample under analysis; said collection-mirror configured such that light collected by said collection-mirror forms a light-pattern that is collimated along a linear axis and light rays forming said light pattern are substantially parallel to one another; characterised by a first linear actuator having a carriage supporting a fold-mirror , said fold-mirror being located to receive the light directed by said collection-mirror; wherein said first linear actuator is configured to move said fold-mirror to a plurality of fixed locations , each of said fixed locations being associated with one of said optics or detectors.
Connection unit for connecting two exhaust gas-carrying assembly units of an exhaust system of an internal combustion engine, comprising: - a ring washer-like connection element with a connection side to be positioned such that it faces a counter-connection element to be connected to the connection element or/and is in contact with it and with a passage opening bordered by an inner circumferential surface of the connection element , and - a connection pipe , which is inserted into the passage opening and extends in the direction of a pipe longitudinal axis (L), wherein the connection pipe is connected to the connection element in the area of the inner circumferential surface by welding, characterized in that the connection pipe comprises in its length area axially overlapped by the inner circumferential surface a plurality of weld openings elongated in the circumferential direction and succeeding each other about the pipe longitudinal axis (L), passing completely through a pipe wall of the connection pipe , and that the connection pipe is connected to the connection element by a weld seam formed in the at least one weld opening . - a ring washer-like connection element with a connection side to be positioned such that it faces a counter-connection element to be connected to the connection element or/and is in contact with it and with a passage opening bordered by an inner circumferential surface of the connection element , and - a connection pipe , which is inserted into the passage opening and extends in the direction of a pipe longitudinal axis (L),
A video stream management system of an amusement park, comprising: a video controller configured to: receive, from one or more sensors , a signal indicative of a detected guest presence of one or more guests of the amusement park; live render video based on the detected guest presence to generate a primary video stream ; and, embed a pixel pattern in the primary video stream to generate a video stream ; and a display communicatively coupled to the video controller and configured to: receive the video stream ; display the video stream to generate one or more displayed images; monitor the one or more displayed images on the display to identify an error in the video stream based on a comparison of the displayed images and the pixel pattern ; generate an error signal based on identifying the error. a video controller configured to: receive, from one or more sensors , a signal indicative of a detected guest presence of one or more guests of the amusement park; live render video based on the detected guest presence to generate a primary video stream ; and, embed a pixel pattern in the primary video stream to generate a video stream ; and receive, from one or more sensors , a signal indicative of a detected guest presence of one or more guests of the amusement park; live render video based on the detected guest presence to generate a primary video stream ; and, embed a pixel pattern in the primary video stream to generate a video stream ; and a display communicatively coupled to the video controller and configured to: receive the video stream ; display the video stream to generate one or more displayed images; monitor the one or more displayed images on the display to identify an error in the video stream based on a comparison of the displayed images and the pixel pattern ; generate an error signal based on identifying the error. receive the video stream ; display the video stream to generate one or more displayed images; monitor the one or more displayed images on the display to identify an error in the video stream based on a comparison of the displayed images and the pixel pattern ; generate an error signal based on identifying the error.
A method for wireless communication at a user equipment, UE, the method comprising: identifying a transmission timing of a control reference signal transmitted over a radio frequency spectrum band during an OFF duration of the UE with respect to the radio frequency spectrum band, the identified transmission timing being relative to a transition from the OFF duration to an ON duration of the UE with respect to the radio frequency spectrum band, and the OFF duration and the ON duration coordinated with a network access device; receiving the control reference signal at the identified transmission timing; receiving , during a pre-wake-up duration, scheduled by the network access device, between the transmission timing of the control reference signal and the ON duration, a control channel including at least one of an indication of an aperiodic channel state information reference signal, CSI-RS, transmission timing or a transmission request, the aperiodic CSI-RS transmission timing being between the pre-wake-up duration and the ON duration, and the transmission request being associated with a transmission by the UE before the ON duration; and performing a warm-up procedure, before the ON duration, based at least in part on the identified transmission timing of the control reference signal and at least one of the indication of an aperiodic CSI-RS transmission timing or the transmission request. identifying a transmission timing of a control reference signal transmitted over a radio frequency spectrum band during an OFF duration of the UE with respect to the radio frequency spectrum band, the identified transmission timing being relative to a transition from the OFF duration to an ON duration of the UE with respect to the radio frequency spectrum band, and the OFF duration and the ON duration coordinated with a network access device; receiving the control reference signal at the identified transmission timing; receiving , during a pre-wake-up duration, scheduled by the network access device, between the transmission timing of the control reference signal and the ON duration, a control channel including at least one of an indication of an aperiodic channel state information reference signal, CSI-RS, transmission timing or a transmission request, the aperiodic CSI-RS transmission timing being between the pre-wake-up duration and the ON duration, and the transmission request being associated with a transmission by the UE before the ON duration; and performing a warm-up procedure, before the ON duration, based at least in part on the identified transmission timing of the control reference signal and at least one of the indication of an aperiodic CSI-RS transmission timing or the transmission request.
A motion compensating gangway comprising: a proximal end , a distal end , a walkway between these, a control unit , and a joint and an actuator for each of a telescopic, luffing and slewing direction, for moving the distal end relative to the proximal end upon command from the control unit , the motion compensating gangway comprising at least one sensor for determining a condition of contact between the distal end and a separate structure , and a contact mode, wherein under the contact mode the control unit is configured to control the distal end position relative to the proximal end , based on at least a signal from a motion reference unit and a signal from the sensor , the actuators being driven based on the signal from the motion reference unit and additionally on the signal from the sensor. a proximal end , a distal end , a walkway between these, a control unit , and a joint and an actuator for each of a telescopic, luffing and slewing direction, for moving the distal end relative to the proximal end upon command from the control unit , the motion compensating gangway comprising at least one sensor for determining a condition of contact between the distal end and a separate structure , and a contact mode, wherein under the contact mode the control unit is configured to control the distal end position relative to the proximal end , based on at least a signal from a motion reference unit and a signal from the sensor , the actuators being driven based on the signal from the motion reference unit and additionally on the signal from the sensor.
A sound absorber , the sound absorber being adapted to be mounted on a moving component in an air environment to reduce acoustic resonance, wherein the sound absorber is configured as a rectangular hexahedral box and forms a porous double-layer Helmholtz resonance sound absorbing structure, the box has two sides defining boundaries of two ends of the box in the moving direction of the moving component, the inside of the box is divided by a partition into a first cavity and a second cavity successively arranged in the moving direction of the moving component, the partition is parallel to one of the two sides of the box, characterized in that two hollow tubes are mounted on the one of the two sides , the two hollow tubes respectively have an orifice opened on said one of the two sides and extend into the first cavity at a distance corresponding to their lengths, a hollow tube is mounted on the partition , the hollow tube has an orifice opened to the first cavity on the partition and extends into the second cavity at a distance corresponding to its length, and the first cavity and the second cavity constitute two layered resonant cavities of the porous double-layer Helmholtz resonance sound absorbing structure.
A corticalis screw consisting of a bioresorbable material, comprising a screw thread as well as a head with a drive, wherein the drive extends through the screw thread at least in some sections, and wherein the screw thread merges in a transition-free manner into a conical head with a head thread , wherein a last thread flight of the screw thread merges into a thread flight of the head thread , and wherein the tooth tips of the screw thread are formed to be flattened, characterized in that the corticalis screw consists of magnesium or a magnesium alloy, and that the screw thread has a larger pitch than a head thread . comprising a screw thread as well as a head with a drive, wherein the drive extends through the screw thread at least in some sections, and wherein the screw thread merges in a transition-free manner into a conical head with a head thread , wherein a last thread flight of the screw thread merges into a thread flight of the head thread , and wherein the tooth tips of the screw thread are formed to be flattened, characterized in that the corticalis screw consists of magnesium or a magnesium alloy, and that the screw thread has a larger pitch than a head thread .
A sound absorbing structure for being disposed in an interior of a pneumatic tire , the sound absorbing structure comprising: a sheet-like base material ; a sheet member made from a nonwoven fabric and having a folded, pleated form providing peak and valley portions alternatively repeating along a longitudinal direction of the base material, said peak portions defining a plurality of protrusions forming a bellows shape and projecting from a front surface of the base material; and a hollow portion provided inside of the protrusions, wherein each of the protrusions has a ridge line of the respective peak portion and said ridge line has a sharp crease form. a sheet-like base material ; a sheet member made from a nonwoven fabric and having a folded, pleated form providing peak and valley portions alternatively repeating along a longitudinal direction of the base material, said peak portions defining a plurality of protrusions forming a bellows shape and projecting from a front surface of the base material; and a hollow portion provided inside of the protrusions, wherein each of the protrusions has a ridge line of the respective peak portion and said ridge line has a sharp crease form.
A display device comprising: a liquid-crystal display panel ; an optical layer behind the liquid-crystal display panel ; an optical sheet between the liquid-crystal display panel and the optical layer and including a coupling portion ; and a frame behind the optical layer , wherein the frame includes: a flange supporting a portion of a back surface of the optical layer ; a plurality of first ribs extended from the flange the plurality of first ribs positioned along a periphery of the optical sheet ; and a plurality of second ribs extended from the flange and positioned to be spaced apart from a side surface of the optical layer , wherein the plurality of second ribs are inserted into the coupling portion of the optical sheet to couple the optical sheet to the frame , wherein the plurality of the second ribs remains spaced with a predetermined gap from the side surface of the optical layer with the second ribs inserted into the coupling portion of the optical sheet , characterized in that the plurality of first ribs contacts and supports the side surface of the optical layer and a corresponding side surface of the optical sheet . a liquid-crystal display panel ; an optical layer behind the liquid-crystal display panel ; an optical sheet between the liquid-crystal display panel and the optical layer and including a coupling portion ; and a frame behind the optical layer , wherein the frame includes: a flange supporting a portion of a back surface of the optical layer ; a plurality of first ribs extended from the flange the plurality of first ribs positioned along a periphery of the optical sheet ; and a plurality of second ribs extended from the flange and positioned to be spaced apart from a side surface of the optical layer , wherein the plurality of second ribs are inserted into the coupling portion of the optical sheet to couple the optical sheet to the frame , wherein the plurality of the second ribs remains spaced with a predetermined gap from the side surface of the optical layer with the second ribs inserted into the coupling portion of the optical sheet , characterized in that the plurality of first ribs contacts and supports the side surface of the optical layer and a corresponding side surface of the optical sheet . a flange supporting a portion of a back surface of the optical layer ; a plurality of first ribs extended from the flange the plurality of first ribs positioned along a periphery of the optical sheet ; and a plurality of second ribs extended from the flange and positioned to be spaced apart from a side surface of the optical layer , wherein the plurality of second ribs are inserted into the coupling portion of the optical sheet to couple the optical sheet to the frame , wherein the plurality of the second ribs remains spaced with a predetermined gap from the side surface of the optical layer with the second ribs inserted into the coupling portion of the optical sheet , characterized in that the plurality of first ribs contacts and supports the side surface of the optical layer and a corresponding side surface of the optical sheet .