mhurhangee/ep-ind-claims huggingface dataset:
A pressurization system that provides a pressurized air to an internal environment suitable for occupants, comprising: a first compressor that receives a ram air, a fan air, or a bleed air; a first turbine that is on a common shaft with the first compressor and wherein the first turbine receives the bleed air; a main heat exchanger downstream of the first compressor and the first turbine, and upstream of the internal environment, wherein a hot side of the main heat exchanger receives air directly from the first compressor; and a second turbine that is downstream of the internal environment, wherein the second turbine receives outflow air of the internal environment via a variable geometry nozzle and transfers the outflow air into a cold side of the main heat exchanger. a first compressor that receives a ram air, a fan air, or a bleed air; a first turbine that is on a common shaft with the first compressor and wherein the first turbine receives the bleed air; a main heat exchanger downstream of the first compressor and the first turbine, and upstream of the internal environment, wherein a hot side of the main heat exchanger receives air directly from the first compressor; and a second turbine that is downstream of the internal environment, wherein the second turbine receives outflow air of the internal environment via a variable geometry nozzle and transfers the outflow air into a cold side of the main heat exchanger.
A method for predicting the response of a human patient having or suspected of having cancer to a Delta-24-RGD oncolytic virus comprising the steps of (a) determining the level of expression of one or more Th1 and/or one or more Th2 biomarkers and/or antibodies against one or more tumor associated antigens in a first test sample from the patient relative to a control (b) comparing the level of expression of one or more Th1 and/or one or more Th2 biomarkers and/or one or more antibodies against one or more tumor associated antigens in the first test sample to that in the control, wherein the level of expression of one or more Th1 and/or one or more Th2 biomarkers in the first test sample and/or antibodies against one or more tumor associated antigens relative to the control sample is predictive of the patient's treatment response to the Delta-24-RGD oncolytic virus.
A fringe capacitor comprising: a plurality of unidirectional metal layers having a preferred direction and a non-preferred direction, wherein an orientation of the preferred direction of each of the unidirectional metal layers is in a same direction; first fingers of the fringe capacitor formed in a first layer of the plurality of unidirectional metal layers, the first fingers having a direction parallel to the orientation of the preferred direction; and second fingers of the fringe capacitor formed in a second layer of the plurality of unidirectional metal layers, the second fingers having a direction parallel to the orientation of the preferred direction, the first layer and the second layer separated by at least a metal layer not having the orientation of the preferred direction and not having fingers of the fringe capacitor. a plurality of unidirectional metal layers having a preferred direction and a non-preferred direction, wherein an orientation of the preferred direction of each of the unidirectional metal layers is in a same direction; first fingers of the fringe capacitor formed in a first layer of the plurality of unidirectional metal layers, the first fingers having a direction parallel to the orientation of the preferred direction; and second fingers of the fringe capacitor formed in a second layer of the plurality of unidirectional metal layers, the second fingers having a direction parallel to the orientation of the preferred direction, the first layer and the second layer separated by at least a metal layer not having the orientation of the preferred direction and not having fingers of the fringe capacitor.
A method implemented on-site of a flowline transporting a fluid comprising an oil phase and a water phase, the method comprising: obtaining a sample of the fluid flowed through the flowline, wherein the sample comprises the oil phase and the water phase; combining the sample with a chemical element configured to separate the oil phase in the sample from the water phase in the sample; transferring the separated oil phase and the chemical element into a measurement cell; removing the chemical element from the measurement cell; after removing the chemical element from the measurement cell, determining a quantity of the oil phase in the sample in the measurement cell; and providing the determined quantity of the oil phase in the sample, characterised in that the step of determining the quantity of the oil phase in the sample in the measurement cell is performed by a capacitive measurement technique. obtaining a sample of the fluid flowed through the flowline, wherein the sample comprises the oil phase and the water phase; combining the sample with a chemical element configured to separate the oil phase in the sample from the water phase in the sample; transferring the separated oil phase and the chemical element into a measurement cell; removing the chemical element from the measurement cell; after removing the chemical element from the measurement cell, determining a quantity of the oil phase in the sample in the measurement cell; and providing the determined quantity of the oil phase in the sample, characterised in that the step of determining the quantity of the oil phase in the sample in the measurement cell is performed by a capacitive measurement technique.
A method of forming a nano-porous membrane comprising: - an ion beam generator is provided using a liquid metal ion source, the source being adapted to emit a beam of charged species along an optical axis, - a sample holder is provided carrying a membrane facing the source along the optical axis, - a charged particle detector is provided downstream of the membrane, the particle detector being adapted to determine a number of ions transmitted through the membrane, - the ion beam generator is controlled in accordance with said number of ions: In a piercing mode, the ion beam generator is controlled in accordance with said number of ions to etch a pore in the membrane and - in a recapping mode, the ion beam generator is controlled in accordance with said number of ions to recap a pore of the membrane, aiming at an area with the beam so as to diffuse weakly bound atoms of the membrane to its surface and create an aggregation of atoms at the sharp edges of the membrane, the current and energy of the particles arriving at the membrane being kept constant in these different modes, the membrane having a thickness of less than 100 nanometres. - an ion beam generator is provided using a liquid metal ion source, the source being adapted to emit a beam of charged species along an optical axis, - a sample holder is provided carrying a membrane facing the source along the optical axis, - a charged particle detector is provided downstream of the membrane, the particle detector being adapted to determine a number of ions transmitted through the membrane, - the ion beam generator is controlled in accordance with said number of ions: In a piercing mode, the ion beam generator is controlled in accordance with said number of ions to etch a pore in the membrane and - in a recapping mode, the ion beam generator is controlled in accordance with said number of ions to recap a pore of the membrane, aiming at an area with the beam so as to diffuse weakly bound atoms of the membrane to its surface and create an aggregation of atoms at the sharp edges of the membrane, the current and energy of the particles arriving at the membrane being kept constant in these different modes, the membrane having a thickness of less than 100 nanometres.
An apparatus for housing an organ from a mammal ex-vivo, for example for evaluation or preservation, comprising: a vessel (10; 61) comprising a solution suitable for evaluation or preservation of the organ and at least partly surrounding the organ: a displacement device (31, 32; 72) for occupying surplus space inside the vessel for enabling immersion of the organ, wherein said displacement device comprises: at least one pressure chamber arranged between the walls of said vessel and said organ, and a means for introducing a medium into said pressure chamber in order to expand the pressure chamber; characterized in that said means for introducing a medium into said pressure chamber is a suction device connectable to an opening in a top lid of the vessel for generating an underpressure inside said vessel wherein the pressure chambers are open to the atmospheric pressure, so that gas at atmospheric pressure is introduced into the pressure chambers due to said underpressure. at least one pressure chamber arranged between the walls of said vessel and said organ, and a means for introducing a medium into said pressure chamber in order to expand the pressure chamber; characterized in that said means for introducing a medium into said pressure chamber is a suction device connectable to an opening in a top lid of the vessel for generating an underpressure inside said vessel wherein the pressure chambers are open to the atmospheric pressure, so that gas at atmospheric pressure is introduced into the pressure chambers due to said underpressure.
An organic light emitting diode display panel comprising: an upper substrate; an organic light emitting device facing the upper substrate and configured to emit light to the upper substrate; and a light extraction layer (430;460) disposed between the upper substrate and the organic light emitting device and configured to emit the light to the outside of the upper substrate, the light extraction layer (430;460) comprising first (431;461) and second (432;462) optical layers each having a polymer network liquid crystal (PNLC), wherein an optical property of the polymer network liquid crystal (PNLC) in the first optical layer (431;461) is different from an optical property of the polymer network liquid crystal (PNLC) in the second optical layer (432;462); wherein the first optical layer (431;461) has a first refractive index and the second optical layer (432;462) has a second refractive index, characterized in that the second refractive index is greater than the first refractive index; and in that the polymer network liquid crystal (PNLC) of the second optical layer (432;462) comprises a sheared polymer network liquid crystal (S-PNLC) and the sheared polymer network liquid crystal (S-PNLC) comprises cross-linking of polymers. an upper substrate; an organic light emitting device facing the upper substrate and configured to emit light to the upper substrate; and a light extraction layer (430;460) disposed between the upper substrate and the organic light emitting device and configured to emit the light to the outside of the upper substrate, the light extraction layer (430;460) comprising first (431;461) and second (432;462) optical layers each having a polymer network liquid crystal (PNLC), wherein an optical property of the polymer network liquid crystal (PNLC) in the first optical layer (431;461) is different from an optical property of the polymer network liquid crystal (PNLC) in the second optical layer (432;462); wherein the first optical layer (431;461) has a first refractive index and the second optical layer (432;462) has a second refractive index, characterized in that the second refractive index is greater than the first refractive index; and in that the polymer network liquid crystal (PNLC) of the second optical layer (432;462) comprises a sheared polymer network liquid crystal (S-PNLC) and the sheared polymer network liquid crystal (S-PNLC) comprises cross-linking of polymers.
A metal shearing tool comprising: a body (12, 22, 32, 42); a knife edge (14, 24, 34, 44; 500, 600, 700, 800) of the body having a first surface (16, 26, 36, 46; 504, 604, 704, 804), a second surface (18, 28, 38, 48; 506, 606, 706, 806), and a cutting surface (502, 602, 702, 802) disposed between the first surface and the second surface; wherein the knife edge (14, 24, 34, 44; 500, 600, 700, 800) has at least one of a convex curved profile and a radius, and characterized in that the first surface (16, 26, 36, 46; 504, 604, 704, 804) and the second surface (18, 28, 38, 48; 506, 606, 706, 806) of the knife edge (14, 24, 34, 44; 500, 600, 700, 800) further have non-directional surface finishes, whereas surface finish marks substantially parallel with the cutting surface have been removed from the first surface (16, 26, 36, 46; 504, 604, 704, 804) and the second surface (18, 28, 38, 48; 506, 606, 706, 806). a body (12, 22, 32, 42); a knife edge (14, 24, 34, 44; 500, 600, 700, 800) of the body having a first surface (16, 26, 36, 46; 504, 604, 704, 804), a second surface (18, 28, 38, 48; 506, 606, 706, 806), and a cutting surface (502, 602, 702, 802) disposed between the first surface and the second surface; wherein the knife edge (14, 24, 34, 44; 500, 600, 700, 800) has at least one of a convex curved profile and a radius, and characterized in that the first surface (16, 26, 36, 46; 504, 604, 704, 804) and the second surface (18, 28, 38, 48; 506, 606, 706, 806) of the knife edge (14, 24, 34, 44; 500, 600, 700, 800) further have non-directional surface finishes, whereas surface finish marks substantially parallel with the cutting surface have been removed from the first surface (16, 26, 36, 46; 504, 604, 704, 804) and the second surface (18, 28, 38, 48; 506, 606, 706, 806).
Leaf of a sliding window or sliding door, whereby this leaf has a horizontal profile and an upright side profile perpendicular to the horizontal profile, whereby the horizontal profile is provided with a lock plate for a lock, whereby the leaf is equipped with an adjustment mechanism to be able to adjust the position of the lock plate in the direction in which the horizontal profile extends and to be able to secure the lock plate to the leaf, whereby the adjustment mechanism can be operated from the side where the side profile is located, characterised in that, the horizontal profile is provided with a first groove with undercut flanks that extends in the longitudinal direction of the horizontal profile, whereby a first carriage is held in the first groove, whereby the lock plate forms part of the first carriage or is fastened thereto.
Suspended sprayer for a tractor having a tractor cab, comprising 1. a main tank for the phytosanitary substance or fertiliser to be sprayed, 2. an auxiliary or rinsing tank for cleaning the main tank, 3. a tank support chassis, intended to be suspended from the tractor, which chassis comprises: i) a connecting device for suspending the sprayer from the tractor, arranged on an interface side with the tractor, and which, during use, remains closer to the tractor, ii) a sprayer device for the substance contained in the tank for phytosanitary substance to be sprayed, wherein the said auxiliary or rinsing tank is situated on the said interface side with the tractor, characterized in that said auxiliary or rinsing tank is situated, during use, between the tractor cab and the main tank, and in that the auxiliary or rinsing tank is mounted above the connecting device. 1. a main tank for the phytosanitary substance or fertiliser to be sprayed, 2. an auxiliary or rinsing tank for cleaning the main tank, 3. a tank support chassis, intended to be suspended from the tractor, which chassis comprises: i) a connecting device for suspending the sprayer from the tractor, arranged on an interface side with the tractor, and which, during use, remains closer to the tractor, ii) a sprayer device for the substance contained in the tank for phytosanitary substance to be sprayed, wherein the said auxiliary or rinsing tank is situated on the said interface side with the tractor, characterized in that said auxiliary or rinsing tank is situated, during use, between the tractor cab and the main tank, and in that the auxiliary or rinsing tank is mounted above the connecting device. i) a connecting device for suspending the sprayer from the tractor, arranged on an interface side with the tractor, and which, during use, remains closer to the tractor, ii) a sprayer device for the substance contained in the tank for phytosanitary substance to be sprayed,
A process for phosphorylating a complex alcohol, comprising the steps of: (a) mixing the complex alcohol and P 4 O 10 under conditions whereby an exothermic reaction commences and heat generated by the exothermic reaction causes the temperature of the reaction mixture to rise without external heating; (b) allowing the reaction mixture of step (a) to proceed to completion without external heating, whereupon the temperature of the reaction mixture begins to fall; (c) heating or cooling the reaction mixture of step (b) to at least 80°C; and (d) hydrolysing the reaction mixture of step (c), wherein hydrolysis is conducted for 30 to 90 minutes; wherein the complex alcohol is a cyclic complex alcohol which is carbocyclic, heterocyclic, monocyclic or polycyclic or wherein the complex alcohol is a chromanol. (a) mixing the complex alcohol and P 4 O 10 under conditions whereby an exothermic reaction commences and heat generated by the exothermic reaction causes the temperature of the reaction mixture to rise without external heating; (b) allowing the reaction mixture of step (a) to proceed to completion without external heating, whereupon the temperature of the reaction mixture begins to fall; (c) heating or cooling the reaction mixture of step (b) to at least 80°C; and (d) hydrolysing the reaction mixture of step (c), wherein hydrolysis is conducted for 30 to 90 minutes;
A sealed battery comprising: a container, which is surrounded with container side walls and partitioned into a plurality of cell chambers with a container partition and in which an electrode group including a separator is housed in each of the cell chambers; and a lid including a lid partition to be joined to the container partition, wherein the container partition includes a container-inclined portion diagonally inclined at a higher position than upper ends of the container side walls, the lid partition includes a lid-inclined portion diagonally inclined to conform to the container-inclined portion, and a guide portion for aligning a position of the container-inclined portion with the lid-inclined portion is provided to the lid-inclined portion. a container, which is surrounded with container side walls and partitioned into a plurality of cell chambers with a container partition and in which an electrode group including a separator is housed in each of the cell chambers; and a lid including a lid partition to be joined to the container partition, wherein the container partition includes a container-inclined portion diagonally inclined at a higher position than upper ends of the container side walls, the lid partition includes a lid-inclined portion diagonally inclined to conform to the container-inclined portion, and a guide portion for aligning a position of the container-inclined portion with the lid-inclined portion is provided to the lid-inclined portion.
A kit of tibial trials for use in performing an arthroplasty on a knee joint having a distal femur and a proximal tibia, the kit comprising: (a) a first tibial trial for positioning with respect to the distal femur and a first resected surface on a one of a medial or lateral tibial plateau resection of the proximal tibia, the first tibial trial at least partially simulating a first tibial implant implanted on the first resected surface of the proximal tibia; and (b) a second tibial trial for positioning with respect to the distal femur and the first resected surface on the one of the medial or lateral tibial plateau resection of the proximal tibia, the second tibial trial at least partially simulating the first tibial implant implanted on a second resected surface of the proximal tibia, wherein the second resected surface is different to the first resected surface; characterised in that the first tibial trial has a different posterior slope angle than the second tibial trial. (a) a first tibial trial for positioning with respect to the distal femur and a first resected surface on a one of a medial or lateral tibial plateau resection of the proximal tibia, the first tibial trial at least partially simulating a first tibial implant implanted on the first resected surface of the proximal tibia; and (b) a second tibial trial for positioning with respect to the distal femur and the first resected surface on the one of the medial or lateral tibial plateau resection of the proximal tibia, the second tibial trial at least partially simulating the first tibial implant implanted on a second resected surface of the proximal tibia, wherein the second resected surface is different to the first resected surface;
A white light source for emitting a white light, comprising: a light emitting diode having a light emission peak wavelength of 350 to 490 nm; and a phosphor that emits visible light upon excitation by a light emitted from the light emitting diode; wherein a maximum peak intensity of the light emission spectrum of the white light source is within a range of 491 to 780 nm; wherein, with respect to the light emission spectrum of the white light source and a light emission spectrum of black-body radiation having a same color temperature as that of the white light source, in a case where both light emission spectrums are compared in a case in which visual luminances are made identical, a maximum light emission intensity of a light emission spectrum of a violet to blue region (380 to 490 nm) of the white light source is an intensity that is less than or equal to 1.5 times a light emission intensity of the black-body radiation spectrum of a same wavelength as a wavelength that exhibits the maximum light emission intensity; and wherein, with respect to an arbitrary local maximum value of light-emission intensity between 350 and 780 nm of a light emission spectrum of the white light source, a ratio of a local minimum value of light-emission intensity that is closest on a long wavelength side to the local maximum value is such that, when the local maximum value is taken as 1, the local minimum value is 0.5 or more.