mhurhangee/ep-ind-claims huggingface dataset:
Multilevel microelectronic package, of the type comprising - an upper level comprising on its lower face at least one microelectronic printed circuit board, - a lower level comprising on its upper face at least one microelectronic printed circuit board, and - a tubular intermediate structure separating the upper level from the lower level, the cross section of which possesses dimensions that are adapted to the dimensions of the lower and upper levels, the intermediate structure being a unitary structure that is produced in a single piece from the same organic material as the printed circuit boards of the upper and lower levels, that is independent of the lower and upper levels, that is placed on the lower level and that bears the upper level, the intermediate structure being produced so as to form two cavities (22, 23) that are separated by a horizontal partition that allows reciprocally one level to be isolated from the electromagnetic radiation produced by the other level; the walls of said cavities being metallized; said package being characterized in that the upper face and the lower face of the intermediate structure and the peripheral zones of the printed circuit boards of the upper and lower levels making contact with these faces are entirely metallized, with the exception of spared zones located about connection zones, these metallizations allowing these three elements to be assembled so as to form a seal-tight package. - an upper level comprising on its lower face at least one microelectronic printed circuit board, - a lower level comprising on its upper face at least one microelectronic printed circuit board, and - a tubular intermediate structure separating the upper level from the lower level, the cross section of which possesses dimensions that are adapted to the dimensions of the lower and upper levels,
A method, comprising: receiving, by a path computation element, PCE, a second path computation element communication protocol, PCEP, message from a first path computation client, PCC; sending, by the PCE, a third PCEP message to the first PCC, wherein each of the second PCEP message and the third PCEP message carries an SRv6-CAPABILITY Type Length Value, TLV, field, wherein the SRv6 CAPABILITY TLV field in the second PCEP message indicates that the first PCC supports SRv6, and the SRv6 CAPABILITY TLV field in the third PCEP message indicates that the PCE supports SRv6; setting up an SRv6 capable PCEP session between the first PCC and the PCE using the second PCEP message and the third PCEP message; generating, by the PCE, a first PCEP message, wherein the first PCEP message comprises an indicating information and a segment identifier, SID, field, the SID field comprises multiple SIDs and the indicating information indicates that each of the multiple SIDs is an IPv6 prefix of a node in a tunnel, respectively, wherein the PCEP message comprises an explicit route object, ERO, and the ERO comprises SRv6-ERO subobjects that carry the indicating information and the multiple SIDs; and sending, by the PCE, the first PCEP message to a first path computation client, PCC, to establish a segment routing for an IPv6 forwarding plane, SRv6, tunnel from the first PCC to a second PCC according to the SIDs and the indicating information. receiving, by a path computation element, PCE, a second path computation element communication protocol, PCEP, message from a first path computation client, PCC; sending, by the PCE, a third PCEP message to the first PCC, wherein each of the second PCEP message and the third PCEP message carries an SRv6-CAPABILITY Type Length Value, TLV, field, wherein the SRv6 CAPABILITY TLV field in the second PCEP message indicates that the first PCC supports SRv6, and the SRv6 CAPABILITY TLV field in the third PCEP message indicates that the PCE supports SRv6; setting up an SRv6 capable PCEP session between the first PCC and the PCE using the second PCEP message and the third PCEP message; generating, by the PCE, a first PCEP message, wherein the first PCEP message comprises an indicating information and a segment identifier, SID, field, the SID field comprises multiple SIDs and the indicating information indicates that each of the multiple SIDs is an IPv6 prefix of a node in a tunnel, respectively, wherein the PCEP message comprises an explicit route object, ERO, and the ERO comprises SRv6-ERO subobjects that carry the indicating information and the multiple SIDs; and sending, by the PCE, the first PCEP message to a first path computation client, PCC, to establish a segment routing for an IPv6 forwarding plane, SRv6, tunnel from the first PCC to a second PCC according to the SIDs and the indicating information.
A PROFINET adapter comprising a switch having at least one first and one second Ethernet interface (511, 512) for connecting to a real-time-enabled PROFINET network, a PROFINET protocol stack and a number of at least one application interface (53, 54), further comprising a third Ethernet interface, wherein the third Ethernet interface is designed at least to exchange Ethernet-based data packets, characterized in that a splitter is connected to the switch, the PROFINET protocol stack, the application interfaces (53, 54) and the third Ethernet interface, and is designed to divide real-time data packets and near real-time data packets according to a predetermined configuration and to transmit them between the switch and the application interfaces (53, 54) and/or the third Ethernet interface.
A system for recovering a sterilization agent from a waste gaseous mixture, the system comprising: a pressure reducing throttling valve configured to reduce and maintain a pressure of a waste gas from one or more sterilization chambers (1, 1', 1") to a first predefined pressure of 0.069 bar, the waste gas comprising a gaseous mixture of a sterilization agent, nitrogen gas, and water vapor; a first condenser configured to receive the gaseous mixture via the pressure reducing valve, and to cool the gaseous mixture to a temperature below a boiling point temperature and above a freezing point temperature of the water vapor at the first predefined pressure; a first tank, coupled to the first condenser, for storing the condensed water vapor separated from the gaseous mixture in the first condenser; a separation pump coupled to the first tank for raising the pressure of the gaseous mixture to a second predefined pressure equal to atmospheric pressure; a second condenser, configured to receive the gaseous mixture from the separation pump, to cool the gaseous mixture to a temperature below a boiling point temperature and above a freezing point temperature of the sterilization agent at the second predefined pressure causing the sterilization agent to condense into a liquid, and to discharge the nitrogen gas remaining in the gaseous mixture; and a second tank, coupled to the second condenser, for storing the sterilization agent separated from the gaseous mixture in the second condenser, wherein the sterilization agent comprises ethylene oxide. a pressure reducing throttling valve configured to reduce and maintain a pressure of a waste gas from one or more sterilization chambers (1, 1', 1") to a first predefined pressure of 0.069 bar, the waste gas comprising a gaseous mixture of a sterilization agent, nitrogen gas, and water vapor; a first condenser configured to receive the gaseous mixture via the pressure reducing valve, and to cool the gaseous mixture to a temperature below a boiling point temperature and above a freezing point temperature of the water vapor at the first predefined pressure; a first tank, coupled to the first condenser, for storing the condensed water vapor separated from the gaseous mixture in the first condenser; a separation pump coupled to the first tank for raising the pressure of the gaseous mixture to a second predefined pressure equal to atmospheric pressure; a second condenser, configured to receive the gaseous mixture from the separation pump, to cool the gaseous mixture to a temperature below a boiling point temperature and above a freezing point temperature of the sterilization agent at the second predefined pressure causing the sterilization agent to condense into a liquid, and to discharge the nitrogen gas remaining in the gaseous mixture; and a second tank, coupled to the second condenser, for storing the sterilization agent separated from the gaseous mixture in the second condenser, wherein the sterilization agent comprises ethylene oxide.
Installation for transmitting electrical power between a wind farm arranged in a sea or a lake and a land-based energy supply network having a lake-based diode rectifier and a land-based converter that can be connected to the energy supply network, said land-based converter being connected to the lake-based diode rectifier via a DC voltage connection, wherein the lake-based diode rectifier is coupled to the wind farm via a lake-based AC voltage network, wherein energy supply means are provided for feeding electrical power into the lake-based AC voltage network, wherein a land-based coupling-in component and a connection unit are provided, characterized in that the energy supply means have at least one energy supply line that extends at least partly into the sea and that connects the lake-based AC voltage network to the land-based coupling-in component, which is configured to feed power into the energy supply line, - wherein the energy supply line is an AC voltage line, which extends from the land-based coupling-in component to the connection unit connected to the lake-based AC voltage network, wherein the land-based coupling-in component is connected to the land-based energy supply network and comprises a mechanical switch connected in series with a transformer, and wherein the connection unit is a mechanical switch, which is connected to the lake-based AC voltage network via a transformer. - wherein the energy supply line is an AC voltage line, which extends from the land-based coupling-in component to the connection unit connected to the lake-based AC voltage network, wherein the land-based coupling-in component is connected to the land-based energy supply network and comprises a mechanical switch connected in series with a transformer, and wherein the connection unit is a mechanical switch, which is connected to the lake-based AC voltage network via a transformer.
A method for producing a polybutadiene by anionic polymerization of 1,3-butadiene in the presence of a polymerization initiator and under the conditions of a reaction temperature not higher than the boiling point of butadiene, wherein the polymerization is carried out in the presence of a potassium salt in an aprotic polar solvent or in a mixed solvent of an aprotic polar solvent and a nonpolar solvent.
A light emitting device comprising: a radiation source that radiates laser light as primary light; a first wavelength converter that contains a first phosphor that absorbs at least part of the primary light radiated by the radiation source and converts the primary light absorbed into secondary light, wherein the first phosphor is sealed in an inorganic material other than organic materials; and a second wavelength converter that contains a second phosphor that absorbs at least part of the secondary light emitted by the first wavelength converter and converts the secondary light absorbed into tertiary light, wherein the first wavelength converter is located between the radiation source and the second wavelength converter and separate from the radiation source, the light emitting device emits output light containing the primary light, the secondary light, and the tertiary light, the secondary light contains a larger amount of long-wavelength component than the primary light, the tertiary light contains a larger amount of long-wavelength component than the secondary light, a lifetime of fluorescence emitted from the second phosphor is longer than a lifetime of fluorescence emitted from the first phosphor, and light density of the secondary light, with which the second wavelength converter is irradiated, is lower than light density of the primary light, with which the first wavelength converter is irradiated, characterised in that the first wavelength converter is separate from the second wavelength converter. a radiation source that radiates laser light as primary light; a first wavelength converter that contains a first phosphor that absorbs at least part of the primary light radiated by the radiation source and converts the primary light absorbed into secondary light, wherein the first phosphor is sealed in an inorganic material other than organic materials; and a second wavelength converter that contains a second phosphor that absorbs at least part of the secondary light emitted by the first wavelength converter and converts the secondary light absorbed into tertiary light, wherein the first wavelength converter is located between the radiation source and the second wavelength converter and separate from the radiation source, the light emitting device emits output light containing the primary light, the secondary light, and the tertiary light, the secondary light contains a larger amount of long-wavelength component than the primary light, the tertiary light contains a larger amount of long-wavelength component than the secondary light, a lifetime of fluorescence emitted from the second phosphor is longer than a lifetime of fluorescence emitted from the first phosphor, and light density of the secondary light, with which the second wavelength converter is irradiated, is lower than light density of the primary light, with which the first wavelength converter is irradiated, characterised in that the first wavelength converter is separate from the second wavelength converter.
A pharmaceutical composition, comprising (a) at least one liposome having a particle forming component selected from the group consisting of (i) phospholipid and (ii) a mixture of at least one phospholipid and cholesterol; (b) dextran sulfate or a pharmaceutically acceptable salt thereof at an amount ranging from 0.1 mM to less than 10 mM; (c) ammonium sulfate at an amount ranging from 100 mM to 500 mM; and (d) a vinca alkaloid. (a) at least one liposome having a particle forming component selected from the group consisting of (i) phospholipid and (ii) a mixture of at least one phospholipid and cholesterol; (b) dextran sulfate or a pharmaceutically acceptable salt thereof at an amount ranging from 0.1 mM to less than 10 mM; (c) ammonium sulfate at an amount ranging from 100 mM to 500 mM; and (d) a vinca alkaloid.
A method for performing random access by a base station, comprising: receiving a first message from a User Equipment, UE, in a Random Access procedure; generating a second message including a random access message, the second message being responsive to the first message and the random access message including a first media access control, MAC, sub-protocol data unit, sub-PDU, having a first sub-header, wherein the first sub-header includes a type 1 field configured to indicate whether a type 2 field is present within the random access message, wherein a size of the type 2 field is 1 bit and wherein the type 2 field is either set to "1" to indicate the success random access response, RAR, is included in the first MAC sub-PDU in addition to the first subheader or is set to "0" to indicate that a Backoff Indicator is present; and transmitting the second message to the UE. receiving a first message from a User Equipment, UE, in a Random Access procedure; generating a second message including a random access message, the second message being responsive to the first message and the random access message including a first media access control, MAC, sub-protocol data unit, sub-PDU, having a first sub-header, wherein the first sub-header includes a type 1 field configured to indicate whether a type 2 field is present within the random access message, wherein a size of the type 2 field is 1 bit and wherein the type 2 field is either set to "1" to indicate the success random access response, RAR, is included in the first MAC sub-PDU in addition to the first subheader or is set to "0" to indicate that a Backoff Indicator is present; and transmitting the second message to the UE.
A method for transporting Fibre Channel, FC, traffic over a packet-switched network between first and second FC devices using first and second translators, the method comprising: receiving, by the first translator, a first FC traffic from the first FC device; encapsulating, by the first translator, a second FC traffic in packets suitable for transporting over the packet-switched network; transmitting, by the first translator, the packets to the packet-switched network; receiving, by the second translator, the packets from the packet-switched network; decapsulating, the second FC traffic from the received packets; and transmitting, by the second translator, the generated first FC traffic to the second FC device, characterized in that: the method further comprising: identifying, by the first translator, a repetitive signal that is made of successive IDLE frames in the first FC traffic; generating, by the first translator, the second FC traffic by replacing the identified repetitive signal in the first FC traffic with an indicator; identifying (94, 98), by the second translator, the indicator in the second FC traffic; and reproducing, by the second translator in response to the indicator, the first FC traffic from the second FC traffic. receiving, by the first translator, a first FC traffic from the first FC device; encapsulating, by the first translator, a second FC traffic in packets suitable for transporting over the packet-switched network; transmitting, by the first translator, the packets to the packet-switched network; receiving, by the second translator, the packets from the packet-switched network; decapsulating, the second FC traffic from the received packets; and transmitting, by the second translator, the generated first FC traffic to the second FC device, characterized in that: identifying, by the first translator, a repetitive signal that is made of successive IDLE frames in the first FC traffic; generating, by the first translator, the second FC traffic by replacing the identified repetitive signal in the first FC traffic with an indicator; identifying (94, 98), by the second translator, the indicator in the second FC traffic; and reproducing, by the second translator in response to the indicator, the first FC traffic from the second FC traffic.
A permanently joined plate package for a plate heat exchanger made of stainless steel, copper or carbon steel, characterised in that at least all surfaces in contact with media of at least one of the flow sides of the plate package have an alloy bonded coating of a tantalum containing compound, wherein the coating has a thickness of about 1-300 μm, and that the coating has been applied after the plate package has been permanently joined.
A polypeptide having no more than 50 amino acids, which polypeptide comprises SEQ ID NO: 2 or a sequence having 85% or more homology with SEQ ID NO: 2: SEQ ID NO: 2 KVGSLQYLALTALITPKKIKPPLPSVKKLTEDRWNKPQKT wherein, the polypeptide is immunogenic to an HIV strain in a vertebrate expressing a major histocompatibility complex allele. SEQ ID NO: 2 KVGSLQYLALTALITPKKIKPPLPSVKKLTEDRWNKPQKT
Height-adjustable pedestal comprising: - a height-adjustable pedestal platform, - a spring device (20, 120, 220) that provides a spring force according to a corresponding spring characteristic, and - a lever mechanism (30, 130, 230) that is interconnected between the spring device (20, 120, 220) and the pedestal platform in such a way that the spring force is transferred by the lever mechanism to the pedestal platform in a manner so as to provide a lifting force that counteracts the weight force of the pedestal platform in order to facilitate the height-adjustment of the pedestal platform, wherein the lever mechanism (30, 130, 230) is configured such that it at least partially compensates for a variation of the spring force that occurs according to the spring characteristic, wherein the lever mechanism (30, 130, 230) comprises a cam disc (32, 132, 232) that defines a leverage ratio variation, and a rope (36, 136, 236) that is guided over the cam disc, wherein the spring force is transferred to the pedestal platform by means of the rope, wherein the lever mechanism (30, 130, 230) is adjusted such that the lifting force applied to the pedestal platform is greater than the weight force of the pedestal platform by a substantially constant, i.e. being independent of the height position of the pedestal platform, amount, and wherein the pedestal comprises a manually operable locking mechanism configured for securing and holding the pedestal platform in an adjusted height position. - a height-adjustable pedestal platform, - a spring device (20, 120, 220) that provides a spring force according to a corresponding spring characteristic, and - a lever mechanism (30, 130, 230) that is interconnected between the spring device (20, 120, 220) and the pedestal platform in such a way that the spring force is transferred by the lever mechanism to the pedestal platform in a manner so as to provide a lifting force that counteracts the weight force of the pedestal platform in order to facilitate the height-adjustment of the pedestal platform, wherein the lever mechanism (30, 130, 230) is configured such that it at least partially compensates for a variation of the spring force that occurs according to the spring characteristic, wherein the lever mechanism (30, 130, 230) comprises a cam disc (32, 132, 232) that defines a leverage ratio variation, and a rope (36, 136, 236) that is guided over the cam disc, wherein the spring force is transferred to the pedestal platform by means of the rope, wherein the lever mechanism (30, 130, 230) is adjusted such that the lifting force applied to the pedestal platform is greater than the weight force of the pedestal platform by a substantially constant, i.e. being independent of the height position of the pedestal platform, amount, and wherein the pedestal comprises a manually operable locking mechanism configured for securing and holding the pedestal platform in an adjusted height position.
A replacement heart valve implant, comprising: an expandable anchor member; a plurality of valve leaflets disposed within the anchor member; a seal member disposed about a distal portion of the anchor member; one or more whip sutures attaching a distal end of the seal member to a distal end of the plurality of valve leaflets at a joint; one or more distal lashing sutures attaching a distal portion of the seal member to a distal end of the anchor member; and a plurality of proximal lashing sutures attaching a proximal portion of the seal member to the distal portion of the anchor member; wherein the one or more distal lashing sutures does not extend through the seal member, wherein the one or more distal lashing sutures directly attach the one or more whip sutures to the distal end of the anchor member. an expandable anchor member; a plurality of valve leaflets disposed within the anchor member; a seal member disposed about a distal portion of the anchor member; one or more whip sutures attaching a distal end of the seal member to a distal end of the plurality of valve leaflets at a joint; one or more distal lashing sutures attaching a distal portion of the seal member to a distal end of the anchor member; and a plurality of proximal lashing sutures attaching a proximal portion of the seal member to the distal portion of the anchor member; wherein the one or more distal lashing sutures does not extend through the seal member, wherein the one or more distal lashing sutures directly attach the one or more whip sutures to the distal end of the anchor member.