mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear having an upper and a sole system, the article of footwear comprising: a knitted component with a lower portion included in the sole system, wherein the lower portion of the knitted component has a first surface configured to face the ground and a second surface facing opposite the first surface, the knitted component including a plurality of cleat members protruding from the first surface, wherein the knitted component is continuous between each of the plurality of cleat members, wherein the knitted component forms at least a portion of the upper, wherein the lower portion of the knitted component comprises an inlaid tensile element, wherein the tensile element is positioned adjacent to at least one cleat member of the plurality of cleat members along a longitudinal or lateral direction of the sole system. a knitted component with a lower portion included in the sole system, wherein the lower portion of the knitted component has a first surface configured to face the ground and a second surface facing opposite the first surface, the knitted component including a plurality of cleat members protruding from the first surface, wherein the knitted component is continuous between each of the plurality of cleat members, wherein the knitted component forms at least a portion of the upper, wherein the lower portion of the knitted component comprises an inlaid tensile element, wherein the tensile element is positioned adjacent to at least one cleat member of the plurality of cleat members along a longitudinal or lateral direction of the sole system.
Method for generating and evaluating an image of at least one section of a measurement object in a coordinate measurement apparatus with a multi-pixel camera, in particular a CCD or CMOS camera, wherein the coordinate measurement apparatus is used which provides means for the relative movement between the measurement object and the camera and in which the camera is integrated, characterized in that of the at least one section, individual images which are deviating in position to one another are recorded with the camera in such manner that at least several individual images in each case at least partially overlap in such manner that for generating the image, the individual images or signals thereof are aligned to one another with respect to the at least one section and superposed to form an overall image as the image of the at least one section, which is larger than one individual image, wherein the spatial position of the individual recordings with respect to one another is determined with the aid of the camera position determined for each individual recording, and the relative positions between measurement object and camera are determined from the axle positions of the coordinate measurement apparatus and the individual images are offset and superposed to form the overall image, taking into consideration such relative positions with respect to one another, that the evaluation of the overall image is substantially limited to the overlapping regions of the individual images and/or the evaluation of the overall image or of a portion thereof occurs on the basis of the overlapping regions of the individual images comprising said regions, that the gray values of the overlapping areas are added to form an overall image, and that object points and/or contours and/or dimensions of the measurement object are determined from the image.
A system adapted to generate user interface containers, wherein a user interface container includes display characteristics indicating how to generate a user interface for a particular type of device, the system comprising: a processor able to generate user interface containers that can be shared between any of multiple different types of device, wherein the multiple types of device comprise at least: a desktop device and a mobile device; the processor being configured to: detect a plurality of display characteristics from a user interface manager, wherein the plurality of display characteristics correspond to one of the types of device and indicate for the one of the types of device whether windows can be overlapped, whether a full screen mode is supported and window frame properties; detect a list of applications being executed by the system; and generate a user interface container by applying the plurality of display characteristics to each of the applications from the list of applications; wherein the user interface container indicates, for each application being executed, the frame and adornments around the window; and wherein the user interface container provides layout rules for sizing and arranging the application windows within the user interface. a processor able to generate user interface containers that can be shared between any of multiple different types of device, wherein the multiple types of device comprise at least: a desktop device and a mobile device; the processor being configured to: detect a plurality of display characteristics from a user interface manager, wherein the plurality of display characteristics correspond to one of the types of device and indicate for the one of the types of device whether windows can be overlapped, whether a full screen mode is supported and window frame properties; detect a list of applications being executed by the system; and generate a user interface container by applying the plurality of display characteristics to each of the applications from the list of applications; wherein the user interface container indicates, for each application being executed, the frame and adornments around the window; and wherein the user interface container provides layout rules for sizing and arranging the application windows within the user interface. detect a plurality of display characteristics from a user interface manager, wherein the plurality of display characteristics correspond to one of the types of device and indicate for the one of the types of device whether windows can be overlapped, whether a full screen mode is supported and window frame properties; detect a list of applications being executed by the system; and generate a user interface container by applying the plurality of display characteristics to each of the applications from the list of applications; wherein the user interface container indicates, for each application being executed, the frame and adornments around the window; and wherein the user interface container provides layout rules for sizing and arranging the application windows within the user interface.
A header of an agricultural processing system, the header comprising a reel system with: a plurality of arms rotationally coupled to said header and configured to rotate about a central axis; a cam track (72, 76) coupled to said header; a tine bar pivotally coupled to at least one of said plurality of arms; and a roller coupled to said tine bar, said roller rollingly following said cam track (72, 76); said cam track (72, 76) defining a plurality of cam distances (D1, D2, D3, D4, D6, D7, D8, D9) relative to said central axis, said cam track (72, 76) having a front portion (100, 104) and a rear portion (102, 106), said rear portion (102, 106) defining at least one cam distance (D4, D8) greater than any cam distances (D1, D2, D6, D7) of said front portion (100, 104), characterized in that: said plurality of arms includes a first arm and a second arm, the second arm being pivotally coupled to said tine bar, said reel system further comprising a first link pivotally coupled to said first arm and a second link pivotally coupled to said first link and to said tine bar, said roller being rotatably coupled to said first link. a plurality of arms rotationally coupled to said header and configured to rotate about a central axis; a cam track (72, 76) coupled to said header; a tine bar pivotally coupled to at least one of said plurality of arms; and a roller coupled to said tine bar, said roller rollingly following said cam track (72, 76); said cam track (72, 76) defining a plurality of cam distances (D1, D2, D3, D4, D6, D7, D8, D9) relative to said central axis, said cam track (72, 76) having a front portion (100, 104) and a rear portion (102, 106), said rear portion (102, 106) defining at least one cam distance (D4, D8) greater than any cam distances (D1, D2, D6, D7) of said front portion (100, 104), characterized in that: said plurality of arms includes a first arm and a second arm, the second arm being pivotally coupled to said tine bar, said reel system further comprising a first link pivotally coupled to said first arm and a second link pivotally coupled to said first link and to said tine bar, said roller being rotatably coupled to said first link.
Combined cycle power plant (10a-d) comprising a gas turbine (11 a,b) the exhaust gas outlet of which is connected to a heat recovery steam generator, which is part of a water/steam cycle comprising a steam turbine, whereby, for having a large power reserve and at the same time a higher design performance when operated at base load, the gas turbine (11 a,b) is designed with a steam injection capability (26, 27) for power augmentation, whereby the gas turbine (11 a) comprises at least one combustor (15, 16), and a compressor for providing cooling air for said gas turbine (11 a,b), which is extracted from the compressor and cooled down in at least one cooling air cooler (17, 18), and the steam for steam injection is generated in said cooling air cooler (17, 18), whereby said steam is injected into an air side inlet or outlet of said cooling air cooler (17, 18) and/or directly into said at least one combustor (15, 16), characterized in that the heat recovery steam generator is equipped with a supplementary firing (22, 22'), wherein the supplementary firing is at least a single stage supplementary firing to increase the high pressure steam production and providing augmentation power as power reserve to a grid when required.
Mixing bowl made of a plastics material, comprising a supporting member connected to the bottom of the mixing bowl, which member is made of a resilient material, forms a standing surface and is designed as a circumferential sealing ring of which the radially inwardly facing edge region is connected to the bottom face of the mixing bowl in an airtight manner, a lip, which can be moved between different positions on the basis of a load, extending at least in part radially outwards from the inwardly facing edge region, the bottom face of the movable lip forming, in portions, a standing surface by means of which the mixing bowl stands on a supporting surface in at least one position of the movable lip, and the sealing ring together with the bottom face of the mixing bowl forming a suction cup which delimits a hollow space of a size which varies depending on the position of the movable lip, characterised in that the sealing ring can be moved from a use position into a non-use position and the sealing ring is flush with the outwardly facing surface of the mixing bowl in the non-use position.
A steel sheet for crown cap having a chemical composition containing, in mass%, C: more than 0.006 % and 0.012 % or less, Si: 0.02 % or less, Mn: 0.10 % or more and 0.60 % or less, P: 0.020 % or less, S: 0.020 % or less, Al: 0.01 % or more and 0.07 % or less, and N: 0.0080 % or more and 0.0200 % or less, with the balance being Fe and inevitable impurities, characterized in that the steel sheet has a percentage of a region of 4 % or more and less than 20 % at a position of 1/2 of a sheet thickness, the region having a dislocation density of 1 × 10 14 m -2 or less, measured utilizing the method described in the description. C: more than 0.006 % and 0.012 % or less, Si: 0.02 % or less, Mn: 0.10 % or more and 0.60 % or less, P: 0.020 % or less, S: 0.020 % or less, Al: 0.01 % or more and 0.07 % or less, and N: 0.0080 % or more and 0.0200 % or less, with the balance being Fe and inevitable impurities, characterized in that the steel sheet has a percentage of a region of 4 % or more and less than 20 % at a position of 1/2 of a sheet thickness, the region having a dislocation density of 1 × 10 14 m -2 or less, measured utilizing the method described in the description.
A computer system comprising one or more processing units and memory (120, 125), wherein the computer system implements an encoder system configured to perform operations comprising: encoding multiple pictures to produce encoded data, wherein each of the multiple pictures is partitioned into multiple tiles; and outputting the encoded data along with control data that indicates that inter-picture prediction dependencies across specific boundaries are constrained for a given tile set of one or more tiles of the multiple tiles, wherein the given tile set is parameterized in the control data as one or more tile regions covering the one or more tiles of the multiple tiles, and wherein the control data includes, for each of the tile regions in the given tile set, one or more location parameters to indicate location of the tile region, T characterized in that the control data further includes a flag that indicates whether or not first sample values match second sample values, wherein the first sample values are reconstructed for the given tile set if portions outside the given tile set are not decoded, and wherein the second sample values are reconstructed for the given tile set if all of the portions outside the given tile set are decoded. encoding multiple pictures to produce encoded data, wherein each of the multiple pictures is partitioned into multiple tiles; and outputting the encoded data along with control data that indicates that inter-picture prediction dependencies across specific boundaries are constrained for a given tile set of one or more tiles of the multiple tiles, wherein the given tile set is parameterized in the control data as one or more tile regions covering the one or more tiles of the multiple tiles, and wherein the control data includes, for each of the tile regions in the given tile set, one or more location parameters to indicate location of the tile region, T characterized in that the control data further includes a flag that indicates whether or not first sample values match second sample values, wherein the first sample values are reconstructed for the given tile set if portions outside the given tile set are not decoded, and wherein the second sample values are reconstructed for the given tile set if all of the portions outside the given tile set are decoded.
Method for operating an SLM system, having the steps: a) providing a construction space in the SLM system, which construction space comprises a component and a powder adjacent thereto, wherein an upward facing surface of the construction space has regions that are formed by the component and other regions that are formed by the powder; b) scanning the upward facing surface with laser radiation, the power and duration of action of which are selected in such a way that the component and the powder are not melted; c) detecting radiation that results from interaction of the laser radiation with the construction space, wherein the radiation is thermal radiation; d) inferring a position and dimensions of the component from the radiation detected in step c), wherein a grid of intensities of the radiation detected in step c) is formed and transitions from the regions to the other regions are determined by means of identifying gradients of the intensities in the grid. a) providing a construction space in the SLM system, which construction space comprises a component and a powder adjacent thereto, wherein an upward facing surface of the construction space has regions that are formed by the component and other regions that are formed by the powder; b) scanning the upward facing surface with laser radiation, the power and duration of action of which are selected in such a way that the component and the powder are not melted; c) detecting radiation that results from interaction of the laser radiation with the construction space, wherein the radiation is thermal radiation; d) inferring a position and dimensions of the component from the radiation detected in step c), wherein a grid of intensities of the radiation detected in step c) is formed and transitions from the regions to the other regions are determined by means of identifying gradients of the intensities in the grid.
A pre-filled syringe comprising: a barrel including a nozzle at a tip thereof; a sealing member sealing the nozzle; a gasket slidably housed inside the barrel; a plunger linked to the gasket and performing a movement operation of the gasket in a longitudinal direction of the barrel; and a protein solution formulation filled into a space defined by the sealing member, the gasket, and a region that is part of an inner wall surface of the barrel, characterized in that the barrel is formed of a resin containing either or both of a hydrogenated cycloolefin ring-opened polymer and a copolymer of a cycloolefin and a chain olefin, and the region that is part of the inner wall surface has a water contact angle of 90° or more, and the protein solution formulation has a non-ionic surfactant concentration of more than 0 mg/mL and less than 0.05 mg/mL. a barrel including a nozzle at a tip thereof; a sealing member sealing the nozzle; a gasket slidably housed inside the barrel; a plunger linked to the gasket and performing a movement operation of the gasket in a longitudinal direction of the barrel; and a protein solution formulation filled into a space defined by the sealing member, the gasket, and a region that is part of an inner wall surface of the barrel, characterized in that the barrel is formed of a resin containing either or both of a hydrogenated cycloolefin ring-opened polymer and a copolymer of a cycloolefin and a chain olefin, and the region that is part of the inner wall surface has a water contact angle of 90° or more, and the protein solution formulation has a non-ionic surfactant concentration of more than 0 mg/mL and less than 0.05 mg/mL.
Torque variator mechanism for regulating the torque ratio between a first path extending about a first pivot axis, and a second path extending about a second pivot axis, said first path being arranged to be added to or incorporated in a first timepiece wheel set pivoting about said first pivot axis, and said second path being arranged to be added to or incorporated in a second timepiece wheel set pivoting about said second pivot axis, characterized in that said mechanism comprises at least one intermediate wheel set forming a planetary wheel simultaneously cooperating in a driving relation in a first contact area with said first path and in a second contact area with said second path, and in that said mechanism also comprises control means arranged to adjust the radial position of said first contact area with respect to said first pivot axis, or/and to adjust the radial position of said second contact area with respect to said second pivot axis, so as to modify the torque ratio between said first wheel set and said second wheel set.
A load balancing server for forwarding traffic from and to multiple Auto-Configuration Servers, ACS servers (5,6), which load balancing server is coupled via a network to at least one Customer Premises Equipment device, CPE, device, coupled to one or more prioritized ACS servers and coupled to one or more non-prioritized ACS servers, said load balancing server comprising: - a storing module configured to: ∘ receive a CPE prioritize request comprising a CPE device identification and a corresponding time-to-live; ∘ store said CPE device identification and said corresponding time-to-live into a memory database; ∘ eliminate said CPE device identification from said memory database and said corresponding time-to-live when said time-to-live is expired, - a receiving module configured to: ∘ receive an inform message; ∘ extract a CPE device identification from said inform message; ∘ determine if said CPE device identification is stored in said memory database, and - a forwarding module configured to forward said inform message to: ∘ a prioritized ACS server, if said CPE device identification is stored in said memory database; ∘ a non-prioritized ACS server, if said CPE device identification is not stored in said memory database. - a storing module configured to: ∘ receive a CPE prioritize request comprising a CPE device identification and a corresponding time-to-live; ∘ store said CPE device identification and said corresponding time-to-live into a memory database; ∘ eliminate said CPE device identification from said memory database and said corresponding time-to-live when said time-to-live is expired, ∘ receive a CPE prioritize request comprising a CPE device identification and a corresponding time-to-live; ∘ store said CPE device identification and said corresponding time-to-live into a memory database; ∘ eliminate said CPE device identification from said memory database and said corresponding time-to-live when said time-to-live is expired, - a receiving module configured to: ∘ receive an inform message; ∘ extract a CPE device identification from said inform message; ∘ determine if said CPE device identification is stored in said memory database, and ∘ receive an inform message; ∘ extract a CPE device identification from said inform message; ∘ determine if said CPE device identification is stored in said memory database, and - a forwarding module configured to forward said inform message to: ∘ a prioritized ACS server, if said CPE device identification is stored in said memory database; ∘ a non-prioritized ACS server, if said CPE device identification is not stored in said memory database. ∘ a prioritized ACS server, if said CPE device identification is stored in said memory database; ∘ a non-prioritized ACS server, if said CPE device identification is not stored in said memory database.
An extendable spar buoy sea-based communication system comprising: a spar buoy including telescoping sections and having a retracted configuration which enables the spar buoy to be deployable under water from an underwater vessel, and an extended configuration after deployment; and a telecommunication subsystem mounted to the top of the spar buoy and supported thereby, the telecommunication subsystem including an antenna which is configured to receive and/or transmit, characterised by (i) the antenna having a compact configuration when the spar buoy is stowed and initially deployed, and having an extended configuration on the top of the spar buoy after the spar buoy is extended; and (ii) a radome having a compact configuration when the spar buoy is stowed and initially deployed, and an expanded configuration on the top of the spar buoy and about the antenna when the antenna is extended. a spar buoy including telescoping sections and having a retracted configuration which enables the spar buoy to be deployable under water from an underwater vessel, and an extended configuration after deployment; and a telecommunication subsystem mounted to the top of the spar buoy and supported thereby, the telecommunication subsystem including an antenna which is configured to receive and/or transmit, characterised by (i) the antenna having a compact configuration when the spar buoy is stowed and initially deployed, and having an extended configuration on the top of the spar buoy after the spar buoy is extended; and (ii) a radome having a compact configuration when the spar buoy is stowed and initially deployed, and an expanded configuration on the top of the spar buoy and about the antenna when the antenna is extended. (i) the antenna having a compact configuration when the spar buoy is stowed and initially deployed, and having an extended configuration on the top of the spar buoy after the spar buoy is extended; and (ii) a radome having a compact configuration when the spar buoy is stowed and initially deployed, and an expanded configuration on the top of the spar buoy and about the antenna when the antenna is extended.