mhurhangee/ep-ind-claims huggingface dataset:
A filter cartridge for use in an aquarium filter, the filter cartridge comprising: a) a filtering body (54, 154) defining an interior, the filtering body (54, 154) including: i) a first porous filter wall (56, 156) having a first density; and ii) a second porous filter wall (58, 158) having a second density, the second density being defined by interstitial spaces between inner and outer sides (74, 76, 174, 176) of the second porous filter wall (58, 158); and b) chemically filtering media located within the interior of the filtering body (54, 154), the chemically filtering media being in the form of a plurality of discrete particles, characterized in that the discrete particles are 3.35 mm through 1.40 mm (having a sieve mesh size of 6 through 14); c) wherein a majority of the discrete particles is captured within the interstitial spaces of the second porous filter wall (58, 158) and is distributed along the inner side of the second porous filter wall when the filtering body (54, 154) is in a vertical filtering orientation. a) a filtering body (54, 154) defining an interior, the filtering body (54, 154) including: i) a first porous filter wall (56, 156) having a first density; and ii) a second porous filter wall (58, 158) having a second density, the second density being defined by interstitial spaces between inner and outer sides (74, 76, 174, 176) of the second porous filter wall (58, 158); and i) a first porous filter wall (56, 156) having a first density; and ii) a second porous filter wall (58, 158) having a second density, the second density being defined by interstitial spaces between inner and outer sides (74, 76, 174, 176) of the second porous filter wall (58, 158); and b) chemically filtering media located within the interior of the filtering body (54, 154), the chemically filtering media being in the form of a plurality of discrete particles, characterized in that the discrete particles are 3.35 mm through 1.40 mm (having a sieve mesh size of 6 through 14); c) wherein a majority of the discrete particles is captured within the interstitial spaces of the second porous filter wall (58, 158) and is distributed along the inner side of the second porous filter wall when the filtering body (54, 154) is in a vertical filtering orientation.
A heat-radiating sheet, in which a rate of reduction (%) ((R1 - R2)/R1 × 100) of a thermal resistance (°C/W) of the heat-radiating sheet as measured when tightened at a tightening torque of 6 kgf cm by using a screw after being impregnated in an antifreeze containing 98% by mass or more of ethylene glycol at a temperature of 25°C for 500 hours relative to a thermal resistance (°C/W) of the heat-radiating sheet as measured when tightened at a tightening torque of 6 kgf cm by using a screw is 30% or less.
Measurement system for performing measurements of the total radiated power of a device under test, comprising an anechoic chamber, a positioner with a device section for supporting the device under test, at least one link antenna for establishing communication with the device under test and a plurality of different measurement antennas, wherein the measurement antennas are arranged in the anechoic chamber and are designed to carry out a total radiated power measurement, wherein the positioner is configured to move the device section in three dimensions, characterised in that at least two of the measurement antennas are adapted to measure a different frequency range.
A method of making a hardened molecular sieve catalyst composition, the method comprising the steps of: a) mixing together molecular sieve which has not been formulated into a catalyst composition, binder, matrix material, liquid, and an effective hardening amount of dried molecular sieve catalyst using a high-shear mixer to form a slurry of solids and liquid, wherein from 20 wt% to 40 wt% of the solids in the slurry, based on total weight of solids in the slurry, is dried molecular sieve catalyst that has not been calcined or used in any reaction process, and the slurry is mixed to a viscosity of from 100 cP (0.1 Pa/sec) to 12,500 cP (12.5 Pa/sec), as measured using a Brookfield LV-DVF viscometer with a No. 3 spindle at 24°C and 10 rpm; b) drying the slurry; and c) calcining the dried slurry to form the hardened molecular sieve catalyst composition having an ARI of not greater than 0.5 wt%/hr. a) mixing together molecular sieve which has not been formulated into a catalyst composition, binder, matrix material, liquid, and an effective hardening amount of dried molecular sieve catalyst using a high-shear mixer to form a slurry of solids and liquid, wherein from 20 wt% to 40 wt% of the solids in the slurry, based on total weight of solids in the slurry, is dried molecular sieve catalyst that has not been calcined or used in any reaction process, and the slurry is mixed to a viscosity of from 100 cP (0.1 Pa/sec) to 12,500 cP (12.5 Pa/sec), as measured using a Brookfield LV-DVF viscometer with a No. 3 spindle at 24°C and 10 rpm; b) drying the slurry; and c) calcining the dried slurry to form the hardened molecular sieve catalyst composition having an ARI of not greater than 0.5 wt%/hr.
Washing machine with at least a storage container (7, 8) arranged in a drawer for storing at least a detergent in a quantity which is sufficient for multiple washing cycles and with an extracting device for automatically extracting the detergent from the storage containers (7, 8), wherein the extraction device has an adapter unit which is mounted from the top onto the storage container (7, 8) in a usage position and which has at least a suction pipe (36, 37) and at least a filling level sensor (38, 39), and wherein the suction pipe (36, 37) and the filling level sensor (38, 39) protrude from the top into the storage container (7, 8) in the usage position of the adapter unit, characterized in that a drain valve is arranged inside the storage container (7, 8), by means of which an opening in a floor of the storage container (7, 8) can be opened or closed, respectively.
An adjustable support system for building elements, said system consisting of a frame structure composed of a first series of parallel bars spaced from each other and a second series of parallel bars spaced from each other and at a common connection angle to the bars in said first series, the bars of each series having a plurality of interlocking means consisting of grooves cut therein at regular intervals, complementary to the grooves in the bars of other series, and wherein no fastening means are used in engaging the grooves of said interlocking bars together; said system further comprising building element carriers positioned in-between said frame structure and said building elements, characterized in that the building element carriers comprise retaining means in the form of one or more grooves or slits to accommodate the interlocking bars, the building element carriers further comprising one or more means to accommodate the building elements and keep the building elements in the desired position on top of the adjustable support.
Microfluidic flow cell having a storage space which receives liquid reagent material and/or sample material and which is connected to an inlet channel for a fluid which transports out of the storage space the reagent material and/or sample material and to an outlet channel for the reagent material and/or sample material and the fluid, wherein the inlet channel and the outlet channel are connected by a bypass which bypasses the storage space, characterized in that, for the venting of the inlet channel, the flow cross section of the bypass is just sufficient to prevent reagent material and/or sample material from being transported, by way of air pressure increasing in the inlet channel, out of the storage space.
Method for the generative manufacturing of at least one region of a component which is constructed from individual powder layers (4a, 4b, 4c), the powder layer (4a, 4b, 4c) to be produced being heated locally to a melting temperature by means of a first high energy beam and a molten bath being formed, characterized in that a zone downstream from the molten bath is reheated to a reheating temperature by means of a second high energy beam, and in that the component is globally adjusted to a base temperature by means of a heating device.
An apparatus for stabilizing an electric machine which is part of a grid for the transport of electric energy, comprising: - a rotary shaft having a flywheel fixed to the central portion thereof, - a casing enclosing said flywheel and having two holes for the respective end portions of said shaft to pass through, - a vacuum chamber, in which said flywheel is enclosed by said casing, and - means providing a rotating hydraulic sealing at said holes for the end portions of the shaft to pass through, such means using a liquid to provide sealing, said apparatus being characterized in that in an axially extending edge of each hole, or in a portion of the shaft end facing each edge, a circumferential groove is made wherein said sealing liquid is and within which a ring attached to said portion of the shaft end, or to said edge, respectively, is free to rotate. - a rotary shaft having a flywheel fixed to the central portion thereof, - a casing enclosing said flywheel and having two holes for the respective end portions of said shaft to pass through, - a vacuum chamber, in which said flywheel is enclosed by said casing, and - means providing a rotating hydraulic sealing at said holes for the end portions of the shaft to pass through, such means using a liquid to provide sealing,
A woven double sided thermostatic fabric, which comprises a first fiber and a second fiber, the first fiber is hemp fiber; the second fiber is a helical fiber whose surface contains a thread-shaped groove; the first fiber and the second fiber are combined to form the fabric, one side of the fabric is the first fiber, and the other side is the second fiber, when wearing, the first fiber side and the second fiber side can face inward or outward; the second fiber is a spiral fiber containing a thread-shaped groove made by laser engraving or etching its surface; the second fiber comprises a polyester fiber and a sunscreen reflective coating wrapping around the polyester fiber, and the threaded groove is arranged on an outside of the sunscreen reflective coating; components of the sunscreen reflective coating include alkyd resin and optional nano sunscreen particles, and the weight ratio of these two components is 1: (0-0.3); the alkyd resin is a silicone modified alkyd resin; wherein a fineness of the second fiber is 2.0 dtex~5.0 dtex. the first fiber is hemp fiber; the second fiber is a helical fiber whose surface contains a thread-shaped groove; the first fiber and the second fiber are combined to form the fabric, one side of the fabric is the first fiber, and the other side is the second fiber, when wearing, the first fiber side and the second fiber side can face inward or outward; the second fiber is a spiral fiber containing a thread-shaped groove made by laser engraving or etching its surface; the second fiber comprises a polyester fiber and a sunscreen reflective coating wrapping around the polyester fiber, and the threaded groove is arranged on an outside of the sunscreen reflective coating; components of the sunscreen reflective coating include alkyd resin and optional nano sunscreen particles, and the weight ratio of these two components is 1: (0-0.3); the alkyd resin is a silicone modified alkyd resin; wherein a fineness of the second fiber is 2.0 dtex~5.0 dtex.
An article of footwear comprising: an upper defining an interior void and an ankle opening in a heel region providing access to the interior void; a sole structure attached to the upper and having a top surface facing toward the interior void and a ground-engaging bottom surface (26, 204) formed on an opposite side of the sole structure from the top surface; a cable lock disposed within the sole structure adjacent to the bottom surface; a first cable having a first section extending from the cable lock to a first anchor point on the upper and a second section extending from the cable lock to a second anchor point on the upper; and a second cable having a first section extending from the cable lock to a grip and a second section extending from the cable lock to the grip, the cable lock being operable to retract the first section and the second section of the first cable when the first section and the second section of the second cable are extended, characterized in that the article of footwear further comprises a first strap extending across a tongue portion between the grip and the ankle opening from a first end on a medial side of the upper to a second end on a lateral side of the upper, the first end of the first strap receiving the first section of the first cable and the second end of the first strap receiving the second section of the first cable. an upper defining an interior void and an ankle opening in a heel region providing access to the interior void; a sole structure attached to the upper and having a top surface facing toward the interior void and a ground-engaging bottom surface (26, 204) formed on an opposite side of the sole structure from the top surface; a cable lock disposed within the sole structure adjacent to the bottom surface; a first cable having a first section extending from the cable lock to a first anchor point on the upper and a second section extending from the cable lock to a second anchor point on the upper; and a second cable having a first section extending from the cable lock to a grip and a second section extending from the cable lock to the grip, the cable lock being operable to retract the first section and the second section of the first cable when the first section and the second section of the second cable are extended, characterized in that the article of footwear further comprises a first strap extending across a tongue portion between the grip and the ankle opening from a first end on a medial side of the upper to a second end on a lateral side of the upper, the first end of the first strap receiving the first section of the first cable and the second end of the first strap receiving the second section of the first cable.
A method for preparing a composition for treatment of a lower urinary tract condition by instilling the composition into the urinary bladder, the composition comprising a mixture comprising a heparinoid, a local anesthetic, and a buffer, the method comprising the steps of: (a) providing a heparinoid in solid form; (b) providing a local anesthetic in solid form; (c) dissolving the heparinoid in solid form and the local anesthetic in solid form in water; (d) adding a liquid buffer to the mixture of the heparinoid and the local anesthetic dissolved in water to form a mixture of the liquid buffer, the heparinoid, and the local anesthetic; and (e) adjusting the pH of the mixture of the liquid buffer, the local anesthetic, and the heparinoid so that a pH of from 6.7 to 8.3 is achieved without precipitation of the local anesthetic. (a) providing a heparinoid in solid form; (b) providing a local anesthetic in solid form; (c) dissolving the heparinoid in solid form and the local anesthetic in solid form in water; (d) adding a liquid buffer to the mixture of the heparinoid and the local anesthetic dissolved in water to form a mixture of the liquid buffer, the heparinoid, and the local anesthetic; and (e) adjusting the pH of the mixture of the liquid buffer, the local anesthetic, and the heparinoid so that a pH of from 6.7 to 8.3 is achieved without precipitation of the local anesthetic.
A delay timer device for timing a new delay comprising: - a delay clock comprising a number of clock memories (3, 3a, 3b, 3c), wherein the number of clock memories (3, 3a, 3b, 3c, 3d) corresponds to a number of digit positions of a delay clock value; - a delay memory configured to store a plurality of delays (5, 5a, 5b, 5c, 5d, 5e, 5-i); - a delay logic unit configured to add the new delay (5, 5a, 5b, 5c, 5d, 5e, 5-i) by storing it in the delay memory and to time the new delay (5; 5a, 5b, 5c, 5d, 5e, 5-i) by coupling it to that clock memory (3; 3a, 3b; 3c) which corresponds to the most significant digit position of the delay value of the new delay (5; 5a, 5b, 5c, 5d, 5e, 5-i) that is not zero, by subsequently coupling the new delay (5; 5a, 5b, 5c, 5d, 5e, 5-i) to that clock memory (3; 3a, 3b; 3c) which corresponds to the next less significant digit position of the delay value according to the delay value of the new delay (5; 5a, 5b, 5c, 5d, 5e, 5-i) and by generating a delay signal when the new delay expires; - wherein the delay value of the new delay is a decimal number. - a delay clock comprising a number of clock memories (3, 3a, 3b, 3c), wherein the number of clock memories (3, 3a, 3b, 3c, 3d) corresponds to a number of digit positions of a delay clock value; - a delay memory configured to store a plurality of delays (5, 5a, 5b, 5c, 5d, 5e, 5-i); - a delay logic unit configured to add the new delay (5, 5a, 5b, 5c, 5d, 5e, 5-i) by storing it in the delay memory and to time the new delay (5; 5a, 5b, 5c, 5d, 5e, 5-i) by coupling it to that clock memory (3; 3a, 3b; 3c) which corresponds to the most significant digit position of the delay value of the new delay (5; 5a, 5b, 5c, 5d, 5e, 5-i) that is not zero, by subsequently coupling the new delay (5; 5a, 5b, 5c, 5d, 5e, 5-i) to that clock memory (3; 3a, 3b; 3c) which corresponds to the next less significant digit position of the delay value according to the delay value of the new delay (5; 5a, 5b, 5c, 5d, 5e, 5-i) and by generating a delay signal when the new delay expires; - wherein the delay value of the new delay is a decimal number.
A link monitoring method performed by a terminal, comprising according to whether a monitoring object is present in a first period, determining a link monitoring behavior, wherein the behavior comprises at least one of the following: reporting link quality information, not reporting link quality information, evaluating link quality or not evaluating link quality, characterized in that the monitoring object comprises a third monitoring object, the first period is an indication period corresponding to the third monitoring object, an evaluation period comprises K indication periods, and K is an integer greater than or equal to 1; and the method further comprises: in a case that the third monitoring object is not present in an indication period in the evaluation period, prolonging the evaluation period by one or a plurality of indication periods, wherein the prolonged part is located before the starting indication period of the evaluation period. reporting link quality information, not reporting link quality information, evaluating link quality or not evaluating link quality, characterized in that the monitoring object comprises a third monitoring object, the first period is an indication period corresponding to the third monitoring object, an evaluation period comprises K indication periods, and K is an integer greater than or equal to 1; and the method further comprises: in a case that the third monitoring object is not present in an indication period in the evaluation period, prolonging the evaluation period by one or a plurality of indication periods, wherein the prolonged part is located before the starting indication period of the evaluation period.
Front part of an aircraft bypass turbine engine comprising a fan surrounded by a fan casing as well as a reduction gear driving said fan, the front part of the turbine engine further comprising a gearbox as well as a mechanical power takeoff box driving the gearbox, the front part of the turbine engine comprising a first toothed wheel as well as a second toothed wheel forming part of the mechanical power takeoff box and driven by said first toothed wheel, characterised in that said first toothed wheel is constrained to rotate with a hub of the fan, in that the front part comprises a plurality of items of equipment, including an item of equipment for supplying the reduction gear with lubricant, the items of equipment being driven by the gearbox, and in that said plurality of items of equipment, as well as the gearbox, are arranged in an inter-duct compartment of the turbine engine.
A method of forming a CMC article, the method comprising: producing a matrix slurry composition that contains at least two resin binders, the at least two resin binders comprising a first primary resin binder having a carbon char yield of 30 to 70% and a second primary resin binder having a carbon char yield of 0 to 10%, the matrix slurry composition further comprising a SiC powder and the matrix slurry composition does not contain any carbon particulate, the SiC powder being a precursor for a SiC matrix of the CMC article and the at least two resin binders being a precursor for a carbon char of the SiC matrix, wherein the matrix slurry composition contains 5 to 25 weight percent of the first primary resin binder, and 2 to 20 weight percent of the second primary resin binder; impregnating a fiber reinforcement material with the matrix slurry composition to yield a preform; heating the preform to form a porous preform that contains the SiC matrix and porosity and to convert the at least two resin binders to the carbon char that is present within the porosity; and melt infiltrating the porosity within the porous preform with molten silicon or a molten silicon-containing alloy to react the carbon char and form silicon carbide that at least partially fills the porosity within the porous preform; wherein the carbon char constitutes essentially all of the elemental carbon in the porous preform. producing a matrix slurry composition that contains at least two resin binders, the at least two resin binders comprising a first primary resin binder having a carbon char yield of 30 to 70% and a second primary resin binder having a carbon char yield of 0 to 10%, the matrix slurry composition further comprising a SiC powder and the matrix slurry composition does not contain any carbon particulate, the SiC powder being a precursor for a SiC matrix of the CMC article and the at least two resin binders being a precursor for a carbon char of the SiC matrix, wherein the matrix slurry composition contains 5 to 25 weight percent of the first primary resin binder, and 2 to 20 weight percent of the second primary resin binder; impregnating a fiber reinforcement material with the matrix slurry composition to yield a preform; heating the preform to form a porous preform that contains the SiC matrix and porosity and to convert the at least two resin binders to the carbon char that is present within the porosity; and melt infiltrating the porosity within the porous preform with molten silicon or a molten silicon-containing alloy to react the carbon char and form silicon carbide that at least partially fills the porosity within the porous preform; wherein the carbon char constitutes essentially all of the elemental carbon in the porous preform.