mhurhangee/ep-ind-claims huggingface dataset:
A method for lubricating the passage of a container along a conveyor, comprising applying an undiluted lubricant composition to at least a portion of the container-contacting surface of the conveyor or to at least a portion of the conveyor-contacting surface of the container, the lubricant composition comprising: a. from 0.05 to 20 wt.% phosphate ester; b. from 0.1 to 10 wt. % of a water-miscible silicone material; and c. from 70 to 99.9 wt. % water. a. from 0.05 to 20 wt.% phosphate ester; b. from 0.1 to 10 wt. % of a water-miscible silicone material; and c. from 70 to 99.9 wt. % water.
A method for amplifying a nucleic acid, comprising the steps of: (a) ligating a double-stranded adapter that contains adapter DNA strands capable of forming a folded structure to a double-stranded DNA that contains a target DNA sequence to prepare a cyclic DNA template composed of nick-containing double-stranded DNA; and (b) performing a 3' end elongation reaction from the nick as an origin using a strand-displacement DNA polymerase, thereby producing a concatemer in which a plurality of the target DNA sequences and the adapter DNA strands capable of forming the folded structure are linked in series as a single-stranded DNA, wherein no primers other than said adaptor are used in the method, wherein the concatemer has a folded shape due to the folded structure, wherein the double-stranded adapter has an adapter DNA strand that has a first DNA sequence, a second DNA sequence, and a third DNA sequence, wherein the first and the third DNA sequences are capable of forming a folded structure, and the adapter DNA strand and an adapter DNA strand complementary thereto are bound to form a double-strand, wherein the double-stranded adapter contains a first adapter DNA strand and a second adapter DNA strand complementary to the first adapter DNA strand, and both the first adapter DNA strand and the second adapter DNA strand have a sequence that contain a nick or is capable of generating a nick. (a) ligating a double-stranded adapter that contains adapter DNA strands capable of forming a folded structure to a double-stranded DNA that contains a target DNA sequence to prepare a cyclic DNA template composed of nick-containing double-stranded DNA; and (b) performing a 3' end elongation reaction from the nick as an origin using a strand-displacement DNA polymerase, thereby producing a concatemer in which a plurality of the target DNA sequences and the adapter DNA strands capable of forming the folded structure are linked in series as a single-stranded DNA, wherein no primers other than said adaptor are used in the method,
Refrigerant compressor, comprising a compressor housing, at least one cylinder chamber arranged in a crankcase of the compressor housing, a piston movable in the cylinder chamber in an oscillating manner, a valve plate closing the cylinder chambers at the top, a suction chamber connected to the inlet side of the cylinder chamber and arranged in a cylinder head engaging over the valve plate in a bell shape, refrigerant entering the cylinder chamber from said suction chamber, a pressure chamber connected to the outlet side of the cylinder chamber and arranged in the cylinder head, refrigerant compressed in the cylinder chamber entering said pressure chamber, an outlet channel and a damping channel, the compressed refrigerant flowing via said damping channel from the pressure chamber into the outlet channel, wherein an inlet opening of the damping channel opens into the pressure chamber with a jump in cross section and an outlet opening of the damping channel opens into the outlet channel with a jump in cross section, wherein the outlet channel is integrally formed in the crankcase and the damping channel passes through the valve plate, characterized in that the damping channel has a length calculated on the basis that in the case of the most frequent pulsation frequency a reflection is intended to occur at the open end such that the returning wave extinguishes the incoming wave.
Rubber composition comprising at least one diene elastomer, a reinforcing filler and a crosslinking system, characterized in that the reinforcing filler comprises a carbon black having the following characteristics: - STSA of 140 to 180 m 2 /g - COAN of 0.90 to 1.30 ml/g - Dst of 40 to 80 nm - ΔD50/Dst less than or equal to 0.7 - ΔD10/Dst less than or equal to 1.4 - (D90-D10)/D50 less than or equal to 0.8, the STSA specific surface area being determined according to standard ASTM D-6556, the COAN number being determined according to standard ISO 4656/2012 and Dst, ΔD50, ΔD10, D90, D10 and D50 characteristics being determined according to page 3, line 30 to page 6, line 20. - STSA of 140 to 180 m 2 /g - COAN of 0.90 to 1.30 ml/g - Dst of 40 to 80 nm - ΔD50/Dst less than or equal to 0.7 - ΔD10/Dst less than or equal to 1.4 - (D90-D10)/D50 less than or equal to 0.8,
A door leaf of a door in a building, the door leaf comprising a skeleton having vertical and horizontal skeleton parts, on a first side of which skeleton there is arranged a first cover plate, the first cover plate having a two-layer structure and comprising a first, metallic front cover plate arranged away from the skeleton, characterized in that the the first cover plate further comprises a first composite plate, arranged on the rear side of said front cover plate and made of a material mixture containing thermoplastic material and filling material of plant origin.
(amended) A system which resides in a UAV and which interfaces with both the communications system of the UAV and the UAV's software and hardware resources and which can execute firmware which: a. obtains a serial number or unique identifier of hardware and software on the UAV, and b. creates a hash code combination of such unique identifiers, and c. further encrypts the hash code, and d. transmits the encrypted hash code over a wired or wireless communications system to another computer which maintains a table of the certified codes of each UAV which results in said computer verifying the authenticity of the specific UAV (or not), and e. where the computer then determines whether a specific UAV's hardware or software has been changed since the UAV was last certified; f. wherein the system carries out a hardware and software integrity check during the flight of the UAV, and g. wherein when the integrity check fails verification during the flight of the UAV, the system operates the UAV to land the UAV at a designated location, or to revert to manual control to control the UAV. a. obtains a serial number or unique identifier of hardware and software on the UAV, and b. creates a hash code combination of such unique identifiers, and c. further encrypts the hash code, and d. transmits the encrypted hash code over a wired or wireless communications system to another computer which maintains a table of the certified codes of each UAV which results in said computer verifying the authenticity of the specific UAV (or not), and e. where the computer then determines whether a specific UAV's hardware or software has been changed since the UAV was last certified; f. wherein the system carries out a hardware and software integrity check during the flight of the UAV, and g. wherein when the integrity check fails verification during the flight of the UAV, the system operates the UAV to land the UAV at a designated location, or to revert to manual control to control the UAV.
Foldable self-supporting scooter comprising at least three wheels, a steering column, a footboard, a front axle for receiving at least one front wheel, a rear suspension for receiving at least one rear wheel, a folding mechanism, the latter consisting of a front axle suspension, which provides a device for receiving the steering column and for receiving the front axle, a sub-base to which the rear wheel suspension is attached, a main base, a synchronizing rod, an actuating lever for initiating the folding operation, a latching plate for securing the maintenance of the unfolded and/or folded state, wherein the main base is connected to the front axle suspension by means of a hinge pin, the sub-base is connected to the main base by means of a hinge pin, the synchronizing rod is connected to the front axle suspension and to the sub-base at respective ends by hinge pins or hinge connectors, wherein the synchronizing rod provides that the center of gravity of the scooter remains between the front and rear wheels at all times during the folding operation, and that the sub-base and/or the main base is connected to the front axle suspension by means of at least one spring, wherein the spring is a gas spring or a mechanical spring and serves to complete the folding of the scooter.
A voice service handover method in single radio voice call continuity, SRVCC, comprising: recording (201, a307), by a mobility management entity, MME, whether a bearer deletion request message for deleting a voice service bearer resource, sent by a gateway device is received; and receiving (202, b307), by the MME, a prompt message that is sent by a mobile switching center, MSC, and indicates completion of handover from packet-switched, PS, to circuit-switched, CS, and characterized in that the method further comprises: if the MME determines that the bearer deletion request message has been received, skipping sending, by the MME, a bearer deletion instruction message to the gateway device, and skipping deleting, by the MME, the voice service bearer resource; wherein the skipping deleting, by the MME, the voice service bearer resource comprises skipping initiating, by the MME, a bearer deletion process. recording (201, a307), by a mobility management entity, MME, whether a bearer deletion request message for deleting a voice service bearer resource, sent by a gateway device is received; and receiving (202, b307), by the MME, a prompt message that is sent by a mobile switching center, MSC, and indicates completion of handover from packet-switched, PS, to circuit-switched, CS, and characterized in that the method further comprises: if the MME determines that the bearer deletion request message has been received, skipping sending, by the MME, a bearer deletion instruction message to the gateway device, and skipping deleting, by the MME, the voice service bearer resource; wherein the skipping deleting, by the MME, the voice service bearer resource comprises skipping initiating, by the MME, a bearer deletion process.
A wall section (101, 201) for a tower of a wind turbine, the wall section comprising: • an inner edge (115,117;215,217) surrounding an opening (113, 213) of the wall section; • a protrusion (119,121,123,125; 219,221) protruding in a thickness direction of the wall section and extending transverse (103,105; 203,205) to the thickness direction, wherein the protrusion (123,125) longitudinally extends between a portion of an outer edge and a portion of the inner edge of the wall section. • an inner edge (115,117;215,217) surrounding an opening (113, 213) of the wall section; • a protrusion (119,121,123,125; 219,221) protruding in a thickness direction of the wall section and extending transverse (103,105; 203,205) to the thickness direction,
Drive part for a tripod joint with an internal element consisting of three swirls distributed 120° from each other in the same plane, perpendicular to an axial direction, and each having an end equipped with a roller, the said drive part comprising an internal face delimiting an open housing having three reception areas at the periphery (a) distributed at 120° each other and intended to accommodate in translation one of the said pebbles following the said axial direction, each part of the said internal face delimiting a reception area comprising a central subpart defining a protuberance extending in accordance with the said axial direction and on which the said associated pebble is intended to be leaned so that it shall remain in the said reception area during a rotation of the said drive part, characterized in that each central subpart is a part reported on a wall comprising the said internal face.
Shrink fit chuck having a receiving body, a receiving opening, arranged in the receiving body, for a tool shank, a storage and collecting space arranged in the front region of the receiving opening, and at least one coolant feed duct leading to the storage and collecting space, wherein the storage and collecting space is bounded toward the front by an annular web arranged at the front end of the receiving opening, the inside diameter of the annular web corresponds to the inside diameter of the receiving opening, and a plurality of outlet openings for a coolant passed into the storage and collecting space via the coolant feed duct to pass out of toward the outside are provided in the annular web, characterized in that the annular web is formed by a cover disc inserted into a recess at the front end of the receiving body.
Blow molded container with a body and a neck, wherein the neck has a pouring opening and a blow molded support ring, wherein the support ring is designed as an internally hollow bulge of the container wall and has one or several recesses over its entire height that extends substantially in the longitudinal extension direction of the neck that extend from the outer edge of the support ring in direction of the neck, characterized in that the one or more recesses extend over the entire width of the support ring to the neck, wherein the inner contour of the container is, at the locations at which the one or more recesses extend to the neck, at least substantially flush with locations that are adjacent in the longitudinal extension direction.
Three-dimensional target capable of serving as positioning reference, comprising, on a useful face: * a first structure defining a planar reference face parallel to the plane (X, Y), divided up between at least: - a first portion whose surface is reflective according to a diffuse reflection, and - a second portion whose surface is reflective according to a specular reflection, said second portion being divided up according to a series of localized zones positioned in the first portion, and * a second structure having a face that is inclined relative to said planar reference face, said inclined face being essentially planar, in which the first structure and the second structure are positioned on the useful face concentrically to one another. * a first structure defining a planar reference face parallel to the plane (X, Y), divided up between at least: - a first portion whose surface is reflective according to a diffuse reflection, and - a second portion whose surface is reflective according to a specular reflection, said second portion being divided up according to a series of localized zones positioned in the first portion, and - a first portion whose surface is reflective according to a diffuse reflection, and - a second portion whose surface is reflective according to a specular reflection, said second portion being divided up according to a series of localized zones positioned in the first portion, and * a second structure having a face that is inclined relative to said planar reference face, said inclined face being essentially planar, in which the first structure and the second structure are positioned on the useful face concentrically to one another.
Device for outputting baked goods, having a frame and a heatable baked goods support releasably attached to said frame, characterised in that the baked goods support comprises two ferromagnetic electrical supply contacts which each lie on non-magnetic contact pads of a protective plate of the frame thus forming an electrical connection, wherein permanent magnets for releasable magnetic attachment of the supply contacts to the contact pads are located opposite the contact pads in relation to the protective plate.
A method, including the steps of: step a: decoding an encoded audio signal indicative of encoded audio content to generate a decoded audio signal indicative of a decoded version of the audio content, wherein the decoded audio signal is indicative of decoded frequency components; and step b: performing adaptive quantization noise filtering on the decoded audio signal in response to data indicative of signal to noise values, where the signal to noise values are bit allocation values for each frequency band of at least one segment of the encoded audio content, where each of the bit allocation values is indicative of a number of mantissa bits of at least one of the decoded frequency components, wherein step b includes steps of: step c: determining filter gain values in response to the signal to noise values, wherein the filter gain values are indicative of quantization noise filter gains for the decoded frequency components; and step d: adaptively applying a non-adaptive filter to the decoded audio signal in response to the filter gain values, wherein the non-adaptive filter is one of: a FIR filter and a IIR filter, wherein step d includes steps of applying the non-adaptive filter to the decoded audio signal to generate a non-adaptively filtered audio signal; and in response to the non-adaptively filtered audio signal and the filter gain values, generating a quantization noise filtered audio signal indicative of a sequence of adaptively quantization noise filtered values, wherein the decoded frequency components have values Y [ k], the filter gain values are α[ k], and the non-adaptively filtered audio signal is indicative of a sequence of non-adaptively filtered values, Y' [ k], where k is indicative of frequency band, and wherein the quantization noise filtered audio signal is indicative of a sequence of adaptively quantization noise filtered values, Z [ k], where each of the values Z [ k] is equal to Z k = α k Y k + 1 − α k Y ′ k for each frequency band k of at least one segment of said quantization noise filtered audio signal. step a: decoding an encoded audio signal indicative of encoded audio content to generate a decoded audio signal indicative of a decoded version of the audio content, wherein the decoded audio signal is indicative of decoded frequency components; and step b: performing adaptive quantization noise filtering on the decoded audio signal in response to data indicative of signal to noise values, where the signal to noise values are bit allocation values for each frequency band of at least one segment of the encoded audio content, where each of the bit allocation values is indicative of a number of mantissa bits of at least one of the decoded frequency components, step c: determining filter gain values in response to the signal to noise values, wherein the filter gain values are indicative of quantization noise filter gains for the decoded frequency components; and step d: adaptively applying a non-adaptive filter to the decoded audio signal in response to the filter gain values, wherein the non-adaptive filter is one of: a FIR filter and a IIR filter,
An orthogonal frequency division multiplexing access, OFDMA, contention method, comprising: receiving, by an access point, a contention request frame transmitted by a station over a subchannel; and judging whether a sum of a number of stations succeeding in a contention in a current channel contention period and a number of stations succeeding in a historic contention in a historic channel contention period before the current channel contention period is less than a preset threshold, and when the sum is less than the preset threshold, triggering the station to enter a next channel contention period, and repeatedly executing the steps of the receiving, by the access point, the contention request frame transmitted by the station over the subchannel, and the judging whether the sum of the number of stations succeeding in the contention in the current channel contention period and the number of stations succeeding in the historic contention is less than the preset threshold, until a number of stations succeeding in contentions is greater than or equal to the preset threshold. receiving, by an access point, a contention request frame transmitted by a station over a subchannel; and judging whether a sum of a number of stations succeeding in a contention in a current channel contention period and a number of stations succeeding in a historic contention in a historic channel contention period before the current channel contention period is less than a preset threshold, and when the sum is less than the preset threshold, triggering the station to enter a next channel contention period, and repeatedly executing the steps of the receiving, by the access point, the contention request frame transmitted by the station over the subchannel, and the judging whether the sum of the number of stations succeeding in the contention in the current channel contention period and the number of stations succeeding in the historic contention is less than the preset threshold, until a number of stations succeeding in contentions is greater than or equal to the preset threshold.
A computer-implemented method, comprising: obtaining at least one of i) projection data from a spectral scan or ii) image data generated from projection data from a spectral scan; based on a criterion, selecting a local reference dataset at at least one energy or a partial spectrum from the at least one of i) the projection data or ii) the image data; determining a noise pattern for the selected reference dataset; estimating underlying local structure from the reference dataset based on the noise pattern; and restoring at least one of i) the projection data or ii) the image data by propagating the estimated underlying local structure to the at least one of i) the projection data or ii) the image data. obtaining at least one of i) projection data from a spectral scan or ii) image data generated from projection data from a spectral scan; based on a criterion, selecting a local reference dataset at at least one energy or a partial spectrum from the at least one of i) the projection data or ii) the image data; determining a noise pattern for the selected reference dataset; estimating underlying local structure from the reference dataset based on the noise pattern; and restoring at least one of i) the projection data or ii) the image data by propagating the estimated underlying local structure to the at least one of i) the projection data or ii) the image data.
A process of producing an organic electroluminescence element comprising an organic layer between an anode and a cathode, said process comprising a filtration step of filtering a solution containing an organic electroluminescence element material and a solvent, wherein the organic electroluminescence element material is a luminescent layer material, a time-elapsing step of leaving the solution after the filtration step to pass 8 hours or more to obtain an organic electroluminescence element composition through the time-elapsing step, and a step of forming the organic layer between the anode and the cathode of the organic electroluminescence element by wet film formation with the organic electroluminescence element composition obtained through the time-elapsing step. a filtration step of filtering a solution containing an organic electroluminescence element material and a solvent, wherein the organic electroluminescence element material is a luminescent layer material, a time-elapsing step of leaving the solution after the filtration step to pass 8 hours or more to obtain an organic electroluminescence element composition through the time-elapsing step, and a step of forming the organic layer between the anode and the cathode of the organic electroluminescence element by wet film formation with the organic electroluminescence element composition obtained through the time-elapsing step.