mhurhangee/ep-ind-claims huggingface dataset:
Device for tempering of a multi-layer body which comprises a first layer (2,3, 4) and at least one second layer (2,3, 4) by taking up a quantity of energy through the multi-layer body comprising taking-up of a first portion of the quantity of energy by the first layer (2, 3, 4) and taking-up of a second portion of the quantity of energy by the second layer (2, 3, 4), comprising - at least one energy source (7, 11) of the quantity of energy, wherein - a first and at least one second energy source are present, - at least one of the energy sources (7, 11) has an emission of a specific electromagnetic radiation having a radiation field (9, 15), - at least one of the layers (2, 4) has a specific absorption for the electromagnetic radiation (8,13), - the first layer can be arranged between the first energy source and the second layer and the second layer can be arranged between the second energy source and the first layer in such a manner that the layer (2, 4) having the absorption for the electromagnetic radiation (8, 13) is situated in the radiation field (9, 15), and - at least one transparency body (5, 12) which is optically partially transmissive for the electromagnetic radiation (8, 13) is arranged in the radiation field (9, 15) between the energy source (7,11) having the radiation field (9, 15) and the layer (2, 4) having the absorption for the electromagnetic radiation (8, 13), wherein the transparency body (5, 12) has a material made of glass ceramic, wherein the transparency body (5, 12) is a wall (18, 19, 20) of a container for supporting the multi-layer body during the tempering, wherein the wall is a cover and a bottom of the container, wherein the multi-layer body lies with a layer directly on the transparency body of the bottom. - at least one energy source (7, 11) of the quantity of energy, wherein - a first and at least one second energy source are present, - at least one of the energy sources (7, 11) has an emission of a specific electromagnetic radiation having a radiation field (9, 15), - at least one of the layers (2, 4) has a specific absorption for the electromagnetic radiation (8,13), - the first layer can be arranged between the first energy source and the second layer and the second layer can be arranged between the second energy source and the first layer in such a manner that the layer (2, 4) having the absorption for the electromagnetic radiation (8, 13) is situated in the radiation field (9, 15), and - at least one transparency body (5, 12) which is optically partially transmissive for the electromagnetic radiation (8, 13) is arranged in the radiation field (9, 15) between the energy source (7,11) having the radiation field (9, 15) and the layer (2, 4) having the absorption for the electromagnetic radiation (8, 13), wherein the transparency body (5, 12) has a material made of glass ceramic, wherein the transparency body (5, 12) is a wall (18, 19, 20) of a container for supporting the multi-layer body during the tempering, wherein the wall is a cover and a bottom of the container, wherein the multi-layer body lies with a layer directly on the transparency body of the bottom.
A method for selection of a core network element, the method being performed by User Equipment, UE, and comprising: when the UE transmits a first message, if network slice information and Globally Unique Temporary Identity, GUTI, information both exist for the UE, carrying the GUTI information in at least one of an Access Stratum, AS, or a Non-Access Stratum, NAS, of the first message, and not carrying the network slice information in the at least one of the AS or the NAS of the first message, characterized in that, when a first network element decides to hand over the UE to another network element, the UE transmits the first message, wherein the GUTI information carried in at least one of the AS or the NAS is configured to instruct the first network element to select the core network element according to the GUTI information. when the UE transmits a first message, if network slice information and Globally Unique Temporary Identity, GUTI, information both exist for the UE, carrying the GUTI information in at least one of an Access Stratum, AS, or a Non-Access Stratum, NAS, of the first message, and not carrying the network slice information in the at least one of the AS or the NAS of the first message, characterized in that, when a first network element decides to hand over the UE to another network element, the UE transmits the first message, wherein the GUTI information carried in at least one of the AS or the NAS is configured to instruct the first network element to select the core network element according to the GUTI information.
Household appliance, in particular a household dishwasher, at least having a transmission interface, which can be connected for signal transmission purposes to an external display means, characterised in that a switching means is provided, which isolates the household appliance from a power supply network supplying said household appliance with electrical energy after completion of a treatment cycle and a controller is provided which, before the switching means effects the isolation of the household appliance from the power supply network, in particular very close to the time of completion of the treatment cycle, transmits a signal (S end) by way of the transmission interface to activate the external display means to display at least the end of the treatment cycle.
Method for setting a conicity of a mould (1; 18) of a continuous casting plant, particularly slab continuous casting plant, during a casting process, comprising the steps: - measurement of temperature values along at least one central measuring path extending in a casting direction along an adjustably arranged mould wall (3; 19, 20); - measurement of temperature values along at least one edge-side measuring path extending in a casting direction along the adjustably arranged mould wall (3; 19, 20), wherein the edge-side measuring path extends between the central measuring path and a lateral edge of the mould wall (3; 19, 20) and a spacing of the edge-side measuring path from this lateral edge of the mould wall (3; 19, 20) is smaller than a spacing of the central measuring path from the other lateral edge of the mould wall (3; 19, 20); characterised by the steps: - determination of a central temperature distribution curve along the central measuring path from the temperature values measured along the central measuring path; - determination of an edge-side temperature distribution curve along the edge-side measuring path from the temperature values measured along the edge-side measuring path; - determination of a first area under the central temperature distribution curve and a second area under the edge-side temperature distribution curve; - determination of a difference between the second area and the first area; and - setting the conicity of the mould (1; 18) with consideration of the difference. - measurement of temperature values along at least one central measuring path extending in a casting direction along an adjustably arranged mould wall (3; 19, 20); - measurement of temperature values along at least one edge-side measuring path extending in a casting direction along the adjustably arranged mould wall (3; 19, 20), wherein the edge-side measuring path extends between the central measuring path and a lateral edge of the mould wall (3; 19, 20) and a spacing of the edge-side measuring path from this lateral edge of the mould wall (3; 19, 20) is smaller than a spacing of the central measuring path from the other lateral edge of the mould wall (3; 19, 20); - determination of a central temperature distribution curve along the central measuring path from the temperature values measured along the central measuring path; - determination of an edge-side temperature distribution curve along the edge-side measuring path from the temperature values measured along the edge-side measuring path; - determination of a first area under the central temperature distribution curve and a second area under the edge-side temperature distribution curve; - determination of a difference between the second area and the first area; and - setting the conicity of the mould (1; 18) with consideration of the difference.
A compound of formula or an N -oxide thereof, or a pharmaceutically acceptable salt or solvate thereof: wherein E represents -CH 2 -; Q represents -CH 2 O-; Z represents hydrogen or methyl; R 11 represents morpholinyl; R 15 represents hydrogen, fluoro, chloro, methyl, trifluoromethyl, methoxy, difluoromethoxy or trifluoromethoxy; and R 16 represents hydrogen, fluoro, chloro, cyano, methyl, trifluoromethyl, difluoromethoxy or amino. E represents -CH 2 -; Q represents -CH 2 O-; Z represents hydrogen or methyl; R 11 represents morpholinyl; R 15 represents hydrogen, fluoro, chloro, methyl, trifluoromethyl, methoxy, difluoromethoxy or trifluoromethoxy; and R 16 represents hydrogen, fluoro, chloro, cyano, methyl, trifluoromethyl, difluoromethoxy or amino.
Branched polyamides with unsaturated ends, consisting of: • at least one unit originating from a multifunctional monomer chosen from diethylenetriamine, pentaerythritol, mellitic acid and 2,2-dimethylolpropionic acid, • at least chains resulting from the condensation, in the presence of at least one unsaturated monoacid used as chain limiter, - either of at least two alpha, omega-aminocarboxylic acids not having the same number of carbon atoms, - or of at least two lactams not having the same number of carbon atoms, - or of at least one lactam, at least one dicarboxylic acid and at least one diamine, - or of a lactam and/or of an alpha, omega-aminocarboxylic acid not having the same number of carbon atoms, - or of a diamine and of a diacid, - or of at least one diamine, of at least one dicarboxylic acid and of at least one alpha, omega-aminocarboxylic acid, the proportion of being less than 9% by weight of all of and the above monomers. • at least one unit originating from a multifunctional monomer chosen from diethylenetriamine, pentaerythritol, mellitic acid and 2,2-dimethylolpropionic acid, • at least chains resulting from the condensation, in the presence of at least one unsaturated monoacid used as chain limiter, - either of at least two alpha, omega-aminocarboxylic acids not having the same number of carbon atoms, - or of at least two lactams not having the same number of carbon atoms, - or of at least one lactam, at least one dicarboxylic acid and at least one diamine, - or of a lactam and/or of an alpha, omega-aminocarboxylic acid not having the same number of carbon atoms, - or of a diamine and of a diacid, - or of at least one diamine, of at least one dicarboxylic acid and of at least one alpha, omega-aminocarboxylic acid, - either of at least two alpha, omega-aminocarboxylic acids not having the same number of carbon atoms, - or of at least two lactams not having the same number of carbon atoms, - or of at least one lactam, at least one dicarboxylic acid and at least one diamine, - or of a lactam and/or of an alpha, omega-aminocarboxylic acid not having the same number of carbon atoms, - or of a diamine and of a diacid, - or of at least one diamine, of at least one dicarboxylic acid and of at least one alpha, omega-aminocarboxylic acid,
A first radio terminal comprising: a memory; and a processor coupled to the memory, wherein the processor is adapted to: communicate with a controlling entity through a first cell managed by a first radio access network entity located in a radio access network and through a core network connected to the radio access network, in order to establish Proximity Service, ProSe, direct communication with a second radio terminal, the ProSe direct communication being performed without communicating through the radio access network, the controlling entity being located in the core network; and start the ProSe direct communication with the second radio terminal in the first cell without communicating through the radio access network; characterized in that the processor is further adapted to transmit, to the controlling entity located in the core network, first control information about a handover of the first and second radio terminals (1, 2) from the first cell to a second cell managed by a second radio access network entity located in the radio access network. a memory; and a processor coupled to the memory, wherein the processor is adapted to: communicate with a controlling entity through a first cell managed by a first radio access network entity located in a radio access network and through a core network connected to the radio access network, in order to establish Proximity Service, ProSe, direct communication with a second radio terminal, the ProSe direct communication being performed without communicating through the radio access network, the controlling entity being located in the core network; and start the ProSe direct communication with the second radio terminal in the first cell without communicating through the radio access network; characterized in that the processor is further adapted to transmit, to the controlling entity located in the core network, first control information about a handover of the first and second radio terminals (1, 2) from the first cell to a second cell managed by a second radio access network entity located in the radio access network. communicate with a controlling entity through a first cell managed by a first radio access network entity located in a radio access network and through a core network connected to the radio access network, in order to establish Proximity Service, ProSe, direct communication with a second radio terminal, the ProSe direct communication being performed without communicating through the radio access network, the controlling entity being located in the core network; and start the ProSe direct communication with the second radio terminal in the first cell without communicating through the radio access network; characterized in that the processor is further adapted to transmit, to the controlling entity located in the core network, first control information about a handover of the first and second radio terminals (1, 2) from the first cell to a second cell managed by a second radio access network entity located in the radio access network.
An electronic circuit for measuring currents during charging and discharging of a secondary battery having - a secondary battery, - at least one shunt (312, 313) for determining the electrical current during charging and/or discharging of the secondary battery by measuring the voltage drop over the shunt (312, 313), - a switchable electrical load, - two connectors (302 and 303) for connecting a preferably switchable power supply to the electronic circuit for charging the secondary battery and - a voltage measuring device, wherein - a first shunt is connected in series between the electrical load and the secondary battery and - a second shunt is connected in series between one of the two connectors for connecting the power supply and the secondary battery, wherein the first shunt and the second shunt are connected to the same one of the two battery terminals of the secondary battery, characterized in that the voltage measuring device comprises only one voltage tapping connected to the electrical conduit between the first shunt and the switchable electrical load and measuring the electrical potential with respect to ground, as defined by the ground potential of the voltage measuring device and in that the first shunt and the second shunt are connected to the battery terminal of the negative pole of the secondary battery. - a secondary battery, - at least one shunt (312, 313) for determining the electrical current during charging and/or discharging of the secondary battery by measuring the voltage drop over the shunt (312, 313), - a switchable electrical load, - two connectors (302 and 303) for connecting a preferably switchable power supply to the electronic circuit for charging the secondary battery and - a voltage measuring device, - a first shunt is connected in series between the electrical load and the secondary battery and - a second shunt is connected in series between one of the two connectors for connecting the power supply and the secondary battery,
A method involving a presenter, a trusted party, and an acceptor for validating submitted profile data of said presenter during an on-line transaction, said method comprising: receiving, by said trusted party during an enrollment process, authentication data, profile data and enrollment data from said presenter; verifying, by said trusted party during said enrollment process using said enrollment data, said presenter's identity, and designating said authentication data for said presenter; receiving said submitted profile data at said trusted party from said acceptor; comparing said submitted profile data against said profile data stored by said-trusted party; receiving, at said trusted party, during said on-line transaction submitted authentication data from said presenter; comparing, by said trusted party, said submitted authentication data from said presenter received from said presenter with said designated authentication data for said presenter; validating, by said trusted party, said submitted profile data using results of said comparing of the profile data and results of said comparing of the authentication data; notifying said acceptor by said trusted party that said submitted profile data of said presenter is either authentic or erroneous, whereby said trusted party validates said submitted profile data of said presenter for the benefit of said acceptor. receiving, by said trusted party during an enrollment process, authentication data, profile data and enrollment data from said presenter; verifying, by said trusted party during said enrollment process using said enrollment data, said presenter's identity, and designating said authentication data for said presenter; receiving said submitted profile data at said trusted party from said acceptor; comparing said submitted profile data against said profile data stored by said-trusted party; receiving, at said trusted party, during said on-line transaction submitted authentication data from said presenter; comparing, by said trusted party, said submitted authentication data from said presenter received from said presenter with said designated authentication data for said presenter; validating, by said trusted party, said submitted profile data using results of said comparing of the profile data and results of said comparing of the authentication data; notifying said acceptor by said trusted party that said submitted profile data of said presenter is either authentic or erroneous, whereby said trusted party validates said submitted profile data of said presenter for the benefit of said acceptor.
A tubular introducer sheath for introducing an endovascular medical device into a catheter, the tubular introducer sheath comprising: a hollow, elongated tubular member having a proximal end, a distal end, a length extending between the proximal and distal ends (16,18), an outer side wall, a longitudinal axis, and a longitudinal interior channel configured to removably contain an endovascular medical device therewithin, said outer side wall having a predominantly substantially clear portion; and a longitudinal colored stripe embedded in the substantially clear portion of said outer side wall of the hollow, elongated tubular member along the length of the hollow, elongated tubular member. a hollow, elongated tubular member having a proximal end, a distal end, a length extending between the proximal and distal ends (16,18), an outer side wall, a longitudinal axis, and a longitudinal interior channel configured to removably contain an endovascular medical device therewithin, said outer side wall having a predominantly substantially clear portion; and a longitudinal colored stripe embedded in the substantially clear portion of said outer side wall of the hollow, elongated tubular member along the length of the hollow, elongated tubular member.
A high power short optical pulse source comprising: an optical signal source operable to output short optical pulses having a duration of less than 10 ns; an optical pump light source provided at a first location; a remote optical beam delivery head to deliver a beam to a target, wherein the remote optical beam delivery head is provided at a second location remote from the first location; a high power optical fibre amplifier means having at least its optical output located within the remote optical beam delivery head; a polarisation-maintaining optical signal delivery fibre arranged to deliver optical pulses from the optical signal source to the high power optical fibre amplifier means; and a pump light delivery fibre arranged to deliver optical pump light to the high power optical fibre amplifier means, wherein the high power optical fibre amplifier means comprises an amplifier optical fibre (56, 62), wherein said amplifier optical fibre is located within the remote optical beam delivery head; wherein in use short optical pulses of a first optical power are delivered to the high power optical fibre amplifier means and are amplified therein to a second, high optical power for output from the optical beam delivery head. an optical signal source operable to output short optical pulses having a duration of less than 10 ns; an optical pump light source provided at a first location; a remote optical beam delivery head to deliver a beam to a target, wherein the remote optical beam delivery head is provided at a second location remote from the first location; a high power optical fibre amplifier means having at least its optical output located within the remote optical beam delivery head; a polarisation-maintaining optical signal delivery fibre arranged to deliver optical pulses from the optical signal source to the high power optical fibre amplifier means; and a pump light delivery fibre arranged to deliver optical pump light to the high power optical fibre amplifier means, wherein the high power optical fibre amplifier means comprises an amplifier optical fibre (56, 62), wherein said amplifier optical fibre is located within the remote optical beam delivery head; wherein in use short optical pulses of a first optical power are delivered to the high power optical fibre amplifier means and are amplified therein to a second, high optical power for output from the optical beam delivery head.