mhurhangee/ep-ind-claims huggingface dataset:
A device comprising circuitry configured to: obtain a plurality of initial two-dimensional, 2D, images ( I 1, I 2) which together represent an initial three-dimensional, 3D, image, wherein each initial 2D image ( I 1, I 2) is associated with one of a plurality of focal planes (1, 2); generate one or more blurred versions ( LPF ( I 1,2), LPF ( I 2, 1)) of each of the initial 2D images ( I 1, I 2) on one or more of the focal planes (1, 2) other than its associated focal plane (1, 2); generate a high passed version ( H 1, H 2) of each of the initial 2D images ( I 1, I 2) on its associated focal plane (1, 2); and generate a plurality of final 2D images ( I 1 ′, I 2 ′) by generating for each focal plane (1, 2) a final 2D image ( I 1 ′, I 2 ′) based on the high passed version ( H 1, H 2) of the initial 2D image ( I 1, I 2) associated with that focal plane (1, 2) and one or more blurred versions ( LPF ( I 1,2), LPF ( I 2, 1)) generated on that focal plane (1, 2) from one or more of the other initial 2D images ( I 1, I 2). obtain a plurality of initial two-dimensional, 2D, images ( I 1, I 2) which together represent an initial three-dimensional, 3D, image, wherein each initial 2D image ( I 1, I 2) is associated with one of a plurality of focal planes (1, 2); generate one or more blurred versions ( LPF ( I 1,2), LPF ( I 2, 1)) of each of the initial 2D images ( I 1, I 2) on one or more of the focal planes (1, 2) other than its associated focal plane (1, 2); generate a high passed version ( H 1, H 2) of each of the initial 2D images ( I 1, I 2) on its associated focal plane (1, 2); and generate a plurality of final 2D images ( I 1 ′, I 2 ′) by generating for each focal plane (1, 2) a final 2D image ( I 1 ′, I 2 ′) based on the high passed version ( H 1, H 2) of the initial 2D image ( I 1, I 2) associated with that focal plane (1, 2) and one or more blurred versions ( LPF ( I 1,2), LPF ( I 2, 1)) generated on that focal plane (1, 2) from one or more of the other initial 2D images ( I 1, I 2).
A method for data transmission, performed by a user equipment, UE, comprising: in response to first physical uplink shared channel, PUSCH resources being with a first priority, maintaining downlink communication with a serving cell within a first duration after an end moment of the first PUSCH resources; the method characterized in that the first duration is a duration from the end moment of the first PUSCH resources to an end moment of a predetermined downlink control information, DCI monitoring occasion, and the predetermined DCI monitoring occasion is a first DCI monitoring occasion after a second duration gaped from the end moment of the first PUSCH resources. in response to first physical uplink shared channel, PUSCH resources being with a first priority, maintaining downlink communication with a serving cell within a first duration after an end moment of the first PUSCH resources; the method characterized in that the first duration is a duration from the end moment of the first PUSCH resources to an end moment of a predetermined downlink control information, DCI monitoring occasion, and the predetermined DCI monitoring occasion is a first DCI monitoring occasion after a second duration gaped from the end moment of the first PUSCH resources.
An oral care composition comprising a polymer formed from the condensation of xylitol; and polycarboxylic acids, anhydrides, esters or acid halides compounds, wherein the formed polymer is distributed in an orally acceptable carrier, and wherein the formed polymer includes arginine.
Magnetic flux concentrator for a rotor, the rotor comprising a rotary shaft, the magnetic flux concentrator being disposed around the rotary shaft, the rotor comprising magnetic zones of a permanent magnet, the magnetic flux concentrator comprising a stack of laminations (300, 400), the stack of laminations comprising a plurality of laminations of a first type and a plurality of laminations of a second type, each lamination of the first type comprising six pole elements that are detached from one another and each lamination of the second type comprising six pole elements, referred to as linked pole elements, that are connected to one another by a ring situated in the centre of the lamination of the second type and intended to surround the rotary shaft, the pole elements of each lamination of the second type being regularly spaced apart around the ring such that all of the spacings situated between two adjacent linked pole elements are identical, each pole element of a lamination (300, 400) of the stack of laminations being aligned with a pole element of another lamination (300, 400) of the stack of laminations so as to form six regularly spaced apart stacks of pole elements, characterized in that the stack of laminations (300, 400) comprises sets of ten or fifteen laminations of the first type, the sets alternating with a lamination of the second type.
A network access control method performed by a network access control apparatus, comprising: configuring network access permission of a first application on a user interface, wherein the network access permission comprises allowing the first application to access a network resource by using a first type of network access point, and the first type of network access point comprises at least one first network access point; accessing a second network access point, wherein the second network access point belongs to the first type of network access point; when the first application is running, allowing the first application to access the network resource by using the second network access point; and when a third network access point is accessed, if the third network access point does not belong to the first type of network access point, prohibiting the first application from accessing the network resource by using the third network access point, while allowing a second application to access the network resource by using the third network access point; wherein after the third network access point is accessed, the method further comprises: keeping a connection to the second network access point; wherein after the keeping a connection to the second network access point, the method further comprises: keeping the first application accessing the network resource by using the second network access point. configuring network access permission of a first application on a user interface, wherein the network access permission comprises allowing the first application to access a network resource by using a first type of network access point, and the first type of network access point comprises at least one first network access point; accessing a second network access point, wherein the second network access point belongs to the first type of network access point; when the first application is running, allowing the first application to access the network resource by using the second network access point; and when a third network access point is accessed, if the third network access point does not belong to the first type of network access point, prohibiting the first application from accessing the network resource by using the third network access point, while allowing a second application to access the network resource by using the third network access point; wherein after the third network access point is accessed, the method further comprises: keeping a connection to the second network access point; wherein after the keeping a connection to the second network access point, the method further comprises: keeping the first application accessing the network resource by using the second network access point. keeping a connection to the second network access point; wherein after the keeping a connection to the second network access point, the method further comprises: keeping the first application accessing the network resource by using the second network access point.
An image forming apparatus, comprising: transfer means adapted to transfer a toner image onto a recording sheet; fixing means adapted to fix the toner image transferred onto the recording sheet; a stacking tray adapted to stack thereon a bundle (124, 125) of a plurality of recording sheets, onto each of which the toner image is fixed by said fixing means; a discharging roller adapted to discharge the recording sheet onto which the toner image is fixed by said fixing means to the stacking tray; and control means adapted to obtain a toner use amount at transfer of a predetermined region of the toner image onto the recording sheet by said transfer means, characterized in that a pressing member is adapted to be brought in contact with a top recording sheet of the bundle (124, 125) when the top recording sheet is discharged by the discharging roller and stacked on the stacking tray to thereby press the bundle (124, 125); said control means is adapted to control a recording sheet conveyance interval in accordance with the obtained toner use amount for the predetermined region of the toner image; and the predetermined region of the toner image corresponds to a region of the top recording sheet with which said pressing member is brought in contact. transfer means adapted to transfer a toner image onto a recording sheet; fixing means adapted to fix the toner image transferred onto the recording sheet; a stacking tray adapted to stack thereon a bundle (124, 125) of a plurality of recording sheets, onto each of which the toner image is fixed by said fixing means; a discharging roller adapted to discharge the recording sheet onto which the toner image is fixed by said fixing means to the stacking tray; and control means adapted to obtain a toner use amount at transfer of a predetermined region of the toner image onto the recording sheet by said transfer means, characterized in that a pressing member is adapted to be brought in contact with a top recording sheet of the bundle (124, 125) when the top recording sheet is discharged by the discharging roller and stacked on the stacking tray to thereby press the bundle (124, 125); said control means is adapted to control a recording sheet conveyance interval in accordance with the obtained toner use amount for the predetermined region of the toner image; and the predetermined region of the toner image corresponds to a region of the top recording sheet with which said pressing member is brought in contact.
A composition, comprising: a compostable and/or biobased polylactone polymer, wherein said polymer is an end-capped polypropiolactone, and a blowing agent. a compostable and/or biobased polylactone polymer, wherein said polymer is an end-capped polypropiolactone, and a blowing agent.
Method for operating a mixer truck having a main engine for driving said truck, and having a mixer drum, the method comprising the steps of: - connecting a mains connector of the mixer truck to a power mains; - feeding electric power from said power mains directly to an electric motor of the mixer truck for driving the mixer drum; and - driving the mixer drum by means of the electric motor, wherein the electric power is fed from the power mains directly to the electric motor when loading or unloading of the mixer drum. - connecting a mains connector of the mixer truck to a power mains; - feeding electric power from said power mains directly to an electric motor of the mixer truck for driving the mixer drum; and - driving the mixer drum by means of the electric motor,
Method for operating a water treatment plant comprising - at least one container with means for water treatment requiring, in particular, periodic regeneration, - a valve system for controlling volumetric flows in the water treatment plant, comprising a movable control element and a counter-element arranged in a stationary manner in a housing of the valve system, the control element bearing in a sealing manner against the counter-element and being capable of being moved successively, periodically repeatedly into at least two operating positions (P1, P2, P3) of an operating cycle with differently configured valve functions relative to the counter-element, - a sensor for determining the current position of the control element relative to the counter-element, and - a device for reversing the direction of movement of the control element relative to the counter-element, wherein the direction of movement of the control element is reversed at least once per operating cycle, wherein a reference position of the control element is determined by means of the sensor, and wherein the current position of the control element is ascertained from the reference position, the movement speed v and the running time T of a motor, characterised in that the reference position is offset from the individual operating positions (P1, P2, P3) in each case by a segment x > 0. - at least one container with means for water treatment requiring, in particular, periodic regeneration, - a valve system for controlling volumetric flows in the water treatment plant, comprising a movable control element and a counter-element arranged in a stationary manner in a housing of the valve system, the control element bearing in a sealing manner against the counter-element and being capable of being moved successively, periodically repeatedly into at least two operating positions (P1, P2, P3) of an operating cycle with differently configured valve functions relative to the counter-element, - a sensor for determining the current position of the control element relative to the counter-element, and - a device for reversing the direction of movement of the control element relative to the counter-element, wherein the direction of movement of the control element is reversed at least once per operating cycle, wherein a reference position of the control element is determined by means of the sensor, and wherein the current position of the control element is ascertained from the reference position, the movement speed v and the running time T of a motor, characterised in that the reference position is offset from the individual operating positions (P1, P2, P3) in each case by a segment x > 0. wherein the direction of movement of the control element is reversed at least once per operating cycle, wherein a reference position of the control element is determined by means of the sensor, and wherein the current position of the control element is ascertained from the reference position, the movement speed v and the running time T of a motor, characterised in that the reference position is offset from the individual operating positions (P1, P2, P3) in each case by a segment x > 0.
A trucking vehicle having a transport refrigeration unit and a fluid circuit comprising: a first fuel tank; a second fuel tank; a first engine; a second engine; a cooling system associated with the first engine, the trucking vehicle being characterised by further comprising: a first regulator assembly defining a first fuel inlet connected to the first fuel tank to receive fuel from the first fuel tank and a first fuel outlet connected to the first engine to provide fuel to the first engine, the first regulator assembly having a first heat exchanger assembly defining a first coolant inlet connected to the cooling system to receive coolant from the cooling system and a first coolant outlet connected to the cooling system to provide coolant to the cooling system; and a second regulator assembly defining a second fuel inlet connected to the second fuel tank to receive fuel from the second fuel tank and a second fuel outlet connected to the second engine to provide fuel to the second engine associated with a transport refrigeration unit; wherein the second regulator assembly has a second heat exchanger assembly defining a second coolant inlet connected to the cooling system to receive coolant from the cooling system and a second coolant outlet connected to the cooling system to provide coolant to the cooling system. a first fuel tank; a second fuel tank; a first engine; a second engine; a cooling system associated with the first engine, the trucking vehicle being characterised by further comprising: a first regulator assembly defining a first fuel inlet connected to the first fuel tank to receive fuel from the first fuel tank and a first fuel outlet connected to the first engine to provide fuel to the first engine, the first regulator assembly having a first heat exchanger assembly defining a first coolant inlet connected to the cooling system to receive coolant from the cooling system and a first coolant outlet connected to the cooling system to provide coolant to the cooling system; and a second regulator assembly defining a second fuel inlet connected to the second fuel tank to receive fuel from the second fuel tank and a second fuel outlet connected to the second engine to provide fuel to the second engine associated with a transport refrigeration unit; wherein the second regulator assembly has a second heat exchanger assembly defining a second coolant inlet connected to the cooling system to receive coolant from the cooling system and a second coolant outlet connected to the cooling system to provide coolant to the cooling system.
A capacitive sensor comprising a substrate, a movable electrode plate arranged on an upper surface of the substrate, and a fixed electrode plate arranged on the upper surface of the substrate so as to cover the movable electrode plate, a physical amount or change thereof being detected by a capacitance or a change thereof between the movable electrode plate and the fixed electrode plate, wherein the fixed electrode plate has a portion facing the upper surface of the substrate through a space supported by a side wall portion arranged on an inner edge of a portion fixed to the upper surface of the substrate without interposing a space, and a reinforcement film is formed on at least one part of the side wall portion, characterized in that the reinforcement film is made of metal, and the reinforcement film is electrically insulated with both the movable electrode plate and the fixed electrode plate.
A valve prosthesis configured for percutaneous deployment at a mitral valve in the heart, the prosthesis comprising: a support structure configured to support a prosthetic heart valve, the support structure having an upstream section with a greater expanded diameter than a downstream section, and the support structure defining a plurality of continuous regions in which the upstream section is continuous with the downstream section and a plurality of discontinuous regions in which the upstream section is discontinuous with the downstream section, wherein the continuous regions and discontinuous regions alternate with one another around a circumference of the support structure, and wherein within the discontinuous regions the downstream section of the support structure at least partially overlaps with the upstream section of the support structure by extending inside the upstream section of the support structure. a support structure configured to support a prosthetic heart valve, the support structure having an upstream section with a greater expanded diameter than a downstream section, and the support structure defining a plurality of continuous regions in which the upstream section is continuous with the downstream section and a plurality of discontinuous regions in which the upstream section is discontinuous with the downstream section, wherein the continuous regions and discontinuous regions alternate with one another around a circumference of the support structure, and wherein within the discontinuous regions the downstream section of the support structure at least partially overlaps with the upstream section of the support structure by extending inside the upstream section of the support structure. the support structure having an upstream section with a greater expanded diameter than a downstream section, and the support structure defining a plurality of continuous regions in which the upstream section is continuous with the downstream section and a plurality of discontinuous regions in which the upstream section is discontinuous with the downstream section, wherein the continuous regions and discontinuous regions alternate with one another around a circumference of the support structure, and wherein within the discontinuous regions the downstream section of the support structure at least partially overlaps with the upstream section of the support structure by extending inside the upstream section of the support structure.
A loading frame, comprising: a frame comprising a wheel-end arm, a truck-end arm, and a side member connecting the wheel-end arm and truck-end arm at respective side-member ends, and at least one of the one or more loading frame wheels is coupled to the wheel-end arm arranged to facilitate travel of the frame in a frame travel direction; characterized in that one or more forks are coupled to the frame and configured to extend and retract in a fork direction that is transverse to the frame travel direction, wherein the forks are further configured to engage a load when extended and support a load for travel when retracted. a frame comprising a wheel-end arm, a truck-end arm, and a side member connecting the wheel-end arm and truck-end arm at respective side-member ends, and at least one of the one or more loading frame wheels is coupled to the wheel-end arm arranged to facilitate travel of the frame in a frame travel direction; characterized in that one or more forks are coupled to the frame and configured to extend and retract in a fork direction that is transverse to the frame travel direction, wherein the forks are further configured to engage a load when extended and support a load for travel when retracted.
A HEAD FASTENING ARRANGEMENT OF A COOLING COMPRESSOR, comprising: a cylinder of the cooling compressor, a head arranged by the cylinder of the cooling compressor and having a head lid, at least one supporting device also arranged by the cylinder; at least one element of union of the head lid to the supporting device, wherein the element of union is capable of transmitting force that presses the head lid and the supporting device against the cylinder, wherein the head is arranged at the front of the cylinder and the supporting device is arranged at the rear part of the cylinder, the supporting device being arranged at an opposite position to the head characterized by the fact that the supporting device comprises at least four spare contact regions (10A, 10B, 10C, 10D) arranged on its surface faced to the cylinder, the supporting device comprises an arched format, wherein a first and a second spare contact region are arranged, respectively, in a first end zone and in a second end zone of the arched supporting device, further wherein a third and fourth contact regions (10C, 10D) are arranged in an rearmost area of the arched supporting device a cylinder of the cooling compressor, a head arranged by the cylinder of the cooling compressor and having a head lid, at least one supporting device also arranged by the cylinder; at least one element of union of the head lid to the supporting device, wherein the element of union is capable of transmitting force that presses the head lid and the supporting device against the cylinder, wherein the head is arranged at the front of the cylinder and the supporting device is arranged at the rear part of the cylinder, the supporting device being arranged at an opposite position to the head characterized by the fact that the supporting device comprises at least four spare contact regions (10A, 10B, 10C, 10D) arranged on its surface faced to the cylinder, the supporting device comprises an arched format, wherein a first and a second spare contact region are arranged, respectively, in a first end zone and in a second end zone of the arched supporting device, further wherein a third and fourth contact regions (10C, 10D) are arranged in an rearmost area of the arched supporting device