mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method comprising: obtaining first data , comprising a representation of computer program code that embodies a cryptographic algorithm; obtaining second data ; receiving a request for a first mechanism to be performed, the request comprising information identifying the first mechanism, and information identifying the first data as corresponding to a program and the second data as corresponding to an input; performing the first mechanism, wherein performing the first mechanism comprises: performing a first determination, the first determination comprising: determining whether a first policy associated with the second data permits the second data to be used with the program represented in the first data ; determining whether a further policy associated with the computer program code permits the computer program code to be used with the second data ; and if the first determination is successful, executing the program represented in the first data taking the second data as input. obtaining first data , comprising a representation of computer program code that embodies a cryptographic algorithm; obtaining second data ; receiving a request for a first mechanism to be performed, the request comprising information identifying the first mechanism, and information identifying the first data as corresponding to a program and the second data as corresponding to an input; performing the first mechanism, wherein performing the first mechanism comprises: performing a first determination, the first determination comprising: determining whether a first policy associated with the second data permits the second data to be used with the program represented in the first data ; determining whether a further policy associated with the computer program code permits the computer program code to be used with the second data ; and if the first determination is successful, executing the program represented in the first data taking the second data as input. determining whether a first policy associated with the second data permits the second data to be used with the program represented in the first data ; determining whether a further policy associated with the computer program code permits the computer program code to be used with the second data ; and if the first determination is successful, executing the program represented in the first data taking the second data as input.
A gas turbine engine comprising: a thrust reverser system ; a convergent-divergent nozzle ; and an aerodynamic track fairing adjacent to said convergent-divergent nozzle , said aerodynamic track fairing at least partially enclosing a track assembly and/or an actuator of the thrust reverser system , said aerodynamic track fairing defining an edge including an aft portion that extends toward an aft end of said aerodynamic track fairing to define a primary curvature and a forward portion between said convergent-divergent nozzle and said aft portion defining a reverse curvature relative to said primary curvature thereby minimizing a pressure gradient between said convergent-divergent nozzle and said aerodynamic track fairing . a thrust reverser system ; a convergent-divergent nozzle ; and an aerodynamic track fairing adjacent to said convergent-divergent nozzle , said aerodynamic track fairing at least partially enclosing a track assembly and/or an actuator of the thrust reverser system , said aerodynamic track fairing defining an edge including an aft portion that extends toward an aft end of said aerodynamic track fairing to define a primary curvature and a forward portion between said convergent-divergent nozzle and said aft portion defining a reverse curvature relative to said primary curvature thereby minimizing a pressure gradient between said convergent-divergent nozzle and said aerodynamic track fairing .
A method for transmitting a random access preamble using a random access procedure in a mobile communication system, the method comprising: selecting , by a user equipment, UE, upon triggering of the random access procedure, a random access preamble set from a plurality of random access preamble sets predefined between the UE and an Evolved Node B, ENB; randomly selecting , by the UE, a random access preamble from the selected random access preamble set; and transmitting , by the UE, the selected random access preamble to the ENB over a random access channel, wherein the random access preamble set is selected by the UE based on both whether radio channel condition of a communication channel used for communication between the UE and the ENB is greater than a radio channel condition threshold received from the ENB and whether a size of the message that the user equipment will transmit over said communication channel after transmission of the random access preamble is greater than a message size threshold. selecting , by a user equipment, UE, upon triggering of the random access procedure, a random access preamble set from a plurality of random access preamble sets predefined between the UE and an Evolved Node B, ENB; randomly selecting , by the UE, a random access preamble from the selected random access preamble set; and transmitting , by the UE, the selected random access preamble to the ENB over a random access channel, wherein the random access preamble set is selected by the UE based on both whether radio channel condition of a communication channel used for communication between the UE and the ENB is greater than a radio channel condition threshold received from the ENB and whether a size of the message that the user equipment will transmit over said communication channel after transmission of the random access preamble is greater than a message size threshold.
A geotechnical method for the controlled shielding of a soil pressure on a building structure which is to be relieved of load in a soil (B) which is to be stabilised, characterised by the steps: - inserting, into the soil which is to be stabilised, profiles substantially perpendicularly to the direction of the soil pressure which is to be shielded, the profiles being able to be prestressed by means of tendons arranged eccentrically to the central profile longitudinal axis, and - the profiles are mounted at both their ends, - tensioning the tendons , with the profiles being bent against the soil pressure, - detecting a resulting transverse force at at least one end of the profile at which the profile is mounted, as a measurement of the shielding achieved. - inserting, into the soil which is to be stabilised, profiles substantially perpendicularly to the direction of the soil pressure which is to be shielded, the profiles being able to be prestressed by means of tendons arranged eccentrically to the central profile longitudinal axis, and - the profiles are mounted at both their ends, - tensioning the tendons , with the profiles being bent against the soil pressure, - detecting a resulting transverse force at at least one end of the profile at which the profile is mounted, as a measurement of the shielding achieved.
Rotary electric machine for a motor vehicle, having: - a stator , extending along an axis (X), said stator having a body and a winding provided with winding heads extending axially on either side of the stator body , - at least one bracket having a transversely extending plate and a skirt extending axially from the plate , - the plate having an internal face oriented towards a winding head , - the internal face has a main recess that increases the minimum axial distance (d) separating the winding head from the internal face , the main recess having a radially extending bottom , the main recess having a set-back portion , the machine having a fan having at least one blade , characterized in that the set-back portion is arranged axially opposite the blade . - a stator , extending along an axis (X), said stator having a body and a winding provided with winding heads extending axially on either side of the stator body , - at least one bracket having a transversely extending plate and a skirt extending axially from the plate , - the plate having an internal face oriented towards a winding head , - the internal face has a main recess that increases the minimum axial distance (d) separating the winding head from the internal face , the main recess having a radially extending bottom , the main recess having a set-back portion , the machine having a fan having at least one blade , characterized in that the set-back portion is arranged axially opposite the blade .
A composition, which is an extrusion composition comprising: (a) at least one resin selected from polypropylene homopolymers, polypropylene random copolymers, and polypropylene impact copolymers and, per 100 pbw of the resin; (b) 0.01-0.15 pbw of at least one phosphate ester-based nucleating agent; and (c) ≥ 0.005 pbw of at least one co-additive having a number average molecular weight of ≥ 300 and being selected from poly(ethylene glycol) and copolymers containing segments of ethylene oxide. (a) at least one resin selected from polypropylene homopolymers, polypropylene random copolymers, and polypropylene impact copolymers and, per 100 pbw of the resin; (b) 0.01-0.15 pbw of at least one phosphate ester-based nucleating agent; and (c) ≥ 0.005 pbw of at least one co-additive having a number average molecular weight of ≥ 300 and being selected from poly(ethylene glycol) and copolymers containing segments of ethylene oxide.
A thermal transport structure including at least two graphite sheets or at least two graphite composite sheets each including a graphite sheet and a covering layer, the covering layer covering at least part of (i) a surface and (ii) an edge of the graphite sheet, the at least two graphite sheets or the at least two graphite composite sheets being stacked on top of each other as layers, the thermal transport structure comprising: at least two fixing portions; and a thermally conductive portion between the fixing portions, in each of the fixing portions, the graphite sheets or the graphite composite sheets being kept in a state in which the graphite sheets or the graphite composite sheets are in contact with each other or bonded to each other, and in the thermally conductive portion, the graphite sheets or the graphite composite sheets being at least partially out of contact with each other or at least partially not bonded to each other, wherein the bonding layer or the covering layer has a thickness of not less than 0.1 μm and not more than 20 μm. at least two fixing portions; and a thermally conductive portion between the fixing portions, in each of the fixing portions, the graphite sheets or the graphite composite sheets being kept in a state in which the graphite sheets or the graphite composite sheets are in contact with each other or bonded to each other, and in the thermally conductive portion, the graphite sheets or the graphite composite sheets being at least partially out of contact with each other or at least partially not bonded to each other, wherein the bonding layer or the covering layer has a thickness of not less than 0.1 μm and not more than 20 μm.
Method for identifying workpieces , consisting at least in part of wood, wood-based materials or the like, in a machining process with machine tools and/or coating machines, said method comprising the steps of: detecting workpiece properties before a machining step by means of a detection system having different sensors, uniquely assigning the workpiece to a workpiece category based on the detected workpiece properties, and machining the workpiece in the machining step, which is determined by the assigned workpiece category of the workpiece , characterised in that the workpiece category is defined by the detected workpiece properties, namely a surface pattern in combination with an indication of weight. detecting workpiece properties before a machining step by means of a detection system having different sensors, uniquely assigning the workpiece to a workpiece category based on the detected workpiece properties, and machining the workpiece in the machining step, which is determined by the assigned workpiece category of the workpiece , characterised in that the workpiece category is defined by the detected workpiece properties, namely a surface pattern in combination with an indication of weight.
An artificial vascular device comprising: a plurality of stacked layers, wherein each stacked layer in the plurality of stacked layers comprises a vascular layer comprising a substrate defining a network of channels having at least one input channel , at least one output channel , and a plurality of intermediate channels connecting the at least one input channel and the at least one output channel , each channel having a height, a length, a width, and a diameter, characterized in that the intermediate channels are formed in accordance with Murray's law by varying said height and width with respect to adjacent portions of the channels, wherein each vascular layer couples to a cell layer comprising a substrate defining a chamber for holding a plurality of cells, and a membrane is disposed interposing between the cell layer and the vascular layer. a plurality of stacked layers, wherein each stacked layer in the plurality of stacked layers comprises a vascular layer comprising a substrate defining a network of channels having at least one input channel , at least one output channel , and a plurality of intermediate channels connecting the at least one input channel and the at least one output channel , each channel having a height, a length, a width, and a diameter, characterized in that the intermediate channels are formed in accordance with Murray's law by varying said height and width with respect to adjacent portions of the channels, wherein each vascular layer couples to a cell layer comprising a substrate defining a chamber for holding a plurality of cells, and a membrane is disposed interposing between the cell layer and the vascular layer.
A method for generating a physical layer, PHY, data unit for transmission via a communication channel, the method comprising: generating one or more long orthogonal frequency division multiplexing, OFDM, symbols for a data portion of the PHY data unit, wherein each of the one or more long OFDM symbols is generated with a first set of OFDM tones having a first number of OFDM tones; generating one or more short OFDM symbols for one or more long training fields of a preamble of the PHY data unit, wherein each of the one or more short OFDM symbols is generated with a second set of OFDM tones having a second number of non-zero OFDM tones that is a fraction of the first number of OFDM tones, wherein the non-zero OFDM tones are spread out such that every Nth tone in the second set of OFDM tones is a non-zero OFDM tone, wherein N is a positive integer greater than one, and wherein each of the one or more short OFDM symbols have a same bandwidth as the one or more long OFDM symbols; and generating the PHY data unit, including i) generating the preamble to include the one or more short OFDM symbols corresponding to the one or more training fields of the preamble and ii) generating the data portion to include the one or more long OFDM symbols. generating one or more long orthogonal frequency division multiplexing, OFDM, symbols for a data portion of the PHY data unit, wherein each of the one or more long OFDM symbols is generated with a first set of OFDM tones having a first number of OFDM tones; generating one or more short OFDM symbols for one or more long training fields of a preamble of the PHY data unit, wherein each of the one or more short OFDM symbols is generated with a second set of OFDM tones having a second number of non-zero OFDM tones that is a fraction of the first number of OFDM tones, wherein the non-zero OFDM tones are spread out such that every Nth tone in the second set of OFDM tones is a non-zero OFDM tone, wherein N is a positive integer greater than one, and wherein each of the one or more short OFDM symbols have a same bandwidth as the one or more long OFDM symbols; and generating the PHY data unit, including i) generating the preamble to include the one or more short OFDM symbols corresponding to the one or more training fields of the preamble and ii) generating the data portion to include the one or more long OFDM symbols.
Method for determining a fresh air volume flow in a vehicle for transporting people, comprising the steps: a) introducing or generating a defined water vapor mass flow into/in a passenger compartment of the vehicle, b) monitoring an air humidity in the passenger compartment of the vehicle, and c) after a quasi-stationary air humidity has been reached in the passenger compartment , calculating the fresh air volume flow according to the following equation: V ̇ fr = m ̇ ev + n ⋅ m ̇ p ρ fr ⋅ x fr − ρ i ⋅ x i with V̇ fr fresh air volume flow [m 3 /h] ṁ ev mass of the evaporated water in the interior [kg/h] n number of people in the compartment ṁ p water mass flow given off by a person [kg/h] p fr density of the fresh air (humid air) [kg/m 3 ] x fr specific air humidity of the fresh air [kg/kg] ρ i density of the compartment air (humid air) [kg/m 3 ] x i specific air humidity of the compartment air [kg/kg]. a) introducing or generating a defined water vapor mass flow into/in a passenger compartment of the vehicle, b) monitoring an air humidity in the passenger compartment of the vehicle, and c) after a quasi-stationary air humidity has been reached in the passenger compartment , calculating the fresh air volume flow according to the following equation: V ̇ fr = m ̇ ev + n ⋅ m ̇ p ρ fr ⋅ x fr − ρ i ⋅ x i V̇ fr fresh air volume flow [m 3 /h] ṁ ev mass of the evaporated water in the interior [kg/h] n number of people in the compartment ṁ p water mass flow given off by a person [kg/h] p fr density of the fresh air (humid air) [kg/m 3 ] x fr specific air humidity of the fresh air [kg/kg] ρ i density of the compartment air (humid air) [kg/m 3 ] x i specific air humidity of the compartment air [kg/kg].
A variable volume hot melt adhesive dispensing nozzle or die assembly , comprising: a first fluid flow of a first hot melt adhesive; a second fluid flow of a second hot melt adhesive; a plurality of hot melt adhesive dispensing nozzles, each one of said hot melt adhesive dispensing nozzles having a predetermined cross-sectional area; at least one fluid control plate (106 - 128) for combining said first and second fluid flows of said first and second hot melt adhesives into a combined flow of hot melt adhesive, and for conducting said combined flow of hot melt adhesive toward said plurality of hot melt adhesive dispensing nozzles ; and first and second chokes , upstream of said at least one fluid control plate (106 - 128) for combining said first and second fluid flows of hot melt adhesive into said combined flow of hot melt adhesive, and respectively fluidically operative with said first and second fluid flows of said first and second hot melt adhesives, for effectively delaying the reaction of pressure spikes upon said combined fluid flow when one of said first or second fluid flows of said first and second hot melt adhesives is intermittently discontinued, characterized in that , each one of said first and second chokes has a cross-sectional area which is substantially the same as or less than (≤) the sum total of the cross-sectional areas of all of said plurality of hot melt adhesive dispensing nozzles . a first fluid flow of a first hot melt adhesive; a second fluid flow of a second hot melt adhesive; a plurality of hot melt adhesive dispensing nozzles, each one of said hot melt adhesive dispensing nozzles having a predetermined cross-sectional area; at least one fluid control plate (106 - 128) for combining said first and second fluid flows of said first and second hot melt adhesives into a combined flow of hot melt adhesive, and for conducting said combined flow of hot melt adhesive toward said plurality of hot melt adhesive dispensing nozzles ; and first and second chokes , upstream of said at least one fluid control plate (106 - 128) for combining said first and second fluid flows of hot melt adhesive into said combined flow of hot melt adhesive, and respectively fluidically operative with said first and second fluid flows of said first and second hot melt adhesives, for effectively delaying the reaction of pressure spikes upon said combined fluid flow when one of said first or second fluid flows of said first and second hot melt adhesives is intermittently discontinued, characterized in that , each one of said first and second chokes has a cross-sectional area which is substantially the same as or less than (≤) the sum total of the cross-sectional areas of all of said plurality of hot melt adhesive dispensing nozzles .
A security booklet comprising a plurality of leaves attached together by stitching , the plurality of leaves comprising an inspection page and an adjacent leaf , wherein the stitching is exposed at the inspection page , characterised in that the adjacent leaf comprises at least one window in which at least part of the exposed stitching is visible when the adjacent leaf is arranged to overlie the inspection page .
A vibration-generating device for generating haptic feedback in a user device , the vibration-generating device comprising: a first actuator for generating a first vibration in response to a first control signal , the first vibration (5 10a) having a driven portion when the first actuator is driven by the first control signal and a decaying portion when the first actuator is not driven by the first control signal ; a second actuator for generating a second vibration in response to a second control signal ; and a controller configured to control the generation of the second vibration by the second actuator such that the second vibration destructively interferes with the decaying portion of the first vibration ; wherein the controller is configured to control the second actuator to begin generating the second vibration before the first control signal ends; and characterized in that : the controller is configured to control the generation of the first vibration by the first actuator such that the amplitude of vibration of the driven portion of the first vibration increases as the second actuator begins generating the second vibration . a first actuator for generating a first vibration in response to a first control signal , the first vibration (5 10a) having a driven portion when the first actuator is driven by the first control signal and a decaying portion when the first actuator is not driven by the first control signal ; a second actuator for generating a second vibration in response to a second control signal ; and a controller configured to control the generation of the second vibration by the second actuator such that the second vibration destructively interferes with the decaying portion of the first vibration ; wherein the controller is configured to control the second actuator to begin generating the second vibration before the first control signal ends; and characterized in that : the controller is configured to control the generation of the first vibration by the first actuator such that the amplitude of vibration of the driven portion of the first vibration increases as the second actuator begins generating the second vibration .