mhurhangee/ep-ind-claims huggingface dataset:
A method by a base station (23, 24), comprising: receiving, from a radio network controller, RNC, a command including notification indicator information, a modification period and a connection frame number; generating a notification indicator using the notification indicator information; and transmitting the notification indicator on a multi-media broadcast/multicast indication channel, MICH, starting at an MICH connection frame number equal to the connection frame number included in the command, wherein the notification indicator is transmitted on the MICH for a duration equal to the modification period. receiving, from a radio network controller, RNC, a command including notification indicator information, a modification period and a connection frame number; generating a notification indicator using the notification indicator information; and transmitting the notification indicator on a multi-media broadcast/multicast indication channel, MICH, starting at an MICH connection frame number equal to the connection frame number included in the command, wherein the notification indicator is transmitted on the MICH for a duration equal to the modification period.
A cleaning fixture for cleaning a medical device having a housing, a shaft extending distally from the housing, an end effector assembly disposed at the distal end of the shaft, and a handle coupled to the housing and operable to effect manipulation of the end effector assembly, the cleaning fixture comprising: a shaft receiving portion configured to receive the shaft and end effector assembly of the medical device, the shaft receiving portion including at least one nozzle (232, 234, 236) disposed towards a distal end of the shaft receiving portion such that the at least one nozzle is positioned adjacent the end effector assembly of the medical device upon receipt of the shaft and end effector assembly of the medical device within the shaft receiving portion; and a handle receiving portion configured to receive the housing and handle of the medical device, the handle receiving portion releasably securable with the shaft receiving portion to enclose the medical device therein, the handle receiving portion including at least one lever activation assembly positioned adjacent the handle and operable to selectively actuate the handle to manipulate the end effector assembly. a shaft receiving portion configured to receive the shaft and end effector assembly of the medical device, the shaft receiving portion including at least one nozzle (232, 234, 236) disposed towards a distal end of the shaft receiving portion such that the at least one nozzle is positioned adjacent the end effector assembly of the medical device upon receipt of the shaft and end effector assembly of the medical device within the shaft receiving portion; and a handle receiving portion configured to receive the housing and handle of the medical device, the handle receiving portion releasably securable with the shaft receiving portion to enclose the medical device therein, the handle receiving portion including at least one lever activation assembly positioned adjacent the handle and operable to selectively actuate the handle to manipulate the end effector assembly.
An electronic module including: - a substrate on which several electrically-conductive tracks in the form of several loops deposited over a face of said substrate forming at least one antenna are arranged; - at least one integrated circuit comprising several connecting pads; at least one intermediate connecting pad located on a face of said substrate and extending over at least one portion of the inner periphery formed by said electrically-conductive tracks, said intermediate connecting pad being connected at a first point to said electrically-conductive tracks or to a connection well (231, 232, 233) at the level of the substrate by means of a first connecting wire, and said intermediate connecting pad being connected at a second point to at least one pad of said integrated circuit by means of a second connecting wire, and said intermediate connecting pad being connected to at least one outer end of said antenna via said first connecting wire and to at least one connecting pad of said integrated circuit via said second connecting wire, characterized in that said intermediate connecting pad is located on the face of said substrate carrying said electrically conductive wires. - a substrate on which several electrically-conductive tracks in the form of several loops deposited over a face of said substrate forming at least one antenna are arranged; - at least one integrated circuit comprising several connecting pads;
A compound of the following formula (IVa): wherein: - R is a methyl or ethyl group, - n is 1 or 2, - X is a CH 2 or CD 2 group, - A represents an oxygen or sulfur atom, and - R 1 and R 2 represent, independently from each other, a (C 1 -C 6) alkyl group, or R 1 and R 2 taken together form a -(CH 2) p - chain connecting the atoms A carrying them, where p is 2 or 3. - R is a methyl or ethyl group, - n is 1 or 2, - X is a CH 2 or CD 2 group, - A represents an oxygen or sulfur atom, and - R 1 and R 2 represent, independently from each other, a (C 1 -C 6) alkyl group, or R 1 and R 2 taken together form a -(CH 2) p - chain connecting the atoms A carrying them, where p is 2 or 3.
A windscreen wiper device, comprising: an elongate wiping element of an elastic material; a support member operably supporting said wiping element; an adapter for securely engaging an oscillating wiper arm; and said adapter being made of one piece and including a pair of laterally spaced side walls that extend longitudinally from a front end to a back end and including a cantilever beam located between said side walls and extending longitudinally towards said back end, said cantilever beam being pivotal in a vertical direction at a hinge and having a stepped configuration, the windscreen wiper device being characterised in that the stepped configuration includes three longitudinally and vertically spaced protrusions (60, 62, 64) which project vertically downwardly, and said three spaced protrusions (60, 62, 64) being adapted to engage in correspondingly shaped holes in at least three differently sized hook-style wiper arms for allowing said adapter to releasably and securely connect with at least three of 9X3, 9X4X23, 9X4X28 and 9X4X33 sized hook-style wiper arms, wherein said side walls of said adapter include openings that are aligned with one another and wherein said cantilever beam further includes a pin engagement feature for engaging with a groove of a pin-style wiper arm. an elongate wiping element of an elastic material; a support member operably supporting said wiping element; an adapter for securely engaging an oscillating wiper arm; and said adapter being made of one piece and including a pair of laterally spaced side walls that extend longitudinally from a front end to a back end and including a cantilever beam located between said side walls and extending longitudinally towards said back end, said cantilever beam being pivotal in a vertical direction at a hinge and having a stepped configuration, the windscreen wiper device being characterised in that the stepped configuration includes three longitudinally and vertically spaced protrusions (60, 62, 64) which project vertically downwardly, and said three spaced protrusions (60, 62, 64) being adapted to engage in correspondingly shaped holes in at least three differently sized hook-style wiper arms for allowing said adapter to releasably and securely connect with at least three of 9X3, 9X4X23, 9X4X28 and 9X4X33 sized hook-style wiper arms, wherein said side walls of said adapter include openings that are aligned with one another and wherein said cantilever beam further includes a pin engagement feature for engaging with a groove of a pin-style wiper arm.
A voltage source for modulated DC voltages for amplifying the power of a reference signal, wherein the voltage source has a static DC voltage source with at least one parallel capacitor, wherein the output voltage of the static DC voltage source is regulated, the voltage source having an unregulated controller; a first electronic switching element which can be switched on or off by the unregulated controller; a second electronic switching element, which can be switched on or off by the unregulated controller; a coil connected in series with the first electronic switching element;a smoothing capacitor connected in series with the coil, and a load connected in parallel with the smoothing capacitor, the second electronic switching element forming a half-bridge with the first electronic switching element.
Circular cutter for making a cut path, having a cutter body whose outer circumference has a toothed rim in which teeth and tooth interstices with tooth bases succeed one another in an alternating pattern, where said teeth and tooth bases are each designed as cutting edges, characterized in that the cutter body is formed from at least two part-cutters (40, 50), where a separation of said at least two part-cutters (40, 50) is provided transversely to the rotational axis of the cutter body.
A system comprising: a stimulation generator configured to generate and deliver electrical stimulation therapy to a patient via at least one electrode; and a processor configured to control the stimulation generator to: generate an electrical stimulation signal comprising a plurality of pulses; deliver the electrical stimulation signal to a patient in a first posture; change an intensity of the electrical stimulation signal; the processor being further configured to: determine a paresthesia threshold or perception threshold of the patient in the first posture; characterized in that the processor is further configured to: automatically derive a predicted paresthesia threshold or predicted perception threshold of the patient in a second posture from the paresthesia threshold or perception threshold of the patient in the first posture. a stimulation generator configured to generate and deliver electrical stimulation therapy to a patient via at least one electrode; and a processor configured to control the stimulation generator to: generate an electrical stimulation signal comprising a plurality of pulses; deliver the electrical stimulation signal to a patient in a first posture; change an intensity of the electrical stimulation signal; generate an electrical stimulation signal comprising a plurality of pulses; deliver the electrical stimulation signal to a patient in a first posture; change an intensity of the electrical stimulation signal; the processor being further configured to: determine a paresthesia threshold or perception threshold of the patient in the first posture; characterized in that the processor is further configured to: automatically derive a predicted paresthesia threshold or predicted perception threshold of the patient in a second posture from the paresthesia threshold or perception threshold of the patient in the first posture.
A method for use in a cell in a cellular communications system where the cell supports connections with mobile radio terminals, wherein the method comprises: estimating an uplink signal-to-interference ratio for multiple mobile radio terminal connections; determining a signal-to-interference ratio error for one or more of the estimated uplink signal-to-interference ratios; identifying one or more signal-to-interference ratio errors that exceed a signal-to-interference ratio error threshold; determining an instability indicator associated with the cell based on the one or more identified signal-to-interference ratio errors; and the method is characterized by: making (S7, S8) a decision for scheduling one or more uplink mobile radio transmissions in the cell based on the instability indicator, wherein the scheduling decision is based on a headroom of available power for scheduled channels between a maximum power level set for the cell and a power level needed for non-scheduled channels, and the method further comprising: dynamically adjusting the headroom of available power based on the instability indicator. estimating an uplink signal-to-interference ratio for multiple mobile radio terminal connections; determining a signal-to-interference ratio error for one or more of the estimated uplink signal-to-interference ratios; identifying one or more signal-to-interference ratio errors that exceed a signal-to-interference ratio error threshold; determining an instability indicator associated with the cell based on the one or more identified signal-to-interference ratio errors; making (S7, S8) a decision for scheduling one or more uplink mobile radio transmissions in the cell based on the instability indicator, wherein the scheduling decision is based on a headroom of available power for scheduled channels between a maximum power level set for the cell and a power level needed for non-scheduled channels, and the method further comprising: dynamically adjusting the headroom of available power based on the instability indicator. dynamically adjusting the headroom of available power based on the instability indicator.
Device for closing an opening of aircraft piping, the opening being arranged against a wall, comprising a body bearing a tip provided with a seal having an external surface of which at least one region is frustoconical in shape, the tip being mobile with respect to the body, characterized in that it comprises elastic means acting on the tip in a direction urging the tip away from the body.
A method for minimizing battery power consumption by a user equipment, UE, in a Radio Resource Control, RRC, connected mode for cell detection in a heterogeneous network, wherein the method comprises: receiving, from a serving cell, a relaxed cell detection indication for a specified frequency to initiate a relaxed cell detection of the UE on the specified frequency; and applying relaxed cell detection using normal measurement gaps for detecting at least one cell on the specified frequency based on a relaxed time duration which is allowed for the UE to detect the least one cell on the specific frequency, upon receiving the relaxed detection indication from the serving cell, wherein the relaxed time duration associated with the relaxed cell detection indication is determined based on a scaling factor for scaling a cell detection performance, and wherein the relaxed time duration is relaxed compared to a normal cell detection requirement. receiving, from a serving cell, a relaxed cell detection indication for a specified frequency to initiate a relaxed cell detection of the UE on the specified frequency; and applying relaxed cell detection using normal measurement gaps for detecting at least one cell on the specified frequency based on a relaxed time duration which is allowed for the UE to detect the least one cell on the specific frequency, upon receiving the relaxed detection indication from the serving cell, wherein the relaxed time duration associated with the relaxed cell detection indication is determined based on a scaling factor for scaling a cell detection performance, and wherein the relaxed time duration is relaxed compared to a normal cell detection requirement.
A data sending method, applied to a sending module (203; 603; 801c) in a FlexE switching system, wherein the method comprises: receiving several slice packets, wherein each of the slice packets comprises a data packet slice obtained by slicing a FlexE data stream; the method further characterized in checking whether the several slice packets comprise a Start of Packet, SOP, flag and an End of Packet, EOP, flag; if the several slice packets comprise a SOP flag and an EOP flag of a same data packet, restoring data packet slices in the several slice packets to a FlexE data stream and sending the FlexE data stream immediately, or, restoring data packet slices in the several slice packets to a FlexE data stream and sending the FlexE data stream when a latency reaches a first preset duration; and if the several slice packets comprise a SOP flag of a data packet but do not comprise a EOP flag of the data packet, restoring data packet slices in the several slice packets to a FlexE data stream and sending the FlexE data stream when a latency reaches second preset duration, wherein the first preset duration is less than the second preset duration. receiving several slice packets, wherein each of the slice packets comprises a data packet slice obtained by slicing a FlexE data stream; the method further characterized in checking whether the several slice packets comprise a Start of Packet, SOP, flag and an End of Packet, EOP, flag; if the several slice packets comprise a SOP flag and an EOP flag of a same data packet, restoring data packet slices in the several slice packets to a FlexE data stream and sending the FlexE data stream immediately, or, restoring data packet slices in the several slice packets to a FlexE data stream and sending the FlexE data stream when a latency reaches a first preset duration; and if the several slice packets comprise a SOP flag of a data packet but do not comprise a EOP flag of the data packet, restoring data packet slices in the several slice packets to a FlexE data stream and sending the FlexE data stream when a latency reaches second preset duration, wherein the first preset duration is less than the second preset duration.
A cyclic peptide compound shown by the following formula or a pharmaceutically acceptable salt thereof, wherein R 1 represents an acyl group having 7, 8, or 9 carbon atoms and optionally containing a substituent group; R 2 represents a methyl group or a hydrogen atom; and R 3 represents an ethyl group or a methyl group.
A laundry treating apparatus comprising: a drum rotatably provided inside the laundry treating apparatus for storing laundry; and a connector connecting the drum to a motor (41, 43) for transferring a rotation power to the drum, the connector comprising: a rotary shaft; a first body having a first body hub fixed to the drum, and at least one first body arm (713, 714, 715) extending from the first body hub radially outwards; a second body having a second body hub fixed to the rotary shaft, and at least one second body arm (733, 734, 735) extending from the second body hub radially outwards corresponding to the at least one first body arm (713, 714, 715); and connecting portions connecting the first body with the second body so that the first body is spaced apart from the second body, characterized in that the connecting portions are spaced apart from each other along the longitudinal direction of the first body arm (713, 714, 715) to allow water to pass therebetween. a drum rotatably provided inside the laundry treating apparatus for storing laundry; and a connector connecting the drum to a motor (41, 43) for transferring a rotation power to the drum, the connector comprising: a rotary shaft; a first body having a first body hub fixed to the drum, and at least one first body arm (713, 714, 715) extending from the first body hub radially outwards; a second body having a second body hub fixed to the rotary shaft, and at least one second body arm (733, 734, 735) extending from the second body hub radially outwards corresponding to the at least one first body arm (713, 714, 715); and connecting portions connecting the first body with the second body so that the first body is spaced apart from the second body, characterized in that the connecting portions are spaced apart from each other along the longitudinal direction of the first body arm (713, 714, 715) to allow water to pass therebetween. a rotary shaft; a first body having a first body hub fixed to the drum, and at least one first body arm (713, 714, 715) extending from the first body hub radially outwards; a second body having a second body hub fixed to the rotary shaft, and at least one second body arm (733, 734, 735) extending from the second body hub radially outwards corresponding to the at least one first body arm (713, 714, 715); and connecting portions connecting the first body with the second body so that the first body is spaced apart from the second body, characterized in that the connecting portions are spaced apart from each other along the longitudinal direction of the first body arm (713, 714, 715) to allow water to pass therebetween.
A solvent assisted dispersion process for preparing an aqueous polycondensate dispersion substantially free of solvents, said polycondensate comprises an uralkyd, the process comprising the steps of: (a) reacting in the presence of a non-protic solvent a mixture of (i) one or more polycondensate monomers, polycondensate oligomers and/or polycondensate polymers comprising a plurality of isocyanate-reactive groups; wherein the monomers, oligomers and/or polymers comprises 2-10% by weight of components (a)(i) of a fully, partially or non-neutralized acid group having a pKa less than 3, and (ii) at least one multifunctional isocyanate, to form a mixture of a first polycondensate resin and the non-protic solvent; (b) optionally, reacting the first polycondensate resin from step (a) with at least one monomer, oligomer and/or polymer different from component (a) to form a second polycondensate resin; (c) dispersing the first polycondensate resin from step (a) and/or the second polycondensate resin from step (b) in an aqueous medium to form an aqueous polycondensate dispersion; (d) removing substantially all of the non-protic solvent from the dispersion from step (c) to form the aqueous polycondensation dispersion substantially-free of solvent and wherein the acid groups are completely or partially neutralized in step (a), or in step (b) or before dispersing the polycondensate in water, and wherein the first and/or second polycondensate comprises an uralkyd that has a weight average molecular weight measured via Size Exclusion Chromatography according to the description with 1,1,1,3,3,3 hexafluoro isopropanol as eluent, of from 5,000 to 500,000 daltons. (a) reacting in the presence of a non-protic solvent a mixture of (i) one or more polycondensate monomers, polycondensate oligomers and/or polycondensate polymers comprising a plurality of isocyanate-reactive groups; wherein the monomers, oligomers and/or polymers comprises 2-10% by weight of components (a)(i) of a fully, partially or non-neutralized acid group having a pKa less than 3, and (ii) at least one multifunctional isocyanate, to form a mixture of a first polycondensate resin and the non-protic solvent; (i) one or more polycondensate monomers, polycondensate oligomers and/or polycondensate polymers comprising a plurality of isocyanate-reactive groups; wherein the monomers, oligomers and/or polymers comprises 2-10% by weight of components (a)(i) of a fully, partially or non-neutralized acid group having a pKa less than 3, and (ii) at least one multifunctional isocyanate, (b) optionally, reacting the first polycondensate resin from step (a) with at least one monomer, oligomer and/or polymer different from component (a) to form a second polycondensate resin; (c) dispersing the first polycondensate resin from step (a) and/or the second polycondensate resin from step (b) in an aqueous medium to form an aqueous polycondensate dispersion; (d) removing substantially all of the non-protic solvent from the dispersion from step (c) to form the aqueous polycondensation dispersion substantially-free of solvent