mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly (168; 268; 368; 468; 568; 668; 768) for a gas turbine engine comprising: a metallic damper (170; 270; 370; 470; 570; 670; 770) including a first contact surface (174C; 274C; 374C; 474C; 774C); and a gas turbine engine component (60; 62-1; 62-2; 63; 160; 260; 360; 460; 560; 562; 660; 760; 763) comprising: a main body (172; 372) extending in a first direction between a gaspath surface and a second contact surface (172C; 272C; 372C; 472C); wherein the first and second contact surfaces (174C; 274C; 374C; 474C; 774C, 172C; 272C; 372C; 472C) oppose each other along an interface (175; 375; 475; 675; 775) extending in a second direction, and the first and second contact surfaces (174C...472C) dimensioned to contact each other along the interface (175...775) in a hot assembly state; and wherein the main body (172; 372) is established by a composite (178; 278; 578) including fibers (178F; 278F) in a matrix material (178M; 278M), and at least some of the fibers (178F; 278F) are arranged to establish a plurality of cooling passages (176; 276; 576; 676; 776) aligned with the interface (175...775) relative to the second direction. a metallic damper (170; 270; 370; 470; 570; 670; 770) including a first contact surface (174C; 274C; 374C; 474C; 774C); and a gas turbine engine component (60; 62-1; 62-2; 63; 160; 260; 360; 460; 560; 562; 660; 760; 763) comprising: a main body (172; 372) extending in a first direction between a gaspath surface and a second contact surface (172C; 272C; 372C; 472C); wherein the first and second contact surfaces (174C; 274C; 374C; 474C; 774C, 172C; 272C; 372C; 472C) oppose each other along an interface (175; 375; 475; 675; 775) extending in a second direction, and the first and second contact surfaces (174C...472C) dimensioned to contact each other along the interface (175...775) in a hot assembly state; and wherein the main body (172; 372) is established by a composite (178; 278; 578) including fibers (178F; 278F) in a matrix material (178M; 278M), and at least some of the fibers (178F; 278F) are arranged to establish a plurality of cooling passages (176; 276; 576; 676; 776) aligned with the interface (175...775) relative to the second direction. a main body (172; 372) extending in a first direction between a gaspath surface and a second contact surface (172C; 272C; 372C; 472C); wherein the first and second contact surfaces (174C; 274C; 374C; 474C; 774C, 172C; 272C; 372C; 472C) oppose each other along an interface (175; 375; 475; 675; 775) extending in a second direction, and the first and second contact surfaces (174C...472C) dimensioned to contact each other along the interface (175...775) in a hot assembly state; and wherein the main body (172; 372) is established by a composite (178; 278; 578) including fibers (178F; 278F) in a matrix material (178M; 278M), and at least some of the fibers (178F; 278F) are arranged to establish a plurality of cooling passages (176; 276; 576; 676; 776) aligned with the interface (175...775) relative to the second direction.
Hybrid component comprising at least one material B and at least one material A, wherein material B is a fibre-plastic composite and material A is selected from plastics, ceramic compositions, wood, glass, composite materials, textile fibres and prefabricated products produced from textile fibres, and wherein material A is bonded to material B by at least one coating of an adhesion promoter composition containing at least one copolyamide-based hotmelt adhesive, characterized in that the fibres of the fibre-plastic composite are selected from carbon fibres and glass fibres.
Extendable electrosurgical pencil adapted to receive an electrode controllable by an electrical signal for performing surgical operations, comprising: a housing that comprises a first housing part and a second housing part , and a main housing part between the first housing part and the second housing part , a flexible printed circuit , switching means on the main housing part of the housing and being adapted to be activated from outside the housing for closing the flexible circuit , and the first housing part comprises a receiving means for receiving the electrode , characterized in that the first housing part is adapted to slide inside the main housing part to provide a telescopic extension of the pencil , the electrode and the flexible printed circuit following the sliding movement. a housing that comprises a first housing part and a second housing part , and a main housing part between the first housing part and the second housing part , a flexible printed circuit , switching means on the main housing part of the housing and being adapted to be activated from outside the housing for closing the flexible circuit , and the first housing part comprises a receiving means for receiving the electrode , characterized in that the first housing part is adapted to slide inside the main housing part to provide a telescopic extension of the pencil , the electrode and the flexible printed circuit following the sliding movement.
A method for detecting a mature small RNA, the method comprising: providing a sample comprising a small RNA molecule comprising about 20-30 nucleotides that was processed from a larger RNA precursor (mature small RNA); polyadenylating the 3' end of the mature small RNA; reverse transcribing the polyadenylated mature small RNA using a universal reverse transcription primer, thereby forming a cDNA of the mature small RNA, wherein the universal reverse transcription primer comprises a poly(T) portion and a tail portion, wherein the tail portion comprises a universal primer portion; ligating a universal ligation adaptor to the 3' end of the cDNA in the presence of a ligation splint, wherein the ligation splint comprises a 3' terminal region that contains from about 3 nucleotides to about 6 nucleotides that hybridize with the 3' end of the cDNA of the mature small RNA and a 5' terminal region that hybridizes with the 5' end of the ligation adaptor, whereby a cDNA ligation product is formed; amplifying the cDNA ligation product using a universal forward and reverse primer pair to form an amplification product; and detecting the amplification product. providing a sample comprising a small RNA molecule comprising about 20-30 nucleotides that was processed from a larger RNA precursor (mature small RNA); polyadenylating the 3' end of the mature small RNA; reverse transcribing the polyadenylated mature small RNA using a universal reverse transcription primer, thereby forming a cDNA of the mature small RNA, wherein the universal reverse transcription primer comprises a poly(T) portion and a tail portion, wherein the tail portion comprises a universal primer portion; ligating a universal ligation adaptor to the 3' end of the cDNA in the presence of a ligation splint, wherein the ligation splint comprises a 3' terminal region that contains from about 3 nucleotides to about 6 nucleotides that hybridize with the 3' end of the cDNA of the mature small RNA and a 5' terminal region that hybridizes with the 5' end of the ligation adaptor, whereby a cDNA ligation product is formed; amplifying the cDNA ligation product using a universal forward and reverse primer pair to form an amplification product; and detecting the amplification product.
Method for operating a driver assistance system for motor vehicles, which system has a radar sensor and a variable functional scope, comprising the following steps: - estimating the adjustment error on the basis of a measurement over a limited first operating time period (34; 46), - limiting the functional scope of the driver assistance system as a function of the estimated adjustment error, - continuing the measurement during the operation with a limited functional scope within a second operating time period , characterized in that - during ongoing operation of the radar sensor continuous re-calibration of the radar sensor is carried out in order to compensate for adjustment errors, - the estimation accuracy of the adjustment error is improved on the basis of the continued measurement within a second operating time period, and - the functional scope is extended in accordance with the improvement of the estimation accuracy. - estimating the adjustment error on the basis of a measurement over a limited first operating time period (34; 46), - limiting the functional scope of the driver assistance system as a function of the estimated adjustment error, - continuing the measurement during the operation with a limited functional scope within a second operating time period , characterized in that - during ongoing operation of the radar sensor continuous re-calibration of the radar sensor is carried out in order to compensate for adjustment errors, - the estimation accuracy of the adjustment error is improved on the basis of the continued measurement within a second operating time period, and - the functional scope is extended in accordance with the improvement of the estimation accuracy.
Method for computer-aided optimisation of numerically controlled machining of a workpiece (WS) by means of a tool (WZ), the method including the following computer-aided method steps: - ascertaining interaction data (ID) prior to commencement of the machining, which interaction data (ID) describes a geometric interaction of the tool (WZ) with the workpiece (WS) in a section (A1, A2, ..., AN) of a toolpath (WP); - determining a relationship between a force to be expected during the machining and at least one machining configuration parameter based on the interaction data (ID); - calculating the force during the machining based on the relationship and a current value of the at least one configuration parameter during the machining; - adjusting the machining as a function of the calculated force, characterised in that - the adjustment of the machining comprises a correction of the toolpath (WP), and - the toolpath (WP) is corrected as a function of one or more stiffness values of a machine tool for performing the machining. - ascertaining interaction data (ID) prior to commencement of the machining, which interaction data (ID) describes a geometric interaction of the tool (WZ) with the workpiece (WS) in a section (A1, A2, ..., AN) of a toolpath (WP); - determining a relationship between a force to be expected during the machining and at least one machining configuration parameter based on the interaction data (ID); - calculating the force during the machining based on the relationship and a current value of the at least one configuration parameter during the machining; - adjusting the machining as a function of the calculated force, - the adjustment of the machining comprises a correction of the toolpath (WP), and - the toolpath (WP) is corrected as a function of one or more stiffness values of a machine tool for performing the machining.
An arrangement consisting of a tube , a connector disposed within the tube , and a fixing ring which is be pushed onto the tube in such a way that its outer side is freely accessible and an inner side of the fixing ring rests against the tube , the inner side having a cylindrical internal thread and the fixing ring having a holder with a smaller internal diameter than the internal diameter of the internal thread , the fixing ring having, as a holder outside the threaded region, a region as a conically tapering end , and a circumferential projection being arranged in this region, wherein the internal thread of the fixing ring is designed in such a way that it allows the tube , which is pushed onto the connector , to be pressed against the connector , wherein, by the internal thread being pressed into the outside of the tube , the tube is pressed against the connector , at least on a section of the connector ; wherein the outer side of the tube is made of a softer material than the internal thread of the fixing ring , the tube has a threadless surface , and the fixing ring is screwed onto the tube .
A device for generating high density illumination patterns, the device comprising: an array of light emitting elements on a common substrate , each light emitting element including a respective bottom reflector on a substrate side and a top reflector on another side of the light emitting element; a common electrical contact on a bottom substrate side of the light emitting elements; a first dielectric layer on the array of light emitting elements, the first dielectric layer covering the substrate and light emitting elements except for a top electrical contact region of each light emitting element; a first top conductor pattern on the first dielectric layer and contacting the respective top electrical contact regions of a first subset of the light emitting elements; a sequence of at least one additional dielectric layer and at least one additional top conductor pattern disposed such that the top electrical contact regions of respective subsets of light emitting elements are connected to a respective one of the at least one additional top conductor patterns; and electrical contact pads at a periphery of the array, wherein each of the first top conductor pattern and the additional top conductor patterns is electrically connected respectively to one or more of the electrical contact pads. an array of light emitting elements on a common substrate , each light emitting element including a respective bottom reflector on a substrate side and a top reflector on another side of the light emitting element; a common electrical contact on a bottom substrate side of the light emitting elements; a first dielectric layer on the array of light emitting elements, the first dielectric layer covering the substrate and light emitting elements except for a top electrical contact region of each light emitting element; a first top conductor pattern on the first dielectric layer and contacting the respective top electrical contact regions of a first subset of the light emitting elements; a sequence of at least one additional dielectric layer and at least one additional top conductor pattern disposed such that the top electrical contact regions of respective subsets of light emitting elements are connected to a respective one of the at least one additional top conductor patterns; and electrical contact pads at a periphery of the array, wherein each of the first top conductor pattern and the additional top conductor patterns is electrically connected respectively to one or more of the electrical contact pads.
Process for the continuous biological production of a product selected from the group of lipids, hydrocarbons, organic acids, polyalkanoates and mixtures thereof, wherein said products are able to form droplets in the aqueous fermentation medium, by conversion of a suitable substrate using micro-organisms, in which process the said substrate is continuously, anaerobically fermented to produce the product and fermentation gas, in the presence of, optionally supported, micro-organisms in an aqueous medium in a column type reactor, in which reactor at least part of the aqueous medium flows in upward direction, and recovering the product by separating the fermentation gas, the micro-organisms in the aqueous medium and the product from each other under conditions that coalescence of the product is promoted, wherein the fermentation gas is at least partly separated from the aqueous medium prior to separating the product from the aqueous phase wherein SLL ( i.e. solid-liquid-liquid) separation techniques are used for promoting the coalescence of the product droplets in order to enhance separation, said SLL separation techniques including gravity settling, flotation or a combination thereof, wherein the separation of the product is done using a tilted plate separator or wherein the product is separated from the aqueous medium by flotation using fermentation gas dissolved in the aqueous medium, wherein fermentation gas dioxide is generated for flotation by a pressure decrease of the aqueous medium. by conversion of a suitable substrate using micro-organisms, in which process the said substrate is continuously, anaerobically fermented to produce the product and fermentation gas, in the presence of, optionally supported, micro-organisms in an aqueous medium in a column type reactor, in which reactor at least part of the aqueous medium flows in upward direction, and recovering the product by separating the fermentation gas, the micro-organisms in the aqueous medium and the product from each other under conditions that coalescence of the product is promoted, wherein the fermentation gas is at least partly separated from the aqueous medium prior to separating the product from the aqueous phase wherein SLL ( i.e. solid-liquid-liquid) separation techniques are used for promoting the coalescence of the product droplets in order to enhance separation, said SLL separation techniques including gravity settling, flotation or a combination thereof, wherein the separation of the product is done using a tilted plate separator or wherein the product is separated from the aqueous medium by flotation using fermentation gas dissolved in the aqueous medium, wherein fermentation gas dioxide is generated for flotation by a pressure decrease of the aqueous medium.
A hybrid powertrain comprising a combustion engine and a gearbox with an input shaft and an output shaft ; a first planetary gear connected to the input shaft and a first main shaft ; a second planetary gear connected to the first planetary gear and a second main shaft ; a first electrical machine connected to the first planetary gear ; a second electrical machine connected to the second planetary gear ; at least one gear pair (G1, 60, 72) connected to the first planetary gear and to the output shaft ; and at least one gear pair (G2, 66, 78) connected to the second planetary gear and to the output shaft , wherein a second planet wheel carrier of the second planetary gear is connected to the second main shaft , wherein the input shaft is connected to a first planet wheel carrier of the first planetary gear , characterised in that a coupling device is provided between the combustion engine and the gearbox so that the combustion engine can be disconnected from the gearbox , and the first planet wheel carrier of the first planetary gear is connected to a second sun wheel of the second planetary gear , and that a first sun wheel of the first planetary gear is connected to the first main shaft .
A method of entering a wake-up radio, WUR, mode in a wireless local area network, WLAN, system performed by a first wireless terminal , the method comprising: receiving, from a second wireless terminal , a WUR parameter frame comprising operation information, wherein the operation information comprises time information for a first WUR beacon frame to be transmitted by the second wireless terminal (S1620); transmitting, to the second wireless terminal, a WUR mode request frame (S1630); and entering the WUR mode based on the WUR mode request frame (S1640), wherein the first WUR beacon frame is received in the WUR mode based on the time information, and the first WUR beacon frame comprises control information for enabling the first wireless terminal to maintain synchronization with the second wireless terminal in the WUR mode. receiving, from a second wireless terminal , a WUR parameter frame comprising operation information, wherein the operation information comprises time information for a first WUR beacon frame to be transmitted by the second wireless terminal (S1620); transmitting, to the second wireless terminal, a WUR mode request frame (S1630); and entering the WUR mode based on the WUR mode request frame (S1640), wherein the first WUR beacon frame is received in the WUR mode based on the time information, and the first WUR beacon frame comprises control information for enabling the first wireless terminal to maintain synchronization with the second wireless terminal in the WUR mode.
Hob system , with 1.1. a hob which is designed as a built-in kitchen appliance, having 1.1.1. at least one one-piece food carrier for the built-in kitchen appliance for carrying food , and 1.1.2. at least one heating unit arranged at the food carrier for heating the food , and 1.2. a fume extraction device for extracting cooking fumes downwards, characterized in that 1.3. the food carrier has at least four inflow channels penetrating the latter, provided for the inflow of cooking fumes, 1.4. in that the food carrier has a glass or ceramic plate, in particular a glass ceramic plate, which is penetrated by the inflow channels , and 1.5. in that the inflow channels each have a cross-sectional area of at most 100 mm 2 , in particular at most 10 mm 2 , in particular at most 1 mm 2 . 1.1. a hob which is designed as a built-in kitchen appliance, having 1.1.1. at least one one-piece food carrier for the built-in kitchen appliance for carrying food , and 1.1.2. at least one heating unit arranged at the food carrier for heating the food , and 1.2. a fume extraction device for extracting cooking fumes downwards, 1.3. the food carrier has at least four inflow channels penetrating the latter, provided for the inflow of cooking fumes, 1.4. in that the food carrier has a glass or ceramic plate, in particular a glass ceramic plate, which is penetrated by the inflow channels , and 1.5. in that the inflow channels each have a cross-sectional area of at most 100 mm 2 , in particular at most 10 mm 2 , in particular at most 1 mm 2 .
A separator comprising a housing , a separator chamber contained within the housing , a dividing member substantially dividing the separator chamber into a first chamber and a second chamber , an inlet and outlet to the first chamber , a flow path provided between the first and second chambers for allowing flow to circulate from the first chamber to the second chamber , and from the second chamber to the first chamber , characterised in that a flow guide is provided for creating opposing flow paths in the second chamber by passing some of the flow over the top of the flow guide and the rest of the flow impinging on the flow guide and being forced to change direction, the opposing flow paths meeting in an area of the second chamber where the flow in each path is substantially towards opposing flow in the other path, for slowing flow through the second chamber , and flow in the first chamber between the inlet and the outlet is substantially unrestricted.
A non-naturally occurring microorganism that is capable of growing on a gaseous substrate as a carbon and/or energy source, wherein said microorganism comprises at least one exogenous nucleic acid encoding a limonene synthase enzyme, and wherein said microorganism is a Cupriavidus sp. or Ralstonia sp.