mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: a voltage regulator circuit configured to generate a power supply signal for a computer system ; and a power control circuit configured to: sample , during a power state transition, a voltage level of the power supply signal at a plurality of time points to generate a plurality of voltage level samples; select a particular voltage level sample of the plurality of voltage level samples; adjust a voltage level of the particular voltage level sample using a particular coefficient of a plurality of coefficients to generate an updated voltage level sample; determine a power consumption of the computer system using the updated voltage level sample; and adjust at least one operation parameter of the computer system based on the power consumption. a voltage regulator circuit configured to generate a power supply signal for a computer system ; and a power control circuit configured to: sample , during a power state transition, a voltage level of the power supply signal at a plurality of time points to generate a plurality of voltage level samples; select a particular voltage level sample of the plurality of voltage level samples; adjust a voltage level of the particular voltage level sample using a particular coefficient of a plurality of coefficients to generate an updated voltage level sample; determine a power consumption of the computer system using the updated voltage level sample; and adjust at least one operation parameter of the computer system based on the power consumption. sample , during a power state transition, a voltage level of the power supply signal at a plurality of time points to generate a plurality of voltage level samples; select a particular voltage level sample of the plurality of voltage level samples; adjust a voltage level of the particular voltage level sample using a particular coefficient of a plurality of coefficients to generate an updated voltage level sample; determine a power consumption of the computer system using the updated voltage level sample; and adjust at least one operation parameter of the computer system based on the power consumption.
A method for registering microservices in a unified governance platform with a plurality of compute-intensive solutions , said compute-intensive solutions including at least two solutions selected from: a high performance computing server , a server dedicated to supervised or unsupervised learning , and a server dedicated to quantum computing ; the unified governance platform including: a token security microservice , at least one security referential , a registration module , a service registry ; said microservice registration method including the steps of: - Receiving , by the token security microservice , a request to attach a new microservice , said attachment request including a unique identifier for the new microservice (IDMS); - Verifying , by the token security microservice , the unique identifier of the new microservice (IDMS) from information stored in the security repository , - Generating an authentication token (token 1) and transmitting the authentication token (token1) to the new microservice by the token security microservice , and - Receiving , by the registration module , a request for registering the new microservice, said registration request including data for accessing the resources of the new microservice and the authentication token (token1) generated; - Verifying the authentication token generated by the token security microservice , and - Registering , by the registration module , when the authentication token is validated, the data for accessing the resources of the new microservice on the service registry . - Receiving , by the token security microservice , a request to attach a new microservice , said attachment request including a unique identifier for the new microservice (IDMS); - Verifying , by the token security microservice , the unique identifier of the new microservice (IDMS) from information stored in the security repository , - Generating an authentication token (token 1) and transmitting the authentication token (token1) to the new microservice by the token security microservice , and - Receiving , by the registration module , a request for registering the new microservice, said registration request including data for accessing the resources of the new microservice and the authentication token (token1) generated; - Verifying the authentication token generated by the token security microservice , and - Registering , by the registration module , when the authentication token is validated, the data for accessing the resources of the new microservice on the service registry .
An installation for shaping an axisymmetric fiber preform presenting a profile that varies in radial section, the installation comprising a storage mandrel for storing a fiber texture in the form of a wound strip, one or more follower rollers , and an axisymmetric mold onto which the fiber texture is to be shaped by being wound, the follower rollers being placed between the storage mandrel and the axisymmetric mold , the storage mandrel , each follower roller , and the mold presenting across their axial widths radii that vary so as to define outside surfaces having respective profiles in relief, the installation being characterized in that at least one follower roller (400, 400-1, 400-2, 400-3, 400-4) comprises a plurality of roller segments, each extending over a fraction of the axial width of the follower roller, each roller segment comprising: - a platen defining a portion of the outside surface of the follower roller; and - an actuator system suitable for moving the platen of said roller segments, in a direction that is radial relative to the axis of the follower roller in order to modify locally the profile of the outside surface of the follower roller (400, 400-1, 400-2, 400-3, 400-4). - a platen defining a portion of the outside surface of the follower roller; and - an actuator system suitable for moving the platen of said roller segments, in a direction that is radial relative to the axis of the follower roller in order to modify locally the profile of the outside surface of the follower roller (400, 400-1, 400-2, 400-3, 400-4).
A radar level gauging arrangement for performing radar level gauging in a tank having a tank wall which is impermeable to a product held in the tank and transmissive to radar signals, comprising: an attachment device configured to be secured to a substantially flat portion of said tank wall, without penetration of the tank wall; and a radar level gauge including a directional antenna, said radar level gauge being mounted to said attachment device, such that, when said attachment device is secured against the tank wall, the directional antenna is positioned so as to enable transmission of radar signals through the tank wall, thereby enabling determination of a filling level of a product in the tank, wherein said attachment device comprises a suction cup configured to be secured to the tank wall by means of partial vacuum, wherein the suction cup is configured to allow a user to create the partial vacuum by mechanical operation of the suction cup, and wherein the directional antenna is arranged to emit radar signals through a central opening of a bellows of the suction cup. an attachment device configured to be secured to a substantially flat portion of said tank wall, without penetration of the tank wall; and a radar level gauge including a directional antenna, said radar level gauge being mounted to said attachment device, such that, when said attachment device is secured against the tank wall, the directional antenna is positioned so as to enable transmission of radar signals through the tank wall, thereby enabling determination of a filling level of a product in the tank, wherein said attachment device comprises a suction cup configured to be secured to the tank wall by means of partial vacuum, wherein the suction cup is configured to allow a user to create the partial vacuum by mechanical operation of the suction cup, and wherein the directional antenna is arranged to emit radar signals through a central opening of a bellows of the suction cup.
An engine air filter unit for a vehicle that is designed to supply filtered air to an internal combustion engine of the vehicle , the engine air filter unit comprising: - a main filter having ∘ a filter housing delimiting inside a filtration chamber of the main filter, ∘ a filter element arranged inside the filtration chamber , - a mounting base connected to the filter housing of the main filter in order to secure the engine air filter unit on at least one body panel of the vehicle , - a pre-separator fluidically connected to the main filter, arranged upstream from the main filter and comprising a pre-separator housing which is at least partially closed, - an air duct fluidically connecting the pre-separator to the filtration chamber , characterized in that the main filter is arranged on a side of the mounting base and the pre-separator is arranged on the opposite side of the mounting base , in that the pre-separator housing is at least partly formed by the mounting base and in that the air duct extends through the mounting base to fluidically connect the pre-separator to the filtration chamber. - a main filter having ∘ a filter housing delimiting inside a filtration chamber of the main filter, ∘ a filter element arranged inside the filtration chamber , ∘ a filter housing delimiting inside a filtration chamber of the main filter, ∘ a filter element arranged inside the filtration chamber , - a mounting base connected to the filter housing of the main filter in order to secure the engine air filter unit on at least one body panel of the vehicle , - a pre-separator fluidically connected to the main filter, arranged upstream from the main filter and comprising a pre-separator housing which is at least partially closed, - an air duct fluidically connecting the pre-separator to the filtration chamber ,
Polycarbonate polyols having an OH number of 40 to 80 mg KOH/g according to DIN 53240-1 of June 2013 (without catalyst) and a mean functionality of 1.9 to 2.2, comprising the reaction product of A) at least one α,ω-alkanediol having 4 to 8 carbon atoms and B) at least one polytetrahydrofuran, and C) diethylene glycol with at least one D) carbonyl component selected from the group consisting of diaryl carbonates, dialkyl carbonates, cyclic alkylene carbonates and COCl 2 , more preferably diphenyl carbonate, and/or mixtures thereof. A) at least one α,ω-alkanediol having 4 to 8 carbon atoms and B) at least one polytetrahydrofuran, and C) diethylene glycol with at least one D) carbonyl component selected from the group consisting of diaryl carbonates, dialkyl carbonates, cyclic alkylene carbonates and COCl 2 , more preferably diphenyl carbonate, and/or mixtures thereof.
A pulley stopper comprising: a clamp portion that includes a bar-shaped upper clamp and a bar-shaped lower clamp ; and fasteners that are respectively disposed at opposite ends of the clamp portion to couple the upper clamp and the lower clamp , wherein the fasteners and the clamp portion are coupled by using a clip-type method, and thus the upper clamp and the lower clamp are fixed side by side through the coupling of the fastener such that movement of a belt disposed between the upper clamp and the lower clamp is stopped, characterized in that the lower clamp comprises a pin coupling portion to which one end of the fastener is coupled by a pin-coupling method, and the other end of the fastener is rotatable about a fixed axis of the pin coupling portion , wherein a groove through which that fastener moves while the end of the fastener rotates is formed in each side surface of the upper clamp and the lower clamp , and the other end of the fastener has a bolt -nut coupling, and the other end of the fastener is coupled to the upper clamp through rotation of the nut of the fastener such that the upper clamp and the lower clamp can be fixed side by side, and, when the upper clamp and the lower clamp are disposed in parallel with each other, a gap between the upper clamp and the lower clamp can be adjusted through the rotation of the nut . a clamp portion that includes a bar-shaped upper clamp and a bar-shaped lower clamp ; and fasteners that are respectively disposed at opposite ends of the clamp portion to couple the upper clamp and the lower clamp , wherein the fasteners and the clamp portion are coupled by using a clip-type method, and thus the upper clamp and the lower clamp are fixed side by side through the coupling of the fastener such that movement of a belt disposed between the upper clamp and the lower clamp is stopped, characterized in that the lower clamp comprises a pin coupling portion to which one end of the fastener is coupled by a pin-coupling method, and the other end of the fastener is rotatable about a fixed axis of the pin coupling portion , wherein a groove through which that fastener moves while the end of the fastener rotates is formed in each side surface of the upper clamp and the lower clamp , and the other end of the fastener has a bolt -nut coupling, and the other end of the fastener is coupled to the upper clamp through rotation of the nut of the fastener such that the upper clamp and the lower clamp can be fixed side by side, and, when the upper clamp and the lower clamp are disposed in parallel with each other, a gap between the upper clamp and the lower clamp can be adjusted through the rotation of the nut .
A laminated panel of cork-based material without wood material, comprising: at least one central layer of agglomerated cork having a first face and a second face, and at least one wear outer layer arranged on said first face of central layer , characterized in that it further comprises a coupling member arranged on at least two sides of the panel , wherein the coupling member is an extension of said central layer at said sides and it is configured such that it provides vertical laying of the panel in relation to another panel . at least one central layer of agglomerated cork having a first face and a second face, and at least one wear outer layer arranged on said first face of central layer , characterized in that it further comprises a coupling member arranged on at least two sides of the panel , wherein the coupling member is an extension of said central layer at said sides and it is configured such that it provides vertical laying of the panel in relation to another panel .
A computer-readable medium having stored thereon computer-executable instructions that, when executed by a computer, cause the computer to perform the steps of a method for use with a transactional memory system using different transactional memory locking and versioning mechanisms with different transaction groups comprising: placing a set of transactions (1-4) into one (A) of a plurality of transaction groups (A, B), wherein the set of transactions is from a plurality of transactions (1-5) of a program operating under the transactional memory system, and wherein each of the plurality of transactions is implemented as code configured to access shared memory, and wherein the set of transactions is configured to access data that is disjoint from other data, and wherein others of the plurality of transactions that are not in the set of transactions are configured to access the other data, and wherein each of the plurality of transaction groups is configured to utilize one of a plurality of transactional memory locking and versioning mechanisms that is incompatible with others of the plurality of transactional memory locking and versioning mechanisms utilized by others of the plurality of transaction groups, and wherein at least one of the others of the plurality of transaction groups (B) is configured to concurrently utilize at least one of the others of the plurality of transactional memory locking and versioning mechanisms, and wherein some of the plurality of transactional memory locking and versioning mechanisms are implemented in software methods while others of the plurality of transactional memory locking and versioning mechanisms are implemented using hardware. placing a set of transactions (1-4) into one (A) of a plurality of transaction groups (A, B), wherein the set of transactions is from a plurality of transactions (1-5) of a program operating under the transactional memory system, and wherein each of the plurality of transactions is implemented as code configured to access shared memory, and wherein the set of transactions is configured to access data that is disjoint from other data, and wherein others of the plurality of transactions that are not in the set of transactions are configured to access the other data, and wherein each of the plurality of transaction groups is configured to utilize one of a plurality of transactional memory locking and versioning mechanisms that is incompatible with others of the plurality of transactional memory locking and versioning mechanisms utilized by others of the plurality of transaction groups, and wherein at least one of the others of the plurality of transaction groups (B) is configured to concurrently utilize at least one of the others of the plurality of transactional memory locking and versioning mechanisms, and wherein some of the plurality of transactional memory locking and versioning mechanisms are implemented in software methods while others of the plurality of transactional memory locking and versioning mechanisms are implemented using hardware.
A method for producing an alcoholic beverage, comprising: providing a metal-supported zeolite in which a metal component is supported on a zeolite, wherein the metal component is silver and the zeolite is selected from a beta-type and a Y-type; providing an alcoholic beverage containing at least one of dimethyl sulfide, dimethyl disulfide, dimethyl trisulfide and pyridine, wherein the alcoholic beverage is a distilled alcoholic beverage, wherein the concentration of sulfur compounds in the alcoholic beverage is 100 ppm by volume or less; passing the alcoholic beverage through the metal-supported zeolite to remove the at least one of dimethyl sulfide, dimethyl disulfide, dimethyl trisulfide and pyridine from the alcoholic beverage; wherein in the step of passing the alcoholic beverage through the metal-supported zeolite, a liquid-hourly space velocity, LHSV, of the alcoholic beverage passing though is 1 h-1 to 30 h-1 and the temperature range is from -20 to 100° C, and wherein the LHSV is measured as defined in the description under Evaluation Test 2: passing process. providing a metal-supported zeolite in which a metal component is supported on a zeolite, wherein the metal component is silver and the zeolite is selected from a beta-type and a Y-type; providing an alcoholic beverage containing at least one of dimethyl sulfide, dimethyl disulfide, dimethyl trisulfide and pyridine, wherein the alcoholic beverage is a distilled alcoholic beverage, wherein the concentration of sulfur compounds in the alcoholic beverage is 100 ppm by volume or less; passing the alcoholic beverage through the metal-supported zeolite to remove the at least one of dimethyl sulfide, dimethyl disulfide, dimethyl trisulfide and pyridine from the alcoholic beverage; wherein in the step of passing the alcoholic beverage through the metal-supported zeolite, a liquid-hourly space velocity, LHSV, of the alcoholic beverage passing though is 1 h-1 to 30 h-1 and the temperature range is from -20 to 100° C, and wherein the LHSV is measured as defined in the description under Evaluation Test 2: passing process.
A method of ultrasound inspection of a hollow structure using an array of ultrasound transmitters located within the hollow structure distributed over different radial directions from a center of the array, the method comprising - determining one or more parameters defining a shape and/or orientation of that shape of an inner surface of a wall of the hollow structure based on measured delays, measured between transmission of ultrasound pulses from the transmitters to reception of earliest received reflections of those ultrasound pulses; - computing time delays for respective ones of the transmitters along at least a sector of the array to compensate for estimated differences between travel times from the transmitters to the shape defined by the one or more parameters; - transmitting an ultrasound wave front composed of joint transmissions from the transmitters along at least said sector of the array, with the computed relative time delays between waves transmitted by the respective ones of the transmitters ; - detecting reflections of the joint transmissions by detecting positions of resonances and/or anti-resonances as a function of frequency in Fourier transforms of the reflections, from peaks in a size of the derivative of the phase of the Fourier transform or from the frequencies of peaks or dips in the amplitude of the Fourier transform. - determining one or more parameters defining a shape and/or orientation of that shape of an inner surface of a wall of the hollow structure based on measured delays, measured between transmission of ultrasound pulses from the transmitters to reception of earliest received reflections of those ultrasound pulses; - computing time delays for respective ones of the transmitters along at least a sector of the array to compensate for estimated differences between travel times from the transmitters to the shape defined by the one or more parameters; - transmitting an ultrasound wave front composed of joint transmissions from the transmitters along at least said sector of the array, with the computed relative time delays between waves transmitted by the respective ones of the transmitters ; - detecting reflections of the joint transmissions by detecting positions of resonances and/or anti-resonances as a function of frequency in Fourier transforms of the reflections, from peaks in a size of the derivative of the phase of the Fourier transform or from the frequencies of peaks or dips in the amplitude of the Fourier transform.
A method for wireless communications performed at a base station , the method comprising: transmitting a first, downlink, transmission over one or more carriers; determining a first parameter associated with the first transmission, wherein the first parameter comprises at least one non-reported acknowledgement corresponding to the first, downlink, transmission; determining a first contention window adjustment value based at least in part on the first parameter; applying a first weighting factor to the first contention window adjustment value; adjusting a contention window size for a second, uplink, transmission based at least in part on the weighted first contention window adjustment value, wherein the contention window size for the second, uplink, transmission corresponds to an uplink, UL, transmission opportunity; and transmitting, in a downlink transmission to at least one user equipment , for the respective user equipment to adjust its contention window size. transmitting a first, downlink, transmission over one or more carriers; determining a first parameter associated with the first transmission, wherein the first parameter comprises at least one non-reported acknowledgement corresponding to the first, downlink, transmission; determining a first contention window adjustment value based at least in part on the first parameter; applying a first weighting factor to the first contention window adjustment value; adjusting a contention window size for a second, uplink, transmission based at least in part on the weighted first contention window adjustment value, wherein the contention window size for the second, uplink, transmission corresponds to an uplink, UL, transmission opportunity; and transmitting, in a downlink transmission to at least one user equipment , for the respective user equipment to adjust its contention window size.