mhurhangee/ep-ind-claims huggingface dataset:
A method for selecting a public land mobile network, PLMN, comprising: receiving, by a mobility management entity, MME, an extended service request message from a user equipment, UE, device, wherein the extended service request message includes a circuit switching fallback, CSFB, indication indicating that the UE device intends to execute a CSFB; selecting, by the MME, Public Land Mobile Network, PLMN, information about the CSFB during a combined attach process or combined tracking area update process of the CSFB, wherein the PLMN information about the CSFB comprises information about a PLMN to which a Mobile Switching Center/Visitor Location Register, MSC/VLR, selected for the UE by the MME belongs; and sending, by the MME, an S1 interface application protocol request message including the PLMN information about the CSFB to an Evolved NodeB, eNodeB, for determining a target cell of a packet switching, PS, handover in a PLMN corresponding to the PLMN information about the CSFB, wherein the PLMN information about the CSFB comprises a location area identity and the location area identity comprises a PLMN identity. receiving, by a mobility management entity, MME, an extended service request message from a user equipment, UE, device, wherein the extended service request message includes a circuit switching fallback, CSFB, indication indicating that the UE device intends to execute a CSFB; selecting, by the MME, Public Land Mobile Network, PLMN, information about the CSFB during a combined attach process or combined tracking area update process of the CSFB, wherein the PLMN information about the CSFB comprises information about a PLMN to which a Mobile Switching Center/Visitor Location Register, MSC/VLR, selected for the UE by the MME belongs; and sending, by the MME, an S1 interface application protocol request message including the PLMN information about the CSFB to an Evolved NodeB, eNodeB, for determining a target cell of a packet switching, PS, handover in a PLMN corresponding to the PLMN information about the CSFB, wherein the PLMN information about the CSFB comprises a location area identity and the location area identity comprises a PLMN identity.
Multi-layer composite getter (10; 20; 30) for hydrogen removal comprising a support made essentially of a metallic getter material, with two surfaces (12, 12'), wherein a layer of palladium or palladium-based composites (13, 13') is provided on at least one of said surfaces defining a coated surface, wherein a polymeric protective layer permeable to hydrogen (14, 14') is provided on at least 80% of the surface of the coated surface, characterized in that one or more auxiliary getter materials are dispersed in said polymeric protective layer permeable to hydrogen with a weight concentration comprised between 5 wt% and 50 wt%, calculated on the overall weight of the polymeric layer containing the auxiliary getter materials.
A square baler comprising a baling chamber having a floor formed of spaced profiles, side walls and a top wall, and a density belt surrounding the baling chamber, characterised in that the density belt is formed of a U-shaped frame having three beams welded to one another to define a floor beam for supporting the floor of the baling chamber and two upright beams for supporting the side walls of the baling chamber and a tensioning rod releasably secured to the upper ends of the two upright beams to prevent the upright beams from splaying apart.
An apparatus comprising: at least one inductor configured to be coupled to a string of serially-connected light-emitting devices comprising at least a first segment with at least one first LED and a second segment with at least one second LED; and a control circuit configured to selectively divert current from the at least one first LED of the first segment to charge the at least one inductor while at least partially bypassing the at least one second LED of the second segment and to discharge the charged at least one inductor through the at least one first LED of the first segment, wherein the at least one inductor comprises a first terminal that is coupled to a first node of the string, and wherein the control circuit comprises a diode that is coupled to a second terminal of the at least one inductor and to a second node of the string and that is configured to support discharge of the at least one inductor through the at least one first LED of the first segment to increase a current flow through the at least one first LED of the first segment. at least one inductor configured to be coupled to a string of serially-connected light-emitting devices comprising at least a first segment with at least one first LED and a second segment with at least one second LED; and a control circuit configured to selectively divert current from the at least one first LED of the first segment to charge the at least one inductor while at least partially bypassing the at least one second LED of the second segment and to discharge the charged at least one inductor through the at least one first LED of the first segment, wherein the at least one inductor comprises a first terminal that is coupled to a first node of the string, and wherein the control circuit comprises a diode that is coupled to a second terminal of the at least one inductor and to a second node of the string and that is configured to support discharge of the at least one inductor through the at least one first LED of the first segment to increase a current flow through the at least one first LED of the first segment.
Frequency converter for operating an electrical machine on an electrical AC voltage network, wherein the frequency converter has a rectifier feed unit and an inverter, which are connected to one another via a DC voltage intermediate circuit with an intermediate circuit capacitor, wherein the inverter is implemented as a four-quadrant actuator with four switches (S1, S2, S3, S4) in a H-bridge and a clockable switch which is arranged in a conduction path in the inverter-side part of the DC voltage intermediate circuit which connects the DC voltage intermediate circuit to the inverter, and the clockable switch is formed, for selectively opening or closing the conduction path or for clocked operation, characterized in that the switch is formed as a clocked switch comprising two series-connected semiconductor switches (S51, S52) each having a parallel-connected freewheeling diode (D1, D2), wherein the forward direction of the freewheeling diodes (D1, D2) is opposite and wherein the switches (S1, S2, S3, S4) are clocked in a low-frequency clock, while the switch is clocked in a high-frequency clock which is preferably several times higher than the low-frequency clock, and wherein a diode (D1, D2) of the switch is configured to prevent a current flow from the inverter-side part of the DC voltage intermediate circuit to the feed unit.
A system for improving hydrophilicity of a contact lens, the system comprising an aqueous solution, sterilized by heating, which contains a low-molecular weight hyaluronic acid having a molecular weight of not higher than 80,000, or a salt or derivative thereof, and which has a pH of 6.0-8.0 and an osmotic pressure of 220-380 mOsm, and the system further comprising a contact lens immersed in said aqueous solution.
A monoclonal antibody that cross-blocks the binding of antibody Ab-C or Ab-D to sclerostin or is cross-blocked from binding to sclerostin by antibody Ab-C or Ab-D, wherein antibody Ab-C has light chains of SEQ ID NO: 15 and heavy chains of SEQ ID NO: 19 and Ab-D has light chains of SEQ ID NO: 7 and heavy chains of SEQ ID NO: 11, wherein the cross-blocking is determined by Biacore assay, wherein the cross-blocking antibody binds to sclerostin in the Biacore assay such that during the assay and in the presence of a second antibody the recorded binding is between 80% and 0.1% of the maximum theoretical binding of the two antibodies in combination, or wherein the cross-blocking is determined by ELISA, wherein solution phase antibody causes a reduction of between 60% and 100% in the amount of sclerostin bound by antibody coated onto the ELISA plate as compared to the amount of sclerostin bound by the coated antibody in the absence of the solution phase antibody, and wherein the antibody increases at least one of bone formation, bone mineral density, bone mineral content, bone mass, bone quality and bone strength in a mammal. wherein the cross-blocking is determined by Biacore assay, wherein the cross-blocking antibody binds to sclerostin in the Biacore assay such that during the assay and in the presence of a second antibody the recorded binding is between 80% and 0.1% of the maximum theoretical binding of the two antibodies in combination, or wherein the cross-blocking is determined by ELISA, wherein solution phase antibody causes a reduction of between 60% and 100% in the amount of sclerostin bound by antibody coated onto the ELISA plate as compared to the amount of sclerostin bound by the coated antibody in the absence of the solution phase antibody, and wherein the antibody increases at least one of bone formation, bone mineral density, bone mineral content, bone mass, bone quality and bone strength in a mammal.
A body and doors protection assembly for a vehicle, comprising - a first protecting member, - a second protecting member, and - a sliding member, the first protecting member being attachable on an inner surface of a vehicle hood at a rear edge of the vehicle hood, the second protecting member being attachable in a front side portion of a vehicle body facing the rear edge of the vehicle hood in a closed position of the vehicle hood, the sliding member being at least partially enclosed in the second protecting member and configured to contact the first protecting member in the closed position of the vehicle hood, characterized in that the sliding member being adjustable in a lateral direction relative to the vehicle hood in the closed position of the vehicle hood. - a first protecting member, - a second protecting member, and - a sliding member, the first protecting member being attachable on an inner surface of a vehicle hood at a rear edge of the vehicle hood, the second protecting member being attachable in a front side portion of a vehicle body facing the rear edge of the vehicle hood in a closed position of the vehicle hood, the sliding member being at least partially enclosed in the second protecting member and configured to contact the first protecting member in the closed position of the vehicle hood, characterized in that the sliding member being adjustable in a lateral direction relative to the vehicle hood in the closed position of the vehicle hood. the first protecting member being attachable on an inner surface of a vehicle hood at a rear edge of the vehicle hood, the second protecting member being attachable in a front side portion of a vehicle body facing the rear edge of the vehicle hood in a closed position of the vehicle hood, the sliding member being at least partially enclosed in the second protecting member and configured to contact the first protecting member in the closed position of the vehicle hood, characterized in that the sliding member being adjustable in a lateral direction relative to the vehicle hood in the closed position of the vehicle hood.
Computer method for managing a removable data-storage medium implemented by an onboard microcontroller or a computer hardware platform onboard the medium, the medium being arranged to be physically and alternatingly connected to at least one administrator station and to a plurality of guest stations (201, 202, 203), said method comprising: a) in the absence of reception of a signal of identification of the administrator station on the medium, and upon reception of a first connection-initialisation signal coming from a station, equating said station with a guest station and transmitting to the guest station configuration data specific to a current mode in which the guest station accesses, in read and write mode, a first dedicated storage volume of the medium and does not access, in read or write mode, previously locked and/or masked storage volumes (300, 301, 303) of the medium; said method characterised in that it comprises: b) upon reception of a signal of imminent disconnection of the medium and/or upon reception of a second connection-initialisation signal from a guest station (201; 202; 203) in the absence of reception of a signal of identification of the administrator station, locking and/or masking the first dedicated storage volume so that said first volume becomes inaccessible to any guest station (201; 202; 203) to which the medium is subsequently connected; c) unlocking and/or making visible a second dedicated storage volume, different from the first dedicated storage volume, so that said second dedicated storage volume becomes accessible to a guest station (201; 202; 203) to which the medium is subsequently connected. a) in the absence of reception of a signal of identification of the administrator station on the medium, and upon reception of a first connection-initialisation signal coming from a station, equating said station with a guest station and transmitting to the guest station configuration data specific to a current mode in which the guest station accesses, in read and write mode, a first dedicated storage volume of the medium and does not access, in read or write mode, previously locked and/or masked storage volumes (300, 301, 303) of the medium; said method characterised in that it comprises: b) upon reception of a signal of imminent disconnection of the medium and/or upon reception of a second connection-initialisation signal from a guest station (201; 202; 203) in the absence of reception of a signal of identification of the administrator station, locking and/or masking the first dedicated storage volume so that said first volume becomes inaccessible to any guest station (201; 202; 203) to which the medium is subsequently connected; c) unlocking and/or making visible a second dedicated storage volume, different from the first dedicated storage volume, so that said second dedicated storage volume becomes accessible to a guest station (201; 202; 203) to which the medium is subsequently connected.
A method of preparing a radioiodinated compound, the method comprising: (i) contacting a biotin-containing tin precursor with radioactive iodide and an oxidant to form a reaction mixture comprising a radioiodinated compound, unreacted precursor and reaction byproducts; wherein "biotin" includes biotin, oxidation products of biotin, and biotin-like substituents, including biotin, oxybiotin, biotin sulfoxide as well as stereoisomers thereof that bind to avidin or strepavidin; and (ii) contacting the reaction mixture from step (i) with avidin or streptavidin whereby said avidin or streptavidin binds to said precursor and byproducts to give avidin/streptavidin-bound precursor and avidin/streptavidin-bound byproducts; (iii) separating the radioiodinated compound from said avidin/streptavidin-bound precursor and avidin/streptavidin-bound byproducts. (i) contacting a biotin-containing tin precursor with radioactive iodide and an oxidant to form a reaction mixture comprising a radioiodinated compound, unreacted precursor and reaction byproducts; wherein "biotin" includes biotin, oxidation products of biotin, and biotin-like substituents, including biotin, oxybiotin, biotin sulfoxide as well as stereoisomers thereof that bind to avidin or strepavidin; and (ii) contacting the reaction mixture from step (i) with avidin or streptavidin whereby said avidin or streptavidin binds to said precursor and byproducts to give avidin/streptavidin-bound precursor and avidin/streptavidin-bound byproducts; (iii) separating the radioiodinated compound from said avidin/streptavidin-bound precursor and avidin/streptavidin-bound byproducts.
Sanitary functional unit which can be inserted as an insertion cartridge into a liquid conduit of a sanitary discharge fitting and is formed as a jet regulator which has a housing on which, on the outflow side, a perforated plate is integrally formed, wherein a jet-splitting part which can be connected to the housing on the inflow side is arranged, wherein the jet regulator has an inflow-side attachment screen, characterised in that the housing has an outer thread on the outside for screwing into an inner thread of a sanitary discharge fitting, and that the housing is sealed against an inner wall of the sanitary discharge fitting by means of a ring seal which is inserted on the outflow side, adjacent to the outer thread in an annular groove on the outer periphery of the housing.
A cigarette comprising: a lighting end and a mouth end; a mouth end piece segment disposed at the mouth end; an aerosol-generation system including (i) a heat generation segment disposed at the lighting end, said heat generation segment having a length and including a heat source, and (ii) an aerosol-generating segment incorporating aerosol-forming material, said aerosol-generating segment having a length and being disposed adjacent to, and physically separate from, the heat generation segment; a single piece of a first wrapping material providing an overwrap around at least a portion of the length of the heat generation segment and around at least a portion of the length of the aerosol-generating segment; characterized by a segment incorporating tobacco in cut filler form positioned between and abutting the aerosol-generating segment and the mouth end piece segment; a single piece of a second wrapping material (64; 115) providing an overwrap (i) around the segment incorporating tobacco in cut filler form for the length of that segment, (ii) around the aerosol-generating segment for the length of that segment, and (iii) around the heat generation segment for a portion of the length of that segment; the segments (155, 51, 35) being connected together by the second wrapping material (64; 115) to provide a cigarette rod; and the mouth end piece segment being connected to the cigarette rod using tipping material (78; 120). a lighting end and a mouth end; a mouth end piece segment disposed at the mouth end; an aerosol-generation system including (i) a heat generation segment disposed at the lighting end, said heat generation segment having a length and including a heat source, and (ii) an aerosol-generating segment incorporating aerosol-forming material, said aerosol-generating segment having a length and being disposed adjacent to, and physically separate from, the heat generation segment; a single piece of a first wrapping material providing an overwrap around at least a portion of the length of the heat generation segment and around at least a portion of the length of the aerosol-generating segment; characterized by a segment incorporating tobacco in cut filler form positioned between and abutting the aerosol-generating segment and the mouth end piece segment; a single piece of a second wrapping material (64; 115) providing an overwrap (i) around the segment incorporating tobacco in cut filler form for the length of that segment, (ii) around the aerosol-generating segment for the length of that segment, and (iii) around the heat generation segment for a portion of the length of that segment; the segments (155, 51, 35) being connected together by the second wrapping material (64; 115) to provide a cigarette rod; and the mouth end piece segment being connected to the cigarette rod using tipping material (78; 120).
Process for producing a coated carrier material consisting of fibers, - in which the carrier material to be coated is fed to a processing station, - in which a coating film is fed to the processing station and aligned with one side of the carrier material, - in which the processing station is formed by an anvil and a stamp, between which the carrier material to be coated and the coating film are positioned, - in which the stamp is excited with ultrasound and the carrier material is completely filled with the coating film at least in the region of a stamp surface of the stamp, which acts on the carrier material, characterized in in that the coating film is fed to the processing station on a carrier layer and a transfer layer is provided between the carrier layer and the coating film, which transfer layer is activated when the coating film is subjected to ultrasound in order to detach it from the carrier layer. - in which the carrier material to be coated is fed to a processing station, - in which a coating film is fed to the processing station and aligned with one side of the carrier material, - in which the processing station is formed by an anvil and a stamp, between which the carrier material to be coated and the coating film are positioned, - in which the stamp is excited with ultrasound and the carrier material is completely filled with the coating film at least in the region of a stamp surface of the stamp, which acts on the carrier material, characterized in in that the coating film is fed to the processing station on a carrier layer and a transfer layer is provided between the carrier layer and the coating film, which transfer layer is activated when the coating film is subjected to ultrasound in order to detach it from the carrier layer.
A computer-implemented method comprising: determining a current location of a vehicle, based on data from a geographic position component; accessing, by one or more processors of the computer using the current location of the vehicle, detailed map information identifying locations of autodrive lanes, wherein each autodrive lane is a lane of a roadway pre-approved for an autonomous driving mode of the vehicle, the autonomous driving mode allowing a driver to relinquish control of the vehicle to a computer; identifying, by the one or more processors, an autodrive lane based on at least the detailed map information and a route being followed by the vehicle; generating, by the one or more processors, display information including lanes and identifying which of the lanes is the autodrive lane, the display information including a visual indication relating to a distance remaining in the lane for the autonomous driving mode, wherein the visual indication includes an icon representative of a construction zone in order to identify that the distance remaining relates to the construction zone; and providing, by the one or more processors, the display information for display to the driver. determining a current location of a vehicle, based on data from a geographic position component; accessing, by one or more processors of the computer using the current location of the vehicle, detailed map information identifying locations of autodrive lanes, wherein each autodrive lane is a lane of a roadway pre-approved for an autonomous driving mode of the vehicle, the autonomous driving mode allowing a driver to relinquish control of the vehicle to a computer; identifying, by the one or more processors, an autodrive lane based on at least the detailed map information and a route being followed by the vehicle; generating, by the one or more processors, display information including lanes and identifying which of the lanes is the autodrive lane, the display information including a visual indication relating to a distance remaining in the lane for the autonomous driving mode, wherein the visual indication includes an icon representative of a construction zone in order to identify that the distance remaining relates to the construction zone; and providing, by the one or more processors, the display information for display to the driver.