mhurhangee/ep-ind-claims huggingface dataset:
A method for the positioning of a glass sheet on a working plane of a glass sheet working machine, the method including the steps of: - detection of the position of said glass sheet with respect to said working plane by means of a position detecting electronic system, - provision of a human-machine interface adapted to provide information relative to the position of the glass sheet, - manual displacement of said glass sheet by an operator along said working plane to bring it in a desired position, said manual displacement being assisted via a monitoring of the current position of the glass sheet by means of a position monitoring electronic system, and - signalling to the operator a condition of achievement of the desired position by means of said human-machine interface, wherein said glass sheet working machine includes an engagement member of said glass sheet rotatably mounted around an axis of rotation orthogonal to said working plane, wherein, preliminarily to said manual displacement step, the glass sheet is engaged by means of said engagement member so that said manual displacement step includes a rotation of said glass sheet around said axis of rotation. - detection of the position of said glass sheet with respect to said working plane by means of a position detecting electronic system, - provision of a human-machine interface adapted to provide information relative to the position of the glass sheet, - manual displacement of said glass sheet by an operator along said working plane to bring it in a desired position, said manual displacement being assisted via a monitoring of the current position of the glass sheet by means of a position monitoring electronic system, and - signalling to the operator a condition of achievement of the desired position by means of said human-machine interface,
An apparatus comprising: a receiver configured to receive a merged packetized media bitstream which includes packets associated with a main stream and packets associated with an auxiliary stream, wherein the main stream comprises MPEG-H 3D audio data encapsulated as packets in an MHAS format according to ISO/IEC 23008-3, and wherein the auxiliary stream comprises additional audio data encapsulated as packets in the MHAS format, wherein a format of a packet payload of the packets associated with the auxiliary stream is different from the MPEG-H 3D audio format, and time offset packets in the MHAS format signaling an indication of a time offset of the auxiliary stream to the main stream and having a same packet label number assigned as the MHAS packets carrying the additional audio data said time offset packets refer to; a splitter configured to identify a packet type encapsulated in a header of the packets in the merged packetized media bitstream and configured to split, based on the identification of the packet type, the merged packetized media bitstream into the main stream and the auxiliary stream, wherein the packet types of the packets associated with the auxiliary stream are new MHAS packet types encapsulated in the packet header, wherein the new MHAS packet types are different from the packet type according to ISO/IEC 23008-3, and a time-alignment unit for time-aligning the additional audio data with the main audio data based on the signaled time offset. a receiver configured to receive a merged packetized media bitstream which includes packets associated with a main stream and packets associated with an auxiliary stream, wherein the main stream comprises MPEG-H 3D audio data encapsulated as packets in an MHAS format according to ISO/IEC 23008-3, and wherein the auxiliary stream comprises additional audio data encapsulated as packets in the MHAS format, wherein a format of a packet payload of the packets associated with the auxiliary stream is different from the MPEG-H 3D audio format, and time offset packets in the MHAS format signaling an indication of a time offset of the auxiliary stream to the main stream and having a same packet label number assigned as the MHAS packets carrying the additional audio data said time offset packets refer to; a splitter configured to identify a packet type encapsulated in a header of the packets in the merged packetized media bitstream and configured to split, based on the identification of the packet type, the merged packetized media bitstream into the main stream and the auxiliary stream, wherein the packet types of the packets associated with the auxiliary stream are new MHAS packet types encapsulated in the packet header, wherein the new MHAS packet types are different from the packet type according to ISO/IEC 23008-3, and a time-alignment unit for time-aligning the additional audio data with the main audio data based on the signaled time offset.
A welding head for welding rails of a track, having two welding units movable towards one another along unit guides in a guide longitudinal direction, each welding unit being equipped at a lower end with clamping jaws provided to be applied to a rail web, wherein at least one welding unit is connected to a support device, displaceable relative to the welding unit, which is provided for placement on the track during working operations, characterized in that the support device is designed to be displaceable in the guide longitudinal direction relative to the welding unit.
A plasma cutting system, comprising: a power supply configured to receive an input power and to output a pierce current (310, 410) during a pierce operation and a cutting current (320, 420) during a cutting operation of a workpiece; and a controller configured to control an operation of said power supply to output said pierce current (310, 410) and said cutting current (320, 420), where said cutting current has a maximum current level which is based on a maximum cutting current level for a cutting torch for said cutting operation; characterized in that said pierce current (310, 410) for said pierce operation is higher than said maximum cutting current level and said controller is configured to control a pierce duration for said pierce current, wherein said power supply is configured to output said cutting current after the first of either a detection of a pierce by said controller through said workpiece or after said pierce duration, and wherein said controller is further configured to determine said pierce duration based on at least one user input. a power supply configured to receive an input power and to output a pierce current (310, 410) during a pierce operation and a cutting current (320, 420) during a cutting operation of a workpiece; and a controller configured to control an operation of said power supply to output said pierce current (310, 410) and said cutting current (320, 420), where said cutting current has a maximum current level which is based on a maximum cutting current level for a cutting torch for said cutting operation; characterized in that said pierce current (310, 410) for said pierce operation is higher than said maximum cutting current level and said controller is configured to control a pierce duration for said pierce current, wherein said power supply is configured to output said cutting current after the first of either a detection of a pierce by said controller through said workpiece or after said pierce duration, and wherein said controller is further configured to determine said pierce duration based on at least one user input.
A method for manufacturing an electrode lead for a cochlear implant system, comprising providing a ring-shaped ground electrode having an inner surface and an outer surface (128, 130, 132) and comprising a first end portion, a central portion axially adjacent to the first end portion, and a second end portion axially adjacent to the central portion; welding an end of a ground wire to the ground electrode; applying a silicone based adhesive to the inner surface of the ground electrode and attaching the ground electrode over an end of a first tube portion in such a manner that an end of the first tube portion extends from one side along a part of the axial length of the ground electrode into the interior of the ground electrode, wherein the ground wire extends from the other side of the ground electrode; winding a plurality of parallel electrode wires helically onto a mandrel; inserting the mandrel with the electrode wires into the ground electrode and the first tube portion; winding the ground wire onto the mandrel; sliding a second tube portion onto the mandrel and into the ground electrode so that an end of the second tube portion abuts the end of the first tube portion in the interior of the ground electrode; applying a silicone coating (170, 172) to the outer surface (130, 132) of the first and second end portion of the ground electrode and to the outer surface of the first tube portion and the second tube portion in a region adjacent to the ground electrode; and removing the mandrel. providing a ring-shaped ground electrode having an inner surface and an outer surface (128, 130, 132) and comprising a first end portion, a central portion axially adjacent to the first end portion, and a second end portion axially adjacent to the central portion; welding an end of a ground wire to the ground electrode; applying a silicone based adhesive to the inner surface of the ground electrode and attaching the ground electrode over an end of a first tube portion in such a manner that an end of the first tube portion extends from one side along a part of the axial length of the ground electrode into the interior of the ground electrode, wherein the ground wire extends from the other side of the ground electrode; winding a plurality of parallel electrode wires helically onto a mandrel; inserting the mandrel with the electrode wires into the ground electrode and the first tube portion; winding the ground wire onto the mandrel; sliding a second tube portion onto the mandrel and into the ground electrode so that an end of the second tube portion abuts the end of the first tube portion in the interior of the ground electrode; applying a silicone coating (170, 172) to the outer surface (130, 132) of the first and second end portion of the ground electrode and to the outer surface of the first tube portion and the second tube portion in a region adjacent to the ground electrode; and removing the mandrel.
A polyester composition comprising at least one polyester which comprises: (a) a dicarboxylic acid component comprising: i) 70 to 100 mole % of 2,5-furandicarboxylic acid residues; ii) 0 to 30 mole % of aromatic dicarboxylic acid residues having up to 20 carbon atoms; and iii) 0 to 30 mole % of aliphatic dicarboxylic acid residues having up to 16 carbon atoms; and (b) a glycol component comprising: i) 1 to 99 mole % of 1,4-cyclohexanedimethanol residues; and ii) 1 to 99 mole % of residues of a modifying glycol, which is ethylene glycol; wherein the total mole % of the dicarboxylic acid component is 100 mole %, and the total mole % of the glycol component is 100 mole %. (a) a dicarboxylic acid component comprising: i) 70 to 100 mole % of 2,5-furandicarboxylic acid residues; ii) 0 to 30 mole % of aromatic dicarboxylic acid residues having up to 20 carbon atoms; and iii) 0 to 30 mole % of aliphatic dicarboxylic acid residues having up to 16 carbon atoms; and i) 70 to 100 mole % of 2,5-furandicarboxylic acid residues; ii) 0 to 30 mole % of aromatic dicarboxylic acid residues having up to 20 carbon atoms; and iii) 0 to 30 mole % of aliphatic dicarboxylic acid residues having up to 16 carbon atoms; and (b) a glycol component comprising: i) 1 to 99 mole % of 1,4-cyclohexanedimethanol residues; and ii) 1 to 99 mole % of residues of a modifying glycol, which is ethylene glycol; i) 1 to 99 mole % of 1,4-cyclohexanedimethanol residues; and ii) 1 to 99 mole % of residues of a modifying glycol, which is ethylene glycol;
A method to process wireless signal components at an access terminal, comprising: generating a schedule that describes frame structure timing of a first communications channel; determining timing differences with at least a second communications channel in accordance with the schedule; and generating a correction time factor between the first communications channel and the second communications channel to facilitate handing off communications between the channels; and characterised by: providing at least one tune-away mechanism to support one or more technology types; adapting the tune-away mechanism to allow one or more access terminals and one or more access networks to determine alternative communications paths by temporarily tuning away from the first communication channel at a time based on the correction time factor and sampling the second communication channel for employment in on-going communications. generating a schedule that describes frame structure timing of a first communications channel; determining timing differences with at least a second communications channel in accordance with the schedule; and generating a correction time factor between the first communications channel and the second communications channel to facilitate handing off communications between the channels; and characterised by: providing at least one tune-away mechanism to support one or more technology types; adapting the tune-away mechanism to allow one or more access terminals and one or more access networks to determine alternative communications paths by temporarily tuning away from the first communication channel at a time based on the correction time factor and sampling the second communication channel for employment in on-going communications. providing at least one tune-away mechanism to support one or more technology types; adapting the tune-away mechanism to allow one or more access terminals and one or more access networks to determine alternative communications paths by temporarily tuning away from the first communication channel at a time based on the correction time factor and sampling the second communication channel for employment in on-going communications.
An isolated polypeptide consisting essentially of an NPP1 component and an Fc region of an immunoglobulin, wherein the NPP1 component is a truncated NPP1 comprising the cysteine rich region and a catalytic domain having pyrophosphatase and/or phosphodiesterase activity but having the N-terminal cytosolic and transmembrane domains removed, and wherein said Fc region is linked to the C-terminus of the NPP1 component.
A drive arm for driving a wiper blade intended for a motor vehicle, the drive arm extending along a longitudinal direction, the drive arm comprising at least one first attachment means for a first end of an elastic return device, a second attachment means for the first end of the elastic return device, a first distance measured parallel to the longitudinal direction between the first attachment means and the second attachment means being non-zero, and at least one third attachment means for the first end of the elastic return device, a second distance measured between the first attachment means and the third attachment means being non-zero and a third distance measured between the second attachment means and the third attachment means being non-zero, characterized in that the longest attachment means (224, 234, 244) is located between the other two attachment means (224, 234, 244) along a transverse direction transverse to the longitudinal direction.
A system for providing networked access to media signals, the system comprising: (i) in a first alternative at least one virtual media card configured to interface with at least one application that produces and/or consumes media signals or (ii) in a second alternative at least one media interface configured to interface with at least one physical media card in form of a sound card that produces and/or consumes media signals; a network interface configured to enable the system to exchange media signals with other devices on a common network; a reference clock configured to provide a common clock signal to the common network and (i) to the at least one virtual media card or (ii) to the at least one media interface; an advertisement and discovery module configured to identify (i) in the first alternative when the at least one application is started and/or stopped or (ii) to identify in the second alternative when the at least one media card is attached and/or detached from the system; wherein the advertisement and discovery module is configured to make I/O channels of the at least one (i) application in the first alternative or (ii) media card in the second alternative available to the system and the common network; a media router configured to receive routing requirements and route the media signals from the at least one application and the at least one sound card that produce media signals to the at least one application and the at least one sound card that consume media signals; and a user interface for creating the routing requirements by a user, wherein the user interface is configured to enable the connection of any combination of I/O channels. (i) in a first alternative at least one virtual media card configured to interface with at least one application that produces and/or consumes media signals or (ii) in a second alternative at least one media interface configured to interface with at least one physical media card in form of a sound card that produces and/or consumes media signals;
A method for measuring the toxicity of human cerebrospinal fluid, or for determining Alzheimer's disease, or for measuring the medicinal effect of an agent for preventing and/or treating Alzheimer's disease, the method comprising administering CSF collected from an Alzheimer disease patient, or CSF collected from an Alzheimer's disease patient that has been administered the agent, into the cerebral ventricle of a rodent selected from a mouse, rat or hamster, and evaluating the cognitive function of the rodent by using a behavioral pharmacological technique. administering CSF collected from an Alzheimer disease patient, or CSF collected from an Alzheimer's disease patient that has been administered the agent, into the cerebral ventricle of a rodent selected from a mouse, rat or hamster, and evaluating the cognitive function of the rodent by using a behavioral pharmacological technique.
An acrylic pressure-sensitive adhesive composition for polarizing plates, comprising a (meth)acrylic copolymer comprising an alkyl(meth)acrylic acid ester monomer, in which alkyl has 2 to 14 carbon atoms, and a monomer oontaining a copolymerizable photo-initiator group, and it has a gel fraction, represented by Equation 1, of 10 to 55% and a swelling ratio, represented by Equation 2, of 30 to 110, and a sol eluted in the final cross-linked pressure-sensitive adhesive with ethyl acetate has a weight average molecular weight of 600,000 or more: Gel fraction % = B / A x 100 Swelling ratio = C / B wherein, A represents weight of acrylic pressure-sensitive adhesive composition, B represents dry weight of insoluble content after depositing acrylic pressure-sensitive adhesive composition in ethyl acetate at ambient temperature for 48 hours, and C represents weight of insoluble content swollen with ethyl acetate after depositing acrylic pressure-sensitive adhesive composition in ethyl acetate at ambient temperature for 48 hours (weight of insoluble content of acrylic pressure-sensitive adhesive composition + weight of permeated solvent).
A packing follower assembly (300, 900, 1000), comprising: a flange having first and second mating portions (302, 304), wherein the first and second mating portions are separable and include interlocking structures (310a, 312a, 310b, 312b) configured to mechanically couple the first and second mating portions; a cylindrical member having first and second halves (308a, 308b), wherein the first and second halves are configured to form the cylindrical member, and wherein the cylindrical member is configured to surround a valve shaft and to be urged by the flange into contact with a valve packing; a first member formed from the first mating portion of the flange and a first portion of a curved wall extending substantially perpendicularly from the first mating portion of the flange to define the first half of the cylindrical member; and a second member separable from the first member and formed from the second mating portion of the flange and a second portion of a curved wall extending substantially perpendicularly from the second mating portion of the flange to define the second half of the cylindrical member, wherein the interlocking structures (310a, 312a, 310b, 312b) are configured to mechanically couple the first and second members to form the packing follower assembly, characterised in that the interlocking structures (310a, 312a, 310b, 312b) comprise an S-shaped coupling. a flange having first and second mating portions (302, 304), wherein the first and second mating portions are separable and include interlocking structures (310a, 312a, 310b, 312b) configured to mechanically couple the first and second mating portions; a cylindrical member having first and second halves (308a, 308b), wherein the first and second halves are configured to form the cylindrical member, and wherein the cylindrical member is configured to surround a valve shaft and to be urged by the flange into contact with a valve packing; a first member formed from the first mating portion of the flange and a first portion of a curved wall extending substantially perpendicularly from the first mating portion of the flange to define the first half of the cylindrical member; and a second member separable from the first member and formed from the second mating portion of the flange and a second portion of a curved wall extending substantially perpendicularly from the second mating portion of the flange to define the second half of the cylindrical member, wherein the interlocking structures (310a, 312a, 310b, 312b) are configured to mechanically couple the first and second members to form the packing follower assembly, characterised in that the interlocking structures (310a, 312a, 310b, 312b) comprise an S-shaped coupling.