mhurhangee/ep-ind-claims huggingface dataset:
A method of treating a formation, comprising: injecting a gelling component curable by a moisture cure into a selected region of the formation; and delaying the onset of curing of the gelling component by contacting the gelling component with a compound comprising a vinyltrialkoxysilane and an alkyltrialkoxysilane or a molecular sieve, wherein the gelling component is selected from the group consisting of a polysiloxane and a silane-terminated polymer. injecting a gelling component curable by a moisture cure into a selected region of the formation; and delaying the onset of curing of the gelling component by contacting the gelling component with a compound comprising a vinyltrialkoxysilane and an alkyltrialkoxysilane or a molecular sieve, wherein the gelling component is selected from the group consisting of a polysiloxane and a silane-terminated polymer.
An ophthalmic suspension comprising an ophthalmic active ingredient suspended in a formulation vehicle, wherein the ophthalmic active ingredient is loteprednol etabonate and is present as particles that have D v90 < 5 μm and D v50 < 1 μm, and the formulation vehicle comprises polycarbophil as a suspending agent, hydroxypropylmethyl cellulose as a non-ionic cellulose derivative, a poloxamer surfactant, glycerin, propylene glycol, and a borate buffer agent, and wherein the suspension is storage stable for at least one year.
Method for detecting a failure of an operation of an accelerator pedal of a vehicle further comprising a brake pedal and a clutch pedal, characterized in that it comprises a step in which, in the event of detection of simultaneous use of said brake pedal and accelerator pedal, it is checked whether said clutch pedal is used, and in the negative one deduces from this check that said accelerator pedal is the subject of a malfunction, and operating a powertrain of said vehicle in a degraded mode, said method being further characterized in that before operating said powertrain in degraded mode, a second check of the use of said is carried out clutch pedal so as to order the introduction of said degraded mode only if said clutch pedal is still not used.
Method for controlling a manufacturing process of a component of a tyre for vehicle wheels, wherein at least one continuous elongated element fed by a supplying member (4, 5) is placed on a forming support by means of at least one pressing member (6, 7, 8) active on said at least one continuous elongated element along an application direction, comprising, during the manufacturing of the component of the tyre: a) acquiring at successive sampling times T i, the value P i of a quantity indicative of the position of the pressing member (6, 7, 8) along the application direction, where i is an integer greater than or equal to 1, T i =i ∗ 1/f and f is the sampling frequency and, at each sampling time T i: b) determining the difference Δ i in absolute value between the value of said quantity P i at the sampling time T i and the value P i-1 of said quantity at the previous sampling time T i-1; c) determining the value of a mobile sum S i of M addends with M greater than or equal to 2 and i greater than or equal to M, the M addends representing said differences Δ i, Δ i-1,...Δ i-M+1, at the current sampling time T i and at the previous M-1 sampling times T i-1,...T i-M+1; d) comparing the value of the mobile sum S i determined with at least one threshold value. a) acquiring at successive sampling times T i, the value P i of a quantity indicative of the position of the pressing member (6, 7, 8) along the application direction, where i is an integer greater than or equal to 1, T i =i ∗ 1/f and f is the sampling frequency and, at each sampling time T i: b) determining the difference Δ i in absolute value between the value of said quantity P i at the sampling time T i and the value P i-1 of said quantity at the previous sampling time T i-1; c) determining the value of a mobile sum S i of M addends with M greater than or equal to 2 and i greater than or equal to M, the M addends representing said differences Δ i, Δ i-1,...Δ i-M+1, at the current sampling time T i and at the previous M-1 sampling times T i-1,...T i-M+1; d) comparing the value of the mobile sum S i determined with at least one threshold value. b) determining the difference Δ i in absolute value between the value of said quantity P i at the sampling time T i and the value P i-1 of said quantity at the previous sampling time T i-1; c) determining the value of a mobile sum S i of M addends with M greater than or equal to 2 and i greater than or equal to M, the M addends representing said differences Δ i, Δ i-1,...Δ i-M+1, at the current sampling time T i and at the previous M-1 sampling times T i-1,...T i-M+1; d) comparing the value of the mobile sum S i determined with at least one threshold value.
A Home evolved Node B, HeNB, comprising; a processor and transceiver circuitry configured to: monitor at least one uplink signal to detect a reference signal being transmitted from a user equipment (12a, 12b, 12c), UE, to a macrocell base station; calculate, depending upon the reference signal being detected, a value of a metric based on at least one of an autocorrelation function and a peak to average power ratio of the detected uplink reference signal; determine an estimate of the quality of the uplink reference signal from the metric; wherein the HeNB is configured to use the estimated quality of the uplink reference signal to determine if or an extent to which the UE requires protection of downlink transmissions the UE receives from the macrocell base station from interference caused by downlink transmissions from the HeNB, by determining whether the estimated quality exceeds a threshold value. monitor at least one uplink signal to detect a reference signal being transmitted from a user equipment (12a, 12b, 12c), UE, to a macrocell base station; calculate, depending upon the reference signal being detected, a value of a metric based on at least one of an autocorrelation function and a peak to average power ratio of the detected uplink reference signal; determine an estimate of the quality of the uplink reference signal from the metric;
A phosphate salt of 4- -(6,7-dihydro-5H-pyrrolo[1,2-c]imidazol-5-yl)-3-fluoro-benzonitrile in a crystalline form A with an XRPD showing at least one or all of the following peaks, given as angle of refraction 2-theta (θ) values, where each peak may vary by ± 0.5 degrees: 12.9, 16.3 and 20.4 degrees; where the XRPD can be determined by using the following parameters and device: XRPD-method Instrument D8; Bruker (Karlsruhe, Germany) Irradiation CuKα (40 kV, 40 mA) Scan time 4 minutes (2 minutes per frame) Scan range 3° - 40° (2 theta value)
A bed base for ship made of metal material comprising: - a support frame that lies on a reference plane and comprises one or more tubular profiles, extending along a longitudinal axis and having a quadrangular section transverse to the same, - a support surface that is coupled to said support frame so as to be parallel to said reference plane and is structured to support at least one mattress, - an outer plate-shaped containment frame that is firmly coupled onto the outer side walls of the support frame so as to surround the latter on at least two sides, said outer plate-shaped containment frame is arranged approximately orthogonal to said reference plane and has at least a first bend (K 1 -K 4) having a first prefixed radius of curvature (R 1) at a relative corner of said support frame. - a support frame that lies on a reference plane and comprises one or more tubular profiles, extending along a longitudinal axis and having a quadrangular section transverse to the same, - a support surface that is coupled to said support frame so as to be parallel to said reference plane and is structured to support at least one mattress, - an outer plate-shaped containment frame that is firmly coupled onto the outer side walls of the support frame so as to surround the latter on at least two sides,
An apparatus for a subsea production tree, comprising: a stab body; at least one inlet/outlet; and a coupler body positioned around the stab body, characterized by the coupler body being adapted to rotate relative to the stab body, due to the engagement of an orientation key with at least one angled surface, while the production tree and the apparatus are landed out on a wellhead; the apparatus further comprising at least one hydraulic coupling element positioned on the coupler body; and at least one coiled tube positioned around the stab body, the at least one coiled tube being in fluid communication with the at least one hydraulic coupling element and the at least one inlet/outlet. a stab body; at least one inlet/outlet; and a coupler body positioned around the stab body, characterized by the coupler body being adapted to rotate relative to the stab body, due to the engagement of an orientation key with at least one angled surface, while the production tree and the apparatus are landed out on a wellhead; the apparatus further comprising at least one hydraulic coupling element positioned on the coupler body; and at least one coiled tube positioned around the stab body, the at least one coiled tube being in fluid communication with the at least one hydraulic coupling element and the at least one inlet/outlet.
A method of operation of a Network Function, NF, service consumer (NF A) in a core network of a cellular communications system, comprising: sending, to a NF service producer (NF B), a first request message to invoke a NF service provided by the NF service producer, which request message comprises a Consumer ID that is globally unique and identical for all service requests triggered by the NF service consumer for the service provided by the NF service producer, and which comprises a first recovery time stamp that indicates a time at which the NF service consumer last performed a recovery; performing a restart of the NF service consumer; and then sending, to the NF service producer, a second request message to invoke the same NF service as the one requested in the first request message, which second request message comprises said Consumer ID and a second recovery timestamp that indicates a new time at which the restart was performed, which new time is newer than the time indicated by the first recovery timestamp in the first request message. sending, to a NF service producer (NF B), a first request message to invoke a NF service provided by the NF service producer, which request message comprises a Consumer ID that is globally unique and identical for all service requests triggered by the NF service consumer for the service provided by the NF service producer, and which comprises a first recovery time stamp that indicates a time at which the NF service consumer last performed a recovery; performing a restart of the NF service consumer; and then sending, to the NF service producer, a second request message to invoke the same NF service as the one requested in the first request message, which second request message comprises said Consumer ID and a second recovery timestamp that indicates a new time at which the restart was performed, which new time is newer than the time indicated by the first recovery timestamp in the first request message.
Process for generating electrical energy in a gas and steam turbine (combined cycle) power generating plant with a gasification gas produced from carbon carriers and oxygen-containing gas, wherein the carbon carriers are gasified in a gassing zone with oxygen or a gas containing a large amount of oxygen, with an oxygen content of at least 95% by volume, preferably at least 99% by volume, and the gasification gas produced in this way is passed through a desulfurizing zone containing a desulfurizing agent, used desulfurizing agent being fed into the gassing zone and drawn off after the formation of a liquid slag, wherein the desulfurized gasification gas, preferably following cleaning and cooling, is burned in a combustion chamber together with pure oxygen and the resulting combustion gases H 2 O and CO 2 are introduced into the gas turbine for energy generation, characterized in that downstream of the gas turbine, the combustion gases are separated in a steam boiler into water vapour and carbon dioxide, wherein the water vapour is subsequently introduced into a steam turbine, and the carbon dioxide is at least partially returned to the combustion chamber for setting the temperature, and in that iron ore is additionally used in the desulfurizing zone, fed together with the used desulfurizing agent into the gassing zone, melted there and drawn off.
Method for detecting a movement of a vehicle which is shut down in a parked state, comprising: - acquiring a movement variable which describes a movement of the vehicle, characterized by - integrating the movement variable as a function of a direction of movement of the vehicle with respect to a movement travel and - deciding on the movement to be detected if the movement travel satisfies a predetermined condition. - acquiring a movement variable which describes a movement of the vehicle, characterized by - integrating the movement variable as a function of a direction of movement of the vehicle with respect to a movement travel and - deciding on the movement to be detected if the movement travel satisfies a predetermined condition.
An apparatus configured to analyze malware in a portable terminal, the apparatus comprising: a data analysis unit configured to compare data with screening data information of malicious code information and virus information, the screening data information being stored in the portable terminal; and a controller configured to: screen or delete harmful data, the harmful data being data included in the screening data information, send, to a care server, a request for analysis of data determined by the portable terminal not to be included in the screening data information, and receive harmfulness information for the data not included in the screening data information from the care server, wherein the data analysis unit is further configured to sort the data not included in the screening data information into harmful data and harmless data based on the harmfulness information received from the care server. a data analysis unit configured to compare data with screening data information of malicious code information and virus information, the screening data information being stored in the portable terminal; and a controller configured to: screen or delete harmful data, the harmful data being data included in the screening data information, send, to a care server, a request for analysis of data determined by the portable terminal not to be included in the screening data information, and receive harmfulness information for the data not included in the screening data information from the care server, wherein the data analysis unit is further configured to sort the data not included in the screening data information into harmful data and harmless data based on the harmfulness information received from the care server. screen or delete harmful data, the harmful data being data included in the screening data information, send, to a care server, a request for analysis of data determined by the portable terminal not to be included in the screening data information, and receive harmfulness information for the data not included in the screening data information from the care server, wherein the data analysis unit is further configured to sort the data not included in the screening data information into harmful data and harmless data based on the harmfulness information received from the care server.
Commercial motor vehicle comprising: - an internal combustion engine; - an air filter assembly; - an air intake positioned at the front of the commercial motor vehicle as seen in the direction of travel; - a fire wall extending transverse to direction of travel, said fire wall being spaced from the air intake as seen in the direction of travel; - an intake air inlet duct for supplying intake air from the air intake to the air filter assembly, the internal combustion engine being provided downstream of the air filter assembly; the intake air inlet duct having an intake air inlet duct opening, wherein the air intake comprises a grille having intake air guiding elements for guiding the intake air towards the fire wall, said air inlet duct opening being positioned downstream of the fire wall, characterized in that the intake air guiding elements are curved intake air guiding elements arranged for guiding the intake air towards the fire wall in a direction at least substantially away from the intake air inlet duct opening. - an internal combustion engine; - an air filter assembly; - an air intake positioned at the front of the commercial motor vehicle as seen in the direction of travel; - a fire wall extending transverse to direction of travel, said fire wall being spaced from the air intake as seen in the direction of travel; - an intake air inlet duct for supplying intake air from the air intake to the air filter assembly, the internal combustion engine being provided downstream of the air filter assembly; the intake air inlet duct having an intake air inlet duct opening, wherein the air intake comprises a grille having intake air guiding elements for guiding the intake air towards the fire wall, said air inlet duct opening being positioned downstream of the fire wall, characterized in that the intake air guiding elements are curved intake air guiding elements arranged for guiding the intake air towards the fire wall in a direction at least substantially away from the intake air inlet duct opening.
A membrane reciprocation system comprising: a submerged membrane; and a mechanical reciprocation apparatus for reciprocating the submerged membrane, whereby the reciprocation reduces fouling on the submerged membrane, wherein the mechanical reciprocation apparatus further comprises a low RPM motor connected to a pulley via a belt to rotate a rotor and thereby convert rotational motion into reciprocating motion of a sliding frame through a shaft, wherein the sliding frame is interconnected with the submerged membrane. a submerged membrane; and a mechanical reciprocation apparatus for reciprocating the submerged membrane, whereby the reciprocation reduces fouling on the submerged membrane, wherein the mechanical reciprocation apparatus further comprises a low RPM motor connected to a pulley via a belt to rotate a rotor and thereby convert rotational motion into reciprocating motion of a sliding frame through a shaft, wherein the sliding frame is interconnected with the submerged membrane.
A cigarette comprising a tobacco rod and a filter element connected to the tobacco rod, said filter element having an end proximal to the tobacco rod and an end distal from the tobacco rod defining a mouth end of the cigarette, wherein said filter element comprises a first fibrous filter material with one or more channel cavities formed therein and extending at least partially longitudinally through the first fibrous filter material, said one or more channel cavities each being adapted for passage of mainstream smoke between said tobacco rod and one of (i) a second section of fibrous filter material arranged in an end-to-end configuration with said first section of fibrous filter material, and (ii) said mouth end of the cigarette, wherein said first fibrous filter material includes a smoke-altering material beginning at the end proximal to the tobacco rod and extending at least partially longitudinally along the filter element.
A vehicle steering device which performs a tilt operation of a steering shaft to a predetermined position by using a driving force of a motor, a steering wheel being mounted to an upper end of the steering shaft, said vehicle steering device comprising: a tilt drive motor allows the steering shaft to move during the tilt operation; and a control unit which controls driving of the tilt drive motor, characterized in that the control unit drives the tilt drive motor so as to determine a tilt displacement amount from an open loop transfer function of a mechanical system which takes inertia and viscosity of a steering column into consideration, based on a resultant force of torque of the tilt drive motor and steering torque, which is generated in the steering column in which the steering shaft is rotatably supported. a tilt drive motor allows the steering shaft to move during the tilt operation; and a control unit which controls driving of the tilt drive motor, characterized in that the control unit drives the tilt drive motor so as to determine a tilt displacement amount from an open loop transfer function of a mechanical system which takes inertia and viscosity of a steering column into consideration, based on a resultant force of torque of the tilt drive motor and steering torque, which is generated in the steering column in which the steering shaft is rotatably supported.
A seatpost for bicycle saddles, particularly for use in racing bicycles, comprising a head member for connection to a saddle member, at least two bars connected to said head member, the frame-side end region of said bars being adapted to be fixed in a saddle tube, particularly by clamping, said bars being formed as hollow profiles in their frame-side end regions, and being arranged in mutual abutment in their frame-side end regions, characterized in that, in the saddle-side end region, a slot is provided between bars.