mhurhangee/ep-ind-claims huggingface dataset:
A friction material composition comprising a fiber base material, a friction modifier and a binder, wherein the content of copper in the friction material composition is 0.5% by mass or less and the friction material composition comprises a partially graphitized coke and muscovite, and wherein the content of the muscovite is from 1% by mass to 6% by mass based on the whole amount of the friction material composition.
A fuel assembly comprising: - fuel rods; - two or three water rods; - a tie plate arranged for supporting said two or three water rods, wherein said two or three water rods are secured to the tie plate; - one or more spacers configured to support said fuel rods and said two or three water rods; - a handle secured to the water rods at a respective top end of each of the water rods, and - a joint arrangement (11, 12, 13, 20-25, 31, 32, 33), wherein the handle is secured to said two or three water rods by means of the joint arrangement (11, 12, 13, 20-25, 31, 32, 33), said joint arrangement (11, 12, 13, 20-25, 31, 32, 33) being configured to transfer a vertical lifting force from the handle to said two or three water rods; said joint arrangement (11, 12, 13, 20-25, 31, 32, 33) comprises: - a balancing element arranged between said two or three water rods and the handle; characterized in that said joint arrangement (11, 12, 13, 20-25, 31, 32, 33) further comprises: - a first joint arranged between the balancing element and the handle; - a set of second joints, where each second joint of the set of second joints is arranged between a respective one of said two or three water rods and said balancing element; wherein said first joint and said set of second joints are configured to allow a rotational movement of said balancing element in relation to said handle as well as in relation to said two or three water rods, and wherein said first joint and each one of said second joints comprise a pair of spherically rounded joint surfaces (11, 23; 25, 32). - fuel rods; - two or three water rods; - a tie plate arranged for supporting said two or three water rods, wherein said two or three water rods are secured to the tie plate; - one or more spacers configured to support said fuel rods and said two or three water rods; - a handle secured to the water rods at a respective top end of each of the water rods, and - a joint arrangement (11, 12, 13, 20-25, 31, 32, 33), - a balancing element arranged between said two or three water rods and the handle; - a first joint arranged between the balancing element and the handle; - a set of second joints, where each second joint of the set of second joints is arranged between a respective one of said two or three water rods and said balancing element; wherein
A user traffic generation method, wherein the method comprises: receiving a user traffic generation instruction; performing, according to the user traffic generation instruction and index information pre-stored in a first on-chip static random access memory, SRAM, of a field programmable gate array, FPGA, a prefetch operation and a cache operation on a user packet that is stored in a dynamic random access memory, DRAM, and indicated by the index information, wherein the first on-chip SRAM is configured to store index information of all user packets that need to be used, and the DRAM is configured to store all the user packets; and generating user traffic according to a user packet that is cached during the cache operation. receiving a user traffic generation instruction; performing, according to the user traffic generation instruction and index information pre-stored in a first on-chip static random access memory, SRAM, of a field programmable gate array, FPGA, a prefetch operation and a cache operation on a user packet that is stored in a dynamic random access memory, DRAM, and indicated by the index information, wherein the first on-chip SRAM is configured to store index information of all user packets that need to be used, and the DRAM is configured to store all the user packets; and generating user traffic according to a user packet that is cached during the cache operation.
A method for providing a highlight of a pay-per-view multimedia program to a user of a television system, the method comprising: obtaining at least one user preference for multimedia content; identifying a pay-per-view multimedia program that correlates to the at least one user preference; analyzing the incoming pay-per-view content by a receiver for embedded flags; recording, at the receiver, a segment of the identified pay-per-view multimedia program as a highlight of the identified pay-per-view multimedia program, wherein the recording is initiated by a first recording flag embedded in the pay-per-view content and terminated by a second recording flag embedded in the pay-per-view content or wherein the recording is initiated by a predefined recording timer start time and terminated by a predefined recording timer end time; and presenting the highlight to the user through the television system; wherein the operation of presenting is performed without requiring input from the user of the television system. obtaining at least one user preference for multimedia content; identifying a pay-per-view multimedia program that correlates to the at least one user preference; analyzing the incoming pay-per-view content by a receiver for embedded flags; recording, at the receiver, a segment of the identified pay-per-view multimedia program as a highlight of the identified pay-per-view multimedia program, wherein the recording is initiated by a first recording flag embedded in the pay-per-view content and terminated by a second recording flag embedded in the pay-per-view content or wherein the recording is initiated by a predefined recording timer start time and terminated by a predefined recording timer end time; and presenting the highlight to the user through the television system; wherein the operation of presenting is performed without requiring input from the user of the television system.
Planetary gear having a first and a second stage, wherein a sun wheel of the second stage engages with an end region as driver in a planet carrier of the first stage, wherein the sun wheel has a continuously produced toothing in the axial direction, wherein the sun wheel has a central region, where the continuous toothing is interrupted, wherein the second stage is formed as an output stage, wherein a further planet carrier of the output stage on the output side is formed as a hollow shaft which preferably surrounds a shrunk-on disc, or is formed as a solid shaft, wherein a cylinder-lateral-surface-shaped cover can be fastened on the planetary gear on the output side, which cover surrounds the hollow shaft or solid shaft and the cylinder-lateral-surface-shaped cover is produced from bent parts which are screwed to one another.
A method for compensating for a time discrepancy, - in which a first and a second vehicle-to-X communication system (106, 107, 34, 35) resort to an external time base, - wherein the first vehicle-to-X communication system (106, 107, 34, 35) determines a first internal time base from the external time base and the second vehicle-to-X communication system (106, 107, 34, 35) determines a second internal time base from the external time base, - wherein the first vehicle-to-X communication system (106, 107, 34, 35) sends vehicle-to-X data and the second vehicle-to-X communication system (106, 107, 34, 35) receives vehicle-to-X data, - wherein vehicle-to-X data to be sent are identified using a first time stamp created from the first internal time base, and - wherein captured ambient sensor data are identified using a second time stamp created from the second internal time base, characterized in that temporal consistency checking between the captured ambient sensor data and the received vehicle-to-X data is used to determine the time discrepancy between the first internal time base and the second internal time base and to compensate for said time discrepancy using a correction value. - in which a first and a second vehicle-to-X communication system (106, 107, 34, 35) resort to an external time base, - wherein the first vehicle-to-X communication system (106, 107, 34, 35) determines a first internal time base from the external time base and the second vehicle-to-X communication system (106, 107, 34, 35) determines a second internal time base from the external time base, - wherein the first vehicle-to-X communication system (106, 107, 34, 35) sends vehicle-to-X data and the second vehicle-to-X communication system (106, 107, 34, 35) receives vehicle-to-X data, - wherein vehicle-to-X data to be sent are identified using a first time stamp created from the first internal time base, and - wherein captured ambient sensor data are identified using a second time stamp created from the second internal time base,
A vapor-permeable shoe (10, 100, 100a, 200) with waterproof and vapor-permeable sole, comprising - an upper assembly, - a sole, which is joined to said upper assembly and comprises a body made of waterproof material which has a tread and has at least one region that is permeable to water vapor, - at least one waterproof and vapor-permeable membrane, which covers said at least one region, toward the inside of said shoe (10, 100, 100a, 200), - at least one protective element, which covers at least partially the lower face of said at least one membrane, whereby said shoe (10, 100, 100a, 200) comprises at least one protective shield which is vapor-permeable, covers said at least one region and is substantially interposed between said region and said at least one protective element, said protective shield being sealed in a waterproof manner to said body at at least one zone of said body that is peripheral to said at least one region wherein a peripheral portion of said at least one membrane is sealed impermeably to said body, said shoe being characterized in that said protective shield is waterproof. - an upper assembly, - a sole, which is joined to said upper assembly and comprises a body made of waterproof material which has a tread and has at least one region that is permeable to water vapor, - at least one waterproof and vapor-permeable membrane, which covers said at least one region, toward the inside of said shoe (10, 100, 100a, 200), - at least one protective element, which covers at least partially the lower face of said at least one membrane,
A filling level measuring device for measuring the filling level in a container, wherein the filling level measuring device comprises - a housing in which a electronic sensor system and a filling level sensor cooperating with the electronic sensor system are disposed, - a process connection connected to the housing, and - a cable with a first end and a second end, wherein the cable, in the region of the first end, is connected to the process connection and, in a fastening section, to a tensioning weight, wherein the tensioning weight - has a fastening device, which cooperates with the cable at least in a fastening portion that can be selected along the length of the cable and is associated with the cable, in order to fasten the tensioning weight to the cable, characterized in that the fastening device further has - a receiving portion for receiving the part of the cable delimited by the fastening portion and the second end, wherein the cable can be almost completely received in the receiving portion and the fastening device can be loosened, so that the cable can be pulled out of the receiving portion until a desired distance is provided between the tensioning weight and the process connection, wherein the tensioning weight has a basic body enclosing a cavity, wherein the receiving portion is formed by the cavity, and a stopper member, which prevents the extraction of the cable from the cavity, can be attached in the region of the second end of the cable. - a housing in which a electronic sensor system and a filling level sensor cooperating with the electronic sensor system are disposed, - a process connection connected to the housing, and - a cable with a first end and a second end, wherein the cable, in the region of the first end, is connected to the process connection and, in a fastening section, to a tensioning weight, wherein the tensioning weight - has a fastening device, which cooperates with the cable at least in a fastening portion that can be selected along the length of the cable and is associated with the cable, in order to fasten the tensioning weight to the cable, characterized in that the fastening device further has - a receiving portion for receiving the part of the cable delimited by the fastening portion and the second end,
Self-propelled cleaning device for automated cleaning of soiled surfaces, comprising a device controller that controls the cleaning device along a travel path, a suction gap that extends transversely to a direction of travel, and at least one base seal arranged in parallel with the suction gap, characterised in that the at least one base seal is formed as a thread catcher that comprises protruding fibres on the side thereof facing the floor, and in that the device controller is designed to interrupt a cleaning operation of the self-propelled cleaning device in a main direction of travel during a cleaning cycle of the thread catcher for a travel portion having an opposing direction of travel.
A tip for use with a lancing device, comprising: a base having an outer perimeter; a wall extending upwardly from said base and forming a substantially saddle-shaped distal surface for interfacing with a patient's skin, and an opening extending entirely through said tip, characterized in that the distal surface has a minor saddle angle between approximately 15 and 20 degrees, inclusive and a major saddle angle between approximately 45 and 60 degrees, inclusive. a base having an outer perimeter; a wall extending upwardly from said base and forming a substantially saddle-shaped distal surface for interfacing with a patient's skin, and an opening extending entirely through said tip, characterized in that the distal surface has a minor saddle angle between approximately 15 and 20 degrees, inclusive and a major saddle angle between approximately 45 and 60 degrees, inclusive.
A compound of formula, 4-methyl-3-[[4-(3-pyridinyl)-2-pyrimidinyl]amino]- N -[5-(4-methyl-1 H -imidazol-1-yl)-3-(trifluoromethyl)phenyl] benzamide: and an N-oxide or a pharmacutially acceptable salt thereof, for use in a method of treating or preventing non-cancerous, benign brain neurofibromatosis type 2 tumors.
An inductive clamp for use in utility locate operations, comprising: a head assembly including a base element and a plurality of arm elements coupled to the base element and configured to be movably opened and closed, wherein the arm elements are configured to close around a targeted utility in response to contact with the targeted utility; a handle assembly including a utility selector element having a sensor assembly and electronics to sense a position or orientation of the utility selector element and provide an output signal corresponding to the selected position or orientation, the handle assembly coupled to the head assembly; and a magnetic core subassembly, comprising a central portion secured within the base element of the head assembly, for generating a magnetic field for coupling to the targeted utility, the magnetic core subassembly including a plurality of ferrite elements and wire winding wrapped about one or more of the ferrite elements, the magnetic core subassembly further comprising ferrite arm components secured within the arm elements of the head assembly. a head assembly including a base element and a plurality of arm elements coupled to the base element and configured to be movably opened and closed, wherein the arm elements are configured to close around a targeted utility in response to contact with the targeted utility; a handle assembly including a utility selector element having a sensor assembly and electronics to sense a position or orientation of the utility selector element and provide an output signal corresponding to the selected position or orientation, the handle assembly coupled to the head assembly; and a magnetic core subassembly, comprising a central portion secured within the base element of the head assembly, for generating a magnetic field for coupling to the targeted utility, the magnetic core subassembly including a plurality of ferrite elements and wire winding wrapped about one or more of the ferrite elements, the magnetic core subassembly further comprising ferrite arm components secured within the arm elements of the head assembly.
A composition comprising a particulate solid, an organic or aqueous medium, and a compound with a head group derived from a compound of Formula and salts thereof: [RO-(CH 2 CH 2 O) m] n -P(=O) 3-n Formula wherein R is a C 1-6 hydrocarbyl or hydrocarbonyl group; m is from 4 to 40; and n is 1 or 2. R is a C 1-6 hydrocarbyl or hydrocarbonyl group; m is from 4 to 40; and n is 1 or 2.
A battery state estimation method comprising: receiving sensing data of a battery; acquiring feature information by preprocessing the sensing data; selecting the preprocessed sensing data based on the feature information; and determining (1040, 1050) state information of the battery based on either one or both of the selected preprocessed sensing data and previous state information of the battery, wherein the feature information comprises any one or any combination of a data size of the preprocessed sensing data and a variance value of the preprocessed sensing data, and characterised in that selecting the preprocessed sensing data based on the feature information comprises determining, based on the feature information, whether the preprocessed sensing data is suitable for estimation of a state of the battery or whether the preprocessed sensing data is reliable. receiving sensing data of a battery; acquiring feature information by preprocessing the sensing data; selecting the preprocessed sensing data based on the feature information; and determining (1040, 1050) state information of the battery based on either one or both of the selected preprocessed sensing data and previous state information of the battery, wherein the feature information comprises any one or any combination of a data size of the preprocessed sensing data and a variance value of the preprocessed sensing data, and characterised in that selecting the preprocessed sensing data based on the feature information comprises determining, based on the feature information, whether the preprocessed sensing data is suitable for estimation of a state of the battery or whether the preprocessed sensing data is reliable.
Laser protection cabin to separate a working space for laser processing from a working space environment, comprising a first wall area in the form of a ceiling area and a second lateral wall area, characterised in that the second wall area, on its interior side facing the working space, in particular in a sub-area adjacent to the first wall area, has a laser beam reflector which is aligned at a right angle or an acute angle (α) to the first wall area and is designed for specular reflection of laser radiation created during laser processing to the first wall area, and that the first wall area has a surface (16, 17), on its interior side facing the working space, that absorbs and/or diffusely scatters the laser radiation.
A cutting assembly for use in a hair cutting device, the cutting assembly comprising: a cutting element having a first end and a second end, the cutting element comprising an optical waveguide for receiving light from at least one light source; a first light guiding element configured to guide light from the at least one light source into the first end of the cutting element; and a second light guiding element configured to guide light from the at least one light source into the second end of the cutting element; wherein each of the light guiding elements comprises a taper transition section in which a diameter of the light guiding element reduces from a first diameter to a second diameter. a cutting element having a first end and a second end, the cutting element comprising an optical waveguide for receiving light from at least one light source; a first light guiding element configured to guide light from the at least one light source into the first end of the cutting element; and a second light guiding element configured to guide light from the at least one light source into the second end of the cutting element; wherein each of the light guiding elements comprises a taper transition section in which a diameter of the light guiding element reduces from a first diameter to a second diameter.
A method in a radio network controller for transmitting data to a user equipment in a wireless communication system, which radio network controller is communicating over a Radio Link Control layer with the user equipment, wherein the method comprising: - transmitting a packet data unit to the user equipment, which packet data unit comprises a header with a first field, which first field comprises bits for a sequence number of the packet data unit, and which header further comprises a second field comprising at least one bit indicating that a third field of the header comprises bits for the sequence number as an extension of bits to the first field for the sequence number. - transmitting a packet data unit to the user equipment, which packet data unit comprises a header with a first field, which first field comprises bits for a sequence number of the packet data unit, and which header further comprises a second field comprising at least one bit indicating that a third field of the header comprises bits for the sequence number as an extension of bits to the first field for the sequence number.
A method of operating a stationary power plant connected to a power supply network, wherein upon the occurrence of a dynamic network fault in the power supply network, in particular an electric short-circuit, at least one fault value (N1 - N29) is ascertained in dependence on a state value (S1 - S9) of at least one operating parameter of the power plant characterised in that the at least one fault value (N1 - N29) is associated with at least one component (3, 4, 5) of the power plant, wherein a maintenance signal for the at least one component (3, 4, 5) of the power plant is output in dependence on the at least one fault value (N1 - N29), wherein a degree of severity of the network fault is ascertained and/or output in dependence on the at least one fault value (N1 - N29).