mhurhangee/patent-ind-claim-en huggingface dataset:
System of prosthetic supplements for dental implants that present an implant support and an implant pillar provided so as to engage each other and in a respective dental alveolus , wherein the implant support and the implant pillar are provided so that a free alveolar space results on the exterior side of the dental alveolus with relation to the mouth cavity, wherein the implant pillar presents a base element , wherein said base element presents an asymmetric cross section and presents an emerging profile in at least part of the side face, wherein said implant pillar presents said emerging profile with a contour including a first profile zone provided in a concave configuration, and a second profile zone provided in a convex configuration, the first and second zones of the emerging profile are provided in a continuous curved configuration, so that the interaction with the edge of the alveolar crest is done, in at least most part of its extension, by the convex zone of the emerging profile , and said emerging profile develops along at least most part of the exterior surface of the base element , and along at least most part of half the cross section of the base element , and wherein said emerging profile develops along an extension (x) and a height (y), whereby the dimensions and/or the relation between the extension (x) and the height (y) of the emerging profile are determined as a function of the dimensions and/or of the type of a respective dental alveolus , and the relation between the extension (x) and the height (y) of the emerging profile is in the interval between 0,5:1 up to 1:1.
A marine fuel oil composition comprising a micro carbon residue content of 3.0 wt% or more determined as specified in the description, and comprising an estimated cetane number according to IP541 of 35 or less and at least 200 vppm of a cetane improver relative to a volume of the marine fuel oil composition, the cetane improver comprising an organic nitrate, a peroxide, or a combination thereof; the marine fuel oil composition further comprising at least two of the following properties: a) a BMCI of 50 or more; b) a CCAI of 820 or more; c) a density of 0.90 g/cm3 or more at 15°C; d) a T90 distillation point of at least 450°C. a) a BMCI of 50 or more; b) a CCAI of 820 or more; c) a density of 0.90 g/cm3 or more at 15°C; d) a T90 distillation point of at least 450°C.
The use of a compound of the formula 1.3 wherein R2k and R 2l are methyl; or of a stereoisomer thereof or of a mixture of stereoisomers thereof, as an aroma chemical. R2k and R 2l are methyl; or of a stereoisomer thereof or of a mixture of stereoisomers thereof, as an aroma chemical.
A laundry appliance comprising: a drum that rotationally operates within a tub; a cabinet that houses the tub and the drum and having an aperture for accessing the drum; an operable panel that selectively covers the aperture , the operable panel comprising: a base member that includes a plurality of structural ribs ; characterized in that it further comprises an upper member that extends over the base member and the structural ribs , wherein the base member , the structural ribs and the upper member cooperate to form a plurality of structural shear cavities ; and a plurality of foam members that are positioned within a portion of the shear cavities to increase rigidity of the operable panel , wherein the foam members are provided in the form of an expandable foam occupying the entire space of the corresponding shear cavity that is defined within the structural ribs . a drum that rotationally operates within a tub; a cabinet that houses the tub and the drum and having an aperture for accessing the drum; an operable panel that selectively covers the aperture , the operable panel comprising: a base member that includes a plurality of structural ribs ; characterized in that it further comprises an upper member that extends over the base member and the structural ribs , wherein the base member , the structural ribs and the upper member cooperate to form a plurality of structural shear cavities ; and a plurality of foam members that are positioned within a portion of the shear cavities to increase rigidity of the operable panel , wherein the foam members are provided in the form of an expandable foam occupying the entire space of the corresponding shear cavity that is defined within the structural ribs . a base member that includes a plurality of structural ribs ; characterized in that it further comprises an upper member that extends over the base member and the structural ribs , wherein the base member , the structural ribs and the upper member cooperate to form a plurality of structural shear cavities ; and a plurality of foam members that are positioned within a portion of the shear cavities to increase rigidity of the operable panel ,
A spring comprising at least one element , each element comprising a rigid portion and a flexible beam , the extremities of the flexible beam being supported by the rigid portion , the flexible beam having a single stable position, so that the flexible beam can be deformed when a pressure is exerted between said extremities in the direction of the rigid portion , and returns to said single stable position when the pressure is released, so that the spring has a negative stiffness over an operating range, characterized in that the spring comprises a plurality of elements, and in that the rigid portion of at least one element is in contact with the flexible beam of the next element between said extremities of the flexible beam . the flexible beam having a single stable position, so that the flexible beam can be deformed when a pressure is exerted between said extremities in the direction of the rigid portion , and returns to said single stable position when the pressure is released, so that the spring has a negative stiffness over an operating range, characterized in that the spring comprises a plurality of elements, and in that the rigid portion of at least one element is in contact with the flexible beam of the next element between said extremities of the flexible beam .
A prostaglandin production method, comprising a step of reacting an unsaturated fatty acid with cyclooxygenase in a presence of a reducing agent.
A wireless transmit/receive unit, WTRU, comprising: a processor; and a transceiver, the processor and the transceiver are configured to acquire a first random access configuration and a second random access configuration, wherein the first random access configuration and the second random access configuration are different, the processor and the transceiver are further configured to perform a first random access procedure using the first random access configuration using first physical resources and a second random access procedure using the second random access configuration using second physical resources, wherein the first random access configuration is used for at least initial random access and the second random access configuration is used for timing adjustments, wherein the first physical resources are different physical resources than the second physical resources, and the processor and the transceiver are further configured to receive a first message for the first random access procedure and to receive a second message for the second random access procedure, wherein the first message is an aggregated response message including a plurality of first random access responses and the second message is an aggregated response message including a plurality of second random access responses. a processor; and a transceiver, the processor and the transceiver are configured to acquire a first random access configuration and a second random access configuration, wherein the first random access configuration and the second random access configuration are different, the processor and the transceiver are further configured to perform a first random access procedure using the first random access configuration using first physical resources and a second random access procedure using the second random access configuration using second physical resources, wherein the first random access configuration is used for at least initial random access and the second random access configuration is used for timing adjustments, wherein the first physical resources are different physical resources than the second physical resources, and the processor and the transceiver are further configured to receive a first message for the first random access procedure and to receive a second message for the second random access procedure, wherein the first message is an aggregated response message including a plurality of first random access responses and the second message is an aggregated response message including a plurality of second random access responses.
Use of a spray powder for producing a cermet coating on a doctor blade surface , wherein the spray powder comprises a mixture of a metal powder and a hard material powder, in which at least 90% of the particles of the metal powder have sizes of less than 63 μm and preferably less than 48 μm and at least 90% of the particles of the hard material powder have sizes of less than 2 μm, wherein at least 90% of the particles of the metal powder have sizes of more than 10 μm and preferably more than 18 μm and wherein at least 90% of the particles of the hard material powder have sizes of more than 15 nm and preferably more than 0.5 μm.
Hand-guided working apparatus, preferably a hand-guided garden or forestry working apparatus, comprising - a radial fan which has a fan impeller and an air duct , said air duct comprising a spiral portion surrounding the fan impeller and having a duct cross section (Qk) which increases in air flow direction (LR) and an outlet funnel portion which adjoins the spiral portion , widens in a funnel shape in air flow direction (LR), and has a radially inner boundary wall and a radially outer boundary wall , wherein the outlet funnel portion ends in an air outlet opening , an outlet width (AB) of the air outlet opening being smaller than an outside diameter (Dg) of the fan impeller , - wherein the radially inner and/or the radially outer boundary wall of the outlet funnel portion have/has a curvature opposed to that of the spiral portion , and - wherein an intermediate wall is arranged in the outlet funnel portion , between the radially inner and the radially outer boundary wall , the intermediate wall extending with a curvature opposed to that of the spiral portion and dividing the outlet funnel portion into two component portions , each widening in the shape of a funnel in the air flow direction (LR). - a radial fan which has a fan impeller and an air duct , said air duct comprising a spiral portion surrounding the fan impeller and having a duct cross section (Qk) which increases in air flow direction (LR) and an outlet funnel portion which adjoins the spiral portion , widens in a funnel shape in air flow direction (LR), and has a radially inner boundary wall and a radially outer boundary wall , wherein the outlet funnel portion ends in an air outlet opening , an outlet width (AB) of the air outlet opening being smaller than an outside diameter (Dg) of the fan impeller , - wherein the radially inner and/or the radially outer boundary wall of the outlet funnel portion have/has a curvature opposed to that of the spiral portion , and - wherein an intermediate wall is arranged in the outlet funnel portion , between the radially inner and the radially outer boundary wall , the intermediate wall extending with a curvature opposed to that of the spiral portion and dividing the outlet funnel portion into two component portions , each widening in the shape of a funnel in the air flow direction (LR).
Gas inlet device for a cylinder of an internal combustion engine, said gas inlet device comprising an inlet port , at least one inlet valve positioned within said inlet port , at least one calibration of said inlet valve positioned at one end of said inlet port and facing towards the firing face (FF) of said cylinder, means for deflecting said gas to generate an aerodynamic movement of said gas within said cylinder about an axis substantially perpendicular to the axis of said cylinder, at least one mask partially obstructing said end of said inlet port opening into said cylinder, wherein, on the intrados of said inlet port, the intersection between said inlet port and said calibration forms a straight-line segment supported by a rectilinear generatrix (YY) forming an angle α of between 5 and 45° with respect to a plane parallel to said firing face (FF) of said cylinder and passing through a point of intersection between said inlet port and said calibration , a midplane (PM10) of said mask forming an angle γ about the axis of said inlet valve with respect to the midplane (PM5) of said inlet port , such that γ = α +/- 5°.
A control device for a synchronous motor, comprising: an inverter which generates a three phase AC current to drive the synchronous motor ; a current detector which detects a current of at least two phases of said three phase AC current between the inverter and the motor ; a phase estimation section which estimates a rotation phase based on a detected current by the current detector ; and a command generator which generates, based on the detected current and an estimated rotation phase, a gate command to the inverter so as to drive the synchronous motor , characterized in that the command generator configured to select only a non-zero voltage vector in each control cycle, each composed of a u-phase voltage element, a v-phase voltage element, and a w-phase voltage element, to generate the gate command for starting the inverter during a free-run state. an inverter which generates a three phase AC current to drive the synchronous motor ; a current detector which detects a current of at least two phases of said three phase AC current between the inverter and the motor ; a phase estimation section which estimates a rotation phase based on a detected current by the current detector ; and a command generator which generates, based on the detected current and an estimated rotation phase, a gate command to the inverter so as to drive the synchronous motor , characterized in that the command generator configured to select only a non-zero voltage vector in each control cycle, each composed of a u-phase voltage element, a v-phase voltage element, and a w-phase voltage element, to generate the gate command for starting the inverter during a free-run state.
An apparatus for manufacturing an aircraft structure comprising: a motion platform configured to be positioned above a work surface of a structure to perform an operation on the work surface , wherein the motion platform is a hexapod ; an overhead support system configured to carry the motion platform across a floor of a manufacturing environment from a first location to a second location ; and an end effector on the hexapod , wherein the end effector is configured to simultaneously hold a plurality of tools and perform the operation using the plurality of tools . a motion platform configured to be positioned above a work surface of a structure to perform an operation on the work surface , wherein the motion platform is a hexapod ; an overhead support system configured to carry the motion platform across a floor of a manufacturing environment from a first location to a second location ; and an end effector on the hexapod , wherein the end effector is configured to simultaneously hold a plurality of tools and perform the operation using the plurality of tools .
A composition comprising a homogenate of C . elegans, wherein the homogenate is obtained from C . elegans cultured in axenic media that is free of E. coli, for use in treating type 1 insulin-dependent diabetes mellitus, scleroderma, multiple sclerosis, posterior uveitis, Crohn's disease, inflammatory bowel disease, or rheumatoid arthritis.
Roof tile made of concrete with a coating on an upper side of the roof tile, which comprises at least one first paint layer consisting of a first pure acrylate dispersion paint and at least one second paint layer consisting of a second pure acrylate dispersion paint, characterised in that the first paint layer is applied as a wet coating onto a roof tile blank which forms the roof tile and has not yet dried out, so that the latter partly penetrates into the roof tile blank, and the second paint layer, which is applied after drying the first paint layer by means dry coating, fully covers the first paint layer, wherein the first and the second paint layer each have a layer thickness of 20-70 μm and a pigment volume concentration of 2-38 %.
A surgical robot system, comprising an execution terminal, wherein the execution terminal includes a first tool arm provided with a first surgical instrument , a second tool arm provided with a second surgical instrument , a driving device configured to drive the first tool arm , the first surgical instrument , the second tool arm and the second surgical instrument to move, and a control unit communicatively connected with the driving device, wherein the first tool arm and the first surgical instrument are configured to pull tissues and organs; the second tool arm and the second surgical instrument are configured to perform a surgical operation on tissues and organs; the control unit is configured to obtain a magnitude of a Cartesian force exerted by the tissues and organs on the first surgical instrument , and compare the magnitude of the Cartesian force exerted by the tissues and organs on the first surgical instrument with a preset force value; characterised in that if the magnitude of the Cartesian force exerted by the tissues and organs on the first surgical instrument is less than the preset force value, the control unit controls the driving device to drive the first tool arm and the first surgical instrument according to the preset force value, to increase a traction force exerted by the first surgical instrument on the tissues and organs to the preset force value and achieve autonomous pulling. the first tool arm and the first surgical instrument are configured to pull tissues and organs; the second tool arm and the second surgical instrument are configured to perform a surgical operation on tissues and organs; the control unit is configured to obtain a magnitude of a Cartesian force exerted by the tissues and organs on the first surgical instrument , and compare the magnitude of the Cartesian force exerted by the tissues and organs on the first surgical instrument with a preset force value;
A method for managing information of a user equipment in a home Node B gateway, HNB-GW, the method comprising: receiving a register message related to a UE from a home node B, HNB, the register message comprising UE-specific information and information on a type of the register message; generating information of the UE if information on the type of the register message indicates UE registration; transmitting a register accept message to the HNB in response to the register message; receiving, from the HNB , if the UE is relocated, a de-register message including an identifier, ID, related to the UE and information on a type of the de-register message; and releasing, if the information on the type of the de-register message indicates UE de-registration, a resource associated with the UE based on the de-register message, wherein the register message is received based on a procedure initiated by the HNB . receiving a register message related to a UE from a home node B, HNB, the register message comprising UE-specific information and information on a type of the register message; generating information of the UE if information on the type of the register message indicates UE registration; transmitting a register accept message to the HNB in response to the register message; receiving, from the HNB , if the UE is relocated, a de-register message including an identifier, ID, related to the UE and information on a type of the de-register message; and releasing, if the information on the type of the de-register message indicates UE de-registration, a resource associated with the UE based on the de-register message, wherein the register message is received based on a procedure initiated by the HNB .
A method for performing a graph-based prediction using a graph signal g composed of an original video signal x to be predicted and a context signal y which is a reconstructed signal according to an encoding loop, comprising: obtaining a graph parameter set corresponding to a target unit of a residual signal, wherein the graph parameter set includes a vertex parameter and an edge parameter, wherein the vertex parameter includes position information and number information of a vertex, wherein the edge parameter includes an edge weight value and an edge weight value number, and wherein the vertex values correspond to the original video signal x and the reconstructed context signal y; obtaining a graph-based transform matrix based on the graph parameter set, wherein the graph-based transform matrix includes an eigenvector and is obtained by a spectral decomposition of a graph Laplacian matrix of the graph signal g; calculating an optimal transform vector through an optimization function by minimizing a cost function, wherein the optimization function has the context signal, an eigenvalue of the graph Laplacian matrix and the eigenvector as a variable, and wherein the cost function is based on a distribution of the eigenvalue of the graph Laplacian matrix; obtaining a prediction vector based on a linear combination of the optimal transform vector and the eigenvector; generating a prediction signal using the prediction vector, and generating the residual signal by subtracting the prediction signal from the original video signal x. obtaining a graph parameter set corresponding to a target unit of a residual signal, wherein the graph parameter set includes a vertex parameter and an edge parameter, wherein the vertex parameter includes position information and number information of a vertex, wherein the edge parameter includes an edge weight value and an edge weight value number, and wherein the vertex values correspond to the original video signal x and the reconstructed context signal y; obtaining a graph-based transform matrix based on the graph parameter set, wherein the graph-based transform matrix includes an eigenvector and is obtained by a spectral decomposition of a graph Laplacian matrix of the graph signal g; calculating an optimal transform vector through an optimization function by minimizing a cost function, wherein the optimization function has the context signal, an eigenvalue of the graph Laplacian matrix and the eigenvector as a variable, and wherein the cost function is based on a distribution of the eigenvalue of the graph Laplacian matrix; obtaining a prediction vector based on a linear combination of the optimal transform vector and the eigenvector; generating a prediction signal using the prediction vector, and generating the residual signal by subtracting the prediction signal from the original video signal x.