mhurhangee/ep-ind-claims huggingface dataset:
A tonneau cover assembly for a vehicle, comprising: a tensioning system to tension a top cover by providing tension along the sides of the top cover and to seal the top cover to a cargo bed of a vehicle; a front attachment assembly operably connected at a bulkhead of the vehicle, said front attachment assembly providing a pair of first mounting locations for the tensioning system; a rear attachment assembly operably connected to the vehicle and to the top cover, said rear attachment assembly providing a pair of second mounting locations for the tensioning system; and, a plurality of cover management bows including a flat surface at both ends that sets the location of the cover management bows on bed rails of the vehicle without requiring side rails on the tonneau cover assembly; characterised in that the tensioning system includes first and second cables (20, 22) running fore/aft along respective bed rails of the vehicle to tension the top cover; wherein said first and second cables are connected to the sides of the top cover; wherein each cable has a first end and a second end; and wherein a first end of each cable is fixedly connected to a respective first mounting location, and a second end of each cable is fixedly connected to a respective second mounting location. a tensioning system to tension a top cover by providing tension along the sides of the top cover and to seal the top cover to a cargo bed of a vehicle; a front attachment assembly operably connected at a bulkhead of the vehicle, said front attachment assembly providing a pair of first mounting locations for the tensioning system; a rear attachment assembly operably connected to the vehicle and to the top cover, said rear attachment assembly providing a pair of second mounting locations for the tensioning system; and, a plurality of cover management bows including a flat surface at both ends that sets the location of the cover management bows on bed rails of the vehicle without requiring side rails on the tonneau cover assembly; characterised in that the tensioning system includes first and second cables (20, 22) running fore/aft along respective bed rails of the vehicle to tension the top cover; wherein said first and second cables are connected to the sides of the top cover; wherein each cable has a first end and a second end; and wherein a first end of each cable is fixedly connected to a respective first mounting location, and a second end of each cable is fixedly connected to a respective second mounting location.
A rubber composition comprising a rubber component containing 60 % by mass or more of natural rubber, wherein the rubber composition comprises 8 to 40 parts by mass of a thermoplastic resin and 0.1 to 3 parts by mass of poly-p-dinitrosobenzene based on 100 parts by mass of the rubber component.
Method for joining a turbine wheel to an intermediate piece at a joining point, wherein the method has the following steps: providing the turbine wheel and the intermediate piece, wherein the turbine wheel is made of a first material and has a first contact face, and the intermediate piece is made of a second material and has a second contact face, the first material and the second material being different, wherein furthermore a shaft made of another material is provided; arranging the intermediate piece in a relative position with respect to the turbine wheel, wherein the second contact face is arranged facing the first contact face in the region of the joining point, wherein the shaft is arranged in a cutout in the intermediate piece; and thermal treatment of the turbine wheel and of the intermediate piece to a sintering temperature, wherein the turbine wheel and/or the intermediate piece is sintered in order to join the first contact face and the second contact face at the joining point, wherein the intermediate piece is shrink-fitted onto the shaft. providing the turbine wheel and the intermediate piece, wherein the turbine wheel is made of a first material and has a first contact face, and the intermediate piece is made of a second material and has a second contact face, the first material and the second material being different, wherein furthermore a shaft made of another material is provided; arranging the intermediate piece in a relative position with respect to the turbine wheel, wherein the second contact face is arranged facing the first contact face in the region of the joining point, wherein the shaft is arranged in a cutout in the intermediate piece; and thermal treatment of the turbine wheel and of the intermediate piece to a sintering temperature, wherein the turbine wheel and/or the intermediate piece is sintered in order to join the first contact face and the second contact face at the joining point, wherein the intermediate piece is shrink-fitted onto the shaft.
Pneumatic car tyre of a radial type of construction with a multi-ply breaker belt, a first and a second belt ply (2, 3) comprising steel monofilaments as reinforcing elements, the monofilaments of the first belt ply being arranged crossing the monofilaments of the second belt ply, and a third belt ply that comprises cords as reinforcing elements being arranged radially outside above the second belt ply, characterized in that the monofilaments of the first and the second belt ply (2, 3) form an included angle α of approximately 45° with the circumferential direction and in that the reinforcing elements of the third belt ply are steel cords, which form an included angle β of between 0° and 10° with the circumferential direction of the pneumatic vehicle tyre.
A decorative sheet comprising: in order from a side to which a transparent substrate is bonded, a transparent pressure-sensitive adhesive layer; a transparent resin film layer; a printed layer; and a resin film layer, wherein the entire transparent resin film layer has an embossed shape, the printed layer contains a high-brightness pigment, the entire printed layer has an embossed shape, and the resin film layer has an embossed shape on a surface thereof on the side facing the printed layer.
A method implemented by a network device acting as a border gateway protocol, BGP, speaker, of exposing a maximum segment identifier depth, MSD, value of the network device, the method comprising: encoding the MSD value into a BGP Link State, BGP-LS, extension message, wherein the BGP-LS extension message includes a type, a length and a MSD value, and wherein the type indicates the type of the MSD value, the length indicates the length of the MSD value and the MSD value indicates a lowest MSD value for each link of the network device for enabling segment routing; and transmitting the BGP-LS extension message including the type, the length, and the MSD value to a network controller, wherein the MSD value is suitable for use by the network controller to compute a segment routing path including the network device. encoding the MSD value into a BGP Link State, BGP-LS, extension message, wherein the BGP-LS extension message includes a type, a length and a MSD value, and wherein the type indicates the type of the MSD value, the length indicates the length of the MSD value and the MSD value indicates a lowest MSD value for each link of the network device for enabling segment routing; and transmitting the BGP-LS extension message including the type, the length, and the MSD value to a network controller, wherein the MSD value is suitable for use by the network controller to compute a segment routing path including the network device.
A device comprising: a first chip comprising a quantum circuit element; and a second chip bonded to the first chip, the second chip comprising a substrate including a single first layer on a first side of the substrate, the single first layer joined to the first chip, wherein the single first layer comprises a superconductor material, and a second layer on a second different side of the substrate, characterised by a connector that extends from the first side of the substrate to the second side of the substrate and connects a portion (110, 112) of the single first superconductor layer to the second layer. a first chip comprising a quantum circuit element; and a second chip bonded to the first chip, the second chip comprising a substrate including a single first layer on a first side of the substrate, the single first layer joined to the first chip, wherein the single first layer comprises a superconductor material, and a second layer on a second different side of the substrate, characterised by a connector that extends from the first side of the substrate to the second side of the substrate and connects a portion (110, 112) of the single first superconductor layer to the second layer. a substrate including a single first layer on a first side of the substrate, the single first layer joined to the first chip, wherein the single first layer comprises a superconductor material, and a second layer on a second different side of the substrate, characterised by a connector that extends from the first side of the substrate to the second side of the substrate and connects a portion (110, 112) of the single first superconductor layer to the second layer.
A composition for stabilizing a fluorocarbon emulsion, comprising: octafluoropropane; and a lipid blend comprising phosphatidylcholine; phosphatidylethanolamine-PEG; and a phosphatidylethanolamine which is dipalmitoylphosphatidylethanolamine (DPPE), wherein the composition comprises no dipalmitoylphosphatidic acid (DPPA), and the dipalmitoylphosphatidylethanolamine (DPPE) is at a concentration between about 5 and about 20 mole percent of the total lipid in the formulation. octafluoropropane; and a lipid blend comprising phosphatidylcholine; phosphatidylethanolamine-PEG; and a phosphatidylethanolamine which is dipalmitoylphosphatidylethanolamine (DPPE), wherein the composition comprises no dipalmitoylphosphatidic acid (DPPA), and the dipalmitoylphosphatidylethanolamine (DPPE) is at a concentration between about 5 and about 20 mole percent of the total lipid in the formulation.
A system including: a tool positioned proximate an object under test and configured to generate a first set of data representative of one or more characteristics of the object under test and communicate the first set of data to a remote facility; and a mobile device configured to receive a second set of data from the remote facility based on the first set of data generated by the tool, the second set of data including at least location data representative of the location of the tool and/or the object under test and data representative of the one or more characteristics of the object under test; wherein when the mobile device is brought to within a predetermined proximity of the tool, the mobile device receives a third set of data from the tool. a tool positioned proximate an object under test and configured to generate a first set of data representative of one or more characteristics of the object under test and communicate the first set of data to a remote facility; and a mobile device configured to receive a second set of data from the remote facility based on the first set of data generated by the tool, the second set of data including at least location data representative of the location of the tool and/or the object under test and data representative of the one or more characteristics of the object under test; wherein when the mobile device is brought to within a predetermined proximity of the tool, the mobile device receives a third set of data from the tool.
A lithium secondary battery using an ionic liquid, comprising a positive electrode, a negative electrode, a separator provided between the positive electrode and the negative electrode, and a nonaqueous electrolyte containing a lithium salt, wherein the nonaqueous electrolyte uses an ionic liquid containing bis(fluorosulfonyl)imide anion as an anionic component, as a solvent, characterised in that the positive electrode comprises one or more active materials selected from LiMn 2 O 4, LiMn 1/3 Ni 1/3 Co 1/3 O 2, LiMn 1/2 Ni 1/2 O 2, LiFePO 4 and LiNiO 2; the negative electrode comprises an active material selected from mesocarbon microbead and natural graphite; and the amount of halogen ions contained in the nonaqueous electrolyte is 10 ppm or lower.
A method for printing on a material using a printing system having a laser, the method comprising: generating a printing beam with the laser; directing the printing beam to a plurality of locations on a material without de-activating the printing beam; characterised in that the method comprises: adjusting a dwell time of the printing beam on the material during said directing such that an optical characteristic of the material is altered to form spots at the locations, wherein the printing beam remains incident upon the material as the printing beam is moved between locations, the printing beam being moved at a speed which prevent the beam from marking the material between locations, and wherein the spots are arranged to form at least a portion of at least one symbol on the material; wherein said adjusting is based on user input dwell time information. generating a printing beam with the laser; directing the printing beam to a plurality of locations on a material without de-activating the printing beam; characterised in that the method comprises: adjusting a dwell time of the printing beam on the material during said directing such that an optical characteristic of the material is altered to form spots at the locations, wherein the printing beam remains incident upon the material as the printing beam is moved between locations, the printing beam being moved at a speed which prevent the beam from marking the material between locations, and wherein the spots are arranged to form at least a portion of at least one symbol on the material; wherein said adjusting is based on user input dwell time information. adjusting a dwell time of the printing beam on the material during said directing such that an optical characteristic of the material is altered to form spots at the locations, wherein the printing beam remains incident upon the material as the printing beam is moved between locations, the printing beam being moved at a speed which prevent the beam from marking the material between locations, and wherein the spots are arranged to form at least a portion of at least one symbol on the material; wherein said adjusting is based on user input dwell time information.
A method for operating a mobile telephone integrated into a data transmission network, said mobile telephone comprising at least one coding and decoding algorithm for converting analogue speech data into digital data and vice versa, wherein at least one further coding and decoding algorithm is transmitted to the mobile telephone via a data transmission connection established between the mobile telephone and the data transmission network, is received by said mobile telephone and is stored in a non-volatile memory (4, 5), characterised in that one of the coding and decoding algorithms stored in the memory (4, 5) of the mobile telephone is selected by a user input on the mobile telephone and is used for a communication of the selected coding and decoding algorithm.
A storage element comprising a layer structure at least including a storage layer having a direction of magnetization to be changed according to information, and an easy magnetization axis in a direction perpendicular to the film surface, a magnetization fixed layer having a fixed direction of magnetization, the magnetization fixed layer having two ferromagnetic layers (12a, 12c) laminated interposing a coupling layer therebetween, the ferromagnetic layers (12a, 12c) being magnetically coupled interposing the coupling layer,; and an intermediate layer containing a nonmagnetic material disposed between the storage layer and the magnetization fixed layer, in which recording of the information is to be performed by allowing a current to flow in the layer structure in its lamination direction to cause change in the direction of magnetization of the storage layer; the storage element being characterized in that the ferromagnetic layers (12a, 12c) having a direction of magnetization (M1, M2) being tilted from a direction perpendicular to the film surface. a storage layer having a direction of magnetization to be changed according to information, and an easy magnetization axis in a direction perpendicular to the film surface, a magnetization fixed layer having a fixed direction of magnetization, the magnetization fixed layer having two ferromagnetic layers (12a, 12c) laminated interposing a coupling layer therebetween, the ferromagnetic layers (12a, 12c) being magnetically coupled interposing the coupling layer,; and an intermediate layer containing a nonmagnetic material disposed between the storage layer and the magnetization fixed layer,
Method (METH) for calculating a position (AcPos) of an object of interest in an environment, the method comprising the steps of: - predicting (Et_Pd) a position (PdPos) and an orientation (PdOri) of the object of interest in the environment, the method being characterized by - selecting (Et_Sel) a subset of base stations (BS2-BS6) among a set of base stations (BS1-BS12) located within the environment, by using the predicted position (PdPos) and orientation (PdOri), and a radiation pattern (RdP) of a system (OI/MT) comprising the object of interest and a mobile transponder attached to the object of interest, the step of selecting (Et_Sel) comprising determining (Et_Sel_Det) whether the base stations of the set (BS1-BS12) could receive line-of-sight signals from the mobile transponder if the object of interest had the predicted position (PdPos) and orientation (PdOri) in the environment, - calculating (Et_Cal) an actual position (AcPos) of the object of interest, using time of arrival or time difference of arrival measurements between the base stations of the subset (BS1-BS12) and the mobile transponder. - predicting (Et_Pd) a position (PdPos) and an orientation (PdOri) of the object of interest in the environment, the method being characterized by - selecting (Et_Sel) a subset of base stations (BS2-BS6) among a set of base stations (BS1-BS12) located within the environment, by using the predicted position (PdPos) and orientation (PdOri), and a radiation pattern (RdP) of a system (OI/MT) comprising the object of interest and a mobile transponder attached to the object of interest, the step of selecting (Et_Sel) comprising determining (Et_Sel_Det) whether the base stations of the set (BS1-BS12) could receive line-of-sight signals from the mobile transponder if the object of interest had the predicted position (PdPos) and orientation (PdOri) in the environment, - calculating (Et_Cal) an actual position (AcPos) of the object of interest, using time of arrival or time difference of arrival measurements between the base stations of the subset (BS1-BS12) and the mobile transponder.
Assembly for packaging and applying a cosmetic product, comprising a container having: i) a portion that is suitable for containing the product and is able to be brought into fluidic communication with a housing obtained by moulding together with the portion, said housing containing a spherical ball mounted so as to be free to rotate within the housing, an applicator portion of the ball protruding from the container through an opening formed through one edge of said housing, and ii) a cover that is able to cover the applicator portion of the ball, said cover, when it is mounted on the container, forming the ball into sealed abutment against at least two annular sealing zones (9, 10) formed by an internal surface of the housing, an annular zone of said internal surface located between the two sealing zones (9, 10) not being in contact with the ball when the latter is in sealed abutment against the two annular sealing zones (9, 10), characterized in that the cover comprises a bearing structure which, when the cover is mounted, comes into engagement with the ball, the bearing structure comprising two concentric skirts (12, 13) that are centred on an axis X of the container. i) a portion that is suitable for containing the product and is able to be brought into fluidic communication with a housing obtained by moulding together with the portion, said housing containing a spherical ball mounted so as to be free to rotate within the housing, an applicator portion of the ball protruding from the container through an opening formed through one edge of said housing, and ii) a cover that is able to cover the applicator portion of the ball, said cover, when it is mounted on the container, forming the ball into sealed abutment against at least two annular sealing zones (9, 10) formed by an internal surface of the housing, an annular zone of said internal surface located between the two sealing zones (9, 10) not being in contact with the ball when the latter is in sealed abutment against the two annular sealing zones (9, 10),
An antenna apparatus comprising: a dielectric substrate on which an element including a conductive material pattern is formed, wherein the dielectric substrate is a film and the element includes a monopole antenna having an element pattern formed on a first surface of the dielectric substrate and a ground pattern formed on a second surface of the dielectric substrate; wherein the dielectric substrate is flexible and has a rectangular shape having a first extension direction (X1, X2) and a second extension direction (Y1, Y2) orthogonal to the first extension direction (X1, X2); and wherein the element and dielectric substrate include a connection part for connecting to an external circuit, wherein the connection part includes a first connection part connected to the element pattern and a second connection part connected to the ground pattern and the connection part is formed in a manner projecting in the second extension direction from a second extension direction end of the rectangular shape of the dielectric substrate; wherein the dielectric substrate is bent around an axis in the first extension direction (X1, X2) in an angle in which the element pattern and the ground pattern are disposed on planes of different orientations,; and wherein the element pattern has an entirely flat surface. a dielectric substrate on which an element including a conductive material pattern is formed, wherein the dielectric substrate is a film and the element includes a monopole antenna having an element pattern formed on a first surface of the dielectric substrate and a ground pattern formed on a second surface of the dielectric substrate; wherein the dielectric substrate is flexible and has a rectangular shape having a first extension direction (X1, X2) and a second extension direction (Y1, Y2) orthogonal to the first extension direction (X1, X2); and wherein the element and dielectric substrate include a connection part for connecting to an external circuit, wherein the connection part includes a first connection part connected to the element pattern and a second connection part connected to the ground pattern and the connection part is formed in a manner projecting in the second extension direction from a second extension direction end of the rectangular shape of the dielectric substrate; wherein the dielectric substrate is bent around an axis in the first extension direction (X1, X2) in an angle in which the element pattern and the ground pattern are disposed on planes of different orientations,; and wherein the element pattern has an entirely flat surface.