mhurhangee/patent-ind-claim-en huggingface dataset:
An active comfort controlled bedding system comprising: at least one viscoelastic foam layer having a glass transition temperature greater than 26.67°C at 0% humidity, wherein the active comfort controlled bedding system is in an environment having greater than 0% humidity and the at least one viscoelastic foam layer has a glass transition temperature in the environment that is lower than the glass transition temperature at 0% humidity; a signal generating layer underlying the at least one viscoelastic foam , the signal generating layer comprising a thermoelectric fabric, a heat transfer device, or a resistive heating element; and a control unit in electrical communication with the signal generating layer configured to generate heat and alter a firmness property of the at least one viscoelastic foam layer , wherein the amount of heat is based on a decrease of the glass transition temperature as a function of the percentage of humidity in the environment. at least one viscoelastic foam layer having a glass transition temperature greater than 26.67°C at 0% humidity, wherein the active comfort controlled bedding system is in an environment having greater than 0% humidity and the at least one viscoelastic foam layer has a glass transition temperature in the environment that is lower than the glass transition temperature at 0% humidity; a signal generating layer underlying the at least one viscoelastic foam , the signal generating layer comprising a thermoelectric fabric, a heat transfer device, or a resistive heating element; and a control unit in electrical communication with the signal generating layer configured to generate heat and alter a firmness property of the at least one viscoelastic foam layer , wherein the amount of heat is based on a decrease of the glass transition temperature as a function of the percentage of humidity in the environment.
Hot rolled and annealed steel sheet, made of a steel having a composition comprising, by weight percent: C : 0.1 − 0.25 % Mn : 3.00 − 5.00 % Si : 0.80 − 1.60 % B : 0.0003 − 0.004 % S ≤ 0.010 % P ≤ 0.020 % N ≤ 0.008 % and comprising optionally one or more of the following elements, in weight percentage: Ti ≤ 0.04 % Nb ≤ 0.05 % Mo ≤ 0.3 % Al ≤ 0.90 % Cr ≤ 0.80 % the remainder of the composition being iron and unavoidable impurities resulting from the smelting, said steel sheet having a microstructure comprising, in surface fraction, - 20% or more of recrystallized ferrite - the balance being non-recrystallized ferrite, - 15% or more of said recrystallized ferrite having grain size larger than 5 μm - and a density of carbides at grain boundary of recrystallized ferrite less than or equal to 5 carbides per 10μm of grain boundary length. and comprising optionally one or more of the following elements, in weight percentage: Ti ≤ 0.04 % Nb ≤ 0.05 % Mo ≤ 0.3 % Al ≤ 0.90 % Cr ≤ 0.80 % the remainder of the composition being iron and unavoidable impurities resulting from the smelting, said steel sheet having a microstructure comprising, in surface fraction, - 20% or more of recrystallized ferrite - the balance being non-recrystallized ferrite, - 15% or more of said recrystallized ferrite having grain size larger than 5 μm - and a density of carbides at grain boundary of recrystallized ferrite less than or equal to 5 carbides per 10μm of grain boundary length. - 20% or more of recrystallized ferrite - the balance being non-recrystallized ferrite, - 15% or more of said recrystallized ferrite having grain size larger than 5 μm - and a density of carbides at grain boundary of recrystallized ferrite less than or equal to 5 carbides per 10μm of grain boundary length.
A computer-implemented method of detecting network security threats, the method comprising the following steps: receiving at an analysis engine events relating to a monitored network; analysing the received events, to match at least one first event to a first tactic or technique associated with a threat hypothesis; generating a case for the threat hypothesis, the case being populated with data of the at least one first event; matching at least one second event to the case based on a second tactic or technique associated with the threat hypothesis; populating the case with data of the at least one second event; and based on matching the at least one second event to the case, causing an alert to be generated at a graphical user interface . receiving at an analysis engine events relating to a monitored network; analysing the received events, to match at least one first event to a first tactic or technique associated with a threat hypothesis; generating a case for the threat hypothesis, the case being populated with data of the at least one first event; matching at least one second event to the case based on a second tactic or technique associated with the threat hypothesis; populating the case with data of the at least one second event; and based on matching the at least one second event to the case, causing an alert to be generated at a graphical user interface .
A method for facilitating a client device to synchronize streaming and processing a second stream to streaming and processing a first stream, wherein the first stream and the second stream are part of a group of streams, the group of streams representing a Virtual Reality (VR) video or different camera angles of a multi-camera recording, wherein the streams of the group are associated with a common content timeline, and wherein the method comprises: - buffering the second stream in a data storage; - receiving a request for streaming a content part of the second stream to the client device, the request being indicative of a selected time point on the common content timeline from which point onwards the second stream is to be processed; characterised by : - transcoding the second stream to obtain a transcoded second stream, wherein the transcoding is configured to create a random access point in the transcoded second stream from which point onwards the client device is able to decode the transcoded second stream, wherein the random access point is nearer in time to the selected time point than any random access point of the second stream; - streaming the transcoded second stream to the client device; and - streaming the second stream to the client device. - buffering the second stream in a data storage; - receiving a request for streaming a content part of the second stream to the client device, the request being indicative of a selected time point on the common content timeline from which point onwards the second stream is to be processed; characterised by : - transcoding the second stream to obtain a transcoded second stream, wherein the transcoding is configured to create a random access point in the transcoded second stream from which point onwards the client device is able to decode the transcoded second stream, wherein the random access point is nearer in time to the selected time point than any random access point of the second stream; - streaming the transcoded second stream to the client device; and - streaming the second stream to the client device.
Wind energy installation comprising a rotor with a plurality of rotor blades , which is rotatably arranged on a nacelle rotatably arranged on a tower and is connected to a generator arranged in the nacelle for the purpose of converting wind energy acting on the rotor into electrical energy, and a control device for controlling the wind energy installation , wherein the control device is connected to a data network for the purpose of receiving control commands and transmitting status notifications, characterized in that a display unit which is connected to the control device for the purpose of outputting an inconstant and expiring confirmation code is provided on the wind energy installation , and the control device is designed to implement particular control commands to be confirmed which are received via the data network only if the received control commands have been confirmed by receiving a confirmation code, which is still valid and has been output via the display unit , via the data network .
A method for establishing a database for use in calibrating a dark field microcopy setup , wherein the setup comprises a light source constructed to emit a beam of electromagnetic radiation at a specimen chamber , the chamber is constructed to hold colloidal particles and to allow a portion of the beam to scatter from the particles, the scattered portion of the beam directed to a sensor , wherein the sensor is adapted to detect the electromagnetic radiation, the method comprising: a. preparing a plurality of particle samples with known concentrations and particle sizes, the plurality having more than one refractive index and more than one particle size; b. for each sample in the plurality: i. introducing the sample into the specimen chamber ; ii. activating the light source ; iii. measuring a scattered light intensity and a number of particles detected by the sensor ; c. determining by a processor configured for that purpose a relationship between the scattered light intensity and the sample's refractive index for each particle size in the plurality; d. determining by a processor configured for that purpose a relationship between an investigated volume and the sample's refractive index for each particle size in the plurality, based on the number of particles measured for the sample; e. for each known particle size, determining by a processor configured for that purpose a calibrated investigated volume based on the known concentration, the measured scattered light intensity and the measured number of particles and storing said determination into the database . a. preparing a plurality of particle samples with known concentrations and particle sizes, the plurality having more than one refractive index and more than one particle size; b. for each sample in the plurality: i. introducing the sample into the specimen chamber ; ii. activating the light source ; iii. measuring a scattered light intensity and a number of particles detected by the sensor ; i. introducing the sample into the specimen chamber ; ii. activating the light source ; iii. measuring a scattered light intensity and a number of particles detected by the sensor ; c. determining by a processor configured for that purpose a relationship between the scattered light intensity and the sample's refractive index for each particle size in the plurality; d. determining by a processor configured for that purpose a relationship between an investigated volume and the sample's refractive index for each particle size in the plurality, based on the number of particles measured for the sample; e. for each known particle size, determining by a processor configured for that purpose a calibrated investigated volume based on the known concentration, the measured scattered light intensity and the measured number of particles and storing said determination into the database .
A method for frequency scaling, comprising: determining whether only a subset of multiple processors in a system on a chip, SoC , is active using a resource manager in the SoC, wherein the multiple processors , , , , share one or more resources and the subset is less than the number of multiple processors in the SoC, and each of the multiple processors is coupled to a respective dynamic clock and voltage scaling, DCVS, circuitry; and increasing a frequency of at least one processor in the subset of the multiple processors , , , , with the resource manager and respective DCVS circuitry coupled to the at least one processor if a determination is made by the resource manager that only the subset of the multiple processors is active and the remaining processors of the number of multiple processors outside the subset are idle, and the frequency of the at least one processor is below a frequency threshold, the increasing of the frequency configured for increasing an idle time of the shared one or more resources during at least one time frame; and placing the shared resources in an idle state by the resource manager . determining whether only a subset of multiple processors in a system on a chip, SoC , is active using a resource manager in the SoC, wherein the multiple processors , , , , share one or more resources and the subset is less than the number of multiple processors in the SoC, and each of the multiple processors is coupled to a respective dynamic clock and voltage scaling, DCVS, circuitry; and increasing a frequency of at least one processor in the subset of the multiple processors , , , , with the resource manager and respective DCVS circuitry coupled to the at least one processor if a determination is made by the resource manager that only the subset of the multiple processors is active and the remaining processors of the number of multiple processors outside the subset are idle, and the frequency of the at least one processor is below a frequency threshold, the increasing of the frequency configured for increasing an idle time of the shared one or more resources during at least one time frame; and placing the shared resources in an idle state by the resource manager .
An electrosurgical instrument for delivering microwave electromagnetic (EM) energy into biological tissue, the instrument comprising: a coaxial cable, comprising a first dielectric material , for conveying microwave EM energy at a first frequency and a second frequency, the second frequency being higher than the first frequency; and a radiating tip portion disposed at a distal end of the coaxial cable to receive microwave EM energy from the coaxial cable, the radiating tip portion having a first effective relative permeability at the first frequency and a second effective relative permeability at the second frequency, wherein the first effective relative permeability and the second effective relative permeability are selected to cause an electrical length of the radiating tip portion to support resonance at the first frequency and the second frequency respectively. a coaxial cable, comprising a first dielectric material , for conveying microwave EM energy at a first frequency and a second frequency, the second frequency being higher than the first frequency; and a radiating tip portion disposed at a distal end of the coaxial cable to receive microwave EM energy from the coaxial cable, the radiating tip portion having a first effective relative permeability at the first frequency and a second effective relative permeability at the second frequency, wherein the first effective relative permeability and the second effective relative permeability are selected to cause an electrical length of the radiating tip portion to support resonance at the first frequency and the second frequency respectively.
Pneumatic vehicle tyre having a tread with at least one, in particular straight, circumferential groove which is formed at profile depth (T 1 ), is delimited by groove flanks and a groove base of U-shaped cross section, and has a width (B 1 ) which is ascertained on the tread periphery in the axial direction, wherein a number of projections , which are arranged distributed over the circumference of the circumferential groove and are situated opposite one another in pairs in the axial direction, is formed on the groove base , possibly with connection to the groove flanks , a groove path of the circumferential groove , which groove path reaches profile depth (T 1 ), has a constriction and is of symmetrical configuration with respect to a plane (E 1 ) which is spanned by the radial direction and a vertical to the centre line of the circumferential groove in plan view, running between respective projections, wherein the projections end at the groove flanks or at the groove base in the circumferential direction and run in such a way that the groove path runs symmetrically with respect to a second plane (E 2 ), which is spanned by the centre line of the circumferential groove and the radial direction, and, as viewed in plan view, is made up of two Venturi sections which narrow in the manner of a funnel to form the constriction, wherein the Venturi sections have end sections which face one another and which together form a path section of the groove path , which path section is elongate in the circumferential direction in plan view, wherein the constriction of the groove path is located in the path section or is formed by said path section, characterized in that the path section has, in the circumferential direction, a length (l 2 ) of from 25% to 35% of the maximum length (l 1 ) of the groove path measured in the circumferential direction. wherein the projections end at the groove flanks or at the groove base in the circumferential direction and run in such a way that the groove path runs symmetrically with respect to a second plane (E 2 ), which is spanned by the centre line of the circumferential groove and the radial direction, and, as viewed in plan view, is made up of two Venturi sections which narrow in the manner of a funnel to form the constriction, wherein the Venturi sections have end sections which face one another and which together form a path section of the groove path , which path section is elongate in the circumferential direction in plan view, wherein the constriction of the groove path is located in the path section or is formed by said path section, characterized in that the path section has, in the circumferential direction, a length (l 2 ) of from 25% to 35% of the maximum length (l 1 ) of the groove path measured in the circumferential direction.
Zero point clamping plate for assembling clamping apparatuses on machine tools, in particular on milling machines and/or lathes, having a plurality of assembly recesses which are configured to each receive a correspondingly sized assembly element of a clamping apparatus , and a securing mechanism which is recessed in the clamping plate and which is configured to fix the assembly elements in a reversibly releasable manner when they are in engagement with the assembly recesses , wherein the securing mechanism has a drive element and at least one clamping wedge which is operationally connected to the drive element and which is configured to extend as a function of a movement of the drive element into the assembly recesses , characterised in that in the force path between the drive element and the clamping wedge at least one lever arm is provided for force amplification. a securing mechanism which is recessed in the clamping plate and which is configured to fix the assembly elements in a reversibly releasable manner when they are in engagement with the assembly recesses , wherein the securing mechanism has a drive element and at least one clamping wedge which is operationally connected to the drive element and which is configured to extend as a function of a movement of the drive element into the assembly recesses , characterised in that in the force path between the drive element and the clamping wedge at least one lever arm is provided for force amplification.
A method of removing restrained liquid from open wells in a chip comprising: a) providing an assembly comprising one extraction fixture adjacent to a chip , i) wherein said chip comprises a substrate and a plurality of open wells formed in said substrate, wherein said plurality of open wells contain restrained liquid, and ii) wherein said one extraction fixture is adjacent to said chip such that any of said restrained liquid that is forced out of said plurality of open wells is collected by said one extraction fixture ; and b) subjecting said assembly to a centripetal force, a centrifugal force, or a sudden stop of motion such that said restrained liquid flows out of open wells of said chip and is combined into a single liquid sample of released liquid that flows through, said one extraction fixture into a collection container, wherein the collection container is a collection tube . a) providing an assembly comprising one extraction fixture adjacent to a chip , i) wherein said chip comprises a substrate and a plurality of open wells formed in said substrate, wherein said plurality of open wells contain restrained liquid, and ii) wherein said one extraction fixture is adjacent to said chip such that any of said restrained liquid that is forced out of said plurality of open wells is collected by said one extraction fixture ; and i) wherein said chip comprises a substrate and a plurality of open wells formed in said substrate, wherein said plurality of open wells contain restrained liquid, and ii) wherein said one extraction fixture is adjacent to said chip such that any of said restrained liquid that is forced out of said plurality of open wells is collected by said one extraction fixture ; and b) subjecting said assembly to a centripetal force, a centrifugal force, or a sudden stop of motion such that said restrained liquid flows out of open wells of said chip and is combined into a single liquid sample of released liquid that flows through, said one extraction fixture into a collection container, wherein the collection container is a collection tube .
Operating device for a motor vehicle (K), with at least one touch-sensitive operating region (25-29) which serves for displaying at least one operating symbol (15a, 17a; 15-24; 30-33) and is suitable for actuating at least one window regulator, wherein the operating device , viewed in an imaginary mounted state in the motor vehicle (K), has an upper side and an exposed front side adjacent thereto, wherein at least one touch-sensitive operating region for actuating a window regulator is arranged both at least on a part of the upper side and at least on a part of the front side , and wherein all the sides (11-14) extending downward from the upper side include an angle (α, β) of at most 90 degrees with the upper side .
Cover for an electric cubicle , comprising: - An opening on a main wall of the cover ; - A mobile flap , which, due to an overpressure in the interior of the electric cubicle , is capable of pivoting between a closed position of obstructing the opening and an open position of fluid communication through the opening between the interior and exterior of the electric cubicle , an interior face of the flap , oriented toward the interior of the electric cubicle , being equipped with a channel capable, when the flap is in its open position, of guiding a gas flow from the interior of the electric cubicle to the exterior of the electric cubicle , the channel being inscribed in a perimeter of the opening to allow the movement of the flap , the channel comprising an outlet orifice able to guide the gas flow in a main direction (X) perpendicular to the direction of an axis (A) on which the flap pivots, and the channel comprising first and second side walls , installed at a right angle to the interior face of the flap , the first and second side walls opening laterally, when the flap is in its open position, at an interval between the opening and the interior face of the flap , characterized in that the first and/or second side wall comprises a slot in the form of an arc, whose the centre is located on the axis (A) on which the flap pivots, and wherein an inner face of the main wall of the cover bears a rod housed in the slot to guide the flap open, and in that the rod is a torque wrench capable of keeping the flap in a closed position as long as the pressure inside the electric cubicle remains below a threshold pressure. - An opening on a main wall of the cover ; - A mobile flap , which, due to an overpressure in the interior of the electric cubicle , is capable of pivoting between a closed position of obstructing the opening and an open position of fluid communication through the opening between the interior and exterior of the electric cubicle ,