mhurhangee/ep-ind-claims huggingface dataset:
A method of handling data sessions between user devices in a network, the method comprising: receiving at a first network element a Diameter S6a insert subscriber data request, IDR, message from a second network element, wherein the insert subscriber data request message includes an IDR-flags attribute value pair, AVP, that informs the first network element of the non-delivery of a short message service message over IP to a user device and requests that the first network element notifies the second network element when the user device is reachable, wherein the first network element comprises a mobility management entity, wherein the second network element comprises a home subscriber server; storing by the first network element, the insert subscriber data request message in a database operatively connected to the first network element; receiving by the first network element an indication that the user device is now able to receive the short message service message; and sending by the first network element a Diameter S6a notify request message, NOR, to the second network element, wherein the notify request message includes a NOR-flags AVP indicating that the user device is now able to receive the short message service message, wherein the IDR-flags AVP comprises multiple request bits, wherein the multiple request bits are additional attribute value pairs added to the Diameter S6a insert subscriber data request message. receiving at a first network element a Diameter S6a insert subscriber data request, IDR, message from a second network element, wherein the insert subscriber data request message includes an IDR-flags attribute value pair, AVP, that informs the first network element of the non-delivery of a short message service message over IP to a user device and requests that the first network element notifies the second network element when the user device is reachable, wherein the first network element comprises a mobility management entity, wherein the second network element comprises a home subscriber server; storing by the first network element, the insert subscriber data request message in a database operatively connected to the first network element; receiving by the first network element an indication that the user device is now able to receive the short message service message; and sending by the first network element a Diameter S6a notify request message, NOR, to the second network element, wherein the notify request message includes a NOR-flags AVP indicating that the user device is now able to receive the short message service message, wherein the IDR-flags AVP comprises multiple request bits, wherein the multiple request bits are additional attribute value pairs added to the Diameter S6a insert subscriber data request message.
An infant seat and crib arrangement comprising: a seat configured to support an infant in a sitting position; a crib configured to enclose an infant; and a frame configured for change between a first disposition in which the seat engages removably with the frame to thereby bring the seat into use and a second disposition in which the crib engages removably with the frame to thereby bring the crib into use, wherein the frame comprises first and second pairs of legs (52, 54) and first and second pairs of arms (64, 66), the first pair of arms being adjacent the first pair of legs and the second pair of arms being adjacent the second pair of legs, a space for receiving either the seat or the crib defined between the first pairs of arms and legs and the second pairs of arms and legs, and wherein the frame is configured for relative rotation of the arms (68, 70) in each of the first and second pairs of arms whereby distal ends of the arms in each pair are spaced apart further from each other in the second disposition than in the first disposition, characterised in that in the first and second dispositions, the legs in the first pair of legs slope away from a first apex, the legs in the second pair of legs slope away from a second apex, the arms in the first pair of arms extend away from the first apex, and the arms in the second pair of arms extend away from the second apex. a seat configured to support an infant in a sitting position; a crib configured to enclose an infant; and a frame configured for change between a first disposition in which the seat engages removably with the frame to thereby bring the seat into use and a second disposition in which the crib engages removably with the frame to thereby bring the crib into use, wherein the frame comprises first and second pairs of legs (52, 54) and first and second pairs of arms (64, 66), the first pair of arms being adjacent the first pair of legs and the second pair of arms being adjacent the second pair of legs, a space for receiving either the seat or the crib defined between the first pairs of arms and legs and the second pairs of arms and legs, and wherein the frame is configured for relative rotation of the arms (68, 70) in each of the first and second pairs of arms whereby distal ends of the arms in each pair are spaced apart further from each other in the second disposition than in the first disposition, characterised in that in the first and second dispositions, the legs in the first pair of legs slope away from a first apex, the legs in the second pair of legs slope away from a second apex, the arms in the first pair of arms extend away from the first apex, and the arms in the second pair of arms extend away from the second apex.
A flexible carrier for carrying a plurality of containers, the flexible carrier comprising: a flexible sheet; an array of container apertures formed in the flexible sheet and arranged in longitudinal rows and transverse ranks; a first plurality of handles corresponding with each transverse rank of the transverse ranks, each handle of the plurality of handles formed at a periphery of each rank of the flexible sheet along a longitudinal edge of the flexible sheet; at least one line of weakness formed between each transverse rank wherein the flexible carrier is separable into sub-carriers along each line of weakness with each of the sub-carriers including two or more container apertures and a discrete handle of the first plurality of handles; and a separable joint positioned between each adjacent handle of the plurality of handles; characterised in that the at least one line of weakness comprises two lines of weakness separated by a dividing aperture, and in that the separable joint and the at least one line of weakness are separated by a further dividing aperture. a flexible sheet; an array of container apertures formed in the flexible sheet and arranged in longitudinal rows and transverse ranks; a first plurality of handles corresponding with each transverse rank of the transverse ranks, each handle of the plurality of handles formed at a periphery of each rank of the flexible sheet along a longitudinal edge of the flexible sheet; at least one line of weakness formed between each transverse rank wherein the flexible carrier is separable into sub-carriers along each line of weakness with each of the sub-carriers including two or more container apertures and a discrete handle of the first plurality of handles; and a separable joint positioned between each adjacent handle of the plurality of handles; characterised in that the at least one line of weakness comprises two lines of weakness separated by a dividing aperture, and in that the separable joint and the at least one line of weakness are separated by a further dividing aperture.
Process for producing electrodes for lead storage batteries, a produced electrode having at least an upper and/or a lower frame element (9, 10) and also a region in mesh form that extends away from the upper or lower frame element (9, 10) and has a multiplicity of openings, the upper and/or lower frame element (9, 10) having a greater thickness than the region in mesh form, with the following steps of: a) producing a profiled blank in strip form by means of a casting process, the casting process only being used for forming the blank in strip form with a greater thickness on one side in a region that is intended finally to form the upper frame element or in the regions (3, 5, 7) that are intended finally to form the upper or lower frame element (9, 10) than in regions (4, 6) that are intended finally to form the region in mesh form, b) creating the region in mesh form with the openings in a then-following metal expanding process, the casting process being a continuous casting process, by which the blank in strip form is produced continuously, and the blank in strip form having a non-profiled, flat side and a profiled side. a) producing a profiled blank in strip form by means of a casting process, the casting process only being used for forming the blank in strip form with a greater thickness on one side in a region that is intended finally to form the upper frame element or in the regions (3, 5, 7) that are intended finally to form the upper or lower frame element (9, 10) than in regions (4, 6) that are intended finally to form the region in mesh form, b) creating the region in mesh form with the openings in a then-following metal expanding process,
Acoustic damper comprising distilled bitumen with penetration degrees comprised between 20/30 and 50/70, wherein the acoustic damper further comprises a Poaceae powder of a size comprised between 120 and 325 mesh (0.044 mm and 0.125 mm).
A system for feeding electric power to a first consumer of electric power, which system comprises: • an input filter with an input configured to be connected to a DC energy source, • a DC intermediate link connected to an output of the input filter, • a converter with an input connected to the DC intermediate link and an output configured to be connected to a said first consumer of electric power, • a unit configured to control the converter to obtain feeding of electric power requested by a said first consumer independently of variations of the voltage on the DC intermediate link, and • an assembly configured to stabilize the voltage on the DC intermediate link upon a variation of this voltage, said assembly comprising said unit configured to control the converter to add a first power component to the power to be fed to a said first consumer to obtain stabilization of the DC intermediate link voltage upon occurrence of a variation of this voltage, characterized in that the system comprises an arrangement configured to sense at least one parameter associated with the system indicating whether the control unit is able to obtain said stabilization by adding a said first power component, that the assembly further comprises a second consumer of electric power connected in parallel with the converter to the output of the input filter, and that a control member of the system is configured to control said second consumer to consume a second power component to one of a) assist the control of the converter to obtain said stabilization and b) alone take care of this stabilization when the assembly is unable to obtain this alone by adding a said first power component at the control of the converter. • an input filter with an input configured to be connected to a DC energy source, • a DC intermediate link connected to an output of the input filter, • a converter with an input connected to the DC intermediate link and an output configured to be connected to a said first consumer of electric power, • a unit configured to control the converter to obtain feeding of electric power requested by a said first consumer independently of variations of the voltage on the DC intermediate link, and • an assembly configured to stabilize the voltage on the DC intermediate link upon a variation of this voltage,
A method (901; 1001) of communication at a femto node, the method comprising: obtaining a user model for a user of a user equipment; receiving (905; 1010) a communication from a server; determining (910; 1015) one or more processing tasks to be performed on information in the communication; performing the one or more processing tasks on the information in the communication based, at least in part, on the user model; and transmitting (925; 1025) the result of the one or more processing tasks to the user equipment. obtaining a user model for a user of a user equipment; receiving (905; 1010) a communication from a server; determining (910; 1015) one or more processing tasks to be performed on information in the communication; performing the one or more processing tasks on the information in the communication based, at least in part, on the user model; and transmitting (925; 1025) the result of the one or more processing tasks to the user equipment.
A sanitary fitting, comprising: - a fitting housing, - a mixing valve for mixing cold water and hot water to form mixed water, - a mixed water channel through which the mixed water can be conducted from the mixing valve to a withdrawal opening of the fitting housing, and - a sensor by means of which at least one property of the mixed water can be determined, - wherein the mixed water channel is designed as a hose line, characterized in that the sensor is fastened to the hose line, wherein the sensor surrounds the mixed water channel. - a fitting housing, - a mixing valve for mixing cold water and hot water to form mixed water, - a mixed water channel through which the mixed water can be conducted from the mixing valve to a withdrawal opening of the fitting housing, and - a sensor by means of which at least one property of the mixed water can be determined, - wherein the mixed water channel is designed as a hose line,
A heavy truck tire tread having a longitudinal direction, a lateral direction and a thickness direction, said tread having a ground-engaging contact surface and comprising at least four main longitudinal grooves (3, 4, 5, 6) defining at least five main longitudinal ribs (9, 10, 11, 12, 13), the at least four main longitudinal grooves comprising at least one and not more than three open grooves (3, 6) and at least two partially hidden grooves (4, 5), each of said at least two partially hidden grooves comprising openings (41, 51) to the ground-engaging contact surface and an undersurface channel (42, 52) that is connected to the openings by ducts (43, 53) extending substantially in the thickness direction, longitudinal sipes (44, 54) extending substantially along the longitudinal direction connecting successive openings to the channel, said tread comprising at least two non-shoulder main ribs (10, 11, 12), said at least two non-shoulder main ribs comprising lateral sipes (105, 115, 125) extending in the lateral direction, the tread comprising at least 120 of said lateral sipes, characterized in that for each partially hidden groove (4, 5) a total surface area of all openings (41, 51) is less than 200 cm2; an average height of said channel (42, 52) is greater than 5 mm; and an average section area of said channel (42, 52) is greater than 15 mm 2.
Method for the production of enthalpy exchanger elements comprising the steps of: a) providing a plate element with an inherent pore structure; b) applying to at least one side of the plate element a thin polymer film with water vapor transmission characteristics; c) forming the plate element into a desired shape exhibiting a corrugation pattern (4, 4,...), whereby the polymer film is formed into the same corrugation pattern shape as that of the plate element characterized by - the plate element comprising a woven or non-woven fabric made from polymer fibers, inorganic fibers or metal fibers and - the thin polymer film being a multilayer film comprising a sequence of polymer layers of different polymer types. a) providing a plate element with an inherent pore structure; b) applying to at least one side of the plate element a thin polymer film with water vapor transmission characteristics; c) forming the plate element into a desired shape exhibiting a corrugation pattern (4, 4,...), - the plate element comprising a woven or non-woven fabric made from polymer fibers, inorganic fibers or metal fibers and - the thin polymer film being a multilayer film comprising a sequence of polymer layers of different polymer types.
An iron-based absorbable and implantable medical device, comprising a substrate, a degradable polymer layer and an anionic surfactant layer, wherein the anionic surfactant layer is located between the substrate and the degradable polymer layer, characterized in that the medical device further comprises an intermediate layer located between the substrate and the anionic surfactant layer, wherein the intermediate layer is a rough surface layer of the iron-based substrate, an iron oxide compound layer, or an iron phosphate compound layer.
A method for detecting a speed (250, 330) of a vehicle, the method comprising: receiving a backscatter light (226, 312, 402, 503) generated in response to transmitting a laser beam (132, 220, 310, 501) into an atmosphere during movement of the vehicle; measuring a first beat frequency (230, 320, 406) from interfering a first portion (228, 314, 505) of the backscatter light (226, 312, 402, 503) with a reference light (224, 318, 400) derived from the laser beam (132, 220, 310, 501); introducing a time delay (232, 322, 410) to a second portion (234, 316, 511) of the backscatter light (226, 312, 402, 503) to form a time delayed backscatter light (236, 324, 408, 513); measuring a second beat frequency (238, 326, 414) from interfering the time delayed backscatter light (236, 324, 408, 513) with the reference light (224, 318, 400), wherein the second beat frequency (238, 326, 414) is time delayed from the first beat frequency (230, 320, 406); determining a difference between the first beat frequency (230, 320, 406) and the second beat frequency (238, 326, 414); and determining the speed (250, 330) of the vehicle using the difference between the first beat frequency (230, 320, 406) and the second beat frequency (238, 326, 414). receiving a backscatter light (226, 312, 402, 503) generated in response to transmitting a laser beam (132, 220, 310, 501) into an atmosphere during movement of the vehicle; measuring a first beat frequency (230, 320, 406) from interfering a first portion (228, 314, 505) of the backscatter light (226, 312, 402, 503) with a reference light (224, 318, 400) derived from the laser beam (132, 220, 310, 501); introducing a time delay (232, 322, 410) to a second portion (234, 316, 511) of the backscatter light (226, 312, 402, 503) to form a time delayed backscatter light (236, 324, 408, 513); measuring a second beat frequency (238, 326, 414) from interfering the time delayed backscatter light (236, 324, 408, 513) with the reference light (224, 318, 400), wherein the second beat frequency (238, 326, 414) is time delayed from the first beat frequency (230, 320, 406); determining a difference between the first beat frequency (230, 320, 406) and the second beat frequency (238, 326, 414); and determining the speed (250, 330) of the vehicle using the difference between the first beat frequency (230, 320, 406) and the second beat frequency (238, 326, 414).
RF surgical generator, comprising - a power supply unit for supplying a rectified electrical energy; - a power oscillator for supplying a potential-free, direct-current- or DC-voltage-free radio-frequency voltage (U RF); and - a control device for controlling the radio-frequency voltage (U RF); wherein the power supply unit is embodied as a current source for supplying an impressed output current, the setpoint value of which is predefined by the control device such that the impressed output current of the power supply unit serves as a manipulated variable for controlling the radio-frequency voltage (U RF), characterized in that the power supply unit has no output capacitor. - a power supply unit for supplying a rectified electrical energy; - a power oscillator for supplying a potential-free, direct-current- or DC-voltage-free radio-frequency voltage (U RF); and - a control device for controlling the radio-frequency voltage (U RF);
Oat derived composition comprising, by dry weight of the composition, 20-55% of oat protein, 5-20% of fat, 20-40% of dietary fiber, and 3-20% of carbohydrates, wherein 3-20% by dry weight of the composition, of the carbohydrates are sugars. 20-55% of oat protein, 5-20% of fat, 20-40% of dietary fiber, and 3-20% of carbohydrates, wherein 3-20% by dry weight of the composition, of the carbohydrates are sugars.
Working platform for guiding a removal device, with which a foundation element can be produced in the ground, in particular in the bed of a body of water, through the removal of ground material, comprising - a guide frame which can be placed onto a ground surface for linearly guiding the removal device and - at least one anchoring element which can be lowered into the ground for anchoring the guide frame to the ground, characterized in that - a receiving part is provided in which the anchoring element is linearly guided, - for providing a vertical pivot axis in the ground, the anchoring element can be anchored in a torque-proof manner in the ground, - the guide frame is supported in a pivotable manner about the anchoring element and the vertical pivot axis and - at the working platform a pivot drive is provided, with which the guide frame can be pivoted about the anchoring element anchored in the ground and the vertical pivot axis. - a guide frame which can be placed onto a ground surface for linearly guiding the removal device and - at least one anchoring element which can be lowered into the ground for anchoring the guide frame to the ground, characterized in that - a receiving part is provided in which the anchoring element is linearly guided, - for providing a vertical pivot axis in the ground, the anchoring element can be anchored in a torque-proof manner in the ground, - the guide frame is supported in a pivotable manner about the anchoring element and the vertical pivot axis and - at the working platform a pivot drive is provided, with which the guide frame can be pivoted about the anchoring element anchored in the ground and the vertical pivot axis.