mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a communication system, the method comprising: receiving system information including a threshold value for a data transmission; receiving a radio resource control, RRC, release message including next hop chaining count, NCC, information; identifying that a size of uplink data to be transmitted is less than or equal to the threshold value; transmitting, to a base station, a random access preamble for the data transmission in a random access procedure, wherein the terminal is in an RRC inactive mode; receiving, from the base station, a random access response in response to the random access preamble, the random access response including timing advance information and an uplink grant; re-establishing at least one of signaling radio bearers, SRBs, or data radio bearers, DRBs, associated with radio link control, RLC, entities and packet-data convergence protocol, PDCP, entities and deriving a key based on the NCC information; multiplexing an RRC resume request message and the uplink data for the data transmission; transmitting, to the base station, the multiplexed resume request message and the uplink data as a message 3 at once; and receiving, from the base station, a response message in response to the message 3, wherein the RRC resume request message includes a resume identifier of the terminal and a short message authentication code - integrity, MAC-I. receiving system information including a threshold value for a data transmission; receiving a radio resource control, RRC, release message including next hop chaining count, NCC, information; identifying that a size of uplink data to be transmitted is less than or equal to the threshold value; transmitting, to a base station, a random access preamble for the data transmission in a random access procedure, wherein the terminal is in an RRC inactive mode; receiving, from the base station, a random access response in response to the random access preamble, the random access response including timing advance information and an uplink grant; re-establishing at least one of signaling radio bearers, SRBs, or data radio bearers, DRBs, associated with radio link control, RLC, entities and packet-data convergence protocol, PDCP, entities and deriving a key based on the NCC information; multiplexing an RRC resume request message and the uplink data for the data transmission; transmitting, to the base station, the multiplexed resume request message and the uplink data as a message 3 at once; and receiving, from the base station, a response message in response to the message 3, wherein the RRC resume request message includes a resume identifier of the terminal and a short message authentication code - integrity, MAC-I.
A polishing machine comprising: a body part; a motor mounted in the body part; a drive shaft rotationally driven by the motor; an abrasive holding member to be fitted with an abrasive material and mounted to the drive shaft such that the abrasive holding member is rotatable about an eccentric axis extending parallel to a rotational drive center axis of the drive shaft at a position away from the rotational drive center axis, the abrasive holding member having a movement restricting part provided at a position away from the eccentric axis in a direction of a radial axis that is radial to the eccentric axis; characterised in that: a pair of guide members is mounted in the body part at respective positions away from the rotational drive center axis to engage the movement restricting part, the pair of guide members being disposed so that a first engagement position where one of the pair of guide members and the movement restricting part engage each other and a second engagement position where the other of the pair of guide members and the movement restricting part engage each other are located on laterally opposite sides of the radial axis, facing each other across the radial axis, to restrict movement of the abrasive holding member so that, when the drive shaft is rotationally driven, the abrasive holding member is displaced in the direction of the radial axis, while pivoting about a point between the first engagement position and the second engagement position. a body part; a motor mounted in the body part; a drive shaft rotationally driven by the motor; an abrasive holding member to be fitted with an abrasive material and mounted to the drive shaft such that the abrasive holding member is rotatable about an eccentric axis extending parallel to a rotational drive center axis of the drive shaft at a position away from the rotational drive center axis, the abrasive holding member having a movement restricting part provided at a position away from the eccentric axis in a direction of a radial axis that is radial to the eccentric axis; characterised in that: a pair of guide members is mounted in the body part at respective positions away from the rotational drive center axis to engage the movement restricting part, the pair of guide members being disposed so that a first engagement position where one of the pair of guide members and the movement restricting part engage each other and a second engagement position where the other of the pair of guide members and the movement restricting part engage each other are located on laterally opposite sides of the radial axis, facing each other across the radial axis, to restrict movement of the abrasive holding member so that, when the drive shaft is rotationally driven, the abrasive holding member is displaced in the direction of the radial axis, while pivoting about a point between the first engagement position and the second engagement position.
An electrode assembly suitable for use as an air electrode, comprising a catalytically active layer applied on one face of a hydrophobic porous PTFE film and a conductive current collector pressed onto said catalytically active face, wherein a sealant is provided around at least part of the perimeter of said catalytically active layer, characterized in that at least a portion of the marginal area of said face is free from catalyst, with said sealant forming a coating onto the catalyst-free marginal area of said hydrophobic film, said sealant penetrating into the porous hydrophobic PTFE film, such that the porosity of the film is partially filled, wherein said sealant forms a continuous boundary layer surrounding the catalytically active layer.
Semiconductor device having mesa structuring, characterized in that it contains Al x Ga y In 1-x-y As z Sb 1-z, wherein the parameters x, y and z are selected in such a manner that a band gap of less than 350 meV is established, and a passivation layer containing Al n Ga 1-n As m Sb 1-m is at least partially applied to at least one side surface of the structuring, wherein the parameter n is selected from the range of 0.4 to 1 and the parameter m is selected from the range of 0 to 1.
A method for analysing a planar sample comprising: (a) labelling the planar sample with a capture agent composition comprising a plurality of capture agents that each recognize different complementary sites, wherein: i. said capture agent is an antibody; ii. each of the plurality of capture agents is linked to a double-stranded nucleic acid, that comprises a first strand and a second strand; iii. each double-stranded nucleic acid is linked to a single capture agent; iv. the 5' end or 3' end of the first or second strand is extendible using the other strand as a template; and v. the templates immediately downstream of the extendible ends are different for each of the plurality of capture agents; (b) treating the planar sample with a chemical crosslinker to crosslink the capture agent directly to the planar sample; (c) contacting the labelled sample with i. a polymerase and either an incomplete nucleotide mix or a nucleotide mix that comprises a reversible terminator nucleotide, thereby adding a nucleotide to the plurality of capture agents; and/or ii. a labeled oligonucleotide and a ligase, thereby adding a labelled oligonucleotide to the plurality of capture agents; and (d) reading a signal from the planar sample, generated by addition of the nucleotide or the labelled oligonucleotide to some but not all of the plurality of capture agents. (a) labelling the planar sample with a capture agent composition comprising a plurality of capture agents that each recognize different complementary sites, wherein: i. said capture agent is an antibody; ii. each of the plurality of capture agents is linked to a double-stranded nucleic acid, that comprises a first strand and a second strand; iii. each double-stranded nucleic acid is linked to a single capture agent; iv. the 5' end or 3' end of the first or second strand is extendible using the other strand as a template; and v. the templates immediately downstream of the extendible ends are different for each of the plurality of capture agents; i. said capture agent is an antibody; ii. each of the plurality of capture agents is linked to a double-stranded nucleic acid, that comprises a first strand and a second strand; iii. each double-stranded nucleic acid is linked to a single capture agent; iv. the 5' end or 3' end of the first or second strand is extendible using the other strand as a template; and v. the templates immediately downstream of the extendible ends are different for each of the plurality of capture agents; (b) treating the planar sample with a chemical crosslinker to crosslink the capture agent directly to the planar sample; (c) contacting the labelled sample with i. a polymerase and either an incomplete nucleotide mix or a nucleotide mix that comprises a reversible terminator nucleotide, thereby adding a nucleotide to the plurality of capture agents; and/or ii. a labeled oligonucleotide and a ligase, thereby adding a labelled oligonucleotide to the plurality of capture agents; and (d) reading a signal from the planar sample, generated by addition of the nucleotide or the labelled oligonucleotide to some but not all of the plurality of capture agents.
Headlight for a motorcycle, comprising - a lighting unit with a lamp and an optical device in order to generate by means of the optical device a predetermined distribution of light in front of the motorcycle from the light of the lamp, wherein the lighting unit is fastened to a supporting frame and is rotatable relative to the supporting frame in such a manner that the rotation of the lighting unit causes the predetermined distribution of light to be pivoted in a plane which runs substantially perpendicularly to the direction of travel of the motorcycle; - an electromechanical actuator in order to bring about the rotation of the lighting unit for pivoting the predetermined distribution of light, wherein the electromechanical actuator comprises a rack which is displaceable by activation of the actuator, characterized in that the rack engages in a gearwheel segment of the lighting unit such that the displacement of the rack brings about the rotation of the lighting unit for pivoting the predetermined distribution of light. - a lighting unit with a lamp and an optical device in order to generate by means of the optical device a predetermined distribution of light in front of the motorcycle from the light of the lamp, wherein the lighting unit is fastened to a supporting frame and is rotatable relative to the supporting frame in such a manner that the rotation of the lighting unit causes the predetermined distribution of light to be pivoted in a plane which runs substantially perpendicularly to the direction of travel of the motorcycle; - an electromechanical actuator in order to bring about the rotation of the lighting unit for pivoting the predetermined distribution of light, wherein the electromechanical actuator comprises a rack which is displaceable by activation of the actuator,
A computer-implemented method for analyzing ECG data, comprising - detecting points in the ECG data which represent ventricular activity, - measuring time intervals between each two consecutive points in the ECG data which represent ventricular activity, - evaluating the time intervals within a set of time intervals by - computing at least one comparative dimension for at least one time interval subset, characterized in that - the set of time intervals comprises at least three time intervals, - the time interval subset comprises at least two time intervals, - the comparative dimension represents a difference of the interval length between the time intervals of the time interval subset, and wherein - a fixed number N of time intervals lies between each two time intervals of the time interval subset and wherein N ≥ 1. - detecting points in the ECG data which represent ventricular activity, - measuring time intervals between each two consecutive points in the ECG data which represent ventricular activity, - evaluating the time intervals within a set of time intervals by - computing at least one comparative dimension for at least one time interval subset, characterized in that - the set of time intervals comprises at least three time intervals, - the time interval subset comprises at least two time intervals, - the comparative dimension represents a difference of the interval length between the time intervals of the time interval subset, and wherein - a fixed number N of time intervals lies between each two time intervals of the time interval subset and wherein N ≥ 1.
A spacer for an optical fiber cable, comprising a polyethylene resin having a density of 0.952 g/cm 3 or more, the polyethylene resin comprising: a polyethylene having a molecular weight of 10,000 or less in a weight fraction of 22% or more, a polyethylene having a molecular weight of 300,000 or more in a weight fraction of 12% or more, and having a tensile strength of 25 MPa or more, and the spacer having an average surface roughness according to JIS B0601 of 1.2 μm or less. a polyethylene having a molecular weight of 10,000 or less in a weight fraction of 22% or more, a polyethylene having a molecular weight of 300,000 or more in a weight fraction of 12% or more, and having a tensile strength of 25 MPa or more, and the spacer having an average surface roughness according to JIS B0601 of 1.2 μm or less.
A method for internalization of nanoparticles into protein cages comprising the following steps (i) genetically modifying a protein cage at predefined locations with one or more sequences of histidines, such that accessible histidine residues are displayed on the interior surface of the protein cage, (ii) functionalizing nanoparticles to be able to bind the one or more sequences of histidines at specific predefined locations of the protein cage, and (iii) introducing the nanoparticles through holes in the protein cage; wherein the protein cage is made from the protein dihydrolipoyl acetyltransferase. (i) genetically modifying a protein cage at predefined locations with one or more sequences of histidines, such that accessible histidine residues are displayed on the interior surface of the protein cage, (ii) functionalizing nanoparticles to be able to bind the one or more sequences of histidines at specific predefined locations of the protein cage, and (iii) introducing the nanoparticles through holes in the protein cage;
An apparatus for ultrasound sensing, the apparatus comprising: an ultrasonic receiver array including a plurality of ultrasonic sensor pixels, each ultrasonic sensor pixel including an ultrasonic receiver, and each ultrasonic sensor pixel configured to operate in a read mode of operation; an ultrasonic transmitter array segmented into at least two distinct separately controllable ultrasonic transmitter strip elements, each ultrasonic transmitter strip element controllable to operate in a transmit mode of operation; and a sensor controller operably coupled with the ultrasonic transmitter array and the ultrasonic receiver array and configured to apply excitation signals to the ultrasonic transmitter array and read received signals from the ultrasonic sensor pixels; wherein: the sensor controller is configured to apply a first excitation signal to a first ultrasonic transmitter strip element of the ultrasonic transmitter array at a first time; the sensor controller is configured to apply a second excitation signal to a second ultrasonic transmitter strip element of the ultrasonic transmitter array at a second time with a first temporal delay between the first time and second time; and the sensor controller is configured to set a first and second range gate window, RGW, to accommodate the first temporal delay. an ultrasonic receiver array including a plurality of ultrasonic sensor pixels, each ultrasonic sensor pixel including an ultrasonic receiver, and each ultrasonic sensor pixel configured to operate in a read mode of operation; an ultrasonic transmitter array segmented into at least two distinct separately controllable ultrasonic transmitter strip elements, each ultrasonic transmitter strip element controllable to operate in a transmit mode of operation; and a sensor controller operably coupled with the ultrasonic transmitter array and the ultrasonic receiver array and configured to apply excitation signals to the ultrasonic transmitter array and read received signals from the ultrasonic sensor pixels; wherein: the sensor controller is configured to apply a first excitation signal to a first ultrasonic transmitter strip element of the ultrasonic transmitter array at a first time; the sensor controller is configured to apply a second excitation signal to a second ultrasonic transmitter strip element of the ultrasonic transmitter array at a second time with a first temporal delay between the first time and second time; and the sensor controller is configured to set a first and second range gate window, RGW, to accommodate the first temporal delay. the sensor controller is configured to apply a first excitation signal to a first ultrasonic transmitter strip element of the ultrasonic transmitter array at a first time; the sensor controller is configured to apply a second excitation signal to a second ultrasonic transmitter strip element of the ultrasonic transmitter array at a second time with a first temporal delay between the first time and second time; and the sensor controller is configured to set a first and second range gate window, RGW, to accommodate the first temporal delay.
A process for the production of an enolate salt of a 4-fluoro-2-hydroxymethylene-3-oxobutyrate of formula wherein R 1 is C 1-10 alkyl, R 2 and R 3 are independently hydrogen or fluorine, M is an alkali or alkaline earth metal, and n is 1 or 2, comprising the step of reacting a 4-fluoro-3-oxobutyrate enolate salt of formula wherein R 1, R 2, R 3, M and n are as defined above, with carbon monoxide.
A computer-implemented method of configuring a vehicle, the method comprising: Receiving, by a computing device, a vehicle configuration; determining, by the computing device, at least one progressive shift limit based on the vehicle configuration; and storing, by the computing device in an order data store, the determined at least one progressive shift limit characterized by calculating, by the computing device, a valid progressive shift limit range based on the vehicle configuration; presenting, by the computing device, the valid progressive shift limit range to a customer; receiving, by the computing device, a selected at least one progressive shift limit selected by the customer within the valid progressive shift limit range; and replacing, by the computing device, the determined at least one progressive shift limit with the selected at least one progressive shift limit. Receiving, by a computing device, a vehicle configuration; determining, by the computing device, at least one progressive shift limit based on the vehicle configuration; and storing, by the computing device in an order data store, the determined at least one progressive shift limit characterized by calculating, by the computing device, a valid progressive shift limit range based on the vehicle configuration; presenting, by the computing device, the valid progressive shift limit range to a customer; receiving, by the computing device, a selected at least one progressive shift limit selected by the customer within the valid progressive shift limit range; and replacing, by the computing device, the determined at least one progressive shift limit with the selected at least one progressive shift limit.
A method of protecting against malicious infrastructure in a wireless communication network, operable by an access terminal, comprising: determining a trust metric for an access point, wherein the trust metric represents a likelihood of the access point having malicious intent; characterized by: assessing the importance of a communication; and deciding not to be served for that communication by the access point based on the trust metric for the access point and the importance of the communication. determining a trust metric for an access point, wherein the trust metric represents a likelihood of the access point having malicious intent; characterized by: assessing the importance of a communication; and deciding not to be served for that communication by the access point based on the trust metric for the access point and the importance of the communication. assessing the importance of a communication; and deciding not to be served for that communication by the access point based on the trust metric for the access point and the importance of the communication.
A method for maintaining zonal isolation in a subterranean well in which a borehole penetrates one or more hydrocarbon-containing formations, comprising: (i) pumping a cement slurry comprising thermoplastic triblock-polymer particles into the well, wherein the particles comprise styrene-isoprene-styrene polymer particles, styrene-butadiene-styrene polymer particles or both; and (ii) allowing the cement slurry to set to form a cement sheath; wherein, should microannuli, cracks or defects occur in the cement sheath, allowing hydrocarbons from the formation to contact the particles, allowing the particles to swell, and enabling the cement sheath to have self-healing properties. (i) pumping a cement slurry comprising thermoplastic triblock-polymer particles into the well, wherein the particles comprise styrene-isoprene-styrene polymer particles, styrene-butadiene-styrene polymer particles or both; and (ii) allowing the cement slurry to set to form a cement sheath;