mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling the automatic restarting of a vehicle equipped with an automatic transmission when the brake pedal is released or the accelerator pedal is depressed by the driver, having a first phase of starting up the engine, during which the engine torque starts to rise without being transmitted to the wheels, followed by a second pull-away phase, during which it is gradually transmitted to the wheels while being dependent on a torque setpoint to be transmitted to the wheels which satisfies an objective pull-away time, characterized in that the authorization to take torque via a coupling system of the engine and of the transmission is given to a processor of the transmission by a pull-away module of an injection processor of the engine at the time (t coupling ) at which the effective engine torque has reached the torque setpoint to be transmitted to the wheels.
An X-ray generator comprising: an X-ray tube adapted to radiate primary X-rays (X1) to a specimen (S); a housing accommodating the X-ray tube ; an X-ray radiation area controller limiting a radiation area of the primary X-rays (X1) from the X-ray tube to the specimen (S); and a device holder holding the X-ray radiation area controller with respect to the housing , wherein the X-ray tube includes a vacuumized case , an electron ray source disposed as a cathode in the case and generating electron rays (e), and a target unit disposed as an anode facing the electron ray source in the case , with a base fixed to the case , and receiving electron rays (e) through a protruding free end , characterized in that the device holder has a fixed-base fixed to the housing , directly under the base of the target unit , and a supporting extension extending from the fixed-base in a protrusion direction of the target unit and supporting the X-ray radiation area controller , wherein a thermal expansion rate of the supporting extension in the protrusion direction (X +) is the same as a thermal expansion rate of the target unit in the protrusion direction (X+), and a distance (R) from a portion of the supporting extension fixed to the housing to a central axis of the X-ray radiation area controller is the same as a distance from the base to an X-ray generation position (P) at the free end of the target unit . an X-ray tube adapted to radiate primary X-rays (X1) to a specimen (S); a housing accommodating the X-ray tube ; an X-ray radiation area controller limiting a radiation area of the primary X-rays (X1) from the X-ray tube to the specimen (S); and a device holder holding the X-ray radiation area controller with respect to the housing , wherein the X-ray tube includes a vacuumized case , an electron ray source disposed as a cathode in the case and generating electron rays (e), and a target unit disposed as an anode facing the electron ray source in the case , with a base fixed to the case , and receiving electron rays (e) through a protruding free end , characterized in that the device holder has a fixed-base fixed to the housing , directly under the base of the target unit , and a supporting extension extending from the fixed-base in a protrusion direction of the target unit and supporting the X-ray radiation area controller , wherein a thermal expansion rate of the supporting extension in the protrusion direction (X +) is the same as a thermal expansion rate of the target unit in the protrusion direction (X+), and a distance (R) from a portion of the supporting extension fixed to the housing to a central axis of the X-ray radiation area controller is the same as a distance from the base to an X-ray generation position (P) at the free end of the target unit .
A compound of formula ( IIIa ) or a pharmaceutically acceptable salt thereof for use in treating a patient having multiple myeloma, wherein the use comprises: (i) determining if the patient has a cytogenetic alteration at chromosome 17, and (ii) if the patient has a cytogenetic alteration at chromosome 17, selecting the patient for administration of a treatment regimen comprising a compound of formula ( IIIa ): or a pharmaceutically acceptable salt thereof, wherein: the patient is determined to also have at least one other cytogenetic alteration wherein the one other cytogenetic alteration is t(4:14) and/or t(14:16); and wherein the treatment regimen further comprises lenalidomide and dexamethasone. (i) determining if the patient has a cytogenetic alteration at chromosome 17, and (ii) if the patient has a cytogenetic alteration at chromosome 17, selecting the patient for administration of a treatment regimen comprising a compound of formula ( IIIa ): or a pharmaceutically acceptable salt thereof, wherein: the patient is determined to also have at least one other cytogenetic alteration wherein the one other cytogenetic alteration is t(4:14) and/or t(14:16); and wherein the treatment regimen further comprises lenalidomide and dexamethasone.
A cartridge and a temperature adjustment stage for heating the cartridge in which a plurality of wells that store a liquid are formed, wherein the cartridge is used in an inspection system that detects an object captured by an immunoreaction, wherein the wells include a labeled antibody well that stores a labeled antibody that labels the object, and the wells further include at least one of a cleaning liquid well , a mixed diluent well , a specimen dilution well , or a measurement reagent well , wherein the temperature adjustment stage comprises a structure that heats at least one of the cleaning liquid well , the mixed diluent well , the specimen dilution well , or the measurement reagent well ; and wherein the temperature adjustment stage further comprises a mounting recess which is formed so as to correspond to a shape of the cartridge , characterized in that the mounting recess is formed with a recess that prevents a bottom part of the labeled antibody well from coming into contact with the temperature adjustment stage when the cartridge is mounted in the mounting recess , and at least one of a bottom part of the cleaning liquid well , a bottom part of the mixed diluent well , a bottom part of the specimen dilution well , or a bottom part of the measurement reagent well substantially contacts with the temperature adjustment stage . the wells include a labeled antibody well that stores a labeled antibody that labels the object, and the wells further include at least one of a cleaning liquid well , a mixed diluent well , a specimen dilution well , or a measurement reagent well , wherein the temperature adjustment stage comprises a structure that heats at least one of the cleaning liquid well , the mixed diluent well , the specimen dilution well , or the measurement reagent well ; and wherein the temperature adjustment stage further comprises a mounting recess which is formed so as to correspond to a shape of the cartridge , characterized in that the mounting recess is formed with a recess that prevents a bottom part of the labeled antibody well from coming into contact with the temperature adjustment stage when the cartridge is mounted in the mounting recess , and at least one of a bottom part of the cleaning liquid well , a bottom part of the mixed diluent well , a bottom part of the specimen dilution well , or a bottom part of the measurement reagent well substantially contacts with the temperature adjustment stage .
A semiconductor structure, comprising: a substrate, on which a stacked structure is provided, wherein the stacked structure comprises a plurality of memory cell groups (TCO) arranged in a first direction, each of the memory cell groups (TCO) comprising multiple layers of memory cells (TC) arranged in a second direction, and the stacked structure further comprises a plurality of horizontal signal lines arranged in the second direction, each of the horizontal signal lines being in contact with one layer of the memory cells (TC), wherein each memory cell (TC) comprises a transistor and a capacitor; and a plurality of leading wire posts arranged in the first direction, wherein the plurality of leading wire posts and the plurality of horizontal signal lines are arranged along a third direction, and the leading wire posts are connected to the horizontal signal lines , characterized in that the plurality of leading wire posts and the plurality of memory cell groups (TCO) are located on two opposite sides of the plurality of horizontal signal lines respectively; wherein the plurality of leading wire posts and the plurality of memory cell groups (TCO) are directly opposite in the third direction; or the plurality of leading wire posts and the plurality of memory cell groups (TCO) are arranged alternatively in the first direction. a substrate, on which a stacked structure is provided, wherein the stacked structure comprises a plurality of memory cell groups (TCO) arranged in a first direction, each of the memory cell groups (TCO) comprising multiple layers of memory cells (TC) arranged in a second direction, and the stacked structure further comprises a plurality of horizontal signal lines arranged in the second direction, each of the horizontal signal lines being in contact with one layer of the memory cells (TC), wherein each memory cell (TC) comprises a transistor and a capacitor; and a plurality of leading wire posts arranged in the first direction, wherein the plurality of leading wire posts and the plurality of horizontal signal lines are arranged along a third direction, and the leading wire posts are connected to the horizontal signal lines , characterized in that the plurality of leading wire posts and the plurality of memory cell groups (TCO) are located on two opposite sides of the plurality of horizontal signal lines respectively; wherein the plurality of leading wire posts and the plurality of memory cell groups (TCO) are directly opposite in the third direction; or the plurality of leading wire posts and the plurality of memory cell groups (TCO) are arranged alternatively in the first direction.
A supplemental thrust system for an airplane comprising: a submerged inlet duct ; a diffuser section in communication with the inlet duct; and a duct outlet in communication with the diffuser section; an outlet nozzle in communication with the duct outlet; a turbocharger unit comprising a turbocharger or several turbochargers in communication with each other to provide, in use, compressed air to the engine and the cabin; a heat exchanger unit comprising a plurality of heat exchangers in the diffuser section to provide, in use, cooling liquid to cool pressurized air in the cabin, engine intake air and the engine jacket wherein each turbocharger is positioned inside the duct and downstream of the heat exchanger unit and coupled to the intake manifold of an engine to increase the power of the engine in use by introducing compressed air into the manifold. a submerged inlet duct ; a diffuser section in communication with the inlet duct; and a duct outlet in communication with the diffuser section; an outlet nozzle in communication with the duct outlet; a turbocharger unit comprising a turbocharger or several turbochargers in communication with each other to provide, in use, compressed air to the engine and the cabin; a heat exchanger unit comprising a plurality of heat exchangers in the diffuser section to provide, in use, cooling liquid to cool pressurized air in the cabin, engine intake air and the engine jacket wherein each turbocharger is positioned inside the duct and downstream of the heat exchanger unit and coupled to the intake manifold of an engine to increase the power of the engine in use by introducing compressed air into the manifold.
Method for analysing at least one operating noise of at least one household appliance , wherein - at least one operating noise produced by the at least one household appliance during operation is detected, - an analysis of the at least one detected operating noise is performed, wherein the at least one detected operating noise is compared with at least one further noise (400 to 450), and - based on the analysis at least one predetermined action is performed, wherein - the at least one operating noise is detected by means of a mobile terminal and - the analysis of the at least one detected operating noise is performed by an application running or capable of running on the mobile terminal . - at least one operating noise produced by the at least one household appliance during operation is detected, - an analysis of the at least one detected operating noise is performed, wherein the at least one detected operating noise is compared with at least one further noise (400 to 450), and - based on the analysis at least one predetermined action is performed, - the at least one operating noise is detected by means of a mobile terminal and - the analysis of the at least one detected operating noise is performed by an application running or capable of running on the mobile terminal .
A Fresnel lens in which a plurality of protruding lens portions are concentrically, continuously formed, wherein a lens surface and a non-lens surface are formed in each of the lens portions , the non-lens surface includes a rise surface and a coupling surface , the rise surface is a surface along the optical axis of the Fresnel lens , the coupling surface is a surface which is formed on a top portion of each of the lens portions so as to couple the lens surface of the lens portion and the rise surface of the lens portion to each other, and which has a width extending in a radial direction of the Fresnel lens , and a light absorbing portion is provided in a position along the optical axis of the Fresnel lens which passes through the coupling surface , wherein the light absorbing portion is formed in an inside of each of the lens portions .
A luminaire with a plate-shaped light guiding element and a lighting unit held by the light guiding element , which has a light emission opening provided for the emission of the light of the first lighting means , which projects with respect to a plane (E) defined by the light guiding element , wherein the lighting unit furthermore has a second lighting means for coupling light into the light guiding element and the light guiding element is designed for the emission of said light via at least one flat side, characterized in that a cover of the luminaire is formed by a covering, which consist of an at least partially light-permeable, flexible material, wherein the covering material is designed pocket-like, is dimensioned in terms of its size and is placed over the light guiding element and is fixed to a rear side of the light guiding element , which is opposite the side provided for the light emission, in such a manner that the covering material subjected to tension abuts against the outer circumference of the light guiding plate and substantially completely spans at least the side of the light guiding element provided for the light emission and its outer circumference, and wherein the covering material, which is designed pocket-like, has an opening , the edge regions of which are brought together on the rear side of the light guiding element in such a manner that the covering material substantially completely spans the light guiding element and the lighting unit , and that a preferably elongated profile element is arranged on the rear side of the light guiding element , to which edge regions of the opening of the covering material are fastened.
A pharmaceutical composition for use in preventing or treating an allergic disease caused by house dust mite comprising bacteria-derived extracellular vesicles as an active ingredient, wherein the bacteria overexpresses a house dust mite-derived allergen gene, wherein the allergic disease is caused by house dust mite-derived allergens, wherein the house dust mite is North American house dust mite ( Dermatophagoides farinae ), wherein the house dust mite-derived allergen is Der f2, wherein the Der f2 is overexpressed in the lumen of the bacteria-derived extracellular vesicles, and wherein the bacteria-derived vesicles are prepared by a method comprising: (a) Overexpressing the house dust mite-derived allergen gene in bacteria; (b) Culturing the bacteria in a culture medium; (c) Isolating the bacteria-derived vesicles from the culture medium; and (d) Removing endotoxin in an outer membrane of the bacteria-derived vesicles with lysozyme. (a) Overexpressing the house dust mite-derived allergen gene in bacteria; (b) Culturing the bacteria in a culture medium; (c) Isolating the bacteria-derived vesicles from the culture medium; and (d) Removing endotoxin in an outer membrane of the bacteria-derived vesicles with lysozyme.
A wireless local area network, WLAN, transmitter configured to: select one of a plurality of 802.11 wireless communication modes of operation indicating a frequency band, a particular one of a plurality of channel bandwidths and a maximum bit rate for the selected one of the plurality of channel bandwidths, based on a mode selection signal , and determine the mode selection signal based on WLAN operational conditions, which include protocol diversity of wireless communication devices affiliated with a corresponding WLAN, target capabilities, and WLAN transmitter capabilities, the WLAN transmitter further comprising: a plurality of radio frequency, RF, transmitters , wherein, based on the mode selection signal, a number of the plurality of RF transmitters are enabled and produce a corresponding number of RF signals; the WLAN transmitter comprising a baseband module operably coupled to: select one of a plurality of encoding modes based on the mode selection signal; encode data in accordance with the one of the plurality of encoding modes to produce encoded data; determine a number of transmit streams based on the mode selection signal; and convert the encoded data into streams of symbols in accordance with the number of transmit streams wherein the number of RF signals communicate a corresponding number of parallel transmit streams. select one of a plurality of 802.11 wireless communication modes of operation indicating a frequency band, a particular one of a plurality of channel bandwidths and a maximum bit rate for the selected one of the plurality of channel bandwidths, based on a mode selection signal , and determine the mode selection signal based on WLAN operational conditions, which include protocol diversity of wireless communication devices affiliated with a corresponding WLAN, target capabilities, and WLAN transmitter capabilities, the WLAN transmitter further comprising: a plurality of radio frequency, RF, transmitters , wherein, based on the mode selection signal, a number of the plurality of RF transmitters are enabled and produce a corresponding number of RF signals; the WLAN transmitter comprising a baseband module operably coupled to: select one of a plurality of encoding modes based on the mode selection signal; encode data in accordance with the one of the plurality of encoding modes to produce encoded data; determine a number of transmit streams based on the mode selection signal; and convert the encoded data into streams of symbols in accordance with the number of transmit streams wherein the number of RF signals communicate a corresponding number of parallel transmit streams. select one of a plurality of encoding modes based on the mode selection signal; encode data in accordance with the one of the plurality of encoding modes to produce encoded data; determine a number of transmit streams based on the mode selection signal; and convert the encoded data into streams of symbols in accordance with the number of transmit streams wherein the number of RF signals communicate a corresponding number of parallel transmit streams.
A lubricating composition comprising: (a) an oil of lubricating viscosity; (b) 50 to 140 parts per million by weight of titanium in the form of an oil-soluble titanium-containing material; (c) 70 to 150 parts per million by weight molybdenum in the form of an oil-soluble molybdenum-containing material; (d) 0.7 to 2.0 percent by weight of a hindered phenolic antioxidant; and at least one additive selected from the group consisting of (e) anti-wear agents and (f) dispersants. (a) an oil of lubricating viscosity; (b) 50 to 140 parts per million by weight of titanium in the form of an oil-soluble titanium-containing material; (c) 70 to 150 parts per million by weight molybdenum in the form of an oil-soluble molybdenum-containing material; (d) 0.7 to 2.0 percent by weight of a hindered phenolic antioxidant; and at least one additive selected from the group consisting of (e) anti-wear agents and (f) dispersants.
Apparatus for treating threads, in particular for swirling threads, comprising at least one nozzle with a yarn channel and an active zone in the yarn channel and at least one fluid oscillator for generating an oscillating fluid flow (Fs) which is introduced into the nozzle as primary fluid flow (HFs), characterized in that the fluid oscillator has at least two oscillatory loops and/or an external stimulation , and two outputs between which a fluid flow (Fs) oscillates, and that each outlet is connected to a fluid inlet opening of a nozzle . at least one nozzle with a yarn channel and an active zone in the yarn channel and at least one fluid oscillator for generating an oscillating fluid flow (Fs) which is introduced into the nozzle as primary fluid flow (HFs), characterized in that the fluid oscillator has at least two oscillatory loops and/or an external stimulation , and two outputs between which a fluid flow (Fs) oscillates, and that each outlet is connected to a fluid inlet opening of a nozzle .
An enzyme-specific retainable fluorescent compound represented by Formula I' below or a salt thereof wherein, A representing a monovalent group which is cleaved by an enzyme to generate a quinone methide; R 1 representing a hydrogen atom or one to four same or different substituents bonded to the benzene ring selected from the group consisting of alkyl, alkoxy, halogen, amino, mono- or di-substituted amino, substituted silyl and acyl; R 3 , R 4 , R 5 , and R 6 each independently representing -CFR 10 R 11 or -CF 2 R 12 , or a hydrogen atom, a hydroxyl group, an alkyl group, or a halogen atom; R 2 and R 7 each independently representing a hydrogen atom, a hydroxyl group, an alkyl group, or a halogen atom; R 8 and R 9 each independently representing a hydrogen atom or an alkyl group; R 10 , R 11 , and R 12 each independently representing a hydrogen atom, an alkyl group, or an alkenyl group; X representing an oxygen atom, Se, CR 13 R 14 , or SiR 15 R 16 ; R 13 , R 14 , R 15 , and R 16 each independently representing a hydrogen atom or an alkyl group; Y representing a C 1-3 alkylene group; and at least one of R 3 , R 4 , R 5 , and R 6 representing -CFR 10 R 11 or -CF 2 R 12 .