mhurhangee/ep-ind-claims huggingface dataset:
Method of segmenting a three-dimensional structure from a three-dimensional data record, containing in particular medical data values, comprising the steps of: a) providing a three-dimensional, deformable model whose surface area is formed by a network of meshes, which connect together points of the network on the surface area of the model, the meshes being divided into groups of neighbouring meshes, and each group being allocated a structure function, b) arranging the model at the position in the three-dimensional data record in which the structure to be segmented is located, c) determining one candidate point in said data record for each mesh with the aid of the structure function of the group to which the mesh concerned belongs, d) recalculating the points of the network of the model on the basis of the candidate points found for adapting the surface area of the deformable model to the candidate points, e) repeating steps c) and d), taking the newly calculated points of the network into account, as long as no termination criterion is met. a) providing a three-dimensional, deformable model whose surface area is formed by a network of meshes, which connect together points of the network on the surface area of the model, the meshes being divided into groups of neighbouring meshes, and each group being allocated a structure function, b) arranging the model at the position in the three-dimensional data record in which the structure to be segmented is located, c) determining one candidate point in said data record for each mesh with the aid of the structure function of the group to which the mesh concerned belongs, d) recalculating the points of the network of the model on the basis of the candidate points found for adapting the surface area of the deformable model to the candidate points, e) repeating steps c) and d), taking the newly calculated points of the network into account, as long as no termination criterion is met.
Friction reducer additive suitable to be used in lubricating oils and in fuels, said additive not containing metals, sulfur and phosphorus, and being a mixture of organic compounds comprising - an amide, and/or - one or more esters of carboxylic acids, and - an oxazoline in an amount which varies from 20% to 70% by weight with respect to the total weight of the mixture, wherein the amide has general formula, the esters have general formula and oxazoline has general formula wherein R is a group selected from the group consisting of a linear or branched alkyl, or a linear or branched alkenyl, having a number of carbon atoms between 2 and 40; R 1 and R 2 groups, which can be the same or different from each other, are independently selected from the group consisting of hydrogen, a hydroxy methylene group and hydrocarbon groups based on carbon and hydrogen and free of heteroatoms, linear or branched, having formula C n H 2n+1, C n H 2n, C n H n wherein "n" is an integer that can vary from 1 to 40. said additive not containing metals, sulfur and phosphorus, and being a mixture of organic compounds comprising - an amide, and/or - one or more esters of carboxylic acids, and - an oxazoline in an amount which varies from 20% to 70% by weight with respect to the total weight of the mixture, - an amide, and/or - one or more esters of carboxylic acids, and - an oxazoline in an amount which varies from 20% to 70% by weight with respect to the total weight of the mixture, wherein the amide has general formula, the esters have general formula and oxazoline has general formula the amide has general formula, the esters have general formula and oxazoline has general formula wherein R is a group selected from the group consisting of a linear or branched alkyl, or a linear or branched alkenyl, having a number of carbon atoms between 2 and 40; R 1 and R 2 groups, which can be the same or different from each other, are independently selected from the group consisting of hydrogen, a hydroxy methylene group and hydrocarbon groups based on carbon and hydrogen and free of heteroatoms, linear or branched, having formula C n H 2n+1, C n H 2n, C n H n wherein "n" is an integer that can vary from 1 to 40.
Head rest for motor vehicle seats having a centre part and side parts (5a, 5b) which are arranged on either side of the centre part and are displaceable relative to the centre part for laterally supporting the head, wherein in order to operate the adjustment of at least one side part (5a, 5b) at least one fluid-fillable hollow body is provided and when filled the at least one side part (5a, 5b) is pivoted in the direction of the region receiving the head, wherein two lever arms (8a, 8b) are provided which are able to pivot about respective pivot axes (9a, 9b) and which each have a first lever arm section (8a1, 8b1) and a second lever arm section (8a2, 8b2) which is arranged on the opposite side of the first lever arm section (8a1, 8b1), wherein the first of the lever arm sections (8a1, 8b1) lies in the lifting region of the fluid-fillable hollow body and the second of the lever arm sections (8a2, 8b2) interacts with an associated side part (5a, 5b), characterised in that the fluid-fillable hollow body is arranged on the side of the centre part which faces away from the head-receiving region.
A method of monitoring a downlink control channel performed by a user equipment, UE, the method comprising: receiving information for a ps-offset, wherein the ps-offset indicates a specific time prior to a starting slot where a discontinuous reception, DRX, on duration timer, drx-onDurationTimer, would start; receiving a first configuration message informing of a direction of resources of a slot, wherein the direction of the resources of the slot is an uplink or a downlink; and receiving a second configuration message informing of periodicity and offset of monitoring occasions for detecting a wake up signal, WUS, wherein i) based on at least one monitoring occasion among the monitoring occasions being located within a time duration starting from the specific time and ending prior to the starting slot, and ii) based on that a first downlink control channel monitoring for detecting the WUS is not required as resources constituting all of the at least one monitoring occasion overlap, even partially, resources indicated as the uplink by the first configuration message, the UE does not perform the first downlink control channel monitoring at the at least one monitoring occasion and the UE performs a second downlink control channel monitoring in a next discontinuous reception, DRX,-on duration. receiving information for a ps-offset, wherein the ps-offset indicates a specific time prior to a starting slot where a discontinuous reception, DRX, on duration timer, drx-onDurationTimer, would start; receiving a first configuration message informing of a direction of resources of a slot, wherein the direction of the resources of the slot is an uplink or a downlink; and receiving a second configuration message informing of periodicity and offset of monitoring occasions for detecting a wake up signal, WUS, wherein i) based on at least one monitoring occasion among the monitoring occasions being located within a time duration starting from the specific time and ending prior to the starting slot, and ii) based on that a first downlink control channel monitoring for detecting the WUS is not required as resources constituting all of the at least one monitoring occasion overlap, even partially, resources indicated as the uplink by the first configuration message, the UE does not perform the first downlink control channel monitoring at the at least one monitoring occasion and the UE performs a second downlink control channel monitoring in a next discontinuous reception, DRX,-on duration.
A friction clutch comprising; a cylindrical clutch drum which is rotatably provided with an inner peripheral surface spline; a hub which is coaxial with the clutch drum and is provided on an inner peripheral side of the clutch drum so as to be relatively rotatable; a piston which is provided on an inner peripheral side of the clutch drum to move forward and backward in an axial direction; a pusher plate which is connected to the piston, fitted into the inner peripheral surface spline, and has a first tapered surface; an end plate which is fitted into the inner peripheral surface spline, fixed immovably in the axial direction, and has a second tapered surface; an output cone which is connected to the hub, has a third tapered surface frictionally engaging the first tapered surface and a fourth tapered surface frictionally engaging the second tapered surface; a hydraulic chamber formed between the clutch drum and the piston; a canceller which is provided on the opposite side of the hydraulic chamber with respect to the piston; a canceller chamber which is formed between the piston and the canceller; a through hole which passes through the canceller in the axial direction; a normally open type valve mechanism which is arranged in the through hole; characterized in that when lubricating oil is supplied to the canceller chamber, a valve of the valve mechanism is open, and when hydraulic oil is supplied to the canceller chamber, the valve of the valve mechanism is closed. a cylindrical clutch drum which is rotatably provided with an inner peripheral surface spline; a hub which is coaxial with the clutch drum and is provided on an inner peripheral side of the clutch drum so as to be relatively rotatable; a piston which is provided on an inner peripheral side of the clutch drum to move forward and backward in an axial direction; a pusher plate which is connected to the piston, fitted into the inner peripheral surface spline, and has a first tapered surface; an end plate which is fitted into the inner peripheral surface spline, fixed immovably in the axial direction, and has a second tapered surface; an output cone which is connected to the hub, has a third tapered surface frictionally engaging the first tapered surface and a fourth tapered surface frictionally engaging the second tapered surface; a hydraulic chamber formed between the clutch drum and the piston; a canceller which is provided on the opposite side of the hydraulic chamber with respect to the piston; a canceller chamber which is formed between the piston and the canceller; a through hole which passes through the canceller in the axial direction; a normally open type valve mechanism which is arranged in the through hole; characterized in that when lubricating oil is supplied to the canceller chamber, a valve of the valve mechanism is open, and when hydraulic oil is supplied to the canceller chamber, the valve of the valve mechanism is closed.
Use in a foamy aqueous suspension of calcium sulfate hemihydrate, as dispersing and anti-defoaming agent, of a comb polymer characterized in that it is made up: a) of at least one monomer which is (meth)acrylic acid, b) of at least one monomer which is an ester of (meth)acrylic acid, c) of at least one monomer which is an alkoxy or a hydroxy polyalkylene glycol. a) of at least one monomer which is (meth)acrylic acid, b) of at least one monomer which is an ester of (meth)acrylic acid, c) of at least one monomer which is an alkoxy or a hydroxy polyalkylene glycol.
A plate heat exchanger for boilers, in particular for condensing boilers, comprising a set of heat exchange plates (2, 2*), which, on the inside, are flown through by the water to be heated and, on the outside, are surrounded by the combustion products coming from a burner; said heat exchanger comprising a plurality of plates (2, 2*), each of said plates (2, 2*) comprising at least two levels (,,) of respective channels (23, 24, 25) housing the flow of water to be heated; characterised in that said plurality of plates (2, 2*) are coupled to a plurality of closing elements to close openings (28, 29, 30, 31) provided on said plates (2, 2*), one of said levels being the closest to said burner; said plurality of plates (2, 2*) and said plurality of closing elements being combined so as to create hydraulic connections between the channels (23, 24), which are arranged in parallel on the level (,) that is the farthest from said burner, and hydraulic connections between the channels, which are at least partially arranged in series on said level that is the closest to said burner.
A driver's cab for an agricultural working machine, wherein a respective foot rest is mounted on the left and the right side of a central column, characterized in that these foot rests can respectively be pivoted about an axis between a standby position and a usage position.
Household drying appliance comprising: - an external box body; - a drum housed inside the box body and destined to receive garments to be dried; - a condenser comprising a first inlet and a first outlet for a drying fluid and a second inlet and a second outlet for a cooling fluid; - a first circuit configured for circulating the drying fluid from the drum towards the first inlet of the condenser and from the first outlet of the condenser towards the drum; - a plurality of inlet openings at the first inlet; - a second circuit configured for circulating the cooling fluid from a suction aperture of the cooling fluid in the box body to the second inlet of the condenser and from the second outlet of the condenser to a draining portion of the cooling fluid from the box body; and - a plurality of deflectors upstream the first inlet of the condenser and configured for directioning the drying fluid towards the first inlet of the condenser, the deflectors delimiting a plurality of inlets for the drying fluid; wherein the deflectors define a plurality of fluid-tight channels developing interposed between, and fluidically connecting, the inlets and the inlet openings of the condenser; wherein each of the channels has a substantially constant fluid-passage net cross-section or a substantially increasing fluid-passage net cross-section along an advancement direction of the drying fluid within a respective channel from a respective inlet to a respective inlet opening of the condenser, characterised in that the condenser comprises at least one occlusion element configured to close a respective cooling fluid advancing conduit and in that the condenser is removably mounted within the box body and is extractable in the transversal direction, preferably normal, with respect to a front wall of the box body. - an external box body; - a drum housed inside the box body and destined to receive garments to be dried; - a condenser comprising a first inlet and a first outlet for a drying fluid and a second inlet and a second outlet for a cooling fluid; - a first circuit configured for circulating the drying fluid from the drum towards the first inlet of the condenser and from the first outlet of the condenser towards the drum; - a plurality of inlet openings at the first inlet; - a second circuit configured for circulating the cooling fluid from a suction aperture of the cooling fluid in the box body to the second inlet of the condenser and from the second outlet of the condenser to a draining portion of the cooling fluid from the box body; and - a plurality of deflectors upstream the first inlet of the condenser and configured for directioning the drying fluid towards the first inlet of the condenser, the deflectors delimiting a plurality of inlets for the drying fluid;
Process for the treatment of aqueous process liquids in partly-closed sieve circulation systems for paper production which contain at least a sieve water tank and the connected pipes from the sieve water tank via the vertical pressure screen to the headbox, using biocides and/or enzymes for the prevention and/or removal of slime sediments through the discontinuous dosing of liquid active ingredients or solutions of solid active ingredients, characterised in that the dosing of the active ingredients occurs depending on the volume flow within the pipes - in the intake area of the pipe from the sieve water tank to the vertical pressure screen in the sieve water tank and/or - between the sieve water tank and the vertical pressure screen directly in the pipe and/or together with the dilution water and/or together with paper additives and/or - between the vertical pressure screen and the headbox. - in the intake area of the pipe from the sieve water tank to the vertical pressure screen in the sieve water tank and/or - between the sieve water tank and the vertical pressure screen directly in the pipe and/or together with the dilution water and/or together with paper additives and/or - between the vertical pressure screen and the headbox.
A user interface development assistance device, comprising a user interface editing unit executing an editing process of a user interface and displaying a generated editing screen on a display; and an operation input unit receiving an operation for editing of the user interface, wherein the operation input unit receives an operation of a pointer indicating a position in the editing screen, wherein when the position of the pointer is moved onto a topmost user interface object in which a plurality of user interface objects (51, 52, 53) overlap on the editing screen, the user interface editing unit displays (S104; S201) a list of the plurality of user interface objects (51, 52, 53) that overlap in the editing screen according to the operation for list display from the operation input unit, and wherein after the list of the plurality of user interface objects (51, 52, 53) is displayed in the editing screen, when the position of the pointer does not overlap (S203: YES) the topmost user interface object and is moved onto a cancelation area (S204: YES) that is outside an area that is widened by a prescribed distance from the topmost user interface object, the user interface editing unit cancels the list displayed in the editing screen. a user interface editing unit executing an editing process of a user interface and displaying a generated editing screen on a display; and an operation input unit receiving an operation for editing of the user interface, wherein the operation input unit receives an operation of a pointer indicating a position in the editing screen, wherein when the position of the pointer is moved onto a topmost user interface object in which a plurality of user interface objects (51, 52, 53) overlap on the editing screen, the user interface editing unit displays (S104; S201) a list of the plurality of user interface objects (51, 52, 53) that overlap in the editing screen according to the operation for list display from the operation input unit, and wherein after the list of the plurality of user interface objects (51, 52, 53) is displayed in the editing screen, when the position of the pointer does not overlap (S203: YES) the topmost user interface object and is moved onto a cancelation area (S204: YES) that is outside an area that is widened by a prescribed distance from the topmost user interface object, the user interface editing unit cancels the list displayed in the editing screen.
A cooling device comprising a body wherein foods and beverages to be cooled are placed, at least one door providing access to the body inner volume when opened, a water supply disposed preferably into the inner volume of the door or body, a water dispenser providing the water in the water supply to be transferred outside when desired, a water dispenser having a housing which is located on the door and wherein the water dispenser is disposed, at least one pipe which provides the water in the water supply to be transferred to the water dispenser and one end of which opens to the water supply and the other end into the housing, at least one spigot mounted to the end of the pipe, characterized by a carrier - mounted onto the pipe such that it will consider the pipe as the vertical rotation axis, - enabling access to the spigot in its opened position and - providing the spigot to be hidden in its closed position whereto it is brought by being rotated around the axis formed by the pipe and - a hollow bearing, which is located at the ceiling of the carrier and a shaft which is seated in the bearing and through which the pipe passes, whereby the bearing and shaft enable the carrier to easily rotate inside the housing and allow the pipe to extend into the housing without moving during the rotational movements of the carrier. - mounted onto the pipe such that it will consider the pipe as the vertical rotation axis, - enabling access to the spigot in its opened position and - providing the spigot to be hidden in its closed position whereto it is brought by being rotated around the axis formed by the pipe and - a hollow bearing, which is located at the ceiling of the carrier and a shaft which is seated in the bearing and through which the pipe passes, whereby the bearing and shaft enable the carrier to easily rotate inside the housing and allow the pipe to extend into the housing without moving during the rotational movements of the carrier.
Device for the engagement and the disengagement of a power take-off for a vehicle with a trailer, the trailer being operatively connected to the vehicle through a cardan, the device comprising a detection device of data pertaining to the angle (ε) between an arm of the cardan and the projection of the other arm of the cardan beyond the cardan itself and comparison means of the angle (ε) between one cardan arm and the projection of the other arm of the cardan beyond the cardan itself and one or more preset threshold angles (S, S'), apt to disengage the power take-off when said angle (ε) between one cardan arm and the projection of the other arm of the cardan beyond the cardan itself is greater than a threshold angle and to engage it again when said angle (ε) between one cardan arm and the projection of the other arm of the cardan beyond the cardan itself is smaller than another threshold angle (S'), the other threshold angle (S') being equal to or different from the first one, characterized in that said detection device consists of a pair of position determining systems, suitable to be arranged one in the vehicle area and one in the trailer area, and in that the comparison means is configured such that the angle to be compared against the threshold angles is calculated with the formula: ε = 180 ° − arcos 1 / 2 N / M + M / N − L 2 / MN wherein: M is the distance between one position determining system and the cardan joint, N is the distance between the other position determining system and the cardan joint, L is the distance between the two position determining systems, ε is the angle between the arm of the cardan and the projection of the other arm of the cardan beyond the cardan itself. wherein: M is the distance between one position determining system and the cardan joint, N is the distance between the other position determining system and the cardan joint, L is the distance between the two position determining systems, ε is the angle between the arm of the cardan and the projection of the other arm of the cardan beyond the cardan itself.
A myricetin derivative or a pharmaceutically acceptable salt thereof, wherein said myricetin derivative or pharmaceutically acceptable salt thereof is M6, M7, M8, M9, M10, M13 or M14, as shown below: