mhurhangee/patent-ind-claim-en huggingface dataset:
A sump housing apparatus for a gas turbine engine , comprising: an annular body ; and a plurality of service tubes arrayed around the annular body , each service tube having a proximal end intersecting the body and an opposed distal end , each of the service tubes having an inner port communicating with an interior of the annular body , wherein the body and the at least one of the service tubes are part of a monolithic whole; characterised in that the proximal ends of two or more of the service tubes intersect the annular body at a common axial location, and respective inner ports of the two or more service tubes communicate with the interior at different axial locations. an annular body ; and a plurality of service tubes arrayed around the annular body , each service tube having a proximal end intersecting the body and an opposed distal end , each of the service tubes having an inner port communicating with an interior of the annular body , wherein the body and the at least one of the service tubes are part of a monolithic whole; characterised in that the proximal ends of two or more of the service tubes intersect the annular body at a common axial location, and respective inner ports of the two or more service tubes communicate with the interior at different axial locations.
A method of forming a cutter head with an axis of rotation (RA), the method comprising: forming a hub with integral hub arm segments ; forming at least one ring with integral cutter body arm segments (22; 28) extending from the at least one ring and connection surfaces on the end of each arm segment for directly connecting to the hub arm segments ; joining the hub to the at least one ring , around the axis of rotation, by connecting the hub arm segments to the cutter body arm segments at connection surfaces , characterized in that the cutter body arm segments and the hub arm segments connect directly to form continuous arms. forming a hub with integral hub arm segments ; forming at least one ring with integral cutter body arm segments (22; 28) extending from the at least one ring and connection surfaces on the end of each arm segment for directly connecting to the hub arm segments ; joining the hub to the at least one ring , around the axis of rotation, by connecting the hub arm segments to the cutter body arm segments at connection surfaces , characterized in that the cutter body arm segments and the hub arm segments connect directly to form continuous arms.
Sealing apparatus for sealing packages on a flatbed machine, the package being formed from a base-film web and a cover-film web , at least the cover-film web being formed from a water-soluble film, the sealing apparatus comprising a liquid supply for a water-containing liquid , at least one moistening unit for wetting the cover-film web with the water-containing liquid , and a pressing device for vertically pressing and sealing the cover-film web together with the base-film web at a sealing location in the state in which they are wetted with the liquid , the sealing apparatus having a feed region in which the cover-film web is fed from top to bottom to the pressing device , and the moistening unit acting on the cover-film web in the feed region , characterized in that the moistening unit has a moistening roller and a spraying device for the water-containing liquid , the moistening unit being able to be switched between a first operating state and a second operating state, the moistening roller acting on the cover-film web at a roller moistening location in the first operating state, and the spraying device acting on a spray portion of the cover-film web , said spray portion lying between the roller moistening location and the sealing location , in the feed region in the second operating state.
Vehicle seat having an extension along a height axis Z and a width axis Y, comprising a seat part and a backrest element which extends along a height axis Z' and in a width axis Y', wherein the backrest element has, extending along the height axis Z', a central structure , which is arranged centrally along the width axis Y' and opens into a base structure extending substantially along the width axis Y', wherein the backrest element has at least one stability element which extends away from the central structure along the width axis Y', wherein the base structure is arranged in a support structure of the vehicle seat , wherein the forces received by the backrest element via the central structure can be introduced into the base structure and from the base structure via the support structure into a seat substructure , characterised in that two second stability elements are provided which are in the form of rib elements , wherein the rib elements each have an extension along the width axis Y' and wherein the rib elements are arranged on the central structure or are integrally formed with the central structure, wherein a rib element comprises two vertical portions which are substantially parallel to the height axis Z' and are spaced apart in the width direction Y', wherein a second vertical portion lies further inwards along the width direction Y' than a first vertical portion and is also a portion of the respective one support element , wherein the two vertical portions are interconnected by two transverse portions , wherein the transverse portions run obliquely downwards and enclose an angle (β1, β2) with the height axis Z', wherein a transition region is provided respectively between the second vertical portion and the first and the second transverse strut portion , wherein a resilient element or a hinge element is provided in the transition region ..
A method for managing soft errors associated with one or more safety programmable logic controllers (PLCs), the method comprising: receiving an expected soft error rate for one or more types of input/output (I/O) modules over time; receiving respective soft error data that was aggregated by respective safety PLCs of the one or more safety PLCs based on soft errors detected by I/O modules coupled to the respective safety PLCs; determining actual soft error rates per I/O module type based on the received soft error data; predicting soft error rates for the one or more safety PLCs per I/O module type; comparing the actual and/or predicted soft error rates to the expected soft error rate per I/O module type; and taking one or more actions in response to a threshold deviation between the actual and/or predicted soft error rates relative to the expected soft error rate for the corresponding I/O module type. receiving an expected soft error rate for one or more types of input/output (I/O) modules over time; receiving respective soft error data that was aggregated by respective safety PLCs of the one or more safety PLCs based on soft errors detected by I/O modules coupled to the respective safety PLCs; determining actual soft error rates per I/O module type based on the received soft error data; predicting soft error rates for the one or more safety PLCs per I/O module type; comparing the actual and/or predicted soft error rates to the expected soft error rate per I/O module type; and taking one or more actions in response to a threshold deviation between the actual and/or predicted soft error rates relative to the expected soft error rate for the corresponding I/O module type.
An apparatus, comprising: a semiconductor region; a trench defined within the semiconductor region, the trench having a length aligned along a first longitudinal axis (D1) orthogonal to a vertical axis (D3), having a first portion included in a termination region of the semiconductor region and having a second portion included in an active region of the semiconductor region; a dielectric lining a bottom portion of the trench , a shield electrode disposed in the trench and insulated from the semiconductor region by the dielectric having a termination region portion; wherein the first portion of the trench includes the shield electrode disposed therein and the second portion of the trench includes a recessed portion of the shield electrode and a gate electrode ; the dielectric having a first portion disposed in the termination region of the semiconductor region, extending in a vertical direction (D3) from a bottom of the trench at an end of the trench and a second portion disposed in the active region and in the rest of the trench in the termination region of the semiconductor region, whereinthe first portion of the dielectric disposed in the termination region has a thickness (E3) considered from the bottom of the trench greater than a thickness (E2) of the second portion of the dielectric disposed in the active region ; and a transverse trench is aligned along a second longitudinal axis (D2) orthogonal to the first longitudinal axis (D1), and has a profile intersecting the end of the trench . a semiconductor region; a trench defined within the semiconductor region, the trench having a length aligned along a first longitudinal axis (D1) orthogonal to a vertical axis (D3), having a first portion included in a termination region of the semiconductor region and having a second portion included in an active region of the semiconductor region; a dielectric lining a bottom portion of the trench , a shield electrode disposed in the trench and insulated from the semiconductor region by the dielectric having a termination region portion; wherein the first portion of the trench includes the shield electrode disposed therein and the second portion of the trench includes a recessed portion of the shield electrode and a gate electrode ; the dielectric having a first portion disposed in the termination region of the semiconductor region, extending in a vertical direction (D3) from a bottom of the trench at an end of the trench and a second portion disposed in the active region and in the rest of the trench in the termination region of the semiconductor region, whereinthe first portion of the dielectric disposed in the termination region has a thickness (E3) considered from the bottom of the trench greater than a thickness (E2) of the second portion of the dielectric disposed in the active region ; and a transverse trench is aligned along a second longitudinal axis (D2) orthogonal to the first longitudinal axis (D1), and has a profile intersecting the end of the trench .
An electronic watch , comprising: - a time displaying means for displaying time, wherein the time displaying means is electronically controllable to display a determined time; - a processor subsystem configured to electronically communicate with the time displaying means and to: - maintain a coordinated planetary time (UTC, MTC) which is defined for a prime meridian of a terrestrial planet; - obtain longitudinal data, the longitudinal data representing a longitude of interest on the terrestrial planet which is different from the prime meridian; characterized in that said processor subsystem is further configured to: - determine a local true solar time, LTST, at the longitude of interest as a function of the coordinated planetary time and using an equation of time which accounts for orbital eccentricity and rotational axis tilt of the terrestrial planet; and - control the time displaying means to display the LTST. - a time displaying means for displaying time, wherein the time displaying means is electronically controllable to display a determined time; - a processor subsystem configured to electronically communicate with the time displaying means and to: - maintain a coordinated planetary time (UTC, MTC) which is defined for a prime meridian of a terrestrial planet; - obtain longitudinal data, the longitudinal data representing a longitude of interest on the terrestrial planet which is different from the prime meridian; - maintain a coordinated planetary time (UTC, MTC) which is defined for a prime meridian of a terrestrial planet; - obtain longitudinal data, the longitudinal data representing a longitude of interest on the terrestrial planet which is different from the prime meridian; - determine a local true solar time, LTST, at the longitude of interest as a function of the coordinated planetary time and using an equation of time which accounts for orbital eccentricity and rotational axis tilt of the terrestrial planet; and - control the time displaying means to display the LTST.
A method performed by a mobile station , the method comprising: receiving first data from a network on a first tuned frequency of the network using a first receiver of the mobile station in all timeslots of a first time division multiple access, TDMA, frame ; tuning to a second frequency, to which the network will hop according to a frequency hopping scheme known to the mobile station, using a second receiver of the mobile station while the first receiver is receiving the first data during the first TDMA frame ; and once the second receiver is tuned to the second frequency and the network hops to the second frequency, receiving second data from the network on the second frequency using the second receiver in all timeslots of a second TDMA frame that is consecutive to the first TDMA frame . receiving first data from a network on a first tuned frequency of the network using a first receiver of the mobile station in all timeslots of a first time division multiple access, TDMA, frame ; tuning to a second frequency, to which the network will hop according to a frequency hopping scheme known to the mobile station, using a second receiver of the mobile station while the first receiver is receiving the first data during the first TDMA frame ; and once the second receiver is tuned to the second frequency and the network hops to the second frequency, receiving second data from the network on the second frequency using the second receiver in all timeslots of a second TDMA frame that is consecutive to the first TDMA frame .
At least one glutarate compound for use in preventing, inhibiting, reducing, or treating an ischemia-reperfusion injury (IR injury) to a tissue in a subject, wherein the at least one glutarate compound is administered to the tissue or the subject in a therapeutically effective amount before, during, and/or after an event that causes an IR injury, wherein the therapeutically effective amount is 5 - 20 milligrams per kilogram, and wherein the at least one glutarate compound is α-ketoglutarate (α-KG), 2-hydroxyglutaric acid, or disodium (S)-2-hydroxyglutarate (S-2HG). wherein the at least one glutarate compound is administered to the tissue or the subject in a therapeutically effective amount before, during, and/or after an event that causes an IR injury, wherein the therapeutically effective amount is 5 - 20 milligrams per kilogram, and wherein the at least one glutarate compound is α-ketoglutarate (α-KG), 2-hydroxyglutaric acid, or disodium (S)-2-hydroxyglutarate (S-2HG).
Parking robot for a motor vehicle , wherein the parking robot has a pair of wheel bearing arms which by means of a crank element are in each case at least indirectly mounted so as to be rotatable about a respective rotation axis , and the parking robot is conceived for autonomously moving from the outside to a receiving position beside a wheel of a wheel axle of the motor vehicle in which the respective wheel bearing arms are in each case disposed so as to be parallel with the wheel axle and one of the wheel bearing arms in a vehicle longitudinal direction is positioned in front of the wheel and the other wheel bearing arm in the vehicle longitudinal direction is positioned behind the wheel , and is conceived for raising the wheel of the motor vehicle by correspondingly rotating the respective wheel bearing arm about the respective rotation axis in a predefined rotation direction, wherein the respective rotation directions of the respective wheel bearing arms are mutually opposed.
A ligand, or any of its pharmaceutically acceptable salt, said ligand comprising or consisting of a polypeptide of the general formula (I): (I) [X] n wherein n is an integer between 3 and 6, X is selected in the group consisting of ECCA and ECAC, with C is cysteic acid, A is alanine, E is glutamic acid, wherein said ligand is able to interact with binding of one effector molecule with at least one glycosaminoglycan (GAG). n is an integer between 3 and 6, X is selected in the group consisting of ECCA and ECAC, with C is cysteic acid, A is alanine, E is glutamic acid, wherein said ligand is able to interact with binding of one effector molecule with at least one glycosaminoglycan (GAG).
A biocidal peptide of general formula Y-Ile-Leu-Pro-X-Lys-X-Pro-X-X-Pro-X-Arg-Arg-NH2 wherein X = 4-nitrophenylalanine; 4-chlorophenylalanine; 4-metoxyphenylalanine; D-phenylalanine; 4-aminophenylalanine; 4-aminobenzoylphenylalanine; homophenylalanine; 4-tert-butylphenylalanine; 2-methylphenylalanine; 4-fluorophenylalanine; pentafluorophenylalanine; or 2-trifluoromethylphenylalanine; Y = aminoundecanoyl exhibiting antimicrobial activity. Y-Ile-Leu-Pro-X-Lys-X-Pro-X-X-Pro-X-Arg-Arg-NH2 wherein X = 4-nitrophenylalanine; 4-chlorophenylalanine; 4-metoxyphenylalanine; D-phenylalanine; 4-aminophenylalanine; 4-aminobenzoylphenylalanine; homophenylalanine; 4-tert-butylphenylalanine; 2-methylphenylalanine; 4-fluorophenylalanine; pentafluorophenylalanine; or 2-trifluoromethylphenylalanine; Y = aminoundecanoyl exhibiting antimicrobial activity.
Round plug having an insulating body with a contact carrier portion and a hollow-cylindrical plug-in region , wherein radially movable latching arms are attached to the outer side of the contact carrier portion and point with free-standing ends in the direction of the plug-in region , wherein the latching arms at their free-standing ends have radially outwardly directed latching hooks for latching in a mating connector and, adjoining said latching hooks, have an outer engagement slope , wherein the round plug furthermore has a release sleeve which engages around the contact carrier portion and, for interaction with said engagement slopes in order to release the round plug from the mating connector , is held on the insulating body so as to be displaceable along the plug-in direction, characterized in that the latching hooks are arranged on the insulating body in the vicinity of the transition from the plug-in region to the contact carrier portion .
A motorized vehicle having an engine for providing power, comprising: a transmission having an input coupled to the engine for receiving power, and an output configured to transfer the power to one or more wheels on the vehicle ; a controller for controlling at least the transmission ; a braking system of the vehicle including a brake sensor and a brake pack configured to reduce a speed of the vehicle , the brake sensor in electrical communication with the controller ; a main hydraulic pump operably driven by the engine and adapted to provide hydraulic fluid to the transmission ; an output hydraulic pump operably driven by the transmission output ; and a brake coolant valve in fluid communication with the main hydraulic pump and the output hydraulic pump , the brake coolant valve being operably controlled between an open position and a closed position; characterised in that the main hydraulic pump and the output hydraulic pump are fluidly coupled to the brake pack when the brake coolant valve is in its open position, and at least the output hydraulic pump is not fluidly coupled to the brake pack when the brake coolant valve is in its closed position. a transmission having an input coupled to the engine for receiving power, and an output configured to transfer the power to one or more wheels on the vehicle ; a controller for controlling at least the transmission ; a braking system of the vehicle including a brake sensor and a brake pack configured to reduce a speed of the vehicle , the brake sensor in electrical communication with the controller ; a main hydraulic pump operably driven by the engine and adapted to provide hydraulic fluid to the transmission ; an output hydraulic pump operably driven by the transmission output ; and a brake coolant valve in fluid communication with the main hydraulic pump and the output hydraulic pump , the brake coolant valve being operably controlled between an open position and a closed position; characterised in that the main hydraulic pump and the output hydraulic pump are fluidly coupled to the brake pack when the brake coolant valve is in its open position, and at least the output hydraulic pump is not fluidly coupled to the brake pack when the brake coolant valve is in its closed position.
A battery module, comprising: a battery , comprising a top cover ; a wire harness board , disposed on an outer side of the top of the top cover , wherein the wire harness board comprises a body and a mounting portion disposed at the body ; and a temperature sensing assembly , mounted at the mounting portion ; characterized in that : the battery module comprises a circuit board , connected to the wire harness board ; and the mounting portion comprises an elastic part , the elastic part is configured that when the elastic part is not mounted, a surface of one side of the elastic part facing toward the circuit board is slightly higher than the surface of the body to enable the circuit board to press the elastic part so as to allow the temperature sensing assembly to be pressed by the circuit board closely against the top cover . a battery , comprising a top cover ; a wire harness board , disposed on an outer side of the top of the top cover , wherein the wire harness board comprises a body and a mounting portion disposed at the body ; and a temperature sensing assembly , mounted at the mounting portion ; characterized in that : the battery module comprises a circuit board , connected to the wire harness board ; and the mounting portion comprises an elastic part , the elastic part is configured that when the elastic part is not mounted, a surface of one side of the elastic part facing toward the circuit board is slightly higher than the surface of the body to enable the circuit board to press the elastic part so as to allow the temperature sensing assembly to be pressed by the circuit board closely against the top cover . the battery module comprises a circuit board , connected to the wire harness board ; and the mounting portion comprises an elastic part , the elastic part is configured that when the elastic part is not mounted, a surface of one side of the elastic part facing toward the circuit board is slightly higher than the surface of the body to enable the circuit board to press the elastic part so as to allow the temperature sensing assembly to be pressed by the circuit board closely against the top cover .
A head-mounted display comprising: a controller ; a display unit having a display for displaying graphical content to a user; and a facial interface coupled to the display unit and configured to engage a face of the user for supporting the display unit thereon, wherein the facial interface includes: side portions that engage opposing sides of the face of the user; and lateral stabilizers coupled to the display unit and the side portions, wherein the lateral stabilizers are selectively operated by the controller for changing inward force applied by the side portions to the sides of the face of the user characterized in that the lateral stabilizers are configured to be selectively operated upon sensing a movement condition of the display unit.