mhurhangee/patent-ind-claim-en huggingface dataset:
A hydraulic pump, comprising: - a casing , - a vane pump comprising a rotor free to rotate relative to the casing about a first axis , the rotor comprising multiple vanes in the form of impellers, - a transition zone forming part of the casing and having, on the side of the vane pump , a ramp in the form of an impeller extending in the same direction as the impeller form of the vanes , - a trochoid pump comprising an externally toothed rotor rigidly connected to the rotor of the vane pump , and an internally toothed rotor free to rotate relative to the casing about a second axis parallel to and offset from the first axis , with the trochoid pump being powered by the vane pump through the transition zone alongside the ramp . - a casing , - a vane pump comprising a rotor free to rotate relative to the casing about a first axis , the rotor comprising multiple vanes in the form of impellers, - a transition zone forming part of the casing and having, on the side of the vane pump , a ramp in the form of an impeller extending in the same direction as the impeller form of the vanes , - a trochoid pump comprising an externally toothed rotor rigidly connected to the rotor of the vane pump , and an internally toothed rotor free to rotate relative to the casing about a second axis parallel to and offset from the first axis , with the trochoid pump being powered by the vane pump through the transition zone alongside the ramp .
A battery cartridge for a vehicle which defines a battery accommodation compartment , said battery cartridge comprising: a carrier frame including a first frame surface ; and a battery assembly disposed on said first frame surface , and having a profile to be received in the battery accommodation compartment when said battery cartridge is disposed to be mounted to the vehicle , said battery cartridge being characterized by comprising at least one locking mechanism which is to be disposed between the vehicle and said first frame surface to permit said battery cartridge to be locked to the vehicle , and which is configured such that when a pressure from a pressurized fluid is applied to said at least one locking mechanism , said battery cartridge is permitted to be unlocked from the vehicle . a carrier frame including a first frame surface ; and a battery assembly disposed on said first frame surface , and having a profile to be received in the battery accommodation compartment when said battery cartridge is disposed to be mounted to the vehicle , said battery cartridge being characterized by comprising at least one locking mechanism which is to be disposed between the vehicle and said first frame surface to permit said battery cartridge to be locked to the vehicle , and which is configured such that when a pressure from a pressurized fluid is applied to said at least one locking mechanism , said battery cartridge is permitted to be unlocked from the vehicle .
Household refrigeration appliance having an interior for receiving food, which is delimited by walls of an inner container , and having a keep-fresh container for food which is arranged in the interior and can be closed by a cover , and having a storage apparatus , by means of which the cover can be raised and lowered in order to open and close the keep-fresh container in the interior , and having a control element with which the cover can be actuated, wherein the control element can be rotated about an axis (A) in order to actuate the cover on an actuation path, characterised in that the control element can be locked at least in a rotational position along the actuation path, wherein the control element has a disk-shaped base body , which has a guide rail circulating in regions around the axis of rotation (A) and specifying the length of the actuation path, into which guide rail a slide block outside of the control element engages, said slide block locking the control element in the at least one rotational position.
A drug coated balloon (DCB) catheter comprising - a connector , - a shaft extending from a proximal end to a distal end along an axial direction (X-X) and having a guidewire lumen and an inflation lumen , the shaft being connected to the connector on said proximal end , - the shaft being provided with an inflatable balloon , fluidically connected with said inflation lumen in order to be selectively inflated and/or deflated, wherein - the balloon is conical and axis-symmetrical around a prevalent extension axis (S-S), - wherein the balloon has an increasing diameter , moving from a first end to a second end , said diameter being measured on a section plane perpendicular to said prevalent extension axis (S-S), - wherein an external surface of the balloon is coated with a drug for treating restenosis, - characterised in that the concentration of drug applied to the balloon surface is lower towards the portion with smaller diameter and it is higher towards the portion with higher diameter, so as to get a constant drug concentration over the balloon surface, along its axial extension. - a connector , - a shaft extending from a proximal end to a distal end along an axial direction (X-X) and having a guidewire lumen and an inflation lumen , the shaft being connected to the connector on said proximal end , - the shaft being provided with an inflatable balloon , fluidically connected with said inflation lumen in order to be selectively inflated and/or deflated, wherein - the balloon is conical and axis-symmetrical around a prevalent extension axis (S-S), - wherein the balloon has an increasing diameter , moving from a first end to a second end , said diameter being measured on a section plane perpendicular to said prevalent extension axis (S-S), - wherein an external surface of the balloon is coated with a drug for treating restenosis, - characterised in that the concentration of drug applied to the balloon surface is lower towards the portion with smaller diameter and it is higher towards the portion with higher diameter, so as to get a constant drug concentration over the balloon surface, along its axial extension.
A bearing centering spring , the bearing centering spring being a single, monolithic component and comprising: a cylindrical body having a first end, a second end, an inner surface, and an outer surface; a first outer ring proximate the first end, the first outer ring including a first outer raceway on the inner surface; a second outer ring proximate the second end, the second outer ring including a second outer raceway on the inner surface; a retaining feature at the second end; a plurality of ports through the body positioned between the first outer ring and the second outer ring ; a first seal groove on the outer surface proximate the first end; a second seal groove on the outer surface positioned between the first seal groove and the plurality of ports ; and an oil groove on the outer surface positioned between the first and second seal grooves ; and characterised by further comprising: an anti-rotation lug that extends radially from the outer surface positioned between the second seal groove and the plurality of ports . a cylindrical body having a first end, a second end, an inner surface, and an outer surface; a first outer ring proximate the first end, the first outer ring including a first outer raceway on the inner surface; a second outer ring proximate the second end, the second outer ring including a second outer raceway on the inner surface; a retaining feature at the second end; a plurality of ports through the body positioned between the first outer ring and the second outer ring ; a first seal groove on the outer surface proximate the first end; a second seal groove on the outer surface positioned between the first seal groove and the plurality of ports ; and an oil groove on the outer surface positioned between the first and second seal grooves ; and characterised by further comprising: an anti-rotation lug that extends radially from the outer surface positioned between the second seal groove and the plurality of ports .
An image reading apparatus comprising: a separator ; an image reader for reading an image from a paper; a conveying module for conveying a paper separated by the separator to the image reader ; a side wall provided at a side of a conveyance path of the paper at an end in a direction which perpendicularly intersects a paper conveyance direction; a sound signal generator , provided with a sound detector between the separator and the conveying module and near the side wall , for generating a sound signal corresponding to a sound generated by the paper during conveyance of the paper; and a sound jam detector for executing sound jam detection processing (step S201) to determine whether a jam has occurred based on the sound signal generated by the sound signal generator, characterized in that : the sound detector is arranged at a position at the center between the separator and the conveying module in the conveyance direction of the paper and a position of the end part of a maximum width paper in the direction which perpendicularly intersects the conveyance direction of the paper; and the sound jam detector can determine that a sound jam has occurred both when a skew jam has occurred and when a staple jam has occurred. a separator ; an image reader for reading an image from a paper; a conveying module for conveying a paper separated by the separator to the image reader ; a side wall provided at a side of a conveyance path of the paper at an end in a direction which perpendicularly intersects a paper conveyance direction; a sound signal generator , provided with a sound detector between the separator and the conveying module and near the side wall , for generating a sound signal corresponding to a sound generated by the paper during conveyance of the paper; and a sound jam detector for executing sound jam detection processing (step S201) to determine whether a jam has occurred based on the sound signal generated by the sound signal generator, the sound detector is arranged at a position at the center between the separator and the conveying module in the conveyance direction of the paper and a position of the end part of a maximum width paper in the direction which perpendicularly intersects the conveyance direction of the paper; and the sound jam detector can determine that a sound jam has occurred both when a skew jam has occurred and when a staple jam has occurred.
A polyalkylene carbonate-based resin comprising: a base resin; and a polylactide resin surrounding a surface of the base resin, wherein the base resin is a polyalkylene carbonate resin; or a polyalkylene carbonate-polylactide mixed resin, and the polylactide resin contains an L-lactide unit and a D-lactide unit, and contains the D-lactide unit in an amount of 10 mol% to 20 mol%. a base resin; and a polylactide resin surrounding a surface of the base resin, wherein the base resin is a polyalkylene carbonate resin; or a polyalkylene carbonate-polylactide mixed resin, and the polylactide resin contains an L-lactide unit and a D-lactide unit, and contains the D-lactide unit in an amount of 10 mol% to 20 mol%.
A power network comprising: a plurality of zones each including: a plurality of measurement devices structured to measure electrical characteristics of the corresponding zone, a zone controller structured to receive measurements from the plurality of measurement devices, a distributed energy resource , DER, and a load ; wherein each zone controller is structured to receive a set of local measurements from the plurality of measurement devices of the corresponding zone, calculate a sensitivity matrix using the received set of local measurements, determine whether a voltage violation has occurred in the corresponding zone, determine a DER set point using the received set of local measurements in response to determining the voltage violation has occurred in the corresponding zone, the DER set point being determined using the sensitivity matrix, and transmit the DER set point to the DER, and wherein each zone controller does not use measurements other than the set of local measurements for calculating the sensitivity matrix, and wherein the calculated sensitivity matrix captures the mutual effects of other zones of the plurality of zones. a plurality of zones each including: a plurality of measurement devices structured to measure electrical characteristics of the corresponding zone, a zone controller structured to receive measurements from the plurality of measurement devices, a distributed energy resource , DER, and a load ; a plurality of measurement devices structured to measure electrical characteristics of the corresponding zone, a zone controller structured to receive measurements from the plurality of measurement devices, a distributed energy resource , DER, and a load ; wherein each zone controller is structured to receive a set of local measurements from the plurality of measurement devices of the corresponding zone, calculate a sensitivity matrix using the received set of local measurements, determine whether a voltage violation has occurred in the corresponding zone, determine a DER set point using the received set of local measurements in response to determining the voltage violation has occurred in the corresponding zone, the DER set point being determined using the sensitivity matrix, and transmit the DER set point to the DER, and wherein each zone controller does not use measurements other than the set of local measurements for calculating the sensitivity matrix, and wherein the calculated sensitivity matrix captures the mutual effects of other zones of the plurality of zones.
A method, characterized by comprising: synchronizing transmitters of a plurality of digital subscriber line, DSL, remote terminals , by a distribution point unit, DPU, comprising a plurality of collocated transceivers, such that signals received at a U-interface of the collocated transceivers arrive at substantially the same time, wherein the synchronization is based on an assumed longest DSL line by which a DSL remote terminal is connected to the DPU; and each of the signals is from a different DSL remote terminal and transmitted at different times based on a propagation delay of the assumed longest DSL line and a corresponding propagation delay. synchronizing transmitters of a plurality of digital subscriber line, DSL, remote terminals , by a distribution point unit, DPU, comprising a plurality of collocated transceivers, such that signals received at a U-interface of the collocated transceivers arrive at substantially the same time, wherein the synchronization is based on an assumed longest DSL line by which a DSL remote terminal is connected to the DPU; and each of the signals is from a different DSL remote terminal and transmitted at different times based on a propagation delay of the assumed longest DSL line and a corresponding propagation delay.
A valve bag, in particular a cross-bottom valve bag, comprising a first wall and a second wall, which are joined to each other by means of side edges or side folds and by means of bottoms and which delimit a bag interior, a valve, which is arranged in one of the bottoms and via which the bag interior can be filled with a filling material, venting openings in the first and/or in the second wall for venting the bag interior, characterized in that at least one channel is provided on the outside of at least one wall, said channel covering the venting openings and being formed at least by two parallel fastening strips and by a cover strip, the cover strip likewise comprising venting openings, and wherein the shortest path between the parallel fastening strips along the cover strip is longer than the shortest path along the at least one wall, or the cover strip and/or the parallel fastening strip consist of an expandable material.
A device for lubricating an internal combustion engine having a crankshaft , which is connected to at least one connecting rod , having: at least one first flow limiter , in particular a restrictor, for reducing a lubricating fluid flow of a lubricating fluid stream passed to the at least one first flow limiter ; a plurality of crankshaft bearings for the rotatable support of the crankshaft , wherein the plurality of crankshaft bearings is provided in fluid communication downstream of the at least one first flow limiter ; and at least one big end bearing for the rotatable support of the at least one connecting rod , wherein the at least one big end bearing is provided in fluid communication downstream of at least one crankshaft bearing of the plurality of crankshaft bearings , characterized by : at least one wheel train bearing for the rotatable support of a wheel of a wheel train of the internal combustion engine, wherein the at least one wheel train bearing is provided in fluid communication downstream of the at least one first flow limiter . at least one first flow limiter , in particular a restrictor, for reducing a lubricating fluid flow of a lubricating fluid stream passed to the at least one first flow limiter ; a plurality of crankshaft bearings for the rotatable support of the crankshaft , wherein the plurality of crankshaft bearings is provided in fluid communication downstream of the at least one first flow limiter ; and at least one big end bearing for the rotatable support of the at least one connecting rod , wherein the at least one big end bearing is provided in fluid communication downstream of at least one crankshaft bearing of the plurality of crankshaft bearings , characterized by : at least one wheel train bearing for the rotatable support of a wheel of a wheel train of the internal combustion engine, wherein the at least one wheel train bearing is provided in fluid communication downstream of the at least one first flow limiter .
An adjustable mount for positioning an x-ray source, the adjustable mount comprising: a vertical member that can swivel around a yaw axis; a circular arc-shaped yoke having two ends and passing through the vertical member, wherein a pitch axis is defined through the two ends of the yoke and a roll axis is defined through the circle center of the yoke and orthogonally to a plane in which the yoke lies; a gantry attached to the two ends of the yoke, wherein the gantry is free to pitch about an axis defined through the two ends of the yoke; and an x-ray source attached to the gantry, wherein the x-ray source is rotated around the yaw axis by swiveling the vertical member and is pitched around the pitch axis by pitching the gantry, characterized in that the x-ray source is rotated around the roll axis by passing the yoke through the vertical member. a vertical member that can swivel around a yaw axis; a circular arc-shaped yoke having two ends and passing through the vertical member, wherein a pitch axis is defined through the two ends of the yoke and a roll axis is defined through the circle center of the yoke and orthogonally to a plane in which the yoke lies; a gantry attached to the two ends of the yoke, wherein the gantry is free to pitch about an axis defined through the two ends of the yoke; and an x-ray source attached to the gantry, wherein the x-ray source is rotated around the yaw axis by swiveling the vertical member and is pitched around the pitch axis by pitching the gantry, characterized in that the x-ray source is rotated around the roll axis by passing the yoke through the vertical member.
A reactive binder mixture comprising, based on the total dry matter: 10 to 40 wt.% hydraulic cement, 40 to 80 wt.% calcium sulphate hemihydrate, 2 to 35 wt.% pozzolanic material, and 0.1 to 5 wt.% booster additive, wherein the booster additive is selected from soluble alkaline earth salts, strong acids and combinations thereof. 10 to 40 wt.% hydraulic cement, 40 to 80 wt.% calcium sulphate hemihydrate, 2 to 35 wt.% pozzolanic material, and 0.1 to 5 wt.% booster additive, wherein the booster additive is selected from soluble alkaline earth salts, strong acids and combinations thereof.
A process variable transmitter for measuring a process temperature in an industrial process, comprising: an infrared detector arranged to receive infrared radiation from an external surface of a process component in the industrial process; a memory containing temperature characterization information which relates the infrared radiation received from the process component with an internal temperature of the process component ; a temperature sensor located internal to the process component and outputting a sensed temperature as a process temperature; and measurement circuitry configured to determine the internal temperature of the process component based upon the received infrared radiation from the external surface of the process component and the temperature characterization information after the temperature sensor fails, wherein the measurement circuitry is configured to operate i) in a characterization phase to determine the process temperature with the temperature sensor and to generate the temperature characterization information based upon a relationship between a temperature sensed by the temperature sensor and radiation received by the infrared detector , and ii) in a compensation phase to measure the process temperature on the basis of the infrared detector if the temperature sensor fails . an infrared detector arranged to receive infrared radiation from an external surface of a process component in the industrial process; a memory containing temperature characterization information which relates the infrared radiation received from the process component with an internal temperature of the process component ; a temperature sensor located internal to the process component and outputting a sensed temperature as a process temperature; and measurement circuitry configured to determine the internal temperature of the process component based upon the received infrared radiation from the external surface of the process component and the temperature characterization information after the temperature sensor fails, wherein the measurement circuitry is configured to operate i) in a characterization phase to determine the process temperature with the temperature sensor and to generate the temperature characterization information based upon a relationship between a temperature sensed by the temperature sensor and radiation received by the infrared detector , and ii) in a compensation phase to measure the process temperature on the basis of the infrared detector if the temperature sensor fails . i) in a characterization phase to determine the process temperature with the temperature sensor and to generate the temperature characterization information based upon a relationship between a temperature sensed by the temperature sensor and radiation received by the infrared detector , and ii) in a compensation phase to measure the process temperature on the basis of the infrared detector if the temperature sensor fails .