mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication in a 3rd Generation Partnership Project Long Term Evolution, 3GPP LTE, network, comprising: receiving, at a user equipment, UE,, a system information block, SIB, message including an emergency notification; decoding a service class encoded into the SIB message, wherein the service class is associated with the emergency notification; and discovering, by the UE, using the decoded service class and in response to the received emergency notification, emergency multicast service acquisition information for one or more types of emergency content, wherein the discovering the emergency multicast service acquisition information comprises obtaining a temporary mobile group identifier, TMGI, that identifies an evolved multimedia broadcast-multicast service, eMBMS, providing emergency content associated with the emergency notification; and tuning (702, 1002), by the UE, to the eMBMS providing emergency content, wherein the UE tunes to the eMBMS using the obtained TMGI. receiving, at a user equipment, UE,, a system information block, SIB, message including an emergency notification; decoding a service class encoded into the SIB message, wherein the service class is associated with the emergency notification; and discovering, by the UE, using the decoded service class and in response to the received emergency notification, emergency multicast service acquisition information for one or more types of emergency content, wherein the discovering the emergency multicast service acquisition information comprises obtaining a temporary mobile group identifier, TMGI, that identifies an evolved multimedia broadcast-multicast service, eMBMS, providing emergency content associated with the emergency notification; and tuning (702, 1002), by the UE, to the eMBMS providing emergency content, wherein the UE tunes to the eMBMS using the obtained TMGI.
Method for producing an electrical circuit arrangement comprising a circuit board having at least one carrier provided with a non-conductive layer, said at least one carrier being a carrier film, and having at least one flexibly deformable component (5, 6, 20) applied on the carrier, wherein the circuit arrangement is fabricated in planar form and is deformed into a non-planar form after fabrication, having the following steps: - providing the carrier and the at least one component (5, 6, 20), - providing at least one register mark at the carrier, in particular by means of etching and/or stamping and/or drilling, - applying the component (5, 6, 20) on the non-conductive layer of the carrier, said non-conductive layer comprising or consisting of a thermoplastic and/or silicone, - applying a height equalization composed of thermoplastic material for the purpose of levelling the carrier with the component (5, 6, 20) and applying a further carrier and/or a cover, - introducing at least one cutout into the carrier or the non-conductive layer for the purpose of producing an electrical contacting of the component, relative to the register mark, - metallizing the cutout by means of metal deposition and/or structuring the circuit board, and - subsequently deforming the circuit arrangement into the non-planar form, wherein the component (5, 6, 20) is also deformed. - providing the carrier and the at least one component (5, 6, 20), - providing at least one register mark at the carrier, in particular by means of etching and/or stamping and/or drilling, - applying the component (5, 6, 20) on the non-conductive layer of the carrier, said non-conductive layer comprising or consisting of a thermoplastic and/or silicone, - applying a height equalization composed of thermoplastic material for the purpose of levelling the carrier with the component (5, 6, 20) and applying a further carrier and/or a cover, - introducing at least one cutout into the carrier or the non-conductive layer for the purpose of producing an electrical contacting of the component, relative to the register mark, - metallizing the cutout by means of metal deposition and/or structuring the circuit board, and - subsequently deforming the circuit arrangement into the non-planar form, wherein the component (5, 6, 20) is also deformed.
A method for treating a surface of a dielectric substrate to prepare said surface for subsequent wet chemical metal plating, such method comprising in this order the steps of (i) treating said surface with a solution comprising at least one organosilane compound; (ii) treating said surface with a solution comprising an oxidizing agent selected from aqueous acidic or alkaline solutions of a permanganate salt. (i) treating said surface with a solution comprising at least one organosilane compound; (ii) treating said surface with a solution comprising an oxidizing agent selected from aqueous acidic or alkaline solutions of a permanganate salt.
Bend restrictor comprising at least one pipe section and at least one clamp section - wherein the pipe section (28, 128) comprises an outward facing flange at each end, the pipe section (28, 128) is split in the longitudinal direction into at least two parts, - wherein the clamp section (26, 126) comprises an inward facing flange (24, 24', 124) at each end and a pipe shaped middle section therebetween, wherein the clamp section (26, 126) is split in the longitudinal direction into at least two parts, wherein said parts are connectable through bolt connections, or through locking pin connections or through straps and - wherein each inward facing flange (24, 24', 124) is adapted to receive the outward facing flange of a pipe section (28, 128) wherein the at least two parts of the clamp section (26, 126) comprise through holes adapted to receive a bolt, characterised in that the at least two parts of the clamp section (26, 126) comprise axial extending tongues (23a, 23b) comprising the through holes adapted to receive a bolt. - wherein the pipe section (28, 128) comprises an outward facing flange at each end, the pipe section (28, 128) is split in the longitudinal direction into at least two parts, - wherein the clamp section (26, 126) comprises an inward facing flange (24, 24', 124) at each end and a pipe shaped middle section therebetween, wherein the clamp section (26, 126) is split in the longitudinal direction into at least two parts, wherein said parts are connectable through bolt connections, or through locking pin connections or through straps and - wherein each inward facing flange (24, 24', 124) is adapted to receive the outward facing flange of a pipe section (28, 128) wherein the at least two parts of the clamp section (26, 126) comprise through holes adapted to receive a bolt, characterised in that the at least two parts of the clamp section (26, 126) comprise axial extending tongues (23a, 23b) comprising the through holes adapted to receive a bolt.
A powered surgical cutting and stapling instrument comprising: at least one sensor to measure at least one parameter associated with the instrument; at least one processor; a memory operatively associated with the processor, the memory including machine executable instructions that when executed by the processor cause the processor to: monitor the at least one sensor over a predetermined time period; and determine a rate of change of the measured parameter; at least one electrode coupled to a sub-therapeutic radio frequency energy source configured to drive a low energy level RF signal through tissue grasped between the first and second jaw members to measure electrical impedance of the tissue; and an end effector comprising a first jaw member and a second jaw member, wherein at least one of the first and second jaw members is movable relative to the other jaw member, and wherein the at least one sensor is positioned on at least one of the first and second jaw members, wherein the processor is configured to receive a signal from the at least one electrode over the predetermined time period, wherein the signal is representative of the tissue impedance, and wherein the processor is configured to determine a rate of change of the tissue impedance over the predetermined period. at least one sensor to measure at least one parameter associated with the instrument; at least one processor; a memory operatively associated with the processor, the memory including machine executable instructions that when executed by the processor cause the processor to: monitor the at least one sensor over a predetermined time period; and determine a rate of change of the measured parameter; monitor the at least one sensor over a predetermined time period; and determine a rate of change of the measured parameter; at least one electrode coupled to a sub-therapeutic radio frequency energy source configured to drive a low energy level RF signal through tissue grasped between the first and second jaw members to measure electrical impedance of the tissue; and an end effector comprising a first jaw member and a second jaw member, wherein at least one of the first and second jaw members is movable relative to the other jaw member, and wherein the at least one sensor is positioned on at least one of the first and second jaw members, wherein the processor is configured to receive a signal from the at least one electrode over the predetermined time period, wherein the signal is representative of the tissue impedance, and wherein the processor is configured to determine a rate of change of the tissue impedance over the predetermined period.
A surgical instrument assembly for use during a surgical procedure to implant an orthopaedic hip prosthesis, comprising a version-replicating instrument comprising an elongated shaft having (i) a first alignment key formed in a distal end thereof, the alignment key having a longitudinal axis, and (ii) an alignment slot formed in an opposite, proximal end thereof, the alignment slot having a longitudinal axis that lies on the same imaginary line as the longitudinal axis of the alignment key, characterised in that the assembly further includes a distal stem component and a proximal trial instrument comprising a trial shaft and a trial neck, the trial neck being rotatable about the trial shaft to allow a version of the trial neck relative to the trial shaft to be selected, the trial shaft having a second alignment key formed in an outer surface and in a distal end thereof, and in which, in a first arrangement the second alignment key formed in the distal end of the proximal trial instrument is configured to mate with a keyway formed in the superior surface of the distal stem component, and in a second arrangement the second alignment key on the proximal trial instrument is configured to mate with the alignment slot formed in the proximal end of the version-replicating instrument, and the first alignment key formed in the distal end of the version-replicating instrument is configured to mate with the keyway formed in the superior surface of the distal stem component.
A method for combining a plurality of eye images into a multifocal image, comprising: registering a plurality of eye images with a plurality of frames into one or more eye image sets with a processor and a memory system; aligning each of the eye images in each of the one or more image sets with a selected reference that resides on the memory system with the processor; characterized by determining in-focus regions of the eye images by calculating gradient images; identifying the in-focus regions with highest resolution from the gradient images; and selecting one or more corresponding in-focus regions from the frames to combine into a multifocal image with a higher resolution than the eye images, the frames and the one or more eye image sets. registering a plurality of eye images with a plurality of frames into one or more eye image sets with a processor and a memory system; aligning each of the eye images in each of the one or more image sets with a selected reference that resides on the memory system with the processor; characterized by determining in-focus regions of the eye images by calculating gradient images; identifying the in-focus regions with highest resolution from the gradient images; and selecting one or more corresponding in-focus regions from the frames to combine into a multifocal image with a higher resolution than the eye images, the frames and the one or more eye image sets.
A modified fibroin, comprising: a domain sequence represented by Formula 1: [ n motif-REP] m, wherein " n motif" represents an amino acid sequence consisting of 4 to 20 amino acid residues and the number of alanine residues relative to the total number of amino acid residues in the n motif is 83% or more, wherein "REP" represents an amino acid sequence consisting of 10 to 200 amino acid residues, wherein "m" represents an integer of 8 to 300, wherein a plurality of n motifs may be the same amino acid sequence or different amino acid sequences, wherein a plurality of REPs may be the same amino acid sequence or different amino acid sequences, wherein the modified fibroin is a protein, and wherein x/y is 50% or more, in the case where the number of amino acid residues in REPs of two adjacent [ n motif-REP] units is sequentially compared from the N-terminal side to the C-terminal side, and the number of amino acid residues in REP having a smaller number of amino acid residues is defined as 1, a maximum value of the total value of the number of amino acid residues in the two adjacent [ n motif-REP] units where the ratio of the number of amino acid residues in the other REP is 1.8 to 11.3 is defined as x, and the total number of amino acid residues of the domain sequence is defined as y. a domain sequence represented by Formula 1: [ n motif-REP] m, wherein " n motif" represents an amino acid sequence consisting of 4 to 20 amino acid residues and the number of alanine residues relative to the total number of amino acid residues in the n motif is 83% or more, wherein "REP" represents an amino acid sequence consisting of 10 to 200 amino acid residues, wherein "m" represents an integer of 8 to 300, wherein a plurality of n motifs may be the same amino acid sequence or different amino acid sequences, wherein a plurality of REPs may be the same amino acid sequence or different amino acid sequences, wherein the modified fibroin is a protein, and wherein x/y is 50% or more, in the case where the number of amino acid residues in REPs of two adjacent [ n motif-REP] units is sequentially compared from the N-terminal side to the C-terminal side, and the number of amino acid residues in REP having a smaller number of amino acid residues is defined as 1, a maximum value of the total value of the number of amino acid residues in the two adjacent [ n motif-REP] units where the ratio of the number of amino acid residues in the other REP is 1.8 to 11.3 is defined as x, and the total number of amino acid residues of the domain sequence is defined as y.
A system comprising one or more media devices, two or more data collectors each including a sensor, and a media studio including a processor and a memory, the memory storing instructions executable by the processor such that the processor is programmed to: receive one or more media input items from one or more respective media devices; receive data representing a value respectively for two or more excitement level parameters of a respective operator for each of the one or more media devices, wherein the value includes a sum of respective products of an associated correction coefficient and an associated sensor output for each of the two or more excitement level parameters, the correction coefficient accounting for a comparison between the associated sensor output for each of the two or more excitement level parameters of a respective operator under predetermined stimulation conditions and generic values for similar measurements of the general population; and generate a media output item based at least in part on the one or more received media input items, and further based at least in part on the data representing the respective value for the two or more excitement level parameters for the respective operators. receive one or more media input items from one or more respective media devices; receive data representing a value respectively for two or more excitement level parameters of a respective operator for each of the one or more media devices, wherein the value includes a sum of respective products of an associated correction coefficient and an associated sensor output for each of the two or more excitement level parameters, the correction coefficient accounting for a comparison between the associated sensor output for each of the two or more excitement level parameters of a respective operator under predetermined stimulation conditions and generic values for similar measurements of the general population; and generate a media output item based at least in part on the one or more received media input items, and further based at least in part on the data representing the respective value for the two or more excitement level parameters for the respective operators.
An anti-theft system for a human-propelled cart, the anti-theft system comprising: a vibration sensor configured to measure vibration data of the human-propelled cart; a communication system configured to communicate with a wheel of the human-propelled cart, the wheel comprising a brake system configured to inhibit rotation of the wheel in response to receipt of a locking signal; and a hardware processor programmed to: analyze the vibration data to determine the cart has received an impulse; analyze the vibration data to determine a vibration signature indicative of ringing of the cart in response to the impulse; determine, based at least partly on the analysis of the vibration data, whether the cart is loaded or unloaded; determine whether the cart has crossed a confinement boundary; determine, based at least partly on the estimate of whether the cart is loaded or unloaded and whether the cart has crossed the confinement boundary, an anti-theft instruction to communicate to the brake system or to an external surveillance system; and communicate the instruction. a vibration sensor configured to measure vibration data of the human-propelled cart; a communication system configured to communicate with a wheel of the human-propelled cart, the wheel comprising a brake system configured to inhibit rotation of the wheel in response to receipt of a locking signal; and a hardware processor programmed to: analyze the vibration data to determine the cart has received an impulse; analyze the vibration data to determine a vibration signature indicative of ringing of the cart in response to the impulse; determine, based at least partly on the analysis of the vibration data, whether the cart is loaded or unloaded; determine whether the cart has crossed a confinement boundary; determine, based at least partly on the estimate of whether the cart is loaded or unloaded and whether the cart has crossed the confinement boundary, an anti-theft instruction to communicate to the brake system or to an external surveillance system; and communicate the instruction. analyze the vibration data to determine the cart has received an impulse; analyze the vibration data to determine a vibration signature indicative of ringing of the cart in response to the impulse; determine, based at least partly on the analysis of the vibration data, whether the cart is loaded or unloaded; determine whether the cart has crossed a confinement boundary; determine, based at least partly on the estimate of whether the cart is loaded or unloaded and whether the cart has crossed the confinement boundary, an anti-theft instruction to communicate to the brake system or to an external surveillance system; and communicate the instruction.
A method for producing a neural stem cell comprising the steps of: (i) introducing Sox2, Oct3/4 and Klf4 as dedifferentiation factors into a somatic cell; and (ii) culturing the dedifferentiation factor-introduced somatic cell for 2 to 14 days; and (iii) float-culturing the dedifferentiation factor-introduced somatic cell cultured in the step (ii) in the presence of LIF and FGF to produce a neurosphere. (i) introducing Sox2, Oct3/4 and Klf4 as dedifferentiation factors into a somatic cell; and (ii) culturing the dedifferentiation factor-introduced somatic cell for 2 to 14 days; and (iii) float-culturing the dedifferentiation factor-introduced somatic cell cultured in the step (ii) in the presence of LIF and FGF to produce a neurosphere.
Polyfunctional polymer comprising: - monomer units u1 carrying phosphonic acid -P(=O) 2 functional groups in acid form or, in all or part, in deprotonated form; - monomer units u2 carrying amine functional groups, optionally protonated in all or part; - monomer units u3 carrying alcohol -OH functional groups; where the amine functional groups of the monomer units u2 comprise primary amines -NH 2 optionally protonated in all or part in the ammonium NH 3 + form. - monomer units u1 carrying phosphonic acid -P(=O) 2 functional groups in acid form or, in all or part, in deprotonated form; - monomer units u2 carrying amine functional groups, optionally protonated in all or part; - monomer units u3 carrying alcohol -OH functional groups; where the amine functional groups of the monomer units u2 comprise primary amines -NH 2 optionally protonated in all or part in the ammonium NH 3 + form.
A casing assembly (1, 1') having at least one configuration for blocking extraneous material, the casing assembly (1, 1') comprising: a first shell part, comprising a contact portion and a first recess portion; and a second shell part (20, 20'), comprising a step portion and a protrusion portion, the step portion being in contact with the contact portion of the first shell part and forming a decorative slot exposed to the outside with the contact portion, the first recess portion located on a side of the contact portion that is located away from the decorative slot, the protrusion portion located on a side of the step portion that is located away from the decorative slot and located in the first recess portion; wherein, the protrusion portion has a top surface facing toward the first recess portion, the first recess portion has a bottom surface, and an idle cavity is formed between the top surface of the protrusion portion and the bottom surface of the first recess portion, wherein a surface of the protrusion portion facing toward a side of the decorative slot is perpendicular to a surface of the step portion in contact with the contact portion, wherein there is no rubber existing in the first recess portion. a first shell part, comprising a contact portion and a first recess portion; and a second shell part (20, 20'), comprising a step portion and a protrusion portion, the step portion being in contact with the contact portion of the first shell part and forming a decorative slot exposed to the outside with the contact portion, the first recess portion located on a side of the contact portion that is located away from the decorative slot, the protrusion portion located on a side of the step portion that is located away from the decorative slot and located in the first recess portion; wherein, the protrusion portion has a top surface facing toward the first recess portion, the first recess portion has a bottom surface, and an idle cavity is formed between the top surface of the protrusion portion and the bottom surface of the first recess portion, wherein a surface of the protrusion portion facing toward a side of the decorative slot is perpendicular to a surface of the step portion in contact with the contact portion, wherein there is no rubber existing in the first recess portion.