mhurhangee/ep-ind-claims huggingface dataset:
A method for classifying rheumatoid arthritis in a subject, said method comprising: contacting a first leukocyte from the subject, wherein the first leukocyte is a regulatory T cell, with at least one modulator, wherein the modulator is IL-21; contacting a second leukocyte from the subject, wherein the second leukocyte is a CD19+ B cell, with a presence of no modulator; determining the activation level of at least one activatable element in the first leukocyte and at least one activatable element in the second leukocyte following the contacting, wherein the at least one activatable element in the first leukocyte is phospho-Stat5 and the at least one activatable element in the second leukocyte is CD69; and classifying, a rheumatoid arthritis in the subject based on the determination of the activation level of CD69 in the CD19+ B cell and the activation level of phospho-Stat5 in the regulatory T cell. contacting a first leukocyte from the subject, wherein the first leukocyte is a regulatory T cell, with at least one modulator, wherein the modulator is IL-21; contacting a second leukocyte from the subject, wherein the second leukocyte is a CD19+ B cell, with a presence of no modulator; determining the activation level of at least one activatable element in the first leukocyte and at least one activatable element in the second leukocyte following the contacting, wherein the at least one activatable element in the first leukocyte is phospho-Stat5 and the at least one activatable element in the second leukocyte is CD69; and classifying, a rheumatoid arthritis in the subject based on the determination of the activation level of CD69 in the CD19+ B cell and the activation level of phospho-Stat5 in the regulatory T cell.
A pressure vessel standing vertically in use, in particular for compressed natural gas containment or transport, with a generally cylindrical shape over a majority of its length and at least, an opening for gas loading and offloading and for liquid evacuation, the pressure vessel comprising: a non-structural metallic liner; a first, structural support fiber layer external and adjacent to the metallic liner fully wrapping the vessel, including most of the vessel ends, and a second, non-structural fiber layer external and adjacent to the first fiber layer, wherein the first and second layers are made of different materials; wherein structural support is provided, during pressurized transportation of gas, by the first fiber layer, characterized by: the pressure vessel further comprising a manhole for internal inspection of the vessel, being provided at a top with closing means for allowing sealed closing of the manhole, and said opening at a bottom, of the pressure vessel when the pressure vessel stands vertically, and said opening being provided with a cap or connector. a non-structural metallic liner; a first, structural support fiber layer external and adjacent to the metallic liner fully wrapping the vessel, including most of the vessel ends, and a second, non-structural fiber layer external and adjacent to the first fiber layer, wherein the first and second layers are made of different materials; wherein structural support is provided, during pressurized transportation of gas, by the first fiber layer, characterized by: the pressure vessel further comprising a manhole for internal inspection of the vessel, being provided at a top with closing means for allowing sealed closing of the manhole, and said opening at a bottom, of the pressure vessel when the pressure vessel stands vertically, and said opening being provided with a cap or connector.
The die cast nozzle for use in a die casting hot chamber system for molten metal with at least one melting channel in a channel carrier that can be connected to a melt distributor, wherein the melting channel passes over into a heating zone and a nozzle tip, to which a sprue area is attached, in which a plug of solidified melting can be formed that interrupts the melting flow, characterised in that the heating zone comprises a heating cartridge and / or a heatable nozzle shaft and / or the nozzle tip is designed as heatable nozzle tip and at least the heating cartridge, the heatable nozzle shaft, or the heatable nozzle tip is designed as heating element with electric heating, that comprises in at least one section a high power density and low thermal inertia, designed in a way that a temperature change gradient of 20 to 250 K/s, preferably 150 K/s, can be achieved on the surface of the heating element.
An electrical connector comprising: an electrical connector housing comprising a body in which a cylindrical receiving portion is formed; at least one movable pin that is rod-shaped, a part of which is movably located in the receiving portion; a first elastic piece located in the receiving portion, a first end of each movable pin movably protruding out of the receiving portion against elasticity of the first elastic piece and a second end of the movable pin opposite to the first end being inserted into the receiving portion of the electrical connector housing, and an outer diameter of the first end being smaller than that of the second end; and at least one second elastic piece located between a side wall of the receiving portion and the movable pin and configured to be elastically abutted against an outer circumferential surface of the movable pin, wherein the second elastic piece comprises an elastic arm integrally connected to the body, wherein the movable pin is adapted to be electrically connected to the electrical connector housing by the first elastic piece and the second elastic piece, wherein the electrical connector further comprises at least one stopping portion engaged with the second end of the movable pin to prevent the movable pin from sliding out of the receiving portion. an electrical connector housing comprising a body in which a cylindrical receiving portion is formed; at least one movable pin that is rod-shaped, a part of which is movably located in the receiving portion; a first elastic piece located in the receiving portion, a first end of each movable pin movably protruding out of the receiving portion against elasticity of the first elastic piece and a second end of the movable pin opposite to the first end being inserted into the receiving portion of the electrical connector housing, and an outer diameter of the first end being smaller than that of the second end; and at least one second elastic piece located between a side wall of the receiving portion and the movable pin and configured to be elastically abutted against an outer circumferential surface of the movable pin, wherein the second elastic piece comprises an elastic arm integrally connected to the body, wherein the movable pin is adapted to be electrically connected to the electrical connector housing by the first elastic piece and the second elastic piece, wherein the electrical connector further comprises at least one stopping portion engaged with the second end of the movable pin to prevent the movable pin from sliding out of the receiving portion.
A laminated glass unit comprising: at least first and second sheets of glass, each of the at least first and second glass sheets having first and second major surfaces (12, 14;16,18), with each glass sheet having one major surface (14;16) in adhesively bonding contact with a polymeric interlayer, the interlayer separating the glass sheets one from the other; the remaining major surface (12;18) of each of the first and second glass sheets having a coating stack deposited thereon, the coating stacks each comprising: an electrically conductive inorganic metal oxide layer having a refractive index >1.8 deposited over the surface of the respective glass sheets; and an inorganic dielectric oxide layer having a refractive index <1.6 deposited over the inorganic metal oxide layer of the laminated glass unit; wherein each coating stack has an emissivity that is ≥ 0.4 and ≤ 0.5, and the laminated glass unit exhibits a visible light reflectance of <2% and a center-of-glass U-value of <0.85 Btu/(hr sq.ft. °F). at least first and second sheets of glass, each of the at least first and second glass sheets having first and second major surfaces (12, 14;16,18), with each glass sheet having one major surface (14;16) in adhesively bonding contact with a polymeric interlayer, the interlayer separating the glass sheets one from the other; the remaining major surface (12;18) of each of the first and second glass sheets having a coating stack deposited thereon, the coating stacks each comprising: an electrically conductive inorganic metal oxide layer having a refractive index >1.8 deposited over the surface of the respective glass sheets; and an inorganic dielectric oxide layer having a refractive index <1.6 deposited over the inorganic metal oxide layer of the laminated glass unit; wherein each coating stack has an emissivity that is ≥ 0.4 and ≤ 0.5, and the laminated glass unit exhibits a visible light reflectance of <2% and a center-of-glass U-value of <0.85 Btu/(hr sq.ft. °F). an electrically conductive inorganic metal oxide layer having a refractive index >1.8 deposited over the surface of the respective glass sheets; and an inorganic dielectric oxide layer having a refractive index <1.6 deposited over the inorganic metal oxide layer of the laminated glass unit; wherein each coating stack has an emissivity that is ≥ 0.4 and ≤ 0.5, and the laminated glass unit exhibits a visible light reflectance of <2% and a center-of-glass U-value of <0.85 Btu/(hr sq.ft. °F).
A system for electrically controlling combustion, wherein the system includes one or more sensors adapted to be coupled to a combustion chamber for measuring conditions within the combustion chamber, an actuator for electrically modulating combustion, and a controller, wherein the controller is adapted to detect dynamic instabilities in the combustion chamber based upon input from the one or more sensors, and adapted to detect a phase and frequency of the dynamic instabilities based upon the input from the one or more sensors, and adapted to operate the actuator to counteract the dynamic instabilities; and characterized in that the actuator is a microwave source used to locally heat a flame and is operated to counteract the dynamic instabilities by modulating heat release from the flame out of phase with, and at the same frequency as the detected dynamic instabilities.
An aircraft with an aircraft fuselage structure that is pressurized and an aircraft cabin door, wherein at least one fuselage stop fitting is mounted to an associated aircraft fuselage structure for the aircraft cabin door, wherein the aircraft comprises a load transfer interface for the aircraft cabin door that comprises an outer skin and at least one beam that is connected to the outer skin, wherein the outer skin and the at least one beam define a vehicle door plane, the load transfer interface comprising at least one door stop fitting that is provided to transfer pressure loads from the aircraft cabin door to an associated vehicle structural frame, the aircraft cabin door comprises at least two beams arranged in parallel and two separate door stop fittings provided for each of the beams, the door stop fittings being provided for rotation in an associated rotation plane, wherein the associated rotation plane is at least approximately parallel to the vehicle door plane, the at least one door stop fitting comprises a rotating arm that defines a rotation axis of the at least one door stop fitting, the rotation axis being at least approximately perpendicular to the vehicle door plane; each of the door stop fittings being mounted in a non-rotatable manner to an associated actuating lever, the actuating lever being connected by at least one associated lateral linkage to at least another of the door stop fittings associated with another of the beams, the associated lateral linkages being each connected to actuating levers and thus to separated door stop fittings arranged with rotation axis being at least approximately in parallel, the associated lateral linkage providing mechanical linkages actuatable via an associated handle, so that the rotation of the associated handle results in movement of the lateral linkages into movement directions (18a, 18b), which force the different door stop fittings arranged in parallel to rotate; the rotating arm is mounted to the at least one beam by means of at least one bearing (7a, 7b) that is adapted to allow rotation of the rotating arm around the rotation axis; the at least one bearing (7a, 7b) comprises a first bearing that is mounted to the at least one beam by means of an associated lug bracket, the associated lug bracket retaining the first bearing at the at least one beam; and at least one bearing (7a, 7b) is a slide bearing; the rotating arm being connected to at least one actuating lever that is provided for rotating the rotating arm between associated open and close positions; and the rotating arm being provided with an adjustment member that is adapted for adjusting a longitudinal extension of the rotating arm.
Heater device (100; 200), in particular for crankcase fluid, comprising: a conduit (112, 212) for a fluid to be heated; a plastic body (114, 214) with a passage defining an inner space in which the conduit is accommodated, said body (114, 214) comprising a heater container (118, 218) defining a cavity (120, 220) in which a heater stack with heater plate (138, 238) (122, 222) is arranged; wherein the cavity has an aperture (124, 224) allowing insertion of said heater stack, said aperture being closed by a removable connector (126, 226); and wherein the heater stack is arranged in said cavity in thermal transfer with said conduit to heat-up the latter when energized by means of power provided through poles integrated in said connector; said heater stack comprises a heat transfer member (32; 132, 232) arranged in an orifice (30; 130, 230) of said heater container to be in direct contact with said conduit; and a seal ring (34; 134, 234) is arranged at the interface between said heat transfer member and said orifice (30; 130, 230) to sealably close the cavity; characterized in that said heater stack (122, 222) includes a cup-shaped heat transfer member (132, 232) and said heater plate (138, 238) is located inside said cup-shaped heat transfer member; said cup-shaped heat transfer member has a bottom wall (166, 266) in contact with said conduit and an outwardly bent upper edge (168, 268); and said seal ring is arranged around said cup-shaped heat transfer member below said upper edge. a conduit (112, 212) for a fluid to be heated; a plastic body (114, 214) with a passage defining an inner space in which the conduit is accommodated, said body (114, 214) comprising a heater container (118, 218) defining a cavity (120, 220) in which a heater stack with heater plate (138, 238) (122, 222) is arranged; wherein the cavity has an aperture (124, 224) allowing insertion of said heater stack, said aperture being closed by a removable connector (126, 226); and wherein the heater stack is arranged in said cavity in thermal transfer with said conduit to heat-up the latter when energized by means of power provided through poles integrated in said connector; said heater stack comprises a heat transfer member (32; 132, 232) arranged in an orifice (30; 130, 230) of said heater container to be in direct contact with said conduit; and a seal ring (34; 134, 234) is arranged at the interface between said heat transfer member and said orifice (30; 130, 230) to sealably close the cavity; characterized in that said heater stack (122, 222) includes a cup-shaped heat transfer member (132, 232) and said heater plate (138, 238) is located inside said cup-shaped heat transfer member; said cup-shaped heat transfer member has a bottom wall (166, 266) in contact with said conduit and an outwardly bent upper edge (168, 268); and said seal ring is arranged around said cup-shaped heat transfer member below said upper edge.
A method comprising: generating a context view that provides for at least two categories of context information regarding ambient conditions of a mobile terminal and provides user-access to at least one item of context information within each of the at least two categories (220; generating a timeline view that is presented in combination with the context view and provides user-access to the at least one item of context information in relation to a period of time; and monitoring the ambient conditions of the mobile terminal to determine context information related to the at least two categories, wherein the monitoring includes sensing two or more items of context information related to the at least two categories respectively from sensors disposed within the mobile terminal. generating a context view that provides for at least two categories of context information regarding ambient conditions of a mobile terminal and provides user-access to at least one item of context information within each of the at least two categories (220; generating a timeline view that is presented in combination with the context view and provides user-access to the at least one item of context information in relation to a period of time; and monitoring the ambient conditions of the mobile terminal to determine context information related to the at least two categories, wherein the monitoring includes sensing two or more items of context information related to the at least two categories respectively from sensors disposed within the mobile terminal.
An apparatus for the industrial clamping of poultry, which comprises: - an open support consisting of straight and parallel rods that are spatially arranged in such a way as to form a supporting cradle that supports a fowl placed on its back. On part of their length, the rods receive a profiled supporting plate, which has fittings for temporarily fastening the tie. This supporting plate is mounted in such a way that it can execute guided translational motion along the rods in order to push the tie and eject the fowl; - a gripping and separating device designed to loop an elastic tie around the support and the fowl; - a clamp connected to control mechanisms that enable it to be displaced along the three X-Y-Z axes, so that the following steps can be carried out successively: • stretching the elastic tie upwards, away from the support; • subjecting the tie to a pivoting movement so as to visibly cross its strands in the form of a figure eight; • positioning the tie above the breast, in line with the wishbone; • lowering the tie so as to place it around the chest and the wings; - a pivoting hook capable of clamping the crossover point of the tie's strands and partially penetrating the fowl's flesh; - a means of pushing the tie to the back of the fowl, and concomitantly ejecting the fowl from the aforementioned support. - an open support consisting of straight and parallel rods that are spatially arranged in such a way as to form a supporting cradle that supports a fowl placed on its back. On part of their length, the rods receive a profiled supporting plate, which has fittings for temporarily fastening the tie. This supporting plate is mounted in such a way that it can execute guided translational motion along the rods in order to push the tie and eject the fowl; - a gripping and separating device designed to loop an elastic tie around the support and the fowl; - a clamp connected to control mechanisms that enable it to be displaced along the three X-Y-Z axes, so that the following steps can be carried out successively: • stretching the elastic tie upwards, away from the support; • subjecting the tie to a pivoting movement so as to visibly cross its strands in the form of a figure eight; • positioning the tie above the breast, in line with the wishbone; • lowering the tie so as to place it around the chest and the wings; • stretching the elastic tie upwards, away from the support; • subjecting the tie to a pivoting movement so as to visibly cross its strands in the form of a figure eight; • positioning the tie above the breast, in line with the wishbone; • lowering the tie so as to place it around the chest and the wings; - a pivoting hook capable of clamping the crossover point of the tie's strands and partially penetrating the fowl's flesh; - a means of pushing the tie to the back of the fowl, and concomitantly ejecting the fowl from the aforementioned support.
A signal sending method, wherein the method is applied to a system whose physical layer frame structure comprises a preamble and a payload, PL, field, and comprises: determining a value of m and a value of n based on a time-varying characteristic of a power line channel, wherein m≥1,n≥1, and both m and n are integers; inserting n pilot time domain symbols at intervals of m orthogonal frequency division multiplexing, OFDM, time domain symbols in the PL field to obtain a physical layer frame, wherein a length of the pilot time domain symbol is the same as a length of the OFDM time domain symbol; and sending the physical layer frame to a receive end, wherein the preamble and the pilot time domain symbol are used together for channel estimation of the receive end; wherein the pilot time domain symbol is a synchronization symbol, SYNCP, in the preamble: wherein a guard interval length of the SYNCP is equal to a guard interval length of the OFDM time domain symbol. determining a value of m and a value of n based on a time-varying characteristic of a power line channel, wherein m≥1,n≥1, and both m and n are integers; inserting n pilot time domain symbols at intervals of m orthogonal frequency division multiplexing, OFDM, time domain symbols in the PL field to obtain a physical layer frame, wherein a length of the pilot time domain symbol is the same as a length of the OFDM time domain symbol; and sending the physical layer frame to a receive end, wherein the preamble and the pilot time domain symbol are used together for channel estimation of the receive end; wherein the pilot time domain symbol is a synchronization symbol, SYNCP, in the preamble: wherein a guard interval length of the SYNCP is equal to a guard interval length of the OFDM time domain symbol.