mhurhangee/ep-ind-claims huggingface dataset:
A process for recovering energy in a petroleum, petrochemical, or chemical plant comprising: identifying a first fluid stream having a first control valve thereon in a process zone; installing a first power-recovery turbine at the location of the first control valve; directing at least a portion of the first fluid stream through the first power- recovery turbine to generate electric power therefrom; and recovering the electric power; wherein the first power-recovery turbine is installed in parallel with the first control valve or in series with the first control valve; and rectifying the recovered electrical power to direct current and inverting the electrical power into recovered alternating current, and providing the recovered alternating current to a first substation; and wherein the substation comprises at least one alternating current bus, and the output of the DC to AC inverter is electrically connected to the at least one alternating current bus, which is a low voltage of <600 VAC bus, in the substation; or the substation comprises at least one alternating current bus, and the output of the DC to AC inverter is electrically transformed up to medium voltage and then connected to a medium voltage of 5 kVAC or 15 kVAC class bus within the process substation. identifying a first fluid stream having a first control valve thereon in a process zone; installing a first power-recovery turbine at the location of the first control valve; directing at least a portion of the first fluid stream through the first power- recovery turbine to generate electric power therefrom; and recovering the electric power; wherein the first power-recovery turbine is installed in parallel with the first control valve or in series with the first control valve; and rectifying the recovered electrical power to direct current and inverting the electrical power into recovered alternating current, and providing the recovered alternating current to a first substation; and wherein the substation comprises at least one alternating current bus, and the output of the DC to AC inverter is electrically connected to the at least one alternating current bus, which is a low voltage of <600 VAC bus, in the substation; or the substation comprises at least one alternating current bus, and the output of the DC to AC inverter is electrically transformed up to medium voltage and then connected to a medium voltage of 5 kVAC or 15 kVAC class bus within the process substation.
A lighting device comprising: a substrate; at least two modules (M1-M4) provided on the substrate, wherein each module comprises: an array of LED chip connection pads; interconnections between the chip connection pads to implement a plurality of groups (G1-G12) of connection pads, each group comprising a plurality of connection pads in parallel, and the groups being in series with each other; LED chips mounted on the connection pads, with at least two LED chips of different color points mounted on respective connection pads of each group; and an optical unit for shaping the light output from the LED chips; wherein each group of connection pads has a geometric center, and a sum of the distances of the connection pads in all groups to their respective geometric center is minimum, for the given placement positions of the array. a substrate; at least two modules (M1-M4) provided on the substrate, wherein each module comprises: an array of LED chip connection pads; interconnections between the chip connection pads to implement a plurality of groups (G1-G12) of connection pads, each group comprising a plurality of connection pads in parallel, and the groups being in series with each other; LED chips mounted on the connection pads, with at least two LED chips of different color points mounted on respective connection pads of each group; and an optical unit for shaping the light output from the LED chips; an array of LED chip connection pads; interconnections between the chip connection pads to implement a plurality of groups (G1-G12) of connection pads, each group comprising a plurality of connection pads in parallel, and the groups being in series with each other; LED chips mounted on the connection pads, with at least two LED chips of different color points mounted on respective connection pads of each group; and an optical unit for shaping the light output from the LED chips; wherein each group of connection pads has a geometric center, and a sum of the distances of the connection pads in all groups to their respective geometric center is minimum, for the given placement positions of the array.
A method of transmitting a synchronization signal, SS, including a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, by a user equipment, UE, in a wireless communication system supporting device-to-device,D2D, communication, the method comprising: mapping a first SS for a discovery signal to a first time resource and transmitting the first SS; and mapping a second SS for a communication signal to a second time resource and transmitting the second SS, wherein each of the first and the second time resources includes 14 symbols, wherein a first PSS of the first SS is mapped to a symbol having a first index in the first time resource and a first SSS of the first SS is mapped to a symbol having a second index in the first time resource, and wherein a second PSS of the second SS is mapped to a symbol having the second index in the second time resource and a second SSS of the second SS is mapped to a symbol having the first index in the second time resource. mapping a first SS for a discovery signal to a first time resource and transmitting the first SS; and mapping a second SS for a communication signal to a second time resource and transmitting the second SS, wherein each of the first and the second time resources includes 14 symbols, wherein a first PSS of the first SS is mapped to a symbol having a first index in the first time resource and a first SSS of the first SS is mapped to a symbol having a second index in the first time resource, and
A composition for treating a joint condition, the composition comprising: hyaluronic acid; and nanoparticles comprising a taurolidine core surrounded by a lipophilic coating; wherein the hyaluronic acid comprises a hydrogel, and wherein the hydrogel metabolizes to provide a tissue scaffold and expose the nanoparticles to bodily fluids hyaluronic acid; and nanoparticles comprising a taurolidine core surrounded by a lipophilic coating; wherein the hyaluronic acid comprises a hydrogel, and wherein the hydrogel metabolizes to provide a tissue scaffold and expose the nanoparticles to bodily fluids
An anti-NKG2A antibody, or an antigen binding fragment thereof, capable of inhibiting binding of HLA-E or which non-competitively can block the function of CD94/NKG2A and stimulate the endogenous immune-regulatory mechanism of NK cells for use in treatment of rheumatoid arthritis characterized by cartilage destruction and/or bone erosion, wherein said antibody stimulates selective elimination of cartilage destructive fibroblast-like synoviocytes and/or reduces formation of bone-eroding osteoclasts.
A cutting tool, comprising: a substrate comprising a rake face and a flank face; a coating layer on the substrate, comprising Ti 1-a-b-c Al a Si b M c (C 1-x N x) where M is at least one selected from the group consisting of Y, Group-4, 5, and 6 metals, excluding Ti, wherein following equations are satisfied at the rake face: 0.3 ≤ a ≤ 0.7; 0.01 ≤ b ≤ 0.2; 0 ≤ c ≤ 0.3; and 0 < x ≤ 1, and the following equations are also satisfied: 1.05 ≤ Si f / Si r ≤ 3.2 and 1.03 ≤ Al r / Al f ≤ 1.6, where Si r is a proportion of Si in the coating layer at the rake face, Si f is a proportion of Si in the coating layer at the flank face, Al r is a proportion of Al in the coating layer at the rake face, and Al f is a proportion of Al in the coating layer at the flank face. a substrate comprising a rake face and a flank face; a coating layer on the substrate, comprising Ti 1-a-b-c Al a Si b M c (C 1-x N x) where M is at least one selected from the group consisting of Y, Group-4, 5, and 6 metals, excluding Ti, wherein following equations are satisfied at the rake face: 0.3 ≤ a ≤ 0.7; 0.01 ≤ b ≤ 0.2; 0 ≤ c ≤ 0.3; and 0 < x ≤ 1, and
A wind turbine comprising: a plurality of control systems (201,202,203,204,205,401,402,403) controlling different turbine operations connected by a communications network; a reflective memory system comprising a memory for each control system of the plurality of control systems, the plurality of control systems being coupled with the reflective memory system; wherein each memory of a control system of the plurality of control systems is accessible by all the other control systems of the plurality of control systems and wherein when data is written to the memory of a control system of the plurality of control systems, the data is automatically replicated to the memories of other control systems. a plurality of control systems (201,202,203,204,205,401,402,403) controlling different turbine operations connected by a communications network; a reflective memory system comprising a memory for each control system of the plurality of control systems, the plurality of control systems being coupled with the reflective memory system; wherein each memory of a control system of the plurality of control systems is accessible by all the other control systems of the plurality of control systems and wherein when data is written to the memory of a control system of the plurality of control systems, the data is automatically replicated to the memories of other control systems.
A terminal, comprising: a receiving unit, configured to receive a secondary carrier change instruction sent by a network device, wherein the secondary carrier change instruction includes feature information of a changed secondary carrier, wherein the feature information of the changed secondary carrier is at least one of a frequency and a bandwidth of the changed secondary carrier, or wherein the feature information of the changed secondary carrier is a number of a secondary carrier preset on the terminal, and wherein the secondary carrier change instruction further includes state indication information, wherein the state indication information enables determination of a required state for the changed secondary carrier, wherein the required state for the changed secondary carrier includes an activated state and a deactivated state; a first determining unit, configured to determine the changed secondary carrier according to the feature information, received by the receiving unit, of the changed secondary carrier, and further configured to determine the required state for the changed secondary carrier according to the state indication information; a setting unit, configured to set, according to the required state for the changed secondary carrier determined by the first determining unit, a state of the changed secondary carrier to the required state,; and a second determining unit, configured to determine synchronization information of the changed secondary carrier determined by the first determining unit. a receiving unit, configured to receive a secondary carrier change instruction sent by a network device, wherein the secondary carrier change instruction includes feature information of a changed secondary carrier, wherein the feature information of the changed secondary carrier is at least one of a frequency and a bandwidth of the changed secondary carrier, or wherein the feature information of the changed secondary carrier is a number of a secondary carrier preset on the terminal, and wherein the secondary carrier change instruction further includes state indication information, wherein the state indication information enables determination of a required state for the changed secondary carrier, wherein the required state for the changed secondary carrier includes an activated state and a deactivated state; a first determining unit, configured to determine the changed secondary carrier according to the feature information, received by the receiving unit, of the changed secondary carrier, and further configured to determine the required state for the changed secondary carrier according to the state indication information; a setting unit, configured to set, according to the required state for the changed secondary carrier determined by the first determining unit, a state of the changed secondary carrier to the required state,; and a second determining unit, configured to determine synchronization information of the changed secondary carrier determined by the first determining unit.
A cooling structure (100, 200, 300), comprising: a flow path configuration member made of resin and forming a flow path through which a refrigerant flows, a cooling target, and a metal layer, wherein: the flow path includes a protrusion that protrudes in a direction outside of the flow path from an inner wall at an upstream side in a direction in which the refrigerant flows, and a rectifier that rectifies the direction in which the refrigerant flows toward the protrusion, the cooling target is disposed to face at least a part of an inner wall (45, 46, 47) of the protrusion, and the cooling target is cooled by the refrigerant flowing through the protrusion, and the metal layer is at least provided on an outer wall of the flow path configuration member opposite to a side on which the cooling target is disposed. a flow path configuration member made of resin and forming a flow path through which a refrigerant flows, a cooling target, and a metal layer, wherein: the flow path includes a protrusion that protrudes in a direction outside of the flow path from an inner wall at an upstream side in a direction in which the refrigerant flows, and a rectifier that rectifies the direction in which the refrigerant flows toward the protrusion, the cooling target is disposed to face at least a part of an inner wall (45, 46, 47) of the protrusion, and the cooling target is cooled by the refrigerant flowing through the protrusion, and the metal layer is at least provided on an outer wall of the flow path configuration member opposite to a side on which the cooling target is disposed. the flow path includes a protrusion that protrudes in a direction outside of the flow path from an inner wall at an upstream side in a direction in which the refrigerant flows, and a rectifier that rectifies the direction in which the refrigerant flows toward the protrusion, the cooling target is disposed to face at least a part of an inner wall (45, 46, 47) of the protrusion, and the cooling target is cooled by the refrigerant flowing through the protrusion, and the metal layer is at least provided on an outer wall of the flow path configuration member opposite to a side on which the cooling target is disposed.
A subjective optometry device for subjectively measuring an optical characteristic of a subject eye, the subjective optometry device comprising: - a projection optical system that projects a target light flux toward the subject eye; - a calibration optical system that changes an optical characteristic of the target light flux; - a fixed optical member that is fixedly arranged in an optical path of the projection optical system and optically presents an image of the target light flux to the subject eye at a predetermined examination distance; and - a first moving means for moving a measurement unit with respect to the fixed optical member to perform first alignment of an optical axis of the projection optical system with respect to the subject eye, the measurement unit including at least the projection optical system; characterized by: - a second moving means for moving the measurement unit and the fixed optical member with respect to the subject eye, in a state of maintaining a positional relationship between the measurement unit and the fixed optical member, to perform second alignment such that the image of the target light flux is irradiated onto the subject eye at a predetermined optical magnification; and - a movement control means for controlling the first moving means and the second moving means to perform alignment of the measurement unit with respect to the subject eye. - a projection optical system that projects a target light flux toward the subject eye; - a calibration optical system that changes an optical characteristic of the target light flux; - a fixed optical member that is fixedly arranged in an optical path of the projection optical system and optically presents an image of the target light flux to the subject eye at a predetermined examination distance; and - a first moving means for moving a measurement unit with respect to the fixed optical member to perform first alignment of an optical axis of the projection optical system with respect to the subject eye, the measurement unit including at least the projection optical system; - a second moving means for moving the measurement unit and the fixed optical member with respect to the subject eye, in a state of maintaining a positional relationship between the measurement unit and the fixed optical member, to perform second alignment such that the image of the target light flux is irradiated onto the subject eye at a predetermined optical magnification; and - a movement control means for controlling the first moving means and the second moving means to perform alignment of the measurement unit with respect to the subject eye.
A drinking water dispenser comprising: an inlet pipeline for connection to an external water source; an inlet solenoid valve installed in the inlet pipeline; a cold water tank equipped with a cooling device; a hot water tank equipped with a heater and installed below the cold water tank; a cold water outlet pipeline connecting the cold water tank to a cold water outlet; a hot water outlet pipeline connecting the hot water tank to a hot water outlet; a first pipeline connecting the inlet pipeline to the cold water tank; a circulation pump ensuring circulation of hot water in a disinfection mode; a second pipeline connecting the hot water outlet pipeline to the cold water pipeline; characterized in that the first pipeline is connected to the cold water tank through a vertical pipe with an open upper end installed in the cold water tank, a lower end of which is connected to the first pipeline, and the dispenser additionally comprises: a circulation pipeline connecting the hot water outlet pipeline to the cold water outlet pipeline; and a check valve installed in the circulation pipeline allowing water to flow from the hot water outlet pipeline to the cold water outlet pipeline and not allowing water to flow in the opposite direction. an inlet pipeline for connection to an external water source; an inlet solenoid valve installed in the inlet pipeline; a cold water tank equipped with a cooling device; a hot water tank equipped with a heater and installed below the cold water tank; a cold water outlet pipeline connecting the cold water tank to a cold water outlet; a hot water outlet pipeline connecting the hot water tank to a hot water outlet; a first pipeline connecting the inlet pipeline to the cold water tank; a circulation pump ensuring circulation of hot water in a disinfection mode; a second pipeline connecting the hot water outlet pipeline to the cold water pipeline; characterized in that the first pipeline is connected to the cold water tank through a vertical pipe with an open upper end installed in the cold water tank, a lower end of which is connected to the first pipeline, and the dispenser additionally comprises: a circulation pipeline connecting the hot water outlet pipeline to the cold water outlet pipeline; and a check valve installed in the circulation pipeline allowing water to flow from the hot water outlet pipeline to the cold water outlet pipeline and not allowing water to flow in the opposite direction.
A runner for flowing transport of a molten material, in particular of a molten metal, preferably of a molten non-ferrous metal, in particular of a molten material consisting of or containing aluminium, characterized in that the runner consists of or contains an oxide-fiber-reinforced oxide ceramic composite material, and that the runner is made at least in some sections of prepregs impregnated with slip and having a round or flat mesh formed from the fibers, which is wound radially to the longitudinal axis of the runner such that the main production direction of the round or flat mesh is at an angle γ of 60° ≤ γ ≤ 90° to the longitudinal axis of the runner.
Magnetic field sensing device for determining two or three components of a magnetic field, comprising at least one Wheatstone bridge with two half bridges, where each half bridge comprises at least two bridge resistors and at least one of said two bridge resistors is a magnetic field-sensitive resistor relative to a magnetic field component in an X/Y magnetic field sensor plane, where a ferromagnetic flux concentration element is arranged symmetrically between said two magnetic field-sensitive bridge resistors and generates, relative to a Z magnetic field component aligned perpendicularly to said X/Y magnetic field sensor plane, antisymmetrical magnetic field components in said X/Y magnetic field sensor plane, characterized in that the wiring arrangement of said bridge resistors (18, 30) or the supply voltage of at least one half bridge is individually switchable and/or at least one and preferably all magnetic field-sensitive bridge resistors have a switchable resistance characteristic, such that switching of at least one resistance characteristic, in particular paired switching of the resistance characteristics of magnetic field-sensitive resistors associated with each other of said two half bridges or switching of the wiring arrangement of said bridge resistors (18, 30) is performable in at least one half bridge, where a magnetic field component in said X/Y sensor plane is measurable in a first state M1, M3 and a magnetic field component in the Z direction is measurable in a second state M2, M4.