mhurhangee/ep-ind-claims huggingface dataset:
Cooling equipment comprising a cooling cell and a cooling system, which form a unitary transportable cooling unit, the cooling system comprising a refrigeration circuit, in which a refrigerant compressor, a high-pressure side heat exchanger, an expansion unit and a low-pressure side heat exchanger are disposed, an electric compressor motor for driving the refrigerant compressor, the cooling system having a generator for feeding electric power into an internal electrical supply system of the cooling system, from which the compressor motor is fed, an internal combustion engine being provided for driving the generator, which, together with the generator, forms a unitary motor-generator unit, and a control unit for controlling a refrigerating output of the refrigeration circuit, characterized in that the refrigerating output can be controlled substantially steplessly by means of the control unit by stepless control of the rotational speed of the internal combustion engine, and in that the control unit controls the rotational speed of the internal combustion engine by means of an engine controller so that the internal combustion engine is only operated at the speed which is necessary in order to feed into the internal electrical supply system, the required electric power for the operation of the cooling system.
A device comprising: a first chip comprising a qubit; and a second chip bonded to the first chip, the second chip comprising a substrate including first and second opposing surfaces, the first surface facing the first chip, wherein the second chip comprises a single layer of superconductor material on the first surface of the substrate, the single layer of superconductor material comprising a first circuit element, a second layer on the second surface of the substrate, the second layer comprising a second circuit element, and a connector that extends from the first surface of the substrate to the second surface of the substrate and electrically connects a portion of the single layer of superconducting material to the second circuit element, wherein the device comprises a bump bond between the first chip and the single layer of superconductor material, wherein the bump bond is arranged to couple data between the qubit on the first chip and the first circuit element and wherein the single layer of superconductor material comprises a measurement readout resonator operably coupled to the qubit of the first chip through the bump bond. a first chip comprising a qubit; and a second chip bonded to the first chip, the second chip comprising a substrate including first and second opposing surfaces, the first surface facing the first chip, wherein the second chip comprises a single layer of superconductor material on the first surface of the substrate, the single layer of superconductor material comprising a first circuit element, a second layer on the second surface of the substrate, the second layer comprising a second circuit element, and a connector that extends from the first surface of the substrate to the second surface of the substrate and electrically connects a portion of the single layer of superconducting material to the second circuit element, wherein the device comprises a bump bond between the first chip and the single layer of superconductor material, wherein the bump bond is arranged to couple data between the qubit on the first chip and the first circuit element and wherein the single layer of superconductor material comprises a measurement readout resonator operably coupled to the qubit of the first chip through the bump bond. a single layer of superconductor material on the first surface of the substrate, the single layer of superconductor material comprising a first circuit element, a second layer on the second surface of the substrate, the second layer comprising a second circuit element, and a connector that extends from the first surface of the substrate to the second surface of the substrate and electrically connects a portion of the single layer of superconducting material to the second circuit element, wherein the device comprises a bump bond between the first chip and the single layer of superconductor material, wherein the bump bond is arranged to couple data between the qubit on the first chip and the first circuit element and wherein the single layer of superconductor material comprises a measurement readout resonator operably coupled to the qubit of the first chip through the bump bond.
A non-aqueous electrolyte solution for a lithium secondary battery, the non-aqueous electrolyte solution comprisinga lithium salt; an organic solvent; and an additive, wherein the additive comprises a compound represented by Formula 1: wherein, in Formula 1, R 1 to R 3 are each independently a substituted or unsubstituted alkyl group having 1 to 5 carbon atoms. wherein the additive comprises a compound represented by Formula 1: wherein, in Formula 1, R 1 to R 3 are each independently a substituted or unsubstituted alkyl group having 1 to 5 carbon atoms.
A construct that binds to phosphatidylserine, wherein said construct comprises an antibody Fc region operatively attached to two β2-glycoprotein I (β2GPI) polypeptides; wherein said β2GPI polypeptides each comprise at least an intact domain V of β2GPI, and wherein said intact domain V binds to phosphatidylserine when attached to said Fc region.
A method of calibrating a measurement scale in a scanning head using a calibration sphere, the method comprising the steps of; (i) rotating a surface sensing device mounted on the scanning head about an axis (A1,A2) of the scanning head to move the surface sensing device into a plurality of different angular orientations relative to the calibration sphere, the scanning head comprising a measurement scale that provides a measure of an angular orientation of the scanning head about the axis (A1, A2); (ii) measuring, with the surface sensing device, a plurality of points on the calibration sphere at each of the different angular orientations of step (i); (iii) determining multiple measurements of a radius or sphere centre of the calibration sphere, each measurement of the radius or sphere centre determined from the plurality of points measured at a different one of the different angular orientations; steps (ii) and (iii) carried out for multiple different positions of the scanning head around the calibration sphere; and (iv) creating an error map or function relating measurements from the measurement scale of the scanning head to angular orientations of the scanning head about the axis (A1, A2), to correct for errors associated with the measurement scale, from variations in the radius or sphere centre as a function of angular orientation of the scanning head about the axis (A1, A2). (i) rotating a surface sensing device mounted on the scanning head about an axis (A1,A2) of the scanning head to move the surface sensing device into a plurality of different angular orientations relative to the calibration sphere, the scanning head comprising a measurement scale that provides a measure of an angular orientation of the scanning head about the axis (A1, A2); (ii) measuring, with the surface sensing device, a plurality of points on the calibration sphere at each of the different angular orientations of step (i); (iii) determining multiple measurements of a radius or sphere centre of the calibration sphere, each measurement of the radius or sphere centre determined from the plurality of points measured at a different one of the different angular orientations; steps (ii) and (iii) carried out for multiple different positions of the scanning head around the calibration sphere; and (iv) creating an error map or function relating measurements from the measurement scale of the scanning head to angular orientations of the scanning head about the axis (A1, A2), to correct for errors associated with the measurement scale, from variations in the radius or sphere centre as a function of angular orientation of the scanning head about the axis (A1, A2).
A drill for implant surgery, comprising: a drill connecting part having a drill top portion formed at an upper side of the drill connecting part, a drill fixing groove formed on a lower portion of the drill top portion, and a drill connecting body formed on a lower portion of the drill fixing groove; and a drilling part, an upper portion of the drilling part being disposed on an underside of the drill connecting part and having a cylindrical shape being formed in such a manner as to become smaller in diameter toward a lower portion of the drilling part and to have a space portion formed at the inside thereof, the drilling part having a plurality of side piercing portions equally spaced apart from each other and extending along the outer periphery of the drilling part in such a manner as to be pierced into the space portion formed at the inside of the drilling part, a plurality of side bone cutting blades formed along one of the side edges of the plurality of side piercing portions, and a plurality of toothed lower bone cutting blades formed along an end periphery of a lower portion of the drilling part. a drill connecting part having a drill top portion formed at an upper side of the drill connecting part, a drill fixing groove formed on a lower portion of the drill top portion, and a drill connecting body formed on a lower portion of the drill fixing groove; and a drill top portion formed at an upper side of the drill connecting part, a drill fixing groove formed on a lower portion of the drill top portion, and a drill connecting body formed on a lower portion of the drill fixing groove; and a drilling part, an upper portion of the drilling part being disposed on an underside of the drill connecting part and having a cylindrical shape being formed in such a manner as to become smaller in diameter toward a lower portion of the drilling part and to have a space portion formed at the inside thereof, the drilling part having a plurality of side piercing portions equally spaced apart from each other and extending along the outer periphery of the drilling part in such a manner as to be pierced into the space portion formed at the inside of the drilling part, a plurality of side bone cutting blades formed along one of the side edges of the plurality of side piercing portions, and a plurality of toothed lower bone cutting blades formed along an end periphery of a lower portion of the drilling part. the drilling part having a plurality of side piercing portions equally spaced apart from each other and extending along the outer periphery of the drilling part in such a manner as to be pierced into the space portion formed at the inside of the drilling part, a plurality of side bone cutting blades formed along one of the side edges of the plurality of side piercing portions, and a plurality of toothed lower bone cutting blades formed along an end periphery of a lower portion of the drilling part.
An electric power system for a wind turbine comprising a generator (318, 714), said electric power system comprising at least one main power transformer coupled to the generator (318, 714) and to an electric utility grid, the electric power system further comprising: at least one auxiliary load bus (514, 516, 518) configured to transmit electric power to auxiliary equipment, the electric power (503, 510) having a voltage within one of a first predetermined tolerance range or a second predetermined tolerance range, the first and second predetermined tolerance ranges being within rated tolerance bands of the loads on said at least one auxiliary load bus (514, 516, 518), at least one motor-generator set coupled to said main power transformer to receive one of generated power or grid electric power, said motor-generator set being characterized in that it is configured to generate auxiliary electric power having a voltage within one of the first predetermined tolerance range or the second predetermined tolerance range, wherein grid electric power has a voltage within a predetermined voltage tolerance range that is wider than the rated voltage tolerance bands of said loads powered from the at least one auxiliary load bus (514, 516, 518), wherein the at least one auxiliary load bus (514, 516, 518) is coupled to the motor-generator set and is configured to receive electric power from the motor-generator set. at least one auxiliary load bus (514, 516, 518) configured to transmit electric power to auxiliary equipment, the electric power (503, 510) having a voltage within one of a first predetermined tolerance range or a second predetermined tolerance range, the first and second predetermined tolerance ranges being within rated tolerance bands of the loads on said at least one auxiliary load bus (514, 516, 518), at least one motor-generator set coupled to said main power transformer to receive one of generated power or grid electric power, said motor-generator set being characterized in that it is configured to generate auxiliary electric power having a voltage within one of the first predetermined tolerance range or the second predetermined tolerance range, wherein grid electric power has a voltage within a predetermined voltage tolerance range that is wider than the rated voltage tolerance bands of said loads powered from the at least one auxiliary load bus (514, 516, 518), wherein the at least one auxiliary load bus (514, 516, 518) is coupled to the motor-generator set and is configured to receive electric power from the motor-generator set.
A method of characterizing DNA in a biological sample comprising or suspected of comprising tumor-derived DNA, the method comprising: (a) isolating fragments of cell-free DNA from a biological sample; (b) constructing a cell-free DNA library comprising said fragments by direct ligation of adapters; (c) sequencing the library to about 0.1X genome- or exome-wide sequencing coverage; and (d) detecting chromosomal copy number alterations in the sequence, wherein detection of chromosomal copy number alterations indicates that at least a portion of the cell-free DNA in the sample was derived from a neoplastic cell and failure to detect such alterations indicates that the cell free DNA present in the sample is not derived from a neoplastic cell. (a) isolating fragments of cell-free DNA from a biological sample; (b) constructing a cell-free DNA library comprising said fragments by direct ligation of adapters; (c) sequencing the library to about 0.1X genome- or exome-wide sequencing coverage; and (d) detecting chromosomal copy number alterations in the sequence, wherein detection of chromosomal copy number alterations indicates that at least a portion of the cell-free DNA in the sample was derived from a neoplastic cell and failure to detect such alterations indicates that the cell free DNA present in the sample is not derived from a neoplastic cell.
A transparent conductive film comprising a transparent plastic film substrate and an indium-tin composite oxide transparent conductive film laminated on at least one surface of the transparent plastic film substrate, wherein the indium-tin composite oxide transparent conductive film is in a semi crystalline state, a value of normalized integrated intensity of a diffraction peak measured as defined in the description by X-ray diffractometry in a plane due to a crystal of the indium-tin composite oxide transparent conductive film is 4 to 25 cps·°/nm, and the transparent plastic film substrate is coated with a curable resin layer a surface of which is made into projections and recesses, and the indium-tin composite oxide transparent conductive film is formed on the projections and recesses of the curable resin layer.
A computer implemented method, comprising: receiving audio data comprising an utterance; obtaining context data that indicates one or more expected speech recognition results; determining an expected speech recognition result for the audio data based on the context data; receiving an intermediate speech recognition result generated by a speech recognition engine; comparing the intermediate speech recognition result to the expected speech recognition result for the audio data based on the context data; determining whether the intermediate speech recognition result corresponds to the expected speech recognition result for the audio data based on the context data; and setting an end of speech condition and providing a final speech recognition result in response to determining the intermediate speech recognition result matches the expected speech recognition result for the audio data based on the context data, the final speech recognition result comprising the one or more expected speech recognition results indicated by the context data, wherein a time period for the end of speech condition to receive additional audio data is dynamically adjusted in response to determining that the intermediate speech recognition result includes a partial match or no match to the expected speech recognition result for the audio data based on the context data. receiving audio data comprising an utterance; obtaining context data that indicates one or more expected speech recognition results; determining an expected speech recognition result for the audio data based on the context data; receiving an intermediate speech recognition result generated by a speech recognition engine; comparing the intermediate speech recognition result to the expected speech recognition result for the audio data based on the context data; determining whether the intermediate speech recognition result corresponds to the expected speech recognition result for the audio data based on the context data; and setting an end of speech condition and providing a final speech recognition result in response to determining the intermediate speech recognition result matches the expected speech recognition result for the audio data based on the context data, the final speech recognition result comprising the one or more expected speech recognition results indicated by the context data, wherein a time period for the end of speech condition to receive additional audio data is dynamically adjusted in response to determining that the intermediate speech recognition result includes a partial match or no match to the expected speech recognition result for the audio data based on the context data.
An assembly comprising: a double ring axial seal; a disk; a blade, wherein the double ring axial seal is for the disk and the blade, wherein the disk includes an array of blade slots at a perimeter of the disk configured to receive a root portion of the blade, the blade includes a platform located between the root portion and an airfoil extending from the platform opposite the root portion, the platform including a receiver with an overhang proximate the root portion and the platform including a hook opposite the receiver proximate the root portion, wherein a disk slot is formed on a first side of the disk proximate the array of blade slots; a first axial seal ring coupled with said disk slot and said receiver; and and a second axial seal ring inserted into said hook of said blade platform proximate the array of blade slots adjacent a disk face on a side of the disk opposite the first axial seal ring, characterized in said first axial seal ring comprising a cutout proximate an outer perimeter of said first axial seal ring, said cutout sized to receive the overhang of the blade platform, said receiver comprising a contour configured to redirect the first axial seal ring axially toward the blade and disk for axial sealing. a double ring axial seal; a disk; a blade, wherein the double ring axial seal is for the disk and the blade, wherein the disk includes an array of blade slots at a perimeter of the disk configured to receive a root portion of the blade, the blade includes a platform located between the root portion and an airfoil extending from the platform opposite the root portion, the platform including a receiver with an overhang proximate the root portion and the platform including a hook opposite the receiver proximate the root portion, wherein a disk slot is formed on a first side of the disk proximate the array of blade slots; a first axial seal ring coupled with said disk slot and said receiver; and and a second axial seal ring inserted into said hook of said blade platform proximate the array of blade slots adjacent a disk face on a side of the disk opposite the first axial seal ring, characterized in said first axial seal ring comprising a cutout proximate an outer perimeter of said first axial seal ring, said cutout sized to receive the overhang of the blade platform, said receiver comprising a contour configured to redirect the first axial seal ring axially toward the blade and disk for axial sealing.
A device for treatment of wounds using reduced pressure, said device comprising - a pump capable of providing a reduced pressure, - a reservoir connected to said pump for collecting exudate from a wound, - an inlet to the reservoir for connecting the reservoir with the wound so as to allow the pump to expose the wound to the reduced pressure, a wound pad to be arranged in the wound cavity and a sealing covering the wound and said wound pad, wherein the wound pad consist of an open-cell polyurethane foam which is fully impregnated with a soft hydrophobic silicone gel, and wherein the foam has a hardness of 1.0-6.0 kPa measured according to ISO 3386-1 at 40% compression, c h a r a c t e r i z e d in that the silicone gel is homogeneously distributed over the cross-section of the pad of open-cell foam. - a pump capable of providing a reduced pressure, - a reservoir connected to said pump for collecting exudate from a wound, - an inlet to the reservoir for connecting the reservoir with the wound so as to allow the pump to expose the wound to the reduced pressure, a wound pad to be arranged in the wound cavity and a sealing covering the wound and said wound pad, wherein the wound pad consist of an open-cell polyurethane foam which is fully impregnated with a soft hydrophobic silicone gel, and wherein the foam has a hardness of 1.0-6.0 kPa measured according to ISO 3386-1 at 40% compression, c h a r a c t e r i z e d in that the silicone gel is homogeneously distributed over the cross-section of the pad of open-cell foam.
A method for observing a sample, comprising the steps consisting of: a) providing a volume (G, V) of a substantially transparent medium having a first refractive index (n int) and having a first convex, rounded or facetted surface, and a second substantially planar surface, said first surface separating said volume from an ambient medium having a second refractive index (n ext) that is lower than said first index, the sample to be observed being constituted by said volume or disposed within it or deposited on said first surface; b) observing said sample through said second substantially planar surface; and c) determining the presence of a substance or an object in the sample by detection during said step b) of a luminous ring matched to said volume. a) providing a volume (G, V) of a substantially transparent medium having a first refractive index (n int) and having a first convex, rounded or facetted surface, and a second substantially planar surface, said first surface separating said volume from an ambient medium having a second refractive index (n ext) that is lower than said first index, the sample to be observed being constituted by said volume or disposed within it or deposited on said first surface; b) observing said sample through said second substantially planar surface; and c) determining the presence of a substance or an object in the sample by detection during said step b) of a luminous ring matched to said volume.