mhurhangee/patent-ind-claim-en huggingface dataset:
A turbomachine having a contrarotating turbine for an aircraft, the turbomachine comprising a contrarotating turbine of which a first rotor is configured to rotate in a first direction of rotation and is connected to a first turbine shaft , and a second rotor configured to rotate in an opposite direction of rotation and connected to a second turbine shaft , the first rotor comprising turbine wheels interleaved between turbine wheels of the second rotor, the turbomachine further comprising a planetary-type epicyclic mechanical reduction gear which comprises a sun gear driven in rotation by said second shaft , a ring gear driven in rotation by said first shaft , and a planet carrier attached to a first stator casing of the turbomachine located upstream of the contrarotating turbine with respect to a direction of flow of gas in the turbomachine, the turbomachine comprising bearings (56-62) for guiding the first and second shafts, said second shaft is guided by at least two guide bearings mounted between this second shaft and said first stator casing or an element connected to the latter, characterised in that said first shaft is guided by at least two guide bearings mounted between this first shaft and a second stator casing located downstream of the contrarotating turbine or an element connected to the latter. the turbomachine comprising a contrarotating turbine of which a first rotor is configured to rotate in a first direction of rotation and is connected to a first turbine shaft , and a second rotor configured to rotate in an opposite direction of rotation and connected to a second turbine shaft , the first rotor comprising turbine wheels interleaved between turbine wheels of the second rotor, the turbomachine further comprising a planetary-type epicyclic mechanical reduction gear which comprises a sun gear driven in rotation by said second shaft , a ring gear driven in rotation by said first shaft , and a planet carrier attached to a first stator casing of the turbomachine located upstream of the contrarotating turbine with respect to a direction of flow of gas in the turbomachine, the turbomachine comprising bearings (56-62) for guiding the first and second shafts, said second shaft is guided by at least two guide bearings mounted between this second shaft and said first stator casing or an element connected to the latter, characterised in that said first shaft is guided by at least two guide bearings mounted between this first shaft and a second stator casing located downstream of the contrarotating turbine or an element connected to the latter.
A terminal apparatus comprising: a receiver configured to receive higher layer signaling used for configuration of multiple scheduling request configurations; a higher layer processor configured to determine a first value of a size L of scheduling request bits when a PUCCH resource used for transmission of a HARQ-ACK is a first PUCCH format and determine a second value of the size L of scheduling request bits when the PUCCH resource used for transmission of the HARQ-ACK is a second PUCCH format; and a transmitter configured to transmit HARQ-ACK bits and scheduling request bits with a number of bits equal to the first value of a size L or the second value of a size L determined by the higher layer processor by using the PUCCH resource used for transmission of the HARQ-ACK, wherein each of the multiple scheduling request configurations includes an SR PUCCH resource, and wherein in a case that the PUCCH resource used for transmission of the HARQ-ACK and one or multiple SR PUCCH resources corresponding to K scheduling request configurations of the multiple scheduling request configurations overlap with each other in a time domain, the first value of a size L of the scheduling request bits is given based on Ceiling (log 2 (K + 1)) and the second value of a size L of the scheduling request bits is 1, and the scheduling request bits are added to a sequence of the HARQ-ACK bits. a receiver configured to receive higher layer signaling used for configuration of multiple scheduling request configurations; a higher layer processor configured to determine a first value of a size L of scheduling request bits when a PUCCH resource used for transmission of a HARQ-ACK is a first PUCCH format and determine a second value of the size L of scheduling request bits when the PUCCH resource used for transmission of the HARQ-ACK is a second PUCCH format; and a transmitter configured to transmit HARQ-ACK bits and scheduling request bits with a number of bits equal to the first value of a size L or the second value of a size L determined by the higher layer processor by using the PUCCH resource used for transmission of the HARQ-ACK, wherein each of the multiple scheduling request configurations includes an SR PUCCH resource, and wherein in a case that the PUCCH resource used for transmission of the HARQ-ACK and one or multiple SR PUCCH resources corresponding to K scheduling request configurations of the multiple scheduling request configurations overlap with each other in a time domain, the first value of a size L of the scheduling request bits is given based on Ceiling (log 2 (K + 1)) and the second value of a size L of the scheduling request bits is 1, and the scheduling request bits are added to a sequence of the HARQ-ACK bits.
A multi-layer structured tissue comprising an outer surface having an Average Peak to Valley Waviness of 140 microns or less, wherein the Average Peak to Valley Waviness is computed as the average peak height plus the average valley depth both taken as positive values relative to the meanline, and wherein the Average Peak to Valley Waviness is measured according to the method described herein.
Gripping and closing device for a keg-type container for liquids comprising a drum , said gripping and closing device comprising a closing and tapping cap suitable to selectively close an entrance of the container allowing the tapping and a gripping handwheel suitable to handle and move the container , wherein said closing cap comprises coupling members and said gripping handwheel is provided, directly or by intermediate adaptor means, with an insertion and clamping seating and with coupling and guiding members characterized in that said coupling and guiding members are configured to axially couple with said coupling members present in the closing cap to allow a reciprocal stable association, without play, so that said gripping handwheel and said closing cap in an operative condition are substantially conformed in a single body, obtained by stable association and are configured to move together, during use, during the union with the drum .
A wood adhesive comprising: i) a formaldehyde, a phenol and an alkaline hydroxide; or i') a phenol formaldehyde resin; ii) and a high residual content (HRC) lignin, wherein the HRC lignin has an ash content of 12.9 to 30 wt% ash and a pH of greater than 8 to 11.2. i) a formaldehyde, a phenol and an alkaline hydroxide; or i') a phenol formaldehyde resin; ii) and a high residual content (HRC) lignin,
An X-ray Talbot interferometer comprising: an X-ray diffraction grating capable of diffracting x-ray radiation from an X-ray source to form an interference pattern; an X-ray shield grating capable of partially blocking the X-ray radiation forming the interference pattern, and an X-ray detector capable of detecting X-ray radiation from the X-ray shield grating, wherein the X-ray shield grating includes: a silicon substrate having a plurality of recessed portions , each having a bottom and a side wall ; silicide layers , one each disposed in the recessed portions and in contact with the bottoms of the recessed portions; and a metal structure including metal portions, one each disposed in the recessed portions. an X-ray diffraction grating capable of diffracting x-ray radiation from an X-ray source to form an interference pattern; an X-ray shield grating capable of partially blocking the X-ray radiation forming the interference pattern, and an X-ray detector capable of detecting X-ray radiation from the X-ray shield grating, wherein the X-ray shield grating includes: a silicon substrate having a plurality of recessed portions , each having a bottom and a side wall ; silicide layers , one each disposed in the recessed portions and in contact with the bottoms of the recessed portions; and a metal structure including metal portions, one each disposed in the recessed portions. a silicon substrate having a plurality of recessed portions , each having a bottom and a side wall ; silicide layers , one each disposed in the recessed portions and in contact with the bottoms of the recessed portions; and a metal structure including metal portions, one each disposed in the recessed portions.
An elevator system , comprising: a sensor assembly disposable in or proximate to an elevator lobby and configured to deduce an intent of at least one of multiple individuals in the elevator lobby to board a particular one of multiple elevators and to issue a call signal accordingly; and a controller configured to receive the call signal issued by the sensor assembly and to assign the particular one or more of the multiple elevators to serve the call signal at the elevator lobby , wherein the sensor assembly is configured to sense one or more of multiple cues and contextual incidences relating to each of the multiple individuals and a grouping thereof and to compare the one or more of multiple cues and contextual incidences with historical data to deduce the intent, characterised in that the sensor assembly is further configured to sense a group behavior of the multiple individuals and to compare the group behavior with historical data to deduce the intent. a sensor assembly disposable in or proximate to an elevator lobby and configured to deduce an intent of at least one of multiple individuals in the elevator lobby to board a particular one of multiple elevators and to issue a call signal accordingly; and a controller configured to receive the call signal issued by the sensor assembly and to assign the particular one or more of the multiple elevators to serve the call signal at the elevator lobby , wherein the sensor assembly is configured to sense one or more of multiple cues and contextual incidences relating to each of the multiple individuals and a grouping thereof and to compare the one or more of multiple cues and contextual incidences with historical data to deduce the intent, characterised in that the sensor assembly is further configured to sense a group behavior of the multiple individuals and to compare the group behavior with historical data to deduce the intent.
A composition comprising (a) milk or a crude protein-containing extract thereof; (b) an unsaturated fatty acid having 18 carbon atoms or a salt thereof; and (c) an acidifying agent in an amount that is sufficient to reduce the pH of the composition to less than 4; wherein the composition has been heat-treated. (a) milk or a crude protein-containing extract thereof; (b) an unsaturated fatty acid having 18 carbon atoms or a salt thereof; and (c) an acidifying agent in an amount that is sufficient to reduce the pH of the composition to less than 4; wherein the composition has been heat-treated.
A data processor comprising: an acquiring unit that acquires a spectrum measured by a spectrometer; and a data processing unit that sets an energy range in which a background of the spectrum is removed, and removes the background of the spectrum based on the set energy range, the data processing unit temporarily setting one end point of the energy range at a maximum point of the spectrum, temporarily setting another end point of the energy range at a maximum energy point or a minimum energy point of the spectrum, determining a peak area of the energy range after removing the background while moving the one end point in a direction away from the other end point, and determining that a point at which the peak area is at the maximum is the one end point, and the data processing unit temporarily setting the other end point at the maximum point of the spectrum, determining a peak area of the energy range after removing the background while moving the other end point in a direction away from the one end point, and determining that a point at which the peak area is at the maximum is the other end point, wherein the background is determined based on the end points of the energy range, and the peak area of the energy range after removing the background is an area resulting from subtracting the background between the end points from the spectrum between the end points. an acquiring unit that acquires a spectrum measured by a spectrometer; and a data processing unit that sets an energy range in which a background of the spectrum is removed, and removes the background of the spectrum based on the set energy range, the data processing unit temporarily setting one end point of the energy range at a maximum point of the spectrum, temporarily setting another end point of the energy range at a maximum energy point or a minimum energy point of the spectrum, determining a peak area of the energy range after removing the background while moving the one end point in a direction away from the other end point, and determining that a point at which the peak area is at the maximum is the one end point, and the data processing unit temporarily setting the other end point at the maximum point of the spectrum, determining a peak area of the energy range after removing the background while moving the other end point in a direction away from the one end point, and determining that a point at which the peak area is at the maximum is the other end point, wherein the background is determined based on the end points of the energy range, and the peak area of the energy range after removing the background is an area resulting from subtracting the background between the end points from the spectrum between the end points.
Fast-uncoupling shower screen for espresso coffee machines comprising: - a circular support dish provided with holes suitable for the passage of water dispensed by a dispenser assembly of the coffee machine; - a flow restrictor consisting of a tub comprising a bottom with a plurality of holes ; said flow restrictor being fixed below the circular support dish and said flow restrictor being suitable for restricting a water flow from the holes of the circular support dish and dispensing a plurality of water jets through the holes of the flow restrictor, - an elastically deformable retention element suitable for cooperating with an abutment wall of the flow restrictor and preferably with an abutment wall of the circular support dish , said retention element being an open ring and said circular support dish comprising a first annular groove housing said open ring , so that said open ring peripherally protrudes from said first annular groove , wherein the flow restrictor is fitted to the circular support dish in a snap-in coupling mode such that when the flow restrictor is inserted onto the circular support dish , the abutment wall of the flow restrictor is configured to compress the open ring in a transverse direction relative to the coupling direction of the flow restrictor and the circular support dish , and when the abutment wall of the flow restrictor overcomes the open ring , said open ring is configured to expand in said transverse direction to its non-deformed configuration to prevent the flow restrictor from falling off the circulator support dish . - a circular support dish provided with holes suitable for the passage of water dispensed by a dispenser assembly of the coffee machine; - a flow restrictor consisting of a tub comprising a bottom with a plurality of holes ; said flow restrictor being fixed below the circular support dish and said flow restrictor being suitable for restricting a water flow from the holes of the circular support dish and dispensing a plurality of water jets through the holes of the flow restrictor, - an elastically deformable retention element suitable for cooperating with an abutment wall of the flow restrictor and preferably with an abutment wall of the circular support dish , said retention element being an open ring and said circular support dish comprising a first annular groove housing said open ring , so that said open ring peripherally protrudes from said first annular groove , wherein the flow restrictor is fitted to the circular support dish in a snap-in coupling mode such that when the flow restrictor is inserted onto the circular support dish , the abutment wall of the flow restrictor is configured to compress the open ring in a transverse direction relative to the coupling direction of the flow restrictor and the circular support dish , and when the abutment wall of the flow restrictor overcomes the open ring , said open ring is configured to expand in said transverse direction to its non-deformed configuration to prevent the flow restrictor from falling off the circulator support dish .
A control method for controlling actuation voltages applied to array elements of an element array on an electrowetting on dielectric (EWOD) device, the control method comprising the steps of: receiving a liquid droplet onto the element array; applying an electrowetting actuation pattern of actuation voltages to actuate the droplet to modify a footprint of the droplet from a first state having an initial footprint to a second state having a modified footprint; sensing the modified footprint with a sensor; determining a test metric from sensing the modified footprint indicative of one or more droplet properties based on a droplet response of the liquid droplet to the electrowetting actuation pattern, the test metric indicative of the response of the liquid droplet to electrowetting actuation; and controlling actuation voltages applied to the array elements for a subsequent droplet manipulation based on the test metric; wherein the test metric includes a transition rate from the first state to the second state; and wherein the droplet has a first shape in the first state and a second shape different from the first shape in the second state. receiving a liquid droplet onto the element array; applying an electrowetting actuation pattern of actuation voltages to actuate the droplet to modify a footprint of the droplet from a first state having an initial footprint to a second state having a modified footprint; sensing the modified footprint with a sensor; determining a test metric from sensing the modified footprint indicative of one or more droplet properties based on a droplet response of the liquid droplet to the electrowetting actuation pattern, the test metric indicative of the response of the liquid droplet to electrowetting actuation; and controlling actuation voltages applied to the array elements for a subsequent droplet manipulation based on the test metric; wherein the test metric includes a transition rate from the first state to the second state; and wherein the droplet has a first shape in the first state and a second shape different from the first shape in the second state.
A nonwoven mat comprising: a plurality of reinforcing fibers; and a binder composition comprising a polycarboxy polymer and a plurality of polymer microspheres, wherein each of the polymer microspheres comprises a thermoplastic shell encapsulating a blowing agent, and magnesium hydroxide distributed throughout the thermoplastic shell. a plurality of reinforcing fibers; and a binder composition comprising a polycarboxy polymer and a plurality of polymer microspheres, wherein each of the polymer microspheres comprises a thermoplastic shell encapsulating a blowing agent, and magnesium hydroxide distributed throughout the thermoplastic shell.
A wireless communication system comprising an access point (API), AP, that belongs to a Basic Service Set, BSS, and a terminal (STA1), STA, that belongs to the AP (API), characterized in that the AP (AP1) is configured to instruct the STA (STA1) to set settings associated with Overlapping BSS, OBSS,_Power Detect, PD,-based Spatial Reuse, SR, that includes a function of performing adjustment so as to avoid interference between the BSS and an OBSS which is overlapped with the BSS, to on, and the STA (STA1) is configured to when it receives an inter-BSS frame and, based on the settings, not update at least a Basic Network Allocation Vector, NAV, used for virtual carrier sense.
An HVDC circuit breaker comprising three or more terminals (201a, 201b, 201c; 202a, 202b, 202c; 401a, 401b, 410c) and, for each group of two of the terminals, a respective inter-terminal connection branch (a-b, b-c, a-c) between the terminals 201a, 201b, 201c; 202a, 202b, 202c; 401a, 401b, 410c), wherein the inter-terminal connection branches (a-b, b-c, a-c) each comprise at least one commutation switch arrangement (210a, 210b, 210c; 310a, 310b, 310c; 410a1, 410b1, 410c1, 410a2, 410b2, 410c2), each commutation switch arrangement (210a, 210b, 210c; 310a, 310b, 310c; 410a1, 410b1, 410c1, 410a2, 410b2, 410c2) comprising one commutation switch (210a, 210b, 210c; 310a, 310b, 310c) or one commutation switch (410a1, 410b1, 410c1, 410a2, 410b2, 410c2) per bus interconnection, each commutation switch (210a, 210b, 210c; 310a, 310b, 310c; 410a1, 410b1, 410c1, 410a2, 410b2, 410c2) having a disconnector (211a, 211b, 211c; 311a, 311b, 311c; 411a1, 411b1, 411c1, 411a2, 411b2, 411c2) and a controllable bi-directional semiconductor switch arrangement (212a, 212b, 212c; 312a, 312b, 312c; 412al, 412b1, 412c1, 412a2, 412b2, 412c2) connected in series; wherein the HVDC circuit breaker further comprises a common main switch configured to take over a switch-off current from each of the commutation switches switch (210a, 210b, 210c; 310a, 310b, 310c; 410a1, 410b1, 410c1, 410a2, 410b2, 410c2), characterised in that the main switch comprises a positive end and a negative end, and wherein the HVDC circuit breaker further comprises, for each of the terminals (201a, 201b, 201c; 202a, 202b, 202c; 401a, 401b, 410c), a respective positive-direction redirect path (208a, 208b, 208c; 308a, 308b, 308c; 408a, 408b, 408c) connected between the respective terminal (201a, 201b, 201c; 202a, 202b, 202c; 401a, 401b, 410c) and the positive end of the main switch , and a respective negative-direction redirect path (209a, 209b, 209c; 309a, 309b, 309c; 409a, 409b, 409c) connected between the respective terminal (201a, 201b, 201c; 202a, 202b, 202c; 401a, 401b, 410c) and the negative end of the main switch .
A method for isolating and culturing neural stem cells with high efficiency, comprising: placing brain tissue in an enzyme solution for enzyme treatment; physically dissociating cell clumps from the enzyme-treated brain tissue; separating the cell clumps by size and removing impurities; and performing subculture by seeding the cell clumps that have a size of 70 to 100 μm in a culture dish. placing brain tissue in an enzyme solution for enzyme treatment; physically dissociating cell clumps from the enzyme-treated brain tissue; separating the cell clumps by size and removing impurities; and performing subculture by seeding the cell clumps that have a size of 70 to 100 μm in a culture dish.
Heater device , in particular a combi boiler device, with at least one internal heating circuit , which, at least in a connected state, is intended to form part of a central heating circuit for circulating heating water, and with at least one water exchange unit , which is intended to empty the central heating circuit , at least partially, as and when required and to fill it with fresh water, at least partially, as and when required, with a control unit, characterized in that the control unit is intended to actuate the water exchange unit in dependence on a degree of contamination of the heating water.