mhurhangee/ep-ind-claims huggingface dataset:
A marking ink composition for a writing board comprising a pigment, a pigment dispersant resin, a masking agent, and a modified polyvinylalcohol in which a side chain has a modification group of a carboxylate group, a sulfonate group, an acetal group or an ethylene oxide group, or a polyvinylalcohol having a degree of saponification from 40 to 84% by molar ratio.
Fastening element for receiving a wiper arm, in particular for a window-wiping device of a motor vehicle, comprising a receiving region for receiving the wiper arm, and a connecting region for connecting the fastening element to a shaft, wherein the connecting region has a conically shaped opening for receiving a conically shaped shaft end, wherein the opening is formed within a region formed from at least one first sheet metal layer and at least one second sheet metal layer, characterized in that the fastening element has two side faces, wherein the second sheet metal layer is connected to the side faces both in the receiving region and in the connecting region.
A system of elements to form different erect constructions, comprising columns and cross beams, wherein the columns are formed of two or four elongated L-plates, each having two elongated parts arranged mutually perpendicular and wherein the L-plates of each column are connected to each other by means of column fittings (3, 7, 11), characterized in that the column fittings (3, 7) have clips (5, 10), each to be received in an opening of the L-plates.
A method for sequencing a nucleic acid, comprising: subjecting a sequence of target nucleotide bases captured on a microtransponder to a plurality of sequencing reactions to add a sequence of nucleotide bases that are complementary to and bound to the sequence of target nucleotide bases, wherein at least one of the added nucleotide bases comprises a label; identifying each added nucleotide base after each sequencing reaction; and associating each added nucleotide base of the sequence with an identification number of the microtransponder, wherein the method comprises use of a flow meter that identifies both the identification number of the microtransponder and the label associated with a nucleotide base added to the nucleotide sequence, and wherein after each sequencing reaction the microtransponder is passed through the flow meter where the microtransponder is identified and the label is detected. subjecting a sequence of target nucleotide bases captured on a microtransponder to a plurality of sequencing reactions to add a sequence of nucleotide bases that are complementary to and bound to the sequence of target nucleotide bases, wherein at least one of the added nucleotide bases comprises a label; identifying each added nucleotide base after each sequencing reaction; and associating each added nucleotide base of the sequence with an identification number of the microtransponder, wherein the method comprises use of a flow meter that identifies both the identification number of the microtransponder and the label associated with a nucleotide base added to the nucleotide sequence, and wherein after each sequencing reaction the microtransponder is passed through the flow meter where the microtransponder is identified and the label is detected.
A gas turbine engine combustor comprising: a gas generator case having a first coefficient of thermal expansion, the gas generator case acting as a vessel to pressurized air exiting a compressor section; a liner inside the gas generator case, the gas generator case housing the liner, the liner delimiting a combustion chamber; a service tube having a second coefficient of thermal expansion, the second coefficient of thermal expansion being higher than the first coefficient of thermal expansion, characterised in that the service tube extends inside the gas generator case, outside the liner; and the service tube is brazed or soldered to an aperture formed in the gas generator case. a gas generator case having a first coefficient of thermal expansion, the gas generator case acting as a vessel to pressurized air exiting a compressor section; a liner inside the gas generator case, the gas generator case housing the liner, the liner delimiting a combustion chamber; a service tube having a second coefficient of thermal expansion, the second coefficient of thermal expansion being higher than the first coefficient of thermal expansion, characterised in that the service tube extends inside the gas generator case, outside the liner; and the service tube is brazed or soldered to an aperture formed in the gas generator case.
A method for preparing a controlled device (106, 406, 806) to re-commission itself in a home area network (108, 408, 808), the method being performed by a controller (104, 404) and comprising: communicating with a utility meter (102, 402, 802); and determining an authentication key and encryption data for communicating with the utility meter (102, 402, 802); characterized by sending the authentication key and encryption data to the controlled device (106, 406, 806); determining a set of translation rules (450, 850) for a message; and sending the translation rules (450, 850) to the controlled device (106, 406, 806), wherein the translation rules (450, 850) are used to translate objective demand responses (416, 816) into directive control instructions (448, 848).
A communication device for handling transmission/reception for a serving cell, the communication device comprising a storage unit, for storing instructions of: receiving an indication indicating at least one physical resource block group, PRB group, of a plurality of PRB groups of the serving cell from a network, wherein at least one location and at least one bandwidth of the at least one PRB group are configured by a higher layer signaling transmitted by the network, and the at least one PRB group comprises at least one subframe, at least one time slot or at least one time interval; and performing a communication operation in the at least one PRB group with the network, after receiving the indication; wherein each of the plurality of PRB groups comprise at least one physical uplink, UL, control channel, PUCCH, resource; wherein each of the at least one PUCCH resource comprises a starting symbol and a duration of a PUCCH, and the duration of the PUCCH is a short duration; wherein the communication operation comprises transmitting a UCI and a demodulation reference signal, DMRS, with a PUCCH format in a PUCCH in one of the at least one PRB group, the one of the at least one PRB group is used for transmitting the PUCCH and a physical UL shared channel, PUSCH, the PUCCH and the PUSCH are transmitted according to a time-division multiplexing, TDM, scheme, and the UCI and UCIs of other communication devices are multiplexed in the at least one PUCCH resource according to a code-division multiplexing, CDM, scheme; and a processing circuit, coupled to the storage unit, configured to execute the instructions stored in the storage unit. receiving an indication indicating at least one physical resource block group, PRB group, of a plurality of PRB groups of the serving cell from a network, wherein at least one location and at least one bandwidth of the at least one PRB group are configured by a higher layer signaling transmitted by the network, and the at least one PRB group comprises at least one subframe, at least one time slot or at least one time interval; and performing a communication operation in the at least one PRB group with the network, after receiving the indication; wherein each of the plurality of PRB groups comprise at least one physical uplink, UL, control channel, PUCCH, resource; wherein each of the at least one PUCCH resource comprises a starting symbol and a duration of a PUCCH, and the duration of the PUCCH is a short duration; wherein the communication operation comprises transmitting a UCI and a demodulation reference signal, DMRS, with a PUCCH format in a PUCCH in one of the at least one PRB group, the one of the at least one PRB group is used for transmitting the PUCCH and a physical UL shared channel, PUSCH, the PUCCH and the PUSCH are transmitted according to a time-division multiplexing, TDM, scheme, and the UCI and UCIs of other communication devices are multiplexed in the at least one PUCCH resource according to a code-division multiplexing, CDM, scheme; and a processing circuit, coupled to the storage unit, configured to execute the instructions stored in the storage unit.
A product comprising an H1 receptor antagonist and an H2 receptor antagonist for use in a method of: (a) treating or preventing acute respiratory distress syndrome or pulmonary distress in a patient; or (b) preventing pulmonary-related hospitalization, pulmonary intubation, or pulmonary failure in a patient; or (c) treating or preventing a pulmonary cytokine storm in a patient, wherein the product is administered to a patient infected with a corona virus or an influenza virus, wherein the H1 receptor antagonist comprises cetirizine, levocetirizine, diphenhydramine, or mixtures thereof, and wherein the H2 receptor antagonist comprises famotidine. wherein the product is administered to a patient infected with a corona virus or an influenza virus, wherein the H1 receptor antagonist comprises cetirizine, levocetirizine, diphenhydramine, or mixtures thereof, and wherein the H2 receptor antagonist comprises famotidine.
A method for using an open authorization application programming interface, Oauth API, comprising: receiving registration information for registering an Oauth API; generating an Oauth API invoking associated interface according to the registration information; binding the Oauth API invoking associated interface with the registered Oauth API, and generating binding information; receiving an increasing Oauth API message, responding to the increasing Oauth API message, and generating a client requesting Oauth API interface, an Oauth API returned information processing interface and a client customer serial number managing interface, which correspond to the registered Oauth API; receiving a publishing application message, responding to the publishing application message, and generating a deployment package which comprises the client requesting Oauth API interface, the Oauth API returned information processing interface and the client customer serial number managing interface; sending the binding information and the deployment package to an application running engine, so that the application running engine complete Oauth API scheduling according to the binding information and the deployment package. receiving registration information for registering an Oauth API; generating an Oauth API invoking associated interface according to the registration information; binding the Oauth API invoking associated interface with the registered Oauth API, and generating binding information; receiving an increasing Oauth API message, responding to the increasing Oauth API message, and generating a client requesting Oauth API interface, an Oauth API returned information processing interface and a client customer serial number managing interface, which correspond to the registered Oauth API; receiving a publishing application message, responding to the publishing application message, and generating a deployment package which comprises the client requesting Oauth API interface, the Oauth API returned information processing interface and the client customer serial number managing interface; sending the binding information and the deployment package to an application running engine, so that the application running engine complete Oauth API scheduling according to the binding information and the deployment package.
An energy absorbing device for anchoring a lifeline or the like, comprising: - a casing, - fastening means (13b, 16) arranged to fasten the casing to a fixed point, - a first cable portion wound inside the casing, - connection means attached to the first cable portion and intended to be connected to a lifeline, - a friction ring mounted on the first cable portion so as to exert a clamping force on the latter, and - stop means arranged in the casing along a part of the first cable portion extending between the connection means and the friction ring, and against which the friction ring is intended to bear, the clamping force exerted by the friction ring on the first cable portion being predetermined so as to allow a relative displacement of the first cable portion relative to the friction ring when the friction ring is bearing against the stop means and a traction force greater than a predetermined value is exerted on the connection means. - a casing, - fastening means (13b, 16) arranged to fasten the casing to a fixed point, - a first cable portion wound inside the casing, - connection means attached to the first cable portion and intended to be connected to a lifeline, - a friction ring mounted on the first cable portion so as to exert a clamping force on the latter, and - stop means arranged in the casing along a part of the first cable portion extending between the connection means and the friction ring, and against which the friction ring is intended to bear, the clamping force exerted by the friction ring on the first cable portion being predetermined so as to allow a relative displacement of the first cable portion relative to the friction ring when the friction ring is bearing against the stop means and a traction force greater than a predetermined value is exerted on the connection means.
Transmission for a motor vehicle, wherein said transmission comprises an input shaft and at least a first and second countershaft (30; 40), and an output shaft, wherein said input shaft is provided with a first driving gearwheel, which interacts with; • a first gearwheel arranged upon said first countershaft, and • a second gearwheel arranged upon said second countershaft, wherein said first and second countershaft (30, 40) further is provided with a first and second output gearwheel (32; 42) respectively, which interacts with a common final drive gearwheel arranged upon said output shaft, said transmission is characterized in, that a number of gear teeth of said first gearwheel is selected such in relation to the number of gear teeth of said first driving gearwheel, that the number of gear teeth of said first gearwheel can be either reduced or increased with at least one gear tooth, without affecting the number of gears teeth upon said first driving gearwheel, whereby said reduction or increase the number of gear teeth of said first gearwheel is compensated with a profile shift of the gear teeth of said first gearwheel. • a first gearwheel arranged upon said first countershaft, and • a second gearwheel arranged upon said second countershaft,
A male portion for percussive rock drilling comprising sections of reduced cross-sectional areas, one thread for percussive rock drilling provided at a first portion at an end of the male portion, said end of the male portion comprising an abutment surface for transfer of impact waves, said male portion having a first cross-sectional area at an area where the thread has full profile, c h a r a c t e r i z e d i n that said one thread has a thread exit, wherein the length of the first portion is defined as the length of a first cylinder, from a plane of the abutment surface, where the diameter of the cylinder coincides with the external diameter (Dy) of the thread, wherein said length divided by the external diameter (Dy) of the thread lies within the interval of 1 - 2, said male portion having a second cross-sectional area just beyond said thread exit, said second cross-sectional area being greater than the first cross-sectional area.
A method of operating an isolation valve in a wellbore, comprising: deploying a work string into the wellbore through a tubular string disposed in the wellbore, wherein: the work string comprises a deployment string, a shifting tool (200; 400;600;900;1100), and a bottomhole assembly, BHA, and the tubular string comprises the isolation valve and an actuator (1o,c; 300;500;700) spaced from the isolation valve by a length sufficient to accommodate the BHA; and radially extending a plurality of drivers (230;420;1130) of the shifting tool to engage respective profiles (10p;410p;710p) on the actuator; and rotating the actuator using the shifting tool, thereby opening or closing the isolation valve, wherein: the isolation valve isolates a formation from an upper portion of the wellbore in the closed position; and a longitudinal clearance exists between the BHA and a closure member of the isolation valve while rotating the actuator. deploying a work string into the wellbore through a tubular string disposed in the wellbore, wherein: the work string comprises a deployment string, a shifting tool (200; 400;600;900;1100), and a bottomhole assembly, BHA, and the tubular string comprises the isolation valve and an actuator (1o,c; 300;500;700) spaced from the isolation valve by a length sufficient to accommodate the BHA; and radially extending a plurality of drivers (230;420;1130) of the shifting tool to engage respective profiles (10p;410p;710p) on the actuator; and rotating the actuator using the shifting tool, thereby opening or closing the isolation valve, wherein: the isolation valve isolates a formation from an upper portion of the wellbore in the closed position; and a longitudinal clearance exists between the BHA and a closure member of the isolation valve while rotating the actuator. the work string comprises a deployment string, a shifting tool (200; 400;600;900;1100), and a bottomhole assembly, BHA, and the tubular string comprises the isolation valve and an actuator (1o,c; 300;500;700) spaced from the isolation valve by a length sufficient to accommodate the BHA; and radially extending a plurality of drivers (230;420;1130) of the shifting tool to engage respective profiles (10p;410p;710p) on the actuator; and rotating the actuator using the shifting tool, thereby opening or closing the isolation valve, wherein: the isolation valve isolates a formation from an upper portion of the wellbore in the closed position; and a longitudinal clearance exists between the BHA and a closure member of the isolation valve while rotating the actuator. the isolation valve isolates a formation from an upper portion of the wellbore in the closed position; and a longitudinal clearance exists between the BHA and a closure member of the isolation valve while rotating the actuator.
A method for determining a road condition, the method being carried out aboard a vehicle driving on the road, and the method comprising the following steps: - Capturing the noise created by the friction between at least one tire and the road, - Analyzing the noise signal in the high frequency range to determine whether the road condition is dry or not, the method being characterized in that it further comprises the following step: - In case the road condition is not dry, analyzing the noise signal in the low frequency range to determine whether to road condition is wet or damp. - Capturing the noise created by the friction between at least one tire and the road, - Analyzing the noise signal in the high frequency range to determine whether the road condition is dry or not, the method being characterized in that it further comprises the following step: - In case the road condition is not dry, analyzing the noise signal in the low frequency range to determine whether to road condition is wet or damp.
A loudspeaker arrangement for ceiling fitment comprising a loudspeaker and a cover (10, 10', 10"), where the cover (10, 10', 10") - is arranged at the rear on the loudspeaker, - comprises a plastic material in the form of a hood which is open at one side and which encases loudspeaker components and can be fitted on a fixing flange of the loudspeaker, - in a plan view from above is of a non-circular cross-section, - with a wall thickness of less than 2 mm in the form of a blister of a shape which is bulged at one side out of a flat surface and in a plan view from above is of a mirror-symmetrical and/or rotational symmetrical configuration, and - along the edge of its open side has at least portion-wise flange portions serving for fixing to the fixing flange of the loudspeaker. - is arranged at the rear on the loudspeaker, - comprises a plastic material in the form of a hood which is open at one side and which encases loudspeaker components and can be fitted on a fixing flange of the loudspeaker, - in a plan view from above is of a non-circular cross-section, - with a wall thickness of less than 2 mm in the form of a blister of a shape which is bulged at one side out of a flat surface and in a plan view from above is of a mirror-symmetrical and/or rotational symmetrical configuration, and - along the edge of its open side has at least portion-wise flange portions serving for fixing to the fixing flange of the loudspeaker.
Method of determining a guideline for trimming an optical lens to be trimmed with a view to its mounting in a spectacle frame in which is mounted at least one reference optical lens, comprising steps: a) of removing the said reference optical lens and of fixing the said reference optical lens on a support of a machine for acquiring images, b) of acquiring, with an image sensor of the said machine for acquiring images that comprises an entocentric objective, at least two images of the said reference optical lens viewed from two different angles, c) of processing the said at least two images so as to deduce therefrom trimming parameters for the said optical lens to be trimmed, and d) of devising the said trimming guideline as a function of the said trimming parameters, wherein, in step c), the curvature of one of the faces of the said reference optical lens is acquired, and each image acquired is scaled as a function of the said curvature. a) of removing the said reference optical lens and of fixing the said reference optical lens on a support of a machine for acquiring images, b) of acquiring, with an image sensor of the said machine for acquiring images that comprises an entocentric objective, at least two images of the said reference optical lens viewed from two different angles, c) of processing the said at least two images so as to deduce therefrom trimming parameters for the said optical lens to be trimmed, and d) of devising the said trimming guideline as a function of the said trimming parameters,
A gas turbine engine component, comprising a component wall (204; 302; 402) including a film hole (213; 304; 404) comprising: an inlet (214; 308) defined by an internal surface (205; 303; 401), an outlet (212; 306) defined by an external surface (207; 301; 403), a flow accumulator (206; 312; 406) extending from the component wall (204; 302; 402) adjacent the inlet (214; 308), wherein the flow accumulator (206; 312; 406) is in fluid communication with the inlet (214; 308) and the outlet (212; 306) and is configured to direct cooling air flow into the film hole (213; 304; 404); characterised in that the flow accumulator (206; 312; 406) overhangs the inlet (214; 308). an inlet (214; 308) defined by an internal surface (205; 303; 401), an outlet (212; 306) defined by an external surface (207; 301; 403),