mhurhangee/ep-ind-claims huggingface dataset:
A surface acoustic wave band reject filter implemented as a flip chip assembly, the surface acoustic wave band reject filter comprising: a substrate, the substrate including electrode bars and bonding pads formed on the substrate; and a first die having a side facing the substrate and comprising exactly three surface acoustic wave resonators collectively exhibiting a band reject filter response, the first die being mounted on the substrate using a flip chip technology, each surface acoustic wave resonator having opposite ends; solder balls in contact with the side of the first die facing the substrate, the solder balls being positioned to be in electrical contact with the electrode bars and bonding pads on the substrate, the three surface acoustic wave resonators being connected by the electrode bars and bonding pads via the solder balls; characterized by the three surface acoustic wave resonators being adjacent and geometrically aligned so that main axes oriented along the length of each of the three surface acoustic wave resonators are one of parallel and coincident, a distance between any two of the solder balls associated with the three surface acoustic wave resonators being no greater than 2.0 millimeters. a substrate, the substrate including electrode bars and bonding pads formed on the substrate; and a first die having a side facing the substrate and comprising exactly three surface acoustic wave resonators collectively exhibiting a band reject filter response, the first die being mounted on the substrate using a flip chip technology, each surface acoustic wave resonator having opposite ends; solder balls in contact with the side of the first die facing the substrate, the solder balls being positioned to be in electrical contact with the electrode bars and bonding pads on the substrate, the three surface acoustic wave resonators being connected by the electrode bars and bonding pads via the solder balls; characterized by the three surface acoustic wave resonators being adjacent and geometrically aligned so that main axes oriented along the length of each of the three surface acoustic wave resonators are one of parallel and coincident, a distance between any two of the solder balls associated with the three surface acoustic wave resonators being no greater than 2.0 millimeters.
A method of calculating flare for a mask for use in extreme ultraviolet lithography, the method comprising: decomposing a flare power spectrum density into a low frequency component and a high frequency component; receiving a plurality of layouts in a flare map generator, wherein each of the plurality of layouts corresponds to a chip pattern location on the mask; and generating, using the flare map generator, a low frequency flare map for the mask from the low frequency component by using fast Fourier transform. decomposing a flare power spectrum density into a low frequency component and a high frequency component; receiving a plurality of layouts in a flare map generator, wherein each of the plurality of layouts corresponds to a chip pattern location on the mask; and generating, using the flare map generator, a low frequency flare map for the mask from the low frequency component by using fast Fourier transform.
Insert for products made of composite materials, which comprises a through hole provided with an inner thread, wherein the diameter of the through hole is greater than or at least equal to the diameter of the inner thread, wherein one end of the through hole leads to a non-threaded cylindrical cavity which is coaxial to the through hole and has a diameter greater than or equal to the diameter of the inner thread of the through hole, wherein the cylindrical cavity leads in turn to one end of the insert and the outer wall of the insert has at least one first perimetric ridge, characterized in that at least one further perimetric ridge (5, 6) is arranged between the two ends (1a, 1b) of the insert and/or around the end of the insert with the cylindrical cavity.
Method for filling hollow-section strips, in particular hollow-section strips in the form of legs of spacer frames or in the form of spacer frames, wherein free-flowing fill material, in particular a hygroscopic material, such as a molecular sieve, is introduced from a storage tank into the hollow-section strip, wherein the quantity of fill material introduced into the hollow-section strip is detected by detecting the quantity of fill material removed from the storage tank, characterized in that the change in the level of fill material in the storage container is detected, in that pressure is exerted on the upper side of the fill material contained in the storage tank by means of a piston that can be displaced in the storage tank, and in that the drop in the level of the fill material in the storage tank is determined by detecting the travel of the piston in the storage tank.
A swellable packer comprising: a generally tubular mandrel having a central axis and an exterior cylindrical surface; and a swellable elastomeric body coupled to the exterior cylindrical surface of the mandrel, the swellable elastomeric body comprising a plurality of grooves formed in the outer surface of the swellable elastomeric body, the swellable elastomeric body having a circumference and a thickness, wherein the grooves are arranged longitudinally along the swellable elastomeric body and parallel to the central axis, the swellable packer characterised in that the grooves are adapted to allow a swelling fluid to permeate further into the swellable elastomeric body than if the swellable elastomeric body had no grooves. a generally tubular mandrel having a central axis and an exterior cylindrical surface; and a swellable elastomeric body coupled to the exterior cylindrical surface of the mandrel, the swellable elastomeric body comprising a plurality of grooves formed in the outer surface of the swellable elastomeric body, the swellable elastomeric body having a circumference and a thickness, wherein the grooves are arranged longitudinally along the swellable elastomeric body and parallel to the central axis, the swellable packer characterised in that the grooves are adapted to allow a swelling fluid to permeate further into the swellable elastomeric body than if the swellable elastomeric body had no grooves.
An electrified track lighting system comprising a track and a connection body wherein - the track has a longitudinal shape with a groove in which it is possible to insert a connection body, the track having a substantially C-shaped cross-section with a base wall perpendicular to two opposite walls and wherein on a lateral face inside the groove of at least one opposite wall (1S, 1D) of the track there is at least one conductor (1C1 - 1C4), - said connection body having a substantially complementary shape with said groove, the connection body comprising at least one expansion element (22A, 22B, 23A, 23B) adapted to project externally from the connection body so as to stably block the connection body inside said groove, wherein said expansion element is loaded by a resilient element and wherein said expansion element has an external surface at least coated with insulating material in/on which at least one electrode (2C1, 2C2, 2C3, 2C4) is formed/attached, and wherein when the connection body is inserted in said groove, the expansion element presses said at least one electrode against a corresponding said at least one conductor. - the track has a longitudinal shape with a groove in which it is possible to insert a connection body, the track having a substantially C-shaped cross-section with a base wall perpendicular to two opposite walls and wherein on a lateral face inside the groove of at least one opposite wall (1S, 1D) of the track there is at least one conductor (1C1 - 1C4), - said connection body having a substantially complementary shape with said groove,
A papermaking felt having a wet paper web side and a machine side, wherein a staple fiber web is layered on one side or both sides of a base body, the staple fiber web and the base body being intertwiningly integrated together by needling, characterized in that the base body comprises a first base body and a second base body layered thereon, the second base body being arranged on the wet paper web side of the base body and being a woven fabric and yarns (41, 51) of said woven fabric second base body extend both in the MD and CMD directions, and the yarns (41, 51) of said woven fabric second base body that extend in at least one of the MD and CMD directions are multifilament yarns composed of a bundle of a plurality of filaments with fineness of 100dtex or less, characterized in that said multifilament yarn having a twist in the range from 1 to 50 times per 1m.
A method for manufacturing a plate inorganic nonmetal material by using a molten slag, comprising: introducing the molten slag into a pool for preserving heat and modifying, wherein a temperature of the molten slag is maintained at 1450°C-1600°C, and modifying a viscosity and/or a color of the molten slag according to requirements of a product to be manufactured; introducing the modified molten slag into a float process furnace using tin or tin alloy as a carrier and preparing the plate inorganic nonmetal material from the modified molten slag, and discharging the plate inorganic nonmetal material at 1000-1300°C; and maintaining the plate inorganic nonmetal material at 600°C-900°C for 0.5-2 hours in a nonreducing atmosphere, and then gradually cooling the plate inorganic nonmetal material to an ambient temperature within 1-2 hours, wherein the molten slag includes 10-40wt% of Al 2 O 3, 5-25wt% of MgO, 10-50wt% of SiO 2, 10-40wt% of CaO, 0.1-5wt% of TiO 2, 0.1-5wt% of FeO and 0.1-5wt% of MnO, wherein a viscosity modifier to modify the viscosity is at least one of clay, porcelain clay, lodestone, and pottery clay, and is added in an amount of 5-20wt% based on a weight of the molten slag, and wherein a color modifier to modify the color is at least one of oxides of Ti, Cr, Ni, Cu, Co, Fe and rare earth elements, ore powders containing the oxides and industry wastes containing the oxides, and is added in an amount of 0-5wt% based on the weight of the molten slag. introducing the molten slag into a pool for preserving heat and modifying, wherein a temperature of the molten slag is maintained at 1450°C-1600°C, and modifying a viscosity and/or a color of the molten slag according to requirements of a product to be manufactured; introducing the modified molten slag into a float process furnace using tin or tin alloy as a carrier and preparing the plate inorganic nonmetal material from the modified molten slag, and discharging the plate inorganic nonmetal material at 1000-1300°C; and maintaining the plate inorganic nonmetal material at 600°C-900°C for 0.5-2 hours in a nonreducing atmosphere, and then gradually cooling the plate inorganic nonmetal material to an ambient temperature within 1-2 hours, wherein the molten slag includes 10-40wt% of Al 2 O 3, 5-25wt% of MgO, 10-50wt% of SiO 2, 10-40wt% of CaO, 0.1-5wt% of TiO 2, 0.1-5wt% of FeO and 0.1-5wt% of MnO, wherein a viscosity modifier to modify the viscosity is at least one of clay, porcelain clay, lodestone, and pottery clay, and is added in an amount of 5-20wt% based on a weight of the molten slag, and wherein a color modifier to modify the color is at least one of oxides of Ti, Cr, Ni, Cu, Co, Fe and rare earth elements, ore powders containing the oxides and industry wastes containing the oxides, and is added in an amount of 0-5wt% based on the weight of the molten slag.
A magnetic recording element comprising: a magnetic free layer having a magnetic vortex comprising a core the magnetic vortex core having a magnetization perpendicular to the surface of the magnetic free layer; a read line disposed proximate to the magnetic free layer and a plurality of drive electrode pairs (550a, 550b, 551a, 551 b) disposed to form an ohmic contact with the magnetic free layer and able to create a movement of the magnetic vortex core of the magnetic free layer, inducing a voltage and a current through the read line, the movement of the vortex core being dependent on information stored in the magnetic recording element, characterized in that the read line is electrically isolated from the magnetic free layer and the plurality of drive electrodes and in that it further comprises a read circuit able to measure the induced current to determine the information stored. a magnetic free layer having a magnetic vortex comprising a core the magnetic vortex core having a magnetization perpendicular to the surface of the magnetic free layer; a read line disposed proximate to the magnetic free layer and a plurality of drive electrode pairs (550a, 550b, 551a, 551 b) disposed to form an ohmic contact with the magnetic free layer and able to create a movement of the magnetic vortex core of the magnetic free layer, inducing a voltage and a current through the read line, the movement of the vortex core being dependent on information stored in the magnetic recording element, characterized in that the read line is electrically isolated from the magnetic free layer and the plurality of drive electrodes and in that it further comprises a read circuit able to measure the induced current to determine the information stored.
A fiber-reinforced molding material comprising as essential materials: a vinyl ester that is a reaction product of an epoxy resin having an epoxy equivalent in the range of 180 to 500 and (meth) acrylic acid; an unsaturated monomer having a flash point of 100°C or higher determined by the Cleveland Open Cup Method defined in JIS K 2265-4:2007; a polyisocyanate; a polymerization initiator; and carbon fibers having a fiber length of 2.5 to 50 mm, wherein the mass ratio ( /) of the vinyl ester to the unsaturated monomer is in the range of 40/60 to 85/15, and the molar ratio (NCO/OH) of isocyanate groups in the polyisocyanate to hydroxy groups in the vinyl ester is in the range of 0.25 to 0.85, and the number of filaments in a bundle of the carbon fibers is in the range of 1,000 to 60,000.
Device for sealing inflatable articles, in particular a tyre sealing device, having (a) a sealant container that - contains a sealant and - a riser pipe, which projects into the sealant container, - a seal, which closes the sealant container in a sealant-tight manner, and - comprises an inlet, which opens into the sealant container, (b) a removal device for removing sealant from the sealant container, said removal device comprising - a first port for introducing compressed air and - a second port for discharging sealant, and - being configured to be connected reversibly to the sealant container, and - having a separating device for rupturing the seal, wherein the removal device is screwable onto the sealant container that is operated in an upright position and the separating device is a cutting device, wherein the sealant container has a standing surface by which it is in contact with an underlying surface, characterized in that the separating device comprises a movably mounted coupling connecting piece, which is configured such that it moves in the direction of the sealant container, ruptures the seal and is coupled to the riser pipe in a sealant-tight manner only when the removal device is connected to the sealant container and the first port is supplied with compressed air. (a) a sealant container that - contains a sealant and - a riser pipe, which projects into the sealant container, - a seal, which closes the sealant container in a sealant-tight manner, and - comprises an inlet, which opens into the sealant container, - contains a sealant and - a riser pipe, which projects into the sealant container, - a seal, which closes the sealant container in a sealant-tight manner, and - comprises an inlet, which opens into the sealant container, (b) a removal device for removing sealant from the sealant container, said removal device comprising - a first port for introducing compressed air and - a second port for discharging sealant, and - being configured to be connected reversibly to the sealant container, and - having a separating device for rupturing the seal, - a first port for introducing compressed air and - a second port for discharging sealant, and - being configured to be connected reversibly to the sealant container, and - having a separating device for rupturing the seal,
Arctigenin and/or arctiin for inhibiting inflammasome activation for use in the treatment, improvement or prevention of acne vulgaris or non-alcoholic steatohepatitis.
An implantable medical device, comprising: an activity sensor configured to produce a signal correlated to a metabolic demand of a patient; a pulse generator configured to generate and deliver pacing pulses to a patient's heart via a pair of electrodes coupled to the implantable medical device; and a control module coupled to the pulse generator and the activity sensor and configured to: determine a first plurality of activity metrics from the activity sensor signal, determine an activity metric value at a predetermined percentile of the first plurality of activity metrics, set a lower rate set point based on the activity metric value at the predetermined percentile, determine a next activity metric from the activity sensor signal, and control the pulse generator to deliver cardiac pacing pulses at a lower base pacing rate in response to at least the next activity metric being less than or equal to the lower rate set point. an activity sensor configured to produce a signal correlated to a metabolic demand of a patient; a pulse generator configured to generate and deliver pacing pulses to a patient's heart via a pair of electrodes coupled to the implantable medical device; and a control module coupled to the pulse generator and the activity sensor and configured to: determine a first plurality of activity metrics from the activity sensor signal, determine an activity metric value at a predetermined percentile of the first plurality of activity metrics, set a lower rate set point based on the activity metric value at the predetermined percentile, determine a next activity metric from the activity sensor signal, and control the pulse generator to deliver cardiac pacing pulses at a lower base pacing rate in response to at least the next activity metric being less than or equal to the lower rate set point. determine a first plurality of activity metrics from the activity sensor signal, determine an activity metric value at a predetermined percentile of the first plurality of activity metrics, set a lower rate set point based on the activity metric value at the predetermined percentile, determine a next activity metric from the activity sensor signal, and control the pulse generator to deliver cardiac pacing pulses at a lower base pacing rate in response to at least the next activity metric being less than or equal to the lower rate set point.
A sample preparation apparatus for preparing a measurement sample to be measured by a flow cytometer, the sample preparation apparatus comprising: a detecting section (6, 14) for performing a pre-measurement of a biological sample acquirable from a sample container to detect a predetermined cell included in the biological sample; characterised by a sample preparation section for preparing a measurement sample for a main-measurement by a flow cytometer from a biological sample acquirable from the sample container and a predetermined reagent; a control section for generating, based on a detection result by the detecting section (6, 14), concentration information reflecting a concentration of the predetermined cell in the biological sample which has been subjected to the pre-measurement, and controlling, based on the generated concentration information, the amount of the biological sample to be used for preparing the measurement sample for the main-measurement. a detecting section (6, 14) for performing a pre-measurement of a biological sample acquirable from a sample container to detect a predetermined cell included in the biological sample; characterised by a sample preparation section for preparing a measurement sample for a main-measurement by a flow cytometer from a biological sample acquirable from the sample container and a predetermined reagent; a control section for generating, based on a detection result by the detecting section (6, 14), concentration information reflecting a concentration of the predetermined cell in the biological sample which has been subjected to the pre-measurement, and controlling, based on the generated concentration information, the amount of the biological sample to be used for preparing the measurement sample for the main-measurement.
A cylindrical battery, comprising: an electrode assembly in which a positive electrode plate and a negative electrode plate are wound with a separator interposed between the positive electrode plate and the negative electrode plate; an electrolyte; a bottomed cylindrical exterior housing can that houses the electrode assembly and the electrolyte; and a sealing assembly adapted to seal an opening of the exterior housing can, wherein the sealing assembly includes a rupture disk that is fixed by crimping to the opening of the exterior housing can with a gasket interposed between the exterior housing can and the rupture disk, and an external terminal that is not fixed by crimping to the opening of the exterior housing can, the rupture disk has a vent part adapted to rupture when an internal pressure of the battery increases, and the external terminal is fixed to an upper face part of the vent part, characterized in that the external terminal has a recess which is a recessed upper face part at a substantially central part, and in the recess, the external terminal and the vent part are welded to each other. an electrode assembly in which a positive electrode plate and a negative electrode plate are wound with a separator interposed between the positive electrode plate and the negative electrode plate; an electrolyte; a bottomed cylindrical exterior housing can that houses the electrode assembly and the electrolyte; and a sealing assembly adapted to seal an opening of the exterior housing can, wherein the sealing assembly includes a rupture disk that is fixed by crimping to the opening of the exterior housing can with a gasket interposed between the exterior housing can and the rupture disk, and an external terminal that is not fixed by crimping to the opening of the exterior housing can, the rupture disk has a vent part adapted to rupture when an internal pressure of the battery increases, and the external terminal is fixed to an upper face part of the vent part, characterized in that the external terminal has a recess which is a recessed upper face part at a substantially central part, and in the recess, the external terminal and the vent part are welded to each other.