mhurhangee/ep-ind-claims huggingface dataset:
Method for extracting a marker, comprising: - introducing a sample into a removable support basket placed in the housing of a cell of an extraction device provided with a flexible membrane and - immersing the sample in a liquid previously introduced into the housing; - hermetically closing the extraction cell after immersion of the sample in the liquid and - applying a pressure cycle on the flexible membrane for a period of 1 to 5 minutes, at a frequency of between 1 and 2 Hz; then - totally or partially recovering the liquid immersing the sample after the pressure cycle, and detecting the markers present in the physiological liquid; characterized in that: the pressure applied on the membrane is between 2 and 5 bar. - introducing a sample into a removable support basket placed in the housing of a cell of an extraction device provided with a flexible membrane and - immersing the sample in a liquid previously introduced into the housing; - immersing the sample in a liquid previously introduced into the housing; - hermetically closing the extraction cell after immersion of the sample in the liquid and - applying a pressure cycle on the flexible membrane for a period of 1 to 5 minutes, at a frequency of between 1 and 2 Hz; then - totally or partially recovering the liquid immersing the sample after the pressure cycle, and detecting the markers present in the physiological liquid;
A wearable article configured to provide haptic feedback, the wearable article comprising: a base configured to be worn on a body part; a force-applying mechanism (210, 508) coupled with the base; and a haptic feedback apparatus (202, 500) coupled with the base, the haptic feedback apparatus comprising a lever supported by a frame and coupled with the force-applying mechanism, the lever positioned to move relative to the frame and apply pressure on a surface of the body part when a force is applied by the force applying mechanism; characterized in that the force applying mechanism comprises an electrostatic clutch mechanism configured to apply a pulling force to the lever by restricting attempted articulation of an articulation joint of the body part; and wherein the electrostatic clutch mechanism comprises: an artificial tendon extending from a first housing, across the articulation joint, to a second housing; and electrodes configured to respond to a control signal to restrict articulation of the articulation joint by restricting movement of the artificial tendon. a base configured to be worn on a body part; a force-applying mechanism (210, 508) coupled with the base; and a haptic feedback apparatus (202, 500) coupled with the base, the haptic feedback apparatus comprising a lever supported by a frame and coupled with the force-applying mechanism, the lever positioned to move relative to the frame and apply pressure on a surface of the body part when a force is applied by the force applying mechanism; characterized in that the force applying mechanism comprises an electrostatic clutch mechanism configured to apply a pulling force to the lever by restricting attempted articulation of an articulation joint of the body part; and wherein the electrostatic clutch mechanism comprises: an artificial tendon extending from a first housing, across the articulation joint, to a second housing; and electrodes configured to respond to a control signal to restrict articulation of the articulation joint by restricting movement of the artificial tendon. an artificial tendon extending from a first housing, across the articulation joint, to a second housing; and electrodes configured to respond to a control signal to restrict articulation of the articulation joint by restricting movement of the artificial tendon.
A composition comprising: (a) at least one first polymer selected from polylactide-polybutadiene (PLA-PB) block copolymer, polylactide-urethane-polybutadiene block copolymer, or a mixture thereof; and (b) at least one second polymer selected from polylactide, polylactide-urethane, or a mixture thereof, wherein the composition comprises from 20 % to 50 % by weight of said first polymer based on the total weight of the composition and from 50 % to 80 % by weight of said second polymer based on the total weight of the composition. (a) at least one first polymer selected from polylactide-polybutadiene (PLA-PB) block copolymer, polylactide-urethane-polybutadiene block copolymer, or a mixture thereof; and (b) at least one second polymer selected from polylactide, polylactide-urethane, or a mixture thereof,
A computing device having a trust level, the computing device comprising: a memory having stored therein a persistent trust log, the persistent trust log comprising data relating to historic events influencing the trust level of the computing device; and a security engine configured to: detect an event that influences the trust level of the computing device, write data relating to the event to the persistent trust log; receive a trust assessment request including a trust profile from an external service, wherein the trust profile is stored on a server external to the computing device; characterized in that the security engine is further configured to: analyze data stored in the persistent trust log, at least in part, by evaluating the data stored in the persistent trust log using one or more criteria included in the trust profile; generate a trust assessment based on the analyzed data; and transmit the trust assessment to the external service. a memory having stored therein a persistent trust log, the persistent trust log comprising data relating to historic events influencing the trust level of the computing device; and a security engine configured to: detect an event that influences the trust level of the computing device, write data relating to the event to the persistent trust log; receive a trust assessment request including a trust profile from an external service, wherein the trust profile is stored on a server external to the computing device; characterized in that the security engine is further configured to: analyze data stored in the persistent trust log, at least in part, by evaluating the data stored in the persistent trust log using one or more criteria included in the trust profile; generate a trust assessment based on the analyzed data; and transmit the trust assessment to the external service. detect an event that influences the trust level of the computing device, write data relating to the event to the persistent trust log; receive a trust assessment request including a trust profile from an external service, wherein the trust profile is stored on a server external to the computing device; characterized in that the security engine is further configured to: analyze data stored in the persistent trust log, at least in part, by evaluating the data stored in the persistent trust log using one or more criteria included in the trust profile; generate a trust assessment based on the analyzed data; and transmit the trust assessment to the external service. analyze data stored in the persistent trust log, at least in part, by evaluating the data stored in the persistent trust log using one or more criteria included in the trust profile; generate a trust assessment based on the analyzed data; and transmit the trust assessment to the external service.
Seeding machine, comprising - a plurality of row units (3a-3x), wherein the row units (3a-3x) are arranged on a frame extending transversely to the direction of travel and respectively have soil cultivation tools and a hydraulic cylinder exerting a press force on the soil cultivation tools, wherein the press force acting on the soil cultivation tools is adjustable by means of a pressure valve upstream of each hydraulic cylinder, - a sensor arrangement that comprises at least two, preferably at least three or more sensors which are respectively configured to produce an electrical signal in correlation with a total pressure acting on the soil cultivation tools of a row unit (3a-3x), in particular from the difference between the press force and a ground counter-pressure, - a control and/or regulating device which is connected to the pressure valves and the sensor arrangement, and is configured to individually adjust the press force of each row unit (3a-3x) and to adapt it under consideration of the electrical signals of the sensor arrangement, characterized in that the number of row units (3a-3x) exceeds the number of the sensors, preferably by at least double, particularly preferably by at least six times; in that a functional relationship (13a-13e) between the positioning of the individual row units (3a-3x) on the frame on the one hand and the association of the sensors with the row units (3a-3x) and their produced electrical signals on the other hand is stored in a memory of the control and/or regulating device; and the control and/or regulating device is configured, by means of the functional relationship (13a-13e), to control the press force of each row unit (3a-3x) individually in such a way that the total pressure of each row unit (3a-3x) reaches at least approximately a predetermined value. - a plurality of row units (3a-3x), wherein the row units (3a-3x) are arranged on a frame extending transversely to the direction of travel and respectively have soil cultivation tools and a hydraulic cylinder exerting a press force on the soil cultivation tools, wherein the press force acting on the soil cultivation tools is adjustable by means of a pressure valve upstream of each hydraulic cylinder, - a sensor arrangement that comprises at least two, preferably at least three or more sensors which are respectively configured to produce an electrical signal in correlation with a total pressure acting on the soil cultivation tools of a row unit (3a-3x), in particular from the difference between the press force and a ground counter-pressure, - a control and/or regulating device which is connected to the pressure valves and the sensor arrangement, and is configured to individually adjust the press force of each row unit (3a-3x) and to adapt it under consideration of the electrical signals of the sensor arrangement,
An integrated sealing assembly for sealing a bundle of wires comprises: a lower portion that defines a generally planar shape; a plurality of vertical members extending from the lower portion having a space therebetween for placement of one or more wires in a first direction; and a thermally conductive material embedded within the lower portion, wherein the integrated sealing assembly is formed from a sealant material, and wherein when one or more wires are arranged within the space between the plurality of vertical members in the first direction and the integrated sealing assembly is wrapped in a second direction that is generally perpendicular to the first direction to thereby surround the wires, the thermally conductive material of the integrated sealing assembly facilitates thermal energy distribution of applied heat throughout the assembly to thereby lower a viscosity of the sealant material to a point at which the sealant material of the integrated sealing assembly fills voids between the one or more wires. a lower portion that defines a generally planar shape; a plurality of vertical members extending from the lower portion having a space therebetween for placement of one or more wires in a first direction; and a thermally conductive material embedded within the lower portion, wherein the integrated sealing assembly is formed from a sealant material, and wherein when one or more wires are arranged within the space between the plurality of vertical members in the first direction and the integrated sealing assembly is wrapped in a second direction that is generally perpendicular to the first direction to thereby surround the wires, the thermally conductive material of the integrated sealing assembly facilitates thermal energy distribution of applied heat throughout the assembly to thereby lower a viscosity of the sealant material to a point at which the sealant material of the integrated sealing assembly fills voids between the one or more wires.
A method for avoiding activation of a sailing functionality (F S) in a vehicle, wherein the vehicle comprises a powertrain with a transmission system, wherein the transmission system is configured for automatic gear-shifting in an operational automatic mode (M A) and manual gear-shifting by a user of the vehicle in an operational manual mode (M M), wherein the transmission system comprises a user input device configured for manually changing the operational mode of the transmission system between the automatic mode (M A) and the manual mode (M M), wherein the transmission system comprises a transmission control unit for determining a recommended gear (G R) in the automatic mode (M A) and the manual mode (M M), wherein the method comprises the steps: operating the transmission system in the manual mode (M M), and in the manual mode (M M) detecting an operating gear (Go) of the transmission system by the transmission control unit; detecting a change of the operational mode of the transmission system from the manual mode (M M) to the automatic mode (M A) by means of the user input device, wherein if the detected operating gear (G O) in the manual mode (M M) when changing the operational mode to the automatic mode (M A) by means of the user input device is lower than the recommended gear (G R) the sailing functionality (F S) in the automatic mode (M A) is deactivated. operating the transmission system in the manual mode (M M), and in the manual mode (M M) detecting an operating gear (Go) of the transmission system by the transmission control unit; detecting a change of the operational mode of the transmission system from the manual mode (M M) to the automatic mode (M A) by means of the user input device, wherein if the detected operating gear (G O) in the manual mode (M M) when changing the operational mode to the automatic mode (M A) by means of the user input device is lower than the recommended gear (G R) the sailing functionality (F S) in the automatic mode (M A) is deactivated.
A vaccine comprising an effective amount of non-copenhageni Leptospira serovars for use in providing a canine with protective immunity against Leptospira interrogans serovar copenhageni; wherein the vaccine is a multivalent/combination vaccine comprising the serovars Leptospira Interrogans icterohaemorrhagiae, LI canicola, LI grippotyphosa, and LI pomona.
A semiconductor light emitting device comprising: a first conductive semiconductor layer comprising concave or convex portions; an active layer on the first conductive semiconductor layer; and a second conductive semiconductor layer on the active layer, wherein the concave or convex portions comprise a conductive or non-conductive material, characterised in that the first conductive semiconductor layer comprises first and second nitride layers (120, 140), the second nitride layer being under the active layer and the first nitride layer being under the second nitride layer, wherein the concave or convex portions are formed on a surface of the first nitride layer with a predetermined depth, wherein the second nitride layer is disposed on the first nitride layer and the concave or convex portions, wherein the second nitride layer has a higher refractive index than the first nitride layer, and wherein a surface of the concave or convex portions is formed on the same plane as the first nitride layer. a first conductive semiconductor layer comprising concave or convex portions; an active layer on the first conductive semiconductor layer; and a second conductive semiconductor layer on the active layer, wherein the concave or convex portions comprise a conductive or non-conductive material, characterised in that the first conductive semiconductor layer comprises first and second nitride layers (120, 140), the second nitride layer being under the active layer and the first nitride layer being under the second nitride layer, wherein the concave or convex portions are formed on a surface of the first nitride layer with a predetermined depth, wherein the second nitride layer is disposed on the first nitride layer and the concave or convex portions, wherein the second nitride layer has a higher refractive index than the first nitride layer, and wherein a surface of the concave or convex portions is formed on the same plane as the first nitride layer.
An HV busbar configured to connect a plurality of battery modules to each other, the HV busbar comprising: a conductor comprising a first metal plate and a second metal plate; wherein a first metal constitutes the first metal plate; characterized in that second metals having a lower melting temperature than the first metal are mixed in the second metal plate in a state in which the second metals are dispersed; and in that the HV busbar comprises an insulative resin coating layer on an outer circumferential surface of the conductor. a conductor comprising a first metal plate and a second metal plate; wherein a first metal constitutes the first metal plate; characterized in that second metals having a lower melting temperature than the first metal are mixed in the second metal plate in a state in which the second metals are dispersed; and in that the HV busbar comprises an insulative resin coating layer on an outer circumferential surface of the conductor.
A suspension assembly comprising a frame hanger assembly having two spring modules (56, 334, 335), each spring module (56, 334, 335) comprising: a frame attachment portion; a spring housing having an opening (60, 345) defined by a top wall (62, 356), a bottom wall (66, 354), a first interior side wall (64, 358) and a second interior side wall (64, 360); a first shear spring (68, 350); a second shear spring (68, 352); and a spring mount (70, 346); wherein the first shear spring (68, 350) is held in compression between the first interior side wall (64, 358) and a first side of the spring mount (70, 346) and the second shear spring (68, 352) is held in compression between the second interior side wall (64, 360) and a second side of the spring mount (70, 346) and wherein the first and second interior side walls (64, 358; 64, 360) of the spring housing and the first and second sides of the spring mount (70, 346) are generally parallel to each other and generally perpendicular to a top surface (110, 464) of the spring mount (70, 346), the top surface (110, 464) of the spring mount (70, 346) being adapted to receive a load cushion (72, 348), the suspension assembly further comprising a saddle assembly (74, 337, 339) having a first end attached to the spring mount (70, 346) of the first spring module (56, 334) and a second end attached to the spring mount (70, 346) of the second spring module (56, 335). a frame attachment portion; a spring housing having an opening (60, 345) defined by a top wall (62, 356), a bottom wall (66, 354), a first interior side wall (64, 358) and a second interior side wall (64, 360); a first shear spring (68, 350); a second shear spring (68, 352); and a spring mount (70, 346); wherein the first shear spring (68, 350) is held in compression between the first interior side wall (64, 358) and a first side of the spring mount (70, 346) and the second shear spring (68, 352) is held in compression between the second interior side wall (64, 360) and a second side of the spring mount (70, 346) and wherein the first and second interior side walls (64, 358; 64, 360) of the spring housing and the first and second sides of the spring mount (70, 346) are generally parallel to each other and generally perpendicular to a top surface (110, 464) of the spring mount (70, 346), the top surface (110, 464) of the spring mount (70, 346) being adapted to receive a load cushion (72, 348), the suspension assembly further comprising a saddle assembly (74, 337, 339) having a first end attached to the spring mount (70, 346) of the first spring module (56, 334) and a second end attached to the spring mount (70, 346) of the second spring module (56, 335).
An electric machine comprising a first member and a second member, in which the second member is movable in relation to the first member, and in which the first and the second member (2, 3) comprises a closed magnetic circuit, characterized in that, the first member comprises at least one coil and a plurality of first segments, each first segment comprising a plurality of first sections, each first section being a first magnetic field altering component, and in that the second member comprises a plurality of second segments, each second segment comprising a plurality of second sections, each second section being a second magnetic field altering component.
A method of preparing a melamine skeleton-bearing organosilicon compound having the general formula: wherein each R 0 independently is selected from hydrogen and substituted or unsubstituted monovalent hydrocarbon radicals which may be interrupted by carbonyl carbon or by heteroatom selected from oxygen, sulfur and nitrogen, provided that at least one of R 0 has the following structure: wherein the broken line designates a valence bond, X is a substituted or unsubstituted divalent hydrocarbon radical which may be interrupted by carbonyl carbon or by heteroatom selected from oxygen, sulfur and nitrogen, provided that the divalent hydrocarbon radical X bonds via carbon atoms to the nitrogen atom at one end and to the silicon atom at the other end, each R 1 independently is hydrogen or substituted or unsubstituted C 1 -C 4 alkyl radical, each R 2 independently is substituted or unsubstituted C 1 -C 4 alkyl radical, and n is an integer of 1 to 3, the method comprising reacting cyanuric chloride with a primary and/or secondary amine compound and neutralising with ethylenediamine, in a solvent selected from aliphatic hydrocarbon solvents and aromatic hydrocarbon solvents, at from 1 to 3 moles of the base per mole of hydrogen chloride generated on a stoichiometric basis, said primary and/or secondary amine compound comprising an organosilicon compound having the general formula: wherein X, R 1, R 2 and n are as defined above and each R 3 independently is hydrogen or a substituted or unsubstituted monovalent hydrocarbon radical which may be interrupted by carbonyl carbon or by heteroatom selected from oxygen, sulfur and nitrogen.
Method of producing a concentrated detergent composition as a solid block comprising processing the components: alkali metal carbonate, methylglycinediacetic acid, glutamic acid N,N-diacetic acid, and alkali metal tripolyphosphate into a solid block by extrusion or casting technique. alkali metal carbonate, methylglycinediacetic acid, glutamic acid N,N-diacetic acid, and alkali metal tripolyphosphate into a solid block by extrusion or casting technique.