mhurhangee/patent-ind-claim-en huggingface dataset:
A boring tool comprising: a body ; a cutting element mounted to the body that is adapted to bore a bore with a cylindrical bore wall having a finish surface in a work piece ; and a pad spring-mounted to said body , said pad moving relative to said body along a radial direction, wherein the pad comprises: a first section comprising a bull nose outer surface ; a second section adjacent the first section ; and a third section adjacent the second section , wherein the third section comprises an outer surface that extends radially beyond the first section and wherein the second section has an outer surface defining a transition from the first section to the third section outer surface, said pad being adapted to maintain intimate contact with said finish surface , characterized in that said pad is spaced apart from said cutting element . a body ; a cutting element mounted to the body that is adapted to bore a bore with a cylindrical bore wall having a finish surface in a work piece ; and a pad spring-mounted to said body , said pad moving relative to said body along a radial direction, wherein the pad comprises: a first section comprising a bull nose outer surface ; a second section adjacent the first section ; and a third section adjacent the second section , wherein the third section comprises an outer surface that extends radially beyond the first section and wherein the second section has an outer surface defining a transition from the first section to the third section outer surface, said pad being adapted to maintain intimate contact with said finish surface , characterized in that said pad is spaced apart from said cutting element . a first section comprising a bull nose outer surface ; a second section adjacent the first section ; and a third section adjacent the second section , wherein the third section comprises an outer surface that extends radially beyond the first section and wherein the second section has an outer surface defining a transition from the first section to the third section outer surface, said pad being adapted to maintain intimate contact with said finish surface , characterized in that said pad is spaced apart from said cutting element .
A medical monitoring device for determining the occurrence of a premature ventricular contraction, comprising: at least one sensing electrode for sensing a cardiac signal; and a processor configured to determine at least three successive R-waves in response to the sensed cardiac signal, determine RR intervals between the determined R-waves, compare RR intervals between successive pairs of the R-waves, and determine whether a first interval criteria is satisfied in response to the comparison of the determined intervals, determine a correlation between morphologies of the determined R-waves, determine whether a first correlation criteria is satisfied in response to the determined correlation, and determine the premature ventricular contraction is occurring in response to the first interval criteria and the first correlation criteria being satisfied. at least one sensing electrode for sensing a cardiac signal; and a processor configured to determine at least three successive R-waves in response to the sensed cardiac signal, determine RR intervals between the determined R-waves, compare RR intervals between successive pairs of the R-waves, and determine whether a first interval criteria is satisfied in response to the comparison of the determined intervals, determine a correlation between morphologies of the determined R-waves, determine whether a first correlation criteria is satisfied in response to the determined correlation, and determine the premature ventricular contraction is occurring in response to the first interval criteria and the first correlation criteria being satisfied.
A method for information transmission, comprising: receiving , by a terminal device in a first slot or a first mini-slot, a first synchronization signal, SS, block and a first physical downlink control channel, PDCCH, sent by a network device, the first slot or the first mini-slot comprising N symbols, the first SS block occupying M consecutive symbols in the first slot or the first mini-slot, the first SS block comprising an SS and a physical broadcast channel, PBCH, wherein M and N are positive integers, and M≤N, wherein the symbols occupied by the first PDCCH are at least partially overlapped with the symbols occupied by the first SS block, and frequency domain resources occupied by the first PDCCH are non-overlapped with frequency domain resources occupied by the first SS block. receiving , by a terminal device in a first slot or a first mini-slot, a first synchronization signal, SS, block and a first physical downlink control channel, PDCCH, sent by a network device, the first slot or the first mini-slot comprising N symbols, the first SS block occupying M consecutive symbols in the first slot or the first mini-slot, the first SS block comprising an SS and a physical broadcast channel, PBCH, wherein M and N are positive integers, and M≤N, wherein the symbols occupied by the first PDCCH are at least partially overlapped with the symbols occupied by the first SS block, and frequency domain resources occupied by the first PDCCH are non-overlapped with frequency domain resources occupied by the first SS block.
A method for predicting a quality of service for a communication over a communication link (Uu), where at least one communication partner is moving, the method comprising a step of data gathering, in which a plurality of instantaneous link characteristics are measured and recorded in a database along with the position and time information for the moving communication partner , a step of data modelling, in which the statistical distribution of a given target quality of service is modelled, and a step of predicting a target quality of service, characterized in that said step of data modelling comprises a step of subdividing the plurality of link characteristics into a plurality of intervals by subdividing a value range of said link characteristic into a plurality of equal length intervals or by using a plurality of defined quantiles, and setting up subspaces for at least a selection of the plurality of link characteristics including position and time based on the subdividing of link characteristics into the plurality of intervals, wherein the statistical distribution of a given target quality of service is modelled separately for said subspaces.
A surgical instrument comprising: a handle assembly including a memory having instructions stored therein, and a processor configured to execute the instructions; an adapter assembly configured to selectively couple to the handle assembly, the adapter assembly including a trocar; and an end effector including: an annular reload configured to selectively couple to a distal portion of the adapter assembly; and an anvil assembly configured to be coupled to the trocar and moved relative to the annular reload between an open position and a preset closed position, in which the anvil assembly and the annular reload define a preset gap distance therebetween, characterized in that the processor, using the instructions stored in the memory , is configured to: determine a difference between the preset gap distance and an actual gap distance between the anvil assembly and the annular reload; and adjust a staple stroke and a cutting stroke by the determined difference between the preset gap distance and the actual gap distance. a handle assembly including a memory having instructions stored therein, and a processor configured to execute the instructions; an adapter assembly configured to selectively couple to the handle assembly, the adapter assembly including a trocar; and an end effector including: an annular reload configured to selectively couple to a distal portion of the adapter assembly; and an anvil assembly configured to be coupled to the trocar and moved relative to the annular reload between an open position and a preset closed position, in which the anvil assembly and the annular reload define a preset gap distance therebetween, an annular reload configured to selectively couple to a distal portion of the adapter assembly; and an anvil assembly configured to be coupled to the trocar and moved relative to the annular reload between an open position and a preset closed position, in which the anvil assembly and the annular reload define a preset gap distance therebetween, characterized in that the processor, using the instructions stored in the memory , is configured to: determine a difference between the preset gap distance and an actual gap distance between the anvil assembly and the annular reload; and adjust a staple stroke and a cutting stroke by the determined difference between the preset gap distance and the actual gap distance. determine a difference between the preset gap distance and an actual gap distance between the anvil assembly and the annular reload; and adjust a staple stroke and a cutting stroke by the determined difference between the preset gap distance and the actual gap distance.
An implant comprising: a component for fixed attachment to a bone; an underpass layer of a porous material disposed on a first side of the component for fixed attachment; a plurality of struts (108a-108c, 158a-158c) on the underpass layer, each strut having a first surface (122a-122c) contacting the underpass layer and a second surface (123a-123c) opposite the first surface, each strut comprising a non-porous material; and an additional layer of the porous material filling a respective volume adjacent the struts, the additional layer extending from a first side of the underpass layer to a predetermined height equal to or above a height of the second surface of the struts. a component for fixed attachment to a bone; an underpass layer of a porous material disposed on a first side of the component for fixed attachment; a plurality of struts (108a-108c, 158a-158c) on the underpass layer, each strut having a first surface (122a-122c) contacting the underpass layer and a second surface (123a-123c) opposite the first surface, each strut comprising a non-porous material; and an additional layer of the porous material filling a respective volume adjacent the struts, the additional layer extending from a first side of the underpass layer to a predetermined height equal to or above a height of the second surface of the struts.
A direct current relay comprising a pair of fixed contacts and a movable contact moved vertically by an electromagnetic force to be brought into contact with or be separated from the pair of fixed contacts , comprising: an upper yoke and a lower yoke respectively provided on an upper portion and a lower portion of the movable contact ; and a contact pressure spring provided on a lower portion of the lower yoke , wherein the contact pressure spring is configured to press the lower yoke to move the movable contact , a mover support configured to support the movable contact , the upper yoke , and the lower yoke ; and a mover holder fixed to an upper portion of the mover support , wherein the mover holder comprises a second flat plate portion and side surface portions that bent downwardly at opposite side ends of the second flat plate portion , and characterised in that a left side surface of the mover holder and a right side surface of the mover holder are respectively provided with a skirt portion to receive the upper yoke therein. an upper yoke and a lower yoke respectively provided on an upper portion and a lower portion of the movable contact ; and a contact pressure spring provided on a lower portion of the lower yoke , wherein the contact pressure spring is configured to press the lower yoke to move the movable contact , a mover support configured to support the movable contact , the upper yoke , and the lower yoke ; and a mover holder fixed to an upper portion of the mover support , wherein the mover holder comprises a second flat plate portion and side surface portions that bent downwardly at opposite side ends of the second flat plate portion , and characterised in that a left side surface of the mover holder and a right side surface of the mover holder are respectively provided with a skirt portion to receive the upper yoke therein.
A prosthetic valve for implanting at the native mitral valve region of the heart, the native mitral valve having a native annulus and native valve leaflets , the prosthetic valve comprising: a tubular main body comprising a lumen and configured for placement within the native annulus , the main body being radially compressible to a radially compressed state for delivery into the heart and self-expandable from the compressed state to a radially expanded state; and a valve structure coupled to the inner surface of the main body, the valve structure comprising a plurality of valve leaflets that form a one-way valve in the lumen, the valve structure sutured to the main body; characterized by at least two ventricular anchors extending from a ventricular end of the main body and disposed outside of the main body for securing the prosthetic valve to the anterior and posterior native mitral valve leaflets , wherein the ventricular anchors are configured to capture the native mitral valve leaflets between the ventricular anchors and an outer surface of the tubular main body ; and an atrial sealing member extending radially outwardly from an atrial end of the main body , the atrial sealing member blocks blood from flowing beyond the atrial end of the main body on the outside of the main body when the prosthetic valve is implanted. a tubular main body comprising a lumen and configured for placement within the native annulus , the main body being radially compressible to a radially compressed state for delivery into the heart and self-expandable from the compressed state to a radially expanded state; and a valve structure coupled to the inner surface of the main body, the valve structure comprising a plurality of valve leaflets that form a one-way valve in the lumen, the valve structure sutured to the main body; characterized by at least two ventricular anchors extending from a ventricular end of the main body and disposed outside of the main body for securing the prosthetic valve to the anterior and posterior native mitral valve leaflets , wherein the ventricular anchors are configured to capture the native mitral valve leaflets between the ventricular anchors and an outer surface of the tubular main body ; and an atrial sealing member extending radially outwardly from an atrial end of the main body , the atrial sealing member blocks blood from flowing beyond the atrial end of the main body on the outside of the main body when the prosthetic valve is implanted.
An aircraft landing gear assembly comprising: a main strut having a mounting lug at one end region via which it is arranged to be pivotally coupled to an aircraft; an elongate bogie beam pivotally coupled to the main strut via a bogie pivot pin ; a first axle mounted at a first end region of the bogie beam, the first axle being arranged to carry one or more first wheel assemblies and first brake assemblies, each first brake assembly being coupled to the first axle or the bogie beam such that the first axle or the bogie beam inhibits rotation of the first brake assembly relative to the first axle when braking; a second axle mounted at a second end region of the bogie beam, with the bogie pivot pin between the first and second end regions, the second axle being arranged to carry one or more second wheel assemblies and second brake assemblies; and a double acting actuator coupled to the main strut and to the bogie beam between the bogie pivot pin and the first axle to apply a compressive or tensile force to the bogie beam, wherein the bogie pivot pin is located closer to the second axle than the first axle, the aircraft landing gear assembly further comprising a controller for controlling operation of the actuator , characterized in that the controller is configured to cause the actuator to apply a pulling force to the bogie during taxiing turning manoeuvres to lift the first wheel assemblies off the ground during taxiing turning manoeuvres. a main strut having a mounting lug at one end region via which it is arranged to be pivotally coupled to an aircraft; an elongate bogie beam pivotally coupled to the main strut via a bogie pivot pin ; a first axle mounted at a first end region of the bogie beam, the first axle being arranged to carry one or more first wheel assemblies and first brake assemblies, each first brake assembly being coupled to the first axle or the bogie beam such that the first axle or the bogie beam inhibits rotation of the first brake assembly relative to the first axle when braking; a second axle mounted at a second end region of the bogie beam, with the bogie pivot pin between the first and second end regions, the second axle being arranged to carry one or more second wheel assemblies and second brake assemblies; and a double acting actuator coupled to the main strut and to the bogie beam between the bogie pivot pin and the first axle to apply a compressive or tensile force to the bogie beam, wherein the bogie pivot pin is located closer to the second axle than the first axle, the aircraft landing gear assembly further comprising a controller for controlling operation of the actuator , characterized in that the controller is configured to cause the actuator to apply a pulling force to the bogie during taxiing turning manoeuvres to lift the first wheel assemblies off the ground during taxiing turning manoeuvres.
Drain (1; 20; 30; 40; 50; 60; 70; 90; 100), comprising: - a collecting tray (21; 51; 62; 71; 91) for collecting water to be discharged, which collecting tray has a bottom surface (2; 31; 101) and standing walls (3; 32; 102) along the bottom surface (2; 31; 101); - horizontal flanges (5; 23; 33; 64; 72; 93; 106) arranged directed toward each other on the upper edge of the standing walls (3; 32; 102); - a clamping frame (8; 27; 35; 66; 95; 110) arranged above the horizontal flanges (5; 23; 33; 64; 72; 93; 106) for fixedly clamping between the clamping frame (8; 27; 35; 66; 95; 106) and the horizontal flanges (5; 23; 33; 64; 72; 93; 106) a flexible layer (7; 28; 34; 68; 98; 109) surrounding the drain, such as a vinyl layer, wherein the clamping frame (8; 27; 35; 66; 95; 106) surrounds the inflow opening of the drain (1; 20; 30; 60; 70; 90; 100); - tensioning means (6, 10, 11; 24, 25, 26; 35; 42; 67; 96, 97; 108, 111) arranged between the clamping frame (8; 27; 35; 66; 95; 106) and the horizontal flanges (5; 23; 33; 64; 72; 93; 106) for tensioning the clamping frame (8; 27; 35; 66; 95; 106) against the flanges (5; 23; 33; 64; 72; 93; 106), wherein the clamping frame (8; 27; 35; 66; 95; 106) comprises a peripheral profile with a substantially L-shaped cross-section, and wherein the horizontal part of the L-shaped profile lies above the horizontal flanges (5; 23; 33; 64; 72; 93; 106) characterized in that the vertical part of the profile protrudes into the opening enclosed by the horizontal flanges (5; 23; 33; 64; 72; 93; 106). - a collecting tray (21; 51; 62; 71; 91) for collecting water to be discharged, which collecting tray has a bottom surface (2; 31; 101) and standing walls (3; 32; 102) along the bottom surface (2; 31; 101); - horizontal flanges (5; 23; 33; 64; 72; 93; 106) arranged directed toward each other on the upper edge of the standing walls (3; 32; 102); - a clamping frame (8; 27; 35; 66; 95; 110) arranged above the horizontal flanges (5; 23; 33; 64; 72; 93; 106) for fixedly clamping between the clamping frame (8; 27; 35; 66; 95; 106) and the horizontal flanges (5; 23; 33; 64; 72; 93; 106) a flexible layer (7; 28; 34; 68; 98; 109) surrounding the drain, such as a vinyl layer, wherein the clamping frame (8; 27; 35; 66; 95; 106) surrounds the inflow opening of the drain (1; 20; 30; 60; 70; 90; 100); - tensioning means (6, 10, 11; 24, 25, 26; 35; 42; 67; 96, 97; 108, 111) arranged between the clamping frame (8; 27; 35; 66; 95; 106) and the horizontal flanges (5; 23; 33; 64; 72; 93; 106) for tensioning the clamping frame (8; 27; 35; 66; 95; 106) against the flanges (5; 23; 33; 64; 72; 93; 106),
A spintronic device, comprising: a substrate ; a magnetoresistive thin-film layer structure deposited on the substrate comprising a plurality of magnetoresistive devices , each comprising a free ferromagnetic layer , an insulating tunnel junction , a reference ferromagnetic layer , an exchange coupling layer , and a ferromagnetic pinned layer on an antiferromagnetic layer ; a patterned reflective layer ; and a transparent insulating layer provided between the magnetoresistive layer and the patterned reflective layer , wherein the patterned reflective layer is patterned to reflect incident light away from first magnetoresistive devices and to transmit incident light through an aperture to the antiferromagnetic layer of the second magnetoresistive devices . a substrate ; a magnetoresistive thin-film layer structure deposited on the substrate comprising a plurality of magnetoresistive devices , each comprising a free ferromagnetic layer , an insulating tunnel junction , a reference ferromagnetic layer , an exchange coupling layer , and a ferromagnetic pinned layer on an antiferromagnetic layer ; a patterned reflective layer ; and a transparent insulating layer provided between the magnetoresistive layer and the patterned reflective layer ,
A safety system for dealing with a severe accident of a nuclear power plant, wherein the safety system comprises at least one in-reactor water injection system for injecting water into a reactor pressure vessel ; and each in-reactor water injection system comprises a multi-stage accumulator , and a first water injection pipeline connected to a cold pipe of a primary loop system ; an interior space of the multi-stage accumulator comprises a gas-phase space , a first-stage water injection space , and a second-stage water injection space distributed from top to bottom in sequence; the multi-stage accumulator is provided with a first flow pipeline and a second flow pipeline having a pipe diameter less than that of the first flow pipeline , the first flow pipeline communicates the first-stage water injection space with the first water injection pipeline , and the second flow pipeline communicates the second-stage water injection space with the first water injection pipeline , wherein the safety system further comprises at least one outer-reactor cooling water injection system for injecting water into a pit ; and each outer-reactor cooling water injection system comprises a high-level water injection tank disposed above the reactor pressure vessel , and a second water injection pipeline connected between the high-level water injection tank and the pit . each in-reactor water injection system comprises a multi-stage accumulator , and a first water injection pipeline connected to a cold pipe of a primary loop system ; an interior space of the multi-stage accumulator comprises a gas-phase space , a first-stage water injection space , and a second-stage water injection space distributed from top to bottom in sequence; the multi-stage accumulator is provided with a first flow pipeline and a second flow pipeline having a pipe diameter less than that of the first flow pipeline , the first flow pipeline communicates the first-stage water injection space with the first water injection pipeline , and the second flow pipeline communicates the second-stage water injection space with the first water injection pipeline , wherein the safety system further comprises at least one outer-reactor cooling water injection system for injecting water into a pit ; and each outer-reactor cooling water injection system comprises a high-level water injection tank disposed above the reactor pressure vessel , and a second water injection pipeline connected between the high-level water injection tank and the pit .