mhurhangee/ep-ind-claims huggingface dataset:
A tire sidewall, based on 100 parts by weight rubber (phr), characterized by: elastomers comprised of: from 35 to 45 phr cis-1,4-polyisoprene natural rubber; and from 55 to 65 phr of cis-polybutadiene rubber; from 32 to 60 phr of reinforcing filler comprised of: from 30 phr to 50 phr of carbon black; and from 2 to less than 10 phr of silica; and from 0.4 to 1.2 phr of a silane coupling agent, wherein the amount of the silane coupling agent is from 8% to 24% by weight of the silica. elastomers comprised of: from 35 to 45 phr cis-1,4-polyisoprene natural rubber; and from 55 to 65 phr of cis-polybutadiene rubber; from 35 to 45 phr cis-1,4-polyisoprene natural rubber; and from 55 to 65 phr of cis-polybutadiene rubber; from 32 to 60 phr of reinforcing filler comprised of: from 30 phr to 50 phr of carbon black; and from 2 to less than 10 phr of silica; and from 30 phr to 50 phr of carbon black; and from 2 to less than 10 phr of silica; and from 0.4 to 1.2 phr of a silane coupling agent, wherein the amount of the silane coupling agent is from 8% to 24% by weight of the silica.
An enterprise-integrated parametric hybrid model system controller/optimizer, comprising a non-transitory computer-readable medium having computer instructions encoded thereon, wherein the computer instructions comprise instructions for: transmitting a graphical user interface to a remote electronic device, wherein the graphical user interface enables a plurality of command inputs relating to parametric hybrid models relating to physical components of a plant of the enterprise and to control/optimization constraints and objectives, wherein the enabled command inputs correspond to an access level of a user operating the electronic device, wherein each physical component is modeled as a parametric hybrid model and represented as a node in the graphical user interface, the node being connected to one or more other nodes, wherein a model quality measure is created as a parameter of the parametric hybrid models, wherein each node exposes decision variables for an optimization problem, wherein the connections determine how decision variables in two nodes are related, and wherein at least one of the command inputs modifies inputs, outputs or parameters of at least one of the parametric hybrid models; receiving one or more command inputs from the graphical user interface; and processing the one or more command inputs according to the access level of the user, wherein processing the one or more command inputs comprises determining the model quality measure of the parametric hybrid models during operation of the plant. transmitting a graphical user interface to a remote electronic device, wherein the graphical user interface enables a plurality of command inputs relating to parametric hybrid models relating to physical components of a plant of the enterprise and to control/optimization constraints and objectives, wherein the enabled command inputs correspond to an access level of a user operating the electronic device, wherein each physical component is modeled as a parametric hybrid model and represented as a node in the graphical user interface, the node being connected to one or more other nodes, wherein a model quality measure is created as a parameter of the parametric hybrid models, wherein each node exposes decision variables for an optimization problem, wherein the connections determine how decision variables in two nodes are related, and wherein at least one of the command inputs modifies inputs, outputs or parameters of at least one of the parametric hybrid models; receiving one or more command inputs from the graphical user interface; and processing the one or more command inputs according to the access level of the user, wherein processing the one or more command inputs comprises determining the model quality measure of the parametric hybrid models during operation of the plant.
A composite element, especially for a damping element, comprising a) at least one metallic body having a surface; b) a coating comprising an epoxy resin on at least part of the surface of the metallic body; c) a plastics body comprising at least one polyurethane, which at least partly surrounds the metallic body of (a) and in the region of the surround is at least partly in direct contact with the coating of (b); wherein the composite element between the surface of the metallic body (a) and the coating (b) has a conversion layer (d) which comprises at least one compound selected from the group of zirconium oxide, zinc phosphate, and chromate. a) at least one metallic body having a surface; b) a coating comprising an epoxy resin on at least part of the surface of the metallic body; c) a plastics body comprising at least one polyurethane, which at least partly surrounds the metallic body of (a) and in the region of the surround is at least partly in direct contact with the coating of (b);
A method for forming and transferring an unbonded fibrous structure to a carrier, the method comprising the steps of: receiving fibrous material on a shell travelling at a first speed through a receiving zone, to form a fibrous patch; transferring the shell from the receiving zone to an application zone; applying the fibrous patch to the carrier travelling at a second speed through the application zone; and controlling the speed of the shell by a motor, the motor comprising a stator and at least one mover, wherein the stator comprises a plurality of stationary electromagnets and wherein the movers comprise permanent magnets and wherein the variable speed of the movers along the stationary track is controlled by varying the current supplied to the stationary electromagnets; wherein the shell is driven by at least one mover, wherein the mover maintains the shell at the first speed in the receiving zone and the second speed in the application zone, and wherein the mover is mounted on a stationary track. receiving fibrous material on a shell travelling at a first speed through a receiving zone, to form a fibrous patch; transferring the shell from the receiving zone to an application zone; applying the fibrous patch to the carrier travelling at a second speed through the application zone; and controlling the speed of the shell by a motor, the motor comprising a stator and at least one mover, wherein the stator comprises a plurality of stationary electromagnets and wherein the movers comprise permanent magnets and wherein the variable speed of the movers along the stationary track is controlled by varying the current supplied to the stationary electromagnets;
A lighting device comprising: a heat sink(300, 300'); a light source module which is disposed on the heat sink(300, 300'), includes a substrate having at least one hole(H1-H6), and includes a plurality of light emitting devices disposed on a top surface of the substrate; a power supply unit which is disposed within the heat sink(300, 300') and includes a support plate and a plurality of parts disposed on the support plate; and wherein the support plate includes an extended substrate which is disposed in the hole of the substrate, wherein the extended substrate includes a through-portion which has passed through the hole of the substrate, characterized in that the lighting device comprises a soldering portion which connects the substrate and the support plate, wherein the soldering portion electrically connects the through-portion of the extended substrate and the top surface of the substrate, and wherein a length of the through-portion of the extended substrate is from 1.5 mm to 2.0 mm. a heat sink(300, 300'); a light source module which is disposed on the heat sink(300, 300'), includes a substrate having at least one hole(H1-H6), and includes a plurality of light emitting devices disposed on a top surface of the substrate; a power supply unit which is disposed within the heat sink(300, 300') and includes a support plate and a plurality of parts disposed on the support plate; and wherein the support plate includes an extended substrate which is disposed in the hole of the substrate, wherein the extended substrate includes a through-portion which has passed through the hole of the substrate, wherein the soldering portion electrically connects the through-portion of the extended substrate and the top surface of the substrate, and wherein a length of the through-portion of the extended substrate is from 1.5 mm to 2.0 mm.
Gasket with spray function for motor vehicle windows comprising at least: a. a profile strip comprising a profile body (Ia) and a lip (1 b) connected to the profile body (Ia), b. a profile body channel inside the profile body (Ia), c. a lip opening on the upper side of the lip (Ib) and a connecting channel between the lip opening and the profile body channel, characterized in that the profile body channel has a diameter of 1 mm to 5 mm and the profile strip has a maximum diameter of 5 mm to 20 mm, preferably 10 mm to 15 mm, and that the profile strip has a spacer. a. a profile strip comprising a profile body (Ia) and a lip (1 b) connected to the profile body (Ia), b. a profile body channel inside the profile body (Ia), c. a lip opening on the upper side of the lip (Ib) and a connecting channel between the lip opening and the profile body channel, characterized in that the profile body channel has a diameter of 1 mm to 5 mm and the profile strip has a maximum diameter of 5 mm to 20 mm, preferably 10 mm to 15 mm, and that the profile strip has a spacer.
A method of receiving information in a wireless communication network, comprising: receiving system information conveying a subframe as a multicast/broadcast single frequency network, MBSFN, subframe, wherein the subframe is not assigned to any station for broadcast reception; receiving from at most four antennas a cell-specific reference signal in a first part of the MBSFN subframe and receiving control information in the first part of the MBSFN subframe, wherein the first part of the MBSFN subframe is formed by a first M symbol periods, wherein M is one or two; receiving from at least one additional antenna the cell-specific reference signal in a second part of the MBSFN subframe and receiving unicast information in the second part of the MBSFN subframe, wherein the second part of the MBSFN subframe is formed by the remaining symbol periods of the MBSFN subframe; and processing the first part and the second part of the MBSFN subframe to recover the cell-specific reference signal. receiving system information conveying a subframe as a multicast/broadcast single frequency network, MBSFN, subframe, wherein the subframe is not assigned to any station for broadcast reception; receiving from at most four antennas a cell-specific reference signal in a first part of the MBSFN subframe and receiving control information in the first part of the MBSFN subframe, wherein the first part of the MBSFN subframe is formed by a first M symbol periods, wherein M is one or two; receiving from at least one additional antenna the cell-specific reference signal in a second part of the MBSFN subframe and receiving unicast information in the second part of the MBSFN subframe, wherein the second part of the MBSFN subframe is formed by the remaining symbol periods of the MBSFN subframe; and processing the first part and the second part of the MBSFN subframe to recover the cell-specific reference signal.
A liquid laundry composition, comprising: a) from 0.05 to 5.0 weight percent of a color fixation polymer comprised of at least one polydiallyl dialkyl ammonium compound, b) from 0.01 to 2.0 weight percent of cellulase, c) an enzyme stabilizing component comprised of from 5 to 40 weight percent of propylene glycol and from 10 to 50 weight percent of polyol comprising sorbitol, d) an effective amount of buffer capable of maintaining the laundry composition at a pH below 12, further comprising from 0.1 to 10 weight percent of an antimicrobial agent comprised of phenoxyethanol. a) from 0.05 to 5.0 weight percent of a color fixation polymer comprised of at least one polydiallyl dialkyl ammonium compound, b) from 0.01 to 2.0 weight percent of cellulase, c) an enzyme stabilizing component comprised of from 5 to 40 weight percent of propylene glycol and from 10 to 50 weight percent of polyol comprising sorbitol, d) an effective amount of buffer capable of maintaining the laundry composition at a pH below 12,
Worktop for pieces of furniture, comprising: - two slabs (3, 4) made of stone, arranged so that they are adjacent to each other at the level of corresponding head surfaces (5, 6) extending according to the thickness of said slabs (3, 4) and having mutually matching shapes, wherein said facing slabs (3, 4) cooperate to define a work surface exposed towards the outside; - joining means connecting said slabs (3, 4) to each other and comprising a first bonding substance interposed between said head surfaces (5, 6); said joining means comprising one or more recesses belonging to said head surfaces (5, 6) of each slab (3, 4), facing each other and configured to define corresponding housings completely delimited according to the direction of the thickness of said slabs (3, 4), said first bonding substance being spread in said housings, characterized in that the recesses belonging to any of said slabs (3, 4) are arranged so that they are offset with respect to the recesses belonging to the other slab (3, 4) along a direction of development that is perpendicular to the direction of the thickness of said slabs (3, 4) and their lengths, according to said direction of development, are such that each one or more of said recesses communicates with two recesses belonging to the other slab (3, 4). - two slabs (3, 4) made of stone, arranged so that they are adjacent to each other at the level of corresponding head surfaces (5, 6) extending according to the thickness of said slabs (3, 4) and having mutually matching shapes, wherein said facing slabs (3, 4) cooperate to define a work surface exposed towards the outside; - joining means connecting said slabs (3, 4) to each other and comprising a first bonding substance interposed between said head surfaces (5, 6);
A solid pharmaceutical composition suitable for oral administration, comprising a) a first compound selected from 2-amino-2-[2-(4-octylphenyl)ethyl]propane-1,3-diol, a pharmaceutically acceptable salt thereof, and a phosphate derivative thereof, b) a filler, and c) a stabilizer comprising a cyclodextrin or a derivative thereof, wherein the phosphate derivative is of the formula wherein the cyclodextrin or derivative thereof is natural cyclodextrin, a branched cyclodextrin, an alkyl-cyclodextrin or a hydroxyalkyl-cyclodextrin, and wherein the composition comprises less than 0.5mg of the first compound. a) a first compound selected from 2-amino-2-[2-(4-octylphenyl)ethyl]propane-1,3-diol, a pharmaceutically acceptable salt thereof, and a phosphate derivative thereof, b) a filler, and c) a stabilizer comprising a cyclodextrin or a derivative thereof,
Dimmer circuit (10B, 10C) for phase-gating, comprising a microcontroller for driving a power section (Q1, Q2) which is connected to an AC voltage supply system in series with a load, preferably a lighting means, • wherein a zero crossing identification circuit synchronizes the microcontroller at the zero crossing of the sinusoidal supply system AC voltage, • wherein the phase angle (φ) is derived by means of an R/C combination comprising at least one resistor and at least one capacitor which is connected in series with the said resistor, and • wherein the capacitor is discharged by the microcontroller in a targeted manner at the end of each half-wave of the supply system voltage. • wherein a zero crossing identification circuit synchronizes the microcontroller at the zero crossing of the sinusoidal supply system AC voltage, • wherein the phase angle (φ) is derived by means of an R/C combination comprising at least one resistor and at least one capacitor which is connected in series with the said resistor, and • wherein the capacitor is discharged by the microcontroller in a targeted manner at the end of each half-wave of the supply system voltage.
Combination of a dispenser for dispensing portions of sealing material with a sealing material in the form of a flexible film, wherein the sealing material comprises polytetrafluoroethylene and is characterized by the following parameters: - it comprises a film thickness of 50 to 500 μm; - it has a density between 1.20 and 1.80 g/cm3; - it has a longitudinal strength of more than 11 N/mm2; - it has a transversal strength of more than 2 N/mm2; - it has a longitudinal elongation of more than 200%; - it has a transversal elongation of more than 1000%. - it comprises a film thickness of 50 to 500 μm; - it has a density between 1.20 and 1.80 g/cm3; - it has a longitudinal strength of more than 11 N/mm2; - it has a transversal strength of more than 2 N/mm2; - it has a longitudinal elongation of more than 200%; - it has a transversal elongation of more than 1000%.
A method in a user equipment, the method comprising: receiving zero power channel state information reference signal, ZP CSI-RS, configuration information for an aperiodic ZP CSI-RS of a serving cell; characterised by: receiving downlink control information on a physical control channel in a subframe of the serving cell, where the downlink control information includes an aperiodic ZP-CSI-RS indicator bit field that indicates a selection of one out of: no additional ZP-CSI-RS resource elements, REs, indicated by the DCI; physical downlink shared channel, PDSCH, is rate-matched around a first set of dynamic ZP-CSI-RS REs in the subframe; PDSCH is rate-matched around second set of dynamic ZP-CSI-RS REs in the subframe; PDSCH is rate-matched around third set of dynamic ZP-CSI-RS REs in the subframe; wherein the rate matching indicates to the user equipment skipping the aperiodic ZP-CSI-RS RE's for data but measuring the CSI-RS if instructed to; and performing reception according to the downlink control information. receiving downlink control information on a physical control channel in a subframe of the serving cell, where the downlink control information includes an aperiodic ZP-CSI-RS indicator bit field that indicates a selection of one out of: no additional ZP-CSI-RS resource elements, REs, indicated by the DCI; physical downlink shared channel, PDSCH, is rate-matched around a first set of dynamic ZP-CSI-RS REs in the subframe; PDSCH is rate-matched around second set of dynamic ZP-CSI-RS REs in the subframe; PDSCH is rate-matched around third set of dynamic ZP-CSI-RS REs in the subframe; no additional ZP-CSI-RS resource elements, REs, indicated by the DCI; physical downlink shared channel, PDSCH, is rate-matched around a first set of dynamic ZP-CSI-RS REs in the subframe; PDSCH is rate-matched around second set of dynamic ZP-CSI-RS REs in the subframe; PDSCH is rate-matched around third set of dynamic ZP-CSI-RS REs in the subframe; wherein the rate matching indicates to the user equipment skipping the aperiodic ZP-CSI-RS RE's for data but measuring the CSI-RS if instructed to; and performing reception according to the downlink control information.
A suction pressure casting method comprising using a casting device including a holding furnace in which molten metal is accumulated, a metal mold that forms a cavity together with a core, a molten-metal pressurizing means for supplying pressurizing gas into the holding furnace, and a suction-exhaust means for suctioning and exhausting an interior of the cavity, and upon carrying out suction pressure casting in which molten metal is pressurized and poured into the cavity of the metal mold and the cavity is suctioned and exhausted, characterized by setting a preset decompression pattern of the suction-exhaust means in advance according to a casting process and comparing with a measured pressure pattern of the cavity and the core that is measured during actual casting to calculate a corrected decompression pattern of the suction-exhaust means based on a difference therebetween, and correcting the preset decompression pattern at a time of the next casting by using the corrected decompression pattern.
An apparatus (13, 13', 13") for distributing fluids, in particular a water-urea mixture or a liquid fuel, in exhaust systems of an internal combustion engine, having an injection device, in particular opening into the exhaust tract (11, 11', 11 ") before a so-called SCR catalyst, wherein a combination of a plurality of individual measures is provided for achieving a uniform mixing of the fluids with the exhaust gas and a complete vaporizing of the fluids in the exhaust gas, wherein the individual measures comprise: - at least one swirl-generating device and at least one mixing apparatus (20, 20"); - preferably at least one catalyst; and - an injection nozzle of the injection device which is arranged at a predefined spacing from a wall of the exhaust tract (11, 11', 11") characterized by at least one swirl-generating device which comprises a plurality of gas vanes arranged in the manner of a turbine; and by a mixing apparatus which comprises at least one further swirl-generating device and a tubular vaporizer device. - at least one swirl-generating device and at least one mixing apparatus (20, 20"); - preferably at least one catalyst; and - an injection nozzle of the injection device which is arranged at a predefined spacing from a wall of the exhaust tract (11, 11', 11")
A vascular filter (300, 340) comprising:- capture members (3, 121) for capturing thrombus passing through a blood vessel; wherein the capture members are movable between a capturing configuration and an open configuration; and wherein the filter comprises a holder member (331, 342) to hold the capture members in the capturing configuration; support members for supporting the capture members relative to a wall of a blood vessel, characterized in that the support members comprise: a proximal first support member configured to extend circumferentially around a wall of a blood vessel; a distal second support member configured to extend circumferentially around the wall of a blood vessel; a third support member configured to extend along the wall of the blood vessel and connecting the first support member to the second support member; wherein a proximal end of the first support member is located proximally of a proximal end of the capture members and a distal end of the distal support member is located distally of a distal end of the capture members. capture members (3, 121) for capturing thrombus passing through a blood vessel; wherein the capture members are movable between a capturing configuration and an open configuration; and wherein the filter comprises a holder member (331, 342) to hold the capture members in the capturing configuration; support members for supporting the capture members relative to a wall of a blood vessel, characterized in that the support members comprise: a proximal first support member configured to extend circumferentially around a wall of a blood vessel; a distal second support member configured to extend circumferentially around the wall of a blood vessel; a third support member configured to extend along the wall of the blood vessel and connecting the first support member to the second support member; a proximal first support member configured to extend circumferentially around a wall of a blood vessel; a distal second support member configured to extend circumferentially around the wall of a blood vessel; a third support member configured to extend along the wall of the blood vessel and connecting the first support member to the second support member; wherein a proximal end of the first support member is located proximally of a proximal end of the capture members and a distal end of the distal support member is located distally of a distal end of the capture members.