mhurhangee/patent-ind-claim-en huggingface dataset:
A video decoding method for motion compensation performed under an inter-frame prediction, the method comprising computer executable steps executed by a processor of a video decoder to implement: retrieving reference samples from a reference picture memory , wherein the reference samples are represented with a first bit depth; applying a first fractional sample interpolation based on the reference samples in a first direction to generate a first set of fractional samples, wherein the first fractional sample interpolation comprises converting the reference samples from the first bit depth to a second bit depth; and applying a second fractional sample interpolation on the first set of fractional samples in a second direction to generate a second set of fractional samples, wherein the fractional samples of the first set of fractional samples are represented with the second bit depth which is independent of the first bit depth of the reference samples, wherein the fractional samples of the second set of fractional samples are represented with the second bit depth, wherein the second bit depth is set equal to a number of bits available to represent the fractional samples, wherein a bidirectional prediction sample is generated by averaging two second sets of fractional samples generated by the second fractional sample interpolation, the two second sets being different from each other, wherein a value of the bidirectional prediction sample is clipped so as to be represented with the first bit depth of the reference samples. retrieving reference samples from a reference picture memory , wherein the reference samples are represented with a first bit depth; applying a first fractional sample interpolation based on the reference samples in a first direction to generate a first set of fractional samples, wherein the first fractional sample interpolation comprises converting the reference samples from the first bit depth to a second bit depth; and applying a second fractional sample interpolation on the first set of fractional samples in a second direction to generate a second set of fractional samples, wherein the fractional samples of the first set of fractional samples are represented with the second bit depth which is independent of the first bit depth of the reference samples, wherein the fractional samples of the second set of fractional samples are represented with the second bit depth, wherein the second bit depth is set equal to a number of bits available to represent the fractional samples, wherein a bidirectional prediction sample is generated by averaging two second sets of fractional samples generated by the second fractional sample interpolation, the two second sets being different from each other, wherein a value of the bidirectional prediction sample is clipped so as to be represented with the first bit depth of the reference samples.
A control center comprising a functional unit which is housed on a baseplate of a functional unit housing space of a casing and which is equipped with a molded case circuit breaker , wherein the functional unit is provided with: - an operating handle mechanism which is configured to turn ON/OFF the molded case circuit breaker ; - an insertion/removal handle insertion slot into which to insert an insertion/removal handle having a first protrusion and second protrusion ; - a protector which is linked to the operating handle mechanism and which has an insertion prevention portion for preventing the insertion of the insertion/removal handle and an engaging portion on the lower end side, wherein when the operating handle mechanism is in an ON state, the insertion prevention portion covers the insertion/removal handle insertion slot , thus preventing the insertion/removal handle from being inserted into the insertion/removal handle insertion slot ; - an insertion/removal metal piece which is provided in the insertion/removal handle insertion slot and which has an engagement elongate hole with which the first protrusion of the insertion/removal handle is to be engaged; and wherein the control center further comprises: - a first engagement hole which is formed in the baseplate and with which the engaging portion of the protector is to be engaged when the operating handle mechanism is in the ON state; and - a second engagement hole which is formed in the baseplate and with which the second protrusion of the insertion/removal handle is to be engaged. - an operating handle mechanism which is configured to turn ON/OFF the molded case circuit breaker ; - an insertion/removal handle insertion slot into which to insert an insertion/removal handle having a first protrusion and second protrusion ; - a protector which is linked to the operating handle mechanism and which has an insertion prevention portion for preventing the insertion of the insertion/removal handle and an engaging portion on the lower end side, wherein when the operating handle mechanism is in an ON state, the insertion prevention portion covers the insertion/removal handle insertion slot , thus preventing the insertion/removal handle from being inserted into the insertion/removal handle insertion slot ; - an insertion/removal metal piece which is provided in the insertion/removal handle insertion slot and which has an engagement elongate hole with which the first protrusion of the insertion/removal handle is to be engaged; - a first engagement hole which is formed in the baseplate and with which the engaging portion of the protector is to be engaged when the operating handle mechanism is in the ON state; and - a second engagement hole which is formed in the baseplate and with which the second protrusion of the insertion/removal handle is to be engaged.
An antibody, wherein the variable part of the light chain of said antibody comprises or consists of an amino acid sequence of: wherein the variable part of heavy chain of said antibody comprises or consists of an amino acid sequence of: and wherein said antibody specifically binds to an epitope at the N-terminus of pyroglutamated amyloid beta (Aβ N3pE) peptide. wherein the variable part of heavy chain of said antibody comprises or consists of an amino acid sequence of: and wherein said antibody specifically binds to an epitope at the N-terminus of pyroglutamated amyloid beta (Aβ N3pE) peptide.
Sample distribution system with a setting device for receiving a pipetting unit with at least one interchangeable pipette tip , wherein the setting device is appropriate to change the positioning of the pipetting unit with respect to a base plate and with a sensor unit that is configured to detect the presence or absence or the missing of pipette tips , wherein the sensor unit is designed as a light barrier, in particular as a reflection light barrier, and has a detection area to sense the pipette tips and the sensor unit and the setting device are movable relative to one another in order to be suggestive to the presence of a pipette tip if this pipette tip is situated in the detection area of the sensor unit , characterized in that the sensor unit is appropriate to scan all pipette tips when pivoting the sensor unit . with a setting device for receiving a pipetting unit with at least one interchangeable pipette tip , wherein the setting device is appropriate to change the positioning of the pipetting unit with respect to a base plate and with a sensor unit that is configured to detect the presence or absence or the missing of pipette tips , wherein the sensor unit is designed as a light barrier, in particular as a reflection light barrier, and has a detection area to sense the pipette tips and the sensor unit and the setting device are movable relative to one another in order to be suggestive to the presence of a pipette tip if this pipette tip is situated in the detection area of the sensor unit , characterized in that the sensor unit is appropriate to scan all pipette tips when pivoting the sensor unit .
Anhydride-free impregnating resin for an electrical insulation body, wherein the impregnating resin comprises an epoxy resin, a hardener and nanosize and/or microsize inorganic particles, wherein the hardener is selected from the group consisting of a substituted guanidine, an aromatic diamine, an N-acylimidazole, a metal salt complex of an imidazole, a carboxylic hydrazide, a triazine derivative, melamine, a melamine derivative, a cyanoacetyl compound, an N-cyanoacylamide compound, an acylthiopropylphenol, a urea derivative, an aliphatic diamine, a cycloaliphatic diamine, an aliphatic polyamine, a cycloaliphatic polyamine and mixtures thereof, wherein the hardener is suspended in a solid state in the epoxy resin. wherein the impregnating resin comprises an epoxy resin, a hardener and nanosize and/or microsize inorganic particles, wherein the hardener is selected from the group consisting of a substituted guanidine, an aromatic diamine, an N-acylimidazole, a metal salt complex of an imidazole, a carboxylic hydrazide, a triazine derivative, melamine, a melamine derivative, a cyanoacetyl compound, an N-cyanoacylamide compound, an acylthiopropylphenol, a urea derivative, an aliphatic diamine, a cycloaliphatic diamine, an aliphatic polyamine, a cycloaliphatic polyamine and mixtures thereof, wherein the hardener is suspended in a solid state in the epoxy resin.
Method for producing a tool , in particular a mechanical key for a motor vehicle, comprising at least the following steps: a) producing a plastic handle element , comprising at least one recess , b) producing a shaft from a metallic material, in particular comprising an at least partially profiled outer contour , c) inserting at least one shaft section into the recess of the handle element , d) joining the handle element to the shaft section in a material-locking manner; wherein the method is characterized in that in a method step a.2) the handle element is coated, in particular galvanized. a) producing a plastic handle element , comprising at least one recess , b) producing a shaft from a metallic material, in particular comprising an at least partially profiled outer contour , c) inserting at least one shaft section into the recess of the handle element , d) joining the handle element to the shaft section in a material-locking manner;
A method of determining a position of a user equipment, UE, in a wireless communication system, comprising: receiving (S710), by the UE from a location server , system information including information on a reference cell for an observed time difference of arrival, OTDOA, and information on at least one neighbor cell for the OTDOA; and calculating (S740), by the UE , reference signal time difference, RSTD, using positioning reference signals, PRSs, received, based on the system information, from the reference cell and the at least one neighbor cell, wherein the system information includes information on a serving cell, for which the UE can obtain a system frame number, SFN, as information on one of the at least one neighbor cell if the serving cell is one of the at least one neighbor cell. receiving (S710), by the UE from a location server , system information including information on a reference cell for an observed time difference of arrival, OTDOA, and information on at least one neighbor cell for the OTDOA; and calculating (S740), by the UE , reference signal time difference, RSTD, using positioning reference signals, PRSs, received, based on the system information, from the reference cell and the at least one neighbor cell, wherein the system information includes information on a serving cell, for which the UE can obtain a system frame number, SFN, as information on one of the at least one neighbor cell if the serving cell is one of the at least one neighbor cell.
A reactor system comprising: a) capsules having a wall wherein the inner side of the wall is more hydrophilic than the outer side of the wall, wherein the capsule wall comprises a hydrophilic inner side which comprises poly(N-isopropylacrylamide) (PNIPAM); b) a solvent or solvent mixture (S1) outside the capsules; c) a solvent or solvent mixture (S2) inside the capsules which is more hydrophilic than the solvent or solvent mixture (S1); and d) at least one catalyst inside the capsules, wherein the catalyst comprises silver nanoparticles (AgNP) supported on catalyst carrier particles. a) capsules having a wall wherein the inner side of the wall is more hydrophilic than the outer side of the wall, wherein the capsule wall comprises a hydrophilic inner side which comprises poly(N-isopropylacrylamide) (PNIPAM); b) a solvent or solvent mixture (S1) outside the capsules; c) a solvent or solvent mixture (S2) inside the capsules which is more hydrophilic than the solvent or solvent mixture (S1); and d) at least one catalyst inside the capsules, wherein the catalyst comprises silver nanoparticles (AgNP) supported on catalyst carrier particles.
A method comprising: establishing a video call between: an agent device for use by a call center agent, and a user device ; receiving, at a call manager device , a play request from the agent device, wherein the play request includes a video identifier; interrupting, by the call manager device, the video call between the agent device and the user device in response to the play request; and sending, by the call manager device, a message to a media server , wherein the message includes the video identifier, wherein a streaming media session is established by the media server between the user device and the media server based on the message, the streaming media session including a streaming video associated with the video identifier, the media server establishing the streaming media session between the user device and the media server at a resolution compatible with the user device as defined by the video identifier. establishing a video call between: an agent device for use by a call center agent, and a user device ; receiving, at a call manager device , a play request from the agent device, wherein the play request includes a video identifier; interrupting, by the call manager device, the video call between the agent device and the user device in response to the play request; and sending, by the call manager device, a message to a media server , wherein the message includes the video identifier, wherein a streaming media session is established by the media server between the user device and the media server based on the message, the streaming media session including a streaming video associated with the video identifier, the media server establishing the streaming media session between the user device and the media server at a resolution compatible with the user device as defined by the video identifier.
A system configured to generate a wideband output audio signal from a narrow band input audio signal , wherein the system is configured to: receive the narrow band input audio signal; generate, by a quadrature mirror filter (QMF) analysis filterbank, a plurality of low frequency audio subband signals from the narrow band input audio signal; receive a set of target energies, each target energy covering a different target interval within the high frequency interval and being indicative of the desired energy of one or more high frequency audio subband signals lying within the target interval ; generate a plurality of high frequency audio subband signals from the plurality of low frequency audio subband signals and from a plurality of spectral gain coefficients associated with the plurality of low frequency audio subband signals , respectively; adjust the energy of the plurality of high frequency audio subband signals using the set of target energies; combine the low frequency audio subband signals and the energy-adjusted high frequency audio subband signals; and generate, by a QMF synthesis filterbank, the wideband output audio signal from the combined audio subband signals. receive the narrow band input audio signal; generate, by a quadrature mirror filter (QMF) analysis filterbank, a plurality of low frequency audio subband signals from the narrow band input audio signal; receive a set of target energies, each target energy covering a different target interval within the high frequency interval and being indicative of the desired energy of one or more high frequency audio subband signals lying within the target interval ; generate a plurality of high frequency audio subband signals from the plurality of low frequency audio subband signals and from a plurality of spectral gain coefficients associated with the plurality of low frequency audio subband signals , respectively; adjust the energy of the plurality of high frequency audio subband signals using the set of target energies; combine the low frequency audio subband signals and the energy-adjusted high frequency audio subband signals; and generate, by a QMF synthesis filterbank, the wideband output audio signal from the combined audio subband signals.
A 2-ply tissue paper, wherein a basis weight per ply is 11.0 g/m 2 or more and 12.5 g/m 2 or less, the 2-ply paper thickness is 102 μm or more and 129 μm or less, and the 2-ply tissue paper containing 1.8 g/m 2 or more and 4.6 g/m 2 or less of chemical which contains glycerin and 1,3-propanediol in a total amount of 83.7 mass% or more and 94.9 mass% or less, wherein the mass ratio of glycerin and 1,3-propanediol is above 1 : 0.36 or more and 1 : 4.94 or less.
Composite longitudinal reinforcing profile comprising longitudinal carbon fibres embedded in a polyepoxy resinous matrix obtained by polymerisation of a thermosetting blend comprising an epoxy prepolymer and at least one curing agent and optionally a catalyst, wherein: - the epoxy prepolymer (i) is a DiGlycidyl Ether of Bisphenol A (DGEBA) or a DiGlycidyl Ether of Bisphenol F (DGEBF) or a TetraGlycidyl Methylene DiAniline (TGMDA); - the at least one curing agent (ii) is a cycloaliphatic amine or an aromatic amine or a blend of a cycloaliphatic amine with an aromatic amine; and - the P 1/ P 2 ratio between the proportion by weight P 1 of the at least one curing agent (ii) in the thermosetting blend and the proportion by weight P 2 of the prepolymer (i) in the thermosetting blend is between 15% and 30% and is preferably equal to 25%. - the epoxy prepolymer (i) is a DiGlycidyl Ether of Bisphenol A (DGEBA) or a DiGlycidyl Ether of Bisphenol F (DGEBF) or a TetraGlycidyl Methylene DiAniline (TGMDA); - the at least one curing agent (ii) is a cycloaliphatic amine or an aromatic amine or a blend of a cycloaliphatic amine with an aromatic amine; and - the P 1/ P 2 ratio between the proportion by weight P 1 of the at least one curing agent (ii) in the thermosetting blend and the proportion by weight P 2 of the prepolymer (i) in the thermosetting blend is between 15% and 30% and is preferably equal to 25%.
A method for sequencing a template nucleic acid molecule, comprising: (a) contacting a stretched and primed template nucleic acid molecule with a substrate, said primed template nucleic acid molecule comprising one or more primer-binding sites, said substrate comprising primers immobilized thereon, each primer comprising: (i) a region complementary to a primer-binding site, and (ii) a barcode sequence indicative of a physical position of the primer on the substrate; (b) conducting extension reactions using said primers and said template nucleic acid molecule as a template, thereby generating extension products, each extension product comprises (i) sequence of a fragment of the template nucleic acid molecule or a complement of the fragment, and (ii) sequence of the barcode sequence or a complement thereof; (c) sequencing said extension products to determine sequences of the fragments or complements thereof and barcode sequences or complements thereof; and (d) assembling the sequences of the fragments or the complements of the fragments using the barcode sequence or the barcode complement sequence to thereby determine the sequence of the template nucleic acid molecule. (a) contacting a stretched and primed template nucleic acid molecule with a substrate, said primed template nucleic acid molecule comprising one or more primer-binding sites, said substrate comprising primers immobilized thereon, each primer comprising: (i) a region complementary to a primer-binding site, and (ii) a barcode sequence indicative of a physical position of the primer on the substrate; (i) a region complementary to a primer-binding site, and (ii) a barcode sequence indicative of a physical position of the primer on the substrate; (b) conducting extension reactions using said primers and said template nucleic acid molecule as a template, thereby generating extension products, each extension product comprises (i) sequence of a fragment of the template nucleic acid molecule or a complement of the fragment, and (ii) sequence of the barcode sequence or a complement thereof; (c) sequencing said extension products to determine sequences of the fragments or complements thereof and barcode sequences or complements thereof; and (d) assembling the sequences of the fragments or the complements of the fragments using the barcode sequence or the barcode complement sequence to thereby determine the sequence of the template nucleic acid molecule.
A base station apparatus , configured to establish a wireless link for a backhaul line with a relay apparatus , provide a first period in which a radio resource is used by the base station apparatus for the backhaul line, and a second period in which the radio resource is used by an access line but not used by the backhaul line, transmit, to a terminal apparatus , a condition under which the radio resource is allowed to be used as the access line, and receive, from the terminal apparatus , when the condition is satisfied , a request for a connection of the access line in the second period. establish a wireless link for a backhaul line with a relay apparatus , provide a first period in which a radio resource is used by the base station apparatus for the backhaul line, and a second period in which the radio resource is used by an access line but not used by the backhaul line, transmit, to a terminal apparatus , a condition under which the radio resource is allowed to be used as the access line, and receive, from the terminal apparatus , when the condition is satisfied , a request for a connection of the access line in the second period.
An assembly including, on the one hand, at least one wall of a box of a roller shutter, this wall including at least one opening (30; 30') and, on the other hand, a fastening device of a maneuvering element of an apron of this roller shutter on such a wall , this fastening device adopting the form of a platen including, on the one hand, maintaining means for keeping the platen in position relative to the wall of the box, temporarily and while waiting for the permanent fastening of the maneuvering element on this box wall and, on the other hand, at least one complementary fastening means , each configured to cooperate with the fastening means cooperating with the maneuvering element , with a view to the permanent fastening of this maneuvering element on the box wall , characterized in that the maintaining means on the one hand cooperate with the border of the opening (30; 30') of the wall of the roller shutter box, in order to keep the platen in position relative to this wall of the box and, on the other hand, include at least one hooking means to hook the platen on the wall of the box.