mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a ceramic matrix composite component , said method comprising: applying a first amount of adhesive across a surface of a release film ; providing a first ceramic foam panel including a plurality of channels formed on a first side of the first ceramic foam panel; contacting the first ceramic foam panel and the release film such that adhesive transfers to the first side of the first ceramic foam panel; and coupling the first ceramic foam panel to a second ceramic foam panel ; wherein applying a first amount of adhesive comprises determining the first amount of adhesive that facilitates limiting excess adhesive from flowing into the plurality of channels ; wherein determining the first amount of adhesive comprises measuring a thickness (T 1 ) of the first amount of adhesive on the surface of the release film , wherein coupling the first ceramic foam panel comprises applying a second amount of adhesive to a first side of the second ceramic foam panel, and coupling the first side of the first ceramic foam panel to the first side of the second ceramic foam panel; and the method further comprising determining the first and second amounts of adhesive that facilitates reducing a cross-sectional area of the plurality of channels by less than about 10 percent. applying a first amount of adhesive across a surface of a release film ; providing a first ceramic foam panel including a plurality of channels formed on a first side of the first ceramic foam panel; contacting the first ceramic foam panel and the release film such that adhesive transfers to the first side of the first ceramic foam panel; and coupling the first ceramic foam panel to a second ceramic foam panel ; wherein applying a first amount of adhesive comprises determining the first amount of adhesive that facilitates limiting excess adhesive from flowing into the plurality of channels ; wherein determining the first amount of adhesive comprises measuring a thickness (T 1 ) of the first amount of adhesive on the surface of the release film , wherein coupling the first ceramic foam panel comprises applying a second amount of adhesive to a first side of the second ceramic foam panel, and coupling the first side of the first ceramic foam panel to the first side of the second ceramic foam panel; and the method further comprising determining the first and second amounts of adhesive that facilitates reducing a cross-sectional area of the plurality of channels by less than about 10 percent.
A method for the extraction of an organic solute from a water supply comprising: (i) treating the water supply containing one or more organic solutes by passing the water supply through a filter media vessel comprising a filter media to remove at least one of the one or more organic solutes from the water supply and providing a treated water supply, wherein the filter media comprises a porous media synthesized via a sol-gel derived process with a composition of 20-100% by weight of an alkoxysilane precursor having the following structure : where: x = 2, 3; y = 0, 1; x+y = 3; Ar = a single-, fused- or poly-aromatic ring; R' is an alkyl group ranging from a C 1 to a C 8 ; R is independently an organic group or alkyl functionality; and n and m are individually an integer from 1 to 8; (ii) regenerating the filter media after the filter media becomes saturated or partially saturated with organic solutes by purging the vessel with air, nitrogen or other inert gas prior to supplying a displacement fluid to the saturated filter media to remove at least one of the one or more organic solutes from the filter media and provide a waste displacement fluid comprising the displacement fluid and at least one or more organic solutes; and (iii) repeating steps (i) and (ii) one or more times to continue to treat the water supply. (i) treating the water supply containing one or more organic solutes by passing the water supply through a filter media vessel comprising a filter media to remove at least one of the one or more organic solutes from the water supply and providing a treated water supply, wherein the filter media comprises a porous media synthesized via a sol-gel derived process with a composition of 20-100% by weight of an alkoxysilane precursor having the following structure : where: x = 2, 3; y = 0, 1; x+y = 3; Ar = a single-, fused- or poly-aromatic ring; R' is an alkyl group ranging from a C 1 to a C 8 ; R is independently an organic group or alkyl functionality; and n and m are individually an integer from 1 to 8; x = 2, 3; y = 0, 1; x+y = 3; Ar = a single-, fused- or poly-aromatic ring; R' is an alkyl group ranging from a C 1 to a C 8 ; R is independently an organic group or alkyl functionality; and n and m are individually an integer from 1 to 8; (ii) regenerating the filter media after the filter media becomes saturated or partially saturated with organic solutes by purging the vessel with air, nitrogen or other inert gas prior to supplying a displacement fluid to the saturated filter media to remove at least one of the one or more organic solutes from the filter media and provide a waste displacement fluid comprising the displacement fluid and at least one or more organic solutes; and (iii) repeating steps (i) and (ii) one or more times to continue to treat the water supply.
A suspension formulation for subconjunctival injection into the eye of a human, the suspension formulation comprising: cyclosporin A; a suspending agent; an osmolality agent; one or more buffer; a surfactant; and a vehicle, wherein the cyclosporin A has a D 90 particle size in the range of about 70 μm to about 100 μm. cyclosporin A; a suspending agent; an osmolality agent; one or more buffer; a surfactant; and a vehicle, wherein the cyclosporin A has a D 90 particle size in the range of about 70 μm to about 100 μm.
A photovoltaic packaging (1; 101; 201; 301; 401; 601), comprising: - a polymer back layer , - a plurality of photovoltaic cells electrically connected to each other by electrical conductors, - a polymer front layer which is transparent to light, and which is configured to be connected to the polymer back layer by means of welding, wherein the plurality of mutually connected photovoltaic cells are located between the front layer and the back layer, the front layer and the back layer being locally connected to each other by means of a local welded connection , such that the plurality of photovoltaic cells is completely enclosed between the front layer and the back layer by the welded connection, surrounding the plurality of photovoltaic cells, and wherein each individual cell of the plurality of photovoltaic cells is separated from the remaining of the photovoltaic cells by the welded connection. - a polymer back layer , - a plurality of photovoltaic cells electrically connected to each other by electrical conductors, - a polymer front layer which is transparent to light, and which is configured to be connected to the polymer back layer by means of welding, wherein the plurality of mutually connected photovoltaic cells are located between the front layer and the back layer, the front layer and the back layer being locally connected to each other by means of a local welded connection , such that the plurality of photovoltaic cells is completely enclosed between the front layer and the back layer by the welded connection, surrounding the plurality of photovoltaic cells, and wherein each individual cell of the plurality of photovoltaic cells is separated from the remaining of the photovoltaic cells by the welded connection.
Baseplate of a safety belt retractor , comprising: - a mounting plate having a face designed to be attached against a motor vehicle chassis part , - a fixing element intended to allow the mounting plate to be fixed to said motor vehicle chassis part , and - at least one hook comprising a leg which projects from said face of the mounting plate and which bears a fastening tooth situated at a distance from the mounting plate , characterized in that the connection between the mounting plate and the leg extends over a length (l2) greater than or equal to the greatest length (l1) of the hook at the fastening tooth , said lengths (l1, l2) being measured along parallel axes (A1, A2). - a mounting plate having a face designed to be attached against a motor vehicle chassis part , - a fixing element intended to allow the mounting plate to be fixed to said motor vehicle chassis part , and - at least one hook comprising a leg which projects from said face of the mounting plate and which bears a fastening tooth situated at a distance from the mounting plate ,
A method for the manufacture of a spherical powder, said method comprising the steps: a) providing a chamber comprising a rotatable crucible, b) adding material into said rotatable crucible, c) melting the material, wherein heating at least partially is conducted using a plasma arc discharge, d) rotating the crucible to atomize the molten material under centrifugal force to form liquid droplets, with subsequent cooling of the droplets to obtain a powder, characterized in that the material added into said rotatable crucible is heated to a temperature from 40% to 80% of the melting temperature of the material before it enters the crucible, wherein the obtained powder is at least one refractory metal or refractory metal alloys or at least one carbide, boride or carbonitrides of refractory metal. a) providing a chamber comprising a rotatable crucible, b) adding material into said rotatable crucible, c) melting the material, wherein heating at least partially is conducted using a plasma arc discharge, d) rotating the crucible to atomize the molten material under centrifugal force to form liquid droplets, with subsequent cooling of the droplets to obtain a powder, characterized in that the material added into said rotatable crucible is heated to a temperature from 40% to 80% of the melting temperature of the material before it enters the crucible, wherein the obtained powder is at least one refractory metal or refractory metal alloys or at least one carbide, boride or carbonitrides of refractory metal.
An electronic device , comprising: a transparent cover ; a light source comprising light emitting circuitry configured to emit a first light in a first direction; a first polarizer disposed between the light source and the cover and configured to linearly polarize the first light; a first phase retarder disposed between the first polarizer and the cover and configured to change a polarization of the first light from a linear polarization to a non-linear polarization, wherein the first phase retarder is configured to change a polarization of a second light that is a portion of the first light reflected from skin of a user having been transmitted through the cover, the change in the polarization of the second light being from a non-linear polarization to a linear polarization, so that the second light with changed polarization is at least partially blocked by the first polarizer ; a fingerprint detecting device configured to detect a third light transmitted through the light source and forming a fingerprint image ; and wherein the third light is a portion of the first light that is scattered from the skin. a transparent cover ; a light source comprising light emitting circuitry configured to emit a first light in a first direction; a first polarizer disposed between the light source and the cover and configured to linearly polarize the first light; a first phase retarder disposed between the first polarizer and the cover and configured to change a polarization of the first light from a linear polarization to a non-linear polarization, wherein the first phase retarder is configured to change a polarization of a second light that is a portion of the first light reflected from skin of a user having been transmitted through the cover, the change in the polarization of the second light being from a non-linear polarization to a linear polarization, so that the second light with changed polarization is at least partially blocked by the first polarizer ; a fingerprint detecting device configured to detect a third light transmitted through the light source and forming a fingerprint image ; and wherein the third light is a portion of the first light that is scattered from the skin.
UNIFIED COOLING UNIT WITH MODULAR STRUCTURE suitable for installation in a vehicle attached to the wall of its box in a chest above the cabin, comprising a structure suitable for housing the batteries the condenser the compressor the compressor management electronics and the battery management electronics , and characterised in that said structure is compact and houses, in addition to the batteries , the condenser , the compressor , the electronic compressor management elements and the electrical battery management elements, all the connections between all the aforementioned elements, all of which are arranged in an accessible manner and wherein said structure is modular and comprises a module with a rear hole housing the batteries in a central position that distributes the loads giving stability to the whole and a front hole with the condenser unit and a transverse partition between them protecting the batteries, on the sides of this module , seen from the front of the vehicle, there is a left hole and a module with a right hole ; all of the modules have windows to the outside and are joined together by removable means. This structure is enclosed by a casing with a practicable area for each hole of each module and comprises connections to at least one evaporator . And wherein the module that comprising batteries and condenser also comprises a diaphanous front top window .
An integrated ignition module for an internal combustion engine , the module comprising: a housing configured for attachment to a chassis; an ignition circuit disposed in the housing ; a programmable controller disposed in the housing ; and a wireless transceiver disposed in the housing , the transceiver operably and communicably coupled to the controller to wirelessly exchange data between the controller and an external electronic device , characterized in that the transceiver is oriented out of phase with electromagnetic radiation generated by an ignition coil . a housing configured for attachment to a chassis; an ignition circuit disposed in the housing ; a programmable controller disposed in the housing ; and a wireless transceiver disposed in the housing , the transceiver operably and communicably coupled to the controller to wirelessly exchange data between the controller and an external electronic device , characterized in that the transceiver is oriented out of phase with electromagnetic radiation generated by an ignition coil .
Compression device for breast exams, comprising: a support element defining a flat surface made at least in part of material transparent to light and configured to come into contact with a lower area of the breast ; a substantially box-like body made at least in part of transparent material and comprising at least one elastic and deformable wall configured to compress an upper area of the breast , said elastic wall being opposite the flat surface and comprising a membrane configured to be deformed under the action of a pressurized fluid; and orientation means of the box-like body for moving the body itself with respect to the support element and as a function of the dimensions and shape of the breast ; wherein said box-like body comprises a flat wall opposite said membrane and made of rigid and transparent material, and two side walls made of rigid material and each of which interposed between the membrane and the flat wall ; characterized in that said orientation means comprise a pair of connection portions each hinged to a respective side wall ; each connection portion comprising a skid for sliding on the flat surface along a direction (A) away from/approaching the patient's body as a function of the dimensions of the breast . a support element defining a flat surface made at least in part of material transparent to light and configured to come into contact with a lower area of the breast ; a substantially box-like body made at least in part of transparent material and comprising at least one elastic and deformable wall configured to compress an upper area of the breast , said elastic wall being opposite the flat surface and comprising a membrane configured to be deformed under the action of a pressurized fluid; and orientation means of the box-like body for moving the body itself with respect to the support element and as a function of the dimensions and shape of the breast ; wherein said box-like body comprises a flat wall opposite said membrane and made of rigid and transparent material, and two side walls made of rigid material and each of which interposed between the membrane and the flat wall ; characterized in that said orientation means comprise a pair of connection portions each hinged to a respective side wall ; each connection portion comprising a skid for sliding on the flat surface along a direction (A) away from/approaching the patient's body as a function of the dimensions of the breast .
A joint comprising two or more steel materials including a first steel material and a second steel material jointed together, the first steel material and the second steel material being jointed by friction welding, the second steel material having an area of a surface to be jointed larger than the area of a surface to be jointed of the first steel material , the jointed part (P B ) of the second steel material having a two phase temperature region heated part (P 2 ), characterized in that the second steel material other than the jointed part (P B ) comprises an amount of carbon of 0.27 mass% or more and is comprised of mainly one or both of martensite and tempered martensite, the two phase temperature region heated part (P 2 ) having a plurality of the acicular soft phases (P F ) dispersed in the two phase temperature region heated part (P 2 ), the acicular soft phases (P F ) having an average aspect ratio of a long side and short side of 4.0 or more. the first steel material and the second steel material being jointed by friction welding, the second steel material having an area of a surface to be jointed larger than the area of a surface to be jointed of the first steel material , the jointed part (P B ) of the second steel material having a two phase temperature region heated part (P 2 ), characterized in that the second steel material other than the jointed part (P B ) comprises an amount of carbon of 0.27 mass% or more and is comprised of mainly one or both of martensite and tempered martensite, the two phase temperature region heated part (P 2 ) having a plurality of the acicular soft phases (P F ) dispersed in the two phase temperature region heated part (P 2 ), the acicular soft phases (P F ) having an average aspect ratio of a long side and short side of 4.0 or more.
A method for a second User Equipment, in the following also referred to as UE, to change sidelink identity associated with a first UE for a sidelink unicast link, comprising: establishing the sidelink unicast link with the first UE, wherein a first lower-layer identity of the first UE and a second lower-layer identity of the second UE are used for communicating between the first UE and the second UE via the sidelink unicast link ; receiving a Link Identifier Update Request message from the first UE, wherein the Link Identifier Update Request message includes a new first lower-layer identity of the first UE or information for deriving the new first lower-layer identity ; and transmitting a Link Identifier Update Response message to the first UE in response to reception of the Link Identifier Update Request message ; wherein a lower-layer identity of the first lower-layer identity, the new first lower-layer identity, and/or the second lower-layer identity is a Layer-2 identity; characterized by continuing to use the first lower-layer identity for receiving sidelink data from the first UE until a sidelink data frame with the new first lower-layer identity is received from the first UE . establishing the sidelink unicast link with the first UE, wherein a first lower-layer identity of the first UE and a second lower-layer identity of the second UE are used for communicating between the first UE and the second UE via the sidelink unicast link ; receiving a Link Identifier Update Request message from the first UE, wherein the Link Identifier Update Request message includes a new first lower-layer identity of the first UE or information for deriving the new first lower-layer identity ; and transmitting a Link Identifier Update Response message to the first UE in response to reception of the Link Identifier Update Request message ; wherein a lower-layer identity of the first lower-layer identity, the new first lower-layer identity, and/or the second lower-layer identity is a Layer-2 identity; characterized by continuing to use the first lower-layer identity for receiving sidelink data from the first UE until a sidelink data frame with the new first lower-layer identity is received from the first UE .
A battery mount provided for supplying a specific portable electric tool with a rechargeable battery , comprising a shoe provided for holding the battery , and a specific contact base equipped with electrical connections that pass therethrough, characterised in that the contact base is removable with respect to the shoe and the shoe is designed to removably attach the battery, which is standard, the base comprising on one side a standard face suitable to fit on the shoe , having a first end of the electrical connections coming onto the shoe or onto the standard battery , and comprising on the other side a specific face designed to fit on the specific portable electric tool , having a second end of the electrical connections configured to come into contact with the terminals of the tool.
Oscillation module for a compacting roller of a soil compactor, comprising: - a plate-like carrier , wherein the carrier has a connection formation for firmly connecting the carrier to a carrier structure of a compacting roller , - at least two oscillation mass units supported on the carrier at a distance from one another, each oscillation mass unit comprising an imbalance mass rotatably supported on the carrier about an oscillation axis of rotation (O), - an oscillation drive motor , wherein each imbalance mass of each oscillation mass unit can be driven by the oscillation drive motor for rotation about the respectively assigned oscillation axis of rotation (O), characterised in that the oscillation drive motor is supported on the carrier via a roller drive motor , wherein the oscillation drive motor comprises a motor housing supported on the carrier , positioned substantially on a first axial side of the carrier , and a motor shaft which penetrates an opening in the carrier and interacts with the oscillating mass units in a drive interaction on a second axial side of the carrier . - a plate-like carrier , wherein the carrier has a connection formation for firmly connecting the carrier to a carrier structure of a compacting roller , - at least two oscillation mass units supported on the carrier at a distance from one another, each oscillation mass unit comprising an imbalance mass rotatably supported on the carrier about an oscillation axis of rotation (O), - an oscillation drive motor , wherein each imbalance mass of each oscillation mass unit can be driven by the oscillation drive motor for rotation about the respectively assigned oscillation axis of rotation (O),