mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: receiving a Radio Resource Control, RRC, control message configuring a carrier aggregation, the RRC control message including information indicating an uplink carrier which is used to transmit hybrid automatic repeat request, HARQ, feedback information; receiving, on a first downlink carrier, downlink scheduling information for a second downlink carrier, through a physical downlink control channel, PDCCH, based on the carrier aggregation configured by the RRC control message; receiving, on the second downlink carrier, data based on the downlink scheduling information; and transmitting the HARQ feedback information for the data on the uplink carrier indicated by the information included in the RRC control message. receiving a Radio Resource Control, RRC, control message configuring a carrier aggregation, the RRC control message including information indicating an uplink carrier which is used to transmit hybrid automatic repeat request, HARQ, feedback information; receiving, on a first downlink carrier, downlink scheduling information for a second downlink carrier, through a physical downlink control channel, PDCCH, based on the carrier aggregation configured by the RRC control message; receiving, on the second downlink carrier, data based on the downlink scheduling information; and transmitting the HARQ feedback information for the data on the uplink carrier indicated by the information included in the RRC control message.
Busbar system, comprising at least one busbar, at least one cover element and at least one spacer for holding the cover element spaced from the busbar, wherein the spacer comprises at least one latching element (31, 32) which is engaged with at least one clamping element (21, 22) of the cover element while connecting them, wherein a support element comprises a free end arranged at a distance to the busbar and covering it, wherein the free end of the support element is arranged opposite to the busbar, wherein the spacer is formed by a support element connected to a retaining element (6, 6') via a crossbeam (4, 9), wherein the spacer comprises a fixing device which engages beyond at least one free end of the cover element and/or the busbar in a fixing manner and which comprises a base and which is engaged with the spacer via at least one fixing element (83, 84), wherein the fixing device comprises two fixing elements (83, 84) arranged oppositely to one another on the fixing webs (81, 82), wherein the fixing device comprises two fixing elements (83, 84) arranged on the fixing webs (81, 82) which engage behind a receiving opening of the retaining element (6, 6') if the spacer in a latching manner, characterized in that the retaining element comprises a base and two receiving openings arranged side by side, in that two fixing webs are arranged on the side of the retaining element arranged opposite to the sidewall of the crossbeam, that the width of the fixing webs (81, 82) of the retaining device is selected to approximately correspond to the distance between the retaining web of the retaining element (6, 6) as well as the sidewall of the crossbeam of the spacer, and that one of the fixing elements is formed as a latching hook on one of the fixing webs (81, 82).
A method of producing a new phenotype comprising: (a) producing a library of randomly fused polynucleotides by: (i) creating a starting collection of at least 400 polynucleotides of an organism, wherein each polynucleotide encodes a protein, and wherein the polynucleotides comprise 15 to 100,000 nucleotides, have less than 50% sequence identity and are configured to be placed at the 5' and/or 3' end of the resulting randomly fused polynucleotide; and (ii) randomly pairing polynucleotides from the starting collection to produce randomly fused polynucleotides; (b) transforming the randomly fused polynucleotides according to (a) into host cells; (c) expressing the randomly fused polynucleotides in the cells; (d) selecting from a plurality of cells of step (c) a cell exhibiting a different phenotype as compared to a control cell of the same species cultivated under the same conditions, wherein the control cell does not comprise a randomly fused polynucleotide; and (e) optionally regenerating an organism from the selected cell, wherein the method is not a process for modifying the germ line genetic identity of human beings, and wherein the method is not a process for modifying the genetic identity of animals which is likely to cause them suffering without any substantial medical benefit to man or animal. (a) producing a library of randomly fused polynucleotides by: (i) creating a starting collection of at least 400 polynucleotides of an organism, wherein each polynucleotide encodes a protein, and wherein the polynucleotides comprise 15 to 100,000 nucleotides, have less than 50% sequence identity and are configured to be placed at the 5' and/or 3' end of the resulting randomly fused polynucleotide; and (ii) randomly pairing polynucleotides from the starting collection to produce randomly fused polynucleotides; (i) creating a starting collection of at least 400 polynucleotides of an organism, wherein each polynucleotide encodes a protein, and wherein the polynucleotides comprise 15 to 100,000 nucleotides, have less than 50% sequence identity and are configured to be placed at the 5' and/or 3' end of the resulting randomly fused polynucleotide; and (ii) randomly pairing polynucleotides from the starting collection to produce randomly fused polynucleotides; (b) transforming the randomly fused polynucleotides according to (a) into host cells; (c) expressing the randomly fused polynucleotides in the cells; (d) selecting from a plurality of cells of step (c) a cell exhibiting a different phenotype as compared to a control cell of the same species cultivated under the same conditions, wherein the control cell does not comprise a randomly fused polynucleotide; and (e) optionally regenerating an organism from the selected cell,
Annular piece of jewelry with a plurality of coaxial ring elements connected to each other and moveable in relation to each other, wherein the ring elements comprise an inner ring element and two outer ring elements, and wherein the inner ring element and the outer ring elements can be moved in relation to each other into various positions, in which the outer ring elements cover different outer circumference surface regions of the inner ring element, and wherein the inner ring element (106; 206; 306; 406) is arranged in axial direction between the two outer ring elements (102,104; 202, 204; 302, 304; 402, 404) or between parts (124, 128; 224, 228; 324, 328; 428) of the outer ring elements (102, 104; 202, 204; 302, 304; 402, 404), characterized in that the two outer ring elements (102,104; 202, 204; 302, 304; 402, 404) and the inner ring element (106; 206; 306; 406) are coupled to each other in such a manner that the inner ring element (106; 206; 306; 406) can be moved in axial direction by rotating one of the two outer ring elements (102; 202; 302; 402) in relation to the other one of the two outer ring elements (104; 204; 304; 404).
An optical beam intensity control system, comprising - one or more optical elements changing the intensity of the beam, and - a piezoelectric actuator controlling these optical elements, characterized in that the piezoelectric actuator comprises a thin-walled annular elastic disk, an inner flat surface of which is perforated with elongated slots directed at an acute angle (α) to an outer surface of a thin-walled cylinder, which is elastically attached to the disk at one end, and two thin-walled annular piezoelectric elements concentrically attached to both sides of a flat outer part of the annular elastic disk, the electrodes of which are connected to a signal generator of the piezoelectric actuator, wherein a rotor holding the optical element that changes intensity of the beam due to rotation of the rotor movement is placed in a bearing bracket and is elastically pressed against an outer cylindrical surface of the other end of the thin-walled cylinder - one or more optical elements changing the intensity of the beam, and - a piezoelectric actuator controlling these optical elements,
A delivery device, comprising: a cannulated shaft comprising a proximal portion and a distal portion, the distal portion provided with cutting threads and a cutting tip closing its distal end, said distal portion further provided with one or more holes, the distal portion further comprising cutting flutes, wherein each of the one or more holes are spaced a defined transverse distance along the surface of the distal portion from the cutting flutes; and a hub and luer provided at a proximal end of said proximal portion of the cannulated shaft, further comprising an impact cap, comprising a tapping or hammering receiving surface, configured to removably securely fit over and close the luer, and wherein the cannulated shaft is configured to advance through tissue, by twisting the impact cap, so as to deliver a substance or liquid through the one or more holes. a proximal portion and a distal portion, the distal portion provided with cutting threads and a cutting tip closing its distal end, said distal portion further provided with one or more holes, the distal portion further comprising cutting flutes, wherein each of the one or more holes are spaced a defined transverse distance along the surface of the distal portion from the cutting flutes; and a hub and luer provided at a proximal end of said proximal portion of the cannulated shaft, further comprising an impact cap, comprising a tapping or hammering receiving surface, configured to removably securely fit over and close the luer, and wherein the cannulated shaft is configured to advance through tissue, by twisting the impact cap, so as to deliver a substance or liquid through the one or more holes.
A method of learning to recognize speech using a computer and a deep neural network, the speech being classified to a plurality of categories that can clearly distinguish speech, but having features independent of category, wherein the plurality of categories are different languages, a deep neural network having a category-independent sub-network usable commonly for said plurality of categories and a category dependent sub-network usable for a specific category, features independent of category being processed at the same deep neural network position, the method comprising a step where the computer stores first, second and third sub-networks in a storage medium; each of the first, second and third sub-network including an input layer and an output layer, and a sub-network training step where the computer trains said first, second and third sub-networks with training speech data, the speech data belonging to first and second categories among said plurality of categories but being of one same type of data; wherein said sub-network training step includes a deep neural network training step of the computer training a first deep neural network formed by connecting said second sub-network to an output side of said first sub-network with training speech data belonging to said first category, and training a second deep neural network formed by connecting said third sub-network to an output side of said first sub-network with training speech data belonging to said second category, and thereby realizing learning of said first and second deep neural networks, and a storing step of the computer separating, after completion of said deep neural network training step, said first sub-network from other sub-networks and storing it as said category-independent sub-network in a storage medium. said sub-network training step includes a deep neural network training step of the computer training a first deep neural network formed by connecting said second sub-network to an output side of said first sub-network with training speech data belonging to said first category, and training a second deep neural network formed by connecting said third sub-network to an output side of said first sub-network with training speech data belonging to said second category, and thereby realizing learning of said first and second deep neural networks, and a storing step of the computer separating, after completion of said deep neural network training step, said first sub-network from other sub-networks and storing it as said category-independent sub-network in a storage medium.
Air-conditioning system for a vehicle (1, 1'), comprising: - an air-conditioning bus; - an air-conditioning device, in particular a heater; - an operator control element for adjusting at least one target parameter, in particular a setpoint temperature value, of the air-conditioning device; - a gateway device, which is connected via the air-conditioning bus at least with the air-conditioning device, wherein the gateway device is configured to communicate as a master on the air-conditioning bus and comprises a control device for controlling the air-conditioning device, and wherein the gateway device is configured to initiate a communication sequence with at least one with at least one bus user, in particular the air-conditioning device and/or the operator control element. - an air-conditioning bus; - an air-conditioning device, in particular a heater; - an operator control element for adjusting at least one target parameter, in particular a setpoint temperature value, of the air-conditioning device; - a gateway device, which is connected via the air-conditioning bus at least with the air-conditioning device, the gateway device is configured to communicate as a master on the air-conditioning bus and comprises a control device for controlling the air-conditioning device, and wherein the gateway device is configured to initiate a communication sequence with at least one with at least one bus user, in particular the air-conditioning device and/or the operator control element.
A method for sharing at least one annotation between a first user media terminal and a second user media terminal in a communication network, the at least one annotation being associated with a media stream, the media stream being executed on at least one of the first user media terminal and the second user media terminal, the method comprising: inputting the at least one annotation on the first user media terminal; anchoring the at least one annotation to the media stream, the media stream being executed on the first user media terminal at a first start time; and sending the at least one annotation from the first user media terminal to the second user media terminal using a Peer-to-Peer protocol, the at least one annotation received at the second user media terminal is synchronized; and wherein the at least one annotation received at the second user media terminal is synchronized with the media stream based on a relative start time of the media stream on the first user media terminal and the second user media terminal, and wherein the relative start time is determined based on a relative clock skew, the relative clock skew being calculated directly between the first user media terminal and the second user media terminal. inputting the at least one annotation on the first user media terminal; anchoring the at least one annotation to the media stream, the media stream being executed on the first user media terminal at a first start time; and sending the at least one annotation from the first user media terminal to the second user media terminal using a Peer-to-Peer protocol, the at least one annotation received at the second user media terminal is synchronized; and wherein the at least one annotation received at the second user media terminal is synchronized with the media stream based on a relative start time of the media stream on the first user media terminal and the second user media terminal, and wherein the relative start time is determined based on a relative clock skew, the relative clock skew being calculated directly between the first user media terminal and the second user media terminal.
An apparatus for detecting abnormality of a current sensor operative to measure a charge or discharge current of a battery pack, the apparatus comprising: a voltage sensor configured to measure voltage on both ends of the battery pack; and a controller configured to detect abnormality of the current sensor by receiving the measured current and voltage values from the current sensor and the voltage sensor, respectively, and compare variations in current and voltage over a predetermined time with a current reference value and a voltage reference value, respectively, characterized in that the controller is configured to determine that abnormality exists in the current sensor if the voltage variation is equal to or smaller than the voltage reference value and the current variation is larger than the current reference value. a voltage sensor configured to measure voltage on both ends of the battery pack; and a controller configured to detect abnormality of the current sensor by receiving the measured current and voltage values from the current sensor and the voltage sensor, respectively, and compare variations in current and voltage over a predetermined time with a current reference value and a voltage reference value, respectively, characterized in that the controller is configured to determine that abnormality exists in the current sensor if the voltage variation is equal to or smaller than the voltage reference value and the current variation is larger than the current reference value.
Process for controlling the amount of urea crystals present in an exhaust line comprising a catalytic converter for the selective catalytic reduction of nitrogen oxides (NOx) by means of a reducing agent, referred to as SCR, said process comprising the following steps: i) a step of heating the exhaust line to a temperature sufficient to sublimate the urea crystals, the heating step being periodically triggered on the basis of the result obtained from a computational model, said computational model being intended to estimate, at the current instant (t), the amount of urea crystals (MCt) present in the exhaust line, during this heating step, the amount of nitrogen oxides and/or the amount of reducing agent at the inlet and at the outlet of the catalytic converter are measured, then ii) a step of calculating the amount of urea crystals (MC m) present in the exhaust line from the measurements carried out in step i), then iii) a step of adjusting said computational model by means of the amount of urea crystals calculated in step ii). i) a step of heating the exhaust line to a temperature sufficient to sublimate the urea crystals, the heating step being periodically triggered on the basis of the result obtained from a computational model, said computational model being intended to estimate, at the current instant (t), the amount of urea crystals (MCt) present in the exhaust line, during this heating step, the amount of nitrogen oxides and/or the amount of reducing agent at the inlet and at the outlet of the catalytic converter are measured, then ii) a step of calculating the amount of urea crystals (MC m) present in the exhaust line from the measurements carried out in step i), then iii) a step of adjusting said computational model by means of the amount of urea crystals calculated in step ii).
A dental impression tray for use in obtaining an impression of at least a part of a dental structure, the dental impression tray comprising a tray portion adapted to be loaded with impression material, the tray portion being contoured to fit over at least a part of both the upper and lower dental structure (31, 32) of a patient such that an impression can be obtained simultaneously from both the upper and the lower dental structure (31, 32), the tray portion having a holding section with a first side facing in a first direction and a second side placed opposite the first side and facing in a second direction that is opposite to the first direction, each of the first and second side (61, 62) of the holding section having at least one fastener by means of which the holding section can be locked to a holder having a part with a shape that is complementary in shape to the fasteners on the holding section, the fasteners on both sides of the holding section having the same form such that each side of the holding section can be locked to one and the same holder, wherein the dental impression tray further comprises a handle that can be secured to the tray portion and removed from the tray portion for placing the tray portion in the mouth of a patient while guiding the tray portion by means of the handle and making an impression of at least a part of the patient's upper and lower dental structure, the handle being provided with fastening elements (16,17) that are complementary in shape to the fasteners on at least one of the opposite sides of the holding section, and wherein an outer surface of the dental impression tray is provided with at least one fiduciary marker.
An electromagnetic system, comprising: a magnetic yoke; a coil mounted in the magnetic yoke; a lower iron core accommodated in a lower portion of the coil and fixed to the magnetic yoke; a top plate located above the coil and fixed to the magnetic yoke; an upper iron core having a central axis and a lower portion which is accommodated in the coil and an upper portion which passes through the top plate; an armature located above the top plate and fixedly connected to the upper iron core, a plurality of first curved grooves being formed in a bottom surface of the armature, and a plurality of second curved grooves, corresponding to the plurality of first curved grooves respectively, being formed in a top surface of the top plate; and a plurality of balls each configured to roll in the first curved groove and the corresponding second curved groove; wherein each first curved grooves has a depth gradually deepened from a first end to a second end thereof, such that a force applied on the armature by the ball is inclined to the central axis of the upper iron core to drive the armature to rotate around the central axis, characterized in that the electromagnetic system further comprises a magnetic isolation ring disposed between the upper iron core and the top plate, the upper iron core being configured to move in a vertical direction with respect to the magnetic isolation ring and where the central axis is parallel to the vertical direction. a magnetic yoke; a coil mounted in the magnetic yoke; a lower iron core accommodated in a lower portion of the coil and fixed to the magnetic yoke; a top plate located above the coil and fixed to the magnetic yoke; an upper iron core having a central axis and a lower portion which is accommodated in the coil and an upper portion which passes through the top plate; an armature located above the top plate and fixedly connected to the upper iron core, a plurality of first curved grooves being formed in a bottom surface of the armature, and a plurality of second curved grooves, corresponding to the plurality of first curved grooves respectively, being formed in a top surface of the top plate; and a plurality of balls each configured to roll in the first curved groove and the corresponding second curved groove; wherein each first curved grooves has a depth gradually deepened from a first end to a second end thereof, such that a force applied on the armature by the ball is inclined to the central axis of the upper iron core to drive the armature to rotate around the central axis, characterized in that the electromagnetic system further comprises a magnetic isolation ring disposed between the upper iron core and the top plate, the upper iron core being configured to move in a vertical direction with respect to the magnetic isolation ring and where the central axis is parallel to the vertical direction.