mhurhangee/ep-ind-claims huggingface dataset:
A converter station for connecting an AC system to a bipolar HVDC transmission line, said station comprising two converters (8, 9) each having a DC-side thereof connected to a respective one of two poles (104, 105) of said transmission line on high potential and to a neutral bus (111, 112) for that pole of a DC neutral arrangement in common to the converters on zero potential by being earthed, and having an AC-side connected to said AC system, said DC neutral arrangement having electrode line connecting members connecting to two electrode lines (191, 192) and the arrangement being provided with first DC breakers enabling breaking of a first current path from the neutral bus of one pole to the neutral bus of the other pole at bipolar operation of the station for changing to monopolar operation thereof, the station also comprising a control device adapted to control the changing from bipolar to monopolar operation by controlling one of said first DC breakers to open the current path between the two neutral buses (111, 112) and establish a current path to the electrode line connecting member for diverting the current from said one pole thereto, characterized in that said neutral arrangement is provided with two connecting members (142, 143), one for each electrode line, and connecting means for connecting each neutral bus (111, 112) to one of said two electrode line connecting members.
A ventilated shoe, comprising a breathable sole and an upper assembly associated therewith in an upward region, said shoe being characterized in that said upper assembly comprises: - an external upper, with which an inner lining is associated which is constituted at least partly by a first element that defines at least one interspace that separates the foot of the user from said external upper and is provided with passages for movement of sweat away from the foot of the user toward the upper external edge of said shoe, said first element being constituted by a first fabric wherein the first fabric is a three-dimensional fabric for enabling the flow of air both transversely and longitudinally therein; and - a breathable insole, joined perimetrically at least to said inner lining characterized in that said passages are defined by a series of channels for the passage of sweat in the vapor phase and that said insole is constituted by a second element, said second element being constituted by a second fabric without channels. - an external upper, with which an inner lining is associated which is constituted at least partly by a first element that defines at least one interspace that separates the foot of the user from said external upper and is provided with passages for movement of sweat away from the foot of the user toward the upper external edge of said shoe, said first element being constituted by a first fabric wherein the first fabric is a three-dimensional fabric for enabling the flow of air both transversely and longitudinally therein; and - a breathable insole, joined perimetrically at least to said inner lining characterized in that said passages are defined by a series of channels for the passage of sweat in the vapor phase and that said insole is constituted by a second element, said second element being constituted by a second fabric without channels.
A device comprising: at least one processor configured to: receive, from a service provider, an indication of a card account of a user; determine whether the card account is eligible to be added to a first device for use in a wireless transaction system; transmit a notification to a messaging server to cause transmission of a first notification to the first device; receive, from the first device, a message including a security token and an identifier of the first notification; determine, based on the message, whether one or more security mechanisms are implemented by the first device and/or whether a current authentication level of the first device meets a minimum authentication level for provisioning an applet corresponding to the card account on a secure element of the first device; when the card account is determined to be eligible to be added to the first device for use in the wireless transaction system and the first device is determined to be implementing one or more security mechanisms and/or that the current authentication level of the first device meets the minimum authentication level, transmit a second notification to the first device for display, the second notification indicating that the card account is eligible to be added to the first device for use in the wireless transaction system; and initiate provisioning, to the secure element of the first device, the applet corresponding to the card account when an approval for adding the card account to the first device for use in the wireless transaction system is received in response to the second notification. receive, from a service provider, an indication of a card account of a user; determine whether the card account is eligible to be added to a first device for use in a wireless transaction system; transmit a notification to a messaging server to cause transmission of a first notification to the first device; receive, from the first device, a message including a security token and an identifier of the first notification; determine, based on the message, whether one or more security mechanisms are implemented by the first device and/or whether a current authentication level of the first device meets a minimum authentication level for provisioning an applet corresponding to the card account on a secure element of the first device; when the card account is determined to be eligible to be added to the first device for use in the wireless transaction system and the first device is determined to be implementing one or more security mechanisms and/or that the current authentication level of the first device meets the minimum authentication level, transmit a second notification to the first device for display, the second notification indicating that the card account is eligible to be added to the first device for use in the wireless transaction system; and initiate provisioning, to the secure element of the first device, the applet corresponding to the card account when an approval for adding the card account to the first device for use in the wireless transaction system is received in response to the second notification.
Element (26; 126) for sound absorption, comprising: - a front layer which is, at least in a region thereof, sound-permeable; - a back layer, substantially sound-reflecting; and - a honeycomb layer sandwiched between said front layer and said back layer, and defining a meshed structure having a plurality of hollow cells laterally bordering on one another; said cells being provided to resonate within their side walls the sound waves entering through said front layer and being diverted by said back layer; said element being characterized in that it further comprises a plasma actuator (38, 40, 42, 44; 38, 40, 142, 44) provided for generating, in at least one of said cells, at least one plasma discharge inducing a flow of ionized air particles interacting with the sound waves coming from said front layer. - a front layer which is, at least in a region thereof, sound-permeable; - a back layer, substantially sound-reflecting; and - a honeycomb layer sandwiched between said front layer and said back layer, and defining a meshed structure having a plurality of hollow cells laterally bordering on one another; said cells being provided to resonate within their side walls the sound waves entering through said front layer and being diverted by said back layer;
A pressing device for pressing meat products, in particular frozen and/or partly frozen meat products, preferably fresh meat products and/or bacon, comprising a pressing chamber which extends along a longitudinal direction and into which a product to be pressed can be inserted through an entrance along an insertion direction; and an entrance control device which is configured to detect an object located in the entrance and to transmit a corresponding detection signal, wherein the entrance control device is connected to a control device, wherein the control device is configured to receive the detection signal and to control a pressing process of the pressing device, wherein the entrance control device is configured to transmit a release signal when no object is located in the entrance, characterized in that the control device is configured to start the pressing process at a predefined or predefinable time correlation between a detection signal and a subsequent release signal. an entrance control device which is configured to detect an object located in the entrance and to transmit a corresponding detection signal, wherein the entrance control device is connected to a control device, wherein the control device is configured to receive the detection signal and to control a pressing process of the pressing device, wherein the entrance control device is configured to transmit a release signal when no object is located in the entrance, characterized in that the control device is configured to start the pressing process at a predefined or predefinable time correlation between a detection signal and a subsequent release signal.
The use of a polyurethane dispersion as binder for laminating adhesives, wherein the polyurethane comprises anionic groups at least 10 mol% of which are neutralized by alkanolamines having at least two hydroxyl groups, excluding polyurethane dispersions comprising water-emulsifiable polyisocyanates.
A process for production of an emulsion coating material containing photocatalyst composite particles and a resin component, said process comprising: preparing an aqueous acidic dispersion/solution having a pH of 4.0 or lower, in which titanium oxide is dispersed and phosphate ions and calcium ions are dissolved, which ions would otherwise precipitate as calcium phosphate if the pH of the dispersion/ solution was greater than 4.0; then adjusting the pH of the acidic dispersion/solution towards the alkaline side of the pH of the dispersion/solution to obtain photocatalyst composite particles in which said calcium phosphate is precipitated and adhered to the surface of titanium oxide; and mixing the resultant dispersion of photocatalyst composite particles with the resin component containing an aqueous organic coating material, such as a synthetic resin emulsion, to produce the emulsion coating material, wherein the particle size distribution of the photocatalyst composite particles as determined by the laser scattering method is controlled to be constant within the range of 80 to 600 nm, the ratio of calcium phosphate in said particles is 0.1 to 50 wt%, and the volume-based mean particle diameter of said particles is within the range of 50 to 1000 nm. preparing an aqueous acidic dispersion/solution having a pH of 4.0 or lower, in which titanium oxide is dispersed and phosphate ions and calcium ions are dissolved, which ions would otherwise precipitate as calcium phosphate if the pH of the dispersion/ solution was greater than 4.0; then adjusting the pH of the acidic dispersion/solution towards the alkaline side of the pH of the dispersion/solution to obtain photocatalyst composite particles in which said calcium phosphate is precipitated and adhered to the surface of titanium oxide; and mixing the resultant dispersion of photocatalyst composite particles with the resin component containing an aqueous organic coating material, such as a synthetic resin emulsion, to produce the emulsion coating material, wherein the particle size distribution of the photocatalyst composite particles as determined by the laser scattering method is controlled to be constant within the range of 80 to 600 nm, the ratio of calcium phosphate in said particles is 0.1 to 50 wt%, and the volume-based mean particle diameter of said particles is within the range of 50 to 1000 nm.
A system comprising: a venturi duct configured to receive a first bleed air flow from an aircraft engine and/or a second bleed air flow from an auxiliary power unit, APU, and further configured to provide the bleed air as environmental control system, ECS, air flow to an ECS; a first delta P sensor configured to sense a pressure difference between a first point and a second point of the venturi duct over a first pressure range, the first delta P sensor configured to provide a first sensed pressure difference; a second delta P sensor configured to sense the pressure difference between the first point and the second point of the venturi duct over a second pressure range and provide a second sensed pressure difference characterized in that the second pressure range is different from the first pressure range; and further characterized by: an ECS controller configured to receive the first and second sensed pressure differences, determine a flow rate of an ECS air flow based upon the first and/or second sensed pressure differences, and adjust a bleed extraction of the aircraft engine or the APU based upon the flow rate of the ECS air flow. a venturi duct configured to receive a first bleed air flow from an aircraft engine and/or a second bleed air flow from an auxiliary power unit, APU, and further configured to provide the bleed air as environmental control system, ECS, air flow to an ECS; a first delta P sensor configured to sense a pressure difference between a first point and a second point of the venturi duct over a first pressure range, the first delta P sensor configured to provide a first sensed pressure difference; a second delta P sensor configured to sense the pressure difference between the first point and the second point of the venturi duct over a second pressure range and provide a second sensed pressure difference characterized in that the second pressure range is different from the first pressure range; and further characterized by: an ECS controller configured to receive the first and second sensed pressure differences, determine a flow rate of an ECS air flow based upon the first and/or second sensed pressure differences, and adjust a bleed extraction of the aircraft engine or the APU based upon the flow rate of the ECS air flow.
A multilayer structure comprising (a) a heat sealable layer, (b) a pressure-sensitive adhesive layer, (c) a tie layer, (d) a structure layer, and optionally (e) an additional tie layer wherein the heat sealable layer comprises amorphous polyethylene terephthalate having a melting temperature above 200°C, determined using differential scanning calorimetry according to ASTM D3418, the amorphous polyethylene terephthalate beinga semi-aromatic polyethylene terephthalate; the pressure sensitive adhesive layer comprises a pressure sensitive adhesive positioned between the heat sealable layer (a) and the tie layer (c); the tie layer comprises a polymer composition having a melting temperature of 80 to 120°C, determined using differential scanning calorimetry according to ASTM D3418; wherein one face of the tie layer (c) is in direct contact with the pressure-sensitive adhesive layer (b) and the other face of the tie layer (c) is in direct contact with the structure layer (d); the structure layer comprises an ethylene homopolymer, ethylene α-olefin copolymer, propylene homopolymer, propylene α-olefin copolymer, polyethylene terephthalate, metallized polyethylene terephthalate, oriented polypropylene, oriented polyamide, polyvinyl chloride, polyacrylonitrile, paper, foil, non-woven fabric, or combinations thereof; and wherein at least one of the compositions of the heat sealable layer or the structure layer has a melting point significantly higher than the degradation temperature of the pressure sensitive adhesive; and one face of the additional tie layer (e), if present, is in direct contact with the heat sealable layer (a) and the other face of the additional tie layer (e) is in direct contact with the pressure-sensitive adhesive layer (b).
A destination station, comprising: a receive buffer that accumulates information blocks until a condition is satisfied, wherein a sequence number identifies an outer code block to which each information block belongs, and a position of each information block within that outer code block; a reordering unit that utilizes the sequence number in each information block to reorder any information blocks that are received out of order; and a duplicate detection unit that utilizes the sequence number in each information block to detect duplicate information blocks, once the information blocks have been reordered, and eliminates any duplicate information blocks, and when the condition is satisfied for a given outer code block, the duplicate detection unit replaces any information blocks that do not pass a cyclic redundancy test by erasures, and generates a request to begin outer decoding. a receive buffer that accumulates information blocks until a condition is satisfied, wherein a sequence number identifies an outer code block to which each information block belongs, and a position of each information block within that outer code block; a reordering unit that utilizes the sequence number in each information block to reorder any information blocks that are received out of order; and a duplicate detection unit that utilizes the sequence number in each information block to detect duplicate information blocks, once the information blocks have been reordered, and eliminates any duplicate information blocks, and when the condition is satisfied for a given outer code block, the duplicate detection unit replaces any information blocks that do not pass a cyclic redundancy test by erasures, and generates a request to begin outer decoding.
An interlayer film for a laminated glass, which comprises at least a pair of protection layers and a sound-insulating layer sandwiched between the pair of the protection layers, and which has a wedge shape as a cross-sectional shape, a wedge angle θ of 0.1 to 0.7 mrad, the maximum thickness of 2000 μm or thinner, and the minimum thickness of 400 μm or thicker, wherein the sound-insulating layer has a wedge shape as its cross-sectional shape and wherein the protection layers have a wedge shape as cross-sectional shape, the minimum thickness of the sound-insulating layer being 20 μm or thicker, wherein the sound-insulating layer is formed by using a plasticizer and a polyvinyl acetal resin, wherein the content of the plasticizer in the sound insulating layer is 40 to 80 parts by weight of a plasticizer based on 100 parts by weight of a polyvinyl acetal resin, and wherein the polyvinyl acetal resin has an acetalization degree of 70 to 85% by mole.
A system for the detection and quantification of organic molecules from a liquid chromatograph comprising: a liquid chromatograph having an outlet; a device comprising a heated rotating disk, an inlet for effluent from the liquid chromatograph with the inlet depositing the effluent onto the disk, a solvent vent for capturing volatilized gases, an inlet for a gas, a source of concentrated energy, a vent for receiving transformed analyte from the action of the concentrated energy, and a catalytic reactor configured to secondarily oxidize and/or reduce the transformed analyte for detection; a conduit connecting the outlet of the chromatograph with the inlet on the device for receiving effluent from the chromatograph; a detector for detecting and quantifying organic molecules, the detector having an inlet; and a conduit connecting the reactor to the inlet of the detector. a liquid chromatograph having an outlet; a device comprising a heated rotating disk, an inlet for effluent from the liquid chromatograph with the inlet depositing the effluent onto the disk, a solvent vent for capturing volatilized gases, an inlet for a gas, a source of concentrated energy, a vent for receiving transformed analyte from the action of the concentrated energy, and a catalytic reactor configured to secondarily oxidize and/or reduce the transformed analyte for detection; a conduit connecting the outlet of the chromatograph with the inlet on the device for receiving effluent from the chromatograph; a detector for detecting and quantifying organic molecules, the detector having an inlet; and a conduit connecting the reactor to the inlet of the detector.
A method of wireless communication, comprising: receiving a configuration for utilizing a plurality of carriers; and determining a number of physical downlink control channel, PDCCH, candidates on a carrier of the plurality of carriers for obtaining downlink control information, DCI, for at least one carrier of the plurality of carriers, the number of PDCCH candidates being a result of a function of a number of carriers of said at least one carrier, wherein the function includes increasing a default number of PDCCH candidates for the carrier by a specific value based on the number of carriers of said at least one carrier. receiving a configuration for utilizing a plurality of carriers; and determining a number of physical downlink control channel, PDCCH, candidates on a carrier of the plurality of carriers for obtaining downlink control information, DCI, for at least one carrier of the plurality of carriers, the number of PDCCH candidates being a result of a function of a number of carriers of said at least one carrier, wherein the function includes increasing a default number of PDCCH candidates for the carrier by a specific value based on the number of carriers of said at least one carrier.
A vaccine for preventing and/or treating a Plasmodium falciparum infection, comprising the polypeptide set forth in SEQ ID NO: 1, and an adjuvant, wherein the adjuvant is a combination of at least one member selected from the group consisting of K3 (K-type CpG adjuvant), D35 (D-type CpG adjuvant), and sHZ (synthetic hemozoin adjuvant), with aluminium hydroxide gel.
A method of interference cancellation at a user equipment when the user equipment performs a handover from a serving cell to a target cell in a cell range extension area, when the user equipment is in idle mode, the method comprising: receiving a handover instruction, the handover instruction comprising at least an indication that information of a serving cell enabling the user equipment to perform intercell interference cancellation in the target cell in case of a user equipment in range expansion is to be stored for use in an interference cancellation to be applied after handover,receiving the information for use in the interference cancellation to be applied after handover, wherein the information received is configuration information associated to at least configuration of a serving network transceiver device, and wherein the information for use in the interference cancellation to be applied after handover comprises at least one of - a cell's cell specific reference signals, CRS, antenna ports information, - a cell's multimedia broadcast single frequency network, MBSFN, configuration information, and - a cell's cyclic prefix, CP. receiving a handover instruction, the handover instruction comprising at least an indication that information of a serving cell enabling the user equipment to perform intercell interference cancellation in the target cell in case of a user equipment in range expansion is to be stored for use in an interference cancellation to be applied after handover,receiving the information for use in the interference cancellation to be applied after handover, wherein the information received is configuration information associated to at least configuration of a serving network transceiver device, and wherein the information for use in the interference cancellation to be applied after handover comprises at least one of - a cell's cell specific reference signals, CRS, antenna ports information, - a cell's multimedia broadcast single frequency network, MBSFN, configuration information, and - a cell's cyclic prefix, CP. - a cell's cell specific reference signals, CRS, antenna ports information, - a cell's multimedia broadcast single frequency network, MBSFN, configuration information, and - a cell's cyclic prefix, CP.