mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: transmitting (510, 710), by a network node, a configuration for random access comprising a value indicative of a number of Zadoff-Chu, ZC, sequence roots, M, and a number of repetitions, N, if a difference between a first round-trip delay time between the network node and a first wireless device and a second round-trip delay time between the network node and a second wireless device is greater than a symbol time, T symbol, that is a time duration of each ZC sequence of the M concatenated ZC sequences, transmitting, by the network node, a cyclic shift configuration, if the difference between the first round-trip delay time and the second round-trip delay time is smaller than the symbol time, T symbol; and receiving (520, 720), from one or more wireless devices, one or more random access preambles based on the configuration, respectively, wherein in case the configuration for random access comprises the values M and N the received random access preamble or each of the received random access preambles comprises M concatenated ZC sequences with different roots, and wherein each of the M concatenated ZC sequences is repeated based on N. transmitting (510, 710), by a network node, a configuration for random access comprising a value indicative of a number of Zadoff-Chu, ZC, sequence roots, M, and a number of repetitions, N, if a difference between a first round-trip delay time between the network node and a first wireless device and a second round-trip delay time between the network node and a second wireless device is greater than a symbol time, T symbol, that is a time duration of each ZC sequence of the M concatenated ZC sequences, transmitting, by the network node, a cyclic shift configuration, if the difference between the first round-trip delay time and the second round-trip delay time is smaller than the symbol time, T symbol; and receiving (520, 720), from one or more wireless devices, one or more random access preambles based on the configuration, respectively, wherein in case the configuration for random access comprises the values M and N the received random access preamble or each of the received random access preambles comprises M concatenated ZC sequences with different roots, and wherein each of the M concatenated ZC sequences is repeated based on N.
A lighting device (101-104, 106) for outside use comprising a lighting body and a socket body (301-302, 304, 306-308), the lighting body comprises an lighting unit, a first electrical connection (702, 705-706) and a first locking member (902, 906), the socket body (301-302, 304, 306-308) comprises a second electrical connection (802, 806-808) and a second locking member (1002, 1006), wherein the first and second electrical connections (702, 705-706; 802, 806-808) are arranged to connect to each other in a closed position in order supply the lighting unit with power and further wherein the first locking member and the second locking member (902, 906; 1002, 1006) are arranged for locking and unlocking the lighting body to the socket body (301-302, 304, 306-308) in said closed position characterized in that the lighting body comprises a first fastening device (1503, 1506), where the first fastening device (1503, 1506) comprises a rear wall with an internally located contact surface (601 - 603, 606) and the socket body (301-302, 304, 306-308) comprises a second fastening device having a projecting socket part (501 - 502, 506 - 508), wherein the contact surface (601 - 603, 606) and the projecting socket part (501 - 502, 506 - 508) interact to form a point of contact at least at connection of the lighting body (201 - 206) to the socket body (301 - 302, 304, 306 - 308) wherein the first and second fastening devices (1503, 1506; 2206) are arranged to interact at least at connection of the lighting body to the socket body (301-302, 304, 306-308) by in a first open position allowing a rotational relative motion between the lighting body and the socket body (301-302, 304, 306-308) around the point of contact both in azimuth direction and elevation direction and by the point of contact simultaneously locking a relative motion between the lighting body and the socket body (301-302, 304, 306-308) in a longitudinal direction, wherein the lighting body comprises a first guiding means and the socket body (301-302, 304, 306-308) comprises a second guiding means (1804, 1807-1808), which first and second guiding means (1203-1204; 1804, 1807-1808) are arranged to interact at least at connection of the lighting body to the socket body (301-302, 304, 306-308) by in a second open position (401-402, 406) allowing a relative motion between the lighting body and the socket body (301-302, 304, 306-308) only in elevation direction around the the point of contact.
A method of producing regenerated cellulose and hemicellulose from a cellulose and hemicellulose containing fibre pulp prepared by chemical cooking from lignocellulosic material, characterised in that the hemicellulose and the cellulose, respectively, are separated from the fibre pulp into separate fractions - by first dissolving the hemicellulose and then, correspondingly, the cellulose into a water-miscible organic solvent, said organic solvent being NMMO or an ionic liquid, or its aqueous solution, in order to generate a first solution which comprises mainly dissolved hemicellulose, and a second solution which comprises mainly dissolved cellulose, and in which case the water content in the first solution is higher than the water content in the second solution, and - the hemicellulose is precipitated from the first solution, in order to produce regenerated hemicellulose, and the cellulose is precipitated from the second solution, in order to produce regenerated cellulose, by increasing the water content in the first and, correspondingly, the second solution. - by first dissolving the hemicellulose and then, correspondingly, the cellulose into a water-miscible organic solvent, said organic solvent being NMMO or an ionic liquid, or its aqueous solution, in order to generate a first solution which comprises mainly dissolved hemicellulose, and a second solution which comprises mainly dissolved cellulose, and in which case the water content in the first solution is higher than the water content in the second solution, and - the hemicellulose is precipitated from the first solution, in order to produce regenerated hemicellulose, and the cellulose is precipitated from the second solution, in order to produce regenerated cellulose, by increasing the water content in the first and, correspondingly, the second solution.
A compound, or a pharmaceutically acceptable salt thereof, for use in treating, improving, or inhibiting the development of a disease or functional disorder of the central nervous system and/or peripheral nervous system, wherein the disease or functional disorder is selected from the group consisting of a cerebral infarction, a spinal infarction, a cerebral hemorrhage, a spinal hemorrhage, facial palsy, quadriplegia, a neurodegenerative disease, Alzheimer's disease, Down syndrome, depression, Parkinson's disease, and Huntington's disease, wherein the compound is where R 2, R 3, R 4, R 5, R 6, R 7, R 8, and R 9 are independently a hydrogen atom, a halogen atom, a carboxyl group, an amino group, a hydroxyl group, a C 1-4 alkyl group, or a halogen-substituted C 1-4 alkyl group. wherein the disease or functional disorder is selected from the group consisting of a cerebral infarction, a spinal infarction, a cerebral hemorrhage, a spinal hemorrhage, facial palsy, quadriplegia, a neurodegenerative disease, Alzheimer's disease, Down syndrome, depression, Parkinson's disease, and Huntington's disease, wherein the compound is where R 2, R 3, R 4, R 5, R 6, R 7, R 8, and R 9 are independently a hydrogen atom, a halogen atom, a carboxyl group, an amino group, a hydroxyl group, a C 1-4 alkyl group, or a halogen-substituted C 1-4 alkyl group.
A protective collar for at least partially receiving an actuating element which extends through a housing of a control unit and projects beyond an outer side of the housing, the protective collar comprising the following: a base having a central through-opening for passing parts of the actuating element therethrough; and a first circumferential collar radially spaced with respect to the central through-opening and extending from an upper side of the base in a first direction; wherein the first circumferential collar has at least two cut-outs such that the first circumferential collar forms at least two wings; and wherein at least one of the wings has at least one predetermined breaking point extending in the circumferential direction. a base having a central through-opening for passing parts of the actuating element therethrough; and a first circumferential collar radially spaced with respect to the central through-opening and extending from an upper side of the base in a first direction; wherein the first circumferential collar has at least two cut-outs such that the first circumferential collar forms at least two wings; and wherein at least one of the wings has at least one predetermined breaking point extending in the circumferential direction.
A method of signal processing an input signal in a hearing aid to avoid entrainment, the hearing aid including a receiver and a microphone, the method comprising: using a transform domain adaptive feedback cancellation filter to measure an acoustic feedback path from the receiver to the microphone, including separating an input signal of the transform domain adaptive feedback cancellation filter to a plurality of eigen components each representing a particular frequency band; analyzing a measure of eigenvalue spread of the input signal autocorrelation matrix against a predetermined threshold for indication of entrainment of the transform domain adaptive feedback cancellation filter, the threshold being a constant; and upon indication of entrainment of the transform domain adaptive feedback cancellation filter, changing an adaptation rate of the transform domain adaptive feedback cancellation filter for each eigen component of the plurality of eigen components. using a transform domain adaptive feedback cancellation filter to measure an acoustic feedback path from the receiver to the microphone, including separating an input signal of the transform domain adaptive feedback cancellation filter to a plurality of eigen components each representing a particular frequency band; analyzing a measure of eigenvalue spread of the input signal autocorrelation matrix against a predetermined threshold for indication of entrainment of the transform domain adaptive feedback cancellation filter, the threshold being a constant; and upon indication of entrainment of the transform domain adaptive feedback cancellation filter, changing an adaptation rate of the transform domain adaptive feedback cancellation filter for each eigen component of the plurality of eigen components.
Membrane (1, 41, 42, 43) for tent constructions, façade linings, tarpaulins or banners, comprising at least one cloth-like material fastened by means of tensioning means, the material being divided into at least two regions, characterized in that a first, inner region has a lower extensibility, and a second, outer region has a higher extensibility, and the outer region consists of a material in which the binding of the meshes permits a transmission of the introduced tensile forces, wherein a pretensioning of the membrane (1, 41, 42, 43) is effected via fastening points located in the region of higher extensibility so that the occurring tensile forces can be introduced into the region of lower extensibility via the regions of higher extensibility.
A method for optimizing an abandoned call notification, wherein the method comprising the steps of: - arriving, of a call from a caller, on an Emergency Service Routing Proxy, ESRP, element in an Emergency Service Internet Protocol network, ESlnet; - verifying, by the ESRP element, that the call is considered abandoned; - performing, by the ESRP element, a rebid to obtain a fresh update of the caller location; - performing, by the ESRP element, an Emergency Call Routing Function, ECRF, query, to obtain the routing information of the original routing target Public Safety Answering Point, PSAP, element; - sending, by an extracted ESRP destination of the original routing target PSAP, to the ESRP element a SIP Notify message that carries the state of the original routing target PSAP; - verifying, by the ESRP element, if the state of the original routing target PSAP is functional; - sending, by the ESRP destination, to the ESRP element a SIP Subscribe request message for abandoned call details; and - sending, by the ESRP element, to the ESRP destination a SIP Notify message which carries the abandoned call details. - arriving, of a call from a caller, on an Emergency Service Routing Proxy, ESRP, element in an Emergency Service Internet Protocol network, ESlnet; - verifying, by the ESRP element, that the call is considered abandoned; - performing, by the ESRP element, a rebid to obtain a fresh update of the caller location; - performing, by the ESRP element, an Emergency Call Routing Function, ECRF, query, to obtain the routing information of the original routing target Public Safety Answering Point, PSAP, element; - sending, by an extracted ESRP destination of the original routing target PSAP, to the ESRP element a SIP Notify message that carries the state of the original routing target PSAP; - verifying, by the ESRP element, if the state of the original routing target PSAP is functional; - sending, by the ESRP destination, to the ESRP element a SIP Subscribe request message for abandoned call details; and - sending, by the ESRP element, to the ESRP destination a SIP Notify message which carries the abandoned call details.
A plating or coating method for producing a metal-ceramic composite coating on a substrate characterised by adding a sol of a ceramic phase to the plating solution or electrolyte in an amount controlled to be sufficiently low that nanoparticles of the ceramic phase form directly onto or at the substrate, wherein molecules of the ceramic phase exist in a net-structure in the sol, wherein the sol is added in a ratio of 0.5 to 100 ml of sol per litre of the plating solution, wherein the sol has a concentration of 20 to 250 grams of the ceramic phase per litre of the sol, and wherein the ceramic phase is a single or mixed oxide or silicate of Ti, W, Si, Zr, Al, Y, Cr, Fe, Pb, Co, or a rare earth element, such that the metal-ceramic coating forms on the substrate with a predominantly crystalline structure. wherein molecules of the ceramic phase exist in a net-structure in the sol, wherein the sol is added in a ratio of 0.5 to 100 ml of sol per litre of the plating solution, wherein the sol has a concentration of 20 to 250 grams of the ceramic phase per litre of the sol, and wherein the ceramic phase is a single or mixed oxide or silicate of Ti, W, Si, Zr, Al, Y, Cr, Fe, Pb, Co, or a rare earth element, such that the metal-ceramic coating forms on the substrate with a predominantly crystalline structure.
Valve unit in particular for thermal plants for regulating the internal temperature of environments, intended for being mounted in a circuit of the thermal plant in which a thermal fluid flows, comprising an inlet fitting and an outlet fitting of the thermal fluid and a pipe union that joins the two fittings (11,13), a magnetic dirt separator and a mechanical removable filtering device arranged along said pipe union, characterised in that the pipe union is T-shaped, the dirt separator is connected to the end of the stem of the T of the pipe union and is provided with an inlet/outlet mouth connected to a portion of the pipe union by a threaded fixing ring nut and the filtering device is provided along the wings of the T inside the pipe union, and wherein the dirt separator is arranged upstream of the filtering device and is orientable with respect to the pipe union and the filtering device is removable.
Fastening unit (1, 41) for fastening an object to a profile element, the profile element comprising: - side walls (101, 102) extending in a longitudinal direction, - a bottom that connects the side walls (101, 102), and - an upper side that is formed by a pair of opposing flanges (104, 105), each flange (104, 105) extending inwards with respect to a respective sidewall (101, 102), the flanges (104, 105) defining between them a longitudinal slot; the fastening unit comprising: - a washer element, adapted to be placed on the upper side of the profile element, - an oblong anchoring element having a threaded bore, the oblong anchoring element being spaced apart from the washer element, and adapted to be placed inside the profile element, beyond the flanges (104, 105) thereof, and - a support element, interconnecting the washer element and the oblong anchoring element; characterised in that the support element comprises a first layer of vibration isolating material arranged on an underside of the washer element and a second layer of vibration isolating material arranged on an upper side of the anchoring element, and in that the oblong anchoring element and the second layer of vibration isolating material each have a width that allows them, preferably in unity, to be aligned with the longitudinal slot of the profiled element, inserted therein, and then turned to receive the flanges (104, 105) of the profile element between the first layer of vibration isolating material and the second layer of vibration isolating material, so as to provide, at least in a fastened state of the fastening unit, a barrier for vibrations between the washer element and the flanges (104, 105) of the profile element and between the oblong anchoring element and the flanges (104, 105) of the profile element. - side walls (101, 102) extending in a longitudinal direction, - a bottom that connects the side walls (101, 102), and - an upper side that is formed by a pair of opposing flanges (104, 105), each flange (104, 105) extending inwards with respect to a respective sidewall (101, 102), the flanges (104, 105) defining between them a longitudinal slot; - a washer element, adapted to be placed on the upper side of the profile element, - an oblong anchoring element having a threaded bore, the oblong anchoring element being spaced apart from the washer element, and adapted to be placed inside the profile element, beyond the flanges (104, 105) thereof, and - a support element, interconnecting the washer element and the oblong anchoring element;
Electric apparatus as a first or second system component (11, 12) for a system comprising as a first system component a machine tool and/or a vacuum cleaner (70, 870) and as a second system component an electric energy storage module for providing electric energy for the first system component, wherein the system components (11, 12) have matching apparatus interfaces for releasable mutual attachment and for transmitting electric energy from the energy storage module to the machine tool or the vacuum cleaner (70, 870), wherein the electric apparatus has a communication interface for a wireless control connection (S1, S2) to or from a vacuum cleaner (70, 870) to activate the vacuum cleaner (70, 870), which is provided for extracting dust generated by the machine tool and either forms one of the system components (11, 12) or is a separate vacuum cleaner (70, 870), and wherein the apparatus interfaces are electrically and/or mechanically disconnected from each other in a disconnection state and electrically and/or mechanically connected to each other in an operating state, characterised in that the electric apparatus is, at a transition from the disconnection state to the operating state, equipped for sending or receiving at least one log-in message for building up the control connection (S1, S2) and/or, at a transition from the operating state to the disconnection state, equipped for terminating the control connection (S1, S2) and/or for sending a disabling signal for a suction unit of the vacuum cleaner (70, 870).
A method of calibrating a Scanning Transmission Charged-Particle Microscope comprising: - A specimen holder, for holding a specimen; - A source, for producing a beam of charged particles; - An illuminator, for directing said beam so as to irradiate the specimen; - An imaging system, for directing charged particles that traverse the specimen onto a detector; - Scanning means, for causing said beam to undergo scanning motion relative to a surface of the specimen, which microscope can be operated in: - A non-scanning mode, whereby said beam is relatively broad and said detector forms an image without invocation of said scanning means; or - A scanning mode, whereby said beam is relatively narrow and said detector accumulates an image as a function of scan position of said beam, which method is characterized by the following steps: - Providing a calibration specimen on said specimen holder; - In non-scanning mode, using said detector to form a calibration image of the calibration specimen, using a given configuration of said imaging system; - Utilizing a known dimension of said calibration specimen and comparing it to a corresponding dimension in said calibration image to calibrate a characteristic dimension of a field of view of said detector; - In scanning mode, recording a beam pattern of said beam in the calibrated field of view of said detector, and examining the recorded beam pattern to derive a geometric aspect thereof, which beam pattern is created by recording at least one position of a spot produced by the beam. - A specimen holder, for holding a specimen; - A source, for producing a beam of charged particles; - An illuminator, for directing said beam so as to irradiate the specimen; - An imaging system, for directing charged particles that traverse the specimen onto a detector; - Scanning means, for causing said beam to undergo scanning motion relative to a surface of the specimen, - A non-scanning mode, whereby said beam is relatively broad and said detector forms an image without invocation of said scanning means; or - A scanning mode, whereby said beam is relatively narrow and said detector accumulates an image as a function of scan position of said beam, - Providing a calibration specimen on said specimen holder; - In non-scanning mode, using said detector to form a calibration image of the calibration specimen, using a given configuration of said imaging system; - Utilizing a known dimension of said calibration specimen and comparing it to a corresponding dimension in said calibration image to calibrate a characteristic dimension of a field of view of said detector; - In scanning mode, recording a beam pattern of said beam in the calibrated field of view of said detector, and examining the recorded beam pattern to derive a geometric aspect thereof, which beam pattern is created by recording at least one position of a spot produced by the beam.
Method for processing data conveyed by a composite signal comprising a first and a second data signal, said data being cut up into data blocks (B, B') of fixed size (P 0) comprising a header field (C 2), said method comprising a step of identifying one of said data signals by applying a cyclic autocorrelation function of parameter k of fixed value, characterized in that the value of the parameter k is dependent on a ratio between the size (P 0) of the data blocks and a predetermined size (L 0) of the header field of the data blocks of the first data signal, in that the cyclic autocorrelation function is applied to the second data signal of which the size (L 1) of the header field of the data blocks is distinct from said predetermined size (L 0) of the header field, the value of the parameter k and the size of the data blocks being unchanged, and in that the second data signal is identified if the application of the cyclic autocorrelation function gives a non-zero result.