mhurhangee/ep-ind-claims huggingface dataset:
A system to provide a stable timing signal for a seismic data acquisition unit, comprising: the seismic data acquisition unit comprising a wireless receiver, an adjustable timing device, an environmental sensor comprising a tilt sensor, a non-volatile memory, and at least one processor, the seismic data acquisition unit configured to: receive an external time reference; determine a frequency error of the adjustable timing device over a time interval between frequency measurements, wherein the frequency error is based on a difference in time stamps between a local sample clock and the external time reference, wherein the wireless receiver provides access to the external time reference, the external time reference used by the wireless receiver to provide a precision time stamp to the local sample clock; measure, by the tilt sensor of the seismic data acquisition unit, an inclination for the seismic data acquisition unit over the time interval; store, in the non-volatile memory, a frequency compensation table comprising (i) the frequency error and (ii) the inclination measured over the time interval; and adjust, in a further time interval in which the wireless receiver is in a state in which the wireless receiver does not communicate with the external time reference, a frequency of the adjustable timing to correct for at least one frequency error using the inclination stored in the frequency compensation table. receive an external time reference; determine a frequency error of the adjustable timing device over a time interval between frequency measurements, wherein the frequency error is based on a difference in time stamps between a local sample clock and the external time reference, wherein the wireless receiver provides access to the external time reference, the external time reference used by the wireless receiver to provide a precision time stamp to the local sample clock; measure, by the tilt sensor of the seismic data acquisition unit, an inclination for the seismic data acquisition unit over the time interval; store, in the non-volatile memory, a frequency compensation table comprising (i) the frequency error and (ii) the inclination measured over the time interval; and adjust, in a further time interval in which the wireless receiver is in a state in which the wireless receiver does not communicate with the external time reference, a frequency of the adjustable timing to correct for at least one frequency error using the inclination stored in the frequency compensation table.
An image processing method comprising providing, in a device, a database comprising data derived from a plurality of frames of a video sequence, wherein the data derived from the plurality of frames contain at least one of: semantic scene descriptions, global appearance information for each of the plurality of frames, and two-dimensional local visual features and their two-dimensional position for each of the plurality of frames, organized in a structure for indexing; obtaining a live video feed from a camera of the device, the live video feed containing a camera view of a video screen showing the video sequence; extracting information from an image of the live video feed, the extracted information being adapted to index the database; performing a search in the database using the extracted information to retrieve a list of potential frames out of the plurality of frames of the video sequence; estimating an initial pose of the image with respect to one frame of the list of potential frames as a function of the extracted information and the data that is derived from the one frame and comprised by the database, the pose being a pose of the camera with respect to the video screen; iteratively estimating respective subsequent poses for subsequent images from the live video feed, wherein for each of the subsequent images the associated subsequent pose is estimated starting from a respective previously estimated pose and using said subsequent image; and augmenting the live video feed on a display of the device with virtual information based on the estimated initial pose and the subsequent poses.
A method for immunologically measuring cardiac troponin in a biological sample "in vitro", characterized by forming an immunological complex of cardiac troponin with an antibody specifically binding thereto in the presence of a divalent cation at 8 mmol/L or more.
A socket, in particular an acetabular socket for a hip endoprosthesis comprising: a socket shell configured for implantation in a pelvic bone of a patient and having an inner surface that defines an accommodating space; a socket insert coupleable with the socket shell and configured to provide a bearing for a joint head of a prosthesis stem and having an outer surface configured to be seated in the accommodating space of the socket shell; and a moveable anti-lock means provided between the socket shell and the socket insert which in a first position restrains the socket insert from seating within the accommodating space of the socket shell and which is moveable into a second position wherein the socket insert is capable of seating within the socket shell and of coupling therewith; characterised in that coupling of the socket insert with the socket shell by pushing the socket insert into the socket shell moves the anti-lock means from its first position into its second position. a socket shell configured for implantation in a pelvic bone of a patient and having an inner surface that defines an accommodating space; a socket insert coupleable with the socket shell and configured to provide a bearing for a joint head of a prosthesis stem and having an outer surface configured to be seated in the accommodating space of the socket shell; and a moveable anti-lock means provided between the socket shell and the socket insert which in a first position restrains the socket insert from seating within the accommodating space of the socket shell and which is moveable into a second position wherein the socket insert is capable of seating within the socket shell and of coupling therewith;
A liquid cartridge (30, 230) comprising: a cartridge body defining a liquid chamber (36, 236) configured to store liquid therein, the liquid chamber being configured such that an internal pressure of the liquid chamber is reduced in accordance with outflow of the liquid from the liquid chamber; a liquid-supply part configured to allow the liquid to flow out of the liquid chamber (36, 236); a deformable member defining an inner space in communication with the liquid chamber (36, 236), the deformable member being deformable such that a volume of the inner space is reduced in accordance with the reduction in the internal pressure of the liquid chamber (36, 236); and a detection member having a particular portion subject to external detection, the particular portion being movable from a first position to a second position different from the first position, the particular portion at the second position being in contact with the deformable member, the particular portion being further movable from the second position to a third position below the second position in accordance with deformation of the deformable member, characterized in that the deformable member protrudes upward relative to the cartridge body in an attached posture of the liquid cartridge. a cartridge body defining a liquid chamber (36, 236) configured to store liquid therein, the liquid chamber being configured such that an internal pressure of the liquid chamber is reduced in accordance with outflow of the liquid from the liquid chamber; a liquid-supply part configured to allow the liquid to flow out of the liquid chamber (36, 236); a deformable member defining an inner space in communication with the liquid chamber (36, 236), the deformable member being deformable such that a volume of the inner space is reduced in accordance with the reduction in the internal pressure of the liquid chamber (36, 236); and a detection member having a particular portion subject to external detection, the particular portion being movable from a first position to a second position different from the first position, the particular portion at the second position being in contact with the deformable member, the particular portion being further movable from the second position to a third position below the second position in accordance with deformation of the deformable member, characterized in that the deformable member protrudes upward relative to the cartridge body in an attached posture of the liquid cartridge.
An instrument (140, 240, 340, 440) for operating on a medullary canal for installation of a prosthetic stem component in a patient, comprising: a handle (144, 244, 344, 444) including an elongated shaft extending approximately in a negative z-direction; a first offset (148a, 448a) capable of extending in a first direction that includes an x-directional component or a negative x-directional component; a second offset (148b, 448b) extending in a second direction that includes a negative y-directional component; the handle connected to either the first or second offset; an insertion member extending from either the first offset or the second offset in an insertion member direction that includes a negative z-directional component; wherein the negative y-directional component and negative z-directional components are orthogonal to each other and orthogonal to the x-directional component and the negative x-directional component, wherein the handle and the insertion member are positioned with respect to one another in a non-planar relationship; and characterised in that one of the offsets is connected to the handle via a pivot capable of rotating relative to the handle such that one of the offsets extends in approximately an x-direction or a negative x-direction in order to configure the instrument for use with a right leg or a left leg of the patient. a handle (144, 244, 344, 444) including an elongated shaft extending approximately in a negative z-direction; a first offset (148a, 448a) capable of extending in a first direction that includes an x-directional component or a negative x-directional component; a second offset (148b, 448b) extending in a second direction that includes a negative y-directional component; the handle connected to either the first or second offset; an insertion member extending from either the first offset or the second offset in an insertion member direction that includes a negative z-directional component; wherein the negative y-directional component and negative z-directional components are orthogonal to each other and orthogonal to the x-directional component and the negative x-directional component, wherein the handle and the insertion member are positioned with respect to one another in a non-planar relationship; and characterised in that one of the offsets is connected to the handle via a pivot capable of rotating relative to the handle such that one of the offsets extends in approximately an x-direction or a negative x-direction in order to configure the instrument for use with a right leg or a left leg of the patient.
A method for operating a primary station comprising means for communicating with a plurality of secondary stations (110a-d), the method comprising the primary station transmitting to a secondary station (110a-d) a first subset of reference symbols selected out a set of possible reference symbols, the reference symbols of the first subset being associated with a spatial channel, wherein a transmission characteristic of the first subset of reference symbols depends on the spatial channel, characterized in that the first subset of reference symbols is mutually orthogonal with at least one other subset of reference symbols transmitted to the secondary station (110a-d) or a further secondary station, and wherein the at least one other subset of reference symbols is obtained by inverting every other group of N symbols of the complex conjugate of the first subset of reference symbols, and wherein the inversion is achieved by multiplying the complex conjugate by a sequence of symbols successively alternating between a value of 1 and a value of-1.
A gas compression system having a compressor with a compressing mechanism comprising an impeller, a motor connected to the compressor to drive the compressing mechanism, a housing enclosing the compressor and the motor, and a suction assembly for receiving uncompressed gas from a gas source and conveying the uncompressed gas to the compressor, the suction assembly comprising: - a suction pipe in fluid communication with the gas source; means for creating a pressure reduction in the uncompressed gas from the gas source; the means for creating a pressure reduction being in fluid communication with the suction pipe; the means for creating a pressure reduction being a converging nozzle receiving uncompressed gas from the suction pipe, and providing the uncompressed gas to a compressor inlet, an annular wall of the converging nozzle having a converging portion accelerating flow of uncompressed gas to the compressor inlet; an annular gap 118, extending around the converging nozzle, spacing the converging nozzle from the impeller wherein, the housing comprises an inlet opening in fluid communication with the gas source, the converging nozzle drawing uncompressed gas from the gas source through the housing to cool the motor and returning the uncompressed gas to the compressor inlet through at least one aperture and the at least one aperture providing fluid communication from the outlet opening in the housing to the impeller of the compressor through the annular wall of the converging nozzle; characterized in that, the at least one aperture is disposed in the wall of the converging portion of the converging nozzle and the annular gap being at least partially closed off by an annular wall 118(b). - a suction pipe in fluid communication with the gas source; means for creating a pressure reduction in the uncompressed gas from the gas source; the means for creating a pressure reduction being in fluid communication with the suction pipe; the means for creating a pressure reduction being a converging nozzle receiving uncompressed gas from the suction pipe, and providing the uncompressed gas to a compressor inlet, an annular wall of the converging nozzle having a converging portion accelerating flow of uncompressed gas to the compressor inlet; an annular gap 118, extending around the converging nozzle, spacing the converging nozzle from the impeller
A battery module, comprising: a battery, comprising a top cover; a wire harness board, disposed on an outer side of the top of the top cover, wherein the wire harness board comprises a body and a mounting portion disposed at the body; and a temperature sensing assembly, mounted at the mounting portion; characterized in that: the battery module comprises a circuit board, connected to the wire harness board; and the mounting portion comprises an elastic part, the elastic part is configured that when the elastic part is not mounted, a surface of one side of the elastic part facing toward the circuit board is slightly higher than the surface of the body to enable the circuit board to press the elastic part so as to allow the temperature sensing assembly to be pressed by the circuit board closely against the top cover. a battery, comprising a top cover; a wire harness board, disposed on an outer side of the top of the top cover, wherein the wire harness board comprises a body and a mounting portion disposed at the body; and a temperature sensing assembly, mounted at the mounting portion; characterized in that: the battery module comprises a circuit board, connected to the wire harness board; and the mounting portion comprises an elastic part, the elastic part is configured that when the elastic part is not mounted, a surface of one side of the elastic part facing toward the circuit board is slightly higher than the surface of the body to enable the circuit board to press the elastic part so as to allow the temperature sensing assembly to be pressed by the circuit board closely against the top cover. the battery module comprises a circuit board, connected to the wire harness board; and the mounting portion comprises an elastic part, the elastic part is configured that when the elastic part is not mounted, a surface of one side of the elastic part facing toward the circuit board is slightly higher than the surface of the body to enable the circuit board to press the elastic part so as to allow the temperature sensing assembly to be pressed by the circuit board closely against the top cover.
A Na/K-ATPase ligand, comprising at least one hydroxyl xanthone derivative having the structure: Wherein R 1 = R 2 = R 6 = R 7 = R 8 = H, and R 3 = R 4 = R 5 = OH, namely 3,4,5-trihydroxyxanthone; or R 1 = R 2 = R 7 = R 8 = H, and R 3 = R 4 = R 5 = R 6 = OH, namely 3,4,5,6-tetrahydroxyxanthone, for use in the treatment of cardiac hypertrophy, tissue fibrosis and/or congestive heart failure.
Dough dividing device - with a housing, - with a dough feed chamber for feeding dough, - with a dough delivery chamber, which is arranged downstream of the feed chamber and is delivery communication with this, - with a dough delivery piston, which is arranged in a displaceably driven manner inside the delivery chamber for delivering dough, - with at least one dough measuring chamber, which is arranged downstream of the dough delivery chamber, - wherein in an extended delivery position of the delivery piston its end-side piston face is arranged in a passage chamber between the delivery chamber and the measuring chamber, wherein the passage chamber is delimited by a wall which extends circumferentially around the piston face, characterised by - at least one degassing channel, for degassing the measuring chamber, which in the delivery position of the delivery piston is arranged between the piston face and the passage-chamber wall and creates a gas connection between the measuring chamber and a surrounding area. - with a housing, - with a dough feed chamber for feeding dough, - with a dough delivery chamber, which is arranged downstream of the feed chamber and is delivery communication with this, - with a dough delivery piston, which is arranged in a displaceably driven manner inside the delivery chamber for delivering dough, - with at least one dough measuring chamber, which is arranged downstream of the dough delivery chamber, - wherein in an extended delivery position of the delivery piston its end-side piston face is arranged in a passage chamber between the delivery chamber and the measuring chamber, wherein the passage chamber is delimited by a wall which extends circumferentially around the piston face, - at least one degassing channel, for degassing the measuring chamber, which in the delivery position of the delivery piston is arranged between the piston face and the passage-chamber wall and creates a gas connection between the measuring chamber and a surrounding area.
A nutritional composition comprising carbohydrates, protein and lipid, wherein the lipid is present in the form of lipid globules, wherein a. the fatty acid composition of the lipid comprises linoleic acid and alpha-linolenic acid in a weight ratio of 2 to 10, b. the fatty acid composition of the lipid comprises at least 10 wt.% palmitic acid based on total fatty acids, and at least 30 wt.% of the palmitic acid is esterified to the sn-2 position of a triglyceride based on total palmitic acid, c. the lipid globules have a volume mode diameter of 1.0 μm or above, and wherein the nutritional composition is not human milk and wherein less than 5 volume % of the lipid globules has a diameter above 12 μm. a. the fatty acid composition of the lipid comprises linoleic acid and alpha-linolenic acid in a weight ratio of 2 to 10, b. the fatty acid composition of the lipid comprises at least 10 wt.% palmitic acid based on total fatty acids, and at least 30 wt.% of the palmitic acid is esterified to the sn-2 position of a triglyceride based on total palmitic acid, c. the lipid globules have a volume mode diameter of 1.0 μm or above,
A method comprising: selectively grounding a switchable (644, 647, 654, 657, 664, 667) bypass capacitance (642, 646, 652, 656, 662, 666) associated with a shared power distribution network (636, 638) based on a selected operating mode; and selectively enabling one of a first and second amplification paths of an amplifier circuit while disabling the other of the first and second amplification paths, the amplifier circuit associated with the shared power distribution network, the enabled one of the first and second amplification paths generating an output signal based on the selected operating mode, the selectively grounded switchable bypass capacitance corresponding to the disabled one of the first and second amplification paths. selectively grounding a switchable (644, 647, 654, 657, 664, 667) bypass capacitance (642, 646, 652, 656, 662, 666) associated with a shared power distribution network (636, 638) based on a selected operating mode; and selectively enabling one of a first and second amplification paths of an amplifier circuit while disabling the other of the first and second amplification paths, the amplifier circuit associated with the shared power distribution network, the enabled one of the first and second amplification paths generating an output signal based on the selected operating mode, the selectively grounded switchable bypass capacitance corresponding to the disabled one of the first and second amplification paths.
Process for the preparation of a purified acid composition comprising 2,5-furandicarboxylic acid, comprising a) providing an acid composition solution of a crude acid composition in a polar solvent, the crude acid composition comprising 2,5-furandicarboxylic acid (FDCA) and 2-formyl-furan-5-carboxylic acid (FFCA); b) contacting the acid composition solution with hydrogen in the presence of a hydrogenation catalyst to hydrogenate FFCA to hydrogenation products, such that the hydrogenation products contain up to a minor amount of 2-methyl-furan-5-carboxylic acid, that is less than 50 mass% of the FFCA present in the crude acid composition is converted to MFA, yielding a hydrogenated solution; c) separating at least a portion of the FDCA from the hydrogenated solution by crystallization, wherein the acid composition solution is contacted with hydrogen at a temperature in the range of 150 to 200 °C and a contact time with the hydrogenation catalyst in the range of 5 seconds to 10 min. a) providing an acid composition solution of a crude acid composition in a polar solvent, the crude acid composition comprising 2,5-furandicarboxylic acid (FDCA) and 2-formyl-furan-5-carboxylic acid (FFCA); b) contacting the acid composition solution with hydrogen in the presence of a hydrogenation catalyst to hydrogenate FFCA to hydrogenation products, such that the hydrogenation products contain up to a minor amount of 2-methyl-furan-5-carboxylic acid, that is less than 50 mass% of the FFCA present in the crude acid composition is converted to MFA, yielding a hydrogenated solution; c) separating at least a portion of the FDCA from the hydrogenated solution by crystallization,
A low-dielectric phosphorous phenolic hardener of formula: wherein n represents the average value from 0 to 2; m represents the average value from 0 to 1; y represents the average value from 0 to 2; and x represents the average value from 0 to 10; and wherein a phosphorous content of the low-dielectric phosphorous phenolic hardener is 8.95% and a nitrogen content of the low-dielectric phosphorus phenolic hardener is 1 %.