mhurhangee/patent-ind-claim-en huggingface dataset:
A receiver for Coherent self-homodyne detection (SHD) which comprises: a polarization splitter that is adapted to split an incoming signal R in two orthogonal components, the two orthogonal components comprising a first component Rx and a second component Ry; a first splitter that is adapted to separate the first component Rx into two separated first components Rx' and the second component Ry into two separated second components Ry'; a 90 degree polarization rotor that is adapted to rotate the polarization of one of the separated first component Rx' by 90 degrees to obtain a polarization controlled separated first component Rx"; a hybrid detector that is adapted to couple the polarization controlled separated first component Rx" and the separated second component Ry', and is adapted to output a first electrical signal Ri and a second electrical signal Rq, the first electrical signal Ri being an in-phase mix between the components Rx" and Ry' as the real part of the product between Rx" and the conjugate of Ry', the second electrical signal Rq being an in-quadrature mix between the components Rx" and Ry' as the imaginary part of the product between Rx" and the conjugate of Ry'; a first balanced detector that is adapted to detect the other separated first components Rx' and the other separated second components Ry' and is adapted to output a third electrical signal Rd; and a processor that receives the first electrical signal Ri, the second electrical signal Rq and the third electrical signal Rd and reconstruct an original information signal Rs. a polarization splitter that is adapted to split an incoming signal R in two orthogonal components, the two orthogonal components comprising a first component Rx and a second component Ry; a first splitter that is adapted to separate the first component Rx into two separated first components Rx' and the second component Ry into two separated second components Ry'; a 90 degree polarization rotor that is adapted to rotate the polarization of one of the separated first component Rx' by 90 degrees to obtain a polarization controlled separated first component Rx"; a hybrid detector that is adapted to couple the polarization controlled separated first component Rx" and the separated second component Ry', and is adapted to output a first electrical signal Ri and a second electrical signal Rq, the first electrical signal Ri being an in-phase mix between the components Rx" and Ry' as the real part of the product between Rx" and the conjugate of Ry', the second electrical signal Rq being an in-quadrature mix between the components Rx" and Ry' as the imaginary part of the product between Rx" and the conjugate of Ry'; a first balanced detector that is adapted to detect the other separated first components Rx' and the other separated second components Ry' and is adapted to output a third electrical signal Rd; and a processor that receives the first electrical signal Ri, the second electrical signal Rq and the third electrical signal Rd and reconstruct an original information signal Rs.
Method for operating a wireless communication device in a cellular network, the cellular network comprising a plurality of base nodes (2.1, 2.2, 2.3), the wireless communication device is operating in enhanced coverage mode (EC) with a first base node (2.1) of the plurality of base nodes, wherein the method comprises the steps of: - measuring signaling power (3.3) from at least one second base node (2.3) of said plurality of base nodes, - determining an indication relating to the camping priority of said second base node (2.3), - in case the second base node (2.3) having a higher camping priority than the first base node (2.1), and for said camping priority the second base node (2.3) being not supporting enhanced coverage mode and said measured signalling indicating insufficient suitability of the second base node (2.3) to serve the wireless communication device in normal coverage mode: - suspending measurement of signaling power (3.3) of the second base node (2.3), - measuring signaling power (3.2) from at least a third base node (2.2) of said plurality of base nodes providing the same camping priority as the first base node (2.1), wherein said third base node (2.2) is supporting enhanced coverage, characterized in that prior to the step of determining camping priority the method comprising the step of determining if the wireless communication device is operated stationary, and the step of determining camping priority of the second base node (2.3) is only carried out under the condition that the wireless communication device is operated stationary. - measuring signaling power (3.3) from at least one second base node (2.3) of said plurality of base nodes, - determining an indication relating to the camping priority of said second base node (2.3), - in case the second base node (2.3) having a higher camping priority than the first base node (2.1), and for said camping priority the second base node (2.3) being not supporting enhanced coverage mode and said measured signalling indicating insufficient suitability of the second base node (2.3) to serve the wireless communication device in normal coverage mode: - suspending measurement of signaling power (3.3) of the second base node (2.3), - measuring signaling power (3.2) from at least a third base node (2.2) of said plurality of base nodes providing the same camping priority as the first base node (2.1), wherein said third base node (2.2) is supporting enhanced coverage,
A papermaking felt made from an MD yarn material in the felt running direction (MD direction) and a CD yarn material in the felt cross-direction (CD direction), comprising a combination in which 2 or more base fabrics are directly overlapped with each other, which have a joint portion in which the MD direction end portions are joined which comprise a 1st MD direction end portion and a 2nd MD direction end portion wherein, with regard to the base fabrics having all included joint portions, the equations and hereinafter are satisfied when the maximum distance in the MD direction between the joint portions of the base fabrics is x (cm) and the minimum distance thereof is y (cm). x ≦ 750 10 ≦ y
A fluid properties measurement device, including: (a) a symmetric resonant element (15; 115; 215) having a first mass (18; 118; 218; 418) and a second mass (16; 116; 216; 416), balanced to said first mass (18; 118; 218; 418) and coupled to said first mass (18; 118; 218; 418) by a torsional spring (20, 22, 26; 222), having a nodal support (24; 226) between said first mass (18; 118; 218; 418) and said second mass (16; 116; 216; 416); (b) a chamber (14; 214; 414) having at least one opening and accommodating said first mass (18; 118; 218; 418), free of mechanical constraint; (c) a driving and sensing assembly, adapted to drive said first mass (18; 118; 218; 418) in torsion and sense resulting torsional movement of said first mass (18; 118; 218; 418); (d) wherein said second mass (16; 116; 216; 416) is free to be placed into a fluid, for fluid property measurements; characterized in that (e) said torsional spring (20, 22, 26; 222) passes through said opening which is sealed about said torsional spring (20, 22, 26; 222) at said nodal support (24; 226); and (f) said torsional spring (20, 22, 26; 222) includes a radially central element (222; 322), having an outer surface, and a radially outer element (224; 324), having an inner surface, mutually separated by a void defined by said outer surface and said inner surface, and joined together at its longitudinal ends, where said first and second masses are mounted. (a) a symmetric resonant element (15; 115; 215) having a first mass (18; 118; 218; 418) and a second mass (16; 116; 216; 416), balanced to said first mass (18; 118; 218; 418) and coupled to said first mass (18; 118; 218; 418) by a torsional spring (20, 22, 26; 222), having a nodal support (24; 226) between said first mass (18; 118; 218; 418) and said second mass (16; 116; 216; 416); (b) a chamber (14; 214; 414) having at least one opening and accommodating said first mass (18; 118; 218; 418), free of mechanical constraint; (c) a driving and sensing assembly, adapted to drive said first mass (18; 118; 218; 418) in torsion and sense resulting torsional movement of said first mass (18; 118; 218; 418); (d) wherein said second mass (16; 116; 216; 416) is free to be placed into a fluid, for fluid property measurements; characterized in that (e) said torsional spring (20, 22, 26; 222) passes through said opening which is sealed about said torsional spring (20, 22, 26; 222) at said nodal support (24; 226); and (f) said torsional spring (20, 22, 26; 222) includes a radially central element (222; 322), having an outer surface, and a radially outer element (224; 324), having an inner surface, mutually separated by a void defined by said outer surface and said inner surface, and joined together at its longitudinal ends, where said first and second masses are mounted.
A method of updating received digital assets transactions in an isolated device, comprising: using at least one processor of an isolated device having no network connectivity for: receiving at least one limited length string indicating a value of digital assets transferred in at least one transaction from at least one other device to an account associated with the isolated device, the at least one transaction is recorded in a blockchain maintained by a plurality of networked computing nodes with a respective identifier computed based on at least one input value of digital assets included in the at least one transaction which corresponds to a respective output value of at least one previous transaction stored in a predefined order in a depository allocated for the isolated device in the at least one other device, the isolated device is informed of each previous transaction stored in the depository; inferring the respective identifier of the at least one transaction according to the at least one output value of at least one previous transaction identified based on the transferred value according to the predefined order; and updating the isolated device with a balance of digital assets of the associated account according to the at least one transaction including the respective identifier. receiving at least one limited length string indicating a value of digital assets transferred in at least one transaction from at least one other device to an account associated with the isolated device, the at least one transaction is recorded in a blockchain maintained by a plurality of networked computing nodes with a respective identifier computed based on at least one input value of digital assets included in the at least one transaction which corresponds to a respective output value of at least one previous transaction stored in a predefined order in a depository allocated for the isolated device in the at least one other device, the isolated device is informed of each previous transaction stored in the depository; inferring the respective identifier of the at least one transaction according to the at least one output value of at least one previous transaction identified based on the transferred value according to the predefined order; and updating the isolated device with a balance of digital assets of the associated account according to the at least one transaction including the respective identifier.
A water dispersible polymer film comprising: a polyvinyl alcohol substrate; and a barrier layer coated on at least one surface of the substrate, each barrier layer independently comprising a mixture of (a) a first copolymer that is an at least partially neutralized maleic anhydride-C 2 -C 8 olefin copolymer or its maleic acid counterpart; and (b) a second copolymer that is an at least partially neutralized ethylene (meth)acrylic acid copolymer, wherein the first copolymer is an at least partially neutralized maleic acid-isobutylene copolymer, and further wherein the weight ratio of the first copolymer to the second copolymer is from 10:1 to 1:4. a polyvinyl alcohol substrate; and a barrier layer coated on at least one surface of the substrate, each barrier layer independently comprising a mixture of (a) a first copolymer that is an at least partially neutralized maleic anhydride-C 2 -C 8 olefin copolymer or its maleic acid counterpart; and (b) a second copolymer that is an at least partially neutralized ethylene (meth)acrylic acid copolymer,
A process comprising (a) curing in a mold a reaction mixture comprising at least one silicone containing component, wherein said reaction mixture comprises sparingly water soluble components or impurities having a retention time, relative to TRIS of less than 0.9, in an amount of less than 200ppm based upon all components in the reaction mixture, to form a lens, wherein said retention time is measured in an HPLC using mixtures of acetonitrile, water, isopropanol and formate buffer as the solvent; (b) contacting said lens and mold with an aqueous solution at a temperature less than 99°C for less than 1 hour; to release said lens from the mold, wherein said aqueous solution comprises at least 70 weight % water and less than 10 weight % organic solvents, and (c) optionally post processing the lens, wherein said post processing, if conducted, is conducted with aqueous solutions for a time less than 6 hours. (a) curing in a mold a reaction mixture comprising at least one silicone containing component, wherein said reaction mixture comprises sparingly water soluble components or impurities having a retention time, relative to TRIS of less than 0.9, in an amount of less than 200ppm based upon all components in the reaction mixture, to form a lens, wherein said retention time is measured in an HPLC using mixtures of acetonitrile, water, isopropanol and formate buffer as the solvent; (b) contacting said lens and mold with an aqueous solution at a temperature less than 99°C for less than 1 hour; to release said lens from the mold, wherein said aqueous solution comprises at least 70 weight % water and less than 10 weight % organic solvents, and (c) optionally post processing the lens, wherein said post processing, if conducted, is conducted with aqueous solutions for a time less than 6 hours.
A codebook processing method, wherein the method is applied to a terminal device, and the method comprises: obtaining (S201) a transmission parameter corresponding to a first hybrid automatic repeat request, HARQ, codebook set, wherein the first HARQ codebook set comprises a first HARQ codebook, the first HARQ codebook comprises HARQ information corresponding to M first channels, which correspond to a first service, M is an integer, and the transmission parameter corresponding to the first HARQ codebook set is greater than a target threshold; wherein when the first HARQ codebook set further comprises a third HARQ codebook, and the third HARQ codebook comprises HARQ information corresponding to H second channels, which correspond to a second service, wherein H is an integer; wherein the second service is more important than the first service, either generating (S202) a second HARQ codebook based on the first HARQ codebook, wherein a quantity of bits of the second HARQ codebook is less than a quantity of bits of the first HARQ codebook; or deleting the first HARQ codebook from the first HARQ codebook set; wherein when the first HARQ codebook set does not comprise the third HARQ codebook, refraining from generating the second HARQ codebook and deleting the first HARQ codebook. obtaining (S201) a transmission parameter corresponding to a first hybrid automatic repeat request, HARQ, codebook set, wherein the first HARQ codebook set comprises a first HARQ codebook, the first HARQ codebook comprises HARQ information corresponding to M first channels, which correspond to a first service, M is an integer, and the transmission parameter corresponding to the first HARQ codebook set is greater than a target threshold; wherein when the first HARQ codebook set further comprises a third HARQ codebook, and the third HARQ codebook comprises HARQ information corresponding to H second channels, which correspond to a second service, wherein H is an integer; wherein the second service is more important than the first service, either generating (S202) a second HARQ codebook based on the first HARQ codebook, wherein a quantity of bits of the second HARQ codebook is less than a quantity of bits of the first HARQ codebook; or deleting the first HARQ codebook from the first HARQ codebook set; wherein when the first HARQ codebook set does not comprise the third HARQ codebook, refraining from generating the second HARQ codebook and deleting the first HARQ codebook.
An apparatus, for use in a high voltage power distribution system, said apparatus comprising: a high voltage transmission line ; an active impedance injection module (400; 450) having a voltage converter and a series injection transformer , said series injection transformer having a multi-turn primary winding having first and second ends, the voltage converter generating voltages at the appropriate phase angle to be impressed on a secondary winding of the series injection transformer to inject an inductive or capacitive load on the transmission line ; a tower; the active impedance injection module (400; 450) being suspended from the tower by a suspension insulator supporting the weight of the active impedance injection module (400; 450); an end of first and second high voltage line segments of the high voltage transmission line being connected to the tower through first and second strain insulators , respectively; and first and second jumpers , a first end of each of the first and second jumpers being connected to a respective one of the ends of the first and second high voltage line segments ; the second end of each of the first and second jumpers each being connected to a respective end of the primary winding so that the multi-turn primary winding is connected in series to the high voltage transmission line . a high voltage transmission line ; an active impedance injection module (400; 450) having a voltage converter and a series injection transformer , said series injection transformer having a multi-turn primary winding having first and second ends, the voltage converter generating voltages at the appropriate phase angle to be impressed on a secondary winding of the series injection transformer to inject an inductive or capacitive load on the transmission line ; a tower; the active impedance injection module (400; 450) being suspended from the tower by a suspension insulator supporting the weight of the active impedance injection module (400; 450); an end of first and second high voltage line segments of the high voltage transmission line being connected to the tower through first and second strain insulators , respectively; and first and second jumpers , a first end of each of the first and second jumpers being connected to a respective one of the ends of the first and second high voltage line segments ; the second end of each of the first and second jumpers each being connected to a respective end of the primary winding so that the multi-turn primary winding is connected in series to the high voltage transmission line .
A secondary battery pack , comprising: a secondary battery module including battery cells and cooling fins ; a first structure provided under the secondary battery module and including a cooling channel and a coupling bracket; and a second structure provided over the secondary battery module and including a printed circuit board , wherein the second structure includes: a housing ; a wiring harness ; and a barrier formed in the housing to mount the printed circuit board , wherein the printed circuit board and the wiring harness are disposed between the housing and the barrier . a secondary battery module including battery cells and cooling fins ; a first structure provided under the secondary battery module and including a cooling channel and a coupling bracket; and a second structure provided over the secondary battery module and including a printed circuit board , wherein the second structure includes: a housing ; a wiring harness ; and a barrier formed in the housing to mount the printed circuit board , wherein the printed circuit board and the wiring harness are disposed between the housing and the barrier . a housing ; a wiring harness ; and a barrier formed in the housing to mount the printed circuit board , wherein the printed circuit board and the wiring harness are disposed between the housing and the barrier .
Refillable device for packaging and dispensing a fluid product, comprising: - a reservoir delimiting a variable interior volume for containing said fluid product; - a fluid product dispensing nozzle ; - a fluid product dispensing passage connecting the reservoir and the nozzle and provided with a first closure system adapted to be selectively opened/closed to allow/ prevent a flow of fluid product between the reservoir and the nozzle ; - a fluid product filling opening ; and - a fluid product filling channel connecting the filling opening and the reservoir and provided with a second closure system adapted to be selectively opened/ closed to allow/prevent a flow of fluid product between the filling opening and the reservoir , the second closure system being normally kept closed and adapted to open by collaboration with a fluid product refilling device when the refillable device is mounted on said refilling device , wherein the reservoir is arranged to be able to receive a force exerted by a user in a manner that reduces its interior volume, wherein the nozzle and the filling opening open onto one and the same face of the refillable device , characterized in that the refillable device is a device without air intake. - a reservoir delimiting a variable interior volume for containing said fluid product; - a fluid product dispensing nozzle ; - a fluid product dispensing passage connecting the reservoir and the nozzle and provided with a first closure system adapted to be selectively opened/closed to allow/ prevent a flow of fluid product between the reservoir and the nozzle ; - a fluid product filling opening ; and - a fluid product filling channel connecting the filling opening and the reservoir and provided with a second closure system adapted to be selectively opened/ closed to allow/prevent a flow of fluid product between the filling opening and the reservoir , the second closure system being normally kept closed and adapted to open by collaboration with a fluid product refilling device when the refillable device is mounted on said refilling device ,