mhurhangee/ep-ind-claims huggingface dataset:
A terminal for use in a wireless communication network, the terminal arranged to: perform a first access with the network including receiving system information, the system information including a flag indicating whether an access request based on a stored configuration will, or will not, be accepted by the network; store a configuration used to access the network in said first access; and thereafter in a state of having no access to the network and if the flag received in the first access indicates that an access request based on a stored configuration will be accepted, request access by transmitting an access request to the network using the stored configuration, wherein an indication of use of the stored configuration is implicit in the access request. perform a first access with the network including receiving system information, the system information including a flag indicating whether an access request based on a stored configuration will, or will not, be accepted by the network; store a configuration used to access the network in said first access; and thereafter in a state of having no access to the network and if the flag received in the first access indicates that an access request based on a stored configuration will be accepted, request access by transmitting an access request to the network using the stored configuration, wherein an indication of use of the stored configuration is implicit in the access request.
A composition comprising a) cellulose fibres having a number average length of from 0.001 to 0.2 mm and a specific surface area of from 1 to 100 m 2 /g and comprising microfibrillar cellulose fibres; and b) an at least partially hydrolysed vinyl acetate polymer, the composition comprising from 55 to 65 wt% of a) and from 35 to 45 wt% of b) based on the dry weight of a) and b) in the composition. a) cellulose fibres having a number average length of from 0.001 to 0.2 mm and a specific surface area of from 1 to 100 m 2 /g and comprising microfibrillar cellulose fibres; and b) an at least partially hydrolysed vinyl acetate polymer,
Process for the recovery of lead and silicates from lead containing glasses, which comprises the following steps: a) grinding the glass to obtain a powder of grain size between 1 mm and 200 μm; b) attack of the glass by an aqueous solution of a hydroxide of an alkali metal in a concentration of between 30 and 50% by weight at a temperature of at least 180 °C, obtaining a first suspension consisting of a water-based liquid phase containing soluble silicates and lead in the form of the ion Pb 2+, and a particulate of insoluble silicates; c) filtration of the first suspension to separate the liquid phase from the particulate; d) treatment of said liquid phase in an electrochemical cell with deposit of metallic lead onto the cathode and extraction from the cell of a first solution containing soluble silicates and between 0.07 and 0.12% by weight of Pb 2+ ion; e) union of a first part of said first solution with the insoluble silicates particulate separated in step c) and recirculating the obtained mixture in step c); f) titration of the second part of said first solution to determine the concentration of Pb 2+ ion; g) treatment of said second part of the first solution with metallic zinc for the reduction of Pb 2+ to metallic lead, obtaining a second solution containing less than 50 ppm of Pb 2+ ion; h) filtering to extract the metallic lead from said second solution. a) grinding the glass to obtain a powder of grain size between 1 mm and 200 μm; b) attack of the glass by an aqueous solution of a hydroxide of an alkali metal in a concentration of between 30 and 50% by weight at a temperature of at least 180 °C, obtaining a first suspension consisting of a water-based liquid phase containing soluble silicates and lead in the form of the ion Pb 2+, and a particulate of insoluble silicates; c) filtration of the first suspension to separate the liquid phase from the particulate; d) treatment of said liquid phase in an electrochemical cell with deposit of metallic lead onto the cathode and extraction from the cell of a first solution containing soluble silicates and between 0.07 and 0.12% by weight of Pb 2+ ion; e) union of a first part of said first solution with the insoluble silicates particulate separated in step c) and recirculating the obtained mixture in step c); f) titration of the second part of said first solution to determine the concentration of Pb 2+ ion; g) treatment of said second part of the first solution with metallic zinc for the reduction of Pb 2+ to metallic lead, obtaining a second solution containing less than 50 ppm of Pb 2+ ion; h) filtering to extract the metallic lead from said second solution.
Wheelset for a rail vehicle, in particular for a locomotive, having two track wheels which are connected via a wheel axle mounted in two wheelset bearings, wherein each wheelset bearing has a cast bearing housing which is closed by an outer housing cover and an inner pressure ring, and a clamping position for engaging tensioning means of a machine tool for machining the wheelset, characterised in that the clamping position is integrated in the pressure ring.
A method of multicasting, comprising: sending, from an access terminal, a group member report to the radio access network portion of a wide area wireless access network, the group member report indicating to the radio access network portion a location of the access terminal and at least one multicast group, the group member report being sent before a multicast session associated with the multicast group is initiated; determining a location update rule, the location update rule being a manner in which to report location updates of the access terminal to the access network; and reporting location updates of the access terminal to the access network based on the determined location update rule, the method further comprising, upon initiation of a given multicast session, the access network using the reported information regarding where the group members for the multicast session are located to establish transmissions required for the multicast session. sending, from an access terminal, a group member report to the radio access network portion of a wide area wireless access network, the group member report indicating to the radio access network portion a location of the access terminal and at least one multicast group, the group member report being sent before a multicast session associated with the multicast group is initiated; determining a location update rule, the location update rule being a manner in which to report location updates of the access terminal to the access network; and reporting location updates of the access terminal to the access network based on the determined location update rule, the method further comprising, upon initiation of a given multicast session, the access network using the reported information regarding where the group members for the multicast session are located to establish transmissions required for the multicast session.
An apparatus comprising: a Path Computation Client, PCC, (310, 410), configured to transmit a request to and receive a reply from a Path Computation Element, PCE, (320,420, 510), wherein the request comprises a lightpath constraint; and the reply comprises at least one of a routing assignment, a wavelength assignment, an error message, or a no-path indication, the lightpath constraint comprises a route parameter included in a request parameter, RP, object, which includes a bidirectional assignment of wavelengths, a simultaneous assignment of wavelengths to a primary lightpath and a backup lightpath, and optical transmitter tuning range constraints; and, wherein the bidirectional assignment of wavelengths indicates that separate wavelengths should be assigned to each direction of the lightpath; the simultaneous assignment of wavelengths to a primary lightpath and a backup lightpath indicates that separate wavelengths should be assigned to the primary lightpath and the backup lightpath; and the optical transmitter tuning range constraints indicate the wavelengths at which any optical transmitters along the lightpath can transmit; wherein the RP object further comprises a routing and wavelength assignment, RWA, computation, RC, flag which indicates one of routing assignment, wavelength assignment, routing and wavelength assignment, and routing assignment with a suggested or restricted set of wavelengths as RWA computation options. a Path Computation Client, PCC, (310, 410), configured to transmit a request to and receive a reply from a Path Computation Element, PCE, (320,420, 510), wherein the request comprises a lightpath constraint; and the reply comprises at least one of a routing assignment, a wavelength assignment, an error message, or a no-path indication, the lightpath constraint comprises a route parameter included in a request parameter, RP, object, which includes a bidirectional assignment of wavelengths, a simultaneous assignment of wavelengths to a primary lightpath and a backup lightpath, and optical transmitter tuning range constraints; and, wherein the bidirectional assignment of wavelengths indicates that separate wavelengths should be assigned to each direction of the lightpath; the simultaneous assignment of wavelengths to a primary lightpath and a backup lightpath indicates that separate wavelengths should be assigned to the primary lightpath and the backup lightpath; and the optical transmitter tuning range constraints indicate the wavelengths at which any optical transmitters along the lightpath can transmit; wherein the RP object further comprises a routing and wavelength assignment, RWA, computation, RC, flag which indicates one of routing assignment, wavelength assignment, routing and wavelength assignment, and routing assignment with a suggested or restricted set of wavelengths as RWA computation options.
A measuring apparatus for measuring a DC component of at least one electric current, each electric current being output from a corresponding source, the measuring apparatus comprising a computer and at least one current detector, each current detector being associated to a corresponding source and including: - a first conductor extending between a first terminal and a second terminal for connection to the source; - a tube-shaped screen made in an electrically conductive material and defining an inner volume, the screen being configured to provide a closed electrical path for eddy current flow to generate a compensation magnetic field for compensating a time-dependent component of a response magnetic field generated by a flow, in the first conductor, of the corresponding electric current; and - a magnetic sensor arranged in the inner volume of the screen, the magnetic sensor being configured to detect a resulting magnetic field in the inner volume, and to output a detection signal representative of the detected resulting magnetic field, the first conductor being arranged outside the inner volume of the screen, the computer being connected to the magnetic sensor of each current detector to receive the corresponding detection signal, the computer further being configured to determine, for each source, the DC component of the corresponding electric current based on the detection signal output from the magnetic sensor of the associated current detector. - a first conductor extending between a first terminal and a second terminal for connection to the source; - a tube-shaped screen made in an electrically conductive material and defining an inner volume, the screen being configured to provide a closed electrical path for eddy current flow to generate a compensation magnetic field for compensating a time-dependent component of a response magnetic field generated by a flow, in the first conductor, of the corresponding electric current; and - a magnetic sensor arranged in the inner volume of the screen, the magnetic sensor being configured to detect a resulting magnetic field in the inner volume, and to output a detection signal representative of the detected resulting magnetic field, the first conductor being arranged outside the inner volume of the screen, the computer being connected to the magnetic sensor of each current detector to receive the corresponding detection signal, the computer further being configured to determine, for each source, the DC component of the corresponding electric current based on the detection signal output from the magnetic sensor of the associated current detector.
A jet pipe servo valve comprising a flow control nozzle (40, 40') for controlling the flow of an incompressible fluid, the flow control nozzle having a flow area and comprising a deformable element (50, 60) comprising a shaped memory alloy material wherein within a range of operating temperatures the SMA material is configured to reduce the flow area of the flow control nozzle as the operating temperature increases, characterized in that the SMA material is configured to reduce the flow area of the flow control nozzle according to a predetermined relationship for laminar flow conditions to maintain a substantially constant laminar flow over the range of operating temperatures.
Composition, particularly a blocking composition, particularly for fixing blanks for ophthalmic and/or optical lenses, preferably plastic-based spectacle lens blanks, wherein the composition comprises a mixture, wherein the comprises a mixture, wherein the mixture contains: (a) at least one polyol (polyalcohol), wherein the polyol contains units derived from bisphenol-A and dimethylolpropionic acid, wherein the polyol has the following formula (i) and wherein the composition contains the polyol in quantities from 5 to 50 wt% relative to the composition, and (b) at least one organic polyester, wherein the polyester is selected from linear copolyesters having primary hydroxyl functionalities, wherein the polyester has a hydroxyl number in the range from 1 to 8 mg KOH/g and wherein the composition contains the organic polyester in quantities from 50 to 95 wt% relative to the composition. (a) at least one polyol (polyalcohol), wherein the polyol contains units derived from bisphenol-A and dimethylolpropionic acid, wherein the polyol has the following formula (i) and wherein the composition contains the polyol in quantities from 5 to 50 wt% relative to the composition, and (b) at least one organic polyester, wherein the polyester is selected from linear copolyesters having primary hydroxyl functionalities, wherein the polyester has a hydroxyl number in the range from 1 to 8 mg KOH/g and wherein the composition contains the organic polyester in quantities from 50 to 95 wt% relative to the composition.
A method of ultrafiltration of a highly concentrated protein solution, wherein sucrose is added to the solution when the protein concentration of the solution is between 40 and 150 g/L before further concentration by ultrafiltration, and wherein the difference between the calculated protein concentration and the measured protein concentration in the highly concentrated ultrafiltration retentate is decreased.
A monitoring system for damage to structures and buildings, comprising at least one apparatus (2a, 2b, 2c) for measuring cracks of a structure, said apparatus comprising a first fixed element, which is integral with a structure at a first limb of the crack, and a second fixed element, which is integral with said structure at a second limb of the crack, which is opposite with respect to said first limb, said first fixed element having a portion that is adapted to engage said second fixed element so as to straddle the crack, said monitoring system further comprising: - a first linear potentiometric membrane, which cooperates with a respective first slider to detect the relative displacement between said first fixed element and said second fixed element along at least one first detection direction. - said first potentiometric membrane being supported by said first fixed element and said respective first slider being supported by said second fixed element, - said first slider being in electrical sliding contact with said first potentiometric membrane, - a second linear potentiometric membrane, which cooperates with a respective second slider to detect the relative displacement between said first fixed element and said second fixed element along a second detection direction, which is substantially perpendicular to said first detection direction; - wherein said second potentiometric membrane is supported by said second fixed element and said respective second slider is supported by said first fixed element, - said second slider being in electrical sliding contact with said second potentiometric membrane, and - wherein said first linear potentiometric membrane is partially superimposed on said second linear potentiometric membrane. - a first linear potentiometric membrane, which cooperates with a respective first slider to detect the relative displacement between said first fixed element and said second fixed element along at least one first detection direction. - said first potentiometric membrane being supported by said first fixed element and said respective first slider being supported by said second fixed element, - said first slider being in electrical sliding contact with said first potentiometric membrane, - a second linear potentiometric membrane, which cooperates with a respective second slider to detect the relative displacement between said first fixed element and said second fixed element along a second detection direction, which is substantially perpendicular to said first detection direction; - wherein said second potentiometric membrane is supported by said second fixed element and said respective second slider is supported by said first fixed element, - said second slider being in electrical sliding contact with said second potentiometric membrane, and - wherein said first linear potentiometric membrane is partially superimposed on said second linear potentiometric membrane.
A flexible, gas impermeable laminate material, comprising the following layers from inner layer to outer layer: a. Inner layer of non-reactive resin film, wherein the inner layer (a) comprises linear low density polyethylene film; b. Optional layer of resin film; c. Optional tie layer of adhesive resin material; d. Barrier layer of material which is gas impermeable, selected from i. recycled aluminum foil, ii. metalized poly(lactic acid), iii. poly(lactic acid), iv. metalized paper, v. resin-coated paper, e.g., paper coated with ethylene vinyl alcohol copolymer, vi. ethylene vinyl alcohol film, vii. nylon, and viii. metalized polyester, e.g., poly(ethylene terephthalate) and poly(ethylene naphthalate); e. Optional tie layer of adhesive resin material; f. Outer polymer layer comprising starch; g. Optional label layer; wherein the outer polymer layer comprising starch (f) comprises low-density polyethylene mixed with modified starch, wherein the modified starch has a reduced hydrophilicity. a. Inner layer of non-reactive resin film, wherein the inner layer (a) comprises linear low density polyethylene film; b. Optional layer of resin film; c. Optional tie layer of adhesive resin material; d. Barrier layer of material which is gas impermeable, selected from i. recycled aluminum foil, ii. metalized poly(lactic acid), iii. poly(lactic acid), iv. metalized paper, v. resin-coated paper, e.g., paper coated with ethylene vinyl alcohol copolymer, vi. ethylene vinyl alcohol film, vii. nylon, and viii. metalized polyester, e.g., poly(ethylene terephthalate) and poly(ethylene naphthalate); i. recycled aluminum foil, ii. metalized poly(lactic acid), iii. poly(lactic acid), iv. metalized paper, v. resin-coated paper, e.g., paper coated with ethylene vinyl alcohol copolymer, vi. ethylene vinyl alcohol film, vii. nylon, and viii. metalized polyester, e.g., poly(ethylene terephthalate) and poly(ethylene naphthalate); e. Optional tie layer of adhesive resin material; f. Outer polymer layer comprising starch; g. Optional label layer;
A purified polypeptide capable of promoting cholesterol efflux from lipid loaded cells, the polypeptide consisting of an amino acid sequence as set forth in SEQ ID NO: 1, wherein each X amino acid in the amino acid sequence of SEQ ID NO: 1 is a phenylalanine amino acid.
A lighting system suitable for use in explosive and hazardous environments, the lighting system comprising a light source, a side emitting fibre light rope, and a control unit, wherein: the light source and the fibre light rope are configured such that light emitted from the light source is coupled into the fibre light rope; the control unit is configured to control the optical power of light emitted by the light source to maintain the fibre light rope at or below a predetermined upper temperature even if the fibre is partially or fully severed; and the control unit is further configured to supply drive current at or below a predetermined upper drive current to the light source to allow the light source to emit light at or below a predetermined upper optical power based on the current-optical power relationship for the light source where the upper optical power is determined such that the temperature of the fibre light rope is maintained at or below a predetermined upper temperature; and wherein the optical power-drive current relationship is a relationship that has been determined for each light source prior to installation to determine an upper drive current corresponding to the upper optical power, wherein information regarding the optical power-drive current relationship of a specific light source is made known to and used by the control unit to output the drive current to the light source. the light source and the fibre light rope are configured such that light emitted from the light source is coupled into the fibre light rope; the control unit is configured to control the optical power of light emitted by the light source to maintain the fibre light rope at or below a predetermined upper temperature even if the fibre is partially or fully severed; and the control unit is further configured to supply drive current at or below a predetermined upper drive current to the light source to allow the light source to emit light at or below a predetermined upper optical power based on the current-optical power relationship for the light source where the upper optical power is determined such that the temperature of the fibre light rope is maintained at or below a predetermined upper temperature; and wherein the optical power-drive current relationship is a relationship that has been determined for each light source prior to installation to determine an upper drive current corresponding to the upper optical power, wherein information regarding the optical power-drive current relationship of a specific light source is made known to and used by the control unit to output the drive current to the light source.