mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, information including a number of configured repetitions related to an uplink channel; mapping the uplink channel to a plurality of actual repetitions, wherein a configured repetition includes one or more actual repetitions, the configured repetitions include at least one first configured repetition and at least one second configured repetition, each of the at least one first configured repetition includes two or more contiguous actual repetitions, and each of the at least one second configured repetition includes one actual repetition; mapping at least one sounding reference signal, SRS, resource to each of the plurality of actual repetitions; and transmitting, to a base station, the uplink channel based on the at least one SRS resource in each of the plurality of actual repetitions, wherein the SRS resources mapped to two or more contiguous actual repetitions included in each of the at least one first configured repetition are same. receiving, from a base station, information including a number of configured repetitions related to an uplink channel; mapping the uplink channel to a plurality of actual repetitions, wherein a configured repetition includes one or more actual repetitions, the configured repetitions include at least one first configured repetition and at least one second configured repetition, each of the at least one first configured repetition includes two or more contiguous actual repetitions, and each of the at least one second configured repetition includes one actual repetition; mapping at least one sounding reference signal, SRS, resource to each of the plurality of actual repetitions; and transmitting, to a base station, the uplink channel based on the at least one SRS resource in each of the plurality of actual repetitions, wherein the SRS resources mapped to two or more contiguous actual repetitions included in each of the at least one first configured repetition are same.
Centering device intended for use in an automatic bar loader for a lathe, comprising a channel with a rectilinear axis intended for the passage of a bar from the loader to the lathe and with an inlet end for the bar and an opposite outlet end allowing the bar to exit towards the lathe, comprising mobile jaws on the sides of the channel for defining an adjustable through-aperture in the channel, wherein the jaws are mounted in a supporting slider of the centering device so as to be slidable in the supporting slider radially relative to the channel, characterized in that the centering device is configured such that the supporting slider is slidable along the channel against the action of elastic means of the centering device in response to a thrust against the jaws towards said outlet end, so as to move between a first position closer to the inlet end, in which the jaws are in a first position projecting into the channel with their operative surfaces, and a second position closer to the outlet end, in which the jaws can slide inside the supporting slider so as to move radially away from said first position projecting into the channel. wherein the jaws are mounted in a supporting slider of the centering device so as to be slidable in the supporting slider radially relative to the channel, characterized in that the centering device is configured such that the supporting slider is slidable along the channel against the action of elastic means of the centering device in response to a thrust against the jaws towards said outlet end, so as to move between a first position closer to the inlet end, in which the jaws are in a first position projecting into the channel with their operative surfaces, and a second position closer to the outlet end, in which the jaws can slide inside the supporting slider so as to move radially away from said first position projecting into the channel.
An essentially horizontally arranged rotary drum furnace for thermal cracking of plastic, comprising a heatable furnace housing defining a furnace chamber, the furnace chamber incorporating an axially extending tubular infeed device, the drum being rotatable in relation to the infeed device, the infeed device comprising, in the furnace chamber, a plurality of exit openings spaced axially at a distance from each other, the furnace comprising an outfeed opening at an axial end thereof, characterized in that means are located in the tubular infeed device to displace plastic in molten state in the direction of the outfeed opening therethrough.
A projection optical system comprising: a base; a mirror; and a pair of first actuators provided between the base and the mirror, the pair of first actuators configured to face each other in a first direction, characterised in that each of the pair of first actuators comprises a first electroactive polymer film having structural flexibility such that a size of the first electroactive polymer film is changeable based on an applied voltage, and wherein the mirror is adjustable based on a change in the size of the first electroactive polymer film, wherein the first electroactive polymer film has a first surface and a second surface, and each of the pair of first actuators further comprises: a first electrode provided on the first surface; a second electrode provided on the second surface; a first stretch maintaining film provided to surround the first electrode; and a pair of first hinge elements provided on the first stretch maintaining film; wherein the first stretch maintaining film comprises a hole, and the first electrode is provided in the hole. a base; a mirror; and a pair of first actuators provided between the base and the mirror, the pair of first actuators configured to face each other in a first direction, characterised in that each of the pair of first actuators comprises a first electroactive polymer film having structural flexibility such that a size of the first electroactive polymer film is changeable based on an applied voltage, and wherein the mirror is adjustable based on a change in the size of the first electroactive polymer film, wherein the first electroactive polymer film has a first surface and a second surface, and each of the pair of first actuators further comprises: a first electrode provided on the first surface; a second electrode provided on the second surface; a first stretch maintaining film provided to surround the first electrode; and a pair of first hinge elements provided on the first stretch maintaining film; wherein the first stretch maintaining film comprises a hole, and the first electrode is provided in the hole. a first electrode provided on the first surface; a second electrode provided on the second surface; a first stretch maintaining film provided to surround the first electrode; and a pair of first hinge elements provided on the first stretch maintaining film; wherein the first stretch maintaining film comprises a hole, and the first electrode is provided in the hole.
A method of forming an F-containing calcium phosphate cement material suitable for use in bone defect and endodontic applications, said method comprising mixing a powder mixture and a cement liquid wherein: said powder mixture consists of: (i) dicalcium phosphate anhydrous (DCPA) and/or dicalcium phosphate dihydrate (DCPD); and (ii) at least one compound having a Ca/P molar ratio of 1.5 or higher, said at least one compound selected from the group consisting of alpha tricalcium phosphate (aTCP), beta tricalcium phosphate (βTCP), amorphous calcium phosphate, tetracalcium phosphate (TTCP), calcium oxide (CaO) and calcium carbonate (CaCO 3); and said cement liquid is a phosphate-containing solution having a pH in the range of 0.1 to 12 and a phosphate concentration in the range of 0.1 to 3.0 moles/liter, and wherein said powder mixture and/or cement liquid comprises a soluble fluoride compound selected from the group consisting of sodium fluoride (NaF), potassium fluoride, and hydrogen fluoride. said powder mixture consists of: (i) dicalcium phosphate anhydrous (DCPA) and/or dicalcium phosphate dihydrate (DCPD); and (ii) at least one compound having a Ca/P molar ratio of 1.5 or higher, said at least one compound selected from the group consisting of alpha tricalcium phosphate (aTCP), beta tricalcium phosphate (βTCP), amorphous calcium phosphate, tetracalcium phosphate (TTCP), calcium oxide (CaO) and calcium carbonate (CaCO 3); and (i) dicalcium phosphate anhydrous (DCPA) and/or dicalcium phosphate dihydrate (DCPD); and (ii) at least one compound having a Ca/P molar ratio of 1.5 or higher, said at least one compound selected from the group consisting of alpha tricalcium phosphate (aTCP), beta tricalcium phosphate (βTCP), amorphous calcium phosphate, tetracalcium phosphate (TTCP), calcium oxide (CaO) and calcium carbonate (CaCO 3); and said cement liquid is a phosphate-containing solution having a pH in the range of 0.1 to 12 and a phosphate concentration in the range of 0.1 to 3.0 moles/liter,
A method for generating a key in a handover process between a User Equipment, UE, located in a source evolved Node-B, source eNB, a target eNB and a mobility management entity, MME, comprising following steps of: the MME learning all adjacent eNBs of the source eNB (S130, S320), generating keys for the source eNB and each of the adjacent eNBs respectively (S140, S325), encrypting the keys with a corresponding eNB public key respectively to obtain cipher texts (S150, S330), and sending all cipher texts, keys and eNB identifiers to the UE (S160, S335); and, in a handover process of the UE, a target eNB obtaining a cipher text corresponding to the target eNB from the UE and decrypting the cipher text with the target eNB's own private key to obtain the key (S260, S385). the MME learning all adjacent eNBs of the source eNB (S130, S320), generating keys for the source eNB and each of the adjacent eNBs respectively (S140, S325), encrypting the keys with a corresponding eNB public key respectively to obtain cipher texts (S150, S330), and sending all cipher texts, keys and eNB identifiers to the UE (S160, S335); and, in a handover process of the UE, a target eNB obtaining a cipher text corresponding to the target eNB from the UE and decrypting the cipher text with the target eNB's own private key to obtain the key (S260, S385).
A method performed by a base station for supporting narrow band Internet of things, NB-IoT, communication performed by an NB-IoT device in a cellular system, the method comprising: transmitting, by the base station to the NB-IoT device, system information including a 2 bits mode indication field indicating an operation mode of the NB-IoT device within a bandwidth of the cellular system for performing the NB-IoT communication, the operation mode corresponding to one of a plurality of operation modes; and transmitting, by the base station to the NB-IoT device, control information and data based on the system information, wherein the operation modes include a guard-band mode, an in-band mode, and a standalone mode. transmitting, by the base station to the NB-IoT device, system information including a 2 bits mode indication field indicating an operation mode of the NB-IoT device within a bandwidth of the cellular system for performing the NB-IoT communication, the operation mode corresponding to one of a plurality of operation modes; and transmitting, by the base station to the NB-IoT device, control information and data based on the system information, wherein the operation modes include a guard-band mode, an in-band mode, and a standalone mode.
A security element comprising a magnetic layer and a print layer disposed on a translucent substrate, the print layer being disposed between the magnetic layer and the substrate, wherein the magnetic layer comprises a composition having magnetic or magnetisable particles therein, each particle having at least one substantially planar surface, wherein the print layer includes printed authentication data and the magnetic or magnetisable particles are orientated such that in a region of the magnetic layer covering at least part of the authentication data, at least some of the magnetic or magnetisable particles are orientated with their planar surfaces substantially parallel to the plane of the substrate, such that the authentication data is substantially concealed when the security element is viewed in reflected light at least along the normal to the substrate, and wherein the printed authentication data is of sufficient optical density that the authentication data is visible through the region of the magnetic layer when viewed in transmitted light.
Brush device for a rotating electrical machine having magnets, in particular a starter for a motor vehicle combustion engine, this device comprising means for adapting a commutation angle (α) of the rotating electrical machine, this commutation angle (α) corresponding to an angular offset between a geometrical axis of a brush of the device and a geometrical axis of a magnet of the rotating electrical machine associated with this brush, these geometrical axes passing through an axis of rotation of the rotating electrical machine, and in which device the means for adapting the commutation angle (α) are able to select a commutation angle (α) from a plurality of predetermined commutation angles (α1, α2), the means being arranged to block the said device in rotation with respect to a yoke of the rotating electrical machine.
Device for alternately inserting a first ram or a second ram into a ram feeder, wherein the first ram and the second ram are arranged on a holding plate so as to be displaceable in a first movement direction, wherein the ram feeder is displaceable in a second movement direction, wherein the first movement direction is orthogonal to the second movement direction, characterized in that the ram feeder has a guide sleeve which has a stripping claw receiving slot. the first ram and the second ram are arranged on a holding plate so as to be displaceable in a first movement direction, wherein the ram feeder is displaceable in a second movement direction, wherein the first movement direction is orthogonal to the second movement direction, characterized in that the ram feeder has a guide sleeve which has a stripping claw receiving slot.
A communications node for use in a communications network having a core network and a base station that can communicate with a plurality of mobile devices, the base station having a membership based access mode and a non-membership based access mode, the communications node being included in the core network, the communications node comprising: a memory for storing a list of membership identifiers associated with the base station when the base station is operating in said membership based access mode; a communication module for receiving a configuration message from the base station indicating that the base station has changed from the membership based access mode to the non-membership based access mode; and a control module operable to process the received configuration message and to determine that the base station has changed from said membership based access mode to the non-membership based access mode and, in response to such determination, to delete the stored list of membership identifiers associated with the base station wherein the configuration message indicates that the base station has changed from the membership based access mode to the non-membership based access mode by not including a list of membership identifiers in the configuration message. a memory for storing a list of membership identifiers associated with the base station when the base station is operating in said membership based access mode; a communication module for receiving a configuration message from the base station indicating that the base station has changed from the membership based access mode to the non-membership based access mode; and a control module operable to process the received configuration message and to determine that the base station has changed from said membership based access mode to the non-membership based access mode and, in response to such determination, to delete the stored list of membership identifiers associated with the base station
A control device of an automatic transmission, comprising: a torque converter and a lock-up clutch which are arranged between an engine and an automatic transmission; and an up-shift control means that, when an up-shift is required with an accelerator pedal kept depressed by a driver, lowers an engaging capacity of releasing side engaging elements engaged at a speed stage before a gear shifting and then increases an engaging capacity of engaging side engaging elements engaged at a speed stage after the gear shifting thereby to establish a power-on up-shift, characterised in that the up-shift control means is configured in that when the acceleration pedal is released from the driver during the time when the power-on up-shift is being carried out, the power-on up-shift is continued while lowering the engaging capacity of the lock-up clutch. a torque converter and a lock-up clutch which are arranged between an engine and an automatic transmission; and an up-shift control means that, when an up-shift is required with an accelerator pedal kept depressed by a driver, lowers an engaging capacity of releasing side engaging elements engaged at a speed stage before a gear shifting and then increases an engaging capacity of engaging side engaging elements engaged at a speed stage after the gear shifting thereby to establish a power-on up-shift, characterised in that the up-shift control means is configured in that when the acceleration pedal is released from the driver during the time when the power-on up-shift is being carried out, the power-on up-shift is continued while lowering the engaging capacity of the lock-up clutch.
A method for detecting defects for monitoring a process producing a food product, said method comprising the steps of: a) capturing a color image of said food product in a visible spectrum, b) transforming said color image into a t 1 -t 2 score space via multivariate image analysis to reveal a data set, c) determining whether a defect exists based on said data set, wherein said defect occurs when said data set reveals that at least 10% of an imaged area of said imaged food product comprises a soft center, and d) rejecting (130, 140) said food product having said defect within 0.002 seconds after said determining by sending a signal to downstream sorting equipment comprising air solenoid valves connected to air nozzles, wherein said multivariate image analysis occurs by an algorithm programmed into a field programmable gate array. a) capturing a color image of said food product in a visible spectrum, b) transforming said color image into a t 1 -t 2 score space via multivariate image analysis to reveal a data set, c) determining whether a defect exists based on said data set, wherein said defect occurs when said data set reveals that at least 10% of an imaged area of said imaged food product comprises a soft center, and d) rejecting (130, 140) said food product having said defect within 0.002 seconds after said determining by sending a signal to downstream sorting equipment comprising air solenoid valves connected to air nozzles,
A DDPCM method for compressing a block of pixels having associated pixel parameter values, said method comprising the steps of: - determining a reference codeword as a representation of a reference pixel parameter value; - determining a row slope codeword as a representation of a basic parameter slope for the rows of said block; - determining a column slope codeword as a representation of a basic parameter slope for the columns of said block; - generating, for a row or a column in said block and based on at least a portion of said pixel parameter values of said row or said column, a representation indicating pixel positions where a slope change occurs along said at least a portion of said row or said column; - repeating said generating step for at least a portion of said rows or said columns in said block; characterized by - determining a mode codeword as a representation of a set of multiple slope correction patterns, each slope correction pattern is a specific, predefined representation indicating position-dependent slope correctors applicable along a row or column; and - determining, for said at least one row or column in said block, a pattern codeword as a representation of a slope correction pattern of said set based on said position-indicating representation generated for said row or said column - generating a compressed block comprising said reference codeword, row slope codeword, column slope codeword, mode codeword and pattern codeword. - determining a reference codeword as a representation of a reference pixel parameter value; - determining a row slope codeword as a representation of a basic parameter slope for the rows of said block; - determining a column slope codeword as a representation of a basic parameter slope for the columns of said block; - generating, for a row or a column in said block and based on at least a portion of said pixel parameter values of said row or said column, a representation indicating pixel positions where a slope change occurs along said at least a portion of said row or said column; - repeating said generating step for at least a portion of said rows or said columns in said block; characterized by - determining a mode codeword as a representation of a set of multiple slope correction patterns, each slope correction pattern is a specific, predefined representation indicating position-dependent slope correctors applicable along a row or column; and - determining, for said at least one row or column in said block, a pattern codeword as a representation of a slope correction pattern of said set based on said position-indicating representation generated for said row or said column - generating a compressed block comprising said reference codeword, row slope codeword, column slope codeword, mode codeword and pattern codeword.
A method for producing electricity, and hydrogen or syngas, using a molten carbonate fuel cell, the method comprising: introducing an anode fuel stream comprising reformable fuel into an anode inlet of an anode of a molten carbonate fuel cell; introducing a cathode inlet stream comprising CO 2 and O 2 into a cathode inlet of a cathode of the molten carbonate fuel cell; operating the molten carbonate fuel cell to generate electricity at a thermal ratio of 1.3 or less; generating an anode exhaust from an anode outlet of the molten carbonate fuel cell; and separating from the anode exhaust a hydrogen-containing stream, a syngas-containing stream, or a combination thereof, wherein thermal ratio is the heat produced by exothermic reactions in a fuel cell assembly divided by the endothermic heat demand of reforming reactions occurring within the fuel cell assembly.
A method of auto-tuning a first circuit associated with an upstream transducer UPT and a second circuit associated with a downstream transducer DNT for reciprocal operation in an ultrasonic flowmeter, the method comprising: exchanging signals between the upstream transducer and the downstream transducer; characterised in that the method further comprises: comparing respective maximum amplitudes of an upstream signal and a downstream signal; and responsive to determining that the respective maximum amplitudes do not match, correcting the mismatch; wherein correcting the mismatch comprises adjusting an impedance value in at least one of the first circuit and the second circuit. comparing respective maximum amplitudes of an upstream signal and a downstream signal; and responsive to determining that the respective maximum amplitudes do not match, correcting the mismatch; wherein correcting the mismatch comprises adjusting an impedance value in at least one of the first circuit and the second circuit.