mhurhangee/patent-ind-claim-en huggingface dataset:
An administrator controller comprising: an administrator web service gateway configured to: receive web service messages over a computer network from dispenser machines; determine the web service messages received over the computer network are different than a heartbeat message; and decrypt encrypted telemetry data in the web service messages based on the determination that the web service messages are different than the heartbeat message; a message queuer comprising: a plurality of queues configured to store the web service messages, wherein a number of the plurality of queues is less than a number of the dispenser machines, and a mapper configured to place one of the web service messages received over the computer network into one of the plurality of queues based on a dispenser machine from which the web service message is received; and an administrator web service provider configured to assign a different one of a plurality of threads to each of the plurality of queues to process the decrypted telemetry data contained in the web service messages stored in the plurality of message queues, wherein the plurality of threads are configured to run on two or more central processing unit (CPU) cores. an administrator web service gateway configured to: receive web service messages over a computer network from dispenser machines; determine the web service messages received over the computer network are different than a heartbeat message; and decrypt encrypted telemetry data in the web service messages based on the determination that the web service messages are different than the heartbeat message; receive web service messages over a computer network from dispenser machines; determine the web service messages received over the computer network are different than a heartbeat message; and decrypt encrypted telemetry data in the web service messages based on the determination that the web service messages are different than the heartbeat message; a message queuer comprising: a plurality of queues configured to store the web service messages, wherein a number of the plurality of queues is less than a number of the dispenser machines, and a mapper configured to place one of the web service messages received over the computer network into one of the plurality of queues based on a dispenser machine from which the web service message is received; and a plurality of queues configured to store the web service messages, wherein a number of the plurality of queues is less than a number of the dispenser machines, and a mapper configured to place one of the web service messages received over the computer network into one of the plurality of queues based on a dispenser machine from which the web service message is received; and an administrator web service provider configured to assign a different one of a plurality of threads to each of the plurality of queues to process the decrypted telemetry data contained in the web service messages stored in the plurality of message queues, wherein the plurality of threads are configured to run on two or more central processing unit (CPU) cores.
Method for manufacturing a sensing element comprising at least a passive electrical component omprising a coil , comprising the steps of a) punching holes for through-contacts in at least one green sheet , wherein the through-contacts are part of the passive electrical component , b) forming channels and through-contacts by means of lasering at least one green sheet for receiving metallization paste , wherein the metallized channels and through-holes are part of the coil , c) stencil printing and drying of green sheets including metallization paste in the channels and holes for creating the metallized channels and metallized through-holes , d) aligning, stacking, laminating and sintering all green sheets together for creating a sintered tile comprising coils , and e) separating the individual coils of the sintered tile in order to obtain the finished sensing element 12. a) punching holes for through-contacts in at least one green sheet , wherein the through-contacts are part of the passive electrical component , b) forming channels and through-contacts by means of lasering at least one green sheet for receiving metallization paste , wherein the metallized channels and through-holes are part of the coil , c) stencil printing and drying of green sheets including metallization paste in the channels and holes for creating the metallized channels and metallized through-holes , d) aligning, stacking, laminating and sintering all green sheets together for creating a sintered tile comprising coils , and e) separating the individual coils of the sintered tile in order to obtain the finished sensing element 12.
A display device comprising: a display panel including a display region (DA) and a pad region (MA) disposed in a periphery of the display region and including a pad portion (PDA) ; a circuit substrate electrically connected to the pad portion; and an anisotropic conductive film interposed between the pad portion (PDA) and the circuit substrate , wherein the pad portion (PDA) includes a first pad (PG1) of which a lateral side and a Y axis that runs along a lengthwise direction of the display panel form a first angle (a11) greater than 0°, wherein the anisotropic conductive film includes a plurality of conductive particles, wherein the plurality of conductive particles are disposed at vertices of an imaginary quadrangle having a first diagonal line (SL) and a second diagonal line (LL), the quadrangle being a rhombus in which two equilateral triangles are coupled , and a length of the first diagonal line (SL) is smaller than a length of the second diagonal line (LL), wherein the second diagonal line (LL) and the Y axis form a second angle greater than 0°, wherein the first angle and the second angle are acute angles, wherein the first angle is greater than the second angle, wherein each conductive particle at each vertex is adjacent to one another such that a distance between every pair of two conductive particles closest to each other is constant. a display panel including a display region (DA) and a pad region (MA) disposed in a periphery of the display region and including a pad portion (PDA) ; a display region (DA) and a pad region (MA) disposed in a periphery of the display region and including a pad portion (PDA) ; a circuit substrate electrically connected to the pad portion; and an anisotropic conductive film interposed between the pad portion (PDA) and the circuit substrate , wherein the pad portion (PDA) includes a first pad (PG1) of which a lateral side and a Y axis that runs along a lengthwise direction of the display panel form a first angle (a11) greater than 0°, wherein the anisotropic conductive film includes a plurality of conductive particles, wherein the plurality of conductive particles are disposed at vertices of an imaginary quadrangle having a first diagonal line (SL) and a second diagonal line (LL), the quadrangle being a rhombus in which two equilateral triangles are coupled , and a length of the first diagonal line (SL) is smaller than a length of the second diagonal line (LL), wherein the second diagonal line (LL) and the Y axis form a second angle greater than 0°, wherein the first angle and the second angle are acute angles, wherein the first angle is greater than the second angle, wherein each conductive particle at each vertex is adjacent to one another such that a distance between every pair of two conductive particles closest to each other is constant.
A method of transmitting a Primary Synchronization Signal, PSS, by a base station, BS, in a wireless communication system, the method comprising: dividing an Orthogonal Frequency Division Multiplexing, OFDM, symbol into a plurality of time durations; generating first sequences for the PSS, wherein a number of the first sequences for the PSS is equal to a number of the plurality of time durations, wherein the each of the first sequences is different from each other and the each of the first sequence sequences has a different root index from each other, wherein a length of each of the first sequences is N, N is a positive integer; generating second sequences having a length of (N+1) by copying a last element of the each of the first sequences to a beginning of each of corresponding first sequences; and mapping each of the second sequences to each of the plurality of time durations,; transmitting the second sequences via the plurality of time durations. dividing an Orthogonal Frequency Division Multiplexing, OFDM, symbol into a plurality of time durations; generating first sequences for the PSS, wherein a number of the first sequences for the PSS is equal to a number of the plurality of time durations, wherein the each of the first sequences is different from each other and the each of the first sequence sequences has a different root index from each other, wherein a length of each of the first sequences is N, N is a positive integer; generating second sequences having a length of (N+1) by copying a last element of the each of the first sequences to a beginning of each of corresponding first sequences; and mapping each of the second sequences to each of the plurality of time durations,; transmitting the second sequences via the plurality of time durations.
An apparatus comprising a block-based processor having two or more execution lanes, the processor comprising: a data cache (275, 275-1) coupled to memory; a memory load circuit that concurrently loads two or more words from a cache line of the data cache; a circuit coupled to the memory load circuit, the circuit being configured to select individual words from the cache line and to send each of the selected individual words to a writeback circuit ; the writeback circuit configured to send the selected individual words of the concurrently-loaded words to a selected execution lane of the processor by either sending the respective word to an operand buffer for the selected execution lane or sending the respective word to bypass the operand buffer by sending the respective word directly to an execution unit of the selected execution lane; and the operand buffer configured to store the concurrently-loaded words until their decoded instructions are ready to execute. a data cache (275, 275-1) coupled to memory; a memory load circuit that concurrently loads two or more words from a cache line of the data cache; a circuit coupled to the memory load circuit, the circuit being configured to select individual words from the cache line and to send each of the selected individual words to a writeback circuit ; the writeback circuit configured to send the selected individual words of the concurrently-loaded words to a selected execution lane of the processor by either sending the respective word to an operand buffer for the selected execution lane or sending the respective word to bypass the operand buffer by sending the respective word directly to an execution unit of the selected execution lane; and the operand buffer configured to store the concurrently-loaded words until their decoded instructions are ready to execute.
A method of transmission performed by a network node in a wireless communication network , the method comprising: allocating a first resource unit to a first receiver (12-1) and a second resource unit to a second receiver (12-2), each resource unit having the same subcarrier spacing, said allocating performed with respect to one or more Orthogonal Frequency Division Multiplexing, OFDM, symbol durations of an OFDM signal; applying a first mapping for mapping data to be transmitted to the first receiver (12-1), wherein the first mapping considers every subcarrier of the first resource unit as being available for mapping the data for the first receiver (12-1) to the first resource unit ; applying a second mapping for mapping data to be transmitted to the second receiver (12-2), wherein the second mapping considers only every m-th subcarrier of the second resource unit as being available for mapping the data for the second receiver (12-2) to the second resource unit , wherein m is an integer greater than or equal to two, and wherein the second mapping maps zeros to the remaining subcarriers of the second resource unit ; generating the OFDM signal from the mapped data for the first and second receivers (12-1, 12-2), the OFDM signal comprising an OFDM symbol for each of the one or more OFDM symbol durations, each said OFDM symbol having a commonly defined cyclic prefix length; and transmitting the generated OFDM signal. allocating a first resource unit to a first receiver (12-1) and a second resource unit to a second receiver (12-2), each resource unit having the same subcarrier spacing, said allocating performed with respect to one or more Orthogonal Frequency Division Multiplexing, OFDM, symbol durations of an OFDM signal; applying a first mapping for mapping data to be transmitted to the first receiver (12-1), wherein the first mapping considers every subcarrier of the first resource unit as being available for mapping the data for the first receiver (12-1) to the first resource unit ; applying a second mapping for mapping data to be transmitted to the second receiver (12-2), wherein the second mapping considers only every m-th subcarrier of the second resource unit as being available for mapping the data for the second receiver (12-2) to the second resource unit , wherein m is an integer greater than or equal to two, and wherein the second mapping maps zeros to the remaining subcarriers of the second resource unit ; generating the OFDM signal from the mapped data for the first and second receivers (12-1, 12-2), the OFDM signal comprising an OFDM symbol for each of the one or more OFDM symbol durations, each said OFDM symbol having a commonly defined cyclic prefix length; and transmitting the generated OFDM signal.
An oral care composition in the form of a mouthwash comprising: a) partially hydrolyzed plant protein, comprising oligo- and polypeptide molecules having a molecular weight wherein at least 95% of the oligo- and polypeptide molecules are from about 500 to about 10000 D; e.g. about 1000 to about 5000 D; e.g. having a molecular weight distribution as follows: about 65% < 3500D, about 84-92% < 6000D, about 0.9-3.6% > 9000D, and about 0.1-0.6% > 13000D; b) an orally acceptable carrier, wherein the partially hydrolyzed plant protein is present in the composition in an amount of from 0.01 weight % to 3 weight % by total weight of the composition. a) partially hydrolyzed plant protein, comprising oligo- and polypeptide molecules having a molecular weight wherein at least 95% of the oligo- and polypeptide molecules are from about 500 to about 10000 D; e.g. about 1000 to about 5000 D; e.g. having a molecular weight distribution as follows: about 65% < 3500D, about 84-92% < 6000D, about 0.9-3.6% > 9000D, and about 0.1-0.6% > 13000D; b) an orally acceptable carrier, wherein the partially hydrolyzed plant protein is present in the composition in an amount of from 0.01 weight % to 3 weight % by total weight of the composition.
A cap configured for removable attachment to an open female luer device , the open female luer device having an open distal end with a contacting surface , and the cap comprising: a body comprising an opening configured to receive the female luer device, a bottom , and a chamber defined between the opening and the bottom, the chamber configured to hold a liquid disinfectant ; a male post in the chamber and dimensioned to receive the female luer device, the male post projecting from the bottom towards the opening of the body and comprising a taper corresponding to a taper of the female luer device; a wall of the chamber comprising a thread originating proximate the opening and extending into the chamber, a least a portion of the thread having a height that increases as a function of increasing distance from the opening; and a movable piston positioned about the male post , the movable piston comprising: a central opening dimensioned to provide an interference fit with the male post ; a top region comprising a sealing surface configured to form a seal with an inner surface of the open distal end of the female luer device; and a flexible circumferential skirt dimensioned to contact the wall of the chamber . a body comprising an opening configured to receive the female luer device, a bottom , and a chamber defined between the opening and the bottom, the chamber configured to hold a liquid disinfectant ; a male post in the chamber and dimensioned to receive the female luer device, the male post projecting from the bottom towards the opening of the body and comprising a taper corresponding to a taper of the female luer device; a wall of the chamber comprising a thread originating proximate the opening and extending into the chamber, a least a portion of the thread having a height that increases as a function of increasing distance from the opening; and a movable piston positioned about the male post , the movable piston comprising: a central opening dimensioned to provide an interference fit with the male post ; a top region comprising a sealing surface configured to form a seal with an inner surface of the open distal end of the female luer device; and a flexible circumferential skirt dimensioned to contact the wall of the chamber . a central opening dimensioned to provide an interference fit with the male post ; a top region comprising a sealing surface configured to form a seal with an inner surface of the open distal end of the female luer device; and a flexible circumferential skirt dimensioned to contact the wall of the chamber .
A microelectronic structure comprising: a channel structure comprising a first nanowire and a second nanowire ; a source/drain structure adjacent the nanowire channel structure, wherein the source/drain structure comprises a liner comprising silicon and carbon adjacent a sidewall region of the source/drain structure , and wherein the liner is adjacent at least one of the first and second nanowires ; and an internal spacer structure between the first nanowire and the second nanowire , wherein the internal spacer structure is a dielectric and comprises silicon, carbon, oxides and/ or nitrides of various stoichiometries. a channel structure comprising a first nanowire and a second nanowire ; a source/drain structure adjacent the nanowire channel structure, wherein the source/drain structure comprises a liner comprising silicon and carbon adjacent a sidewall region of the source/drain structure , and wherein the liner is adjacent at least one of the first and second nanowires ; and an internal spacer structure between the first nanowire and the second nanowire , wherein the internal spacer structure is a dielectric and comprises silicon, carbon, oxides and/ or nitrides of various stoichiometries.
A fluid carrying assembly for a building services appliance , in particular instantaneous water heater, hot water system, drinking water heat pump, small water heater, wall mounted cylinder, floor mounted cylinder and/or automatic water boiler, comprising: - a fluid carrying component comprising a component conduit portion extending through the component and including two connections, disposed in particular on opposite sides, for connecting to a respective fluid carrying conduit ; - a measuring sensor at least partially projecting into the component conduit portion ; - a hold-down device connected to the measuring sensor in an electrically conducting manner for forwarding an electric measurement signal between the measuring sensor and a control device of the building services appliance , characterised in that the hold-down device includes a first hold-down portion for holding down the measuring sensor and forming an electrically conducting connection to the measuring sensor , and a first connecting portion connected to the hold-down portion in an electrically conducting manner for closing an electrical connection to the control device . - a fluid carrying component comprising a component conduit portion extending through the component and including two connections, disposed in particular on opposite sides, for connecting to a respective fluid carrying conduit ; - a measuring sensor at least partially projecting into the component conduit portion ; - a hold-down device connected to the measuring sensor in an electrically conducting manner for forwarding an electric measurement signal between the measuring sensor and a control device of the building services appliance ,
A method for interface refresh synchronization, comprising: obtaining, in a user space of an operating system, refresh information of a plurality of interface refresh operations, when the plurality of interface refresh operations are initiated by a plurality of foreground applications in the user space , wherein the refresh information comprises a thread number of each interface refresh operation, refresh time and refresh contents corresponding to each thread number; and transmitting the obtained refresh information of the plurality of interface refresh operations to a kernel space of the operating system . obtaining, in a user space of an operating system, refresh information of a plurality of interface refresh operations, when the plurality of interface refresh operations are initiated by a plurality of foreground applications in the user space , wherein the refresh information comprises a thread number of each interface refresh operation, refresh time and refresh contents corresponding to each thread number; and transmitting the obtained refresh information of the plurality of interface refresh operations to a kernel space of the operating system .
Multi-strand cord having a 1xN structure comprising a single layer of N strands wound in a helix about a main axis (A), each strand having one layer of metal filaments (F1) and comprising M>1 metal filaments wound in a helix about an axis (B), in which : - the cord has a total elongation At > 8.10% determined by the standard ASTM D2969-04 of 2014; and characterized in that - the energy-at-break indicator Er of the cord , defined by Er = ∫ 0 At σ Ai × dAi where σ ( Ai ) is the tensile stress in MPa measured at the elongation Ai and dAi is the elongation such that Er is strictly greater than 52 MJ/m 3 . - the cord has a total elongation At > 8.10% determined by the standard ASTM D2969-04 of 2014; and characterized in that - the energy-at-break indicator Er of the cord , defined by Er = ∫ 0 At σ Ai × dAi where σ ( Ai ) is the tensile stress in MPa measured at the elongation Ai and dAi is the elongation such that Er is strictly greater than 52 MJ/m 3 .