mhurhangee/ep-ind-claims huggingface dataset:
A carpet or sports surface comprising: a fibre, tape or filament comprising a linear low density polyethylene composition obtainable by polymerisation of ethylene using a single site catalyst (mPE), wherein said mPE composition has a density of more than 905 to less than 940 kg/m 3, and an MFR 2 of 5 g/10min or less when measured according to ISO 1133 at 190°C at load of 2.16 kg; and wherein said mPE composition is produced in-situ in a multistage polymerisation process and is multimodal with respect to molecular weight distribution, and comprises at least (i) a lower weight average molecular weight ethylene homopolymer or copolymer component, and (ii) a higher weight average molecular weight ethylene homopolymer or copolymer component; and a UV stabiliser. a fibre, tape or filament comprising a linear low density polyethylene composition obtainable by polymerisation of ethylene using a single site catalyst (mPE), wherein said mPE composition has a density of more than 905 to less than 940 kg/m 3, and an MFR 2 of 5 g/10min or less when measured according to ISO 1133 at 190°C at load of 2.16 kg; and wherein said mPE composition is produced in-situ in a multistage polymerisation process and is multimodal with respect to molecular weight distribution, and comprises at least (i) a lower weight average molecular weight ethylene homopolymer or copolymer component, and (ii) a higher weight average molecular weight ethylene homopolymer or copolymer component; and (i) a lower weight average molecular weight ethylene homopolymer or copolymer component, and (ii) a higher weight average molecular weight ethylene homopolymer or copolymer component; and a UV stabiliser.
A method of facilitating the dispersion of electrical discharges in a carbon fiber reinforced component (802, 814), the carbon fiber reinforced component comprising multiple plies of carbon fiber laminates (804, 816), the method comprising: positioning an electrically conductive scrim embedded structural adhesive film (808, 822) on the multiple plies of carbon fiber laminates (804, 816); and positioning one or more plies of supplemental laminates (810, 824) on the electrically conductive scrim embedded structural adhesive film (808, 822), wherein the electrically conductive scrim embedded structural adhesive film (808, 822) establishes electrical contact between the multiple plies of carbon fiber laminates (804, 816) and the one or more plies of supplemental laminates (810, 824) to conduct any electrical discharges directed to the one or more plies of supplemental laminates (810, 824) into the multiple plies of carbon fiber laminates (804, 816). positioning an electrically conductive scrim embedded structural adhesive film (808, 822) on the multiple plies of carbon fiber laminates (804, 816); and positioning one or more plies of supplemental laminates (810, 824) on the electrically conductive scrim embedded structural adhesive film (808, 822),
Method for informing a vehicle driver of a vehicle about the availability of a communication connection from the vehicle to an external communication unit, characterized in that a first service category and a second service category are provided that use the communication connection, in that the availability of the communication connection is checked for the two service categories (I, R) and in that the result of the availability check is graphically depicted for the vehicle driver for the two service categories (I, R) in a symbol.
A simulated platform bed system for use with a bed including a mattress and a mattress support configured to support the mattress at a first height above a floor surface, the first height defining a spacing between the mattress and the floor surface, and the system comprising: a base extending in a generally U-shape configuration along first and second side edges (40, 42) and a foot end edge of the bed, at least a portion of the base being defined by a plurality of slats connected together and oriented vertically such that a vertical height defined by each of the slats is greater than a horizontal width or a thickness defined by each of the slats, the plurality of slats connected together so as to allow relative pivotal movement of adjacent slats; and an exterior aspect facing outwardly from the base with respect to the bed, the exterior aspect including a decorative feature, the simulated platform bed system being situated about the mattress support such that the system covers at least a portion of the spacing defined between the mattress and the floor surface along each of the first and second side edges (40, 42) and the foot end edge, thereby providing an appearance of a platform bed upon which the mattress appears to be supported, without the system supporting a weight of the mattress. a base extending in a generally U-shape configuration along first and second side edges (40, 42) and a foot end edge of the bed, at least a portion of the base being defined by a plurality of slats connected together and oriented vertically such that a vertical height defined by each of the slats is greater than a horizontal width or a thickness defined by each of the slats, the plurality of slats connected together so as to allow relative pivotal movement of adjacent slats; and an exterior aspect facing outwardly from the base with respect to the bed, the exterior aspect including a decorative feature, the simulated platform bed system being situated about the mattress support such that the system covers at least a portion of the spacing defined between the mattress and the floor surface along each of the first and second side edges (40, 42) and the foot end edge, thereby providing an appearance of a platform bed upon which the mattress appears to be supported, without the system supporting a weight of the mattress.
An intercooler for a turbocharged internal combustion heat engine; the intercooler comprises: a cooling chamber, which is provided with an air inlet opening and an air outlet opening opposite one another; a plurality of exchanger plates, which are stacked on top of one another inside the cooling chamber, are arranged parallel to an air flowing direction from the inlet opening to the outlet opening, are spaced apart from one another so as to define corresponding air passage channels between one another, and are internally hollow; a circulation circuit, which allows a cooling fluid to circulate inside the exchanger plates; and a plurality of thermoelectric cells, each of which has a parallelepiped shape, is mounted on a corresponding exchanger plate, and has a cold side resting on the exchanger plate and a hot side delimiting a corresponding air passage channel; the intercooler is characterised in that each exchanger plate comprises at least one parallelepipedal pocket, which reproduces in negative the shape of a corresponding thermoelectric cell and houses therein the thermoelectric cell surrounding the thermoelectric cell on five sides. a cooling chamber, which is provided with an air inlet opening and an air outlet opening opposite one another; a plurality of exchanger plates, which are stacked on top of one another inside the cooling chamber, are arranged parallel to an air flowing direction from the inlet opening to the outlet opening, are spaced apart from one another so as to define corresponding air passage channels between one another, and are internally hollow; a circulation circuit, which allows a cooling fluid to circulate inside the exchanger plates; and a plurality of thermoelectric cells, each of which has a parallelepiped shape, is mounted on a corresponding exchanger plate, and has a cold side resting on the exchanger plate and a hot side delimiting a corresponding air passage channel; the intercooler is characterised in that each exchanger plate comprises at least one parallelepipedal pocket, which reproduces in negative the shape of a corresponding thermoelectric cell and houses therein the thermoelectric cell surrounding the thermoelectric cell on five sides.
A man-portable antenna assembly comprising: an antenna comprising: at least one driven element comprising an elongate member; a support, and the driven element is mounted on the support; a housing (5,7) in which the antenna is housed when stowed; and mechanism configured to withdraw the elongate member and the support out from the housing (5,7) when the antenna is to be used; the mechanism also configured to cause the elongate member to be extended away from or withdrawn towards the support. an antenna comprising: at least one driven element comprising an elongate member; a support, and the driven element is mounted on the support; at least one driven element comprising an elongate member; a support, and the driven element is mounted on the support; a housing (5,7) in which the antenna is housed when stowed; and mechanism configured to withdraw the elongate member and the support out from the housing (5,7) when the antenna is to be used; the mechanism also configured to cause the elongate member to be extended away from or withdrawn towards the support.
A crystal form I of Canagliflozin, having characteristic diffraction peaks at positions with 2θ values of 4.4±0.2°, 8.4±0.2°, 16.8±0.2°, 17.5±0.2°, 18.0±0.2°, and 22.8±0.2° in an X-ray powder diffraction pattern thereof.
A composite material comprising a substrate comprising a resin, and a graphene-like carbon material layer provided so as to cover at least part of a surface of the substrate, the graphene-like carbon material layer being composed of a graphene-like carbon material obtained by pyrolyzing a polymer in a composition in which the polymer is fixed to graphite or primary exfoliated graphite, characterized in that part of the carbon material has entered into the surface of the resin substrate and so adheres to the substrate surface.
A roll of wound web material comprising an elongated mandrel and a web convolutely wound around the mandrel, characterized by said mandrel being axially elastic and by the material of the mandrel being flexible and elastic, said flexible and elastic material having a tensile yield strength divided by elastic modulus greater than 2.0%.
A stator assembly for an axial turbomachine, in particular for a compressor (4; 6) of a turbomachine, the assembly comprising: - a shroud, possibly an inner shroud, which is axially divided into two parts (60; 62); - a pocket formed in the shroud; - a bearing located in the pocket; and - an orientable vane pivotably mounted in the bearing about a pivot axis; the shroud comprising an axial separating interface of the parts (60; 62), the pivot axis of the orientable vane being axially at a distance of the interface of axial separation, characterized in that the bearing comprises a through opening and axially offset. - a shroud, possibly an inner shroud, which is axially divided into two parts (60; 62); - a pocket formed in the shroud; - a bearing located in the pocket; and - an orientable vane pivotably mounted in the bearing about a pivot axis;
Clamping system having a spindle and having a workpiece holder, in particular for rotational machining of a workpiece held by the workpiece holder, having the following features: a. the workpiece holder has a receiving region for receiving a workpiece, and b. the spindle is configured for attachment of the workpiece holder, wherein the spindle and the workpiece holder have abutment surfaces (12A, 12B, 32A, 32B) which are directed towards one another, characterized by the following features: c. for fastening of the workpiece holder to the spindle, provision is made of a differentially threaded sleeve having a first threaded portion and having a second threaded portion with a different thread pitch, and d. provision is made on the workpiece holder of a first counterpart thread for the first threaded portion, and e. provision is made on the spindle of a second counterpart thread for the second threaded portion. a. the workpiece holder has a receiving region for receiving a workpiece, and b. the spindle is configured for attachment of the workpiece holder, wherein the spindle and the workpiece holder have abutment surfaces (12A, 12B, 32A, 32B) which are directed towards one another, c. for fastening of the workpiece holder to the spindle, provision is made of a differentially threaded sleeve having a first threaded portion and having a second threaded portion with a different thread pitch, and d. provision is made on the workpiece holder of a first counterpart thread for the first threaded portion, and e. provision is made on the spindle of a second counterpart thread for the second threaded portion.
Filtration device comprising a sealed main body and at least one filtration element placed inside said body, said at least one filtration element being placed above at least one chamber for receiving the filtered water comprising an inclined bottom, said at least one receiving chamber comprising at least one outlet opening for evacuating this filtered water, said main body being connected to a reservoir chamber via said at least one outlet opening of said at least one chamber for receiving the filtered water, said reservoir chamber comprising the main outlet opening for the filtered water from the device, characterized in that - the main body of the filtration device and the reservoir chamber are produced integrally and in one piece, and - the height of the upper end of the reservoir chamber is greater than that of said at least one chamber for receiving the filtered water and greater than or equal to the height of the main outlet opening of the filtration device so as to define a buffer zone in case of heavy rain. - the main body of the filtration device and the reservoir chamber are produced integrally and in one piece, and - the height of the upper end of the reservoir chamber is greater than that of said at least one chamber for receiving the filtered water and greater than or equal to the height of the main outlet opening of the filtration device so as to define a buffer zone in case of heavy rain.
A method for data transmission, comprising: continuously transmitting, by a transmitter, multiple data packets carrying same information to a receiver based on different transmission patterns; and stopping transmitting, by the transmitter, the data packet in the multiple data packets carrying the same information when at least one of the following conditions is met: i) a number of the data packets transmitted is more than or equal to a preset threshold value, or ii) feedback information from the receiver is received, wherein the feedback information indicates whether at least part of the multiple data packets is received correctly; wherein each of the multiple data packets corresponds to a transmission pattern, and the transmission patterns corresponding to the multiple data packets are different from each other; and wherein the transmission pattern is formed by at least one of the following transmission information: Hybrid Automatic Repeat reQuest, HARQ, redundancy version information, frequency-domain resource information, time-domain resource information, beamforming vector information, subcarrier spacing information, duration information of the data transmission, pilot sequence information or scrambling sequence information. continuously transmitting, by a transmitter, multiple data packets carrying same information to a receiver based on different transmission patterns; and stopping transmitting, by the transmitter, the data packet in the multiple data packets carrying the same information when at least one of the following conditions is met: i) a number of the data packets transmitted is more than or equal to a preset threshold value, or ii) feedback information from the receiver is received, wherein the feedback information indicates whether at least part of the multiple data packets is received correctly; i) a number of the data packets transmitted is more than or equal to a preset threshold value, or ii) feedback information from the receiver is received, wherein the feedback information indicates whether at least part of the multiple data packets is received correctly; wherein each of the multiple data packets corresponds to a transmission pattern, and the transmission patterns corresponding to the multiple data packets are different from each other; and wherein the transmission pattern is formed by at least one of the following transmission information: Hybrid Automatic Repeat reQuest, HARQ, redundancy version information, frequency-domain resource information, time-domain resource information, beamforming vector information, subcarrier spacing information, duration information of the data transmission, pilot sequence information or scrambling sequence information.
A sensor assembly for positioning an object, having an optical sensor which can be arranged on the object and has a camera, wherein the object is arranged movably relative to an assembly of markings, wherein the optical sensor generates a position signal as an output variable by a spatially resolved detection of a marking, wherein a quality index is determined in the optical sensor as a measure of the quality of the detection of the markings, wherein the optical sensor is designed to output the quality index or a variable mapped therefrom as an output variable, and wherein a diagnosis and early detection of disturbances of the sensor assembly is made possible on the basis of the quality key figures, characterised in that the diagnosis and early detection is carried out in the optical sensor itself. wherein the object is arranged movably relative to an assembly of markings, wherein the optical sensor generates a position signal as an output variable by a spatially resolved detection of a marking, wherein a quality index is determined in the optical sensor as a measure of the quality of the detection of the markings, wherein the optical sensor is designed to output the quality index or a variable mapped therefrom as an output variable, and wherein a diagnosis and early detection of disturbances of the sensor assembly is made possible on the basis of the quality key figures, characterised in that the diagnosis and early detection is carried out in the optical sensor itself.
An elevator cage which is movable in an elevator shaft, with a ventilating device (18, 20) which is fastened to a cage outer surface (10, 12, 14) and forms at least one ventilation channel, wherein the at least one ventilation channel has at least one primary ventilation opening enabling air exchange between the ventilation channel and the elevator shaft, wherein at least one of the cage outer surfaces (10, 12, 14) has at least one secondary ventilation opening enabling air exchange between a cage interior space and the at least one ventilation channel, with at least one element of insulating material, wherein the at least one element substantially determines a path of the at least one ventilation channel, characterized in that a shaping of the ventilation channel and a lining of the ventilation channel is achieved by means of the insulating material. and forms at least one ventilation channel, wherein the at least one ventilation channel has at least one primary ventilation opening enabling air exchange between the ventilation channel and the elevator shaft, wherein at least one of the cage outer surfaces (10, 12, 14) has at least one secondary ventilation opening enabling air exchange between a cage interior space and the at least one ventilation channel, with at least one element of insulating material, wherein the at least one element substantially determines a path of the at least one ventilation channel, characterized in that a shaping of the ventilation channel and a lining of the ventilation channel is achieved by means of the insulating material.
A polar digital transmitter, comprising: an amplitude path comprising an amplitude IQ-signal, which corresponds to the amplitude of a vector sum of an in-phase input signal (I, 102) and a quadrature-phase input signal (Q, 104);a phase path comprising a phase modulator configured to phase-modulate a phase IQ-signal, which corresponds to the phase of the vector sum of an in-phase input signal (I, 102) and a quadrature-phase input signal (Q, 104): characterized by a digital power amplifier, DPA, (109, 312), configured to amplify the phase-modulated, PM, IQ-signal based on the IQ-signal of the amplitude path; wherein the DPA comprises multiple power amplifier, PA, arrays (311a-311d), and wherein an input connection of each of the PA arrays is coupled to the amplitude path; and a tunable matching network coupled to an output of each of the PA arrays, wherein the tunable matching network comprises: a transformer; a plurality of capacitors (C 01 - C 04, C a1 -C a3, C out1) coupled to the transformer; and a corresponding switch coupled to each of the capacitors, wherein the polar digital transmitter further comprises a controller (103, 304) configured to adjust digital bits (B 01 -B 04, B a1 -B a3, B out1) that control each of the switches of the plurality of capacitors of the tunable matching network. an amplitude path comprising an amplitude IQ-signal, which corresponds to the amplitude of a vector sum of an in-phase input signal (I, 102) and a quadrature-phase input signal (Q, 104);a phase path comprising a phase modulator configured to phase-modulate a phase IQ-signal, which corresponds to the phase of the vector sum of an in-phase input signal (I, 102) and a quadrature-phase input signal (Q, 104): characterized by a digital power amplifier, DPA, (109, 312), configured to amplify the phase-modulated, PM, IQ-signal based on the IQ-signal of the amplitude path; wherein the DPA comprises multiple power amplifier, PA, arrays (311a-311d), and wherein an input connection of each of the PA arrays is coupled to the amplitude path; and a tunable matching network coupled to an output of each of the PA arrays, wherein the tunable matching network comprises: a transformer; a plurality of capacitors (C 01 - C 04, C a1 -C a3, C out1) coupled to the transformer; and a corresponding switch coupled to each of the capacitors, wherein the polar digital transmitter further comprises a controller (103, 304) configured to adjust digital bits (B 01 -B 04, B a1 -B a3, B out1) that control each of the switches of the plurality of capacitors of the tunable matching network.
A separator for a nonaqueous secondary battery, comprising a porous substrate and an adhesive porous layer that is formed on at least one side of the porous substrate and contains a polyvinylidene-fluoride-based resin, the separator for a nonaqueous secondary battery being characterized in that the adhesive porous layer has a mean crystal size of 1 nm or more and 13 nm or less.
A method for installing a self-clinching fastener in a steel substrate, comprising: receiving the substrate in a shape-forming press, a temperature of the substrate being higher than a temperature of the press, the substrate being substantially austenite when being received in the press; operating the press to shape the substrate, a hardness of the substrate undergoing a transition while the substrate is cooled in the press; and installing the fastener in the substrate while the hardness of substrate undergoes said transition when the temperature of the substrate is between +20% and -5% of the martensite start temperature. receiving the substrate in a shape-forming press, a temperature of the substrate being higher than a temperature of the press, the substrate being substantially austenite when being received in the press; operating the press to shape the substrate, a hardness of the substrate undergoing a transition while the substrate is cooled in the press; and installing the fastener in the substrate while the hardness of substrate undergoes said transition when the temperature of the substrate is between +20% and -5% of the martensite start temperature.