mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure and temperature probe of a gas turbine engine , comprising: a base portion ; an end portion surface ; an airfoil portion extending from the base portion to the end portion surface located at a distal end of the probe, the airfoil portion including a leading edge disposed at an upstream end of the probe relative to a direction of airflow across the probe ; a temperature sensor disposed in a temperature sensor chamber located in the airfoil portion; and a temperature airflow hole at the distal end of the airfoil portion through the end portion surface , the temperature airflow hole being configured to admit an airflow into the temperature sensor chamber around the temperature sensor, the temperature airflow hole configured and positioned such that the airflow admitted via the temperature airflow hole has a turning angle of less than 90 degrees into the temperature sensor chamber. a base portion ; an end portion surface ; an airfoil portion extending from the base portion to the end portion surface located at a distal end of the probe, the airfoil portion including a leading edge disposed at an upstream end of the probe relative to a direction of airflow across the probe ; a temperature sensor disposed in a temperature sensor chamber located in the airfoil portion; and a temperature airflow hole at the distal end of the airfoil portion through the end portion surface , the temperature airflow hole being configured to admit an airflow into the temperature sensor chamber around the temperature sensor, the temperature airflow hole configured and positioned such that the airflow admitted via the temperature airflow hole has a turning angle of less than 90 degrees into the temperature sensor chamber.
Method for sterilisation of flexible bags containing human plasma protein solution with electron beam using a device that comprises a first accelerator that emits an electron beam with energies between 400-500 keV and a second accelerator that emits an electron beam with energies between 4-5 MeV, characterised in that it comprises the following steps: a) emission of at least one electron beam with energy between 400 and 500 keV; b) after approximately 10 nsec to 1.5 sec, emission of at least a second electron beam pulse with energies between 4 and 5 MeV, characterised in that the accelerators are arranged in parallel at the top of the device and in such a way that they emit the electron beam downwards, in a direction perpendicular to the ground. a) emission of at least one electron beam with energy between 400 and 500 keV; b) after approximately 10 nsec to 1.5 sec, emission of at least a second electron beam pulse with energies between 4 and 5 MeV,
A fuel injector for use in an internal combustion engine, the fuel injector comprising: a valve needle having a needle axis (L) and being reciprocally movable within a bore in a nozzle housing towards and away from a needle seat along the needle axis (L) ; and a needle actuator comprising a force applicator and a force convertor ; wherein the force applicator is configured to apply a radial force to the force convertor in a direction transverse to the needle axis ( L ), and the force convertor is configured to convert the radial force to a longitudinal force substantially parallel to the needle axis ( L ); and wherein the needle actuator is configured to apply the longitudinal force to the valve needle , thereby to effect movement of the valve needle along the needle axis ( L ); characterized in that the force applicator includes an electromagnetic coil which encircles the force convertor and the needle , such that the coil , the force convertor and the needle are coaxial with one another and, wherein the force convertor comprises a head portion that applies the longitudinal force to the needle , and wherein the head portion is coupled to the needle via a first damping means . a valve needle having a needle axis (L) and being reciprocally movable within a bore in a nozzle housing towards and away from a needle seat along the needle axis (L) ; and a needle actuator comprising a force applicator and a force convertor ; wherein the force applicator is configured to apply a radial force to the force convertor in a direction transverse to the needle axis ( L ), and the force convertor is configured to convert the radial force to a longitudinal force substantially parallel to the needle axis ( L ); and wherein the needle actuator is configured to apply the longitudinal force to the valve needle , thereby to effect movement of the valve needle along the needle axis ( L ); characterized in that the force applicator includes an electromagnetic coil which encircles the force convertor and the needle , such that the coil , the force convertor and the needle are coaxial with one another and, wherein the force convertor comprises a head portion that applies the longitudinal force to the needle , and wherein the head portion is coupled to the needle via a first damping means .
Tunnel boring machine, having a shield casing extending in a longitudinal direction, having a sensor unit with distance sensors for capturing convergences and having a central unit , with which the distance values of the distance sensors can be evaluated for detecting convergences, characterised in that the sensor unit has at least two hydraulic distance sensors with an extendable probe for measuring the extension path, with which the distance between the shield casing in the area of the relevant distance sensor and the upcoming rock can be captured as a distance value, in that the distance sensors in the longitudinal direction of the shield casing are arranged at a measuring distance (D), wherein the measuring distance (D) of the distance sensors in the longitudinal direction of the shield casing corresponds to the typical ring width (B) of a lining segment , and in that the probes are extendable during interrupted advance and retractable during advance.
A method for switching optical data in a free space optical communication network comprising a plurality of optical nodes, the method comprising: generating an optical beacon signal for aligning a communication channel of a source optical node to a communication channel of a receiving node ; encoding the optical beacon signal with switching information ; transmitting the modulated optical beacon signal from the source optical node to the receiving optical node ; detecting the switching information from the encoded optical beacon signal, by the receiving optical node ; using the encoded optical beacon signal, by the receiving optical node, to align communication channel of the receiving optical node with communication channel of the source optical node ; characterized in using the detected switching information, by the receiving optical node to change configuration of an optical switch matrix to direct data received from the source optical node to a next optical node in the free space optical communication network, and thereby reconfiguring the free space optical communication network, using the detected switching information . generating an optical beacon signal for aligning a communication channel of a source optical node to a communication channel of a receiving node ; encoding the optical beacon signal with switching information ; transmitting the modulated optical beacon signal from the source optical node to the receiving optical node ; detecting the switching information from the encoded optical beacon signal, by the receiving optical node ; using the encoded optical beacon signal, by the receiving optical node, to align communication channel of the receiving optical node with communication channel of the source optical node ; characterized in using the detected switching information, by the receiving optical node to change configuration of an optical switch matrix to direct data received from the source optical node to a next optical node in the free space optical communication network, and thereby reconfiguring the free space optical communication network, using the detected switching information .
In vitro method for generating T cell progenitors having the phenotype CD7+CD34-, comprising the step of culturing CD34+ cells in a medium comprising TNF-alpha and optionally an antagonist of the Aryl hydrocarbon/Dioxin receptor, in particular StemRegenin 1 (SR1), in the presence of an immobilized Notch ligand.
A system for configuring building technology operating devices (GTG1, GTG2, GTG3), in particular operating devices for lighting means, having - a central communication unit (ZK), which is functionally connected to a data storage unit (DSE), and is configured to retrieve information from the data storage unit (DSE) and optionally also to store information there, and - at least one operating device (GTG1), which is connected to the central communication unit (ZK) via a network, characterized in that the at least one operating device (GTG1) is configured to transmit a network identifier to the central communication unit (ZK), and wherein the central communication unit (ZK) is configured, to determine an item of location-based information by means of the data storage unit (DSE) on the basis of the transmitted network identifier and to store the determined location-based information in association with the network identifier and/or to transmit the determined location-based information to the at least one operating device (GTG1), wherein the data storage unit (DSE) has a Geo-IP database for determining the location-based information, characterized in that the data storage unit (DSE) is configured to store operating parameters for the at least one operating device (GTG1-GTG3), and with the location-based information to provide operating parameters for the at least one operating device (GTG1-GTG3) with respect to the network identifier. - a central communication unit (ZK), which is functionally connected to a data storage unit (DSE), and is configured to retrieve information from the data storage unit (DSE) and optionally also to store information there, and - at least one operating device (GTG1), which is connected to the central communication unit (ZK) via a network, characterized in that the at least one operating device (GTG1) is configured to transmit a network identifier to the central communication unit (ZK), and wherein the central communication unit (ZK) is configured, to determine an item of location-based information by means of the data storage unit (DSE) on the basis of the transmitted network identifier and to store the determined location-based information in association with the network identifier and/or to transmit the determined location-based information to the at least one operating device (GTG1),
An imaging component , comprising: a laminated substrate constituted such that a plurality of layers formed of a resin material are laminated; a plurality of electrode pads disposed on a surface of the laminated substrate ; and a plurality of conductor patterns disposed between the plurality of layers , the plurality of conductor patterns having belt shapes, at least one of the plurality of conductor patterns having a first portion and a second portion , the first portion overlapping with one of the plurality of electrode pads in a stacking direction of the plurality of layers , the second portion not overlapping with the plurality of electrode pads in the stacking direction, a width of the first portion being greater than a width of the second portion ; wherein when viewed from a direction perpendicular to the surface, the first portion is wider than the one of the plurality of electrode pads overlapping with the first portion . a laminated substrate constituted such that a plurality of layers formed of a resin material are laminated; a plurality of electrode pads disposed on a surface of the laminated substrate ; and a plurality of conductor patterns disposed between the plurality of layers , the plurality of conductor patterns having belt shapes, at least one of the plurality of conductor patterns having a first portion and a second portion , the first portion overlapping with one of the plurality of electrode pads in a stacking direction of the plurality of layers , the second portion not overlapping with the plurality of electrode pads in the stacking direction, a width of the first portion being greater than a width of the second portion ; wherein when viewed from a direction perpendicular to the surface, the first portion is wider than the one of the plurality of electrode pads overlapping with the first portion .
A seam production machine for joining at least two planar flexible components by way of at least one joining seam, at least one of the components comprising thermoplastic synthetic material, which is present in the form of a homogeneous film, or in the form of a textile fabric structure made of mutually intertwined synthetic fibers or synthetic threads, comprising a machine housing , which is designed with a work surface for the components to be joined and a projecting work arm disposed there- above, at least one retaining bar for receiving a seam production tool and at least one support bar for receiving at least one component presser element that is acted upon by a force and can be lowered onto the work surface , which are received in the work arm so as to protrude downwardly and are movably mounted in the direction of the longitudinal axes thereof, and further comprising a support plate for the components , which is received in the work surface and with respect to which the retaining bar and the support bar are perpendicularly disposed and in which at least one oscillatingly drivable component feeder is inserted, at least the support bar being lowerable onto the support plate under the action of a spring force, and the component presser element when lowered cooperating with the at least one component feeder , at least one seam pressing ram being disposed at the bottom of the retaining bar , serving as a seam production tool , and a laser beam being directed at the support plate and forming a laser light spot there, characterized in that the support plate comprises a translucent work window , which is disposed beneath the seam pressing ram , and the laser beam is directed from beneath at the work window of the support plate and the seam pressing ram completely covers the laser light spot , or that the seam pressing ram is designed to be at least partially translucent, and the laser beam is directed at the support plate , from above, through the seam pressing ram .
An injection member assembly for a bidet, comprising: a movable injection member ; ; a bracket assembly comprising a bracket and a dentate guiding surface a driving assembly , including a driving device and a coupling member , wherein the coupling member is coupled with the guiding surface , the driving device is a motor the injection member assembly being characterised in that the driving device further includes a driving gear , the coupling member is a gear assembly comprising a base gear and a coupling gear , the coupling gear is coupled with the guiding surface , and the driving gear is coupled to the base gear ; the movable injection member is fixedly connected to the driving assembly and the guiding surface is an incurved dentate surface. a movable injection member ; ; a bracket assembly comprising a bracket and a dentate guiding surface a driving assembly , including a driving device and a coupling member , wherein the coupling member is coupled with the guiding surface , the driving device is a motor the injection member assembly being characterised in that the driving device further includes a driving gear , the coupling member is a gear assembly comprising a base gear and a coupling gear , the coupling gear is coupled with the guiding surface , and the driving gear is coupled to the base gear ; the movable injection member is fixedly connected to the driving assembly and the guiding surface is an incurved dentate surface.
A co-injection member comprising: a main body that can be connected to a circulation line through which a liquid is circulated and which comprises a central axis C1 in the direction of flow; an internal flow route (α) that is formed inside the main body along a height direction C2, and that can circulate the liquid of the circulation line; an inlet flow route (A) that is formed inside the main body, and that can introduce the liquid into the internal flow route (α); an outlet flow route (B) that is formed inside the main body , and that can discharge the liquid of the internal flow route (α); and a rubber member that is attached to an opening formed in the main body , and that separates the inside and the outside of the internal flow route (α) from each other, a center (P) of the internal flow route (α) being located on the central axis C1, wherein the co-injection member can collect the liquid of the internal flow route (α) and can inject the other liquid into the internal flow route (α) via the rubber member , and characterised in that the inlet flow route (A) extends while a diameter thereof gradually decreases in the direction of flow toward a position shifted from the center (P) of the internal flow route for generating a vortex in the internal flow route (α). a main body that can be connected to a circulation line through which a liquid is circulated and which comprises a central axis C1 in the direction of flow; an internal flow route (α) that is formed inside the main body along a height direction C2, and that can circulate the liquid of the circulation line; an inlet flow route (A) that is formed inside the main body, and that can introduce the liquid into the internal flow route (α); an outlet flow route (B) that is formed inside the main body , and that can discharge the liquid of the internal flow route (α); and a rubber member that is attached to an opening formed in the main body , and that separates the inside and the outside of the internal flow route (α) from each other, a center (P) of the internal flow route (α) being located on the central axis C1, wherein the co-injection member can collect the liquid of the internal flow route (α) and can inject the other liquid into the internal flow route (α) via the rubber member , and characterised in that the inlet flow route (A) extends while a diameter thereof gradually decreases in the direction of flow toward a position shifted from the center (P) of the internal flow route for generating a vortex in the internal flow route (α).
A deflector plate configured to avoid collisions with an interior component of a tower portion for personnel ascending or descending the tower portion, the tower portion comprising one or more tower sections, wherein the deflector plate has a first mounting surface at a first end of the deflector plate, and a second mounting surface at a second end of the deflector plate, wherein: the first mounting surface and second mounting surface comprise one or more magnets for attachment to an inner surface of one of the tower sections, and the deflector plate comprises: a hole configured to receive an anchoring element for securing the deflector plate to the tower portion. the first mounting surface and second mounting surface comprise one or more magnets for attachment to an inner surface of one of the tower sections, and the deflector plate comprises: a hole configured to receive an anchoring element for securing the deflector plate to the tower portion.
A launching system for an unmanned aerial vehicle, comprising: (a) a launcher rail ; (b) a tape configured to travel a length of the launcher rail ; (c) a shuttle secured to the tape at a shuttle to tape interface configured to allow the shuttle to detach from the tape upon launch of the unmanned aerial vehicle; (d) a power reel drivable by an electric drive motor that drives movement of the tape ; (e) a payout reel ; (f) a primary arrestment strap to halt movement of the shuttle along the launcher rail after launch; characterised in that the launching system comprises: (g) a secondary arrestment strap . (a) a launcher rail ; (b) a tape configured to travel a length of the launcher rail ; (c) a shuttle secured to the tape at a shuttle to tape interface configured to allow the shuttle to detach from the tape upon launch of the unmanned aerial vehicle; (d) a power reel drivable by an electric drive motor that drives movement of the tape ; (e) a payout reel ; (f) a primary arrestment strap to halt movement of the shuttle along the launcher rail after launch; characterised in that the launching system comprises: (g) a secondary arrestment strap .
A process for producing fermentable sugars from cellulosic biomass comprising: a) providing in a reaction vessel a reaction mixture comprising: i) an initial solids concentration of cellulosic biomass of between 40% and 70%, measured as percent of dry biomass relative to the total mixture on a weight to weight basis; and ii) ammonia, having a loading concentration of between 4% and 24% relative to dry weight of the biomass; b) maintaining the reaction mixture between a temperature of 100 °C and 230 °C for a pretreatment reaction time having a starting time of t 0 and a final time of t n to produce a pretreated biomass, wherein at time t 0 the solids concentration of the reaction mixture is the initial solids concentration; and c) contacting the pretreated biomass with a saccharification enzyme consortium under suitable conditions to produce fermentable sugars; characterised by increasing the liquid content of the reaction mixture over the pretreatment reaction time of t 0 to t n in a gradient manner, whereby the solids concentration decreases by between 20% and 30% as compared to the initial solids concentration, to produce the pretreated biomass. a) providing in a reaction vessel a reaction mixture comprising: i) an initial solids concentration of cellulosic biomass of between 40% and 70%, measured as percent of dry biomass relative to the total mixture on a weight to weight basis; and ii) ammonia, having a loading concentration of between 4% and 24% relative to dry weight of the biomass; i) an initial solids concentration of cellulosic biomass of between 40% and 70%, measured as percent of dry biomass relative to the total mixture on a weight to weight basis; and ii) ammonia, having a loading concentration of between 4% and 24% relative to dry weight of the biomass; b) maintaining the reaction mixture between a temperature of 100 °C and 230 °C for a pretreatment reaction time having a starting time of t 0 and a final time of t n to produce a pretreated biomass, wherein at time t 0 the solids concentration of the reaction mixture is the initial solids concentration; and c) contacting the pretreated biomass with a saccharification enzyme consortium under suitable conditions to produce fermentable sugars;
A method of interrogating a biological sample comprising: a. interrogating a group of cells labelled with distinct elemental tags to identify a candidate cell based on a property of interest while preserving the conditions of the group of cells for a subsequent interrogation process; b. defining the location of a candidate cell; c. detecting the elemental tags of the candidate cell by elemental analysis. a. interrogating a group of cells labelled with distinct elemental tags to identify a candidate cell based on a property of interest while preserving the conditions of the group of cells for a subsequent interrogation process; b. defining the location of a candidate cell; c. detecting the elemental tags of the candidate cell by elemental analysis.