mhurhangee/ep-ind-claims huggingface dataset:
An electrical harness comprising, a high temperature segment, a low temperature segment, and a transition segment disposed between the high temperature segment and the low temperature segment; a conductor disposed within the electrical harness, wherein the conductor continuously spans the high temperature segment, the transition segment, and the low temperature segment; a first insulator disposed radially outward of the conductor at the high temperature segment and the transition segment; a first chafe resistant layer abutting the first insulator at a junction point, the first chafe resistant layer being disposed radially outward of the conductor at the low temperature segment and the transition segment; and a binding material disposed radially outward of the first insulator and the first chafe resistant layer at the transition segment: a second chafe resistant layer disposed radially outward of the first insulator at the high temperature segment and the binding material at the transition segment; and a crimped structure disposed radially outward of the second chafe resistant layer at the transition segment. a high temperature segment, a low temperature segment, and a transition segment disposed between the high temperature segment and the low temperature segment; a conductor disposed within the electrical harness, wherein the conductor continuously spans the high temperature segment, the transition segment, and the low temperature segment; a first insulator disposed radially outward of the conductor at the high temperature segment and the transition segment; a first chafe resistant layer abutting the first insulator at a junction point, the first chafe resistant layer being disposed radially outward of the conductor at the low temperature segment and the transition segment; and a binding material disposed radially outward of the first insulator and the first chafe resistant layer at the transition segment: a second chafe resistant layer disposed radially outward of the first insulator at the high temperature segment and the binding material at the transition segment; and a crimped structure disposed radially outward of the second chafe resistant layer at the transition segment. a second chafe resistant layer disposed radially outward of the first insulator at the high temperature segment and the binding material at the transition segment; and a crimped structure disposed radially outward of the second chafe resistant layer at the transition segment.
A method for mapping and storing damage information of a vehicle, the method comprising: displaying a graphical user interface on a display device of a computing device which shows a first image representing a first view of a vehicle; defining a first coordinate system relative to the first image; detecting a first user input command provided via a user input device associated with the computing device, the first user input command being representative of an instance of damage observed on the vehicle; the method being characterized by the following steps; detecting a stroke length and direction of the first user input command; determining a damage magnitude and direction (θ) based on the detected stroke length and direction of the first user input command; and storing damage information, whereby the step of storing damage information comprises storing one or more sets of image coordinates and a damage vector based on the damage magnitude and direction (θ) for each set of image coordinates representing the first user input command to map damage to the vehicle. displaying a graphical user interface on a display device of a computing device which shows a first image representing a first view of a vehicle; defining a first coordinate system relative to the first image; detecting a first user input command provided via a user input device associated with the computing device, the first user input command being representative of an instance of damage observed on the vehicle; the method being characterized by the following steps; detecting a stroke length and direction of the first user input command; determining a damage magnitude and direction (θ) based on the detected stroke length and direction of the first user input command; and storing damage information, whereby the step of storing damage information comprises storing one or more sets of image coordinates and a damage vector based on the damage magnitude and direction (θ) for each set of image coordinates representing the first user input command to map damage to the vehicle.
A method for generating rendering parameters for each projector (402a - 402l, 504) in a multi-projector system (400, 500), the method being carried out by a computer device having a processor and system memory, comprising the steps of: a) projecting, by each projector (402a - 402I, 504), one or more patterns encoding luminance parameters and measuring, from multiple viewpoints, viewing angle-dependent luminance profiles of the multi-projector system (400, 500); b) mapping the measured luminance profiles to a common coordinate system corresponding to a reference viewpoint; c) estimating a viewing angle-dependent reflectance function of the multi-projector system (400, 500) that can reduce viewing angle dependent artifacts of non-Lambertian screens, by combining said mapped measured luminance profiles; and d) computing rendering parameters for each projector (402a - 4021, 504), which are configured to reduce the viewing angle dependent artifacts of non-Lambertian screens, based on the estimated viewing angle-dependent reflectance function of the multi-projector system (400, 500). a) projecting, by each projector (402a - 402I, 504), one or more patterns encoding luminance parameters and measuring, from multiple viewpoints, viewing angle-dependent luminance profiles of the multi-projector system (400, 500); b) mapping the measured luminance profiles to a common coordinate system corresponding to a reference viewpoint; c) estimating a viewing angle-dependent reflectance function of the multi-projector system (400, 500) that can reduce viewing angle dependent artifacts of non-Lambertian screens, by combining said mapped measured luminance profiles; and d) computing rendering parameters for each projector (402a - 4021, 504), which are configured to reduce the viewing angle dependent artifacts of non-Lambertian screens, based on the estimated viewing angle-dependent reflectance function of the multi-projector system (400, 500).
Method for forming a mixture of air and combustion gas for a burner, wherein a fan generates an airflow which is supplied via a throttle point to the burner, and combustion gas is mixed with the airflow prior to or in the throttle point via a combustion gas regulating valve, wherein the throttle point is a Venturi nozzle, wherein a reference pressure measurement point for taking a reference pressure (Pref) between fan and throttle point is connected by means of a control line to the combustion gas regulation valve for passing on the reference pressure (Pref), and wherein the taking of the reference pressure (Pref) is carried out in a pressure-reducing manner in an infeed preliminary stage, wherein the infeed preliminary stage is connected directly upstream of the throttle point and has a constricted area in which the reference pressure (Pref) can be taken by means of at least one pressure taking opening.
A hybrid sound absorbing sheet (100, 200) comprising: a microperforated film (102, 202, 300) comprising through-micro bores (106, 206, 306) present in a first pattern; and, a perforated metal foil (104, 204) comprising holes (108, 208) in a second pattern; wherein the perforated metal foil is disposed on the microperforated film; characterized in that the first pattern of the through-micro bores in the microperforated film and the second pattern of the perforated metal foil comprise non-aligned patterns; wherein the diameter range of the through-micro bores of the microperforated film is 10 micrometers to 200 micrometers; and wherein (a) the thickness of the perforated metal foil is 10 micrometers to 250 micrometers, (b) the total thickness of the hybrid sound absorbing sheet is 50 micrometers to 1600 micrometers, (c) the perforated metal foil is embossed with an emboss depth in the range of from 30 micrometers to 1000 micrometers, or (d) any combination of two or more selected from (a) to (c). a microperforated film (102, 202, 300) comprising through-micro bores (106, 206, 306) present in a first pattern; and, a perforated metal foil (104, 204) comprising holes (108, 208) in a second pattern;
A method for detecting or diagnosing a concussion, mild traumatic brain injury ("mTBI"), or other traumatic brain injury ("TBI") comprising: (a) determining abundance or concentration level(s) of six micro RNAs ("miRNAs") in a saliva sample taken from a human subject, and (b) comparing the determined abundance or concentration level(s) of the six miRNAs against normal level(s) of the same six miRNAs, wherein the normal (or control) level is that found in a subject, or an average from two of more subjects, not having a concussion, mild traumatic brain injury; or abundance or concentration level(s) determined in the subject prior to an event that could produce a concussion, mTBI or other TBI, and (c) selecting a subject having an abnormal level of said six miRNAs as having, or as being at higher risk for having, a concussion, mild traumatic brain injury ("mTBI") or other traumatic brain injury ("TBI"); wherein the six miRNAs comprise hsa-miR-26b-5p, hsa-miR-29c-3p, hsa-miR-30e-5p, hsa-miR-182-5p, hsa-miR-221-3p, and hsa-miR-320c. (a) determining abundance or concentration level(s) of six micro RNAs ("miRNAs") in a saliva sample taken from a human subject, and (b) comparing the determined abundance or concentration level(s) of the six miRNAs against normal level(s) of the same six miRNAs, wherein the normal (or control) level is that found in a subject, or an average from two of more subjects, not having a concussion, mild traumatic brain injury; or abundance or concentration level(s) determined in the subject prior to an event that could produce a concussion, mTBI or other TBI, and (c) selecting a subject having an abnormal level of said six miRNAs as having, or as being at higher risk for having, a concussion, mild traumatic brain injury ("mTBI") or other traumatic brain injury ("TBI");
A device (28, 30) for marking a surface, the device comprising: a body configured to store a marking substance; a guide arrangement having a first end and a second end, at least a portion of an outer surface of the guide arrangement tapering from the first end to the second end which is narrower than the first end, wherein an output path is provided through the second end at substantially the centre of the guide arrangement; an activation arrangement; and a delivery arrangement which is configured, in response to triggering of the activation arrangement, to deliver a quantity of the marking substance from the body, along the output path and out of the second end of the guide arrangement; characterised in that: wherein the guide arrangement is moveable relative to the body and movement of the guide arrangement, relative to the body, from a first position to a second position, triggers the activation arrangement, a body configured to store a marking substance; a guide arrangement having a first end and a second end, at least a portion of an outer surface of the guide arrangement tapering from the first end to the second end which is narrower than the first end, wherein an output path is provided through the second end at substantially the centre of the guide arrangement; an activation arrangement; and a delivery arrangement which is configured, in response to triggering of the activation arrangement, to deliver a quantity of the marking substance from the body, along the output path and out of the second end of the guide arrangement; characterised in that: wherein the guide arrangement is moveable relative to the body and movement of the guide arrangement, relative to the body, from a first position to a second position, triggers the activation arrangement, wherein the guide arrangement is moveable relative to the body and movement of the guide arrangement, relative to the body, from a first position to a second position, triggers the activation arrangement,
A sealed and thermally insulated vessel for storing a fluid, comprising a secondary thermal insulation barrier comprising insulation panels held against a load-bearing structure and anchored to same by secondary retaining members, a secondary sealing membrane carried by the insulation panels of the secondary thermal insulation barrier, a primary thermal insulation barrier anchored against the secondary sealing membrane by primary retaining members and a primary sealing membrane carried by the primary thermal insulation barrier and designed to be in contact with the cryogenic fluid contained in the vessel, the secondary sealing membrane comprising a plurality of corrugated metal sheets sealingly welded to one another, each having at least two perpendicular corrugations (25, 26, 53), the insulation panels of the secondary thermal insulation barrier being juxtaposed, each insulation panel having an inner face opposite the load-bearing wall, said inner face being fitted with metal plates (17, 18) onto which the corrugated metal sheets are welded, the vessel being characterized in that: each insulation panel being associated with adjacent insulating panels by means of a plurality of bridging elements (22, 43, 44, 48), each bridging element (22, 43, 44, 48) being arranged to straddle at least two adjacent insulating panels and being attached firstly to one edge of the inner face of one of the two insulation panels and secondly to an edge of the inner face of the other insulation panel such as to prevent the adjacent insulation panels from moving apart from one another, said edges of the inner faces of each of the adjacent insulating panels facing one another.
Side member for a chassis provided with a wheel which side member comprises an upper flange and a lower flange, whereby both of the flanges (32, 33) of the side member have a continuous extension along the whole of the side member's entire length and which upper or lower flange (32, 33) exhibits two oppositely directed curved portions (38, 39) that form a gooseneck and that are both located in front of or behind said wheel so that the curved flange's (32, 33) perpendicular distance to the non-curved flange at one end of the chassis is greater than the corresponding perpendicular distance to the non-curved flange at the other end of the chassis and that the non-curved flange and the curved flange are connected to one another via at least one connecting member (40, 51, 52), characterized in that said side member is provided with a centre flange which is located between said upper flange and said lower flange and which extends from one end of said upper and lower flange (32, 33) into a region located between said two curved portions (38, 39) that form said gooseneck.
A hair treatment composition comprising a thickener which comprises a co-polymer derived from the polymerization of at least a non-ionic monomer (a) and at least a cationic monomer (b) wherein the non-ionic monomer (a) is a PEG-(meth)acrylate of the following structure corresponding to Formula n is from 1 to 250 and Z is H or an alkyl group with 1 to 5 carbon atoms, wherein the cationic monomer (b) is a methacryloyloxyethyltrialkylammonium salt of the following formula wherein the cationic monomer represents from 85 to 99.9 mol% of the polymer, without taking into account the crosslinking agent or the chain transfer agent, wherein the composition has a pH of from 2 to 6.
Emptying station for bulk material containers with accompanying bulk material container, • the bulk material container having at least one material receiving reservoir with filling opening and dosing flap • the emptying station having a drive unit for the dosing flap and • the emptying station having at least one control electronics for controlling the drive unit of the dosing flap with flap disk, where the control electronics stays in signal communication with the drive unit for the dosing flap, the drive unit for the dosing flap being coupled to the dosing flap of the bulk material container only during the filling or emptying process, characterized in that a rail system, on which a carriage is displaceably arranged, is provided at the emptying station, wherein the carriage carries at least the drive unit and a coupling unit and is displaceable, such that the coupling unit connects a drive axle of the dosing flap with the drive unit. • the bulk material container having at least one material receiving reservoir with filling opening and dosing flap • the emptying station having a drive unit for the dosing flap and • the emptying station having at least one control electronics for controlling the drive unit of the dosing flap with flap disk, where the control electronics stays in signal communication with the drive unit for the dosing flap,
Component for a turbomachine, in particular a gas turbine, or another engine containing a hot component, which component (14, 14') is prone to crack formation and propagation by being subjected to high temperatures and/or a corrosive and/or oxidising atmosphere and/or a high mechanical load and/or cyclic thermal load and/or transient conditions, whereby said component (14, 14') having a bond coat, made of MCrAlY with M= Fe or Ni or Co or combinations thereof; as a base material, wherein said base material is provided with a self healing system in form of an added active phase (16, 35), characterized in that said active phase (16, 35) comprises one of Boron, Carbon, Phosphorous, Silicon or combinations thereof as a melting point depressant for reacting with the base material after a diffusion into the base material.
Method for controlling a steer-by-wire steering system for a motor vehicle, in which a steering shaft sensor arranged on a steering shaft detects a steering angle (φ) entered by the driver via a steering handle and a control unit specifies a wheel steering angle (ψ) for an electronically controlled steering actuator acting on at least one steered wheel as a function of the detected steering angle (φ), wherein the control unit calculates the wheel steering angle (ψ) taking into account a predeterminable correction angle (χ), characterized in that the correction takes place in such a way that the at least one steered wheel follows an adjustment of the steering handle in order to provide the steer-by-wire steering system with an adjustable virtual steering stiffness.
A molding element for a mold used for manufacturing a tread of a tire having a plurality of contacting elements delimited by a plurality of grooves, the molding element having a molding surface for forming a contact face of the contacting elements intended to come into contact with ground during rolling and a groove forming rib portion for forming the groove between adjacent contacting elements comprising two opposed rib side faces (31, 32) for forming two opposed groove side faces (1031, 1032) and a rib top face connecting two rib side faces (31, 32) for forming a groove bottom, the groove forming rib portion comprising at least one space of a depth Ls opening to at least one of the rib side faces (31, 32) and/or to the rib top face and an insert being received in the space for forming a portion of the groove and a closing device in the groove, the molding element being characterized in that the insert comprises at least two slits, at least one slit opening to one of insert side faces (51, 52) for forming at least one second flexible fence and another slit opening to an insert top face for forming a first flexible fence, wherein the insert is received in the space together with at least one spacer, the insert and the spacer before being received into the space having a total thickness Li, wherein the spacer has at least two surfaces (77, 78) intended to be in contact with the insert and/or a face of the groove forming rib portion defining the space, and wherein the spacer has no communication with the slits in the insert for forming the first flexible fence and the second flexible fence of the closing device.
A resistive material for a bolometer, in which at least one element selected from the group consisting of nitrogen, oxygen and germanium (Ge) is included in antimony (Sb), the resistive material is one of antimony nitride having a composition of SbN x (0.03≦x≦0.25), antimony oxide having a composition of SbO y (0.02≦y≦0.15), antimony oxynitride having a composition of SbN x O y (0.02≦x+y≦0.25) or germanium antimony having a composition of Ge x Sb (0.1≦x≦0.8).
A chemical method for the synthesis of phillyrin, characterized by comprising the following steps: 1) dissolving a glycosyl receptor phillygenin and a glycosyl donor in a first organic solvent for glycosylation in the presence of a catalyst and a molecular sieve under protection of an inert gas to obtain tetraacyl phillyrin, wherein the glycosyl donor is 2,3,4,6-tetra-O-acyl-D-glucopyranosyl trichloroacetimidate, the catalyst is a Lewis acid, the molecular sieve is an aluminosilicate molecular sieve or aluminosilicate powder, and the first organic solvent is dichloromethane, trichloromethane, 1,2-dichloroethane or toluene; 2) dissolving the tetraacyl phillyrin in a second organic solvent, adding sodium methoxide for deacylation, adding an acidic pH regulator to regulate pH value of the reaction mixture to neutral, and carrying out purification treatment to obtain phillyrin, wherein the second organic solvent is a mixed solution of dichloromethane and methanol. 1) dissolving a glycosyl receptor phillygenin and a glycosyl donor in a first organic solvent for glycosylation in the presence of a catalyst and a molecular sieve under protection of an inert gas to obtain tetraacyl phillyrin, wherein the glycosyl donor is 2,3,4,6-tetra-O-acyl-D-glucopyranosyl trichloroacetimidate, the catalyst is a Lewis acid, the molecular sieve is an aluminosilicate molecular sieve or aluminosilicate powder, and the first organic solvent is dichloromethane, trichloromethane, 1,2-dichloroethane or toluene; 2) dissolving the tetraacyl phillyrin in a second organic solvent, adding sodium methoxide for deacylation, adding an acidic pH regulator to regulate pH value of the reaction mixture to neutral, and carrying out purification treatment to obtain phillyrin, wherein the second organic solvent is a mixed solution of dichloromethane and methanol.
A seeding machine comprising: a main frame; a row unit coupled to the main frame, the row unit having a row unit sub-frame and a furrow following device coupled to the row unit sub-frame; and a seed detection sensor coupled to the furrow following device, characterised in that the seed detection sensor is an accelerometer configured to detect seed position within an open furrow by detecting movement of the furrow following device as it traverses over the seed. a main frame; a row unit coupled to the main frame, the row unit having a row unit sub-frame and a furrow following device coupled to the row unit sub-frame; and a seed detection sensor coupled to the furrow following device, characterised in that the seed detection sensor is an accelerometer configured to detect seed position within an open furrow by detecting movement of the furrow following device as it traverses over the seed.