mhurhangee/patent-ind-claim-en huggingface dataset:
A toric intraocular lens, wherein, in a top view of an optical portion, a substantially flat portion having a substantially fixed edge thickness is provided to overlap a steep meridian (X) of the toric surface, and further, an intersection line is formed at a boundary between the toric surface and the substantially flat portion , wherein the edge thickness of the substantially flat portion is larger than a theoretical edge thickness of the optical portion at the steep meridian (X) of the toric surface if the substantially flat portion were not formed, wherein the substantially flat portion is provided not to overlap a flat meridian (Y) of the toric surface of the optical portion , characterised in that other portions are provided where an edge thickness of the toric intraocular lens changes according to the shape of the toric surface from the edge thickness of the substantially flat portion to the edge thickness of the optical portion at the flat meridian, and the edge thickness of the substantially flat portion is smaller than the edge thickness of the optical portion overlapping a flat meridian (Y) of the toric surface in the top view.
A method for image segmentation in an electronic device , the method comprising: obtaining a first RGB frame of a scene using a sensor , the sensor comprising: an RGB sensor generating RGB data, and an event sensor generating event data corresponding to the first RGB frame; classifying objects in the scene to one or more classes by identifying the one or more classes of objects in the scene in the first RGB frame; obtaining event data corresponding to a second RGB frame with the event sensor ; identifying motion information of the scene with the classified objects based on the first RGB frame and the event data of the second RGB frame; and updating an object boundary for the second RGB frame using the motion information, wherein the event data of the scene is associated with motions of objects in the scene. an RGB sensor generating RGB data, and an event sensor generating event data corresponding to the first RGB frame; classifying objects in the scene to one or more classes by identifying the one or more classes of objects in the scene in the first RGB frame; obtaining event data corresponding to a second RGB frame with the event sensor ; identifying motion information of the scene with the classified objects based on the first RGB frame and the event data of the second RGB frame; and updating an object boundary for the second RGB frame using the motion information, wherein the event data of the scene is associated with motions of objects in the scene.
Rotor for an electric machine , the rotor having: a rotor carrier ; and at least one lamination stack with sheet-metal laminations stacked one on top of another in the direction of longitudinal extension of the rotor , wherein the lamination stack is arranged coaxially with the rotor carrier and fully encircles the rotor carrier at an outer circumference of the rotor carrier , wherein the lamination stack has, on an inner circumference, a plurality of projections , and wherein the rotor carrier has, on the outer circumference, a plurality of slots , which are configured to cooperate with the projections of the lamination stack , wherein the projections of the lamination stack and the slots of the rotor carrier are spaced apart from one another via a gap to make it easier to fit the rotor , wherein the gap is filled entirely with an injection-mouldable plastic such that the lamination stack is connected to the rotor carrier for conjoint rotation, characterized in that at least one projection of the plurality of projections is configured in a larger manner than the other projections in the circumferential direction of the rotor and/or in a radial direction of the rotor in order to centre the lamination stack on the rotor carrier , and/or in that at least one slot of the plurality of slots of the rotor carrier is configured in a smaller manner than the other slots in the circumferential direction of the rotor and/or in a radial direction of the rotor in order to centre the lamination stack on the rotor carrier . a rotor carrier ; and at least one lamination stack with sheet-metal laminations stacked one on top of another in the direction of longitudinal extension of the rotor , wherein the lamination stack is arranged coaxially with the rotor carrier and fully encircles the rotor carrier at an outer circumference of the rotor carrier , wherein the lamination stack has, on an inner circumference, a plurality of projections , and wherein the rotor carrier has, on the outer circumference, a plurality of slots , which are configured to cooperate with the projections of the lamination stack , wherein the projections of the lamination stack and the slots of the rotor carrier are spaced apart from one another via a gap to make it easier to fit the rotor , wherein the gap is filled entirely with an injection-mouldable plastic such that the lamination stack is connected to the rotor carrier for conjoint rotation, characterized in that at least one projection of the plurality of projections is configured in a larger manner than the other projections in the circumferential direction of the rotor and/or in a radial direction of the rotor in order to centre the lamination stack on the rotor carrier , and/or in that at least one slot of the plurality of slots of the rotor carrier is configured in a smaller manner than the other slots in the circumferential direction of the rotor and/or in a radial direction of the rotor in order to centre the lamination stack on the rotor carrier .
A composition comprising an antibody or antibody fragment that immunospecifically binds to MHC class I polypeptide-related sequence A (MICA), wherein the antibody or antibody fragment comprises a heavy chain variable region (V H ) and a light chain variable region (V L ) and V H complementarity determining region (CDR) 3 of SEQ ID NO: 158, and wherein the antibody or antibody fragment recognizes an epitope including amino acids 179 to 188 of SEQ ID NO:167.
An image forming apparatus arranged to form an image on a recording material (S), the image forming apparatus comprising: an object ; an electrically conductive member ; and an urging member arranged to urge the electrically conductive member towards the object and to electrically couple the electrically conductive member and the object to each other, wherein the electrically conductive member does not have any insulating cover and is formed of a material having an elastic coefficient that is lower than that of the urging member, wherein the electrically conductive member and the urging member are attached to an electrically insulating holder , and characterized in that the holder is formed of a plurality of plates that are provided so as to be pivotal with respect to each other, and the electrically conductive member is provided so as to extend across the plurality of plates. an object ; an electrically conductive member ; and an urging member arranged to urge the electrically conductive member towards the object and to electrically couple the electrically conductive member and the object to each other, wherein the electrically conductive member does not have any insulating cover and is formed of a material having an elastic coefficient that is lower than that of the urging member, wherein the electrically conductive member and the urging member are attached to an electrically insulating holder , and characterized in that the holder is formed of a plurality of plates that are provided so as to be pivotal with respect to each other, and the electrically conductive member is provided so as to extend across the plurality of plates.
A mutant isocitrate dehydrogenase 1 (IDH1) inhibitor and a DNA demethylating agent for use in a method of treating a hematological malignancy, comprising administering to a subject the mutant isocitrate dehydrogenase 1 (IDH1) inhibitor and the DNA demethylating agent, wherein the mutant IDH1 inhibitor is (S)-N-((S)-1-(2-chlorophenyl)-2-((3,3-difluorocyclobutyl)amino)-2-oxoethyl)-1-(4-cyanopyridin-2-yl)-N-(5-fluoropyridin-3-yl)-5-oxopyrrolidine-2-carboxamide, (COMPOUND 2) having the following formula: or a pharmaceutically acceptable salt, solvate, tautomer, stereoisomer, isotopologue, or a polymorph thereof, and wherein the hematological malignancy is a malignancy characterized by the presence of a mutant allele of IDH1.
A method of communication at a wireless device, comprising: identifying an upper bound for a number of data bits capable of being transmitted in a symbol to be transmitted to a receiver; determining a number of data bits to be transmitted to the receiver in the symbol; and selectively adding padding to an end of a protocol data unit, PDU, containing the symbol, wherein an amount of the padding is based at least in part on a ratio of the number of data bits to be transmitted and the upper bound for the number of data bits capable of being transmitted in the symbol. identifying an upper bound for a number of data bits capable of being transmitted in a symbol to be transmitted to a receiver; determining a number of data bits to be transmitted to the receiver in the symbol; and selectively adding padding to an end of a protocol data unit, PDU, containing the symbol, wherein an amount of the padding is based at least in part on a ratio of the number of data bits to be transmitted and the upper bound for the number of data bits capable of being transmitted in the symbol.
A Crystal Form A of a compound of formula (I), wherein the Crystal Form A has an X-ray powder diffraction (XRPD) pattern having characteristic diffraction peaks at the following 2Θ angles: 5.71±0.2°, 12.68±0.2°and 15.32±0.2°; for example, wherein the Crystal Form A has an X-ray powder diffraction pattern having characteristic diffraction peaks at the following 2θ angles: 5.71±0.2°, 12.68±0.2°, 15.32±0.2°, 18.04±0.2°, 19.72±0.2°, 21.44±0.2°, 23.61±0.2°and 25.68±0.2°; for example, wherein the Crystal Form A has an X-ray powder diffraction pattern as shown in Figure 1. for example, wherein the Crystal Form A has an X-ray powder diffraction pattern having characteristic diffraction peaks at the following 2θ angles: 5.71±0.2°, 12.68±0.2°, 15.32±0.2°, 18.04±0.2°, 19.72±0.2°, 21.44±0.2°, 23.61±0.2°and 25.68±0.2°; for example, wherein the Crystal Form A has an X-ray powder diffraction pattern as shown in Figure 1.
An elevator with a car and at least two safety gears mounted at a distance from one another on the car , as well as an overspeed governor with an activating element controlled by the overspeed governor which, in the event of overspeed, applies a brake actuating force preferably in the form of a tractive force, which is transmitted to the safety gears via a synchronizing device for synchronous triggering, the synchronizing device having a pivot lever for each safety gear which is hinged on its one end side in an hinge area on the clamping body of the safety gear , and is connected on the other side via a synchronizing element to another pivot lever which is assigned to another safety gear , characterized in that a translatory movement is superimposed on the pivot levers relative to their pivot axis , causing said hinge area of the respective pivot lever to perform a resultant movement which is translatory.
A moving image generating apparatus comprising: a control section adapted to control the capture of successive images at a predetermined interval, wherein the predetermined interval corresponds to a photographic environment, which is selected among a plurality of photographic environments defined in advance; and an image storage section adapted to store a plurality of images captured under control of the control section ; characterized by a storage section adapted to store a plurality of inter-frame difference thresholds, wherein each one of the defined photographing environments is associated with one of the stored inter-frame difference thresholds; a setting section adapted to select and to set, from among the thresholds stored by the storage section , the threshold corresponding to the selected photographing environment; and a generation section adapted (i) to select, among the plurality of images stored in the image storage section , images having a difference from the immediately preceding image that is equal to or larger than the threshold set by the setting section ; and (ii) to generate a moving image by using the selected images as frames. a control section adapted to control the capture of successive images at a predetermined interval, wherein the predetermined interval corresponds to a photographic environment, which is selected among a plurality of photographic environments defined in advance; and an image storage section adapted to store a plurality of images captured under control of the control section ; characterized by a storage section adapted to store a plurality of inter-frame difference thresholds, wherein each one of the defined photographing environments is associated with one of the stored inter-frame difference thresholds; a setting section adapted to select and to set, from among the thresholds stored by the storage section , the threshold corresponding to the selected photographing environment; and a generation section adapted (i) to select, among the plurality of images stored in the image storage section , images having a difference from the immediately preceding image that is equal to or larger than the threshold set by the setting section ; and (ii) to generate a moving image by using the selected images as frames. (i) to select, among the plurality of images stored in the image storage section , images having a difference from the immediately preceding image that is equal to or larger than the threshold set by the setting section ; and (ii) to generate a moving image by using the selected images as frames.
Arrangement (A) for consumption-value acquisition in at least one accounting unit of a property, comprising: - a plurality of mounting plates , - a plurality of radiators and - a plurality of heat-cost allocators , - a plurality of thermal coupling arrangements (K), wherein, - on in each case one radiator , there is mounted in each case one mounting plate and, on said mounting plate , there is mounted a heat-cost allocator on that side of the mounting plate which faces away from the radiator , wherein the radiator , the associated mounting plate and the associated heat-cost allocator together form one of the thermal coupling arrangements (K), - at least one c value (c) of at least one of the thermal coupling arrangements (K) is stored in each heat-cost allocator , wherein the respective c-value (c) describes a thermal coupling between the respective heat-cost allocator , the respective radiator and the mounting plate arranged between them, characterized in that - the arrangement comprises at least one new heat-cost allocator and, in the case of the at least one new heat-cost allocator of at least one new thermal coupling arrangement (Kxxy, Kxyy, Kxzy), the stored c value (c) is a c value (c xxy , c xyy , c xzy ) derived from an existing c value (c xxx ) of another thermal, existing, coupling arrangement (Kxxx). - a plurality of mounting plates , - a plurality of radiators and - a plurality of heat-cost allocators , - a plurality of thermal coupling arrangements (K), wherein, - on in each case one radiator , there is mounted in each case one mounting plate and, on said mounting plate , there is mounted a heat-cost allocator on that side of the mounting plate which faces away from the radiator , wherein the radiator , the associated mounting plate and the associated heat-cost allocator together form one of the thermal coupling arrangements (K), - at least one c value (c) of at least one of the thermal coupling arrangements (K) is stored in each heat-cost allocator , wherein the respective c-value (c) describes a thermal coupling between the respective heat-cost allocator , the respective radiator and the mounting plate arranged between them, - the arrangement comprises at least one new heat-cost allocator and, in the case of the at least one new heat-cost allocator of at least one new thermal coupling arrangement (Kxxy, Kxyy, Kxzy), the stored c value (c) is a c value (c xxy , c xyy , c xzy ) derived from an existing c value (c xxx ) of another thermal, existing, coupling arrangement (Kxxx).
A stationary dialysis system comprising at least two separate water preparation units , which can be fluidically connected and/or separated to/from at least two separate ring lines according to selectable supply variants, characterized in that a hydraulic circuit of a plurality of fixed, unchangeable hydraulic circuits representing the supply variants is inserted in a circuit receiving means of the dialysis system for fluidically connecting and/or separating of the water preparation units to/from the ring lines . at least two separate water preparation units , which can be fluidically connected and/or separated to/from at least two separate ring lines according to selectable supply variants, characterized in that a hydraulic circuit of a plurality of fixed, unchangeable hydraulic circuits representing the supply variants is inserted in a circuit receiving means of the dialysis system for fluidically connecting and/or separating of the water preparation units to/from the ring lines .
A stabilization and advancement system for direct transcatheter aortic valve implantation comprising: an introducer support configured to be coupled to an introducer of a delivery system and configured to be coupled to a first stable object (S1) in a procedure room; a cradle mechanism configured to be coupled to a handle of the delivery system and configured to be coupled to a second stable object (S2) in the procedure room; an adjustment mechanism configured to be coupled to the delivery system , wherein operation of the adjustment mechanism moves the delivery system distal of the handle in a distal or proximal direction; further comprising a flexible position clamp , wherein the introducer support is configured to be coupled to the flexible position clamp and the flexible position clamp is configured to be coupled to the first stable object (S1). an introducer support configured to be coupled to an introducer of a delivery system and configured to be coupled to a first stable object (S1) in a procedure room; a cradle mechanism configured to be coupled to a handle of the delivery system and configured to be coupled to a second stable object (S2) in the procedure room; an adjustment mechanism configured to be coupled to the delivery system , wherein operation of the adjustment mechanism moves the delivery system distal of the handle in a distal or proximal direction; further comprising a flexible position clamp , wherein the introducer support is configured to be coupled to the flexible position clamp and the flexible position clamp is configured to be coupled to the first stable object (S1).
A torque overlay device for use in a hybrid drive for motor vehicles, especially for use in passenger motor vehicles, wherein the hybrid drive comprises an internal combustion engine (VM), an electric motor (EM) and the torque overlay device, and a torque of the internal combustion engine (VM) can be overlaid with a torque of the electric motor (EM) by means of the torque overlay device, and the torque overlay device is connected on the output side to an output of the vehicle, and the torque overlay device has a first and a second torque input and a torque output and also a first transmission device and a second transmission device , and the electric motor (EM) can be coupled in torque-resistant manner with the first torque input , and the internal combustion engine (VM) can be coupled in torque-resistant manner with the second torque input , wherein the first torque input is connected in torque-resistant manner to the first transmission device , and the second torque input is connected in torque-resistant manner to the second transmission device , and the transmission devices in each case are coupled on the output side with the torque output of the torque overlay device in torque-resistant manner, wherein both transmission devices comprise in each case at least two alternatively selectable transmission stages (EM1, EM2, VM3, VM4), wherein the first transmission device comprises at least one planetary gear set to represent the at least two alternatively selectable transmission stages (EM1, EM2), and the second transmission device comprises at least two spur gear sets to represent the at least two alternatively selectable transmission stages (VM3, VM4), and wherein the planetary gear set has a ring gear , planets , a planet carrier and a sun , characterised in that - the first transmission device has a spur gear set which has a first spur gear which is arranged by means of an interference fit on a first shaft which couples the electric motor (EM) in torque-resistant manner with the first torque input , and a second spur gear which is arranged by means of an interference fit on a cylindrical tail of the ring gear , - the sun to represent a first transmission stage (EM1) can be braked in stationary manner with a housing of the torque overlay device by means of a powershift-capable friction brake , and - the planetary gear set to represent a second transmission stage (EM2) can be blocked by closing a clutch between the ring gear and the planet carrier . - the first transmission device has a spur gear set which has a first spur gear which is arranged by means of an interference fit on a first shaft which couples the electric motor (EM) in torque-resistant manner with the first torque input , and a second spur gear which is arranged by means of an interference fit on a cylindrical tail of the ring gear , - the sun to represent a first transmission stage (EM1) can be braked in stationary manner with a housing of the torque overlay device by means of a powershift-capable friction brake , and - the planetary gear set to represent a second transmission stage (EM2) can be blocked by closing a clutch between the ring gear and the planet carrier .