mhurhangee/ep-ind-claims huggingface dataset:
A method for enabling resource allocation for a service data flow between a user equipment and a gateway in a multiple access environment, the method comprising the steps of: a resource reservation device (10,19) receiving reservation instructions from a policy control node, the reservation instructions requiring dedicated access resources to be reserved for the service data flow, the resource reservation device (10,19) reporting the result of the resource reservation required by the reservation instructions to the policy control node, characterized in the steps of: the resource reservation device (10,19) requesting reservation of the resources required by the reservation instructions in a plurality of accesses (11,12), the resource reservation device (10,19) selecting, from the plurality of access networks, an access in which dedicated access resources have been successfully reserved, the resource reservation device (10,19) releasing resources in other access not selected, the resource reservation device (10,19) reporting the selected single access (11,12) that enables the resources to the policy control node when the access (11,12) is selected, and where the resource reservation device is a Policy and Charging Enforcement Function, PCEF. a resource reservation device (10,19) receiving reservation instructions from a policy control node, the reservation instructions requiring dedicated access resources to be reserved for the service data flow, the resource reservation device (10,19) reporting the result of the resource reservation required by the reservation instructions to the policy control node, the resource reservation device (10,19) requesting reservation of the resources required by the reservation instructions in a plurality of accesses (11,12), the resource reservation device (10,19) selecting, from the plurality of access networks, an access in which dedicated access resources have been successfully reserved, the resource reservation device (10,19) releasing resources in other access not selected, the resource reservation device (10,19) reporting the selected single access (11,12) that enables the resources to the policy control node when the access (11,12) is selected, and
A cold rolled steel sheet characterized in that it comprises a film containing a crystalline layered material on a surface thereof, wherein the film has an average film thickness of 10 nm to 2000 nm, wherein the average film thickness is obtained by sputtering a cross section of the film at 45 degrees using a focused ion beam, extracting arbitrary ten points from a result of observing from the cross section with an ultra-low acceleration scanning electron microscope and measuring, an average value thereof being regarded as the average film thickness, wherein the crystalline layered material is a layered double hydroxide represented by [M 2+ 1-x M 3+ x 2][A n-] x/n • zH 2 O, wherein: M 2+ is one or more of Mg 2+, Ca 2+, Pb 2+, and Sn 2+; M 3+ is one or more of Al 3+, Fe 3+, Cr 3+ and Mo 3+; and A n- is one or more of OH -, F -, CO 3 2-, Cl -, Br -, (C 2 O 4) 2-, I -, (NO 2) -, (SO 4) 2-, (BrO 3) -, (IO 3) -, (V 10 O 28) 6-, (Si 2 O 5) 2-, (ClO 4) -, (CH 3 COO) -, [C 6 H 4 (CO 2) 2] 2-, (C 6 H 5 COO) -, [C 8 H 16 (CO 2) 2] 2-, n(C 8 H 17 SO 4) -, n(C 12 H 25 SO 4) -, n(C 18 H 37 SO 4) -, and SiO 4 4-, wherein the layered double hydroxide is produced by a process wherein an electric current of 0.01 to 100 A/dm 2 is flowed in an acidic solution having a pH of 0.5 to 7.0 and containing one or more of M 2+, one or more of M 3+ and one or more of A n- with the cold rolled steel sheet being a cathode. M 2+ is one or more of Mg 2+, Ca 2+, Pb 2+, and Sn 2+; M 3+ is one or more of Al 3+, Fe 3+, Cr 3+ and Mo 3+; and A n- is one or more of OH -, F -, CO 3 2-, Cl -, Br -, (C 2 O 4) 2-, I -, (NO 2) -, (SO 4) 2-, (BrO 3) -, (IO 3) -, (V 10 O 28) 6-, (Si 2 O 5) 2-, (ClO 4) -, (CH 3 COO) -, [C 6 H 4 (CO 2) 2] 2-, (C 6 H 5 COO) -, [C 8 H 16 (CO 2) 2] 2-, n(C 8 H 17 SO 4) -, n(C 12 H 25 SO 4) -, n(C 18 H 37 SO 4) -, and SiO 4 4-, wherein the layered double hydroxide is produced by a process wherein an electric current of 0.01 to 100 A/dm 2 is flowed in an acidic solution having a pH of 0.5 to 7.0 and containing one or more of M 2+, one or more of M 3+ and one or more of A n- with the cold rolled steel sheet being a cathode.
A method for the production of itaconic acid comprising providing a micro-organism with a nucleic acid construct, which construct comprises the coding nucleic acid sequence from Aspergillus terreus ATEG_09970.1 as shown in Fig. 3b, or a functional homologue thereof having a sequence identity of at least 55%, which functional homologue encodes a protein capable of transporting tricarboxylate from the mitochondrion to the cytosol.
A self-adjustable pitch marine vessel propeller attached to a shaft driven by an engine of a marine vessel, comprising a substantially cylindrical hollow hub having a front end (3.4) and a rear end (3.5) and a plurality of blades each extending radially outwardly from said hub and being capable of partially rotating around an axis being radial to the hub; an actuator linearly movable along the hub axis; at least one motion transmission means (10.2) communicating with the actuator and each blade for converting the linear motion of the actuator into rotational motion of each blade in a radial direction relative to the axis of the hub; a resilient member communicating with the actuator; a conical piece provided to the rear end (3.5) of the hub and having a gradually tapering form, the conical piece comprising a circular shaft cavity (9.3) extending axially starting from the tapered end thereof, and the conical piece comprising screw threads (9.2) formed along a length on the shaft cavity (9.3), and that there is provided a threaded shaft to the shaft cavity (9.3), the threaded shaft communicating with the actuator and having threads thereon being compatible with the screw threads (9.2), and that the threaded shaft comprises a wrench groove (5.2) extending axially inward from an end portion of the threaded shaft so that a wrench can be provided therein for manually rotating thereof, characterized by further comprising a shaft sleeve fitted coaxially on the propeller shaft, the shaft sleeve comprising a flange (6.2) at one of its end and a staged cylinder (6.1) extending axially therefrom, the diameter of a first stage (6.1.1) of the staged cylinder being greater than the diameter of a second stage (6.1.2) thereof, and the outer diameter of the second stage (6.1.2) of the staged cylinder being slightly smaller than the diameter of the circular inner surface (4.8) of the actuator, so that when the actuator is seated on the second stage (6.1.2), it can move linearly thereon.
A microelectromechanical systems, MEMS, device comprising: a flexure spaced apart from a surface (64, 146) of a substrate (66, 148), the flexure including: an elongated beam (68; 122) having a sidewall defining a longitudinal dimension of the elongated beam; and a protrusion element (74; 132, 134) extending outwardly from the sidewall of the elongated beam (68; 122); the protrusion element (74; 132, 134) is a T-shaped structure having a base and a crossmember, a first end of the base being coupled to the sidewall of the elongated beam and a central portion of the crossmember being coupled to a second end of the base, wherein the crossmember has a length that is greater than a width of the base, wherein the elongated beam (68; 122) comprises a serpentine flexure having a first beam segment, a second beam segment, and at least one interposing beam segment located between the first and second beam segments (124, 126), the first beam segment, the at least one interposing beam segment, and the second beam segment being interconnected via connectors to form the serpentine flexure; the sidewall of the elongated beam is a first sidewall of the first beam segment; the protrusion element is a first protrusion element (132, 134) outwardly extending from the first side wall of the first beam segment; and the flexure further comprises a third protrusion element (138, 140) outwardly extending from a second sidewall of the second beam segment. an elongated beam (68; 122) having a sidewall defining a longitudinal dimension of the elongated beam; and a protrusion element (74; 132, 134) extending outwardly from the sidewall of the elongated beam (68; 122); the protrusion element (74; 132, 134) is a T-shaped structure having a base and a crossmember, a first end of the base being coupled to the sidewall of the elongated beam and a central portion of the crossmember being coupled to a second end of the base, wherein the crossmember has a length that is greater than a width of the base, wherein the elongated beam (68; 122) comprises a serpentine flexure having a first beam segment, a second beam segment, and at least one interposing beam segment located between the first and second beam segments (124, 126), the first beam segment, the at least one interposing beam segment, and the second beam segment being interconnected via connectors to form the serpentine flexure; the sidewall of the elongated beam is a first sidewall of the first beam segment; the protrusion element is a first protrusion element (132, 134) outwardly extending from the first side wall of the first beam segment; and the flexure further comprises a third protrusion element (138, 140) outwardly extending from a second sidewall of the second beam segment.
An enamel composition comprising: SiO 2 in an amount ranging from 25 to 50 wt%; B 2 O 3 in an amount ranging from 1 to 15 wt%; one or more of Li 2 O, Na 2 O, K 2 O, or NaF in a total amount ranging from 10 to 30 wt%; ZnO in an amount ranging from 1 to 15 wt%; MoO 3 in an amount ranging from 4 to 8 wt%; and one or more of TiO 2, Bi 2 O 3, NiO, Co 3 O 4, or CeO 2 in a total amount ranging from 10 to 30 wt%, the weight percentages being expressed relative to the enamel composition. SiO 2 in an amount ranging from 25 to 50 wt%; B 2 O 3 in an amount ranging from 1 to 15 wt%; one or more of Li 2 O, Na 2 O, K 2 O, or NaF in a total amount ranging from 10 to 30 wt%; ZnO in an amount ranging from 1 to 15 wt%; MoO 3 in an amount ranging from 4 to 8 wt%; and one or more of TiO 2, Bi 2 O 3, NiO, Co 3 O 4, or CeO 2 in a total amount ranging from 10 to 30 wt%, the weight percentages being expressed relative to the enamel composition.
Method for stabilizing a grid frequency with a gas turbine that can be operated with syngas and a further fuel, wherein the mass flow of the further fuel that is provided for the operation of the gas turbine can be increased more quickly than that of the syngas, characterized in that a ratio of the mass flows of the syngas to the further fuel for the operation of the gas turbine is modified to stabilize a grid frequency, in that the mass flow of the further fuel is modified and the mass flow of the syngas remains the same.
A laryngeal mask airway device to facilitate lung ventilation in a patient, comprising an airway tube extending from a proximal end to a distal end and opening, at the distal end, into the interior of a hollow mask portion shaped to fit readily in use into the actual and potential space behind the larynx and to seal around the circumference of the laryngeal inlet without penetrating into the interior of the larynx, characterized in that the device comprises a conduit adapted to direct a liquid drug substance through the glottic opening, wherein the conduit has an opening adapted to direct the liquid drug substance through the glottic opening, without the liquid drug substance contacting the patient's vocal chords; wherein the conduit is adapted to convey the liquid drug substance from a proximal end of the device to an outlet of the mask portion, wherein the opening of the conduit has a generally triangular cross-section and comprises a nozzle with a cross-section, the dimensions of which are similar to those of the glottic opening.
Pharmaceutical composition for use in the treatment of a mammal suffering from house dust mite allergy, said composition comprising an allergen composition in a pharmaceutically acceptable diluent or excipient, said allergen composition comprising purified natural Dermatophagoides pteronyssinus (Der p)1 and purified natural Der p2, or purified natural Dermatophagoides farinae (Der f)1 and purified natural Der f2, wherein the allergen composition contains 50 wt%, on dry matter, or more of natural Der p1 and natural Der p2, or natural Der f1 and natural Der f2 allergens, wherein the allergen composition comprises purified natural Derp1 and purified natural Derp2, or purified natural Der f1 and purified natural Der f2 in a ratio of 20:80 to 99:1, and wherein the treatment with purified natural Der p1 and purified natural Der p2, or purified natural Der f1 and purified natural Der f2 desensitizes the patient's allergic response to house dust mite, the term "natural" meaning that the chemical structure of the protein is identical to the natural occurring protein in its primary, secondary and tertiary structure.
A method for managing a filter rule, comprising: receiving, by a Media Gateway, MG, a processing message sent by a Media Gateway Controller, MGC; and maintaining, by the MG, a packet filter rule context according to the processing message, wherein the packet filter rule context comprises a filter rule for filtering a packet received or sent by the MG, and the processing message may be a message for creating, modifying or deleting the packet filter rule context; characterized in that the packet filter rule context further comprises: a priority property, indicating a priority of the filter rule in the packet filter rule context. receiving, by a Media Gateway, MG, a processing message sent by a Media Gateway Controller, MGC; and maintaining, by the MG, a packet filter rule context according to the processing message, wherein the packet filter rule context comprises a filter rule for filtering a packet received or sent by the MG, and the processing message may be a message for creating, modifying or deleting the packet filter rule context; characterized in that the packet filter rule context further comprises: a priority property, indicating a priority of the filter rule in the packet filter rule context.
An electric motor vehicle comprising: a motor unit which is disposed between a pair of right and left side frames such that a motor output shaft thereof extends along a width of the vehicle, and which serves as a power source for driving right and left wheels; a cross member disposed above the motor unit, and fixed to the pair of right and left side frames to extend along the width of the vehicle; and a pair of right and left motor unit support systems for mounting and supporting the motor unit on the cross member, characterized in that each of the pair of right and left motor unit support systems includes: a fixed part fixed to the motor unit; and a mounting shaft connected to the fixed part via a mounting bracket integrally formed with the fixed part, and the mounting shaft being fixed to the cross member, the fixed part of at least one of the pair of right and left motor unit support systems is fastened and fixed to an upper part of the motor unit by a first shaft-like fastening member, and an axial direction of the first shaft-like fastening member is the same as a vehicle longitudinal direction in a state in which the fixed part of the at least one of the motor unit support systems is fastened and fixed to the upper part of the motor unit. a motor unit which is disposed between a pair of right and left side frames such that a motor output shaft thereof extends along a width of the vehicle, and which serves as a power source for driving right and left wheels; a cross member disposed above the motor unit, and fixed to the pair of right and left side frames to extend along the width of the vehicle; and a pair of right and left motor unit support systems for mounting and supporting the motor unit on the cross member, characterized in that each of the pair of right and left motor unit support systems includes: a fixed part fixed to the motor unit; and a mounting shaft connected to the fixed part via a mounting bracket integrally formed with the fixed part, and the mounting shaft being fixed to the cross member, a fixed part fixed to the motor unit; and a mounting shaft connected to the fixed part via a mounting bracket integrally formed with the fixed part, and the mounting shaft being fixed to the cross member, the fixed part of at least one of the pair of right and left motor unit support systems is fastened and fixed to an upper part of the motor unit by a first shaft-like fastening member, and an axial direction of the first shaft-like fastening member is the same as a vehicle longitudinal direction in a state in which the fixed part of the at least one of the motor unit support systems is fastened and fixed to the upper part of the motor unit.
A communication connection in a subsea well for an optical fibre, the communication connection comprising: an electrical connector comprising first and second mating parts (10, 11), each of the first and the second mating parts having a respective shell portion (12, 16); a first small form factor pluggable device received in the shell portion of the first mating part for converting an optical signal of the optical fibre into an electrical signal; and a second small form factor pluggable device received in the shell portion of the second mating part for converting the electrical signal back to an optical signal, wherein power for both the first and the second small form factor pluggable devices is provided by optical energy from a further optical fibre in communication with a photovoltaic cell, wherein the photovoltaic cell is configured to convert the optical energy into the power for both the first and the second small form factor pluggable devices, and wherein the photovoltaic cell is moulded in an end portion of the electrical connector. an electrical connector comprising first and second mating parts (10, 11), each of the first and the second mating parts having a respective shell portion (12, 16); a first small form factor pluggable device received in the shell portion of the first mating part for converting an optical signal of the optical fibre into an electrical signal; and a second small form factor pluggable device received in the shell portion of the second mating part for converting the electrical signal back to an optical signal,
A method in a wireless device for wireless communications, the method comprising: receiving a communication policy from a private network, the communication policy comprising one or more allowable service provider identifiers corresponding to one or more allowable service providers; storing in memory the one or more allowable service provider identifiers; receiving, one or more reachable service provider identifiers corresponding to one or more reachable service providers; when the wireless device operates in a first mode: allowing a connection for communications based on identifying a match between one of the allowable service provider identifiers and one of the reachable service provider identifiers, and disallowing a connection based on identifying that none of the allowable service provider identifiers match the reachable service provider identifiers; and when the device operates in a second mode allowing a connection based on said reachable service provider identifiers irrespective of the allowable service provider identifiers. receiving a communication policy from a private network, the communication policy comprising one or more allowable service provider identifiers corresponding to one or more allowable service providers; storing in memory the one or more allowable service provider identifiers; receiving, one or more reachable service provider identifiers corresponding to one or more reachable service providers; when the wireless device operates in a first mode: allowing a connection for communications based on identifying a match between one of the allowable service provider identifiers and one of the reachable service provider identifiers, and disallowing a connection based on identifying that none of the allowable service provider identifiers match the reachable service provider identifiers; and when the device operates in a second mode allowing a connection based on said reachable service provider identifiers irrespective of the allowable service provider identifiers. allowing a connection for communications based on identifying a match between one of the allowable service provider identifiers and one of the reachable service provider identifiers, and disallowing a connection based on identifying that none of the allowable service provider identifiers match the reachable service provider identifiers; and when the device operates in a second mode allowing a connection based on said reachable service provider identifiers irrespective of the allowable service provider identifiers.
Cogeneration system (200, 300) comprising: - a boiler (201, 301) able to heat water for domestic use; - a combustor (201a, 301a) of liquid or gaseous fuel, placed into the boiler (201, 301) from which combustion fumes come out; - a compressor (204, 304) for a gaseous fluid; - a heat exchanger (202, 302) able to exchange thermal energy between combustion fumes generated in the combustor (201a, 301a) and a fluid coming from the compressor (204, 304); - a gas turbine (203, 303) receiving the fluid compressed and heated from the heat exchanger (202, 302); - a current generator (205, 305) and a current converter (206, 306) connected to the gas turbine (203, 303) able to generate electrical energy; - a main fumes / water exchanger (207, 307) placed after the heat exchanger (202, 302) able to recover thermal energy between fumes generated in the combustor (201a, 301a) and water; - a by-pass valve (210, 310) placed before the turbine (203, 303), configured to adjust the flow rate of a portion of the fluid entering the gas turbine (203, 303) and the remaining flow of the fluid to be redirected; characterized in comprising an additional heat exchanger (209, 309) arranged to recover remaining thermal energy of the portion of the fluid sent out from the turbine (203, 303) and of the remaining flow of the fluid redirected by the by-pass valve (210, 310) and arranged to preheat water entering in the main heat exchanger (207, 307). - a boiler (201, 301) able to heat water for domestic use; - a combustor (201a, 301a) of liquid or gaseous fuel, placed into the boiler (201, 301) from which combustion fumes come out; - a compressor (204, 304) for a gaseous fluid; - a heat exchanger (202, 302) able to exchange thermal energy between combustion fumes generated in the combustor (201a, 301a) and a fluid coming from the compressor (204, 304); - a gas turbine (203, 303) receiving the fluid compressed and heated from the heat exchanger (202, 302); - a current generator (205, 305) and a current converter (206, 306) connected to the gas turbine (203, 303) able to generate electrical energy; - a main fumes / water exchanger (207, 307) placed after the heat exchanger (202, 302) able to recover thermal energy between fumes generated in the combustor (201a, 301a) and water; - a by-pass valve (210, 310) placed before the turbine (203, 303), configured to adjust the flow rate of a portion of the fluid entering the gas turbine (203, 303) and the remaining flow of the fluid to be redirected;