mhurhangee/patent-ind-claim-en huggingface dataset:
A gyroscope system comprising: a MEMS gyroscope having a drive motion and configured to produce an output signal proportional to a rate of rotation and to a velocity of the drive motion; a drive system configured to regulate the drive motion; a sense system configured to receive the output signal and to produce a demodulated output signal ; a phase-locked loop, PLL, configured to receive a reference clock, REFCLK, from the drive system and to produce a system clock, CLK, ; and a controller configured to operate based on the system clock and configured to set an operating state of the drive system and the sense system and to control a state of the PLL, wherein the system is configured to operate initially in a low-power mode, to transition to a normal operating mode in preparation for a measurement interval, and to transition back to the low-power mode following the end of the measurement interval, wherein the system is further configured to operate in a protect mode during transitions between the low-power mode and the normal operating mode so as to maintain one or more system state variables in a substantially fixed state during the protect mode, thereby enabling rapid transitions between the low-power mode and the normal operating mode of the gyroscope system , wherein the MEMS gyroscope is configured to duty-cycle measurement intervals. a MEMS gyroscope having a drive motion and configured to produce an output signal proportional to a rate of rotation and to a velocity of the drive motion; a drive system configured to regulate the drive motion; a sense system configured to receive the output signal and to produce a demodulated output signal ; a phase-locked loop, PLL, configured to receive a reference clock, REFCLK, from the drive system and to produce a system clock, CLK, ; and a controller configured to operate based on the system clock and configured to set an operating state of the drive system and the sense system and to control a state of the PLL, wherein the system is configured to operate initially in a low-power mode, to transition to a normal operating mode in preparation for a measurement interval, and to transition back to the low-power mode following the end of the measurement interval, wherein the system is further configured to operate in a protect mode during transitions between the low-power mode and the normal operating mode so as to maintain one or more system state variables in a substantially fixed state during the protect mode, thereby enabling rapid transitions between the low-power mode and the normal operating mode of the gyroscope system , wherein the MEMS gyroscope is configured to duty-cycle measurement intervals.
A compound of the formula (I) for use in prophylaxis or treating autoimmune liver diseases (AILD), wherein: A is OH or OCH 3 . R is H, CH 3 , or cyclopropylmethyl; X is the oxygen atom, Y is O, or CH 2 , Z is H or OH; and the compound is in the form of a racemic mixture, enantiomer, diastereoisomer, or pharmaceutically acceptable salt.
Pressure exchanger with a valve system comprising a cylinder barrel , two valve plates and two port plates , wherein the cylinder barrel comprises at least one cylinder which accommodates a piston , characterized in that the pressure exchanger comprises a piston braking system and that the piston comprises a pressure relief arrangement, wherein the pressure relief arrangement is configured to allow a reduction of a peak pressure or excess pressure from a first side of the piston to a second side of the piston or the other way around.
A user device , UE, for one or more wireless communication systems, the UE comprising: one or more transceiver chains , wherein the UE is to share at least one transceiver chain with at least two connections to the one or more wireless communication systems , wherein the UE is to be connected to one or more network entities, like a gNB or another UE, with the connections, and to perform one or more operations on the connections at respective operation occasions, wherein, when the UE is to transmit or receive on a current one of the connections, the UE is not to transmit or receive on the other connections, and wherein, when the UE tunes away from an operation on the current connection to perform an operation on another one of the at least two connections, the UE is to signal to the network entity, to which it is connected with the current connection a tune away signal, TAS, including an actual time the UE is tuned away from the current connection, and information about the one or more operation occasions associated with one or more or all of the other connections. one or more transceiver chains , wherein the UE is to share at least one transceiver chain with at least two connections to the one or more wireless communication systems , wherein the UE is to be connected to one or more network entities, like a gNB or another UE, with the connections, and to perform one or more operations on the connections at respective operation occasions, wherein, when the UE is to transmit or receive on a current one of the connections, the UE is not to transmit or receive on the other connections, and wherein, when the UE tunes away from an operation on the current connection to perform an operation on another one of the at least two connections, the UE is to signal to the network entity, to which it is connected with the current connection a tune away signal, TAS, including an actual time the UE is tuned away from the current connection, and information about the one or more operation occasions associated with one or more or all of the other connections. a tune away signal, TAS, including an actual time the UE is tuned away from the current connection, and information about the one or more operation occasions associated with one or more or all of the other connections.
A pouched product, comprising: an outer water-permeable pouch defining a cavity; a composition comprising a water-soluble component; wherein the composition is situated within the cavity; wherein the outer water-permeable pouch comprises a nonwoven web comprising fibers; and wherein at least a first portion of the fibers is selected from the group consisting of sisal fibers, corn silk fibers, long wood fibers obtained from softwood with a length of 1-5 mm, MCC fibers, and combinations thereof. an outer water-permeable pouch defining a cavity; a composition comprising a water-soluble component; wherein the composition is situated within the cavity; wherein the outer water-permeable pouch comprises a nonwoven web comprising fibers; and wherein at least a first portion of the fibers is selected from the group consisting of sisal fibers, corn silk fibers, long wood fibers obtained from softwood with a length of 1-5 mm, MCC fibers, and combinations thereof.
Device for reducing toothed gear noises of a drive toothed gear which is in meshing engagement with an output toothed gear , wherein forces from the toothed gears are introduced into a housing via at least one support, wherein the device has a sensor device, a closed-loop control device and an actuator , and wherein, by means of the sensor device, a dynamic oscillation signal (SWS) is detected and the oscillation signal (SWS) is fed to the closed-loop control device , wherein, by means of the closed-loop control device , an oscillation reduction signal (SVS) is generated which is fed to the actuator , characterized in that the actuator is arranged on or in the support such that forces are transmitted from the toothed gears into the housing via the actuator , wherein a relative displacement of and/or an exertion of force on a component supported by the support is actively effected by means of the actuator , and in that the actuator is also used as sensor device.
A cassette drawing-in device for a paper feed cassette, comprising: a first member ; a guide portion formed in the first member and configured to accept a pin that protrudes from a paper feed cassette to be inserted and removed along a first direction (Da), the pin protruding from the paper feed cassette in a second direction (Db) orthogonal to the first direction, the guide portion positioning the pin in a third direction orthogonal to the first direction and the second direction when the paper feed cassette is being inserted and removed; a second member fixed to the first member and facing the first member in the second direction; a first rotation shaft provided between the first member and the second member with a length extending from the second member to the first member in the second direction; a first link rotationally supported by the first rotation shaft; a second rotation shaft on the first link with a length in a direction facing the first member in the second direction; a second link rotationally supported by the second rotation shaft and including an engagement groove which engages with the pin in the first direction and slides on the pin in a direction intersecting a moving direction of the pin; and a rib on at least one of the first member and the second member and protruding in the second direction toward the second link, the rib sliding on a side surface of the second link within a range of movement of the second link accompanying the rotation of the first link around the first rotation shaft. a first member ; a guide portion formed in the first member and configured to accept a pin that protrudes from a paper feed cassette to be inserted and removed along a first direction (Da), the pin protruding from the paper feed cassette in a second direction (Db) orthogonal to the first direction, the guide portion positioning the pin in a third direction orthogonal to the first direction and the second direction when the paper feed cassette is being inserted and removed; a second member fixed to the first member and facing the first member in the second direction; a first rotation shaft provided between the first member and the second member with a length extending from the second member to the first member in the second direction; a first link rotationally supported by the first rotation shaft; a second rotation shaft on the first link with a length in a direction facing the first member in the second direction; a second link rotationally supported by the second rotation shaft and including an engagement groove which engages with the pin in the first direction and slides on the pin in a direction intersecting a moving direction of the pin; and a rib on at least one of the first member and the second member and protruding in the second direction toward the second link, the rib sliding on a side surface of the second link within a range of movement of the second link accompanying the rotation of the first link around the first rotation shaft.
A system for producing hydrogen from a byproduct gas generated during a steelmaking process or a coal chemistry process, the system comprising: a reformer for reforming the byproduct gas using steam (H 2 O); a separator for separating a reformed gas supplied from the reformer into a reduction gas and hydrogen gas (H 2 ); a first reactor for reducing ferric oxide (Fe 2 O 3 ) into ferrous oxide (FeO) using the reduction gas supplied from the separator; and a second reactor for producing ferrous-ferric oxide (Fe 3 O 4 ) and hydrogen gas (H 2 ) by mixing the ferrous oxide (FeO) supplied from the first reactor with steam (H 2 O), wherein a concentration of hydrogen gas (H 2 ) in the reformed gas discharged from the reformer is higher than a concentration of hydrogen gas (H 2 ) in the byproduct gas, wherein the byproduct gas includes coke oven gas comprising hydrogen, methane, carbon monoxide, nitrogen, carbon dioxide, ethylene and oxygen. a reformer for reforming the byproduct gas using steam (H 2 O); a separator for separating a reformed gas supplied from the reformer into a reduction gas and hydrogen gas (H 2 ); a first reactor for reducing ferric oxide (Fe 2 O 3 ) into ferrous oxide (FeO) using the reduction gas supplied from the separator; and a second reactor for producing ferrous-ferric oxide (Fe 3 O 4 ) and hydrogen gas (H 2 ) by mixing the ferrous oxide (FeO) supplied from the first reactor with steam (H 2 O), wherein a concentration of hydrogen gas (H 2 ) in the reformed gas discharged from the reformer is higher than a concentration of hydrogen gas (H 2 ) in the byproduct gas, wherein the byproduct gas includes coke oven gas comprising hydrogen, methane, carbon monoxide, nitrogen, carbon dioxide, ethylene and oxygen.
A 2p magnetic pole axial-flux electric motor including: a rotor; and an m-phase stator composed of at least one pair of layers of conductors on which conductor tracks constituting the phases of the stator are arranged, characterized in that the conductor tracks are arranged in half-phases, the conductor tracks comprising access points of an electric current to the half-phases on the inner edge of the stator, the access points allowing an electric current to enter and exit each phase of the stator, and return points allow connecting the half-phases together. a rotor; and an m-phase stator composed of at least one pair of layers of conductors on which conductor tracks constituting the phases of the stator are arranged, characterized in that the conductor tracks are arranged in half-phases, the conductor tracks comprising access points of an electric current to the half-phases on the inner edge of the stator, the access points allowing an electric current to enter and exit each phase of the stator, and return points allow connecting the half-phases together.
A fuel pump assembly for an internal combustion engine, the fuel pump assembly comprising: a pump chamber for fuel; a plunger which is driven by means of a drive arrangement to cause pressurization of fuel within the pump chamber ; a first housing part provided with a recess which defines the pump chamber in an upper region thereof and which receives a second elongate housing part in a lower region thereof, wherein the second elongate housing part defines at least in part a plunger bore for receiving the plunger ; characterised in that the second elongate housing part projects from the recess so that a greater proportion of the second housing part extends from the recess than is received within the recess ; and wherein the fuel pump assembly comprises an inlet valve arranged vertically above an end surface of the plunger within the pump chamber and operable to control a supply of fuel into the pump chamber prior to pressurization, wherein the inlet valve is cooperable with an inlet valve seating defined at an entry port to the pump chamber and, wherein the second elongate housing part includes a sleeve which defines an upper portion of the plunger bore , said sleeve being fixed to the second elongate housing part and, wherein the sleeve defines, together with the recess in the first housing part , a clearance for fuel to permit fuel flow around the outside of the sleeve . a pump chamber for fuel; a plunger which is driven by means of a drive arrangement to cause pressurization of fuel within the pump chamber ; a first housing part provided with a recess which defines the pump chamber in an upper region thereof and which receives a second elongate housing part in a lower region thereof, wherein the second elongate housing part defines at least in part a plunger bore for receiving the plunger ; characterised in that the second elongate housing part projects from the recess so that a greater proportion of the second housing part extends from the recess than is received within the recess ; and wherein the fuel pump assembly comprises an inlet valve arranged vertically above an end surface of the plunger within the pump chamber and operable to control a supply of fuel into the pump chamber prior to pressurization, wherein the inlet valve is cooperable with an inlet valve seating defined at an entry port to the pump chamber and, wherein the second elongate housing part includes a sleeve which defines an upper portion of the plunger bore , said sleeve being fixed to the second elongate housing part and, wherein the sleeve defines, together with the recess in the first housing part , a clearance for fuel to permit fuel flow around the outside of the sleeve .
A polymer film, which comprises poly(vinyl butyral), wherein: the polymer film has a 45-100°C dimensional variability, measured as defined in the description, ranging from 20 μm to 50 μm; and at least one surface of the polymer film has a surface roughness Rz ranging from 30 μm to 55 μm, wherein the 45-100°C dimensional variability is a thickness variation of a polymer film between 45°C and 100°C, and Rz is measured in accordance with JIS B 0601 . the polymer film has a 45-100°C dimensional variability, measured as defined in the description, ranging from 20 μm to 50 μm; and at least one surface of the polymer film has a surface roughness Rz ranging from 30 μm to 55 μm, wherein the 45-100°C dimensional variability is a thickness variation of a polymer film between 45°C and 100°C, and Rz is measured in accordance with JIS B 0601 .
Air-conditioning installation for a motor vehicle, comprising a compressor , a condenser , a refrigerant which is not CO 2 , in particular R134a, an external heat exchanger through which a fluid other than the refrigerant can pass so as to provide an exchange of heat between this fluid and the refrigerant, and an internal heat exchanger comprising an outer tube and an inner tube arranged inside the outer tube so as to delimit a first flow path between the outer tube and the inner tube and a second flow path inside the inner tube , the inner tube is provided on both its outer and inner sides with heat-conducting ribs , characterized in that the heat-conducting ribs end on the inner side of the inner tube at a certain distance from the median axis (M) of the inner tube , and in that each side of the heat exchanger is provided with a connection block which is provided with a high-pressure port and with a low-pressure port , at least one of the ports leading to a damping chamber which is created in the connection block , and in that the heat-conducting ribs arranged on the outer side of the inner tube are arranged in the first flow path and the heat-conducting ribs arranged on the inner side of the inner tube are arranged in the second flow path , and the inner tube has, on its inner side, a first and a second type of heat-conducting rib , the heat-conducting ribs of the first type extending further towards the median axis (M) of the inner tube than the heat-conducting ribs of the second type, and a damping chamber is created in the connection block on the side of the inlet of the inner heat exchanger and in that one on the side of the outlet of the inner heat exchanger , the two damping chambers having different internal shapes and/or volumes, thus making it possible to optimally damp two different natural frequencies.
A display panel with redundancy scheme comprising: a display substrate including a non-pixel area and a pixel area that includes an array of subpixels ; an array of redundant vertical micro LED device pairs bonded to an array of bottom electrodes within the array of subpixels, wherein each subpixel includes a redundant vertical micro LED device pair, each redundant vertical micro LED device pair within a respective subpixel is designed to emit a same primary color emission, and each vertical micro LED device includes a p-n diode formed of inorganic semiconductor-based materials, a top conductive contact and a bottom conductive contact ; and one or more top electrode layers in electrical contact with the array of redundant vertical micro LED device pairs; wherein the array of redundant vertical micro LED device pairs includes irregularities associated with missing vertical micro LED devices within the array of redundant vertical micro LED device pairs; and a passivation layer material that covers and electrically insulates the irregularities associated with the missing vertical micro LED devices, wherein the passivation layer material does not cover the top conductive contacts of the redundant vertical micro LED device pairs; wherein the array of subpixels includes a first subpixel array, a second subpixel array, and a third subpixel array, wherein the first, second, and third subpixel arrays are designed to emit different primary color emissions. a display substrate including a non-pixel area and a pixel area that includes an array of subpixels ; an array of redundant vertical micro LED device pairs bonded to an array of bottom electrodes within the array of subpixels, wherein each subpixel includes a redundant vertical micro LED device pair, each redundant vertical micro LED device pair within a respective subpixel is designed to emit a same primary color emission, and each vertical micro LED device includes a p-n diode formed of inorganic semiconductor-based materials, a top conductive contact and a bottom conductive contact ; and one or more top electrode layers in electrical contact with the array of redundant vertical micro LED device pairs; wherein the array of redundant vertical micro LED device pairs includes irregularities associated with missing vertical micro LED devices within the array of redundant vertical micro LED device pairs; and a passivation layer material that covers and electrically insulates the irregularities associated with the missing vertical micro LED devices, wherein the passivation layer material does not cover the top conductive contacts of the redundant vertical micro LED device pairs; wherein the array of subpixels includes a first subpixel array, a second subpixel array, and a third subpixel array, wherein the first, second, and third subpixel arrays are designed to emit different primary color emissions.