mhurhangee/patent-ind-claim-en huggingface dataset:
A cooling structure intended to cool a rotating electrical machine (ME) and a set of at least one electronic power module of an electronic variable speed drive making it possible to vary an electrical power supply signal of the rotating electrical machine (ME) so as to vary a rotation speed of a shaft (A) driven by the electrical machine (ME) and/or a torque provided by the electrical machine (ME), the electronic power module comprising a power component, the cooling structure comprising a solid metal body (CM) having an overall tubular shape delimited radially by a first contact surface intended to completely radially surround the electrical machine and to be in physical contact with the electrical machine and by a second contact surface completely radially surrounding the first contact surface and intended to be in physical contact with a first power module of the set of at least one power module so as to be able to cool the electrical machine and the power module, the cooling structure comprising a plurality of cooling channels (CR10, CR20, CR30, CR40) provided in the solid metal body (CM0), at a distance from the first contact surface and from the second contact surface, in which a coolant is intended to circulate, the metal body (CM) being made of a single piece, each cooling channel extending at all points at a distance from the first contact surface and at a distance from the second contact surface, characterised in that the cooling channels (CR10, CR20, CR30, CR40) provided in the solid metal body (CMC) follow a median curve comprised in an angular portion of a surface of a straight circular cylinder of axis x, each cooling channel (CR10, CR20, CR30, CR40) housing partitions (C10), each cooling channel extending from an input (e10, e20, e30, e40) to an output (s10, s20, s30, s40) of the cooling channel, the cooling channels (CR10, CR20, CR30, CR40) having elongate portions along the axis x of the straight circular cylinder and distributed angularly about said axis x, located at the same distance from said axis x and linked by curved parts.
A scalable pooled-Non-Volatile Memory Express, NVMe, storage box , comprising: a first PCI Express, PCIe, switch ; a first switch port directly connected to the first PCIe switch ; a first device port ; a first plurality of NVMe drives , each NVMe drive of the first plurality of NVMe drives comprising a first port and a second port, wherein first ports of the first plurality of NVMe drives are directly connected to the first PCIe switch to connect a first plurality of nodes , wherein second ports of the first plurality of NVMe drives are directly connected to the first device port ; a second PCIe switch ; a second switch port directly connected to the second PCIe switch ; a second device port ; and a second plurality of NVMe drives, each NVMe drive of the second plurality of NVMe drives comprising a first port and a second port, wherein first ports of the second plurality of NVMe drives are directly connected to the second PCIe switch to connect a second plurality of nodes , wherein second ports of the second plurality of NVMe drives are directly connected to the second device port , characterized in that the first device port is directly connected to the second switch port , and the first switch port is directly connected to the second device port . a first PCI Express, PCIe, switch ; a first switch port directly connected to the first PCIe switch ; a first device port ; a first plurality of NVMe drives , each NVMe drive of the first plurality of NVMe drives comprising a first port and a second port, wherein first ports of the first plurality of NVMe drives are directly connected to the first PCIe switch to connect a first plurality of nodes , wherein second ports of the first plurality of NVMe drives are directly connected to the first device port ; a second PCIe switch ; a second switch port directly connected to the second PCIe switch ; a second device port ; and a second plurality of NVMe drives, each NVMe drive of the second plurality of NVMe drives comprising a first port and a second port, wherein first ports of the second plurality of NVMe drives are directly connected to the second PCIe switch to connect a second plurality of nodes , wherein second ports of the second plurality of NVMe drives are directly connected to the second device port , characterized in that the first device port is directly connected to the second switch port , and the first switch port is directly connected to the second device port .
A controller configured with instructions for path tracing in a software defined network, the controller comprising: layer 2 path tracing in a software defined network for troubleshooting the network, the path tracing comprising: a user interface for taking an input of paths of interest to trace designated as traced paths, or a path identification in a header of a received packet; an encoder for receiving the input and generating a set of control messages to switches in the network that will stamp the packets traversing the traced paths with a path identification and a corresponding codebook for decoding, wherein the codebook translates a path identification to full path information identifying the switches of the path; and a decoder for using the codebook output by the encoder to translate the path identification input at the user interface into the full path information. a user interface for taking an input of paths of interest to trace designated as traced paths, or a path identification in a header of a received packet; an encoder for receiving the input and generating a set of control messages to switches in the network that will stamp the packets traversing the traced paths with a path identification and a corresponding codebook for decoding, wherein the codebook translates a path identification to full path information identifying the switches of the path; and a decoder for using the codebook output by the encoder to translate the path identification input at the user interface into the full path information.
A halftone phase shift photomask blank comprising a transparent substrate and a halftone phase shift film thereon, said halftone phase shift film consisting of silicon and nitrogen, or silicon, nitrogen and oxygen, and providing a phase shift of 150° to 200° relative to light of wavelength up to 200 nm, wherein said halftone phase shift film is a single layer meeting the formula : 2 × O / Si + 3 × N / Si ≥ 3.5 wherein Si is a content in at% of silicon, N is a content in at% of nitrogen, and O is a content in at% of oxygen and has a transmittance of 10 to 40% relative to light of a wavelength up to 200 nm and thickness of 40 to 65 nm, and the content of oxygen is up to 1/5 of the content of nitrogen as expressed in atomic ratio, or said halftone phase shift film is a multilayer film including at least one layer meeting the formula and has a transmittance of 10 to 40% relative to light of a wavelength up to 200 nm, a thickness of 40 to 65 nm, and the multilayer film includes at least one layer consisting of silicon and nitrogen and at least one layer consisting of silicon, nitrogen and oxygen.
An affinity chromatography carrier, the carrier comprising: a solid support comprising a copolymer comprising (M-1) 40 parts by mass or more to 80 parts by mass or less of a structural unit derived from an epoxy group-containing monovinyl monomer with respect to 100 parts by mass of all structural units and (M-2) 15 to 60 parts by mass of a structural unit derived from a polyvinyl monomer with respect to 100 parts by mass of all structural units, wherein the copolymer further comprises (M-3) 5 to 25 parts by mass of a structural unit derived from an epoxy-free monovinyl monomer with respect to 100 parts by mass of all structural units, wherein the epoxy-free monovinyl monomer is selected from the group consisting of ethylvinylbenzene, glycerol mono(meth)acrylate and hydroxyethyl(meth)acrylamide; ring-opened epoxy groups obtained by subjecting the epoxy groups to the ring-opening; and a ligand coupled to the solid support, the affinity chromatography carrier being such that after a certain column vessel is packed with the carrier and then purged with a 2 M NaCl-containing 20 mM sodium phosphate buffer with a pH of 7.5, allowing the column to stand at 40°C for 7 days increases pH in the column by at most 2, and the ring-opened epoxy groups being represented by formula : wherein R 1 represents a divalent organic group of 1 to 6 carbon atoms, R 2 represents a hydrogen atom or a monovalent organic group of 1 to 10 carbon atoms, X represents a thio group (>S), a sulfinyl group (>S=O), a sulfonyl group (>S(=O) 2 ), an imino group (>NH), or an oxy group (>O), and * represents a bonding position. a solid support comprising a copolymer comprising (M-1) 40 parts by mass or more to 80 parts by mass or less of a structural unit derived from an epoxy group-containing monovinyl monomer with respect to 100 parts by mass of all structural units and (M-2) 15 to 60 parts by mass of a structural unit derived from a polyvinyl monomer with respect to 100 parts by mass of all structural units, wherein the copolymer further comprises (M-3) 5 to 25 parts by mass of a structural unit derived from an epoxy-free monovinyl monomer with respect to 100 parts by mass of all structural units, wherein the epoxy-free monovinyl monomer is selected from the group consisting of ethylvinylbenzene, glycerol mono(meth)acrylate and hydroxyethyl(meth)acrylamide; ring-opened epoxy groups obtained by subjecting the epoxy groups to the ring-opening; and a ligand coupled to the solid support, the affinity chromatography carrier being such that after a certain column vessel is packed with the carrier and then purged with a 2 M NaCl-containing 20 mM sodium phosphate buffer with a pH of 7.5, allowing the column to stand at 40°C for 7 days increases pH in the column by at most 2, and the ring-opened epoxy groups being represented by formula : wherein R 1 represents a divalent organic group of 1 to 6 carbon atoms, R 2 represents a hydrogen atom or a monovalent organic group of 1 to 10 carbon atoms, X represents a thio group (>S), a sulfinyl group (>S=O), a sulfonyl group (>S(=O) 2 ), an imino group (>NH), or an oxy group (>O), and * represents a bonding position.
A system for backing up a distributed database , the system comprising: one or more database clusters comprising a plurality of nodes, wherein each node of the plurality of nodes comprises a key-value table, and wherein each entry of a respective key-value table comprises a timestamp; and one or more computer hardware processors in communication with the one or more computer storage mediums, the one or more computer hardware processors configured to execute computer-executable instructions to at least: pause a cleanup process on the plurality of nodes; initiate a hold on issuing one or more new timestamps to one or more external computing devices , wherein the hold comprises a hold on allowing writes from committing to the one or more database clusters; generate a backup timestamp; remove the hold on issuing one or more new timestamps to one or more external computing devices; generate a duplicate copy of data from the plurality of nodes; initiate the cleanup process on the plurality of nodes, wherein running of the cleanup process determines one or more previous versions of data that cannot be read by any transaction and deletes the one or more previous versions of data; and store the duplicate copy of data and the backup timestamp. one or more database clusters comprising a plurality of nodes, wherein each node of the plurality of nodes comprises a key-value table, and wherein each entry of a respective key-value table comprises a timestamp; and one or more computer hardware processors in communication with the one or more computer storage mediums, the one or more computer hardware processors configured to execute computer-executable instructions to at least: pause a cleanup process on the plurality of nodes; initiate a hold on issuing one or more new timestamps to one or more external computing devices , wherein the hold comprises a hold on allowing writes from committing to the one or more database clusters; generate a backup timestamp; remove the hold on issuing one or more new timestamps to one or more external computing devices; generate a duplicate copy of data from the plurality of nodes; initiate the cleanup process on the plurality of nodes, wherein running of the cleanup process determines one or more previous versions of data that cannot be read by any transaction and deletes the one or more previous versions of data; and store the duplicate copy of data and the backup timestamp. pause a cleanup process on the plurality of nodes; initiate a hold on issuing one or more new timestamps to one or more external computing devices , wherein the hold comprises a hold on allowing writes from committing to the one or more database clusters; generate a backup timestamp; remove the hold on issuing one or more new timestamps to one or more external computing devices; generate a duplicate copy of data from the plurality of nodes; initiate the cleanup process on the plurality of nodes, wherein running of the cleanup process determines one or more previous versions of data that cannot be read by any transaction and deletes the one or more previous versions of data; and store the duplicate copy of data and the backup timestamp.
An apparatus for developing an intensity-modulated radiation therapy (IMRT) treatment plan, the apparatus comprising: a memory that stores machine instructions; and a processor that is adapted to execute the machine instructions to: receive a clinical goal associated with the treatment plan; determine one or more plan objectives based on the clinical goal; generate a cost function comprising at least one cost term, each cost term based on one of the one or more plan objectives, each of the plan objectives associated with at least one parameter; characterised in that the processor is further adapted to execute the machine instructions to: assign an initial estimate of a value of each of the parameters associated with each of the cost terms; identify a microstate that results in a reduced value associated with the cost function, the microstate including all of the parameters needed to deliver the IMRT treatment plan; evaluate a fulfillment level associated with the clinical goal; and adjust the value associated with one or more of the at least one parameters associated with each cost term to improve the fulfillment level. a memory that stores machine instructions; and a processor that is adapted to execute the machine instructions to: receive a clinical goal associated with the treatment plan; determine one or more plan objectives based on the clinical goal; generate a cost function comprising at least one cost term, each cost term based on one of the one or more plan objectives, each of the plan objectives associated with at least one parameter; characterised in that the processor is further adapted to execute the machine instructions to: assign an initial estimate of a value of each of the parameters associated with each of the cost terms; identify a microstate that results in a reduced value associated with the cost function, the microstate including all of the parameters needed to deliver the IMRT treatment plan; evaluate a fulfillment level associated with the clinical goal; and adjust the value associated with one or more of the at least one parameters associated with each cost term to improve the fulfillment level.
A method for controlling a clutch , the clutch comprising an actuator to control a transferable torque over a driveline system of a vehicle, the actuator being controllable to cause a disengagement process and an engagement process of the clutch while passing a hysteresis, the method comprising: predicting (S110) a transition from the disengagement process to the engagement process; and compensating (S120) the hysteresis by controlling the actuator without performing the transition. predicting (S110) a transition from the disengagement process to the engagement process; and compensating (S120) the hysteresis by controlling the actuator without performing the transition.
A riveting machine having - a pull mandrel with a first thread arrangement for screwing on a blind rivet element , wherein the pull mandrel has a right-hand thread as a first external thread , wherein the pull mandrel is connected to a connecting element on the riveting machine via a second thread arrangement , comprising a second internal thread of the connecting element and a second external thread of the pull mandrel , wherein the second internal thread and the second external thread are respectively designed as left-hand threads, - a longitudinal drive for axially driving the connecting element , - a rotary drive for rotationally driving the connecting element , in each case in relation to an axis of rotation (A) of the connecting element , - a control unit for driving the rotary drive in a clockwise rotational direction, which leads to the release of the connection between the pull mandrel and the connecting element via the second thread arrangement . - a pull mandrel with a first thread arrangement for screwing on a blind rivet element , wherein the pull mandrel has a right-hand thread as a first external thread , wherein the pull mandrel is connected to a connecting element on the riveting machine via a second thread arrangement , comprising a second internal thread of the connecting element and a second external thread of the pull mandrel , wherein the second internal thread and the second external thread are respectively designed as left-hand threads, - a longitudinal drive for axially driving the connecting element , - a rotary drive for rotationally driving the connecting element , in each case in relation to an axis of rotation (A) of the connecting element , - a control unit for driving the rotary drive in a clockwise rotational direction, which leads to the release of the connection between the pull mandrel and the connecting element via the second thread arrangement .
A method of estimating the yield stress of a flowing yield stress fluid using one or more vibratory transducers (400 to 440, 500, 600, 700) having a vibratory surface in contact with the yield stress fluid, the method comprising: vibrating one or more vibratory surfaces of the one or more vibratory transducers to transmit a plurality of waves from the one or more vibratory surfaces into a viscoplastic boundary layer of the flowing yield stress fluid ; making, using the vibrations of the one or more vibratory transducers, a plurality of measurements of the viscosity, wherein a first measurement of viscosity is made with the vibratory surface of a vibratory transducer vibrating at a first frequency of vibration to transmit a wave that propagates a first distance into the viscoplastic boundary layer of the flowing yield stress fluid, wherein a second measurement of viscosity is made with the vibratory surface of a vibratory transducer vibrating at a second frequency of vibration that is different from the first frequency to transmit a wave that propagates a second distance into the viscoplastic boundary layer of the flowing yield stress fluid that is lower than the first distance; and estimating the yield stress of the flowing yield stress fluid based on a linear combination of the first and second measurements of the viscosity. vibrating one or more vibratory surfaces of the one or more vibratory transducers to transmit a plurality of waves from the one or more vibratory surfaces into a viscoplastic boundary layer of the flowing yield stress fluid ; making, using the vibrations of the one or more vibratory transducers, a plurality of measurements of the viscosity, wherein a first measurement of viscosity is made with the vibratory surface of a vibratory transducer vibrating at a first frequency of vibration to transmit a wave that propagates a first distance into the viscoplastic boundary layer of the flowing yield stress fluid, wherein a second measurement of viscosity is made with the vibratory surface of a vibratory transducer vibrating at a second frequency of vibration that is different from the first frequency to transmit a wave that propagates a second distance into the viscoplastic boundary layer of the flowing yield stress fluid that is lower than the first distance; and estimating the yield stress of the flowing yield stress fluid based on a linear combination of the first and second measurements of the viscosity.
Connecting element for a kit for forming a box to be installed in a wall recess, which is configured to receive devices for distributing electrical energy in buildings and/or other components of the electrical installation and comprises box parts , which are open on at least one side , wherein the connecting element is configured to connect the box parts to one another at the open sides , characterized in that the connecting element further has a device for fixing the box in the wall recess, wherein the device for fixing the box in the wall recess has at least one anchor element that can be pivoted out.
Process comprising extruding a molten composition comprising thermoplastic polymer comprising polystyrene and blowing agent consisting essentially of cis-1,1,1,4,4,4-hexafluoro-2-butene (Z-HFO-1336mzz) under the conditions (a) said molten composition being formed by melt mixing at a temperature of at least 180°C, (b) said melt mixing being carried out under a pressure of at least 1500 psi (103 Bar), (c) said extruding being carried out at a temperature of at least 120°C, and (d) said extruding being carried out under a pressure of at least 1000 psi (69 Bar), said conditions being effective to produce closed cell, smooth skin, low density foamed thermoplastic polymer comprising polystyrene in the absence of any co-blowing agent. (a) said molten composition being formed by melt mixing at a temperature of at least 180°C, (b) said melt mixing being carried out under a pressure of at least 1500 psi (103 Bar), (c) said extruding being carried out at a temperature of at least 120°C, and (d) said extruding being carried out under a pressure of at least 1000 psi (69 Bar),