mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing a woven fabric material for use in a ceramic matrix composite, the method comprising: passing a desized woven fabric tape having a first inter-filament spacing through a dispersal module configured to transform the desized woven fabric tape into a dispersed woven fabric tape having a second inter-filament spacing greater than the first inter-filament spacing, the dispersal module comprising: a first charging element disposed to apply an electric charge to the desized woven fabric tape , the first charging element comprising a charged surface; and applying a polymer binder to the dispersed woven fabric tape to create a stabilized woven fabric tape having the second inter-filament spacing. a first charging element disposed to apply an electric charge to the desized woven fabric tape , the first charging element comprising a charged surface; and applying a polymer binder to the dispersed woven fabric tape to create a stabilized woven fabric tape having the second inter-filament spacing.
A spirit level having a spirit level body which has at least one recess into which at least one bubble tube holder accommodating a bubble tube is fitted, wherein the spirit level body has an opening in the region of the recess , into which opening an adjustment means can be introduced, wherein the spirit level body is deformed by actuation of the adjustment means introduced into the opening and thereby a bubble tube holder which accommodates the bubble tube and which is inserted into the recess can be rotated, characterised in that the adjustment means is in the form of an eccentric or a conical screw or a wedge.
A cartridge assembly for delivering a quantity of medication to bone marrow of a bone comprising: a fluid reservoir (132; 132a) having a first end and a second end; a hollow, bone penetrating needle releasably engaged with the first end of the fluid reservoir (132; 132a), the needle operable to penetrate into the bone and bone marrow; a plunger assembly including a plunger shaft and a piston slidably disposed in the fluid reservoir (132; 132a); a drive connector attached to the second end of the fluid reservoir (132; 132a) opposite from the bone penetrating needle ; and a portion of the plunger shaft extending from the second end of the fluid reservoir (132; 132a), where the drive connector is operable to be releasably engaged with a plunger operating and cartridge drive mechanism ; and where the needle is operable to be disengaged from the fluid reservoir (132; 132a) when the needle has penetrated into the bone and bone marrow. a fluid reservoir (132; 132a) having a first end and a second end; a hollow, bone penetrating needle releasably engaged with the first end of the fluid reservoir (132; 132a), the needle operable to penetrate into the bone and bone marrow; a plunger assembly including a plunger shaft and a piston slidably disposed in the fluid reservoir (132; 132a); a drive connector attached to the second end of the fluid reservoir (132; 132a) opposite from the bone penetrating needle ; and a portion of the plunger shaft extending from the second end of the fluid reservoir (132; 132a), where the drive connector is operable to be releasably engaged with a plunger operating and cartridge drive mechanism ; and where the needle is operable to be disengaged from the fluid reservoir (132; 132a) when the needle has penetrated into the bone and bone marrow.
A nitride semiconductor laser, comprising: a first nitride semiconductor layer ; a light-emitting layer on the first nitride semiconductor layer , the light-emitting layer including a nitride semiconductor; a second nitride semiconductor layer on the light-emitting layer , the second nitride semiconductor layer having a ridge portion ; an electrode component on the second nitride semiconductor layer , the electrode component being in contact with an upper surface of the ridge portion and wider than the ridge portion ; and a dielectric layer on side surfaces of the ridge portion , the dielectric layer including SiO 2 , wherein a space is present between the electrode component and the dielectric layer , characterised in that the electrode component is prevented from being in contact with the dielectric layer by the space . a first nitride semiconductor layer ; a light-emitting layer on the first nitride semiconductor layer , the light-emitting layer including a nitride semiconductor; a second nitride semiconductor layer on the light-emitting layer , the second nitride semiconductor layer having a ridge portion ; an electrode component on the second nitride semiconductor layer , the electrode component being in contact with an upper surface of the ridge portion and wider than the ridge portion ; and a dielectric layer on side surfaces of the ridge portion , the dielectric layer including SiO 2 , wherein a space is present between the electrode component and the dielectric layer , characterised in that the electrode component is prevented from being in contact with the dielectric layer by the space .
An exhaust system for a vehicular lean-burn internal combustion engine, which system comprising: (a) a first substrate monolith comprising a SCR catalyst; (b) at least one second substrate monolith comprising a catalytic washcoat coating comprising at least one platinum group metal (PGM), which at least one second substrate monolith is disposed upstream of the first substrate monolith; and (c) a third substrate monolith disposed between the first substrate monolith and the or each second substrate monolith, wherein at least one platinum group metal (PGM) on the at least one second substrate monolith comprises platinum, wherein the third substrate monolith comprises at least one material for trapping volatilised platinum group metal (PGM) comprises: a metal oxide selected from the group consisting of optionally stabilised alumina, optionally stabilised zirconia, an optionally stabilised ceria-zirconia mixed oxide and mixtures of any two or more thereof; and a catalyst composition comprising at least one metal selected from the group consisting of copper, silver, gold and combinations of any two or more thereof, supported on at least one support material. (a) a first substrate monolith comprising a SCR catalyst; (b) at least one second substrate monolith comprising a catalytic washcoat coating comprising at least one platinum group metal (PGM), which at least one second substrate monolith is disposed upstream of the first substrate monolith; and (c) a third substrate monolith disposed between the first substrate monolith and the or each second substrate monolith, a metal oxide selected from the group consisting of optionally stabilised alumina, optionally stabilised zirconia, an optionally stabilised ceria-zirconia mixed oxide and mixtures of any two or more thereof; and a catalyst composition comprising at least one metal selected from the group consisting of copper, silver, gold and combinations of any two or more thereof, supported on at least one support material.
A method of synchronizing notification messages for electronic devices , comprising: - monitoring if a first electronic device has a notification message ; - if the first electronic device has the notification message, determining if the first electronic device is on standby ; - upon determining that the first electronic device is on standby, the first electronic device submitting a display request for the notification message to a server , wherein the display request carries the notification message and a message identifier ; - determining if the display request has been processed by the server during a first preset wait period ; - if it determines that the display request has been processed by the server during the first preset wait period, the server determining if a second, active, electronic device is present ; and - if the server determines that a second, active, electronic device is present , the server sending the notification message, according to the message identifier, to a second, active, electronic device ; - wherein, if the first electronic device is active, the first electronic device displays the notification message . - monitoring if a first electronic device has a notification message ; - if the first electronic device has the notification message, determining if the first electronic device is on standby ; - upon determining that the first electronic device is on standby, the first electronic device submitting a display request for the notification message to a server , wherein the display request carries the notification message and a message identifier ; - determining if the display request has been processed by the server during a first preset wait period ; - if it determines that the display request has been processed by the server during the first preset wait period, the server determining if a second, active, electronic device is present ; and - if the server determines that a second, active, electronic device is present , the server sending the notification message, according to the message identifier, to a second, active, electronic device ; - wherein, if the first electronic device is active, the first electronic device displays the notification message .
An outdoor device for an air conditioner, the outdoor device comprising: a cabinet including at least one suction panel ; a base provided at a lower side of the cabinet; and a compressor and a heat exchanger , each of which are provided on the base, wherein the base includes: a base body on which the compressor is provided; and an edge portion provided along a circumference of the base body , characterized in that : the device further comprises a step that extends in an upward direction from the base body toward the edge portion and a support guide provided on the edge portion to increase an area by which the heat exchanger is supported; the base body includes a first seat thereon, configured to protrude in the upward direction to support the compressor ; and the edge portion includes an edge body and a second seat configured to protrude in the upward direction from the edge body to support the heat exchanger . a cabinet including at least one suction panel ; a base provided at a lower side of the cabinet; and a compressor and a heat exchanger , each of which are provided on the base, wherein the base includes: a base body on which the compressor is provided; and an edge portion provided along a circumference of the base body , characterized in that : the device further comprises a step that extends in an upward direction from the base body toward the edge portion and a support guide provided on the edge portion to increase an area by which the heat exchanger is supported; the base body includes a first seat thereon, configured to protrude in the upward direction to support the compressor ; and the edge portion includes an edge body and a second seat configured to protrude in the upward direction from the edge body to support the heat exchanger . a base body on which the compressor is provided; and an edge portion provided along a circumference of the base body , characterized in that : the device further comprises a step that extends in an upward direction from the base body toward the edge portion and a support guide provided on the edge portion to increase an area by which the heat exchanger is supported; the base body includes a first seat thereon, configured to protrude in the upward direction to support the compressor ; and the edge portion includes an edge body and a second seat configured to protrude in the upward direction from the edge body to support the heat exchanger . the device further comprises a step that extends in an upward direction from the base body toward the edge portion and a support guide provided on the edge portion to increase an area by which the heat exchanger is supported; the base body includes a first seat thereon, configured to protrude in the upward direction to support the compressor ; and the edge portion includes an edge body and a second seat configured to protrude in the upward direction from the edge body to support the heat exchanger .
A system for detecting fluid coverage of a substrate, comprising: a. a substrate holder for holding the substrate; b. an array of capacitive plates in proximity to the substrate holder ; c. a fluid supply configured to deliver a fluid to the substrate held on the substrate holder ; and, d. sensing electronics in electrical connection to the array of capacitive plates , wherein the sensing electronics periodically connect two poles of a current to at least one pair of plates and detects an output signal indicative of an electric property between the at least one pair of plates , wherein the sensing electronics are configured to determine a baseline output signal indicative of a substrate having no fluid coverage thereon, wherein the sensing electronics are configured to develop a coverage map of the fluid as it is dispensed to the substrate by detecting a difference in the electric field due to the presence of the fluid in the vicinity of a plurality of pairs of capacitive plates in comparison to the baseline output signal indicative of the substrate having no fluid coverage thereon, wherein the coverage map is provided to a controller that controls the fluid supply to establish a feedback loop that directs the fluid supply to apply additional fluid to the substrate until a pre-determined coverage of the substrate is reached. a. a substrate holder for holding the substrate; b. an array of capacitive plates in proximity to the substrate holder ; c. a fluid supply configured to deliver a fluid to the substrate held on the substrate holder ; and, d. sensing electronics in electrical connection to the array of capacitive plates , wherein the sensing electronics periodically connect two poles of a current to at least one pair of plates and detects an output signal indicative of an electric property between the at least one pair of plates ,
A recording medium , comprising: an ink-receiving layer configured to receive an ink for inkjet recording; a transparent sheet having a total luminous transmittance of 50% or more; a releasing layer comprising a composition including a release agent; and a base material sheet serving as a support for the releasing layer , wherein the recording medium has a layered structure in which the ink-receiving layer , the transparent sheet , the releasing layer , and the base material sheet are sequentially stacked and the ink-receiving layer and the transparent sheet are in abutment with each other, wherein the ink-receiving layer comprises a gap-absorption-type ink-receiving layer comprising a composition including at least alumina fine particles having an average particle diameter from 120 nm to 200 nm and polyvinyl alcohol having a weight-average polymerization degree of 2,000 or more and 5,000 or less and a saponification degree of 70 mol% or more and 90 mol% or less, and wherein an image is recorded with a pigment ink comprising a resin dispersion-type pigment, and the recording medium is used for transferring the image onto an image support . an ink-receiving layer configured to receive an ink for inkjet recording; a transparent sheet having a total luminous transmittance of 50% or more; a releasing layer comprising a composition including a release agent; and a base material sheet serving as a support for the releasing layer , wherein the recording medium has a layered structure in which the ink-receiving layer , the transparent sheet , the releasing layer , and the base material sheet are sequentially stacked and the ink-receiving layer and the transparent sheet are in abutment with each other, wherein the ink-receiving layer comprises a gap-absorption-type ink-receiving layer comprising a composition including at least alumina fine particles having an average particle diameter from 120 nm to 200 nm and polyvinyl alcohol having a weight-average polymerization degree of 2,000 or more and 5,000 or less and a saponification degree of 70 mol% or more and 90 mol% or less, and wherein an image is recorded with a pigment ink comprising a resin dispersion-type pigment, and the recording medium is used for transferring the image onto an image support .
An article of manufacture comprising: an insulation mat comprising a cured combination of a plurality of randomly oriented fibers, notably wherein the plurality of randomly oriented fibers are one of fiberglass fibers and rock wool fibers, and a binder, the insulation mat extending between a first surface and a second surface; a veil attached to the first surface, the veil structured to inhibit physical movement of the cured combination through the veil; a metal sheet, notably a galvanized metal sheet, attached to the second surface by a water-containing adhesive contacting the metal sheet and the second surface; and a corrosion inhibitor composition deposited on the cured combination of the insulation mat, the corrosion inhibitor composition being effective to modify toward neutral a pH of the cured combination in contact with water from the water-containing adhesive. an insulation mat comprising a cured combination of a plurality of randomly oriented fibers, notably wherein the plurality of randomly oriented fibers are one of fiberglass fibers and rock wool fibers, and a binder, the insulation mat extending between a first surface and a second surface; a veil attached to the first surface, the veil structured to inhibit physical movement of the cured combination through the veil; a metal sheet, notably a galvanized metal sheet, attached to the second surface by a water-containing adhesive contacting the metal sheet and the second surface; and a corrosion inhibitor composition deposited on the cured combination of the insulation mat, the corrosion inhibitor composition being effective to modify toward neutral a pH of the cured combination in contact with water from the water-containing adhesive.
Encapsulated electrical machine comprising a stator arranged in a housing tube , which stator has a stator core with a stator winding and cooling channels for guiding a cooling fluid, and comprising a rotor having a laminated rotor core rotatably connected to a rotor shaft and permanent magnets or short-circuit rods arranged therein, and comprising end shields arranged on both sides, which are connected to the rotor shaft via corresponding bearings , a fan being provided on the rotor, and cooling channels being arranged in the laminated rotor core , which channels are connected to corresponding return lines, characterised in that a rotor tube delimited by rotor discs and having a cavity is arranged between the rotor shaft and the laminated rotor core , which rotor tube is connected, via radially arranged bars with openings formed therebetween, to a rotor hub arranged on the rotor shaft , and the openings form the return lines for the cooling air flow , and air guiding elements are provided for separating the cooling air flow from the stator such that, separately from the cooling of the stator, a closed cooling air flow is formed over the end shield which is arranged on the axial side of the rotor opposite the fan , and, on the side, facing the rotor, of the end shield which is arranged on the axial side of the rotor opposite the fan , a plurality of cooling ribs arranged at regular angular intervals from one another are arranged on the side of the end shield facing the rotor within the cooling air flow .
An apparatus , comprising: an array of sensors, each sensor comprising at least one chemically-sensitive field effect transistor (chemFET), each of said chemFETs having a floating gate structure and a passivation layer located over said floating gate structures , said floating gate structure comprising a topmost metal layer ; a plurality of microwells defining a plurality of cavities with one microwell disposed over each of said floating gate structures , said cavities being of a size and shape capable of retaining analyte therein, and a layer of first material disposed over said chemFETs, wherein said microwells are formed in said first material and have a configuration of sidewalls with a thin layer of metal (75E4) over said configuration of sidewalls, said thin layer of metal (75E4) being in contact with said topmost metal layer of said floating gate structures and being removed from the tops of the microwell array, and said thin layer of metal (75E4) and said topmost metal layer being covered by said passivation layer , wherein said passivation layer has at least one first metal oxide sensing layer. an array of sensors, each sensor comprising at least one chemically-sensitive field effect transistor (chemFET), each of said chemFETs having a floating gate structure and a passivation layer located over said floating gate structures , said floating gate structure comprising a topmost metal layer ; a plurality of microwells defining a plurality of cavities with one microwell disposed over each of said floating gate structures , said cavities being of a size and shape capable of retaining analyte therein, and a layer of first material disposed over said chemFETs, wherein said microwells are formed in said first material and have a configuration of sidewalls with a thin layer of metal (75E4) over said configuration of sidewalls, said thin layer of metal (75E4) being in contact with said topmost metal layer of said floating gate structures and being removed from the tops of the microwell array, and said thin layer of metal (75E4) and said topmost metal layer being covered by said passivation layer , wherein said passivation layer has at least one first metal oxide sensing layer.
A method for enhancing the productivity of a hydrocarbon-bearing formation penetrated by a gas producing well comprising pumping into the gas producing well a non-aqueous gelled fluid comprising liquefied natural gas and a gellant and thereby creating or enlarging a fracture in the subterranean formation, wherein the gellant is a phosphate ester.
A coating composition comprising: (A) 20 to 40 weight % of a silicone rubber, (B) 1 to 3 weight % of a thermal conductive filler, (C) 0.5 to 1 weight % of a polysiloxane having the Formula R 1 3 Si(OSiMe 2 ) m OSiR 2 r R 3 (3-r) Formula wherein Me is a methyl group, R 1 and R 3 are independently an alkyl group having 1 to 4 carbon atoms, R 2 is a group selected from hydroxyl group, an alkoxy group having 1 to 3 carbon atoms, a vinyl group and a hydrogen atom, r is a number from 1 to 3, m is a number from 30 to 100, (D) 0.1 to 2 weight % of an unsaturated group-containing alkoxysilane, (E) 10 to 200 ppm by weight of a catalyst and (F) 50 to 70 weight % of solvent; wherein the weight % is relative to the total weight of the coating composition. (A) 20 to 40 weight % of a silicone rubber, (B) 1 to 3 weight % of a thermal conductive filler, (C) 0.5 to 1 weight % of a polysiloxane having the Formula R 1 3 Si(OSiMe 2 ) m OSiR 2 r R 3 (3-r) Formula wherein Me is a methyl group, R 1 and R 3 are independently an alkyl group having 1 to 4 carbon atoms, R 2 is a group selected from hydroxyl group, an alkoxy group having 1 to 3 carbon atoms, a vinyl group and a hydrogen atom, r is a number from 1 to 3, m is a number from 30 to 100, (D) 0.1 to 2 weight % of an unsaturated group-containing alkoxysilane, (E) 10 to 200 ppm by weight of a catalyst and (F) 50 to 70 weight % of solvent;