mhurhangee/ep-ind-claims huggingface dataset:
A system for configuring a full authority digital engine controller (FADEC) (16; 116; 216; 316; 416) for use with an engine (12; 112; 212; 312; 412) and an airframe (14; 114; 214; 314; 414) combination, the system comprising: the FADEC comprising: an electronic engine controller (20; 120; 320; 420) for attachment to the engine; an airframe data concentrator (18; 118; 318; 418) for attachment to the airframe, the ADC comprising a data storage device (338; 438); and a digital bus (22; 122; 322; 422) electrically connecting the ADC to the EEC; characterized in that the ADC comprises a data entry plug socket (340; 440) and the system comprises a data entry plug (342; 442) inserted into the data entry plug socket to direct the ADC to recall configuration data from the data storage device for the engine and the airframe combination and send the configuration data over the digital bus to the EEC, the data entry plug comprising electrical components configured for the engine and the airframe combination. the FADEC comprising: an electronic engine controller (20; 120; 320; 420) for attachment to the engine; an airframe data concentrator (18; 118; 318; 418) for attachment to the airframe, the ADC comprising a data storage device (338; 438); and a digital bus (22; 122; 322; 422) electrically connecting the ADC to the EEC; an electronic engine controller (20; 120; 320; 420) for attachment to the engine; an airframe data concentrator (18; 118; 318; 418) for attachment to the airframe, the ADC comprising a data storage device (338; 438); and a digital bus (22; 122; 322; 422) electrically connecting the ADC to the EEC;
A method, implemented in a node of an ad-hoc network comprising a plurality of nodes and implementing an Xcast broadcasting service for a secure exchange of a data (PAYLOAD) from a sender node, sending the data, to a list of receiver nodes (6, 12, 14), receiving the data, the node memorizing a communication topology of the said network defined by a communication graph, the communication graph comprising links between the nodes of the network, a link between two nodes of the communication graph corresponding to the establishment of a bidirectional radio-communication link between these two nodes, characterised in that, the node memorizing a security graph of the network defining a security topology of the network, the security graph comprising links between the nodes of the network, a link between two nodes of the security graph corresponding to the establishment of a security association between these two nodes, the method comprises the successive steps consisting of: - defining, by a security module of the node, a security route, on the basis of the security graph, allowing the routing of the data from the node to one of the receiver nodes of the data; - generating a message containing the data protected in accordance with a security association shared between said node and the subsequent node on the security route; - addressing the message to the subsequent node on the security route; - passing the message to a routing module of the node; - defining, by the routing message of the node, a communication route on the communication graph allowing the routing of said message from the node to the subsequent node on the security route. - defining, by a security module of the node, a security route, on the basis of the security graph, allowing the routing of the data from the node to one of the receiver nodes of the data; - generating a message containing the data protected in accordance with a security association shared between said node and the subsequent node on the security route; - addressing the message to the subsequent node on the security route; - passing the message to a routing module of the node; - defining, by the routing message of the node, a communication route on the communication graph allowing the routing of said message from the node to the subsequent node on the security route.
An immunological assay method for assessing a first analyte of a first mammalian species, which method comprises a) obtaining a first analytical signal for said first analyte, and b) assessing said first analyte by correlating said first analytical signal for said first analyte with a second analytical signal obtained for a second analyte of a second mammalian species different from the first, said second analyte being immunologically related to the first analyte; wherein said first and second analytical signal are obtained with the same immunological reagent; said first and second analyte are recognized by the same immunological reagent; said immunological reagent is generated by means of an immunological procedure making use of the second analyte as antigen, said immunological procedure being based on a third non-mammalian species; said immunological reagent is an antibody or an antigen binding portion thereof; and said assay is calibrated by the use of a composition comprising said second analyte wholly or partially derived from said second mammalian species and different from said first mammalian species from which the said target material, suspected to contain the first analyte has been taken, but assigned with a calibration value valid for the first analyte. a) obtaining a first analytical signal for said first analyte, and b) assessing said first analyte by correlating said first analytical signal for said first analyte with a second analytical signal obtained for a second analyte of a second mammalian species different from the first, said second analyte being immunologically related to the first analyte;
Heat pump comprising: a condenser for condensing compressed working vapor; a gas trap coupled to the condenser via a foreign gas feed inlet and comprising: a housing having a foreign gas feed entrance; a working liquid feed inlet within the housing; and a working liquid discharge outlet within the housing; and a gas pump for pumping off gas from the housing, wherein the housing, the working liquid feed inlet and the working liquid discharge outlet are configured such that during operation, a working liquid flow takes place, within the housing, from the working liquid feed inlet to the working liquid discharge outlet, wherein the working liquid feed inlet is coupled to the heat pump so as to direct, during operation of the heat pump, working liquid which is colder than a working vapor to be condensed within the condenser, wherein the housing is arranged perpendicularly or obliquely in the direction of operation, the working liquid feed inlet being arranged above the working liquid discharge outlet, and wherein the foreign gas feed entrance is arranged below the working liquid feed inlet and above the working liquid discharge outlet. a condenser for condensing compressed working vapor; a gas trap coupled to the condenser via a foreign gas feed inlet and comprising: a housing having a foreign gas feed entrance; a working liquid feed inlet within the housing; and a working liquid discharge outlet within the housing; and a housing having a foreign gas feed entrance; a working liquid feed inlet within the housing; and a working liquid discharge outlet within the housing; and a gas pump for pumping off gas from the housing, wherein the housing, the working liquid feed inlet and the working liquid discharge outlet are configured such that during operation, a working liquid flow takes place, within the housing, from the working liquid feed inlet to the working liquid discharge outlet, wherein the working liquid feed inlet is coupled to the heat pump so as to direct, during operation of the heat pump, working liquid which is colder than a working vapor to be condensed within the condenser, wherein the housing is arranged perpendicularly or obliquely in the direction of operation, the working liquid feed inlet being arranged above the working liquid discharge outlet, and wherein the foreign gas feed entrance is arranged below the working liquid feed inlet and above the working liquid discharge outlet.
A fastening arrangement, comprising - a grommet formed as a substantially cylindrical sleeve having a head part, a hollow cylindrical shaft and a conical tip, - a fastener (10, 20) having a head, an adjoining shaft and a tip adjoining thereto, and a nut that can be fitted on a second thread section of the fastener, characterized in that the shaft of the fastener (10, 20) has a first section close to the tip and the second thread section close to the head, and a stop arranged between the first and the second thread section, - wherein the first thread section is formed as a right-hand thread and the second thread section as a left-hand thread, or alternatively, the first thread section is formed as a left-hand thread and the second thread section as a right-hand thread; and - the nut has a cylindrical shape about a central axis of rotation and has a force engagement means at one longitudinal end. - a grommet formed as a substantially cylindrical sleeve having a head part, a hollow cylindrical shaft and a conical tip, - a fastener (10, 20) having a head, an adjoining shaft and a tip adjoining thereto, and a nut that can be fitted on a second thread section of the fastener, - wherein the first thread section is formed as a right-hand thread and the second thread section as a left-hand thread, or alternatively, the first thread section is formed as a left-hand thread and the second thread section as a right-hand thread; and - the nut has a cylindrical shape about a central axis of rotation and has a force engagement means at one longitudinal end.
A piezoelectric actuator comprising: two piezoelectric actuator units, each of the two piezoelectric actuator units including a substrate, piezoelectric (110a to 110e) arranged on the substrate, and a cladding portion that covers at least a part of the piezoelectric elements (110a-e); the two piezoelectric actuator units being arranged in such a manner that the piezoelectric elements (110a-e) are sandwiched between the two substrates with the substrates positioned outside; characterised in that the cladding portions that cover the piezoelectric elements (110a to 110e) of the two piezoelectric actuator units are bonded to each other by a bond layer. two piezoelectric actuator units, each of the two piezoelectric actuator units including a substrate, piezoelectric (110a to 110e) arranged on the substrate, and a cladding portion that covers at least a part of the piezoelectric elements (110a-e); the two piezoelectric actuator units being arranged in such a manner that the piezoelectric elements (110a-e) are sandwiched between the two substrates with the substrates positioned outside; characterised in that the cladding portions that cover the piezoelectric elements (110a to 110e) of the two piezoelectric actuator units are bonded to each other by a bond layer.
A display device comprising an image generating panel including a plurality of picture forming elements (22 1), each picture forming element being in series with a switching element (24 1) having a control electrode (28;) arranged to receive a switching signal, wherein the switching element is arranged to transmit a luminance signal to the picture forming element as a function of the switching signal in such a way that the optical transmissivity of each picture forming element is controlled in view of the content of the image at the location of this element, said display device comprising also illumination means on the rear side of the panel, and photo-detection means arranged to control the optical transmissivity of the picture forming elements in such a way that the displayed image appears with a uniform illumination, wherein the photo-detection means comprises a plurality of photo-detector elements, characterised in that each photo-detector element is arranged to control the conductivity of the switching elements (24 1, 24 2, 24 3) located in said given area of the panel, thereby controlling the transmissivity of all picture forming elements located in said given area, wherein each switching element in the given area comprises a further control electrode which is connected such as to receive a signal from the photo-detector element.
A method for decolorizing a dye-colored synthetic polymer, comprising: treating a dye-colored synthetic polymer with a treatment composition, the treatment composition comprising (a) sodium formaldehyde sulfoxylate, (b) water, and (d) a ketone dissolved in the treatment composition; wherein the treatment composition has a pH of 6 or less, and the treating is carried out at a temperature of at least 50°C and for a duration of time sufficient to at least partially decolorize the synthetic polymer; and following the treating, separating at least partially decolorized synthetic polymer from the treatment composition. treating a dye-colored synthetic polymer with a treatment composition, the treatment composition comprising (a) sodium formaldehyde sulfoxylate, (b) water, and (d) a ketone dissolved in the treatment composition; wherein the treatment composition has a pH of 6 or less, and the treating is carried out at a temperature of at least 50°C and for a duration of time sufficient to at least partially decolorize the synthetic polymer; and (a) sodium formaldehyde sulfoxylate, (b) water, and (d) a ketone dissolved in the treatment composition; wherein the treatment composition has a pH of 6 or less, and the treating is carried out at a temperature of at least 50°C and for a duration of time sufficient to at least partially decolorize the synthetic polymer; and following the treating, separating at least partially decolorized synthetic polymer from the treatment composition.
A clutch device comprising an outer disc carrier (4, 5) having outer discs (6, 7) arranged thereon for axial sliding, an inner disc carrier (8, 9) having inner discs (10, 11) which can be axially slid thereon, wherein the outer and inner discs (6, 7, 10, 11) form a disc assembly, and an actuating element (12, 13), by means of which the disc assembly can be axially compressed, wherein the actuating element (12, 13) can be moved against a spring assembly (16, 17) during the compression, wherein a device is provided for varying the preload of the spring assembly (16, 17) in accordance with the rotational speed, characterised in that the device comprises a plurality of radially movable wedge elements, which slide with a wedge surface on wedge surfaces associated with the spring assembly (16, 17).
A composition for use as an immunostimulant comprising a mixture of at least one Aloe vera -derived lipo-polysaccharide, at least one Aloe vera -derived polysaccharide and at least one Aloe vera -derived lipo-protein, wherein the mixture exhibits an immunostimulatory activity of at least 50% of a maximal NF-kappa Beta directed luciferase expression achieved by E. coli bacterial lipo-polysaccharide (ELPS) at a concentration of 10 μg/mL, and wherein the immunostimulatory activity is measured by NF-kappa Beta directed luciferase expression in THP-1 monocytes at a concentration of 250 μg/mL or less, wherein the Aloe vera -derived lipo-polysaccharide is a lipo-polysaccharide from the outer membrane of Gram negative bacteria found in Aloe vera, wherein the Aloe vera -derived polysaccharide has an apparent molecular weight greater than 2 million daltons and comprises between 25 mole% and 70 mole% glucose, between 0.5 mole% and 35 mole% rhamnose, between 5 mole% and 30 mole% galactose, between 3 mole% and 25 mole% mannose, and between 0 mole% and 15 mole% arabinose, and wherein the Aloe vera -derived lipo-protein is a lipo-protein from Gram positive bacteria endogenous to Aloe vera.
Electric machine, comprising: - a stator, - a rotatably mounted rotor having a coolable and magnetisable rotor section made of a superconducting material, wherein - a controller is fashioned for controlling a stator current for inducing a magnetic flux through the superconducting material, characterised in that - a heater is arranged on the rotor section for heating to above the critical temperature of the superconducting material. - a stator, - a rotatably mounted rotor having a coolable and magnetisable rotor section made of a superconducting material, wherein - a controller is fashioned for controlling a stator current for inducing a magnetic flux through the superconducting material, characterised in that - a heater is arranged on the rotor section for heating to above the critical temperature of the superconducting material.
Filter device locatable at a process apparatus, in particular a granulating or fluidising apparatus, for removing dust from process air of the process apparatus, with a filter housing comprising a filter basket, characterised in that the filter basket has a hood-like filter consisting of a flexible textile fabric, which is permeable to process air but retains the material particles to be treated, wherein the filter basket is located between the filter housing and the filter and the filter basket and the filter can be or are directly or indirectly fastened to the filter housing, wherein the filter basket has a filter basket ring and the filter is in the operative state of the process apparatus connected in its lower region along its entire circumference to the filter basket ring of the filter basket in a substantially dust-proof manner, and in that the filter device comprises a sealing mechanism with a sealing element located in the lower region of the filter housing thereon, wherein the sealing element interacts in the operative state of the process apparatus with the filter housing, the filter basket ring and the process apparatus in such a way that a seal can be or is created between the filter housing, the filter basket ring and the process apparatus, so that the filter housing is divided into a process chamber holding the particles to be treated and a clean air chamber receiving the dust-free process air by means of the sealing mechanism and the filter.
A method for assigning a sounding resource by an Access Point, AP, in a Time Division Duplex, TDD, cellular network, the method comprising: - Obtaining a channel information between a serving AP (110, 400) and one of a plurality of User Equipment, UEs, served by the serving AP (110, 400); characterized by: - Determining whether to assign the sounding resource to the one UE according to a predetermined assigning criteria based on the channel information, wherein the predetermined assigning criteria comprises, the UE having smaller path-loss; - Making the sounding resource assignment if it is determined to assign the sounding resource to the one UE. - Obtaining a channel information between a serving AP (110, 400) and one of a plurality of User Equipment, UEs, served by the serving AP (110, 400); - Determining whether to assign the sounding resource to the one UE according to a predetermined assigning criteria based on the channel information, wherein the predetermined assigning criteria comprises, the UE having smaller path-loss; - Making the sounding resource assignment if it is determined to assign the sounding resource to the one UE.
A method of extracting nucleic acids from a wax-embedded biological sample, comprising: (a)combining the biological sample with a wax-solubilizing organic solvent to form a mixture in which at least some of the nucleic acids from the sample are dissolved; and (b)adding an alcohol to the mixture; whereby a precipitate is formed from the mixture that contains the nucleic acids before or after the adding of the alcohol; then (c) separating the organic solvent and the alcohol from the precipitate; (d) combining the precipitate with a lysis buffer so as to dissolve at least some of the nucleic acids from the sample that are in the precipitate to form a lysis solution; (e) combining the lysis solution with beads adapted to bind nucleic acids; and thereafter (f) recovering nucleic acids derived from the biological sample from the beads; wherein the lysis buffer contains one or more detergents that include nonyl-phenoxypolyethoxylethanol and sodium dodecyl sulfate. (a)combining the biological sample with a wax-solubilizing organic solvent to form a mixture in which at least some of the nucleic acids from the sample are dissolved; and (b)adding an alcohol to the mixture; whereby a precipitate is formed from the mixture that contains the nucleic acids before or after the adding of the alcohol; then (c) separating the organic solvent and the alcohol from the precipitate; (d) combining the precipitate with a lysis buffer so as to dissolve at least some of the nucleic acids from the sample that are in the precipitate to form a lysis solution; (e) combining the lysis solution with beads adapted to bind nucleic acids; and thereafter (f) recovering nucleic acids derived from the biological sample from the beads; wherein the lysis buffer contains one or more detergents that include nonyl-phenoxypolyethoxylethanol and sodium dodecyl sulfate.
A transport vehicle that travels along a container shelf provided with a plurality of levels of shelf portions arranged in a vertical direction and configured to support containers, thereby transporting the containers, the transport vehicle comprising: a support region where a container is supported; a container transfer apparatus that inserts/takes a container into/out of the container shelf; a recognition apparatus that recognizes at least one of an article stored in a container in a first state in which the container is supported in the support region and an article stored in a container in a second state in which the container is supported by the container transfer apparatus; and an article transfer apparatus that transfers an article recognized by the recognition apparatus between a container (w) in the first state and a container in the second state, characterized in that the containers are configured to be stackable in the vertical direction, the support region is configured to be capable of supporting a plurality of the containers in a stacked state, and the transport vehicle further includes a rearrangement apparatus that changes the order of the containers in a container group stacked in the support region, the container that is positioned uppermost in the container group being a container in the first state. a support region where a container is supported; a container transfer apparatus that inserts/takes a container into/out of the container shelf; a recognition apparatus that recognizes at least one of an article stored in a container in a first state in which the container is supported in the support region and an article stored in a container in a second state in which the container is supported by the container transfer apparatus; and an article transfer apparatus that transfers an article recognized by the recognition apparatus between a container (w) in the first state and a container in the second state, characterized in that the containers are configured to be stackable in the vertical direction, the support region is configured to be capable of supporting a plurality of the containers in a stacked state, and the transport vehicle further includes a rearrangement apparatus that changes the order of the containers in a container group stacked in the support region, the container that is positioned uppermost in the container group being a container in the first state.