mhurhangee/ep-ind-claims huggingface dataset:
A cap for a container comprising: - a retaining ring suitable for being associated with a neck of the container; - a closing element comprising a lateral wall which extends around an axis and a transversal wall which extends transversally to the axis for defining a closed end of the closing element; - a hinge structure which connects the closing element to the retaining ring, so that the closing element is displaceable between an open position and a closed position; wherein the closing element comprises a projection which projects from an outer surface of the lateral wall transversally to said axis, the projection extending around said axis by an angle of at least 180°, wherein the projection projects from the lateral wall by a radial dimension, the radial dimension being variable around the axis, characterized in that the radial dimension gradually increases from the hinge structure to a region diametrically opposite the hinge structure. - a retaining ring suitable for being associated with a neck of the container; - a closing element comprising a lateral wall which extends around an axis and a transversal wall which extends transversally to the axis for defining a closed end of the closing element; - a hinge structure which connects the closing element to the retaining ring, so that the closing element is displaceable between an open position and a closed position;
A semiconductor structure for isolating a first area of an integrated circuit from a second area of the integrated circuit, the semiconductor structure comprising: - a first trench ring adjacent to the first area of the integrated circuit; - a first conductive element arranged to contact the first area of the integrated circuit; - a second trench ring adjacent to the second area of the integrated circuit and surrounding the first trench; - a second conductive element to contact the second area of the integrated circuit; - a third area of the integrated circuit delimited by the first and second trench rings (T1, T2); - a third conductive element to contact the third area of the integrated circuit, characterized in that each conductive element is separately biased by an external power supply so as to maintain the third conductive element at an intermediate voltage level between voltage levels (V0, V2) of the first and second conductive elements (204a, 204b). - a first trench ring adjacent to the first area of the integrated circuit; - a first conductive element arranged to contact the first area of the integrated circuit; - a second trench ring adjacent to the second area of the integrated circuit and surrounding the first trench; - a second conductive element to contact the second area of the integrated circuit; - a third area of the integrated circuit delimited by the first and second trench rings (T1, T2); - a third conductive element to contact the third area of the integrated circuit,
Method for manufacturing a rotor or stator for an electric motor or generator, the rotor comprising a rotor body of a non magnetic material and rotor poles of an electrical steel, the stator comprising a stator body and stator poles of an electrical steel, characterized in that the method comprises the steps of: - providing rotor or stator body laminates with a circumference of one or more straight or curved lines, - providing annular rotor pole laminates with an edge complementary to the outer circumference of the rotor body laminates or annular stator pole laminates with an edge complementary to the inner circumference of the stator body laminates, characterised by - joining the rotor/stator annular pole laminates separately with the respective rotor/stator body laminates, and - cutting or machining the annular pole laminates into separate pole elements by cutting or machining the laminates separately, or - stacking the rotor and stator body laminates joined with the respective annular pole laminates or pole elements followed by cutting or machining the annular pole laminates into separate pole elements. - providing rotor or stator body laminates with a circumference of one or more straight or curved lines, - providing annular rotor pole laminates with an edge complementary to the outer circumference of the rotor body laminates or annular stator pole laminates with an edge complementary to the inner circumference of the stator body laminates, characterised by - joining the rotor/stator annular pole laminates separately with the respective rotor/stator body laminates, and - cutting or machining the annular pole laminates into separate pole elements by cutting or machining the laminates separately, or - stacking the rotor and stator body laminates joined with the respective annular pole laminates or pole elements followed by cutting or machining the annular pole laminates into separate pole elements.
Sanitary insert unit comprising a sealing ring (1, 101, 103) with a sleeve-shaped projection, said projection bearing a circumferentially protruding head at a free end region thereof, said head, during insertion of the projection into the clear line interior of a line section which is assigned to the projection, being deformable at least in regions such that the head of the projection bears against the inner circumferential wall which defines the clear line interior of the line section, and that the sleeve interior of the projection and the ring opening of the sealing ring (1, 101, 103) form a passage channel which is open on both sides.
A magnetic flow transmitter (108, 110, 112), comprising: a flow converter (326, 426) that calculates a scaled output representative of flow through a magnetic flowtube of a set of different types of magnetic flowtubes; a calibration converter that performs a calibration calculation routine to produce a calibration constant that is associated with the magnetic flowtube, which couples to the flow converter (326, 426); a data set input that couples a flowtube data set that is associated with the magnetic flowtube to the calibration converter; a data table that associates a flowtube data set with a calibration calculation routine, the data table coupling the calibration calculation routine to the calibration converter; characterized in that said magnetic flow transmitter also comprises a selection circuit that selects either the data table or a standard calibration calculation routine for the calibration converter. a flow converter (326, 426) that calculates a scaled output representative of flow through a magnetic flowtube of a set of different types of magnetic flowtubes; a calibration converter that performs a calibration calculation routine to produce a calibration constant that is associated with the magnetic flowtube, which couples to the flow converter (326, 426); a data set input that couples a flowtube data set that is associated with the magnetic flowtube to the calibration converter; a data table that associates a flowtube data set with a calibration calculation routine, the data table coupling the calibration calculation routine to the calibration converter; characterized in that said magnetic flow transmitter also comprises a selection circuit that selects either the data table or a standard calibration calculation routine for the calibration converter.
A method for monitoring a behavior of a tire of a vehicle in a rolling condition of the tire, comprising the steps of: a) acquiring a signal (a) representative of an acceleration of a specified point of the tire, b) deriving from the signal (a) a curve which represents a profile of the acceleration of the point during a revolution of the tire, c) determining a leading portion and a trailing portion of the curve, corresponding to an entry of the point into a footprint region of the tire and corresponding to an exit of the point from the footprint region of the tire, respectively, d) determining a first measure of a volatility of the signal (a) in the leading portion and a second measure of a volatility of the signal (a) in the trailing portion, e) determining an indication of the behavior of the tire based on the first measure and the second measure, characterized in that in step d), the first measure and the second measure each are determined based on an evaluation of RMS noise of the signal (a), and that the step e) comprises determining a difference between the first measure and the second measure as the indication of the instantaneous behavior of the tire. a) acquiring a signal (a) representative of an acceleration of a specified point of the tire, b) deriving from the signal (a) a curve which represents a profile of the acceleration of the point during a revolution of the tire, c) determining a leading portion and a trailing portion of the curve, corresponding to an entry of the point into a footprint region of the tire and corresponding to an exit of the point from the footprint region of the tire, respectively, d) determining a first measure of a volatility of the signal (a) in the leading portion and a second measure of a volatility of the signal (a) in the trailing portion, e) determining an indication of the behavior of the tire based on the first measure and the second measure,
A quantum dot-embedded silica nanoparticle having plural quantum dots embedded within the silica nanoparticle, wherein the number of quantum dots existing in a concentric area within 10% of a radius from a center of the silica nanoparticle accounts for 10 to 70% of the number of total quantum dots embedded in the silica nanoparticle.
A pneumatic tire comprising a tread portion having an outboard tread edge (To) to be positioned away from the center of the vehicle body and an inboard tread edge (Ti) to be positioned close to the center of the vehicle body, wherein the tread portion provided between the outboard tread edge (To) and the tire equator with an outboard shoulder main groove and an outboard crown main groove which extend continuously in the tire circumferential direction to define an outboard shoulder land region between the outboard shoulder main groove and the outboard tread edge (To), and an outboard middle land region between the outboard shoulder main groove and the outboard crown main groove, the groove width of the outboard shoulder main groove is smaller than the groove width of the outboard crown main groove, the outboard shoulder main groove has an axially inner groove-sidewall and an axially outer groove-sidewall, wherein an angle (α1) of the axially inner groove-sidewall is smaller than an angle (α2) of the axially outer groove-sidewall, the outboard shoulder land region is provided with outboard shoulder lateral grooves and outboard shoulder blind grooves arranged alternately in the tire circumferential direction, wherein the outboard shoulder lateral grooves extend between the outboard tread edge (To) and the outboard shoulder main groove, and the outboard shoulder blind grooves extend axially inwardly from the outboard tread edge (To) and terminate within the outboard shoulder land region, the outboard middle land region is provided with outboard middle blind grooves extending axially inwardly from the outboard shoulder main groove and terminating within the outboard middle land region, and outboard middle sipes, wherein each of the axially inner groove-sidewall and the axially outer groove-sidewall of the outboard shoulder main groove comprises a radially inner part extending radially outwardly from the groove bottom with a steep inclination, and a radially outer part extending radially outwardly from the radially inner part with a gentler inclination, and the axial width (Wb) of the radially outer part of the axially outer groove-sidewall is larger than the axial width (Wa) of the radially outer part of the axially inner groove-sidewall, characterized in that the outboard middle sipes extend from axially inner ends of the outboard middle blind grooves to the outboard crown main groove, the axial width (Wb) of the radially outer part of the axially outer groove-sidewall is 13 % to 19 % of the groove width of the outboard shoulder main groove, and the axial width (Wa) of the radially outer part of the axially inner groove-sidewall is 7 % to 13 % of the groove width of the outboard shoulder main groove.
A method of reducing signaling during link setup in a wireless communication system, the method performed by an access point and comprising: transmitting, from the access point, at least first and second network domain identifiers, each of the network domain identifiers being associated with a respective network service, the network domain identifiers having a first number of bits; receiving, from a first device, an access request message for establishing the network service associated with at least one of the network domain identifiers, the access request message comprising a third network domain identifier associated with a plurality of network services, the third network domain identifier comprising a sequence of bits based on the first or second identifier, the bit length of the sequence of bits being less than the first number of bits; and broadcasting, from the access point, to a plurality of devices comprising the first device, an access response message establishing a link with the first device and comprising the first identifier, in response to receiving the access request message. transmitting, from the access point, at least first and second network domain identifiers, each of the network domain identifiers being associated with a respective network service, the network domain identifiers having a first number of bits; receiving, from a first device, an access request message for establishing the network service associated with at least one of the network domain identifiers, the access request message comprising a third network domain identifier associated with a plurality of network services, the third network domain identifier comprising a sequence of bits based on the first or second identifier, the bit length of the sequence of bits being less than the first number of bits; and broadcasting, from the access point, to a plurality of devices comprising the first device, an access response message establishing a link with the first device and comprising the first identifier, in response to receiving the access request message.
A method of wireless communication by a user equipment, UE, comprising: receiving downlink control information, DCI, scheduling a plurality of physical uplink shared channel, PUSCH, transmissions for corresponding transport blocks, TBs, wherein time domain resources are allocated for the plurality of PUSCH transmissions according to a time domain resource allocation, TDRA, pattern selected from a TDRA table designed for multi-transmission time interval, multi-TTI, PUSCH grants and the DCI comprises an indication of the TDRA pattern, wherein each TDRA pattern comprises a slot offset only for the first scheduled PUSCH transmission of the plurality of scheduled PUSCH transmissions; determining, based on the indication, the TDRA pattern from the TDRA table; and determining, based on the determined TDRA pattern, the allocation of the time domain resources for the plurality of PUSCH transmissions. receiving downlink control information, DCI, scheduling a plurality of physical uplink shared channel, PUSCH, transmissions for corresponding transport blocks, TBs, wherein time domain resources are allocated for the plurality of PUSCH transmissions according to a time domain resource allocation, TDRA, pattern selected from a TDRA table designed for multi-transmission time interval, multi-TTI, PUSCH grants and the DCI comprises an indication of the TDRA pattern, wherein each TDRA pattern comprises a slot offset only for the first scheduled PUSCH transmission of the plurality of scheduled PUSCH transmissions; determining, based on the indication, the TDRA pattern from the TDRA table; and determining, based on the determined TDRA pattern, the allocation of the time domain resources for the plurality of PUSCH transmissions.
Applicator for a cosmetic product comprising a brush, the brush comprising: - a core having a longitudinal axis, and - a plurality of protrusions extending protruding from the core, wherein the protrusions comprise at least one first straight protrusion having a longitudinal axis (X 1) oriented according to a first radial direction of the core, and at least one second bent protrusion, with the second bent protrusion comprising a base portion extending from the core and having a longitudinal axis (X 2) oriented according to a second radial direction of the core and an end portion extending from the base portion and having a longitudinal axis (X 4), parallel to the longitudinal axis (X 1) of the first protrusion, with the core comprising an inner cavity and a wall surrounding the inner cavity, with the wall comprising openworked zones (28, 29, 30) having a series of openings arranged through the wall and communicating with the inner cavity. - a core having a longitudinal axis, and - a plurality of protrusions extending protruding from the core,
A dynamic random access memory, DRAM, device, the DRAM device comprising: a unidirectional request interface having at least two request ports (RQ[3:0]) and supporting an operational mode and a loop-back mode, a respective one of the at least two request ports to receive, in the operational mode, write commands and corresponding addresses and, in the loop-back mode, at least one test pattern; a plurality of bidirectional data interfaces (DQ[31:0]) supporting the operational mode and the loop-back mode, the plurality of bidirectional data interfaces to receive, in the operational mode, data corresponding to each write command of the write commands and to transmit, in the loop-back mode, the at least one test pattern; and loop-back circuitry to provide, in the loop-back mode, loop-back paths from the respective one of the at least two request ports to a respective one of the plurality of bidirectional data interfaces. a unidirectional request interface having at least two request ports (RQ[3:0]) and supporting an operational mode and a loop-back mode, a respective one of the at least two request ports to receive, in the operational mode, write commands and corresponding addresses and, in the loop-back mode, at least one test pattern; a plurality of bidirectional data interfaces (DQ[31:0]) supporting the operational mode and the loop-back mode, the plurality of bidirectional data interfaces to receive, in the operational mode, data corresponding to each write command of the write commands and to transmit, in the loop-back mode, the at least one test pattern; and loop-back circuitry to provide, in the loop-back mode, loop-back paths from the respective one of the at least two request ports to a respective one of the plurality of bidirectional data interfaces.
A method for 3D sound field reproduction from a first audio input signal using a plurality of loudspeakers distributed over a loudspeaker surface aiming at synthesizing a 3D sound field within a listening area in which none of the loudspeakers are located, said sound field being described as being radiated from a virtual source, said method comprising steps of calculating positioning filters using virtual source description data and loudspeaker description data according to a sound field reproduction technique derived from a surface integral, applying positioning filter coefficients to filter the first audio input signal to form second audio input signals, said method being characterized by positioning loudspeakers so as to realize a sampling and fractioning of the entire loudspeaker surface into second, fractioned and smaller loudspeaker surfaces assigned to each single loudspeaker, and for which fractioned loudspeaker surfaces the loudspeaker spacing is smaller for loudspeakers located in the horizontal plane than for elevated loudspeakers so the loudspeaker density in this horizontal plane is the highest and decreases with the distances of loudspeakers located away and thus elevated from said horizontal plane, defining loudspeaker weighting data from the ratio between the area covered by second loudspeaker surfaces and the total area of the loudspeaker surface, modifying the second audio input signals according to the loudspeaker weighting data in order to form third audio input signals, and alimenting loudspeakers with the third audio input signals for synthesizing a sound field.
A metal complex of the formula 1 or 2: Wherein: M is a divalent metal ion selected from the group consisting of iron, cobalt, nickel, copper, platinum, and zinc; R is selected from the group consisting of O-R 1, NH-R 1, N(R 1) 2 and S-R 1. wherein R 1 is selected from the group consisting of: - a short chain alkyl, alkenyl, or alkynyl group consisting of 1-15 carbon atoms; - a short chain alkyl group consisting of 1-4 carbon atoms and carrying 1 to 4 hydroxyl groups; - a carbohydrate moiety; - wherein R 2 is a carbohydrate moiety or a substituted borondipyrromethene moiety; and - wherein n = 1 to 5, X is O or NH and R 2 is a carbohydrate moiety or a substituted borondipyrromethene moiety. M is a divalent metal ion selected from the group consisting of iron, cobalt, nickel, copper, platinum, and zinc; R is selected from the group consisting of O-R 1, NH-R 1, N(R 1) 2 and S-R 1. wherein R 1 is selected from the group consisting of: - a short chain alkyl, alkenyl, or alkynyl group consisting of 1-15 carbon atoms; - a short chain alkyl group consisting of 1-4 carbon atoms and carrying 1 to 4 hydroxyl groups; - a carbohydrate moiety; - wherein R 2 is a carbohydrate moiety or a substituted borondipyrromethene moiety; and - wherein n = 1 to 5, X is O or NH and R 2 is a carbohydrate moiety or a substituted borondipyrromethene moiety. - a short chain alkyl, alkenyl, or alkynyl group consisting of 1-15 carbon atoms; - a short chain alkyl group consisting of 1-4 carbon atoms and carrying 1 to 4 hydroxyl groups; - a carbohydrate moiety; - wherein R 2 is a carbohydrate moiety or a substituted borondipyrromethene moiety; and - wherein n = 1 to 5, X is O or NH and R 2 is a carbohydrate moiety or a substituted borondipyrromethene moiety.
A composition comprising (a) a thermoplastic polyurethane (TPU-1) obtained or obtainable by reaction of a polyisocyanate composition with a polyol composition, wherein the polyol composition comprises at least one polyol, a chain extender and a chain extender, wherein the chain extenders are used in a molar ratio KV1:KV2 in the range from 20:1 to 3:1; and (b) a filler, wherein the filler is fibrous. (a) a thermoplastic polyurethane (TPU-1) obtained or obtainable by reaction of a polyisocyanate composition with a polyol composition, wherein the polyol composition comprises at least one polyol, a chain extender and a chain extender, wherein the chain extenders are used in a molar ratio KV1:KV2 in the range from 20:1 to 3:1; and (b) a filler, wherein the filler is fibrous.