mhurhangee/ep-ind-claims huggingface dataset:
A game system comprising a home-console type game device, a controller device and a portable display device, the game device comprising: an operation data reception section for receiving operation data from the controller device; a game process section for performing a game process based on the operation data; a game image generation section for successively generating a game image based on the game process; a game image compression section for successively compressing the game image to generate compressed image data; and a data transmission section for successively wirelessly transmitting the compressed image data to the portable display device, the controller device comprising: an image-capturing section capable of detecting infrared light emitted by an infrared light-emitting portion of the portable display device; an inertia sensor; at least one operation button; and an operation data transmission section for wirelessly transmitting the operation data to the game device, wherein the operation data includes data representing a detection result from the image-capturing section, data representing a detection result from the inertia sensor, and data representing an operation performed on the operation button, the portable display device comprising: an infrared light-emitting portion capable of emitting infrared light; a game image reception section for successively receiving the compressed image data from the game device; a game image expansion section for successively expanding the compressed image data to obtain the game image; and a display section for successively displaying the game image obtained by the expansion. an operation data reception section for receiving operation data from the controller device; a game process section for performing a game process based on the operation data; a game image generation section for successively generating a game image based on the game process; a game image compression section for successively compressing the game image to generate compressed image data; and a data transmission section for successively wirelessly transmitting the compressed image data to the portable display device, an image-capturing section capable of detecting infrared light emitted by an infrared light-emitting portion of the portable display device; an inertia sensor; at least one operation button; and an operation data transmission section for wirelessly transmitting the operation data to the game device, wherein the operation data includes data representing a detection result from the image-capturing section, data representing a detection result from the inertia sensor, and data representing an operation performed on the operation button, an infrared light-emitting portion capable of emitting infrared light; a game image reception section for successively receiving the compressed image data from the game device; a game image expansion section for successively expanding the compressed image data to obtain the game image; and a display section for successively displaying the game image obtained by the expansion.
A smokeless oral tobacco product comprising a tobacco material and a particulate material, the particulate material having the following properties: i) a mass median particle size measured by sieve analysis of from about 0.3 mm to about 3 mm; ii) a bulk density of less than about 0.6 g/cm 3; and iii) a combined starch and sugar content of less than about 7% based on the weight of the particulate material, wherein the particulate material is a hydrophobic particulate material selected from the group consisting of cork, sawdust, millet husks, polystyrene, sodium alginate microspheres, foamed alginates, and mixtures thereof, and wherein the tobacco material comprises tobacco, or a tobacco replacement or substitute. i) a mass median particle size measured by sieve analysis of from about 0.3 mm to about 3 mm; ii) a bulk density of less than about 0.6 g/cm 3; and iii) a combined starch and sugar content of less than about 7% based on the weight of the particulate material,
A table sized and configured to nest with an adjacent table to reduce a height of a plurality of stacked tables in a nested configuration, each table of the plurality of stacked tables having substantially the same size and configuration, the table comprising: a table top constructed from molded plastic, the table top comprising: a generally planar upper surface; and a nesting portion at least partially disposed in the upper surface of the table top; and a frame connected to the table top, the frame including a first portion disposed along one side of the table top and a second portion disposed along a second side of the table top, the frame comprising first and second side rails (42,44) having elongate bodies that extend along a length of the table top, the first and second side rails including an upper and lower portion, the upper portion of the first and second side rails including a flange that extends inwardly at an angle to the body and/or the lower portion of the first and second side rails including a flange that extends outwardly towards an outer portion of the table top; the frame further comprising: a generally planar contact surface sized and configured to contact a generally planar upper surface of an adjacent table when the table is nested with an adjacent table; and an engaging portion sized and configured to be disposed in a nesting portion of an adjacent table when the table is nested with an adjacent table. a table top constructed from molded plastic, the table top comprising: a generally planar upper surface; and a nesting portion at least partially disposed in the upper surface of the table top; and a generally planar upper surface; and a nesting portion at least partially disposed in the upper surface of the table top; and a frame connected to the table top, the frame including a first portion disposed along one side of the table top and a second portion disposed along a second side of the table top, the frame comprising first and second side rails (42,44) having elongate bodies that extend along a length of the table top, the first and second side rails including an upper and lower portion, the upper portion of the first and second side rails including a flange that extends inwardly at an angle to the body and/or the lower portion of the first and second side rails including a flange that extends outwardly towards an outer portion of the table top; the frame further comprising: a generally planar contact surface sized and configured to contact a generally planar upper surface of an adjacent table when the table is nested with an adjacent table; and an engaging portion sized and configured to be disposed in a nesting portion of an adjacent table when the table is nested with an adjacent table. a generally planar contact surface sized and configured to contact a generally planar upper surface of an adjacent table when the table is nested with an adjacent table; and an engaging portion sized and configured to be disposed in a nesting portion of an adjacent table when the table is nested with an adjacent table.
A method for controlling a normal force (F Nn) acting on a transport unit (Tn) of a conveyor installation in the form of a long stator linear motor on all track sections of a conveyor track defined by the conveyor installation, on which track sections drive coils (7, 8) of the long stator linear motor are provided on only one side of the transport unit (Tn) and the transport unit (Tn) is retained on the conveyor track on this side by guide elements, wherein a number of drive magnets (4, 5) on the transport unit (Tn) interacts with a number of drive coils (7, 8) for generating the normal force (F Nn) and the normal force (F Nn) is controlled with a controller (Rk) for controlling the normal force (F Nn), characterized in that the controller (Rk) determines on each position of these track sections a normal-force-forming current component (i And) of the drive current (i An) of the drive coils (7, 8) interacting with the transport unit (Tn) so that a resulting normal force (F ΣNn) acting on the transport unit (Tn) as the sum of the normal force (F Nn), a magnetic force (F Mn) in the normal direction caused by the drive magnets (4, 5), and an external force (F En) in the normal direction acting on the transport unit (Tn) in dependence on a position or an operating state of the transport unit (Tn) corresponds at least to a specified retaining force (F Nnmin) in the normal direction, wherein the specified retaining force (F Nnmin) is the force required in the normal direction to retain the transport unit (Tn) safely on the conveyor track in every situation.
A method of preparing a compound of formula: comprising the following step: wherein a compound of formula: is allowed to react with a vinyl sulfone compound of formula (IX'): in which R represents a methyl group, optionally in an aromatic hydrocarbon solvent, such as toluene for example, preferably at the reflux temperature of said solvent, thereby providing said compound of formula.
A method for cloud gaming, comprising: generating a plurality of video frames when executing a video game at a cloud gaming server; encoding, using an encoder, the plurality of video frames at an encoder bit rate, wherein the plurality of video frames that is compressed is transmitted to a client from a streamer of the cloud gaming server; measuring a maximum receive bandwidth of the client; monitoring the encoding of the plurality of video frames at the streamer; and dynamically tuning a parameter of the encoder based on the monitoring of the encoding and the maximum receive bandwidth of the client, wherein dynamically tuning the parameter includes: determining that a number of video frames compressed as I-frames from a group of video frames from the plurality of video frames as compressed meets or exceeds a threshold number of I-frames, the threshold number of I-frames being the maximum number of I-frames within the group of video frames that can be transmitted to the client at the maximum receive bandwidth of the client; and increasing, in response to said determination, a value for a QP parameter such that encoding is performed with less precision, wherein the parameter is the QP parameter. generating a plurality of video frames when executing a video game at a cloud gaming server; encoding, using an encoder, the plurality of video frames at an encoder bit rate, wherein the plurality of video frames that is compressed is transmitted to a client from a streamer of the cloud gaming server; measuring a maximum receive bandwidth of the client; monitoring the encoding of the plurality of video frames at the streamer; and dynamically tuning a parameter of the encoder based on the monitoring of the encoding and the maximum receive bandwidth of the client, wherein dynamically tuning the parameter includes: determining that a number of video frames compressed as I-frames from a group of video frames from the plurality of video frames as compressed meets or exceeds a threshold number of I-frames, the threshold number of I-frames being the maximum number of I-frames within the group of video frames that can be transmitted to the client at the maximum receive bandwidth of the client; and increasing, in response to said determination, a value for a QP parameter such that encoding is performed with less precision, wherein the parameter is the QP parameter. determining that a number of video frames compressed as I-frames from a group of video frames from the plurality of video frames as compressed meets or exceeds a threshold number of I-frames, the threshold number of I-frames being the maximum number of I-frames within the group of video frames that can be transmitted to the client at the maximum receive bandwidth of the client; and increasing, in response to said determination, a value for a QP parameter such that encoding is performed with less precision, wherein the parameter is the QP parameter.
An ActRIIB signaling inhibitor for use in a method for treating anemia in a subject having myeloproliferative neoplasm-associated myelofibrosis, wherein the subject has previously been treated with ruxolitinib, wherein the method comprises administering to the subject a pharmaceutically effective amount of the ActRIIB signaling inhibitor, wherein the ActRIIB signaling inhibitor is a fusion protein comprising: (a) a fragment of the extracellular domain of ActRIIB, wherein the fragment comprises the amino acid sequence of SEQ ID NO: 9; (b) a linker; and (c) an Fc of an IgG.
A roof coating comprising a bitumen layer with embedded particles, wherein said particles comprise particles that are fired mixtures of - from 40 to 70% by weight clay minerals; - from 0 to 32% by weight crystalline silicas; - from 28 to 45% by weight feldspar; - from 0 to 15% by weight other aggregates; wherein said fired mixture has an open porosity of 0 to 14% by volume as measured according to DIN 993-1. - from 40 to 70% by weight clay minerals; - from 0 to 32% by weight crystalline silicas; - from 28 to 45% by weight feldspar; - from 0 to 15% by weight other aggregates;
A method comprising: receiving, at a communication system, a request from a user for a vote communication application; and based on receiving the request, the communication system presents a vote input interface to the user; receiving, at a communication system, an allocation of user votes from the vote input interface via a web-interface, wherein each user vote in the allocation of user votes is associated with an entity of a set of entities eligible to receive user votes; and automatically initiating communications from the communication system to a vote receiving system in accordance with the allocation of user votes, the communications in order to register a user vote for the entity with the vote receiving system to register the user votes with the vote receiving system, the method characterized by the communications to register the user votes with the vote receiving system includes initiating a telephone call to a dedicated telephone number uniquely associated with an entity of the set of entities. receiving, at a communication system, a request from a user for a vote communication application; and based on receiving the request, the communication system presents a vote input interface to the user; receiving, at a communication system, an allocation of user votes from the vote input interface via a web-interface, wherein each user vote in the allocation of user votes is associated with an entity of a set of entities eligible to receive user votes; and automatically initiating communications from the communication system to a vote receiving system in accordance with the allocation of user votes, the communications in order to register a user vote for the entity with the vote receiving system to register the user votes with the vote receiving system, the method characterized by the communications to register the user votes with the vote receiving system includes initiating a telephone call to a dedicated telephone number uniquely associated with an entity of the set of entities.
Inkjet recording apparatus comprising: an ink head movable in leftward and rightward directions and having a plurality of nozzles for discharging ink to a recording medium, the ink being curable when irradiated with predetermined light; a conveyer device capable of conveying the recording medium frontward or rearward, a first light emitting device located in a plan view of the apparatus to the left or the right of the nozzles, and capable of moving integrally with the ink head and applying light to the recording medium; and a second light emitting device (1, 2, 3, 4, 6) located in a plan view of the apparatus in front of the nozzles, and capable of being turned on independently of the first light emitting device and applying light to the recording medium characterized in that the ink head has a first print head (103a, 103c) and a second print head the inkjet recording apparatus further comprises a control device configured to selectively perform: a first printing step of allowing the first print head (103a, 103c) to discharge a first ink and allowing at least the first light emitting device to be turned on while the ink head is moving in a leftward/rightward direction; and a second printing step of allowing the second print head to discharge a second ink and allowing the first light emitting device to be turned off and the second light emitting device (1, 2, 3, 4, 6) to be turned on while the ink head is moving in a leftward/rightward direction.. an ink head movable in leftward and rightward directions and having a plurality of nozzles for discharging ink to a recording medium, the ink being curable when irradiated with predetermined light; a conveyer device capable of conveying the recording medium frontward or rearward, a first light emitting device located in a plan view of the apparatus to the left or the right of the nozzles, and capable of moving integrally with the ink head and applying light to the recording medium; and a second light emitting device (1, 2, 3, 4, 6) located in a plan view of the apparatus in front of the nozzles, and capable of being turned on independently of the first light emitting device and applying light to the recording medium characterized in that the ink head has a first print head (103a, 103c) and a second print head the inkjet recording apparatus further comprises a control device configured to selectively perform: a first printing step of allowing the first print head (103a, 103c) to discharge a first ink and allowing at least the first light emitting device to be turned on while the ink head is moving in a leftward/rightward direction; and a second printing step of allowing the second print head to discharge a second ink and allowing the first light emitting device to be turned off and the second light emitting device (1, 2, 3, 4, 6) to be turned on while the ink head is moving in a leftward/rightward direction..
Method for estimating the disparity of stereo content, in particular such as digital stereo video, digital images, scanned film print stereo frames through a broadcast life system in real time or through a storage medium such as a hard disc, scanner, optical disc or the like of the left view and the right view of at least two cameras, comprising the following successive steps: - for each pixel in said left view and right view, calculating the permeability constants in left, right up and down directions by comparing the intensity values of a relevant pixel and neighbouring pixel in left, right up and down directions (10, 20), - calculating cost values for each pixel depending on colour differences between the pixels in the left and right view, - for each pixels in said left view and right view, calculating aggregated cost values using permeability constants of pixels and calculated cost values (40, 50, 60, 70), - minimising the cost function for each pixel by minimising the aggregated cost values within a support region to assign an initial disparity map of the left and right view, characterized in that the permeability constants for each pixel in four directions are calculated corresponding to a value μ between 0 and 1 by the following equation μ = min exp − Δ R / σ, exp − Δ G / σ, exp − Δ B / σ wherein ΔR, ΔG and ΔB indicate the absolute distance between the Red, Green and Blue values of the relevant pixel and one of neighbouring pixels in four directions, and wherein σ is the smoothing factor. - for each pixel in said left view and right view, calculating the permeability constants in left, right up and down directions by comparing the intensity values of a relevant pixel and neighbouring pixel in left, right up and down directions (10, 20), - calculating cost values for each pixel depending on colour differences between the pixels in the left and right view, - for each pixels in said left view and right view, calculating aggregated cost values using permeability constants of pixels and calculated cost values (40, 50, 60, 70), - minimising the cost function for each pixel by minimising the aggregated cost values within a support region to assign an initial disparity map of the left and right view,
A freestanding III-nitride single-crystal substrate in which the average dislocation density is not greater than 5 × 10 5 cm -2, including: one or more high-dislocation-density regions; and a plurality of low-dislocation-density regions in which the dislocation density is lower than that of said high-dislocation-density regions, said freestanding III-nitride single-crystal substrate being such that: the ratio of the dislocation density of said high-dislocation-density regions to said average dislocation density is 2 or greater, and that the surface area of the substrate major surface is 20 cm 2 or greater. one or more high-dislocation-density regions; and a plurality of low-dislocation-density regions in which the dislocation density is lower than that of said high-dislocation-density regions, said freestanding III-nitride single-crystal substrate being such that: the ratio of the dislocation density of said high-dislocation-density regions to said average dislocation density is 2 or greater, and that the surface area of the substrate major surface is 20 cm 2 or greater. the ratio of the dislocation density of said high-dislocation-density regions to said average dislocation density is 2 or greater, and that the surface area of the substrate major surface is 20 cm 2 or greater.
A spiral tap that is to be rotated about a rotation axis for machining a pipe tapered thread, said spiral tap comprising a tapered thread portion having a thread profile that becomes from an incomplete profile to a complete profile in a direction away from a distal end of a chamfered portion toward a complete thread portion, said tapered thread portion being circumferentially divided by flutes into a plurality of lands, each of said lands having a cutting edge that is defined by a front side of the land in a direction of rotation of said spiral tap such that said cutting edge extends along a corresponding one of said flutes, characterized in that said flutes consist of a plurality of spiral flutes that are three, four or five spiral flutes, each of said spiral flutes having a helix angle (β) that is not smaller than 30° and smaller than 50°, and a flute width ratio AG/(AG+AL) is 0.3-0.5, where AG represents a central angle which is subtended by each of said flutes and which is defined at a center corresponding to said rotation axis in a cross section of the complete thread portion that is perpendicular to said rotation axis, and AL represents a central angle which is subtended by each of said lands and which is defined at said center in said cross section. said flutes consist of a plurality of spiral flutes that are three, four or five spiral flutes, each of said spiral flutes having a helix angle (β) that is not smaller than 30° and smaller than 50°, and a flute width ratio AG/(AG+AL) is 0.3-0.5, where AG represents a central angle which is subtended by each of said flutes and which is defined at a center corresponding to said rotation axis in a cross section of the complete thread portion that is perpendicular to said rotation axis, and AL represents a central angle which is subtended by each of said lands and which is defined at said center in said cross section.
A monoclonal antibody that binds human notum pectinacetylesterase (NOTUM) and reduces human NOTUM activity in a trisodium 8-octanoyloxypyrene-1,3,6-trisulfonate (OPTS) assay in vitro, for use in a method of treating or preventing a disease or disorder characterized by bone loss in a patient.