mhurhangee/ep-ind-claims huggingface dataset:
A paging reception and decoding method in a wireless communication device adapted to operate in association with a primary cell provided by a network node of a cellular communication system, wherein the primary cell has one or more neighboring cells, the method comprising: receiving (210, 315) a paging signal during a paging occasion, wherein the paging occasion is used for the primary cell and the one or more neighboring cells, and wherein the paging signal comprises a signal component transmitted in the primary cell and signal components transmitted in respective ones of the one or more neighboring cells; temporarily storing (220, 315) the received paging signal; attempting (230, 325) to decode the received paging signal based on one or more parameters of the primary cell; and if (240, 330) decoding of the received paging signal based on one or more parameters of the primary cell is un-successful, attempting (260, 350) to decode the temporarily stored received paging signal based on parameters of one of the one or more neighboring cells. receiving (210, 315) a paging signal during a paging occasion, wherein the paging occasion is used for the primary cell and the one or more neighboring cells, and wherein the paging signal comprises a signal component transmitted in the primary cell and signal components transmitted in respective ones of the one or more neighboring cells; temporarily storing (220, 315) the received paging signal; attempting (230, 325) to decode the received paging signal based on one or more parameters of the primary cell; and if (240, 330) decoding of the received paging signal based on one or more parameters of the primary cell is un-successful, attempting (260, 350) to decode the temporarily stored received paging signal based on parameters of one of the one or more neighboring cells.
A method performed in a mobile device that facilitates allocation of acknowledgement resources, the method comprising: employing a processor to implement the following acts: utilizing a mapping to identify an uplink resource location corresponding to a first downlink control channel index; characterized by: evaluating the uplink resource location to ascertain validity, wherein a valid resource location is a location available for acknowledgements and an invalid resource location is a location assigned for channel quality indicators or other control signaling; and updating the mapping when the uplink resource location is an invalid resource location, wherein updating the mapping comprises selecting a second downlink control channel index which corresponds to a valid resource location, wherein the second downlink control channel index is the closest index greater than the first downlink control channel index. employing a processor to implement the following acts: utilizing a mapping to identify an uplink resource location corresponding to a first downlink control channel index; characterized by: evaluating the uplink resource location to ascertain validity, wherein a valid resource location is a location available for acknowledgements and an invalid resource location is a location assigned for channel quality indicators or other control signaling; and updating the mapping when the uplink resource location is an invalid resource location, wherein updating the mapping comprises selecting a second downlink control channel index which corresponds to a valid resource location, wherein the second downlink control channel index is the closest index greater than the first downlink control channel index. utilizing a mapping to identify an uplink resource location corresponding to a first downlink control channel index; characterized by: evaluating the uplink resource location to ascertain validity, wherein a valid resource location is a location available for acknowledgements and an invalid resource location is a location assigned for channel quality indicators or other control signaling; and updating the mapping when the uplink resource location is an invalid resource location, wherein updating the mapping comprises selecting a second downlink control channel index which corresponds to a valid resource location, wherein the second downlink control channel index is the closest index greater than the first downlink control channel index. evaluating the uplink resource location to ascertain validity, wherein a valid resource location is a location available for acknowledgements and an invalid resource location is a location assigned for channel quality indicators or other control signaling; and updating the mapping when the uplink resource location is an invalid resource location, wherein updating the mapping comprises selecting a second downlink control channel index which corresponds to a valid resource location, wherein the second downlink control channel index is the closest index greater than the first downlink control channel index.
Floor arrangement (7; 7') comprising: - a rigid support (8; 14); - two or more prefabricated elements (1; 1'; 20; 20') mounted on said rigid support, said two or more elements (1; 1'; 20; 20') being adjacently arranged on said rigid support (8; 14) so as to define a distance between lateral surfaces of two adjacent elements (1; 1'; 20; 20'); wherein each of said two or more elements (1; 1'; 20; 20') comprises a rigid base having an upper surface, a lower surface and at least two opposed lateral surfaces connecting said upper surface with said lower surface; characterized in that said upper surface is at least partly covered by a layer made of woven vinyl and in that at least one of said at least two opposed lateral surfaces is at least partly covered by a layer made of woven vinyl, said woven vinyl layer being coupled to said rigid base by adhesive means. - a rigid support (8; 14); - two or more prefabricated elements (1; 1'; 20; 20') mounted on said rigid support, said two or more elements (1; 1'; 20; 20') being adjacently arranged on said rigid support (8; 14) so as to define a distance between lateral surfaces of two adjacent elements (1; 1'; 20; 20');
Structured covering for a machine for producing or refining a fibrous web, in particular a paper, cardboard or tissue web, including a substrate and a grid structure (20, 20'), applied on the substrate, on which grid structure the fibrous web is transported in case of intended use of the structured covering, whereby the grid structure (20, 20') includes a plurality of first elements (24, 24'), which are all oriented in a first direction, and a plurality of second elements (26, 26'), which are all oriented in a second direction, which differs from the first direction, characterised in that the first elements (24, 24') run through the second elements (26, 26') while forming the grid structure (20, 20') such that a bottom side of the first elements (24, 24') facing the substrate and a bottom side of the second elements (26, 26') facing the substrate lie on a common plane; wherein the plurality of first elements (24, 24') extends continuously through the structured covering in the first direction and the plurality of second elements (26, 26') extends continuously through the structured covering in the second direction, and the whole top side of each first element (24, 24') turned away from the substrate does not lie on a common plane with the whole top side of each second element (26, 26') turned away from the substrate. the first elements (24, 24') run through the second elements (26, 26') while forming the grid structure (20, 20') such that a bottom side of the first elements (24, 24') facing the substrate and a bottom side of the second elements (26, 26') facing the substrate lie on a common plane; wherein the plurality of first elements (24, 24') extends continuously through the structured covering in the first direction and the plurality of second elements (26, 26') extends continuously through the structured covering in the second direction, and the whole top side of each first element (24, 24') turned away from the substrate does not lie on a common plane with the whole top side of each second element (26, 26') turned away from the substrate.
Hydrodynamic coupling arrangement, in particular torque converter, comprising a housing arrangement which is filled or can be filled with fluid, a pump impeller which can be rotated with the housing arrangement about a rotational axis, a turbine wheel which is arranged in the housing arrangement and can be rotated with an output member about the rotational axis, a lock-up clutch for establishing a torque transmission connection between the housing arrangement and the output member, a torsional vibration damping arrangement with an input region and an output region, a first torque transmission path and, parallel thereto, a second torque transmission path and a coupling arrangement for superimposing the torques which are conducted via the torque transmission paths (46, 48) being provided between the input region and the output region, the torsional vibration damping arrangement comprising, furthermore, a phase shifter arrangement at least in the first torque transmission path, for the generation of a phase shift of rotational non-uniformities which are conducted via the first torque transmission path with regard to rotational non-uniformities which are conducted via the second torque transmission path, the coupling arrangement comprising a planetary transmission arrangement, the planetary transmission arrangement comprising a planetary gear carrier which is attached to the second torque transmission path and has a plurality of planetary gears which are supported rotatably on the said planetary gear carrier, characterized in that the planetary gear arrangement comprises a first coupling gear arrangement (78'; 78) which is attached to the first torque transmission path and is in meshing engagement with the planetary gears, and a second coupling gear arrangement (80'; 80) which is attached to the output region and is in meshing engagement with the planetary gears.
A method by a user equipment, UE, of a telecommunications system, the method comprising: obtaining a first UE activity configuration; obtaining a second UE activity configuration, wherein an activity and/or inactivity duration defined by the first UE activity configuration is different than an activity and/or inactivity duration defined by the second activity configuration; performing a transition between the UE using the first UE activity configuration and the UE using the second UE activity configuration; and adapting one or more operations started or being performed under the first UE activity configuration being used just before the transition, which adaptation is based on at least one of: the type of operation, activity and/or inactivity level of the first UE activity configuration and/or of the second UE activity configuration, and a relation between the first UE activity configuration and the second UE activity configuration, characterised in that adapting one or more operations started or being performed under the first UE activity configuration being used just before the transition, comprises: delaying by a defined time period the configuring of the second UE activity configuration to enable the UE to complete at least one on-going operation started under the first UE activity configuration. obtaining a first UE activity configuration; obtaining a second UE activity configuration, wherein an activity and/or inactivity duration defined by the first UE activity configuration is different than an activity and/or inactivity duration defined by the second activity configuration; performing a transition between the UE using the first UE activity configuration and the UE using the second UE activity configuration; and adapting one or more operations started or being performed under the first UE activity configuration being used just before the transition, which adaptation is based on at least one of: the type of operation, activity and/or inactivity level of the first UE activity configuration and/or of the second UE activity configuration, and a relation between the first UE activity configuration and the second UE activity configuration, characterised in that adapting one or more operations started or being performed under the first UE activity configuration being used just before the transition, comprises: delaying by a defined time period the configuring of the second UE activity configuration to enable the UE to complete at least one on-going operation started under the first UE activity configuration.
An isolated Clostridial Botulinum neurotoxin (BoNT) polypeptide, comprising an amino acid sequence that has at least 85%, at least 86%, at least 87%, at least 88%, at least 89%, at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or at least 99.5% identity to SEQ ID NO: 3, optionally wherein the isolated BoNT polypeptide comprises the amino acid sequence of SEQ ID NO: 3, wherein the BoNT polypeptide does not cross react with an antibody against BoNT serotype A, B, C, D, E, F, or G.
Timepiece oscillator with a flexible pivot comprising a support, a balance and first and second elastic strips (4, 5) arranged to guide the balance in rotation with respect to the support about a virtual axis of rotation and to exert on the balance a return torque, the first and second elastic strips (4, 5) extending in parallel planes and crossing each other without contact, the balance having a rim which is generally symmetrical in shape with respect to the virtual axis of rotation and being assembled between an upper part and a lower part, the upper part comprising an upper stage of the support and the first elastic strip, the lower part comprising a lower stage of the support and the second elastic strip.
A method of decoding video data, the method comprising: receiving a syntax element on coding unit level, wherein the syntax element indicates whether a simplified depth coding mode is used for both intra-prediction and inter-prediction of a depth coding unit of the video data, wherein the syntax element comprises a one-bit flag having a first value that indicates that the SDC mode is used for both intra-prediction and inter-prediction of the depth CU and a second value that indicates that the SDC mode is not used for intra-prediction and inter-prediction of the depth CU; when the depth CU is intra-predicted, performing intra-prediction to generate a predicted depth CU; when the depth CU is inter-predicted, performing inter-prediction to generate the predicted depth CU; when the syntax element indicates that the SDC mode is used, for each partition of a prediction unit of the depth CU, receiving information representing at least one DC residual value for the depth CU, wherein the at least one DC residual value represents a pixel difference between the partition of the PU of the depth CU and a corresponding partition of the predicted depth CU; and reconstructing the depth CU using the at least one DC residual value and the predicted depth CU. receiving a syntax element on coding unit level, wherein the syntax element indicates whether a simplified depth coding mode is used for both intra-prediction and inter-prediction of a depth coding unit of the video data, wherein the syntax element comprises a one-bit flag having a first value that indicates that the SDC mode is used for both intra-prediction and inter-prediction of the depth CU and a second value that indicates that the SDC mode is not used for intra-prediction and inter-prediction of the depth CU; when the depth CU is intra-predicted, performing intra-prediction to generate a predicted depth CU; when the depth CU is inter-predicted, performing inter-prediction to generate the predicted depth CU; when the syntax element indicates that the SDC mode is used, for each partition of a prediction unit of the depth CU, receiving information representing at least one DC residual value for the depth CU, wherein the at least one DC residual value represents a pixel difference between the partition of the PU of the depth CU and a corresponding partition of the predicted depth CU; and reconstructing the depth CU using the at least one DC residual value and the predicted depth CU.
A computer implemented method of controlling tint of one or more optically switchable windows at a site, the method comprising: (a) determining one or more tinting instructions for the one or more optically switchable windows, which one or more tinting instructions address a period of reduced power in the site; and (b) transitioning or holding one or more tint levels of the one or more optically switchable windows by using the one or more tinting instructions determined in order to reduce power usage at the site. (a) determining one or more tinting instructions for the one or more optically switchable windows, which one or more tinting instructions address a period of reduced power in the site; and (b) transitioning or holding one or more tint levels of the one or more optically switchable windows by using the one or more tinting instructions determined in order to reduce power usage at the site.
Method for preparing polybutadienes by polymerizing 1,3-butadiene in the presence of a solvent and a catalyst system comprising a) a cobalt compound, b) an organoaluminium compound, c) an organophosphorus compound and d) water, characterized in that a mixture of catalyst system and solvent is initially charged and the 1,3-butadiene is metered into this mixture. a) a cobalt compound, b) an organoaluminium compound, c) an organophosphorus compound and d) water,
Working chamber system for the surface treatment of workpieces, having at least: - a working chamber that is closable in a sealed manner, - a plurality of frame-like workpiece holders (10, 20, 30) which are displaceable on guide rails (14, 24, 34) between a fitting position outside the working chamber and a working position in the working chamber, and - a manipulator (102, 103) which, as seen in plan view, is arranged next to the group of parallel guide rails (14, 24, 34) within the working chamber, characterized in that at least one workpiece holder (10, 20, 30) comprises an outer frame (11, 21, 31) via which it is guided in the guide rails (14, 24, 34), and an inner frame (12, 22, 32) which is surrounded by the outer frame (11, 21, 31) in a transport position and which is displaceable or pivotable, in the fitting position and/or in the working position, into a position outside the base plane of the outer frame (11, 21, 31). - a working chamber that is closable in a sealed manner, - a plurality of frame-like workpiece holders (10, 20, 30) which are displaceable on guide rails (14, 24, 34) between a fitting position outside the working chamber and a working position in the working chamber, and - a manipulator (102, 103) which, as seen in plan view, is arranged next to the group of parallel guide rails (14, 24, 34) within the working chamber,
A platform positioning system comprising a platform and an elevator, wherein a cabin of the elevator is movable along a wall segment of a building, wherein the platform positioning system further comprises a first attachment means for releasably attaching the platform to the cabin, wherein the motion of the cabin and the platform are coupled to each other when the platform is attached to the cabin, characterised in that the platform positioning system further comprises a second attachment means for releasably attaching the platform to the wall segment, wherein the platform comprises an opening through which the cabin is movable, so that the range of motion of the cabin is not limited by the position of the platform.
Device for producing a hollow-cylindrical concrete lining on shaft walls of vertical shafts, having - at least one shuttering element which is radially spaced from the shaft wall and forms a concrete shuttering, - a supporting ring at the lower end of the shuttering element, and - a sealing assembly in the region of the supporting ring to seal the concrete shuttering relative to the shaft wall, characterized in that the sealing assembly is formed by a plurality of drawers (5, 5a, 5b) which can be extended radially against the shaft wall, the drawers (5, 5a, 5b) comprise coverings (9, 9a, 9b), wherein the coverings (9, 9a, 9b) form the upper side of the drawers (5, 5a, 5b) and close off the concrete shuttering from below. - at least one shuttering element which is radially spaced from the shaft wall and forms a concrete shuttering, - a supporting ring at the lower end of the shuttering element, and - a sealing assembly in the region of the supporting ring to seal the concrete shuttering relative to the shaft wall,
Press roller for a roller press, more particularly for the briquetting, compacting or grinding of granular material, with a roller core and, circumferentially fastened on the roller core 1, a roller shell, which is composed of a plurality of segments distributed over the circumference with end surfaces facing each other, wherein frontally the segments comprise circumferential clamping shoulders with first clamping surfaces and wherein frontally the segments are each detachably fastened to the roller core with a fastening ring which spans the clamping shoulders of the segments, characterised in that on their front surfaces and/or clamping shoulders the segments comprise, in the front surface edge areas facing the end surfaces, outer material reinforcements which protrude outwards in the radial direction in relation to the first clamping surface and in the axial direction in relation to the end surface, so that in the circumferential direction between each two material reinforcements a pocket-like indent is formed, wherein in the pocket-shaped indents the first clamping surfaces are arranged, abutting which are second clamping surfaces of the fastening ring.
A medicine injecting tip comprising: a cylinder; a plunger (620; 623) configured to reciprocate downward and upward, and forming a first space and a second space inside the cylinder; and a needle disposed in the plunger and disposed in the second space of the cylinder, wherein the needle is inserted into a skin when the plunger moves downward, and wherein the needle is discharged from the skin and a positive pressure state is formed in the second space, when the plunger moves upward, characterized in that a first channel is formed in the medicine injecting tip to connect the first space with the second space, and wherein said first channel is at least one of a flow path formed in the plunger, a gap provided between the cylinder and the plunger, and a tube connecting the first space with the second space, and as a variation in a volume of the first space is equal to or greater than a variation in a volume of the second space when the plunger reciprocates, a gas in the second space moves into the first space through said first channel when the plunger moves downward, and a gas in the first space moves into the second space through said first channel when the plunger moves upward. a cylinder; a plunger (620; 623) configured to reciprocate downward and upward, and forming a first space and a second space inside the cylinder; and a needle disposed in the plunger and disposed in the second space of the cylinder, wherein the needle is inserted into a skin when the plunger moves downward, and wherein the needle is discharged from the skin and a positive pressure state is formed in the second space, when the plunger moves upward, characterized in that a first channel is formed in the medicine injecting tip to connect the first space with the second space, and wherein said first channel is at least one of a flow path formed in the plunger, a gap provided between the cylinder and the plunger, and a tube connecting the first space with the second space, and as a variation in a volume of the first space is equal to or greater than a variation in a volume of the second space when the plunger reciprocates, a gas in the second space moves into the first space through said first channel when the plunger moves downward, and a gas in the first space moves into the second space through said first channel when the plunger moves upward.