mhurhangee/ep-ind-claims huggingface dataset:
An assembly that is arranged to generate electromagnetic force for driving a nuclear reactor control rod, the assembly comprising: a driving shaft for driving the nuclear reactor control rod; a coil surrounding the driving shaft for generating the electromagnetic force; lead wires for supplying electric power to the coil; and a cooling unit for cooling the coil, the cooling unit comprising: a housing surrounding the coil so as to enclose the coil, the housing being a hollow tube having an inner surface and an outer surface and having a wiring passage that is formed between the inner surface and the outer surface and through which said lead wires pass; a cooling shroud-shell forming a cooling flow path between the cooling shroud-shell and the housing, and through which a cooling fluid can pass for removing heat that is generated in the coil; and a plurality of cooling fins disposed on the cooling flow path in a radial direction so as to allow heat to be effectively exchanged between the coil and cooling fluid that flows through the cooling flow path; wherein the cooling shroud-shell is separated from the housing by a predetermined distance, and has a polygonal hollow tube shape. a driving shaft for driving the nuclear reactor control rod; a coil surrounding the driving shaft for generating the electromagnetic force; lead wires for supplying electric power to the coil; and a cooling unit for cooling the coil, the cooling unit comprising: a housing surrounding the coil so as to enclose the coil, the housing being a hollow tube having an inner surface and an outer surface and having a wiring passage that is formed between the inner surface and the outer surface and through which said lead wires pass; a cooling shroud-shell forming a cooling flow path between the cooling shroud-shell and the housing, and through which a cooling fluid can pass for removing heat that is generated in the coil; and a plurality of cooling fins disposed on the cooling flow path in a radial direction so as to allow heat to be effectively exchanged between the coil and cooling fluid that flows through the cooling flow path; wherein the cooling shroud-shell is separated from the housing by a predetermined distance, and has a polygonal hollow tube shape. a housing surrounding the coil so as to enclose the coil, the housing being a hollow tube having an inner surface and an outer surface and having a wiring passage that is formed between the inner surface and the outer surface and through which said lead wires pass; a cooling shroud-shell forming a cooling flow path between the cooling shroud-shell and the housing, and through which a cooling fluid can pass for removing heat that is generated in the coil; and a plurality of cooling fins disposed on the cooling flow path in a radial direction so as to allow heat to be effectively exchanged between the coil and cooling fluid that flows through the cooling flow path; wherein the cooling shroud-shell is separated from the housing by a predetermined distance, and has a polygonal hollow tube shape.
A device for supporting chromophoric elements, comprising: - a substrate having an upper surface on which are fixed chromophoric elements intended to be excited by an excitation light (λ exc), and - means for increasing the quantity of light (λ fluo) emitted towards a collecting device by the chromophoric elements, in response to said excitation light (λ exc), the collecting device being associated with the rear face of the substrate and comprising a matrix of photodetector elements liable, at least for certain of these photodetector elements, to be electronically addressed in correspondence with at least one chromophoric element, through the substrate, characterized in that said means for increasing the quantity of light emitted by the chromophoric elements towards the collecting device comprise multilayer-structure reflecting means that are placed in the substrate remote from upper surface thereof, and that ensure a maximum field of excitation and emission at the chromophores and that prevent the excitation light from propagating by simple transmission and by scattering towards the collecting device. - a substrate having an upper surface on which are fixed chromophoric elements intended to be excited by an excitation light (λ exc), and - means for increasing the quantity of light (λ fluo) emitted towards a collecting device by the chromophoric elements, in response to said excitation light (λ exc), the collecting device being associated with the rear face of the substrate and comprising a matrix of photodetector elements liable, at least for certain of these photodetector elements, to be electronically addressed in correspondence with at least one chromophoric element, through the substrate, characterized in that said means for increasing the quantity of light emitted by the chromophoric elements towards the collecting device comprise multilayer-structure reflecting means that are placed in the substrate remote from upper surface thereof, and that ensure a maximum field of excitation and emission at the chromophores and that prevent the excitation light from propagating by simple transmission and by scattering towards the collecting device.
A shovel comprising: a main pump; a swing hydraulic motor; a relief valve (400L, 400R) provided on the swing hydraulic motor; a working oil supply source, including an accumulator part, configured to supply to the swing hydraulic motor a working oil having a pressure lower than a relief pressure of the relief valve (400L, 400R); a control valve configured to control a flow of the working oil between the main pump and the swing hydraulic motor; and a selector valve configured to switch between communicating and blocking between the main pump and the control valve, wherein the accumulator part is coupled between the control valve and the swing hydraulic motor, and releases the working oil to the swing hydraulic motor when the selector valve blocks communication between the main pump and the control valve. a main pump; a swing hydraulic motor; a relief valve (400L, 400R) provided on the swing hydraulic motor; a working oil supply source, including an accumulator part, configured to supply to the swing hydraulic motor a working oil having a pressure lower than a relief pressure of the relief valve (400L, 400R); a control valve configured to control a flow of the working oil between the main pump and the swing hydraulic motor; and a selector valve configured to switch between communicating and blocking between the main pump and the control valve, wherein the accumulator part is coupled between the control valve and the swing hydraulic motor, and releases the working oil to the swing hydraulic motor when the selector valve blocks communication between the main pump and the control valve.
A method for controlling compressor-shutdown-sound comprising: receiving a compressor-shutdown-command; determining an actual pressure of working fluid within a climate-control system; comparing the actual pressure to a predetermined threshold pressure value; comparing a running speed of a compressor-motor to a predetermined threshold compressor-motor-speed; increasing the running speed after receipt of the compressor-shutdown-command based on the comparisons between the actual pressure and the predetermined threshold pressure value and between the running speed and the predetermined threshold compressor-motor-speed; and shutting down the compressor by discontinuing electrical power to the compressor-motor after increasing the running speed, wherein the step of increasing the running speed is performed after determining that the running speed is less than the predetermined threshold compressor-motor-speed, and wherein the step of increasing the running speed is performed after determining that the actual pressure is greater than the predetermined threshold pressure value. receiving a compressor-shutdown-command; determining an actual pressure of working fluid within a climate-control system; comparing the actual pressure to a predetermined threshold pressure value; comparing a running speed of a compressor-motor to a predetermined threshold compressor-motor-speed; increasing the running speed after receipt of the compressor-shutdown-command based on the comparisons between the actual pressure and the predetermined threshold pressure value and between the running speed and the predetermined threshold compressor-motor-speed; and shutting down the compressor by discontinuing electrical power to the compressor-motor after increasing the running speed, wherein the step of increasing the running speed is performed after determining that the running speed is less than the predetermined threshold compressor-motor-speed, and wherein the step of increasing the running speed is performed after determining that the actual pressure is greater than the predetermined threshold pressure value.
A measurement transducer for simultaneously measuring a dynamic force with rates of change in the range of several Hz up to several MHz and a static force, that shows no change even over long time periods of hours, weeks and years; comprising at least one piezoelectric transducer element (10, 10') for measuring the dynamic force directly in the load path of the dynamic force; wherein the dynamic force can generate electrical polarization charges on element surfaces of the piezoelectric transducer element (10, 10'), an amount of the generated electrical polarization charges being proportional to a magnitude of the dynamic force; comprising a resonator element for measuring the static force, which resonator element can be excited to at least one resonance frequency (f); wherein the dynamic force and the static force can act on the piezoelectric transducer element (10, 10') and on the resonator element in a direction of force; characterized in that said piezoelectric transducer element (10, 10') is hollow cylindrical in shape and comprises a first piezoelectric material that is hollow cylindrical in shape and a second piezoelectric material that is hollow cylindrical in shape; in that said resonator element is cylindrical in shape and spatially arranged between the first piezoelectric material and the second piezoelectric material; in that said resonator element can measure the static force in an oscillation area which lies outside the load path of the static force; in that said static force can cause a transverse expansion in the resonator element, the transverse expansion occurs in the resonator element in a transverse direction, which transverse direction forms an angle with the direction of force that is different from zero, a magnitude of the transverse expansion is proportional to the magnitude of the static force; and in that the transverse expansion causes a frequency change (Δf) of the resonance frequency (f), which frequency change (Δf) is a function of the static force.
A recombinant attenuated Staphylococcus α-hemolysin (Hla) toxin comprising amino acids 1-50 of SEQ ID NO: 2 for use as the only or substantially the only effective antigen in a method of protecting a patient from, or treating a patient with, a staphylococcal lung disease or condition.
A backlight unit, comprising: a bottom cover; a light guiding plate placed on the bottom cover; and an LED assembly disposed at a position adjacent to the light guiding plate and arranged to emit light towards the light guiding plate, the LED assembly including: a substrate vertically placed on and perpendicular to the bottom cover; at least one LED light source mounted on the substrate and facing a side surface of the light guiding plate; a protrusion horizontally protruding from the substrate towards the side surface of the light guiding plate to support the light guiding plate; and a support on which the substrate is mounted, characterized in that the support has an opening, in that a projection vertically projects from an upper surface of the bottom cover, in that the projection is inserted in the opening of the support, and in that the light guiding plate includes a concave portion formed on the side surface thereof to receive at least a portion of the protrusion. a bottom cover; a light guiding plate placed on the bottom cover; and an LED assembly disposed at a position adjacent to the light guiding plate and arranged to emit light towards the light guiding plate, the LED assembly including: a substrate vertically placed on and perpendicular to the bottom cover; at least one LED light source mounted on the substrate and facing a side surface of the light guiding plate; a protrusion horizontally protruding from the substrate towards the side surface of the light guiding plate to support the light guiding plate; and a support on which the substrate is mounted, characterized in that the support has an opening, in that a projection vertically projects from an upper surface of the bottom cover, in that the projection is inserted in the opening of the support, and in that the light guiding plate includes a concave portion formed on the side surface thereof to receive at least a portion of the protrusion. a substrate vertically placed on and perpendicular to the bottom cover; at least one LED light source mounted on the substrate and facing a side surface of the light guiding plate; a protrusion horizontally protruding from the substrate towards the side surface of the light guiding plate to support the light guiding plate; and a support on which the substrate is mounted, characterized in that the support has an opening, in that a projection vertically projects from an upper surface of the bottom cover, in that the projection is inserted in the opening of the support, and in that the light guiding plate includes a concave portion formed on the side surface thereof to receive at least a portion of the protrusion.
A straddled electric vehicle comprising: a front wheel; a rear wheel; at least one first exterior cover provided at an upside of the rear wheel with regard to upward and downward directions of the vehicle and extending in forward and backward directions (F, B) of the vehicle in a side view; at least one second exterior cover provided at a downside of the first exterior cover with regard to upward and downward directions of the vehicle and extending in the forward and backward directions (F, B) of the vehicle in the side view; and a virtual surface (Vs) defined as a surface connecting an exterior surface of the first exterior cover and an exterior surface of the second exterior cover, wherein the second exterior cover is placed to form a gap extending in the forward and backward directions (F, B) of the vehicle between a first end (51, 151e) extending in the forward and backward directions (F, B) of the first exterior cover and a second end (63e, 161e) extending in the forward and backward directions (F, B) of the second exterior cover and facing the first end (51, 151e) and inside of the virtual surface (Vs), and at least one hole (H, H1, H2) is formed in a part of the second end (63e, 161e), and a part of the hole (H, H1, H2) is exposed to outside of the vehicle in the side view. a front wheel; a rear wheel; at least one first exterior cover provided at an upside of the rear wheel with regard to upward and downward directions of the vehicle and extending in forward and backward directions (F, B) of the vehicle in a side view; at least one second exterior cover provided at a downside of the first exterior cover with regard to upward and downward directions of the vehicle and extending in the forward and backward directions (F, B) of the vehicle in the side view; and a virtual surface (Vs) defined as a surface connecting an exterior surface of the first exterior cover and an exterior surface of the second exterior cover, wherein the second exterior cover is placed to form a gap extending in the forward and backward directions (F, B) of the vehicle between a first end (51, 151e) extending in the forward and backward directions (F, B) of the first exterior cover and a second end (63e, 161e) extending in the forward and backward directions (F, B) of the second exterior cover and facing the first end (51, 151e) and inside of the virtual surface (Vs), and at least one hole (H, H1, H2) is formed in a part of the second end (63e, 161e), and a part of the hole (H, H1, H2) is exposed to outside of the vehicle in the side view.
A method of making a cardiogenic cocktail, comprising: (a) culturing ventral endodermal cells in a medium, wherein said cells are obtained from an embryo treated with TNF-alpha with the proviso that the embryo is not a human embryo; thereby generating conditioned culture medium; and (b) harvesting the conditioned culture medium, thereby obtaining a cardiogenic cocktail. (a) culturing ventral endodermal cells in a medium, wherein said cells are obtained from an embryo treated with TNF-alpha with the proviso that the embryo is not a human embryo; thereby generating conditioned culture medium; and (b) harvesting the conditioned culture medium, thereby obtaining a cardiogenic cocktail.
An interspinous implant comprising: (i) an implant body which has an upper face, a lower face, and four sides, wherein the implant body comprises; a first recess in one side of the implant body, and a second recess in the opposing side of the implant body to the first recess, wherein each recess is suitable for receiving a spinous process of a vertebrae; and attachment means, which is suitable for attaching a band to the implant body; wherein the implant also comprises (ii) a lock which is hinged to a side of the implant body that does not have the first or second recess; wherein the implant is characterised in that the lock can rotate about the hinge between a closed position in which the lock lies substantially within a cavity in the side of the implant body or against the side of the implant body and an open position in which the lock projects away from the side of the implant body; wherein the lock has an aperture, so that a band can be passed through the aperture in the lock when the lock is in the open position and the band can be secured against movement relative to the lock and the implant body by the lock when the lock is in the closed position. (i) an implant body which has an upper face, a lower face, and four sides, wherein the implant body comprises; a first recess in one side of the implant body, and a second recess in the opposing side of the implant body to the first recess, wherein each recess is suitable for receiving a spinous process of a vertebrae; and attachment means, which is suitable for attaching a band to the implant body; wherein the implant also comprises (ii) a lock which is hinged to a side of the implant body that does not have the first or second recess;
Flow-through measurement cell for receiving measurement means for measuring chemical and/or physical properties of a fluid flowing through the measurement cell: - an inlet opening for the inlet of the fluid, - an outlet opening for the outlet of the fluid, - a, in particular sole, measurement chamber arranged between the inlet opening and the outlet opening, - a radiation measurement area for measuring the interaction of the fluid in the measurement cell with an electromagnetic radiation from outside the measurement cell and - a conductivity measurement receptacle for receiving conductivity measurement means for measuring the conductivity of the fluid in the measurement cell and/or a pH measurement receptacle for receiving pH-value measurement means for measuring the pH value of the fluid in the measurement cell, characterized in that the inlet opening and the outlet opening are offset in relation to each other in a parallel direction. - an inlet opening for the inlet of the fluid, - an outlet opening for the outlet of the fluid, - a, in particular sole, measurement chamber arranged between the inlet opening and the outlet opening, - a radiation measurement area for measuring the interaction of the fluid in the measurement cell with an electromagnetic radiation from outside the measurement cell and - a conductivity measurement receptacle for receiving conductivity measurement means for measuring the conductivity of the fluid in the measurement cell and/or a pH measurement receptacle for receiving pH-value measurement means for measuring the pH value of the fluid in the measurement cell,
A biosignal detecting garment comprising: a crop top type or brassiere type garment body (104, 204, 304); an under belt that have a fastening tool capable of adjusting a chest circumference size and that is disposed in a lower portion of the garment body(104, 204, 304); at least two electrodes formed of an electroconductive fiber; a connector for installing a measurement device configured to detect a biosignal; and a wiring portion configured to electrically connect the electrodes and the connector, wherein the electrodes, the connector, and the wiring portion are installed in the under belt, the garment body (104, 204, 304) has a length from an apex of a shoulder portion of the garment body (104, 204, 304) to an upper portion of the under belt of 20.0 cm or more and 35.0 cm or less, the under belt is formed in a bag shape with two pieces stacked, and an opening portion with a range of 1.0 cm or more and 10.0 cm or less is provided at a center of a front body piece. a crop top type or brassiere type garment body (104, 204, 304); an under belt that have a fastening tool capable of adjusting a chest circumference size and that is disposed in a lower portion of the garment body(104, 204, 304); at least two electrodes formed of an electroconductive fiber; a connector for installing a measurement device configured to detect a biosignal; and a wiring portion configured to electrically connect the electrodes and the connector, wherein the electrodes, the connector, and the wiring portion are installed in the under belt, the garment body (104, 204, 304) has a length from an apex of a shoulder portion of the garment body (104, 204, 304) to an upper portion of the under belt of 20.0 cm or more and 35.0 cm or less, the under belt is formed in a bag shape with two pieces stacked, and an opening portion with a range of 1.0 cm or more and 10.0 cm or less is provided at a center of a front body piece.
A rotor for a wind turbine, comprising: a hub; a rotor blade; a bearing assembly configured to rotate the rotor blade with respect to the hub; an insert, the insert comprising a first end, a second end, and a body extending therebetween, the first end coupled to the bearing assembly and the second end coupled to the rotor blade, the second end defining a second plane oriented at a cone angle with respect to a first plane defined by the first end; and a plurality of mechanical fasteners extending through and coupling together the bearing assembly, the insert, and the rotor blade, characterised in that each of the plurality of mechanical fasteners comprises a self-aligning washer. a hub; a rotor blade; a bearing assembly configured to rotate the rotor blade with respect to the hub; an insert, the insert comprising a first end, a second end, and a body extending therebetween, the first end coupled to the bearing assembly and the second end coupled to the rotor blade, the second end defining a second plane oriented at a cone angle with respect to a first plane defined by the first end; and a plurality of mechanical fasteners extending through and coupling together the bearing assembly, the insert, and the rotor blade, characterised in that each of the plurality of mechanical fasteners comprises a self-aligning washer.