mhurhangee/ep-ind-claims huggingface dataset:
A method for unlocking a mobile communication card locked by means of an access identification of a user, with the steps of: - ascertaining a current location of a telecommunication terminal in which the mobile communication card is inserted, in a mobile communication network; - comparing the current location to a stored unlocking location (14; 23); and - unlocking if the current location coincides with the unlocking location (14; 23); in the step of unlocking the mobile communication card is unlocked; characterized in that in the step of ascertaining the mobile communication card is temporarily logged into the mobile communication network for the purpose of ascertaining the current location; and the temporarily logged-in mobile communication card is locked for regular telecommunication operation. - ascertaining a current location of a telecommunication terminal in which the mobile communication card is inserted, in a mobile communication network; - comparing the current location to a stored unlocking location (14; 23); and - unlocking if the current location coincides with the unlocking location (14; 23); in the step of unlocking the mobile communication card is unlocked;
A method of computing resource allocation comprising: allocating a first bounded amount of computing resources forming a first set of computing resources; exclusively assigning the first set of computing resources to a first process of a computer program; receiving a request from the first process for additional computing resources, the request for additional computing resources from the first process comprising a resource specification specifying a second bounded amount of computing resources, wherein the first and second bounded amounts of computing resources are different; in response to the request from the first process, allocating the second bounded amount of computing resources forming a second set of computing resources; and spawning a second process from the first process and exclusively assigning the second set of computing resources to the second process. allocating a first bounded amount of computing resources forming a first set of computing resources; exclusively assigning the first set of computing resources to a first process of a computer program; receiving a request from the first process for additional computing resources, the request for additional computing resources from the first process comprising a resource specification specifying a second bounded amount of computing resources, wherein the first and second bounded amounts of computing resources are different; in response to the request from the first process, allocating the second bounded amount of computing resources forming a second set of computing resources; and spawning a second process from the first process and exclusively assigning the second set of computing resources to the second process.
An apparatus for separating contaminants from biodegradable materials in a feed material, comprising: an inclined trough having a feed entry at a top end for receiving the feed material, the inclined trough including a plurality of riffles (410, 412, 414, 416) angled to at least partially hinder and unsettle a flow of the feed material flowing down the inclined trough; and one or more vibratory motors configured to induce a vibration in the inclined trough; characterised in that one or more blowers are configured to generate an airflow through overhead air vent nozzles positioned over the inclined trough and directing the air flow to one side of the inclined trough; and in that flexible skirts are positioned perpendicularly to the inclined trough and on either side of a set of the overhead vent nozzles to create a compartmentalised air flow channel across the inclined trough; and in that a material resilience separator is provided for separating the contaminants from the biodegradable materials in the remaining material.
A processor for a base station, the processor including: protocol processing circuitry configured to: generate a radio resource control, RRC, message comprising an RRC information element indicating (i) a number of reference signals for unicast sidelink, SL, radio link monitoring, RLM, and (ii) corresponding thresholds for in-sync/out-of-sync, IS/OOS, switching for the unicast SL RLM; encode the RRC message for transmission to a user equipment, UE; generate a reference signal of the indicated number of reference signals for use as an RLM resource for the unicast SL RLM; encode the reference signal for transmission to the UE; and provide, to a radio frequency circuitry coupled to the processor, the RRC message and the reference signal for transmission to the UE. generate a radio resource control, RRC, message comprising an RRC information element indicating (i) a number of reference signals for unicast sidelink, SL, radio link monitoring, RLM, and (ii) corresponding thresholds for in-sync/out-of-sync, IS/OOS, switching for the unicast SL RLM; encode the RRC message for transmission to a user equipment, UE; generate a reference signal of the indicated number of reference signals for use as an RLM resource for the unicast SL RLM; encode the reference signal for transmission to the UE; and provide, to a radio frequency circuitry coupled to the processor, the RRC message and the reference signal for transmission to the UE.
Coupling device for a releasable plug-in connection between a trailing aerial and a watercraft, comprising a first plug-in element and a second plug-in element for coupling trailing aerial and watercraft, an actuating device for acting upon one plug-in element of the first and second plug-in elements (20, 22) in the direction of the other plug-in element (22, 20) in each case and coupling both plug-in elements (20, 22) with one another in a force-fitting manner, wherein the actuating device has a Cardan suspension arrangement via which one of the first and second plug-in elements (20, 22) is held movably, wherein the actuating device comprises a carriage arrangement, wherein the carriage arrangement has a first and a second carriage element (42, 44) held movably in relation to one another and at least one of the plug-in elements (20, 22) is arranged on at least one of the carriage elements (42, 44) and via the carriage arrangement one of the two plug-in elements (20, 22) is movable in respect of the other plug-in element (22, 20) between an uncoupled position and a coupled position, characterized in that one of the two carriage elements (42, 44) of the carriage arrangement is configured as an outer holding ring of the Cardan suspension arrangement.
Installation for manufacturing disperse mineral products comprising a mill for milling a mineral raw material into mineral particles, a device for triboelectrically charging the mineral particles and a flow classifier for classifying the mineral particles in a mechanical way and by electrostatic separation of the triboelectrically charged mineral particles, characterized in that (a) the flow classifier is a separator connected to the mill in the separator housing of which a turbulent flow is present which separator is configured to electrostatically charge the mineral particles on top of classifying the mineral particles that (b) an electrostatic separation chamber is provided connected to the separator for separating the foreign particles triboelectrically charged in the separator which chamber is configured to pick up a charged fine material dispersion output from the separator into a first dispersion flow which contains the purified product, and a second dispersion flow which contains the foreign particles to be separated; and that (c) an air separation system (7, 8, 9) for separating dispersion air from the dispersion flows (30, 31) output from the separation chamber, are connected to the separation chamber, wherein the separation chamber is arranged between the separator and the air separation system (7, 8, 9). (a) the flow classifier is a separator connected to the mill in the separator housing of which a turbulent flow is present which separator is configured to electrostatically charge the mineral particles on top of classifying the mineral particles that (b) an electrostatic separation chamber is provided connected to the separator for separating the foreign particles triboelectrically charged in the separator which chamber is configured to pick up a charged fine material dispersion output from the separator into a first dispersion flow which contains the purified product, and a second dispersion flow which contains the foreign particles to be separated; and that (c) an air separation system (7, 8, 9) for separating dispersion air from the dispersion flows (30, 31) output from the separation chamber, are connected to the separation chamber, wherein the separation chamber is arranged between the separator and the air separation system (7, 8, 9).
Method for the continuous desulfurisation of liquid cast iron, in which there is injected into the liquid cast iron flowing continuously through an installation for treating the liquid cast iron a filled wire comprising a casing and a filling, said filling comprising a desulfurising product, said desulfurising product being metallic calcium, the filling also comprising at least one element that is neutral with respect to the cast iron, characterised in that the metallic calcium content of the filling is such that the metallic calcium content of the filled wire is between 30 and 120 g/m of filled wire.
A spinning machine of a spinning line, for the formation of bobbins of yarn from bobbins of roving, comprising at least one bank (2,4) equipped with a plurality of spindles (6 1 -6 n; 8 1 -8 n), longitudinally aligned, and at least one driving device for said spindles comprising at least one electric motor (18 1 -18 n; 20 1 -20 n) a belt engaged with said electric motor and tangentially pulling said spindles to rotate them, infeed diversion means to divert the belt from the spindles towards the motor, and outfeed diversion means to divert the belt from the motor towards the spindles, wherein, with reference to the feed direction of the belt: - upstream of the infeed diversion means, the belt travels, in contact with at least some of said plurality of spindles, an infeed section along a main infeed direction (W i); - between the infeed diversion means and the motor, the belt travels a section under tension along an infeed direction; - downstream of the outfeed diversion means, the belt travels an outfeed section (16a"), in contact with at least some of said plurality of spindles, along a main outfeed direction (W n); - between the motor and the outfeed diversion means, the belt travels a relaxed section along an outfeed direction; - the main infeed direction (W i) and the infeed direction form an infeed angle and the main outfeed direction (W n) and the outfeed direction form an outfeed angle; characterised in that - the infeed angle is greater than the outfeed angle to limit the action of the belt tension on the infeed diversion means. - upstream of the infeed diversion means, the belt travels, in contact with at least some of said plurality of spindles, an infeed section along a main infeed direction (W i); - between the infeed diversion means and the motor, the belt travels a section under tension along an infeed direction; - downstream of the outfeed diversion means, the belt travels an outfeed section (16a"), in contact with at least some of said plurality of spindles, along a main outfeed direction (W n); - between the motor and the outfeed diversion means, the belt travels a relaxed section along an outfeed direction; - the main infeed direction (W i) and the infeed direction form an infeed angle and the main outfeed direction (W n) and the outfeed direction form an outfeed angle; characterised in that - the infeed angle is greater than the outfeed angle to limit the action of the belt tension on the infeed diversion means.
An interposer, comprising: one or more layers, wherein each of the one or more layers is formed of a plurality of nanostructures; and a cavity defined in the one or more layers, wherein the cavity is configured as a waveguide for propagation of electromagnetic waves, further comprising a slow-wave structure provided in the one or more layers, the slow-wave structure being in communication with the waveguide, wherein the slow-wave structure comprises a slot defined in one of the one or more layers. one or more layers, wherein each of the one or more layers is formed of a plurality of nanostructures; and a cavity defined in the one or more layers, wherein the cavity is configured as a waveguide for propagation of electromagnetic waves, further comprising a slow-wave structure provided in the one or more layers, the slow-wave structure being in communication with the waveguide, wherein the slow-wave structure comprises a slot defined in one of the one or more layers.
A terpolymer derived from itaconic acid, aconitic acid and/or its isomers, and alkenyl sulphonates as active component to inhibit and disperse mineral scales of calcium carbonate, calcium sulphates, barium and strontium and disperse clays, calcium carbonate, calcium sulphates, barium and strontium and iron oxides present in oilfields at high temperature, high pressure and ultra-high salinity, characterized by the following structural formula: where: R 1 = -H, -CH 3, R 2 = -H, -CH 2 COOH, -COOH, R 3 = -COOH, R 4 = -CH 2 COOH, H, R 5 = -H, R 6 = -H, R 7 = -H, -CH 3, R 8 = -SO 3 Na, -CH 2 SO 3 Na, -CONHC(CH 3) 2 CH 2 SO 3 Na. C 6 H 4 SO 3 Na, R 9 = H, R 10 = -COOH, R 11 = -COOH and R 12 = -CH 2 COOH and n is between 2 and 70.
A harvester for harvesting a crop, comprising a gantry and a cutter unit, the gantry operable to be positioned substantially over the crop; the gantry being configured to moveably support the cutter unit, characterised in that the gantry comprises a plurality of actuators to move the cutter unit along three mutually perpendicular axes relative to the gantry to allow the cutter unit to move so that the cutter unit is operable to approach and cut an individual crop from any direction relative to the individual crop. the gantry operable to be positioned substantially over the crop; the gantry being configured to moveably support the cutter unit, characterised in that the gantry comprises a plurality of actuators to move the cutter unit along three mutually perpendicular axes relative to the gantry to allow the cutter unit to move so that the cutter unit is operable to approach and cut an individual crop from any direction relative to the individual crop.
A method of increasing the production capacity of an existing urea plant, the existing plant comprising a high pressure carbamate condenser, a reactor, a stripper, and a recovery section, wherein: - the condenser comprises a liquid outlet in fluid communication with a liquid inlet of the reactor; - the reactor comprises a liquid outlet in fluid communication with the stripper; - the stripper comprises a gas outlet in fluid communication with a gas inlet of the condenser and a liquid outlet in fluid communication with the recovery section; - the recovery section comprises a liquid outlet in fluid communication with a liquid inlet of the condenser; the method comprising installing an additional reactor and flow lines, such that the additional reactor has a liquid inlet that is in fluid communication with the liquid outlet of the recovery section; said additional reactor comprising a liquid outlet in fluid communication with an inlet to a condensation chamber of the condenser. - the condenser comprises a liquid outlet in fluid communication with a liquid inlet of the reactor; - the reactor comprises a liquid outlet in fluid communication with the stripper; - the stripper comprises a gas outlet in fluid communication with a gas inlet of the condenser and a liquid outlet in fluid communication with the recovery section; - the recovery section comprises a liquid outlet in fluid communication with a liquid inlet of the condenser;
Electric steering lock for a drive authorisation system with a type of keylessentry functionality for a motor vehicle, with a movable locking member which, in a first position, can be brought into locking engagement with a corresponding locking position on the steering shaft in the steering column, while, in a second position, it can be brought out of the said locking engagement, wherein a drive moves the locking member between the two positions, and with electronics for the control of the drive, wherein a device comprising an identification encoder or a chip card is provided in a type of electronic key so that when the device is authorised, the drive for the movement of the locking member can at least be directed to the second position of the electronics, characterised in that the authorisation signals required for the driving can be generated by the electronics, wherein the electronics generate signals used by a component of a conventional drive authorisation system to trigger functions of the electric ignition lock.
A method for detecting human prorenin comprising: a. first contacting an untreated sample with a capture antibody coated on an anchoring device; b. adding an antibody that binds to human prorenin; c. reacting the antibody with a tagged antibody; and d. detecting the level of human prorenin in the sample, wherein the antibody that binds to human prorenin binds to an epitope comprising the amino acid sequence selected from the group consisting of SEQ ID NO:6 and SEQ ID NO:21 and wherein the antibody that binds to human prorenin is capable of inhibiting trypsin cleavage of the human prorenin. a. first contacting an untreated sample with a capture antibody coated on an anchoring device; b. adding an antibody that binds to human prorenin; c. reacting the antibody with a tagged antibody; and d. detecting the level of human prorenin in the sample,
A method of growing a lead zirconate titanate single crystal having room temperature PZT lattice parameters comprising a = 0.403±0.002 nm, c = 0.415±0.002 nm and b = a using liquid phase epitaxy, the method comprising: providing a substrate in a solution, wherein: - the substrate has a perovskite crystal structure and one or more periodic repeat distances in the plane of growth that are integer multiples of the PZT periodic repeat distances of the same crystal orientation to within 2%; and - the solution comprises a solvent and a solute, wherein the solvent comprises one or more of PbF 2, LiF, NaF, KF, Na 3 AlF 6, PbO, Pb 3 (PO 4) 2, PbCl 2, B 2 O 3, WO 3, MoO 3, V 2 O 5, P 2 O 5, PbWO 4, PbMoO 4, Li 2 B 4 O 7, Na 2 B 4 O 7, K 2 B 4 O 7 and Pb 2 V 2 O 7 and wherein the solute comprises PZT or PZT precursors PbO, TiO 2, ZrO 2, PbZrO 3 and PbTiO 3; growing the PZT single crystal from the solution onto the substrate using liquid phase epitaxy, wherein the temperature of the solution is 700°C or higher and is held to within 25°C of a constant growth temperature; and removing the PZT single crystal from the substrate. providing a substrate in a solution, wherein: - the substrate has a perovskite crystal structure and one or more periodic repeat distances in the plane of growth that are integer multiples of the PZT periodic repeat distances of the same crystal orientation to within 2%; and - the solution comprises a solvent and a solute, wherein the solvent comprises one or more of PbF 2, LiF, NaF, KF, Na 3 AlF 6, PbO, Pb 3 (PO 4) 2, PbCl 2, B 2 O 3, WO 3, MoO 3, V 2 O 5, P 2 O 5, PbWO 4, PbMoO 4, Li 2 B 4 O 7, Na 2 B 4 O 7, K 2 B 4 O 7 and Pb 2 V 2 O 7 and wherein the solute comprises PZT or PZT precursors PbO, TiO 2, ZrO 2, PbZrO 3 and PbTiO 3; - the substrate has a perovskite crystal structure and one or more periodic repeat distances in the plane of growth that are integer multiples of the PZT periodic repeat distances of the same crystal orientation to within 2%; and - the solution comprises a solvent and a solute, wherein the solvent comprises one or more of PbF 2, LiF, NaF, KF, Na 3 AlF 6, PbO, Pb 3 (PO 4) 2, PbCl 2, B 2 O 3, WO 3, MoO 3, V 2 O 5, P 2 O 5, PbWO 4, PbMoO 4, Li 2 B 4 O 7, Na 2 B 4 O 7, K 2 B 4 O 7 and Pb 2 V 2 O 7 and wherein the solute comprises PZT or PZT precursors PbO, TiO 2, ZrO 2, PbZrO 3 and PbTiO 3; growing the PZT single crystal from the solution onto the substrate using liquid phase epitaxy, wherein the temperature of the solution is 700°C or higher and is held to within 25°C of a constant growth temperature; and removing the PZT single crystal from the substrate.
A system for producing a terephthalic acid by contacting a slurry comprising para-xylene with a gas-phase oxidant comprising air, said system comprising: a primary oxidation reactor comprising a first slurry outlet; and a secondary oxidation reactor comprising a slurry inlet and a second slurry outlet, wherein said slurry inlet is in downstream fluid-flow communication with said first slurry outlet; wherein said secondary oxidation reactor defines therein a secondary reaction zone having a maximum length L s and a maximum diameter D s, wherein said secondary reaction zone has an L s:D s ratio in the range of from 14:1 to 28:1, wherein said slurry inlet is spaced from the bottom of said secondary reaction zone by a distance in the range of from 0.3L s to 0.9L s; wherein said primary oxidation reactor is a bubble column reactor, and wherein said secondary oxidation reactor is a bubble column reactor; and wherein said secondary oxidation reactor comprises at least one normally lower oxidant inlet and at least one normally upper oxidant inlet. a primary oxidation reactor comprising a first slurry outlet; and a secondary oxidation reactor comprising a slurry inlet and a second slurry outlet, wherein said slurry inlet is in downstream fluid-flow communication with said first slurry outlet; wherein said secondary oxidation reactor defines therein a secondary reaction zone having a maximum length L s and a maximum diameter D s, wherein said secondary reaction zone has an L s:D s ratio in the range of from 14:1 to 28:1, wherein said slurry inlet is spaced from the bottom of said secondary reaction zone by a distance in the range of from 0.3L s to 0.9L s; wherein said primary oxidation reactor is a bubble column reactor, and wherein said secondary oxidation reactor is a bubble column reactor; and wherein said secondary oxidation reactor comprises at least one normally lower oxidant inlet and at least one normally upper oxidant inlet.
Apparatus for chopping and discharging crop residue for a combine harvester, the apparatus comprising a rotor supporting a plurality of chopping elements and a rotor housing comprising an inlet opening, a first outlet and a second outlet (31;32), characterised in that each of the first and second outlets comprises a separate opening, the first outlet being axially aligned with the inlet opening, and the second outlet (31;32) being axially offset from the inlet opening.
Carbon brush for a direct-current motor, in particular for a mechanically commutated direct-current motor, with at least one brush body which has a running surface, wherein an electric contact between the brush body and a commutator of the direct-current motor can be produced at at least one contact point of the running surface, wherein a profile line of the brush body, which profile line extends at least along the running surface of the brush body and on which the contact point lies, has at least one convex portion at which the brush body is configured convexly, characterized in that the contact point lying on the profile line lies within the convex portion of the profile line, in that the profile line of the brush body has at least one concave portion at which the brush body is configured concavely, and in that the convex portion of the profile line is provided closer to an edge of the brush body than the concave portion.