mhurhangee/patent-ind-claim-en huggingface dataset:
Vane (24; 26) of an axial turbomachine , in particular of a compressor (5; 6), the vane (24; 26) comprising: an airfoil intended to extend radially in a flow (18; 20) of the turbomachine ; a cavity formed in the material of the airfoil of the vane (24; 26); and a reinforcing mesh disposed in the cavity , the mesh being three-dimensional and forming a plurality of stitches along the thickness of the airfoil ; characterised in that it further comprises closed foam contacting the mesh and sealing the cavity to isolate it from the environment of the vane (24; 26). an airfoil intended to extend radially in a flow (18; 20) of the turbomachine ; a cavity formed in the material of the airfoil of the vane (24; 26); and a reinforcing mesh disposed in the cavity , the mesh being three-dimensional and forming a plurality of stitches along the thickness of the airfoil ; characterised in that it further comprises closed foam contacting the mesh and sealing the cavity to isolate it from the environment of the vane (24; 26).
A method of manufacturing a stabilized fiber bundle, comprising subjecting an acrylic fiber bundle aligned, to a heat treatment in an oxidizing atmosphere, with the acrylic fiber bundle being turned around by a guide roller placed on each of both ends outside a hot air heating-type oxidation oven, wherein an air velocity Vm of first hot air sent through supply nozzle(s) disposed above and/or under a fiber bundle travelled in the oxidation oven, in a substantially horizontal direction to a travelling direction of the fiber bundle, and an air velocity Vf of second hot air flowing in a fiber bundle passing flow channel in which the fiber bundle is travelled satisfy expression 1). 0.2 ≤ Vf / Vm ≤ 2.0
A method for isolating a target cell from a blood sample for analysis of the whole genome of the target cell, wherein the target cell is a fetal cell in form of a single cell, said method comprises steps of: subjecting the blood sample to immunomagnetic bead sorting, thereby obtaining a first sorted product containing the target cell, wherein the immunomagnetic bead sorting uses beads coated with an antibody, wherein the antibody bound on the bead is specific for a surface antigen expressed exclusively on non-target cells, and wherein the target cell comprised in the first sorted product is not bound to the antibody used for the immunomagnetic bead sorting; staining a surface antigen on the first sorted product, followed by incubation, centrifugation and washing, thereby obtaining a precipitate containing the target cell, said surface antigen being at least one selected from the group consisting of CD45, CD14, CD56, CD19 and CD20; suspending the resulting precipitate with a buffer, thereby obtaining a first solution containing the target cell; incubating the first solution containing the target cell with Hoechst 33342/Propidium Iodide (PI) dyes at room temperature in a dark place, thereby obtaining a second solution containing stained cells; and sorting the second solution containing stained cells which is diluted in advance by flow cytometer, collecting as a second sorted product cells which are Hoechst-positive, PI negative, and negative for said at least one surface antigen stained on the first sorted product; and separating the second sorted product by mouth-controlled pipette, thereby obtaining the target cell in form of the single cell. subjecting the blood sample to immunomagnetic bead sorting, thereby obtaining a first sorted product containing the target cell, wherein the immunomagnetic bead sorting uses beads coated with an antibody, wherein the antibody bound on the bead is specific for a surface antigen expressed exclusively on non-target cells, and wherein the target cell comprised in the first sorted product is not bound to the antibody used for the immunomagnetic bead sorting; staining a surface antigen on the first sorted product, followed by incubation, centrifugation and washing, thereby obtaining a precipitate containing the target cell, said surface antigen being at least one selected from the group consisting of CD45, CD14, CD56, CD19 and CD20; suspending the resulting precipitate with a buffer, thereby obtaining a first solution containing the target cell; incubating the first solution containing the target cell with Hoechst 33342/Propidium Iodide (PI) dyes at room temperature in a dark place, thereby obtaining a second solution containing stained cells; and sorting the second solution containing stained cells which is diluted in advance by flow cytometer, collecting as a second sorted product cells which are Hoechst-positive, PI negative, and negative for said at least one surface antigen stained on the first sorted product; and separating the second sorted product by mouth-controlled pipette, thereby obtaining the target cell in form of the single cell.
A hand-held vapour generating device (100/200) for producing a vapour for inhalation by a user, this device comprising: an oven arranged to receive a vapour generating substrate ; an inlet ; an outlet ; an airflow passageway for providing a fluid connection between the inlet and the outlet via the oven and through which generated vapour can flow to the outlet; a device controller; a humidity sensor for generating a measurement of a vapor produced by said substrate, wherein the device controller is arranged to control the operation of the device based on measurement data from the humidity sensor; and a gas sensor for measuring adverse/undesirable components in the produced vapor, such that when the device controller determines that a substrate is genuine, based on the measurement data from the humidity sensor, said gas sensor takes measurement of the generated vapour. an oven arranged to receive a vapour generating substrate ; an inlet ; an outlet ; an airflow passageway for providing a fluid connection between the inlet and the outlet via the oven and through which generated vapour can flow to the outlet; a device controller; a humidity sensor for generating a measurement of a vapor produced by said substrate, wherein the device controller is arranged to control the operation of the device based on measurement data from the humidity sensor; and a gas sensor for measuring adverse/undesirable components in the produced vapor, such that when the device controller determines that a substrate is genuine, based on the measurement data from the humidity sensor, said gas sensor takes measurement of the generated vapour.
Sorting method for sorting , preferably coarse ceramic, refractory, shaped products (1;1a;1b), preferably bricks, wherein the products (1;1a;1b) are sorted at least on the basis of their mineral and/or chemical composition, wherein the products (1;1a;1b) comprise a transponder which is read out for sorting and the products (1;1a;1b) are sorted at least with regard to their mineral and/or chemical composition on the basis of or by processing the read-out information, and wherein the products (1;1a;1b) are a) at least partially products used in an aggregate , preferably a furnace or a transport vessel, and broken out of this after use, and/or b) at least partially products (1;1a) that are unusable for use, in particular waste products (1;1a) that incur during manufacture and/or products (1;1a) that have changed, preferably hydrated, during storage and/or transport. wherein the products (1;1a;1b) comprise a transponder which is read out for sorting and the products (1;1a;1b) are sorted at least with regard to their mineral and/or chemical composition on the basis of or by processing the read-out information, and wherein the products (1;1a;1b) are a) at least partially products used in an aggregate , preferably a furnace or a transport vessel, and broken out of this after use, and/or b) at least partially products (1;1a) that are unusable for use, in particular waste products (1;1a) that incur during manufacture and/or products (1;1a) that have changed, preferably hydrated, during storage and/or transport. a) at least partially products used in an aggregate , preferably a furnace or a transport vessel, and broken out of this after use, and/or b) at least partially products (1;1a) that are unusable for use, in particular waste products (1;1a) that incur during manufacture and/or products (1;1a) that have changed, preferably hydrated, during storage and/or transport.
A liquid nail lacquer composition comprising a pharmaceutically active compound being acetic acid, and an aqueous poly (urea-urethane) polymer dispersion for providing a film on a subject, characterized in that said aqueous poly (urea-urethane) polymer dispersion is comprised in an amount of at least 25 wt.%, relative to the total weight of the composition, as determined according to DIN EN ISO 3251.
Friction ring for a brake drum , preferably for a composite brake drum, wherein the friction ring forms an insert for overmolding by a foundry method of a metal, for example an aluminum alloy, the friction ring : having an axis of symmetry (X-X), and comprising a sheet metal strip preferably a strip of sheet steel, said strip : having an annular shape around the axis of symmetry (X-X), the annular shape having been formed by rolling the strip , and comprising at least one protrusion having been formed by punching the strip . having an axis of symmetry (X-X), and comprising a sheet metal strip preferably a strip of sheet steel, said strip : having an annular shape around the axis of symmetry (X-X), the annular shape having been formed by rolling the strip , and comprising at least one protrusion having been formed by punching the strip . having an annular shape around the axis of symmetry (X-X), the annular shape having been formed by rolling the strip , and comprising at least one protrusion having been formed by punching the strip .
Sorting apparatus for a compacting system , wherein the sorting apparatus is provided for arrangement between a compacting unit and a collecting unit of the compacting system and is designed to receive from the compacting unit , and to feed the collecting unit , a container (P') which has been compacted by the compacting unit , wherein the sorting apparatus has a sorting element , which can be rotated about an axis of rotation (R) and is designed to carry along the compacted container (P'), once received, along a direction of rotation (r) about the axis of rotation (R) and to convey the compacted container (P') in the direction of the collecting unit ; the sorting apparatus has a pick-up surface for picking up the compacted container (P'), said pick-up surface being arranged essentially perpendicularly in relation to the axis of rotation (R); the sorting apparatus has a boundary edge which is at least to some extent radially symmetrical in relation to the axis of rotation (R), is at least partially radially adjacent to the sorting element , as seen in relation to the axis of rotation (R), and is designed to guide within the sorting apparatus the compacted container (P') which is carried along by the sorting element ; characterized in that the sorting apparatus is configured for an inclined arrangement in relation to the gravitational-force direction (G), along which the force of gravity acts, said arrangement being such that the axis of rotation (R) intersects the gravitational-force direction (G) at an angle of more than 0°; and the sorting element is designed to eject the compacted container (P') at an ejecting opening of the sorting apparatus , in order to convey the compacted container in the direction of the collecting unit , wherein the compacted container (P') is ejected at least to some extent counter to the gravitational-force direction (G), and in that the sorting element has an impeller wheel with at least one vane formed radially in relation to the axis of rotation (R).
A sealing process , comprising: applying a first reactant to a substrate having a porous structure , the first reactant comprising at least one of a trivalent chromium precursor and a transition metal precursor; and applying a second reactant to the first reactant to form reservoirs of trivalent chromium in the porous structure , and a physical barrier over the substrate and the reservoirs, characterised in that the second reactant comprises a rare earth element precursor and an alkaline earth element precursor, and the physical barrier comprises a crystalline structure that comprises chromium, a transition metal element, a rare earth element, and an alkaline earth element. applying a first reactant to a substrate having a porous structure , the first reactant comprising at least one of a trivalent chromium precursor and a transition metal precursor; and applying a second reactant to the first reactant to form reservoirs of trivalent chromium in the porous structure , and a physical barrier over the substrate and the reservoirs, characterised in that the second reactant comprises a rare earth element precursor and an alkaline earth element precursor, and the physical barrier comprises a crystalline structure that comprises chromium, a transition metal element, a rare earth element, and an alkaline earth element.
A device, comprising at least a first connection , a second connection as well as a first outlet and a second outlet , characterized in that (a) the first connection is operatively connected aa) by means of a control line via a pilot connection to a first check valve as well as bb) via a return line to a second check valve and cc) by means of an actuation line to a third check valve ; (b) the Y-outlet of the second check valve is operatively connected to the X-outlet of a fourth check valve as well as to the first outlet and the second outlet and simultaneously to the X-outlet of the third check valve ; (c) the Y-outlet of the fourth check valve is operatively connected to the Y-outlet of the first check valve by means of a filling line ; (d) the X-outlet of the first check valve is operatively connected to the second connection and the latter is operatively connected via an accumulator line to an accumulator ; (e) the first connection is connected to a brake line and the first outlet and the second outlet are connectable to a brake cylinder . (a) the first connection is operatively connected aa) by means of a control line via a pilot connection to a first check valve as well as bb) via a return line to a second check valve and cc) by means of an actuation line to a third check valve ; (b) the Y-outlet of the second check valve is operatively connected to the X-outlet of a fourth check valve as well as to the first outlet and the second outlet and simultaneously to the X-outlet of the third check valve ; (c) the Y-outlet of the fourth check valve is operatively connected to the Y-outlet of the first check valve by means of a filling line ; (d) the X-outlet of the first check valve is operatively connected to the second connection and the latter is operatively connected via an accumulator line to an accumulator ; (e) the first connection is connected to a brake line and the first outlet and the second outlet are connectable to a brake cylinder .
A workpiece holding device including a plurality of holding claws configured to hold a workpiece , the workpiece holding device comprising: a plurality of claw opening/closing members provided for the holding claws , respectively, and configured to displace the holding claws in a direction closer to or away from the workpiece ; a holding member configured to hold each of the claw opening/closing members in a movable manner individually; and a displacing member configured to displace the holding members together with the holding claws ; and a guide member configured to guide the claw opening/closing member when the claw opening/closing member is displaced, characterized in that inner and outer arc slits are formed in the holding member in a concentric manner, the claw opening/closing members are configured to be moved together with the holding claws along one of the arc slits , while the claw opening/closing members are positioned within the arc slit , the guide member is configured to be displaced along another one of the two arc slits . a plurality of claw opening/closing members provided for the holding claws , respectively, and configured to displace the holding claws in a direction closer to or away from the workpiece ; a holding member configured to hold each of the claw opening/closing members in a movable manner individually; and a displacing member configured to displace the holding members together with the holding claws ; and a guide member configured to guide the claw opening/closing member when the claw opening/closing member is displaced, characterized in that inner and outer arc slits are formed in the holding member in a concentric manner, the claw opening/closing members are configured to be moved together with the holding claws along one of the arc slits , while the claw opening/closing members are positioned within the arc slit , the guide member is configured to be displaced along another one of the two arc slits .
A method of diagnosing a fault in an air-conditioning pack of an aircraft where the air-conditioning pack includes one or more sensors outputting data related to air-conditioning pack temperature, air-conditioning pack pressure, or air-conditioning pack valve position, the method comprising: transmitting data from at least one of the sensors operably coupled to the air-conditioning pack during one of pre-flight, post-flight, or longest cruise; comparing the transmitted data to a predetermined threshold; diagnosing , by a controller , a fault in the air-conditioning pack based on the comparison; and providing an indication of the diagnosed fault; wherein the predetermined threshold is determined from flow rate data transmitted from another air-conditioning pack of the aircraft. transmitting data from at least one of the sensors operably coupled to the air-conditioning pack during one of pre-flight, post-flight, or longest cruise; comparing the transmitted data to a predetermined threshold; diagnosing , by a controller , a fault in the air-conditioning pack based on the comparison; and providing an indication of the diagnosed fault;
Composition comprising at least one compound selected from hydroquinone and catechol, characterized in that it additionally comprises between 0.1 and 10 000 ppm of at least one compound selected from 2-(alkoxy)phenol, 4-(alkoxy)phenol, 2-(alkyl)phenol, 4-(alkyl)phenol, (alkyl)catechol, (alkyl)hydroquinone and alkoxybenzene in which the alkoxy group is selected from tert-butoxy and isopropoxy and the alkyl group is selected from tert-butyl and isopropyl.
A stopper adapted for attachment with a plunger rod for use within a syringe barrel, said stopper comprising: a main body defining an open rearward end , a closed front end , and a core member integrally formed with said main body adjacent said closed front end, wherein said open rearward end is defined by an inside wall surface, said open end is adapted for receiving a front attachment end of the plunger rod and locking the plunger rod within said stopper wherein the plunger rod includes a back end extending along a longitudinal axis with respect to the front attachment end , characterized in that a gap is provided between a front surface of said front attachment end of said plunger rod and a back end of said core member; and a flexible membrane extending between said core member and said main body for interconnecting said core member with said main body and for allowing the core to move independently from the main body, wherein during application of a forward force to said plunger rod, the plunger rod applies a forward force to an interior side portion of the stopper, which, in turn, applies a pulling force to the flexible core member via the flexible membrane , causing said core member to retract with respect to said stopper main body and into the gap to store potential energy such that upon a release of the forward force thereto, the potential energy is released causing said core member to advance with respect to said main body of said stopper and prevent mid-stream reflux within the syringe barrel. a main body defining an open rearward end , a closed front end , and a core member integrally formed with said main body adjacent said closed front end, wherein said open rearward end is defined by an inside wall surface, said open end is adapted for receiving a front attachment end of the plunger rod and locking the plunger rod within said stopper wherein the plunger rod includes a back end extending along a longitudinal axis with respect to the front attachment end , characterized in that a gap is provided between a front surface of said front attachment end of said plunger rod and a back end of said core member; and a flexible membrane extending between said core member and said main body for interconnecting said core member with said main body and for allowing the core to move independently from the main body, wherein during application of a forward force to said plunger rod, the plunger rod applies a forward force to an interior side portion of the stopper, which, in turn, applies a pulling force to the flexible core member via the flexible membrane , causing said core member to retract with respect to said stopper main body and into the gap to store potential energy such that upon a release of the forward force thereto, the potential energy is released causing said core member to advance with respect to said main body of said stopper and prevent mid-stream reflux within the syringe barrel.
Container for storing and transporting a dental titanium implant, comprising a first sleeve body and a second sleeve body , wherein the longitudinal extension of the second sleeve body exceeds the longitudinal extension of the first sleeve body , characterized in that the two sleeve bodies are each deep-drawn and combined with each other according to the modular principle, and in that the first sleeve body is at least partially received by the second sleeve body and pressed together with the latter. comprising a first sleeve body and a second sleeve body , wherein the longitudinal extension of the second sleeve body exceeds the longitudinal extension of the first sleeve body , characterized in that the two sleeve bodies are each deep-drawn and combined with each other according to the modular principle, and in that the first sleeve body is at least partially received by the second sleeve body and pressed together with the latter.
A curing agent for a casting water glass comprising an alcohol, an ester, an amorphous silica and water; wherein the amorphous silica is a pyrogenic amorphous silica and/or a precipitated amorphous silica; characterized in that the curing agent comprises 20-40% of the ester; 30-60% of the amorphous silica; 2-12% of the alcohol; and 3-18% of water by mass fraction; and the alcohol is selected from the group consisting of ethanol and benzyl alcohol.