mhurhangee/patent-ind-claim-en huggingface dataset:
A positive electrode active material comprising lithium composite oxide containing at least nickel and manganese, wherein the lithium composite oxide is partitioned into an inner bulk and an outer bulk that surrounds the surfaces of the inner bulk and has an Ni/Mn molar ratio of 1.0 or more and less than 2.33, the Ni/Mn molar ratio of the outer bulk is smaller than the Ni/Mn molar ratio of the inner bulk, and the volume fraction occupied by the outer bulk among the total volume of the lithium composite oxide is 7.4% or more and less than 27.1%, wherein the lithium composite oxide is a cobalt-free lithium composite oxide, wherein the lithium composite oxide is represented by Formula 1 below: [Formula 1] Li a Ni 1-b Mn b O 2 Wherein 0.95≤a≤1.05, and 0<b≤0.5. wherein the lithium composite oxide is partitioned into an inner bulk and an outer bulk that surrounds the surfaces of the inner bulk and has an Ni/Mn molar ratio of 1.0 or more and less than 2.33, the Ni/Mn molar ratio of the outer bulk is smaller than the Ni/Mn molar ratio of the inner bulk, and the volume fraction occupied by the outer bulk among the total volume of the lithium composite oxide is 7.4% or more and less than 27.1%, wherein the lithium composite oxide is a cobalt-free lithium composite oxide, wherein the lithium composite oxide is represented by Formula 1 below: [Formula 1] Li a Ni 1-b Mn b O 2 Wherein 0.95≤a≤1.05, and 0<b≤0.5.
An interferometric measurement system for measuring an optical fiber including multiple primary cores configured in the optical fiber and an auxiliary core configured in the optical fiber, the system comprising: interferometric detection circuitry configured to detect measurement interferometric pattern data associated with each of the multiple primary cores and the auxiliary core; and data processing circuitry configured to: determine compensation parameters based on the detected measurement interferometric pattern data for the multiple primary cores, the compensation parameters compensating for variations between a calibration configuration of the multiple primary cores and an actual configuration of the multiple primary cores, compare a predicted parameter value for the auxiliary core with a measurement-based parameter value for the auxiliary core to produce a comparison, determine an unreliability of the determined compensation parameters based on the comparison, and generate a signal in response to the unreliability. interferometric detection circuitry configured to detect measurement interferometric pattern data associated with each of the multiple primary cores and the auxiliary core; and data processing circuitry configured to: determine compensation parameters based on the detected measurement interferometric pattern data for the multiple primary cores, the compensation parameters compensating for variations between a calibration configuration of the multiple primary cores and an actual configuration of the multiple primary cores, compare a predicted parameter value for the auxiliary core with a measurement-based parameter value for the auxiliary core to produce a comparison, determine an unreliability of the determined compensation parameters based on the comparison, and generate a signal in response to the unreliability. determine compensation parameters based on the detected measurement interferometric pattern data for the multiple primary cores, the compensation parameters compensating for variations between a calibration configuration of the multiple primary cores and an actual configuration of the multiple primary cores, compare a predicted parameter value for the auxiliary core with a measurement-based parameter value for the auxiliary core to produce a comparison, determine an unreliability of the determined compensation parameters based on the comparison, and generate a signal in response to the unreliability.
A non-transitory computer-readable medium configured to store computer-readable instructions that, when executed by a processor, cause the processor to perform steps comprising: receiving, from a mobile device, a sequence of motion data characterizing movements performed by a target user; identifying , from the sequence of motion data, a plurality of identity blocks, wherein each identity block represents a different movement performed by the target user; from each identity block, encoding a set of signature sequences into a feature vector; inputting the feature vector into a machine-learned identity confidence model to output an identity confidence value for the identity block, wherein the identity confidence value describes a confidence that the movement in the identity block was performed by the target user; and granting the target user access to an operational context responsive to determining the identity confidence value is greater than an operational security threshold. receiving, from a mobile device, a sequence of motion data characterizing movements performed by a target user; identifying , from the sequence of motion data, a plurality of identity blocks, wherein each identity block represents a different movement performed by the target user; from each identity block, encoding a set of signature sequences into a feature vector; inputting the feature vector into a machine-learned identity confidence model to output an identity confidence value for the identity block, wherein the identity confidence value describes a confidence that the movement in the identity block was performed by the target user; and granting the target user access to an operational context responsive to determining the identity confidence value is greater than an operational security threshold.
An automotive LED lighting module comprising - an LED lamp comprising a number of light-emitting diodes ; - a first driver module configured to drive the LED lamp at a first DC voltage level; and - a second driver module configured to drive the LED lamp at a second DC voltage level, which second DC voltage level is lower than the first DC voltage level; characterized by , - the first driver module configured to drive the LED lamp at a first DC voltage level (U_hi) of a DC voltage supply; - the second driver module configured to drive the LED lamp at a second DC voltage level (U_lo) of a DC voltage supply, which second DC voltage level (U_lo) is lower than the first DC voltage level (U_hi); and - a switch arrangement comprising an interface for connection to a two-level DC voltage supply (PS), and wherein the switch arrangement is configured to connect the first driver module to the LED lamp when the input voltage at the interface is at the first level (U_hi), and to connect the second driver module to the LED lamp when the input voltage level at the interface is at the second level (U_lo). - an LED lamp comprising a number of light-emitting diodes ; - a first driver module configured to drive the LED lamp at a first DC voltage level; and - a second driver module configured to drive the LED lamp at a second DC voltage level, which second DC voltage level is lower than the first DC voltage level; - the first driver module configured to drive the LED lamp at a first DC voltage level (U_hi) of a DC voltage supply; - the second driver module configured to drive the LED lamp at a second DC voltage level (U_lo) of a DC voltage supply, which second DC voltage level (U_lo) is lower than the first DC voltage level (U_hi); and - a switch arrangement comprising an interface for connection to a two-level DC voltage supply (PS), and wherein the switch arrangement is configured to connect the first driver module to the LED lamp when the input voltage at the interface is at the first level (U_hi), and to connect the second driver module to the LED lamp when the input voltage level at the interface is at the second level (U_lo).
A variator comprising an input surface and an output surface defining a toroidal cavity coaxially mounted for rotation on an input shaft defining a variator axis and two rollers (14, 16-Fig.2) in driving engagement with the input and output surfaces, the variator further comprising an output drive , a take-off drive operatively engaged with the output surface through the output drive and disposed radially of the variator axis whereby a radial force (Fg) perpendicular to the variator axis is generated by the take-off drive and wherein at one particular ratio within an operating range of the variator the rollers contact the input and output surfaces at contact points so that the contact points lie generally in a plane; and wherein the output drive and take-off drive are operatively engaged by a chain or belt, characterized in that said plane is substantially perpendicular to the direction of the radial force (Fg).
A stethoscope head with adjustable audio frequency, comprising: a head body ; a diaphragm ; and a fastener ; wherein said diaphragm is provided with an annular step and a footing , said diaphragm being disposed on a sound collecting surface at a front side of said head body and being fastened on said head body by said fastener ; wherein an outer marginal part of the front side of said head body is provided with an annular step , and screw threads are provided on a step surface of said annular step ; wherein an annular groove is disposed at the sound collecting surface at an inner side surface of said annular step , and said inner side surface of said annular groove and a bottom surface of said annular groove form an obtuse angle γ, and 100° ≤γ≤ 145°; wherein said diaphragm footing is disposed in said annular groove ; and wherein said fastener includes a ring A and a ring B each of which having an upper surface located on a same horizontal plane, said ring B placed in said ring A, said external diameter of said ring B being the same with an internal diameter of said ring A, an inner wall of said ring A provided with screw threads which match with the screw threads on said step surface ; wherein the sound collecting surface at the inner side of the annular groove is provided with an annular protrusion and a recess is disposed at the annular protrusion ; characterized in that said footing of the diaphragm is placed in the annular groove such that the bottom edge of the inner surface of the footing of the diaphragm contacts the inner side surface of the recess . a head body ; a diaphragm ; and a fastener ; wherein said diaphragm is provided with an annular step and a footing , said diaphragm being disposed on a sound collecting surface at a front side of said head body and being fastened on said head body by said fastener ; wherein an outer marginal part of the front side of said head body is provided with an annular step , and screw threads are provided on a step surface of said annular step ; wherein an annular groove is disposed at the sound collecting surface at an inner side surface of said annular step , and said inner side surface of said annular groove and a bottom surface of said annular groove form an obtuse angle γ, and 100° ≤γ≤ 145°; wherein said diaphragm footing is disposed in said annular groove ; and wherein said fastener includes a ring A and a ring B each of which having an upper surface located on a same horizontal plane, said ring B placed in said ring A, said external diameter of said ring B being the same with an internal diameter of said ring A, an inner wall of said ring A provided with screw threads which match with the screw threads on said step surface ; wherein the sound collecting surface at the inner side of the annular groove is provided with an annular protrusion and a recess is disposed at the annular protrusion ; characterized in that said footing of the diaphragm is placed in the annular groove such that the bottom edge of the inner surface of the footing of the diaphragm contacts the inner side surface of the recess .
Use of a material for covering adhesive layers , said material being able to be removed substantially without residue from the adhesive layer , characterised in that the material has a substantially planar surface having structures distributed across the surface and directed outwardly and/or inwardly, wherein the inwardly and/or outwardly directed structures are distributed statistically across the whole surface of the material, and the outwardly and/or inwardly directed structures on the surface are open or closed pores or honey-combed structures, wherein the remaining contact surface K of the covering material in the direction of the adhesive layer is maximum 30% of the surface A of the covering material .
A leaning vehicle configured to lean leftward when turning to the left and lean rightward when turning to the right, comprising: a vehicle body frame ; a seat supported by the vehicle body frame and on which a driver is seated; a left front wheel unit located at the left of the vehicle body frame and including a left front wheel ; a right front wheel unit located at the right of the vehicle body frame and including a right front wheel ; and a front-portion-vehicle-body cover located on the vehicle body frame between the left and right front wheel units and the seat in a front-rear direction such that the front-portion-vehicle-body cover covers a front of the driver seated on the seat ; wherein the front-portion-vehicle-body cover includes a light transmitting part (2 66) which is made of a light transmissive material and sized to enable the driver seat ed on the seat to visually recognize therethrough at least a part of the left front wheel unit and at least a part of the right front wheel unit even in a state where the leaning vehicle leans leftward or rightward, characterised in that at least a part of the light transmitting part is disposed at a part of the front-portion-vehicle-body cover arranged at the rear of the left and right front wheels and in a space between the left and right front wheel units and the seat when seen from a left-right direction of the vehicle body frame . a vehicle body frame ; a seat supported by the vehicle body frame and on which a driver is seated; a left front wheel unit located at the left of the vehicle body frame and including a left front wheel ; a right front wheel unit located at the right of the vehicle body frame and including a right front wheel ; and a front-portion-vehicle-body cover located on the vehicle body frame between the left and right front wheel units and the seat in a front-rear direction such that the front-portion-vehicle-body cover covers a front of the driver seated on the seat ; wherein the front-portion-vehicle-body cover includes a light transmitting part (2 66) which is made of a light transmissive material and sized to enable the driver seat ed on the seat to visually recognize therethrough at least a part of the left front wheel unit and at least a part of the right front wheel unit even in a state where the leaning vehicle leans leftward or rightward, characterised in that at least a part of the light transmitting part is disposed at a part of the front-portion-vehicle-body cover arranged at the rear of the left and right front wheels and in a space between the left and right front wheel units and the seat when seen from a left-right direction of the vehicle body frame .
An electric actuator for applying loads to a test specimen, the electric actuator comprising: a stationary support ; a guide system comprising a single stationary guide joined to the stationary support having an axis defined by the guide ; a stationary assembly secured to the stationary support ; a moving assembly movable relative to the stationary support on the guide along its axis , and wherein the moving assembly is guided by the guide , wherein the moving assembly and the stationary assembly provide at least two sets of interacting magnetic fields disposed about the guide at equal angular intervals; and a test specimen support joined to the moving assembly and extending beyond one side of the stationary support so as to move along the axis with movement of the moving assembly , thereby being able to apply loads to a test specimen, the axis extending through the test specimen support . a stationary support ; a guide system comprising a single stationary guide joined to the stationary support having an axis defined by the guide ; a stationary assembly secured to the stationary support ; a moving assembly movable relative to the stationary support on the guide along its axis , and wherein the moving assembly is guided by the guide , wherein the moving assembly and the stationary assembly provide at least two sets of interacting magnetic fields disposed about the guide at equal angular intervals; and a test specimen support joined to the moving assembly and extending beyond one side of the stationary support so as to move along the axis with movement of the moving assembly , thereby being able to apply loads to a test specimen, the axis extending through the test specimen support .
Device for the total or partial freezing of articles, comprising a conveyor insulated by an enclosure, as well as means for impregnation with a cryogenic liquid of said conveyor, and means making it possible to deposit articles to be frozen on the porous conveyor, the device comprises one or more successive containers, able to contain the cryogenic liquid, for example liquid nitrogen, positioned under the porous conveyor and downstream of a zone comprising means for depositing articles to be frozen on the conveyor, characterised in that the conveyor is made of a porous material; and in that the device comprises means for regulating the level of liquid in the container or containers, in order to make it possible for the conveyor, where the articles to be treated are deposited, to be able to pass above the successive container or containers, and to be flush with the surface of cryogenic liquid.
A method of selectively providing a customized graphical user interface, the method comprising, at a first computing device (1.12): receiving a service access request from a client device (1.1) to access one or more services provided by a virtual desktop infrastructure server (1.20), the request including an authentication characteristic of a user of the client device (1.1) and computing device characteristics of the client device (1.1); forwarding the service access request to the virtual desktop infrastructure server (1.20); receiving a user interface configuration file from the virtual desktop infrastructure server (1.20), wherein the user interface configuration file is configured to be executed by the client device (1.1) to enable the client device (1.1) to display a user interface that provides access to the one or more services; modifying the user interface configuration file based on the user authentication characteristics and the computing device characteristics of the client device (1.1), to provide selective access to the one or more services; and transmitting the modified user interface configuration file to the client device (1.1), wherein the modified user interface configuration file is configured to be executed by the client device (1.1) to enable the client device (1.1) to display a modified user interface that provides selective access to the one or more services. receiving a service access request from a client device (1.1) to access one or more services provided by a virtual desktop infrastructure server (1.20), the request including an authentication characteristic of a user of the client device (1.1) and computing device characteristics of the client device (1.1); forwarding the service access request to the virtual desktop infrastructure server (1.20); receiving a user interface configuration file from the virtual desktop infrastructure server (1.20), wherein the user interface configuration file is configured to be executed by the client device (1.1) to enable the client device (1.1) to display a user interface that provides access to the one or more services; modifying the user interface configuration file based on the user authentication characteristics and the computing device characteristics of the client device (1.1), to provide selective access to the one or more services; and transmitting the modified user interface configuration file to the client device (1.1), wherein the modified user interface configuration file is configured to be executed by the client device (1.1) to enable the client device (1.1) to display a modified user interface that provides selective access to the one or more services.
A wrist joint bandage comprising: a band-shaped main body part which is woven in a fabric having a loop face of a touch fastener and is composed of a winding part which is wound around the wrist of a wearer, and a supporting part which is disposed from the back of the hand or the palm to the wrist of the wearer; an anchor part which is joined to one end of the main body part and into which a finger of the wearer is inserted; and an engaging part which is joined to the other end of the main body part and has a hook face of the touch fastener, which is detachably stuck to the loop face of the main body part , wherein the supporting part is provided on the one end side of the main body part , the winding part is provided on the other end side of the main body part , and the supporting part and the winding part have straight line shapes having the same width; and characterized in that the anchor part is formed in a ring shape by joining both ends of a band-shaped body to one end of the main body part . a band-shaped main body part which is woven in a fabric having a loop face of a touch fastener and is composed of a winding part which is wound around the wrist of a wearer, and a supporting part which is disposed from the back of the hand or the palm to the wrist of the wearer; an anchor part which is joined to one end of the main body part and into which a finger of the wearer is inserted; and an engaging part which is joined to the other end of the main body part and has a hook face of the touch fastener, which is detachably stuck to the loop face of the main body part , wherein the supporting part is provided on the one end side of the main body part , the winding part is provided on the other end side of the main body part , and the supporting part and the winding part have straight line shapes having the same width; and characterized in that the anchor part is formed in a ring shape by joining both ends of a band-shaped body to one end of the main body part .