mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for analyzing a liver, the method comprising the steps of: - enabling a user to select a set of medical images to be processed; - automatically segmenting the liver in the set of medical images to define the volume of the liver; - enabling the user to carry out a basic review on the set of medical images and the result of the segmentation, the basic review comprising visual evaluation and the taking of measurements relating to at least one of volume, diameter and density; - a liver volume reviewing step, wherein a user is able to review and manually edit the liver volume; - after the liver volume reviewing step, enabling the user to carry out user selected further segmentations comprising at least one of lesion segmentations, liver lobe segmentations and liver vessel segmentation; - enabling the user in a comprehensive review step to review all available findings, and subsequently, enabling the user to selectively return to the basic review step if the comprehensive review indicates that further processing of the set of medical images is necessary. - enabling a user to select a set of medical images to be processed; - automatically segmenting the liver in the set of medical images to define the volume of the liver; - enabling the user to carry out a basic review on the set of medical images and the result of the segmentation, the basic review comprising visual evaluation and the taking of measurements relating to at least one of volume, diameter and density; - a liver volume reviewing step, wherein a user is able to review and manually edit the liver volume; - after the liver volume reviewing step, enabling the user to carry out user selected further segmentations comprising at least one of lesion segmentations, liver lobe segmentations and liver vessel segmentation; - enabling the user in a comprehensive review step to review all available findings, and subsequently, enabling the user to selectively return to the basic review step if the comprehensive review indicates that further processing of the set of medical images is necessary.
A method of scheduling transmission for multi-user, multiple-input, multiple-output, MU-MIMO data in a wireless communication system, the method comprising the following sequence of steps: determining a plurality of stations in a basic service set, BSS of an access point, AP; determining buffered data for each station of the plurality of stations; grouping the plurality of stations into a plurality of groups, with the stations of a group having similar characteristics; ordering the plurality of groups for transmissions based on the characteristics of and a transmission history for stations; apportioning transmission time to the stations in a group; performing a sounding for the group based on the order; performing MU-MIMO transmission for the group until a first condition is met, wherein the first condition includes at least one of an apportioned transmission time for the MU-MIMO transmission having expired and the buffers for the group being flushed; when the first condition is met, then determining whether a second condition is met, wherein the second condition includes at least one of new data having been buffered by the AP and all buffered data having been transmitted; and when the second condition is not met, repeating the performing of the sounding and the performing of the MU-MIMO transmission for a next group based on said order until the second condition is met. determining a plurality of stations in a basic service set, BSS of an access point, AP; determining buffered data for each station of the plurality of stations; grouping the plurality of stations into a plurality of groups, with the stations of a group having similar characteristics; ordering the plurality of groups for transmissions based on the characteristics of and a transmission history for stations; apportioning transmission time to the stations in a group; performing a sounding for the group based on the order; performing MU-MIMO transmission for the group until a first condition is met, wherein the first condition includes at least one of an apportioned transmission time for the MU-MIMO transmission having expired and the buffers for the group being flushed; when the first condition is met, then determining whether a second condition is met, wherein the second condition includes at least one of new data having been buffered by the AP and all buffered data having been transmitted; and when the second condition is not met, repeating the performing of the sounding and the performing of the MU-MIMO transmission for a next group based on said order until the second condition is met.
A lens (106, 200, 400) for a vehicle headlamp comprising a light source holder, the lens comprising: - an inner surface adapted to face the light source holder when mounted in a headlamp; - a cleaning arrangement (206;406) for providing a cleaning fluid to an outer surface of the lens, - an inlet connectable to a cleaning fluid hose for providing cleaning fluid to the cleaning arrangement, characterized in that the inlet is arranged on the same side of the lens as the inner surface such that the inlet faces the inside of a compartment accommodating the light source holders when the lens is mounted in a headlamp, wherein the cleaning arrangement comprises: a channel (212;512;612) and an array of outlets (2016, 216a, 216b) in fluid communication with the channel, the channel is attached to the lens and is adapted to transport the cleaning fluid from the inlet to the array of outlets, the outlets being located on the outer side of the lens on the same side as the outer surface for providing the cleaning fluid to the outer surface of the lens. - an inner surface adapted to face the light source holder when mounted in a headlamp; - a cleaning arrangement (206;406) for providing a cleaning fluid to an outer surface of the lens, - an inlet connectable to a cleaning fluid hose for providing cleaning fluid to the cleaning arrangement, characterized in that the inlet is arranged on the same side of the lens as the inner surface such that the inlet faces the inside of a compartment accommodating the light source holders when the lens is mounted in a headlamp, wherein the cleaning arrangement comprises: a channel (212;512;612) and an array of outlets (2016, 216a, 216b) in fluid communication with the channel, the channel is attached to the lens and is adapted to transport the cleaning fluid from the inlet to the array of outlets, the outlets being located on the outer side of the lens on the same side as the outer surface for providing the cleaning fluid to the outer surface of the lens.
Method for operating a system for a motor vehicle, wherein the system comprises a controller, a high-voltage on-board network, a low-voltage on-board network, a DC/DC converter which connects the high-voltage on-board network and the low-voltage on-board network, and an electrical machine, in particular a starter or motor generator, characterized in that an operating mode of the system is varied depending on operating requirements, in particular of an operating state of the motor vehicle, wherein during a thrust operation or a braking operation of the motor vehicle, the system is operated in a recuperation mode, wherein the electrical machine is operated with a torque which can be actuated by the controller, in communication with a brake safety device of the motor vehicle, wherein information about the torque or about a future torque of the electrical machine is determined by the controller and transmitted to the brake safety device, and wherein the torque and/or a progression of the future torque is considered by the brake safety device to perform an adjustment of a brake force distribution.
An overvoltage protection device, comprising: a crowbar device, the crowbar device including: a first crowbar terminal, the first crowbar terminal for connection to a first external voltage line; and a transient voltage suppression, TVS, device, the TVS device having: a second TVS terminal, the second TVS terminal for connection to a second external voltage line, wherein the crowbar device and the TVS device are arranged in electrical series between the first crowbar terminal and the second TVS terminal, characterized in that the TVS device and the crowbar device are disposed within a common semiconductor substrate, the common semiconductor substrate comprising: a first surface, the first surface forming a first portion of the first crowbar terminal; and a second surface, opposite the first surface, the second surface forming a second portion of the second TVS terminal. a first crowbar terminal, the first crowbar terminal for connection to a first external voltage line; and a transient voltage suppression, TVS, device, the TVS device having: a second TVS terminal, the second TVS terminal for connection to a second external voltage line, wherein the crowbar device and the TVS device are arranged in electrical series between the first crowbar terminal and the second TVS terminal, characterized in that the TVS device and the crowbar device are disposed within a common semiconductor substrate, the common semiconductor substrate comprising: a first surface, the first surface forming a first portion of the first crowbar terminal; and a second surface, opposite the first surface, the second surface forming a second portion of the second TVS terminal. a second TVS terminal, the second TVS terminal for connection to a second external voltage line, wherein the crowbar device and the TVS device are arranged in electrical series between the first crowbar terminal and the second TVS terminal, characterized in that the TVS device and the crowbar device are disposed within a common semiconductor substrate, the common semiconductor substrate comprising: a first surface, the first surface forming a first portion of the first crowbar terminal; and a second surface, opposite the first surface, the second surface forming a second portion of the second TVS terminal. a first surface, the first surface forming a first portion of the first crowbar terminal; and a second surface, opposite the first surface, the second surface forming a second portion of the second TVS terminal.
A vibration isolation rubber composition, comprising: a polymer component composed of the following component; and the following components -, wherein amounts of the component, the component, and the component are 0.1-5 parts by mass, 10-40 parts by mass, and 10-30 parts by mass, respectively, per 100 parts by mass of the component, and the component has a BET specific surface area of 18-40 m 2 /g, a diene-based rubber, a dihydrazide compound, carbon black, and silica. a polymer component composed of the following component; and the following components -, wherein amounts of the component, the component, and the component are 0.1-5 parts by mass, 10-40 parts by mass, and 10-30 parts by mass, respectively, per 100 parts by mass of the component, and the component has a BET specific surface area of 18-40 m 2 /g, a diene-based rubber, a dihydrazide compound, carbon black, and silica. a diene-based rubber, a dihydrazide compound, carbon black, and silica.
Foundation structure (1, 1') for offshore assemblies, in particular wind turbines, with a jacket section (2, 2') comprising multiple struts (12, 12') connected to one another in a lattice-type structure, wherein the jacket section (2, 2') has a base region (6, 6'), which is fixedly connected to a foundation, in particular a gravity foundation (4, 4'), for installation on the bed of a watercourse, wherein the foundation, in particular gravity foundation (4, 4'), is formed from multiple foundation bodies (28, 28', 28"), which respectively have at least one filling space to receive ballast material, characterised in that the foundation body (28, 28', 28") has a strut construction (36, 36'), on which the filling space is arranged to receive ballast material, and that the filling space is formed at least partially from a flexible, fluid-permeable textile fabric, preferably a seawater-resistant synthetic textile.
An apparatus for performing a manufacturing operation on a workpiece, the apparatus comprising: a track assembly adapted to be attached to the workpiece; a carriage assembly moveably coupled to the track assembly and moveable relative to the workpiece; and a position sensor operatively coupled to the carriage assembly and including a sensor element adapted to be operatively positioned relative to the workpiece, the sensor element being adapted to detect at least one edge of an index feature on the workpiece from a distance away from the index feature. a track assembly adapted to be attached to the workpiece; a carriage assembly moveably coupled to the track assembly and moveable relative to the workpiece; and a position sensor operatively coupled to the carriage assembly and including a sensor element adapted to be operatively positioned relative to the workpiece,
A polymer hydrogel comprising a) a polymer formed by the crosslinking reaction of a polymeric unit A according to formula, with a crosslinking unit B according to formula, b) and water, wherein n = 100 - 10,000, preferable 250 - 2500, more preferable 500 - 1500; m = independently 2-10, preferably 3 or 4; FG is a functional moiety that can be covalently coupled to the complementary functional moiety F1 or F2 of the crosslinking unit; k = 0.01 − 0.05; h = 0, 1 or 2; the spacer is an organic moiety, having a main chain comprising at least two functional moieties F1 and F2, wherein the length of the crosslinker in the extended conformation as determined by molecular modeling (including spacer and functional groups F1 and F2) is between 2.5 and 12 nm, or wherein the length is between 20 and 80 atoms; wherein the concentration of functional groups FG ranges between 20-200 μM; and wherein the molar ratio between FG and functional groups F1, F2, F ranges between 0.5: 1 and 2:1. a) a polymer formed by the crosslinking reaction of a polymeric unit A according to formula, with a crosslinking unit B according to formula, b) and water, wherein n = 100 - 10,000, preferable 250 - 2500, more preferable 500 - 1500; m = independently 2-10, preferably 3 or 4; FG is a functional moiety that can be covalently coupled to the complementary functional moiety F1 or F2 of the crosslinking unit; k = 0.01 − 0.05; h = 0, 1 or 2; the spacer is an organic moiety, having a main chain comprising at least two functional moieties F1 and F2, wherein the length of the crosslinker in the extended conformation as determined by molecular modeling (including spacer and functional groups F1 and F2) is between 2.5 and 12 nm, or wherein the length is between 20 and 80 atoms; wherein the concentration of functional groups FG ranges between 20-200 μM; and wherein the molar ratio between FG and functional groups F1, F2, F ranges between 0.5: 1 and 2:1. n = 100 - 10,000, preferable 250 - 2500, more preferable 500 - 1500; m = independently 2-10, preferably 3 or 4; FG is a functional moiety that can be covalently coupled to the complementary functional moiety F1 or F2 of the crosslinking unit; k = 0.01 − 0.05; h = 0, 1 or 2; the spacer is an organic moiety, having a main chain comprising at least two functional moieties F1 and F2, wherein the length of the crosslinker in the extended conformation as determined by molecular modeling (including spacer and functional groups F1 and F2) is between 2.5 and 12 nm, or wherein the length is between 20 and 80 atoms; wherein the concentration of functional groups FG ranges between 20-200 μM; and wherein the molar ratio between FG and functional groups F1, F2, F ranges between 0.5: 1 and 2:1.
LED-based lighting component comprising at least: - at least one LED mounted to a printed circuit board - a reflector strip located on the printed circuit board, the reflector strip comprising a metal sheet defining a main plane, and having at least one reflector (34, 35, 36, 37) being inclined against the main plane to deflect light and/or to shade light from the at least one LED, characterized in, that the component comprises a frame for holding the reflector strip to the printed circuit board. - at least one LED mounted to a printed circuit board - a reflector strip located on the printed circuit board, the reflector strip comprising a metal sheet defining a main plane, and having at least one reflector (34, 35, 36, 37) being inclined against the main plane to deflect light and/or to shade light from the at least one LED,
A rolled steel sheet suitable for enamelling, said sheet having a carbon profile, defined by a gradient in the C-level from a level C surface at at least one surface of the sheet, to a level C bulk in the bulk of the sheet, C bulk being higher than C surface, and with: - C bulk higher than 0 and lower than or equal to 0.08wt%, - C surface between 0 and 0.015wt%, - Al between 0.012wt% and 0.07wt%, - Mn between 0.12wt% and 0.45wt%, - O lower than 0.01wt% and optionally: - Cu between 0.025wt% and 0.1wt% - S between 0.008wt% and 0.04wt%, - Ca between 0.0005wt% and 0.005wt%, the balance being Fe and incidental impurities, wherein said impurities may comprise (in wt%): Si < 0.1, P < 0.03, Ti < 0.01, Cr < 0.2, Ni < 0.2, As < 0.02, Sn < 0.02, Nb < 0.01, V < 0.01, Sb < 0.02, Mo < 0.03, B < 0.0005, N < 0.007, and wherein the depth where the C-level reaches (C bulk +C surface)/2, is higher than 75μm. - C bulk higher than 0 and lower than or equal to 0.08wt%, - C surface between 0 and 0.015wt%, - Al between 0.012wt% and 0.07wt%, - Mn between 0.12wt% and 0.45wt%, - O lower than 0.01wt% and optionally: - Cu between 0.025wt% and 0.1wt% - S between 0.008wt% and 0.04wt%, - Ca between 0.0005wt% and 0.005wt%, the balance being Fe and incidental impurities, wherein said impurities may comprise (in wt%): Si < 0.1, P < 0.03, Ti < 0.01, Cr < 0.2, Ni < 0.2, As < 0.02, Sn < 0.02, Nb < 0.01, V < 0.01, Sb < 0.02, Mo < 0.03, B < 0.0005, N < 0.007, and wherein the depth where the C-level reaches (C bulk +C surface)/2, is higher than 75μm. - Cu between 0.025wt% and 0.1wt% - S between 0.008wt% and 0.04wt%, - Ca between 0.0005wt% and 0.005wt%, the balance being Fe and incidental impurities, wherein said impurities may comprise (in wt%): Si < 0.1, P < 0.03, Ti < 0.01, Cr < 0.2, Ni < 0.2, As < 0.02, Sn < 0.02, Nb < 0.01, V < 0.01, Sb < 0.02, Mo < 0.03, B < 0.0005, N < 0.007, and wherein the depth where the C-level reaches (C bulk +C surface)/2, is higher than 75μm.
A process for the long-term operation of a heterogeneously catalyzed gas phase partial oxidation of propene to acrylic acid, by initially conducting a starting reaction gas mixture 1 which comprises propene, molecular oxygen and at least one inert gas and contains the molecular oxygen and the propene in a molar O 2:C 3 H 6 ratio of ≥ 1, in a first reaction stage, at elevated temperature, over a first fixed catalyst bed 1 whose catalysts are such that their active composition is at least one multimetal oxide containing molybdenum and/or tungsten and also at least one of the elements bismuth, tellurium, antimony, tin and copper, in such a way that the propene conversion in single pass is ≥ 93 mol% and the accompanying selectivity of acrolein formation and of acrylic acid by-production taken together are ≥ 90 mol%, optionally reducing the temperature of the product gas mixture 1 leaving the first reaction stage by direct and/or indirect cooling and optionally adding molecular oxygen and/or inert gas to the product gas mixture 1, and then conducting the product gas mixture 1, as a starting reaction gas mixture 2 which comprises acrolein, molecular oxygen and at least one inert gas and contains the molecular oxygen and the acrolein in a molar O 2:C 3 H 4 O ratio of ≥ 0.5, in a second reaction stage, at elevated temperature, over a second fixed catalyst bed 2 whose catalysts are such that their active composition is at least one multimetal oxide containing the elements molybdenum and vanadium, in such a way that the acrolein conversion in single pass is ≥ 90 mol% and the selectivity of acrylic acid formation assessed over both reaction stages, based on propene converted, is ≥ 80 mol%, and by, in order to counteract the deactivation both of the fixed catalyst bed 1 and of the fixed catalyst bed 2, independently increasing the temperature of the particular fixed catalyst bed over time, which comprises interrupting the gas phase partial oxidation at least once within 7500 operating hours, and, at a temperature of the fixed catalyst bed 1 of from 250 to 550°C and a temperature of the fixed catalyst bed 2 of from 200 to 450°C initially conducting a gas mixture G consisting of molecular oxygen, inert gas and optionally steam through the fixed catalyst bed 1, and subsequently optionally through an intermediate cooler and finally through the fixed catalyst bed 2.
Control apparatus for a power tool containing at least one circuit board, a heat-conducting element, a cooling device for cooling the at least one circuit board, and at least one housing element, wherein, in a mounted state of the control apparatus, the circuit board and the heat-conducting element are arranged between the cooling device and the housing element, and wherein the heat-conducting element is positioned between the circuit board and the cooling device, wherein a preload device is included between the housing element and the at least one circuit board in order to press the circuit board against the heat-conducting element in a predetermined direction, wherein the preload device comprises at least one first spring element and one second spring element, characterized in that the first spring element has a first extent in a direction and the second spring element has a second extent in the direction and therefore has a different height. wherein a preload device is included between the housing element and the at least one circuit board in order to press the circuit board against the heat-conducting element in a predetermined direction, wherein the preload device comprises at least one first spring element and one second spring element, characterized in that the first spring element has a first extent in a direction and the second spring element has a second extent in the direction and therefore has a different height.
Centrifugal pump with one or more pumping stages, with a pressure controlled valve inside the pump for supporting self-priming, the valve comprising a pretensioned leaf spring and a valve seat, the leaf spring having an opened position (a), having a preclosed position (b), and having a closed position (c), in the open position (a) the leaf spring is distanced from the valve seat, in the preclosed position the valve is partially closed and in the closed position (c) the leaf spring closes the valve seat, characterized in that the leaf spring has semi stable position which is the preclosed position (b) which is for arranging leaf spring and valve seat for soft closing.
An intestinal activity regulation device for improving intestinal activity of a target person, comprising: a regulator that performs a regulation process of regulating the intestinal activity based on a state of the intestinal activity detected by a detector that detects the state of the intestinal activity of the target person, the regulator having a releaser that releases a first fragrance or a second fragrance, each of which is a useful substance for promoting the intestinal activity, into a space where the target person is present, the first fragrance being a fragrance containing lavender as a main component, the second fragrance being a fragrance containing leaf alcohol and leaf aldehyde as main components. a regulator that performs a regulation process of regulating the intestinal activity based on a state of the intestinal activity detected by a detector that detects the state of the intestinal activity of the target person, the regulator having a releaser that releases a first fragrance or a second fragrance, each of which is a useful substance for promoting the intestinal activity, into a space where the target person is present, the first fragrance being a fragrance containing lavender as a main component, the second fragrance being a fragrance containing leaf alcohol and leaf aldehyde as main components.