mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a two-terminal multilayer ceramic capacitor, MLCC , comprising: at least one first conductive layer associated with a first terminal ; at least one second conductive layer associated with a second terminal ; and an insulating layer separating a first conductive layer and a second conductive layer ; characterised in that the first conductive layers and the second conductive layers include a 2-dog-bone-pattern hole , wherein the 2-dog-bone-pattern hole is formed by two first slots that are perpendicular to a current flow direction of the two-terminal MLCC, and two second slots parallel to the current flow direction, wherein the two second slots are arranged between the two first slots and their ends connecting the respective first slots. a two-terminal multilayer ceramic capacitor, MLCC , comprising: at least one first conductive layer associated with a first terminal ; at least one second conductive layer associated with a second terminal ; and an insulating layer separating a first conductive layer and a second conductive layer ; at least one first conductive layer associated with a first terminal ; at least one second conductive layer associated with a second terminal ; and an insulating layer separating a first conductive layer and a second conductive layer ; characterised in that the first conductive layers and the second conductive layers include a 2-dog-bone-pattern hole , wherein the 2-dog-bone-pattern hole is formed by two first slots that are perpendicular to a current flow direction of the two-terminal MLCC, and two second slots parallel to the current flow direction, wherein the two second slots are arranged between the two first slots and their ends connecting the respective first slots.
A communication system comprising: a first quantum key distribution device configured to be coupled to a second quantum key distribution device over a quantum channel that communicates a quantum state via the quantum channel; a classical device coupled to the first quantum key distribution device with a connection cable to provide a communication path between the classical device and the first quantum key distribution device; and a quantum channel carrier physically engaging the connection cable, wherein the quantum channel carrier is configured to, responsive to movement of the connection cable, disrupt a quantum state within the quantum channel. a first quantum key distribution device configured to be coupled to a second quantum key distribution device over a quantum channel that communicates a quantum state via the quantum channel; a classical device coupled to the first quantum key distribution device with a connection cable to provide a communication path between the classical device and the first quantum key distribution device; and a quantum channel carrier physically engaging the connection cable, wherein the quantum channel carrier is configured to, responsive to movement of the connection cable, disrupt a quantum state within the quantum channel.
A system to charge a DC bus capacitor (CDC) of a power conversion system, comprising: a plurality of AC circuit paths individually configured to be coupled between a corresponding one of a plurality of AC input lines and a corresponding one of a plurality of AC input terminals of a rectifier , each individual AC circuit path including a semiconductor switching device operative according to a corresponding precharge control signal to allow current to flow between the corresponding AC input line and the corresponding AC input terminal, and, parallel to the semiconductor switching device, a reverse diode coupled between the corresponding AC input terminal and the corresponding AC input line; and a precharge resistor coupled in a given one of the AC circuit paths between the corresponding AC input line and the corresponding AC input terminal, and coupled in parallel to the semiconductor switching device and the reverse diode; and a controller configured to operate in a first mode to provide the precharge control signals to turn all the semiconductor switching devices off to allow a DC bus capacitor at an output of the rectifier to charge through the precharge resistor, and configured to operate in a second mode to provide the precharge control signals to turn all the semiconductor switching devices on, such that the precharge resistor is bypassed. a plurality of AC circuit paths individually configured to be coupled between a corresponding one of a plurality of AC input lines and a corresponding one of a plurality of AC input terminals of a rectifier , each individual AC circuit path including a semiconductor switching device operative according to a corresponding precharge control signal to allow current to flow between the corresponding AC input line and the corresponding AC input terminal, and, parallel to the semiconductor switching device, a reverse diode coupled between the corresponding AC input terminal and the corresponding AC input line; and a precharge resistor coupled in a given one of the AC circuit paths between the corresponding AC input line and the corresponding AC input terminal, and coupled in parallel to the semiconductor switching device and the reverse diode; and a controller configured to operate in a first mode to provide the precharge control signals to turn all the semiconductor switching devices off to allow a DC bus capacitor at an output of the rectifier to charge through the precharge resistor, and configured to operate in a second mode to provide the precharge control signals to turn all the semiconductor switching devices on, such that the precharge resistor is bypassed.
A computer implemented method for disentangling discriminative features of a user of a device from motion signals captured by a mobile device having one or more motion sensors, comprising: providing, at a processor, one or more captured motion signals captured by the mobile device; dividing, with the processor, each captured motion signal into segments; converting, with the processor using one or more trained translation algorithms, the segments into translated segments, wherein the one or more trained translation algorithms comprise one or more Cycle-consistent Generative Adversarial Networks (Cycle-GANs), and wherein the translated segments comprise synthetic motion signals that simulate motion signals originating from another device; providing, with the processor, the segments and the translated segments as inputs to a machine learning system; and extracting, with the processor using the machine learning system that applies one or more feature extraction algorithms, discriminative features of the user from the segments and translated segments. providing, at a processor, one or more captured motion signals captured by the mobile device; dividing, with the processor, each captured motion signal into segments; converting, with the processor using one or more trained translation algorithms, the segments into translated segments, wherein the one or more trained translation algorithms comprise one or more Cycle-consistent Generative Adversarial Networks (Cycle-GANs), and wherein the translated segments comprise synthetic motion signals that simulate motion signals originating from another device; providing, with the processor, the segments and the translated segments as inputs to a machine learning system; and extracting, with the processor using the machine learning system that applies one or more feature extraction algorithms, discriminative features of the user from the segments and translated segments.
Method for cooling a space around a sleeve shaft which is used as carrier for a refractory tube, on which refractory tube during a glass tube drawing process molten glass runs onto at least one surface area of the refractory tube, wherein from at least one fluid outlet which is at a fixed position with respect to at least one rotating assembly, the assembly comprising the refractory tube and the sleeve shaft connected to the refractory tube in a non-rotating manner, at least one fluid flow is emitted in the direction towards at least one volume domain, which volume domain is enclosed at least in part between at least one outer surface area of the sleeve shaft and at least one inner surface area of the refractory tube and is provided in a non-rotating manner with the sleeve shaft, wherein the volume domain is divided into a plurality of volume part domains, which volume part domains are at least in part pairwise and/or area by area fluidly connected to each other within the volume domain, and wherein an alternating fluid flow within the volume domain or parts thereof is created in that at least one part of the fluid flow emitted by the fluid outlet is injected sequentially in different volume part domains as a result of the rotation of the assembly. wherein from at least one fluid outlet which is at a fixed position with respect to at least one rotating assembly, the assembly comprising the refractory tube and the sleeve shaft connected to the refractory tube in a non-rotating manner, at least one fluid flow is emitted in the direction towards at least one volume domain, which volume domain is enclosed at least in part between at least one outer surface area of the sleeve shaft and at least one inner surface area of the refractory tube and is provided in a non-rotating manner with the sleeve shaft, wherein the volume domain is divided into a plurality of volume part domains, which volume part domains are at least in part pairwise and/or area by area fluidly connected to each other within the volume domain, and wherein an alternating fluid flow within the volume domain or parts thereof is created in that at least one part of the fluid flow emitted by the fluid outlet is injected sequentially in different volume part domains as a result of the rotation of the assembly.
A process for forming a polymer composition, wherein the process comprises (a) providing a slurry in an aqueous medium, wherein the slurry comprises (i) pellets comprising a polyolefin block copolymer, wherein the block copolymer comprises a crystalline block and an amorphous block, (ii) one or more vinyl monomers, provided that when the vinyl monomer comprises one or more (meth)acrylic monomers, the vinyl monomer is covalently attached to the polyolefin block copolymer in the presence of a non-aqueous solvent, (iii) one or more initiator, wherein the slurry comprises, by weight based on the total weight of the slurry, 0 to 0.01% of all surfactants, and 0 to 0.01% of all water-soluble polymers; and (b) polymerizing the one or more vinyl monomers. (a) providing a slurry in an aqueous medium, wherein the slurry comprises (i) pellets comprising a polyolefin block copolymer, wherein the block copolymer comprises a crystalline block and an amorphous block, (ii) one or more vinyl monomers, provided that when the vinyl monomer comprises one or more (meth)acrylic monomers, the vinyl monomer is covalently attached to the polyolefin block copolymer in the presence of a non-aqueous solvent, (iii) one or more initiator, wherein the slurry comprises, by weight based on the total weight of the slurry, 0 to 0.01% of all surfactants, and 0 to 0.01% of all water-soluble polymers; and (i) pellets comprising a polyolefin block copolymer, wherein the block copolymer comprises a crystalline block and an amorphous block, (ii) one or more vinyl monomers, provided that when the vinyl monomer comprises one or more (meth)acrylic monomers, the vinyl monomer is covalently attached to the polyolefin block copolymer in the presence of a non-aqueous solvent, (iii) one or more initiator, wherein the slurry comprises, by weight based on the total weight of the slurry, 0 to 0.01% of all surfactants, and 0 to 0.01% of all water-soluble polymers; and (b) polymerizing the one or more vinyl monomers.
An image relaying device , comprising: a shaft ; an objective lens at a distal end of the shaft ; an optically transparent window region in a proximal end region of the image relaying device ; an optical system in the shaft , the optical system relaying an image produced by the objective lens to the proximal end region in a way that the relayed image can be captured through the window region ; a reflecting interface bending the optical system's optical axis , characterized by an adjustment mechanism facilitating adjustment of the position of the reflecting interface , wherein the optical system's optical axis at the window region is orthogonal or substantially orthogonal to the optical system's optical axis in the shaft , wherein the adjustment mechanism is configured to facilitate translational displacement of the reflecting interface in a direction parallel to the longitudinal axis of the shaft . a shaft ; an objective lens at a distal end of the shaft ; an optically transparent window region in a proximal end region of the image relaying device ; an optical system in the shaft , the optical system relaying an image produced by the objective lens to the proximal end region in a way that the relayed image can be captured through the window region ; a reflecting interface bending the optical system's optical axis , characterized by an adjustment mechanism facilitating adjustment of the position of the reflecting interface , wherein the optical system's optical axis at the window region is orthogonal or substantially orthogonal to the optical system's optical axis in the shaft , wherein the adjustment mechanism is configured to facilitate translational displacement of the reflecting interface in a direction parallel to the longitudinal axis of the shaft .
A wear member for attachment to earth working equipment to protect the equipment from wear during use, the wear member comprising a wear surface to contact the ground during operation of the earth working equipment, a mounting structure to effect mounting of the wear member on the earth working equipment, and a hole defined by a perimeter wall extending through the wear member and opening in both the wear surface and the mounting structure to receive a lock to hold the wear member to the earth working equipment, the perimeter wall including a retaining structure between the wear surface and the mounting structure , and the retaining structure having an upper shoulder and a lower shoulder for contacting corresponding bearing surfaces on the lock to positively hold the lock in the hole against inward and outward forces on the lock , wherein the retaining structure is formed as a radial projection extending into the hole from the perimeter wall , charcterised in that the perimeter wall includes a passage , the passage being adjacent the retaining structure and extending along a length of the hole from the mounting structure toward the wear surface to permit a lock component of a unified construction to be installed in the hole and rotated such that lugs on the lock component are slid along passage and rotated so that the lugs straddle the retaining structure and contact the upper shoulder and the lower shoulder . a wear surface to contact the ground during operation of the earth working equipment, a mounting structure to effect mounting of the wear member on the earth working equipment, and a hole defined by a perimeter wall extending through the wear member and opening in both the wear surface and the mounting structure to receive a lock to hold the wear member to the earth working equipment, the perimeter wall including a retaining structure between the wear surface and the mounting structure , and the retaining structure having an upper shoulder and a lower shoulder for contacting corresponding bearing surfaces on the lock to positively hold the lock in the hole against inward and outward forces on the lock , wherein the retaining structure is formed as a radial projection extending into the hole from the perimeter wall , charcterised in that the perimeter wall includes a passage , the passage being adjacent the retaining structure and extending along a length of the hole from the mounting structure toward the wear surface to permit a lock component of a unified construction to be installed in the hole and rotated such that lugs on the lock component are slid along passage and rotated so that the lugs straddle the retaining structure and contact the upper shoulder and the lower shoulder .
A method of determining in a circuit for processing digital images second lumas of pixels of a secondary graphics image element to be mixed with at least one high dynamic range input image , the method comprising: receiving a high dynamic range image signal (S_im) comprising the at least one high dynamic range input image, characterized in that the method comprises: - analyzing the high dynamic range image signal to determine a range of primary graphics lumas (R_gra) of a primary graphics element of the at least one high dynamic range input image, which is a sub-range of a range of luminances of the high dynamic range input image, wherein the determining a range of primary graphics lumas comprises determining a lower luma (Y_low) and an upper luma (Y_high) specifying endpoints of the range of primary graphics lumas (R_gra); - luminance mapping the secondary graphics element with at least a brightest subset of its pixel lumas comprised in the range of graphics lumas; and - mixing the secondary graphics image element with the high dynamic range input image. - analyzing the high dynamic range image signal to determine a range of primary graphics lumas (R_gra) of a primary graphics element of the at least one high dynamic range input image, which is a sub-range of a range of luminances of the high dynamic range input image, wherein the determining a range of primary graphics lumas comprises determining a lower luma (Y_low) and an upper luma (Y_high) specifying endpoints of the range of primary graphics lumas (R_gra); - luminance mapping the secondary graphics element with at least a brightest subset of its pixel lumas comprised in the range of graphics lumas; and - mixing the secondary graphics image element with the high dynamic range input image.
Dexmedetomidine or a pharmaceutically acceptable salt thereof for use in treating agitation in a human subject having dementia, comprising sublingually administering to said subject dexmedetomidine or a pharmaceutically acceptable salt thereof at a dosage from 3 micrograms to 100 micrograms.
A method for leakage screening based on power prediction, the method comprising: receiving a chip package that has been wafer-tested, die-cut, packaged, and binned, the chip package having a plurality of rails, each rail of the plurality of rails assigned to a corresponding voltage bin of a plurality of voltage bins based on an adaptive supply voltage value; obtaining one or more silicon parameters associated with the chip package, the one or more silicon parameters determined during wafer-level testing of the chip package and including at least a leakage current value for each rail of the plurality of rails; performing a multi-rail test on the plurality of rails of the chip package to provide per-rail results across the plurality of voltage bins, each rail of the plurality of rails tested based on a corresponding leakage current value and the adaptive supply voltage value of the corresponding voltage bin; determining , based on an aggregate of the per-rail results across the plurality of voltage bins, an aggregate value; and categorizing the chip package based on the aggregate value. receiving a chip package that has been wafer-tested, die-cut, packaged, and binned, the chip package having a plurality of rails, each rail of the plurality of rails assigned to a corresponding voltage bin of a plurality of voltage bins based on an adaptive supply voltage value; obtaining one or more silicon parameters associated with the chip package, the one or more silicon parameters determined during wafer-level testing of the chip package and including at least a leakage current value for each rail of the plurality of rails; performing a multi-rail test on the plurality of rails of the chip package to provide per-rail results across the plurality of voltage bins, each rail of the plurality of rails tested based on a corresponding leakage current value and the adaptive supply voltage value of the corresponding voltage bin; determining , based on an aggregate of the per-rail results across the plurality of voltage bins, an aggregate value; and categorizing the chip package based on the aggregate value.
An actuator system comprising: an actuator housing having a longitudinal axis; a piston member disposed within the actuator housing along the longitudinal axis; a drive belt coupled to the piston member , the drive belt configured to drive the piston member in reciprocal motion along the longitudinal axis; and an output rod having a first end coupled to the piston member and second end opposite the first end; one or more wear members or rings disposed in sliding engagement between the piston member and an inner surface of the actuator housing ; and a bushing disposed in sliding engagement about the distal end of the output rod in the front end of the actuator housing ; wherein the second end of the output rod is selectively positionable outside the actuator housing in response to the reciprocal motion of the piston member within the actuator housing . an actuator housing having a longitudinal axis; a piston member disposed within the actuator housing along the longitudinal axis; a drive belt coupled to the piston member , the drive belt configured to drive the piston member in reciprocal motion along the longitudinal axis; and an output rod having a first end coupled to the piston member and second end opposite the first end; one or more wear members or rings disposed in sliding engagement between the piston member and an inner surface of the actuator housing ; and a bushing disposed in sliding engagement about the distal end of the output rod in the front end of the actuator housing ; wherein the second end of the output rod is selectively positionable outside the actuator housing in response to the reciprocal motion of the piston member within the actuator housing .
A method for operating a first terminal in a wireless communication system, the method comprising: storing information representing a correspondence between identifiers of second terminals and consecutive indexes, wherein the identifiers of the second terminals are allocated in correspondence with the consecutive indexes by a neighboring base station; receiving interference information as a range of indexes corresponding to the identifiers of the second terminals; receiving , from the neighboring base station, control information masked with an identifier of a second terminal allocated by the neighboring base station; determining candidate identifiers among the identifiers of the second terminals based on the range of indexes; and processing the control information by using the candidate identifiers; and removing an interference signal based on the control information. storing information representing a correspondence between identifiers of second terminals and consecutive indexes, wherein the identifiers of the second terminals are allocated in correspondence with the consecutive indexes by a neighboring base station; receiving interference information as a range of indexes corresponding to the identifiers of the second terminals; receiving , from the neighboring base station, control information masked with an identifier of a second terminal allocated by the neighboring base station; determining candidate identifiers among the identifiers of the second terminals based on the range of indexes; and processing the control information by using the candidate identifiers; and removing an interference signal based on the control information.