mhurhangee/patent-ind-claim-en huggingface dataset:
A wedge lock assembly , comprising: a plurality of wedge members (1101, 110b, 111a-e, 112a-d) arranged along a longitudinal axis and including end wedge members at each end and one or more intermediate wedge members (111a-e, 112a-d) between the end wedge members; a displacement device supported along the longitudinal axis and connecting the end wedge members, the displacement device actuatable in one direction to move the end wedge members toward one another to displace adjacent wedge members relative to one another in a direction transverse to the longitudinal axis to engage and apply a clamping force to two components ; a variable gap compensation mechanism operable to exert a biasing force on the plurality of wedge members to accommodate the relative transverse movement of the adjacent wedge members and maintain the clamping force on the two components by the plurality of wedge members within a predetermined range as a distance between the two components varies, wherein the variable gap compensation mechanism comprises a spring configured to exert the biasing force on the wedge members; and characterized by a resilient bumper disposed between the spring and one of the end wedge members to accommodate a rapid transient reduction in the distance between the two components sufficient to cause full compression of the spring. a plurality of wedge members (1101, 110b, 111a-e, 112a-d) arranged along a longitudinal axis and including end wedge members at each end and one or more intermediate wedge members (111a-e, 112a-d) between the end wedge members; a displacement device supported along the longitudinal axis and connecting the end wedge members, the displacement device actuatable in one direction to move the end wedge members toward one another to displace adjacent wedge members relative to one another in a direction transverse to the longitudinal axis to engage and apply a clamping force to two components ; a variable gap compensation mechanism operable to exert a biasing force on the plurality of wedge members to accommodate the relative transverse movement of the adjacent wedge members and maintain the clamping force on the two components by the plurality of wedge members within a predetermined range as a distance between the two components varies, wherein the variable gap compensation mechanism comprises a spring configured to exert the biasing force on the wedge members; and characterized by a resilient bumper disposed between the spring and one of the end wedge members to accommodate a rapid transient reduction in the distance between the two components sufficient to cause full compression of the spring.
An apparatus to display a plurality of resolutions, comprising: a display to present video; at least one panel communicatively coupled to the display , comprising: a background buffer to store a background plane at a first resolution; a plane of interest buffer to store a plane of interest at a second resolution; and a compositor to composite the plane of interest on top of the background plane , the apparatus further comprises a motion biased foveated renderer to identify a future focus area based on focus information and motion information of a user and to rotate an area of focus based on the motion information, wherein the foveated renderer produces separate plane surfaces for the field of view covered by the user's fovea and for the background, wherein the focus information includes one or more of a focal point, a focus area, an eye position, eye motion, pupil size, pupil dilation, depth of focus, DOF, a content focal point, a content focus object, and a content focus area, and the motion information is used to adjust performance parameters of the graphics system based on at least one of the user moving their body, where an application wants the user to turn their head, eyes, and/or body, and/or where the user is predicted to turn their head, eyes, and/or body in the future. a display to present video; at least one panel communicatively coupled to the display , comprising: a background buffer to store a background plane at a first resolution; a plane of interest buffer to store a plane of interest at a second resolution; and a compositor to composite the plane of interest on top of the background plane , a background buffer to store a background plane at a first resolution; a plane of interest buffer to store a plane of interest at a second resolution; and a compositor to composite the plane of interest on top of the background plane , the apparatus further comprises a motion biased foveated renderer to identify a future focus area based on focus information and motion information of a user and to rotate an area of focus based on the motion information, wherein the foveated renderer produces separate plane surfaces for the field of view covered by the user's fovea and for the background, wherein the focus information includes one or more of a focal point, a focus area, an eye position, eye motion, pupil size, pupil dilation, depth of focus, DOF, a content focal point, a content focus object, and a content focus area, and the motion information is used to adjust performance parameters of the graphics system based on at least one of the user moving their body, where an application wants the user to turn their head, eyes, and/or body, and/or where the user is predicted to turn their head, eyes, and/or body in the future. the user moving their body, where an application wants the user to turn their head, eyes, and/or body, and/or where the user is predicted to turn their head, eyes, and/or body in the future.
An anti-leak valve unit for an overtube to be inserted into a body cavity, and said anti-leak valve unit to be removably attached to a base end portion of said overtube and comprising: a frame portion to be attached to an outer circumferential surface of said base end portion of said overtube , at least two fitting devices provided on said frame portion so as to be removably engaged with said outer circumferential surface of said base end portion , said at least two fitting devices being spaced apart from each other around said frame portion , wherein each of said at least two fitting devices includes: a lock portion projecting inwardly of said frame portion , so as to be removably engaged with an outer surface of an expanding portion of said base end portion, and a finger-engaging portion integrally formed with said lock portion , for switching said lock portion between a closed state that enables engagement with said expanding portion and an open state that enables removal from said expanding portion , and a valve element provided inside said frame portion , wherein said valve element includes: an annular endoscope insertion port located at a generally central portion of said valve element so as to be circumferentially fitted to an endoscope, and a flexible elastic portion provided around said endoscope insertion port . a frame portion to be attached to an outer circumferential surface of said base end portion of said overtube , at least two fitting devices provided on said frame portion so as to be removably engaged with said outer circumferential surface of said base end portion , said at least two fitting devices being spaced apart from each other around said frame portion , wherein each of said at least two fitting devices includes: a lock portion projecting inwardly of said frame portion , so as to be removably engaged with an outer surface of an expanding portion of said base end portion, and a finger-engaging portion integrally formed with said lock portion , for switching said lock portion between a closed state that enables engagement with said expanding portion and an open state that enables removal from said expanding portion , and a lock portion projecting inwardly of said frame portion , so as to be removably engaged with an outer surface of an expanding portion of said base end portion, and a finger-engaging portion integrally formed with said lock portion , for switching said lock portion between a closed state that enables engagement with said expanding portion and an open state that enables removal from said expanding portion , and a valve element provided inside said frame portion , wherein said valve element includes: an annular endoscope insertion port located at a generally central portion of said valve element so as to be circumferentially fitted to an endoscope, and a flexible elastic portion provided around said endoscope insertion port . an annular endoscope insertion port located at a generally central portion of said valve element so as to be circumferentially fitted to an endoscope, and a flexible elastic portion provided around said endoscope insertion port .
A heat-ray-transmission-controllable, light-transmissive base material comprising: a light-transmissive insolation-cutting unit configured to control transmission of light in at least a part of wavelength regions among wavelength regions of visible light and near-infrared light; a transparent conductive oxide layer disposed over the light-transmissive insolation-cutting unit , containing a transparent conductive oxide; and an optical interference layer over the transparent conductive oxide layer , wherein an optical thickness of the optical interference layer , namely, a product of a refractive index and a physical thickness is greater than or equal to 50 nm and less than or equal to 150 nm. a light-transmissive insolation-cutting unit configured to control transmission of light in at least a part of wavelength regions among wavelength regions of visible light and near-infrared light; a transparent conductive oxide layer disposed over the light-transmissive insolation-cutting unit , containing a transparent conductive oxide; and an optical interference layer over the transparent conductive oxide layer , wherein an optical thickness of the optical interference layer , namely, a product of a refractive index and a physical thickness is greater than or equal to 50 nm and less than or equal to 150 nm.
A state of charge indicator for providing an indication of a state of charge of a battery module, wherein the state of charge indicator is configured to be removably coupled to a mating connector of the battery module comprising a battery management system and comprises: - an indicator light configured to emit a first wavelength of light representative of the state of charge of the battery module; - a connector configured to be removably coupled to the mating connector of the battery module, wherein the connector comprises a plurality of electrical contacts , and wherein the plurality of electrical contacts comprises a first electrical contact configured to receive a signal from the battery module indicative of the state of charge of the battery module and to transmit the signal to the state of charge indicator to activate the indicator light ; and - a reset switch configured to be selectively transitioned between an on state and an off state, and wherein the plurality of electrical contacts comprises a second electrical contact configured to transmit a signal to the battery management system of the battery module in response to a change in state of the reset switch , wherein the signal is configured to cause the battery management system to transition the battery module from an operational mode to a sleep mode or vice versa. - an indicator light configured to emit a first wavelength of light representative of the state of charge of the battery module; - a connector configured to be removably coupled to the mating connector of the battery module, wherein the connector comprises a plurality of electrical contacts , and wherein the plurality of electrical contacts comprises a first electrical contact configured to receive a signal from the battery module indicative of the state of charge of the battery module and to transmit the signal to the state of charge indicator to activate the indicator light ; and - a reset switch configured to be selectively transitioned between an on state and an off state, and wherein the plurality of electrical contacts comprises a second electrical contact configured to transmit a signal to the battery management system of the battery module in response to a change in state of the reset switch , wherein the signal is configured to cause the battery management system to transition the battery module from an operational mode to a sleep mode or vice versa.
An active noise cancellation system , the system comprising: a first controller programmed to receive first information from a plurality of noise sensing devices and second information from an audio system positioned in a vehicle, the first controller being programmed to employ a time division multiplexing scheme on the first information and the second information received to generate a multiplexed stream of data including the first information and the second information; a data bus configured to transmit the multiplexed stream of data on a single data channel ; and a second controller programmed to receive the multiplexed stream of data on the single data channel and to separate the first information from the second information on the multiplexed stream of data to perform ANC functionality, characterised in that the second information of the multiplexed stream of data is indicative of audio being played back in the vehicle. a first controller programmed to receive first information from a plurality of noise sensing devices and second information from an audio system positioned in a vehicle, the first controller being programmed to employ a time division multiplexing scheme on the first information and the second information received to generate a multiplexed stream of data including the first information and the second information; a data bus configured to transmit the multiplexed stream of data on a single data channel ; and a second controller programmed to receive the multiplexed stream of data on the single data channel and to separate the first information from the second information on the multiplexed stream of data to perform ANC functionality, characterised in that the second information of the multiplexed stream of data is indicative of audio being played back in the vehicle.
Industrial truck comprising: - a vehicle body ; - a mast that extends substantially vertically and is rigidly connected to the vehicle body or hinged to the vehicle body , the mast being associated with a load-carrying apparatus such that said apparatus can be moved upwards and downwards on said mast, which load-carrying apparatus comprises at least one load-receiving means for receiving a load that is to be transported; - an outrigger , the longitudinal axis (L) of which extends between a first fastening point on the vehicle body and a second fastening point on the mast , the second fastening point being associated with a vertically upper side of the mast ; wherein the outrigger is associated with an apparatus for reducing vibrations which is designed to reduce vibrations acting in the direction of the longitudinal axis (L) of the outrigger , characterized in that the apparatus for reducing vibrations is designed as a shock absorber or a helical spring. - a vehicle body ; - a mast that extends substantially vertically and is rigidly connected to the vehicle body or hinged to the vehicle body , the mast being associated with a load-carrying apparatus such that said apparatus can be moved upwards and downwards on said mast, which load-carrying apparatus comprises at least one load-receiving means for receiving a load that is to be transported; - an outrigger , the longitudinal axis (L) of which extends between a first fastening point on the vehicle body and a second fastening point on the mast , the second fastening point being associated with a vertically upper side of the mast ; wherein the outrigger is associated with an apparatus for reducing vibrations which is designed to reduce vibrations acting in the direction of the longitudinal axis (L) of the outrigger , characterized in that the apparatus for reducing vibrations is designed as a shock absorber or a helical spring. wherein the outrigger is associated with an apparatus for reducing vibrations which is designed to reduce vibrations acting in the direction of the longitudinal axis (L) of the outrigger , characterized in that the apparatus for reducing vibrations is designed as a shock absorber or a helical spring.
A circuit switched optical interconnection fabric comprising: a first hollow metal waveguide ; a second hollow metal waveguide which intersects the first hollow metal waveguide to form an intersection ; and an optical element within the intersection configured to selectively direct an optical signal between the first hollow metal waveguide and the second hollow metal waveguide ; and characterized in that : the optical element comprises a periscope prism which selectively directs an optical signal from the first hollow metal waveguide to the second hollow metal waveguide ; the periscope prism being mechanically actuated such that it can be selectively extended into and withdrawn from an optical path within the first hollow metal waveguide ; and wherein the periscope prism reroutes the optical signal from the first hollow metal waveguide to the second hollow metal waveguide by interposing a first surface into the optical path, the first surface directing incoming optical signal upward; a second surface directing the optical signal horizontally and at approximately a 90 degree angle from the incoming optical signal. a first hollow metal waveguide ; a second hollow metal waveguide which intersects the first hollow metal waveguide to form an intersection ; and an optical element within the intersection configured to selectively direct an optical signal between the first hollow metal waveguide and the second hollow metal waveguide ; and characterized in that : the optical element comprises a periscope prism which selectively directs an optical signal from the first hollow metal waveguide to the second hollow metal waveguide ; the periscope prism being mechanically actuated such that it can be selectively extended into and withdrawn from an optical path within the first hollow metal waveguide ; and wherein the periscope prism reroutes the optical signal from the first hollow metal waveguide to the second hollow metal waveguide by interposing a first surface into the optical path, the first surface directing incoming optical signal upward; a second surface directing the optical signal horizontally and at approximately a 90 degree angle from the incoming optical signal. the optical element comprises a periscope prism which selectively directs an optical signal from the first hollow metal waveguide to the second hollow metal waveguide ; the periscope prism being mechanically actuated such that it can be selectively extended into and withdrawn from an optical path within the first hollow metal waveguide ; and wherein the periscope prism reroutes the optical signal from the first hollow metal waveguide to the second hollow metal waveguide by interposing a first surface into the optical path, the first surface directing incoming optical signal upward; a second surface directing the optical signal horizontally and at approximately a 90 degree angle from the incoming optical signal.
A repair method for repairing a turbine engine airfoil element comprising a main body and an old reinforcement , the turbine engine airfoil element including an initial hole passing through the old reinforcement and at least a portion of the main body, the method being characterized by comprising: - removing the old reinforcement ; - positioning a first plug on a first side of the initial hole in the main body ; - positioning a second plug on a second side of the initial hole in the main body , the first plug and the second plug being spaced apart from each other; - leveling the first plug so that a surface of the first plug is flush with the surface of the main body in which the first plug lies; - leveling the second plug so that a surface of the second plug is flush with the surface of the main body in which the second plug lies; - after leveling the first plug and the second plug , fastening a new reinforcement on the main body , the new reinforcement covering the first plug ; and - forming a new hole passing through the new reinforcement and at least a portion of the main body , the new hole being formed at least in part in the first plug . - removing the old reinforcement ; - positioning a first plug on a first side of the initial hole in the main body ; - positioning a second plug on a second side of the initial hole in the main body , the first plug and the second plug being spaced apart from each other; - leveling the first plug so that a surface of the first plug is flush with the surface of the main body in which the first plug lies; - leveling the second plug so that a surface of the second plug is flush with the surface of the main body in which the second plug lies; - after leveling the first plug and the second plug , fastening a new reinforcement on the main body , the new reinforcement covering the first plug ; and - forming a new hole passing through the new reinforcement and at least a portion of the main body , the new hole being formed at least in part in the first plug .
Particulate material of the composition Li 1+x TM 1-x O 2 wherein x is in the range of from -0.02 to + 0.05, TM comprises at least 93 mol-% nickel and (A) at least one element M 1 wherein M 1 is selected from Nb, Ta, Ti, Zr, W, and Mo, (B) at least one element M 2 wherein M 2 is selected from B, Al, Mg and Ga, wherein said particulate material has an average particle diameter (D50) in the range of from 2 to 20 μm. x is in the range of from -0.02 to + 0.05, TM comprises at least 93 mol-% nickel and (A) at least one element M 1 wherein M 1 is selected from Nb, Ta, Ti, Zr, W, and Mo, (B) at least one element M 2 wherein M 2 is selected from B, Al, Mg and Ga, (A) at least one element M 1 wherein M 1 is selected from Nb, Ta, Ti, Zr, W, and Mo, (B) at least one element M 2 wherein M 2 is selected from B, Al, Mg and Ga, wherein said particulate material has an average particle diameter (D50) in the range of from 2 to 20 μm.
Electrically conductive base material which is designed for accommodating a coating material which comprises electrically conductive particles , wherein the base material comprises a metal foil, wherein at least one surface of the base material provided for accommodating the electrically conductive particles has a first structure and a second structure , wherein the first structure has first raised regions and/or first depressions relative to the surface of the base material , wherein the second structure has second raised regions and/or second depressions relative to the surface of the first structure , wherein the first raised regions and/or the first depressions have first dimensions, and wherein the second raised regions and/or the second depressions have second dimensions, with the first dimensions exceeding the second dimensions by a factor of at least 10, characterized in that the surface of the unstructured base material additionally has a separate layer of a further electrically conductive material, wherein the surface of the base material is exposed at at least part of the first depressions and the second raised regions and/or the second depressions have been introduced into the surface of the base material .