mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: supplying a combustion chamber of an abatement apparatus with an effluent stream containing a perfluoro compound, together with combustion reagents and a diluent; heating a combustion zone of said combustion chamber by reacting said combustion reagents to perform abatement of said perfluoro compound to stable by-products, said diluent being selected to remain inert during said abatement and characterised in that said diluent comprises a mixture of a noble gas and carbon dioxide, preferably a mixture of argon and carbon dioxide. supplying a combustion chamber of an abatement apparatus with an effluent stream containing a perfluoro compound, together with combustion reagents and a diluent; heating a combustion zone of said combustion chamber by reacting said combustion reagents to perform abatement of said perfluoro compound to stable by-products, said diluent being selected to remain inert during said abatement and characterised in that said diluent comprises a mixture of a noble gas and carbon dioxide, preferably a mixture of argon and carbon dioxide.
An electrochemical cell system comprising: a fuel electrode; an oxidant electrode; an oxygen evolving electrode; an oxygen reduction air electrode exposed to external oxygen; an aqueous ionically conductive medium common to and contacting each of the electrodes; the fuel electrode and the oxidant electrode being operable in a discharge mode wherein the fuel electrode functions as an anode and the oxidant electrode functions as a cathode to output electrical current; the oxygen evolving electrode and the oxidant reduction air electrode being operable to generate convective flow in the aqueous ionically conductive medium by application of current therebetween wherein the oxygen evolving electrode acts as an anode to evolve oxygen to generate convective flow in the cell by oxidizing a species thereof from the aqueous ionically conductive medium and the oxidant reduction air electrode acts as a cathode to reduce oxygen, wherein the electrochemical cell system further comprises a controller configured to deliver electrical current of anodic potential to the oxygen evolving electrode and of a cathodic potential to the oxidant reduction air electrode during the discharge mode to generate the convective flow. a fuel electrode; an oxidant electrode; an oxygen evolving electrode; an oxygen reduction air electrode exposed to external oxygen; an aqueous ionically conductive medium common to and contacting each of the electrodes; the fuel electrode and the oxidant electrode being operable in a discharge mode wherein the fuel electrode functions as an anode and the oxidant electrode functions as a cathode to output electrical current; the oxygen evolving electrode and the oxidant reduction air electrode being operable to generate convective flow in the aqueous ionically conductive medium by application of current therebetween wherein the oxygen evolving electrode acts as an anode to evolve oxygen to generate convective flow in the cell by oxidizing a species thereof from the aqueous ionically conductive medium and the oxidant reduction air electrode acts as a cathode to reduce oxygen, wherein the electrochemical cell system further comprises a controller configured to deliver electrical current of anodic potential to the oxygen evolving electrode and of a cathodic potential to the oxidant reduction air electrode during the discharge mode to generate the convective flow.
A motor driven compressor comprising rotating components, stationary components and a control system, the control system comprising: sensing elements; a controller coupled to the sensing elements, wherein the controller is configured to determine whether an actual speed of the MDC sensed by the sensing elements is below a predicted minimum speed for a first period of time and configured to: shut down and then restart the MDC, and detect if the restart of the MDC is successful from the detection of an MDC underspeed condition, and characterized in that: said sensing elements are disposed on at least one of the rotating components and at least one of the stationary components to sense said actual speed of the MDC. sensing elements; a controller coupled to the sensing elements, wherein the controller is configured to determine whether an actual speed of the MDC sensed by the sensing elements is below a predicted minimum speed for a first period of time and configured to: shut down and then restart the MDC, and detect if the restart of the MDC is successful from the detection of an MDC underspeed condition, and characterized in that: said sensing elements are disposed on at least one of the rotating components and at least one of the stationary components to sense said actual speed of the MDC. shut down and then restart the MDC, and detect if the restart of the MDC is successful from the detection of an MDC underspeed condition, and characterized in that: said sensing elements are disposed on at least one of the rotating components and at least one of the stationary components to sense said actual speed of the MDC.
A call registration device for an elevator, comprising: a storage part which stores a plurality of vocabularies concerning the call registration of elevator; and a recognition part which compares the vocabulary corresponding to a voice inputted to a microphone (8a, 8b) provided in a car or a hall of the elevator with the plurality of vocabularies concerning the call registration to recognize the voice, characterised in that, in the case where the recognition result of the voice becomes invalid, and the voice inputted again to the microphone (8a, 8b) is recognized again, the recognition part excludes the vocabulary corresponding to the recognition result which has become invalid from the plurality of vocabularies concerning the call registration at the time when being compared with the vocabulary corresponding to the voice inputted again to the microphone (8a, 8b). a storage part which stores a plurality of vocabularies concerning the call registration of elevator; and a recognition part which compares the vocabulary corresponding to a voice inputted to a microphone (8a, 8b) provided in a car or a hall of the elevator with the plurality of vocabularies concerning the call registration to recognize the voice, characterised in that, in the case where the recognition result of the voice becomes invalid, and the voice inputted again to the microphone (8a, 8b) is recognized again, the recognition part excludes the vocabulary corresponding to the recognition result which has become invalid from the plurality of vocabularies concerning the call registration at the time when being compared with the vocabulary corresponding to the voice inputted again to the microphone (8a, 8b).
Filling machine for filling a pasty mass, in particular for the production of sausages with - a vane cell pump for conveying said pasty mass, - a vacuum pump for generating negative pressure in the vane cells of said vane cell pump, where said vane cell pump is in communication with said vacuum pump via a collection container for pasty mass that is dragged along, characterized by an inspection opening which is via a channel in communication with said collection container for inspecting said channel and/or said collection container. - a vane cell pump for conveying said pasty mass, - a vacuum pump for generating negative pressure in the vane cells of said vane cell pump,
A method implemented in a color management module of a target display environment for processing and rendering image data on a target display of the target display environment through metadata, said method comprising: receiving the image data extracted from a video signal; receiving the metadata accompanying the video signal, wherein a subset of the metadata is colocated temporally and spatially with the video signal that is intended to be rendered at a given time; and if a first level of metadata included in the subset of metadata is present, generating color management algorithm parameters according to the first level of metadata for color grading the image data to be displayed on the target display, wherein the first level of metadata provides information about a reference display used to grade the image data; wherein the first level of metadata includes: a. a white point and a black point of the reference display each provided as CIE x,y chromaticity coordinates, b. primaries of the reference display provided as CIE x,y chromaticity coordinates, and c. a maximum luminance level of the reference display. receiving the image data extracted from a video signal; receiving the metadata accompanying the video signal, wherein a subset of the metadata is colocated temporally and spatially with the video signal that is intended to be rendered at a given time; and if a first level of metadata included in the subset of metadata is present, generating color management algorithm parameters according to the first level of metadata for color grading the image data to be displayed on the target display, wherein the first level of metadata provides information about a reference display used to grade the image data; wherein the first level of metadata includes: a. a white point and a black point of the reference display each provided as CIE x,y chromaticity coordinates, b. primaries of the reference display provided as CIE x,y chromaticity coordinates, and c. a maximum luminance level of the reference display. a. a white point and a black point of the reference display each provided as CIE x,y chromaticity coordinates, b. primaries of the reference display provided as CIE x,y chromaticity coordinates, and c. a maximum luminance level of the reference display.
A system for closing an opening through a surface of a tissue site, the system comprising: a sealing member adapted to cover the opening to form a sealed space; a negative-pressure source adapted to be fluidly coupled to the sealed space to provide negative pressure to the sealed space; a protective layer adapted to be positioned over the opening; and a contracting layer adapted to be positioned adjacent the protective layer, between the protective layer and the sealing member, the contracting layer formed from a material having a plurality of holes extending through the contracting layer to form a void space, the holes having a perforation shape factor and a strut angle causing the plurality of holes to collapse in a direction substantially perpendicular to the opening, wherein the contracting layer generates a closing force substantially parallel to the surface of the tissue site to close the opening in response to application of the negative pressure, and wherein the perforation shape factor is a ratio of a first line segment to a second line segment, the first line segment extending from a center of the hole to a perimeter of the hole in a direction parallel to an orientation line perpendicular to the opening and the second line segment extending from a center of the hole to a perimeter of the hole oriented in a direction parallel to an orientation line oriented parallel to the opening, and the strut angle is an angle between a line connecting centers of holes in adjacent rows and the orientation line. a sealing member adapted to cover the opening to form a sealed space; a negative-pressure source adapted to be fluidly coupled to the sealed space to provide negative pressure to the sealed space; a protective layer adapted to be positioned over the opening; and a contracting layer adapted to be positioned adjacent the protective layer, between the protective layer and the sealing member, the contracting layer formed from a material having a plurality of holes extending through the contracting layer to form a void space, the holes having a perforation shape factor and a strut angle causing the plurality of holes to collapse in a direction substantially perpendicular to the opening, wherein the contracting layer generates a closing force substantially parallel to the surface of the tissue site to close the opening in response to application of the negative pressure, and wherein the perforation shape factor is a ratio of a first line segment to a second line segment, the first line segment extending from a center of the hole to a perimeter of the hole in a direction parallel to an orientation line perpendicular to the opening and the second line segment extending from a center of the hole to a perimeter of the hole oriented in a direction parallel to an orientation line oriented parallel to the opening, and the strut angle is an angle between a line connecting centers of holes in adjacent rows and the orientation line.
A method of sequencing a double stranded nucleic acid template, comprising: (a) providing a construct in which the two strands of the double stranded nucleic acid template are covalently linked via an adaptor, wherein the adaptor comprises a region of double stranded nucleic acid which is formed by hybridization between two separate regions of a single stranded nucleic acid and comprises a hairpin loop; (b) denaturing the construct to form a single stranded construct; (c) contacting the construct with a transmembrane pore and a nucleic acid handling enzyme so that the enzyme provides controlled and stepwise translocation of the construct through the pore and a proportion of the nucleotides in the construct interacts with the pore; and (d) measuring the current passing through the pore during each interaction and thereby determining the sequence of the double stranded nucleic acid template. (a) providing a construct in which the two strands of the double stranded nucleic acid template are covalently linked via an adaptor, wherein the adaptor comprises a region of double stranded nucleic acid which is formed by hybridization between two separate regions of a single stranded nucleic acid and comprises a hairpin loop; (b) denaturing the construct to form a single stranded construct; (c) contacting the construct with a transmembrane pore and a nucleic acid handling enzyme so that the enzyme provides controlled and stepwise translocation of the construct through the pore and a proportion of the nucleotides in the construct interacts with the pore; and (d) measuring the current passing through the pore during each interaction and thereby determining the sequence of the double stranded nucleic acid template.
A composite durable airplane cabin structure, wherein said structure is configured to be positioned in a central part of an airplane fuselage and forms a cabin segment for a crew and passengers, whereby a passenger bench is arranged in the cabin segment, characterized in that the cabin segment constitutes a spatial frame formed by mutually coupled elements of the passenger bench, said elements comprising a backrest framing, a seat framing, an armrest framing, and complementary elements, said spatial frame stiffening the airplane cabin.
A measuring instrument comprising a display on which measurements are displayed, wherein the display is provided by an organic electroluminescent display device comprising an assembly of organic electroluminescence devices or an electronic paper, wherein the measuring instrument comprises a body, the body having a front side and a rear side, a movable member movable relative to the body and adapted to measure a dimension of an object to be measured based on a displacement of the movable member, and a display controller adapted to display the displacement of the movable member on the display, and wherein the display comprises a flexible display sheet being adapted to be wound to be housed within the body and to be drawn out of the body, wherein the display sheet is adapted to be drawn out from the front side of the body and to be fixed to the back side of the body, and wherein the display sheet is adapted to display identical measurements on the front side of the body and on the back side of the body.
An infusion set cannula comprising: a resiliently deformable hub portion configured to be engaged with a base (20, 60, 90) of an infusion set (10, 50, 80), a stem portion extending from the hub portion, wherein the hub portion and the stem portion are integrally formed, and characterised in that the hub portion defines a sealing area and a contour, wherein the contour allows the sealing area to flex and conform to a sealing surface of a connector (30, 70, 100) of the infusion set. a resiliently deformable hub portion configured to be engaged with a base (20, 60, 90) of an infusion set (10, 50, 80), a stem portion extending from the hub portion, wherein the hub portion and the stem portion are integrally formed, and characterised in that the hub portion defines a sealing area and a contour, wherein the contour allows the sealing area to flex and conform to a sealing surface of a connector (30, 70, 100) of the infusion set.
An electronic mirror system for use in a vehicle for displaying rear view images representing a respective scene behind the vehicle, the system comprising: a housing, a first image display device for displaying a right rear view image of the vehicle captured by at least one camera, a first see-through element configured to display the right rear view image to a driver of the vehicle, a first optical folded pathway transmitting light from the first image display device to the first see-through element, a second image display device for displaying a left rear view image of the vehicle captured by at least one camera, a second see-through element configured to display the left rear view image to the driver of the vehicle, a second optical folded pathway transmitting light from the second image display device to the second see-through element, characterised in that the first and second optical folded pathways (23, 33) are arranged in an interleaving arrangement in a common optical folding space of the housing. a housing, a first image display device for displaying a right rear view image of the vehicle captured by at least one camera, a first see-through element configured to display the right rear view image to a driver of the vehicle, a first optical folded pathway transmitting light from the first image display device to the first see-through element, a second image display device for displaying a left rear view image of the vehicle captured by at least one camera, a second see-through element configured to display the left rear view image to the driver of the vehicle, a second optical folded pathway transmitting light from the second image display device to the second see-through element, characterised in that the first and second optical folded pathways (23, 33) are arranged in an interleaving arrangement in a common optical folding space of the housing.
A method for manufacturing a motor vehicle roof incorporating a glazing, in which at least one opacifying layer of ink(s), in particular at least one layer of colored ink(s), is applied by digital printing, in particular by inkjet, over at least 40% of the surface of one of the faces of at least one glass sheet, such that the composition of said ink(s) comprises at least one glass frit, and where applicable one or more inorganic pigment(s), with a D90 value for the particle size distribution of less than 2 μm, and such that said ink(s) have a viscosity of between 1 and 50 mPa.s, said ink(s) further comprising a non-stick agent and/or a non-stick component and/or at least one non-stick agent and/or at least one non-stick layer being further applied to at least one layer of ink(s) and/or to at least one glass sheet.
A method for determining or monitoring the state of a progressive cavity pump which has a stator and a rotor which is rotating in the stator with a pump frequency, wherein the time curve of an operating parameter of the pump is provided, which operating parameter pulses periodically with the pump frequency or a multiple of the pump frequency and the pulsation amplitude of the operating parameter depends on the state of the progressive cavity pump, wherein the pulsation amplitude is ascertained and the state of the progressive cavity pump is determined by comparing the pulsation amplitude with one or more comparison values, wherein the state that is determined or monitored is a state of wear of the progressive cavity pump, wherein the operating pressure is provided as operating parameter by a measurement on the pressure side of the stator and the pulsation amplitude of the pressure pulsation is ascertained, wherein the pulsation amplitude of the pressure pulsation depends on the state of wear of the stator and/or the rotor. wherein the time curve of an operating parameter of the pump is provided, which operating parameter pulses periodically with the pump frequency or a multiple of the pump frequency and the pulsation amplitude of the operating parameter depends on the state of the progressive cavity pump, wherein the pulsation amplitude is ascertained and the state of the progressive cavity pump is determined by comparing the pulsation amplitude with one or more comparison values, wherein the state that is determined or monitored is a state of wear of the progressive cavity pump, wherein the operating pressure is provided as operating parameter by a measurement on the pressure side of the stator and the pulsation amplitude of the pressure pulsation is ascertained, wherein the pulsation amplitude of the pressure pulsation depends on the state of wear of the stator and/or the rotor.
Method for producing a protein C1q, or a variant of the protein C1q, by recombinant means, wherein the protein is recovered from an in vitro culture of cells expressing a subunit C1qA or a variant of the subunit C1qA, a subunit C1qB or a variant of the subunit C1qB, and a subunit C1qC, or a variant of the subunit C1qC, and of which at least one of the subunits, or at least one of the subunit variants, furthermore carries at the N-terminal or C-terminal end, an additional sequence of amino acids of at least 6 residues of which at least 40 % are glutamic acid and/or aspartic acid residues, wherein a variant of a subunit has a sequence of amino acids which presents at least 70 % identity with the sequence of the subunit, from which it derives and which makes it possible for the formation of a C1q variant.
A gas turbine engine component, comprising: an airfoil that includes a pressure sidewall and a suction sidewall that meet together at both a leading edge and a trailing edge, said airfoil extending to a tip; a tip pocket formed in said tip and terminating prior to said trailing edge; and a heat transfer augmentation device formed in said tip pocket; wherein said tip pocket terminates near a mid-span of said airfoil relative to the leading and trailing edges (66,68), and said heat transfer augmentation device includes a ramp, characterized in that: said ramp divides a floor of said tip pocket into radially offset floor portions (693,695); and the component further comprises a plurality of cooling holes that fluidly connect said tip pocket to at least one internal cooling cavity formed inside said airfoil. an airfoil that includes a pressure sidewall and a suction sidewall that meet together at both a leading edge and a trailing edge, said airfoil extending to a tip; a tip pocket formed in said tip and terminating prior to said trailing edge; and a heat transfer augmentation device formed in said tip pocket; wherein said tip pocket terminates near a mid-span of said airfoil relative to the leading and trailing edges (66,68), and said heat transfer augmentation device includes a ramp, characterized in that: said ramp divides a floor of said tip pocket into radially offset floor portions (693,695); and the component further comprises a plurality of cooling holes that fluidly connect said tip pocket to at least one internal cooling cavity formed inside said airfoil.