mhurhangee/ep-ind-claims huggingface dataset:
A turbine ring assembly comprising a plurality of ring sectors made of ceramic matrix composite material forming a turbine ring and a ring support structure having first and second annular flanges (32, 36), each ring sector having an annular base forming portion having an inner face defining the inside face of the turbine ring and an outer face from which there extend first and second tabs (14, 16), the tabs of each ring sector being retained between the two annular flanges (32, 36) of the ring support structure; the turbine ring assembly being characterized in that the first tab of each ring sector includes an annular groove in its face facing the first annular flange of the ring support structure, the first annular flange of the ring support structure including an annular projection on its face facing the first tab of each ring sector, the annular projection of the first flange being received in the annular groove of the first tab of each ring sector, clearance being present when cold between the annular projection and the annular groove; in that at least the second tab of each ring sector is connected to the ring support structure by at least one resilient retention element; and in that the second tab of each ring sector includes at least one opening in which there is received a portion of a retention element secured to the second annular flange of the ring support structure, clearance being present when cold between the opening in the second tab and the portion of the retention element present in said opening, said retention element being made of a material having a coefficient of thermal expansion that is greater than the coefficient of thermal expansion of the ceramic matrix composite material of the ring sectors.
A method of forming a chemical composition, the method comprising: mixing a plurality of continuous material flows received from a plurality of material tanks (12, 14, 16, 18) in at least one mixing tank to form a chemical composition, the mixing tank being in fluid communication with the plurality of material tanks (12, 14, 16,18), each continuous material flow being a fluid flow and comprising at least one component of the chemical composition, the at least one mixing tank having a volume of from about 10 liters to about 1500 liters, and the chemical composition being a polishing composition prepared from components comprising a diluent, an acid, a base, abrasive particles and optionally a salt; and moving a continuous flow of the chemical composition to a packaging station downstream of the at least one mixing tank; wherein the plurality of continuous material flows do not flow through an in-line static or dynamic mixer between each material tank (12, 14, 16, 18) and the mixing tank; wherein the mixing and moving steps are performed continuously, wherein the material and chemical composition flows are in an in-process steady state, in which mass input going into the mixing tank and mass output exiting the mixing tank during the process are equalized; and wherein the mixing step in the at least one mixing tank comprises at least one mixing method selected from the group consisting of turbulent mixing of the material flows, mechanical agitation of the material flows, recirculation of the chemical composition, and a combination thereof. mixing a plurality of continuous material flows received from a plurality of material tanks (12, 14, 16, 18) in at least one mixing tank to form a chemical composition, the mixing tank being in fluid communication with the plurality of material tanks (12, 14, 16,18), each continuous material flow being a fluid flow and comprising at least one component of the chemical composition, the at least one mixing tank having a volume of from about 10 liters to about 1500 liters, and the chemical composition being a polishing composition prepared from components comprising a diluent, an acid, a base, abrasive particles and optionally a salt; and moving a continuous flow of the chemical composition to a packaging station downstream of the at least one mixing tank; wherein the plurality of continuous material flows do not flow through an in-line static or dynamic mixer between each material tank (12, 14, 16, 18) and the mixing tank; wherein the mixing and moving steps are performed continuously, wherein the material and chemical composition flows are in an in-process steady state, in which mass input going into the mixing tank and mass output exiting the mixing tank during the process are equalized; and wherein the mixing step in the at least one mixing tank comprises at least one mixing method selected from the group consisting of turbulent mixing of the material flows, mechanical agitation of the material flows, recirculation of the chemical composition, and a combination thereof.
A computerized method for identifying one or more pairs of genes, selected from a set of N genes, which are statistically associated with prognosis of a potentially fatal medical condition, the method employing test data which, for each subject k of a set of K* subjects suffering from the medical condition, indicates (i) a survival time of subject k, and (ii) for each gene i, a corresponding gene expression value y i,k of subject k; the method comprising: (i) for each pair of a plurality of pairs of the N genes ( i, j with i ≠ j): (a) partitioning the K * subjects into two subsets according to whether log(y i,k) - log(y j,k) is respectively above or below a cut-off value c i,j; (b) computationally (3; 12) fitting the corresponding survival times of one of the subsets of the subjects to the Cox proportional hazard regression model, said fitting generating a respective regression parameter β i,j; and (c) obtaining from the regression parameter β i,j a significance value indicative of prognostic significance of the gene pair i,j; and (ii) identifying (4; 13) one or more of the pairs of genes i,j for which the corresponding significance values have the highest prognostic significance. (i) for each pair of a plurality of pairs of the N genes ( i, j with i ≠ j): (a) partitioning the K * subjects into two subsets according to whether log(y i,k) - log(y j,k) is respectively above or below a cut-off value c i,j; (b) computationally (3; 12) fitting the corresponding survival times of one of the subsets of the subjects to the Cox proportional hazard regression model, said fitting generating a respective regression parameter β i,j; and (c) obtaining from the regression parameter β i,j a significance value indicative of prognostic significance of the gene pair i,j; and (a) partitioning the K * subjects into two subsets according to whether log(y i,k) - log(y j,k) is respectively above or below a cut-off value c i,j; (b) computationally (3; 12) fitting the corresponding survival times of one of the subsets of the subjects to the Cox proportional hazard regression model, said fitting generating a respective regression parameter β i,j; and (c) obtaining from the regression parameter β i,j a significance value indicative of prognostic significance of the gene pair i,j; and (ii) identifying (4; 13) one or more of the pairs of genes i,j for which the corresponding significance values have the highest prognostic significance.
A computer-implemented method comprising: receiving, by a content provider and from a client device, a request comprising a probabilistic data structure that represents each triggered frequency filter, in a set of frequency filters for multiple content providers, for which an event count for a specified event type corresponding to the frequency filter exceeds a maximum event count defined by the frequency filter during a time period corresponding to a specified time duration for the frequency filter; determining, by the content provider by querying the probabilistic data structure, whether one or more frequency filters of the content provider are triggered frequency filters represented by the probabilistic data structure; and determining, by the content provider, a response to the request based on the determination of whether the one or more frequency filters of the content provider are triggered frequency filters represented by the probabilistic data structure. receiving, by a content provider and from a client device, a request comprising a probabilistic data structure that represents each triggered frequency filter, in a set of frequency filters for multiple content providers, for which an event count for a specified event type corresponding to the frequency filter exceeds a maximum event count defined by the frequency filter during a time period corresponding to a specified time duration for the frequency filter; determining, by the content provider by querying the probabilistic data structure, whether one or more frequency filters of the content provider are triggered frequency filters represented by the probabilistic data structure; and determining, by the content provider, a response to the request based on the determination of whether the one or more frequency filters of the content provider are triggered frequency filters represented by the probabilistic data structure.
A 1,1,1-tris(organoamino)disilane compound having the following formula: wherein each R 1 is an independently selected hydrocarbyl group having from 1 to 10 carbon atoms, and each R 2 is an independently selected hydrocarbyl group having from 1 to 10 carbon atoms or H.
An apparatus for installation in a downhole tool having a swellable element disposed about a tubular body, comprising: a filler ring formed of a filler ring material harder than the swellable element, wherein the filler ring is fixable to the tubular body and is configured to be disposed between the swellable element and the tubular body. a filler ring formed of a filler ring material harder than the swellable element, wherein the filler ring is fixable to the tubular body and is configured to be disposed between the swellable element and the tubular body.
An immunogenic composition, comprising: one or more live viruses in a powder formulation spray dried from a composition comprising mannitol at 50-100 mg/ml, cyclodextrin at 0.2-1 mg/ml, trehalose at 0.5-5 mg/ml, and dextran at 0.5-5 mg/ml, wherein the virus is attenuated virus suitable for use as a vaccine selected from poliovirus, rotavirus, orthomyxovirus including influenza viruses, retrovirus including RSV, poxvirus, including vaccinia, parvovirus including adeno associated viruses, papilllomaviridae, including HPV, herpesvirus including EBV, CMV or herpes simplex virus, lentivirus. one or more live viruses in a powder formulation spray dried from a composition comprising mannitol at 50-100 mg/ml, cyclodextrin at 0.2-1 mg/ml, trehalose at 0.5-5 mg/ml, and dextran at 0.5-5 mg/ml, wherein the virus is attenuated virus suitable for use as a vaccine selected from poliovirus, rotavirus, orthomyxovirus including influenza viruses, retrovirus including RSV, poxvirus, including vaccinia, parvovirus including adeno associated viruses, papilllomaviridae, including HPV, herpesvirus including EBV, CMV or herpes simplex virus, lentivirus.
A vane for use with a stator assembly, the vane comprising: an upper mounting portion; a lower mounting portion; an airfoil body extending between the upper mounting portion and the lower mounting portion; a first integrally formed metal fillet located between the upper mounting portion and the airfoil body, and a second integrally formed metal fillet located between the lower mounting portion and the airfoil body, wherein the first integrally formed metal fillet extends completely around a periphery of the airfoil and the second integrally formed metal fillet extends completely around a periphery of the airfoil, characterized in that; the first integrally formed metal fillet defining a first mounting surface located between the upper mounting portion and the first integrally formed metal fillet, the first mounting surface extending laterally away from the upper mounting portion, and the second integrally formed metal fillet defining a second mounting surface located between the lower mounting portion and second integrally formed metal fillet, the second mounting surface extending laterally away from the lower mounting portion. an upper mounting portion; a lower mounting portion; an airfoil body extending between the upper mounting portion and the lower mounting portion; a first integrally formed metal fillet located between the upper mounting portion and the airfoil body, and a second integrally formed metal fillet located between the lower mounting portion and the airfoil body, wherein the first integrally formed metal fillet extends completely around a periphery of the airfoil and the second integrally formed metal fillet extends completely around a periphery of the airfoil, characterized in that; the first integrally formed metal fillet defining a first mounting surface located between the upper mounting portion and the first integrally formed metal fillet, the first mounting surface extending laterally away from the upper mounting portion, and the second integrally formed metal fillet defining a second mounting surface located between the lower mounting portion and second integrally formed metal fillet, the second mounting surface extending laterally away from the lower mounting portion.
Method for cooking a food and for evaluating the preservation of the nutritional properties thereof, characterised in that it comprises the following steps: - providing at least two raw samples of the food, - predefining for the first of these samples at least one cooking time and a cooking protocol including, during this time, energy-regulated and/or temperature-regulated cooking in contact with a heating surface heated by means of a heating device, - cooking the first sample according to said cooking protocol, for said predefined cooking time, then, - carrying out: -- an assay of nutrients contained in the cooked first sample, and -- an assay of nutrients contained in the second sample, and - comparing the assays with one another. - providing at least two raw samples of the food, - predefining for the first of these samples at least one cooking time and a cooking protocol including, during this time, energy-regulated and/or temperature-regulated cooking in contact with a heating surface heated by means of a heating device, - cooking the first sample according to said cooking protocol, for said predefined cooking time, then, - carrying out: -- an assay of nutrients contained in the cooked first sample, and -- an assay of nutrients contained in the second sample, and -- an assay of nutrients contained in the cooked first sample, and -- an assay of nutrients contained in the second sample, and - comparing the assays with one another.
An anti-pinch circuit device for an apparatus for automatic movement of sliding windows in a motor vehicle, in particular a power-window apparatus, comprising a d.c. electric motor that moves a window so that it slides along guides, said device comprising an electronic control module for controlling said d.c. electric motor, in particular a microprocessor, said electronic control module being configured for measuring a current of said motor and for measuring a position of said window, said control module being moreover configured for driving reversal of operation of the electric motor if it is verified that said current is higher than a threshold current (I th) and said position of said window falls within a given zone of a path of movement of the window, whereby: said anti-pinch circuit device is configured for measuring a back electromotive force (E; E m) of the motor, obtaining a value of said back electromotive force (E; E m), and the electronic control module is configured for calculating the position of the window as a function of said measured value of said back electromotive force (E; E m) of the motor so as to operate without the aid of external sensors.
An integrated circuit comprising: a first power rail; a second power rail; a load power rail; multiple power-multiplexer tiles coupled in series in a sequential order to form a chained arrangement and configured to jointly perform a power-multiplexing operation, each power-multiplexer tile configured to switch between coupling the load power rail to the first power rail and coupling the load power rail to the second power rail; and power-multiplexer control circuitry configured to control a direction of current flow to prevent cross-conduction between the first power rail and the second power rail during the power-multiplexing operation by configuring at least one of the multiple power-multiplexer tiles to simultaneously enable bi-directional current flow between the load power rail and one of the first power rail and the second power rail and permit unidirectional current flow from the other one of the first power rail and the second power rail to the load power rail. a first power rail; a second power rail; a load power rail; multiple power-multiplexer tiles coupled in series in a sequential order to form a chained arrangement and configured to jointly perform a power-multiplexing operation, each power-multiplexer tile configured to switch between coupling the load power rail to the first power rail and coupling the load power rail to the second power rail; and power-multiplexer control circuitry configured to control a direction of current flow to prevent cross-conduction between the first power rail and the second power rail during the power-multiplexing operation by configuring at least one of the multiple power-multiplexer tiles to simultaneously enable bi-directional current flow between the load power rail and one of the first power rail and the second power rail and permit unidirectional current flow from the other one of the first power rail and the second power rail to the load power rail.
A support structure for lighting devices, including a ribbon-like support member with electrically conductive lines with mounting locations for electrically powered light radiation sources, said structure including a sequence of adjacent units (U; U1; U2; U3) having opposed end regions and being severable between mutually facing end regions of adjacent units in said sequence, wherein said units include, at said end regions, at least one electrical connection formation including a proximal portion electrically coupled to the electrically conductive lines of the respective unit, and a distal portion, wherein said distal portion is electrically coupled to the distal portion of an electrical connection formation provided in an adjacent unit to said respective unit in said sequence of adjacent units (U; U1; U2 U3)and is separable therefrom by severing the support structure (10, characterized in that the distal portion is electrically insulated from said proximal portion.
Motor vehicle door latch with a locking mechanism, furthermore with an electrical drive (1, 2, 3) for the locking mechanism, and with at least a transducer to act on the electrical drive (1, 2, 3), wherein both a first flank (F S) and also a second flank (F E) of a signal generated by the transducer are evaluated to control the electrical drive (1, 2, 3), characterized in that - the electrical drive (1, 2, 3) is formed as an electrical opening drive for the electrical opening of the locking mechanism and - is after a start phase (P S) initiated by the first flank (F S) of the transducer transferred into a stopping phase (P H) which is ended by a flank change by the second flank (F E), or vice versa, whereby - the start phase (P S), which is completed in any case, ensures within a start time (t S) that the electrical drive (1, 2, 3) is transferred unhindered from its basic position into an end position, and wherein - the electrical drive (1, 2, 3) is transferred into the basic position after the holding phase (P H) has ended. - the electrical drive (1, 2, 3) is formed as an electrical opening drive for the electrical opening of the locking mechanism and - is after a start phase (P S) initiated by the first flank (F S) of the transducer transferred into a stopping phase (P H) which is ended by a flank change by the second flank (F E), or vice versa, whereby - the start phase (P S), which is completed in any case, ensures within a start time (t S) that the electrical drive (1, 2, 3) is transferred unhindered from its basic position into an end position, and wherein - the electrical drive (1, 2, 3) is transferred into the basic position after the holding phase (P H) has ended.
An electrophotographic photoreceptor, comprising: a cylindrical substrate; and a surface layer located on an outer surface of the cylindrical substrate; at least a substrate central portion in a cylindrical axial direction of the outer surface of the cylindrical substrate being formed as a rough surface, a surface roughness of a surface-layer central portion in a cylindrical axial direction of an outer surface of the surface layer being larger than that of one of two surface-layer end portions in the cylindrical axial direction of the outer surface of the surface layer; wherein the surface roughness of the outer surface of the surface layer gradually increases from a first surface-layer end portion to a second surface-layer end portion of the two surface-layer end portions. a cylindrical substrate; and a surface layer located on an outer surface of the cylindrical substrate; at least a substrate central portion in a cylindrical axial direction of the outer surface of the cylindrical substrate being formed as a rough surface, a surface roughness of a surface-layer central portion in a cylindrical axial direction of an outer surface of the surface layer being larger than that of one of two surface-layer end portions in the cylindrical axial direction of the outer surface of the surface layer; wherein the surface roughness of the outer surface of the surface layer gradually increases from a first surface-layer end portion to a second surface-layer end portion of the two surface-layer end portions.
A method for granting access, for a user equipment registered in a home mobile network, to a wireless local area network, comprising the following steps, performed by an access network server for said wireless local area network: receiving a probe request comprising a first information allowing to identify the home mobile network of the user equipment; determining a plurality of access points for said wireless local area network to which said user equipment is allowed to connect, based on the identification of said home mobile network from said first information; and sending a response message comprising a plurality of access identifiers identifying respectively said access points for the wireless local area network. receiving a probe request comprising a first information allowing to identify the home mobile network of the user equipment; determining a plurality of access points for said wireless local area network to which said user equipment is allowed to connect, based on the identification of said home mobile network from said first information; and sending a response message comprising a plurality of access identifiers identifying respectively said access points for the wireless local area network.
Label applicator for attaching a label to an identification-, value- or security document, which comprises a feeding unit which has a feeding gap extending in a feeding direction for receiving the identification-, value- or security document, and which comprises a holding unit arranged next to the feeding gap, which is designed to hold and provide the label in such a way that when the identification-, value- or security document is inserted or drawn into the feeding gap it is applied on or at least partially wrapped around it, characterized in that the feeding unit is mounted pivotably about a pivot axis arranged perpendicularly to the feeding direction.