mhurhangee/ep-ind-claims huggingface dataset:
An adhesive system for increasing the adhesiveness between a device, in particular a ball, and the skin of a user, comprising a first coating component for application to at least a part of the device and a second coating component for application to at least a part of the skin, in particular an inner side of a palm or a fingertip, of the user, wherein the first coating component and the second coating component each have a surface tackiness > 35 cm, preferably > 40 cm, according to the rolling ball test according to standard ASTM D 3121-06, characterized in that upon contact of the first coating component with the second coating component an adhesion between 2 and 20 N/25mm, preferably an adhesion between 2.5 and 15 N/25mm, more preferably an adhesion between 5 and 12 N/25mm, even more preferably between 6 and 10 N/25mm, particularly preferably between 7 and 9 N/25mm, can be achieved according to the T-Peel test.
Compound of the formula (I-A) in which D represents (C 1 -C 7)-alkanediyl, R 1 represents hydrogen or fluorine, R 4 represents a substituent selected from the group consisting of fluorine, chlorine, methyl, tert -butyl, trifluoromethyl, methoxy and trifluoromethoxy, and q represents the number 0, 1 or 2, where, if the substituent R 4 is present twice, its meanings may be identical or different, and the salts, solvates and solvates of the salts thereof. D represents (C 1 -C 7)-alkanediyl, R 1 represents hydrogen or fluorine, R 4 represents a substituent selected from the group consisting of fluorine, chlorine, methyl, tert -butyl, trifluoromethyl, methoxy and trifluoromethoxy, and q represents the number 0, 1 or 2,
A vaccine for eliciting an immunogenic response in an animal, the vaccine comprising bacteria containing an attenuating mutation in a gene, wherein the mutation modifies the expression and/or the biological activity of a polypeptide or protein encoded by the gene, resulting in attenuated virulence of the bacteria, wherein the mutation is an in-frame deletion resulting in the bacteria secreting a truncated leukotoxin (LktA), further wherein the bacteria are Mannheimia haemolytica serotypes A1 and A6, further wherein the deletion is within the LktCA gene locus encoding acylase (LktC) and leukotoxin A (LktA), further wherein the amino acid sequence of the secreted truncated form of LktA consists of the sequence encoded by SEQ ID NO:16 or 17.
A temperature measuring device for molten metal comprising a porous plug having a first end and an opposed second end, and a tapered porous body, wherein the porous plug narrows from the second end towards the first end, an outer protective sheath having a closed end, the outer protective sheath extending away from the first end of the porous plug, an inner protective tube having a closed end, the inner protective tube being arranged within an interior of the outer protective sheath, and a thermocouple arranged within an interior of the inner protective tube, wherein the porous plug comprises a substantially refractory material and the outer protective sheath consists essentially of substantially refractory metal oxide and graphite; wherein a junction of the thermocouple is proximate to the closed end of the inner protective tube; and wherein the second end of the porous plug is configured to be in contact with a source of inert gas and the porous plug is configured to inject the inert gas into the molten metal from the first end of the porous plug, the injected inert gas causing movement of the molten metal at the first end of the porous plug to create a vortex of molten metal about the thermocouple.
A filter element for an aerosol-generating article, the filter element comprising a hollow tubular portion with an inner surface, wherein a flavourant is deposited directly onto the inner surface of the hollow tubular portion, wherein the inner surface of the hollow tubular portion is configured fluid- or liquid-impermeable such that the flavourant cannot penetrate into the filter material, wherein flavourant is deposited onto the inner surface of the hollow tubular portion such that the volume of the filter element material through which air can be drawn essentially remains unchanged.
A vehicle navigation device, comprising: a map data base storing map data comprising links and attributes (63, 64, 83, 86, 93, 98), said links representing road segments, wherein a first attribute (63, 64, 83, 86) is respectively assigned to a subset of said links to indicate that said links included in said subset have at least one express lane, and wherein a second attribute (93, 98) is respectively assigned to lanes of at least a fraction of said links included in said subset to indicate which lanes of the respective road segment are express lanes, said second attribute (93, 98) being different from said first attribute (63, 64, 83, 86), and a processing unit coupled to said map data base and configured to perform a route search based at least on said first attribute (63, 64, 83, 86), and to control outputting of route guidance information via a user interface based at least on said second attribute (93, 98), wherein each road segment is located in at least one tile (50, 71-74) of a tiling, and wherein said map data base includes said first attribute (63, 64, 83, 86) for links located in a tilde (50, 71-74) of said tiling only if at least one of the road segments represented by said links has at least one express lane. a map data base storing map data comprising links and attributes (63, 64, 83, 86, 93, 98), said links representing road segments, wherein a first attribute (63, 64, 83, 86) is respectively assigned to a subset of said links to indicate that said links included in said subset have at least one express lane, and wherein a second attribute (93, 98) is respectively assigned to lanes of at least a fraction of said links included in said subset to indicate which lanes of the respective road segment are express lanes, said second attribute (93, 98) being different from said first attribute (63, 64, 83, 86), and a processing unit coupled to said map data base and configured to perform a route search based at least on said first attribute (63, 64, 83, 86), and to control outputting of route guidance information via a user interface based at least on said second attribute (93, 98), wherein each road segment is located in at least one tile (50, 71-74) of a tiling, and wherein said map data base includes said first attribute (63, 64, 83, 86) for links located in a tilde (50, 71-74) of said tiling only if at least one of the road segments represented by said links has at least one express lane.
A motor vehicle seat comprising a backrest intended to be fixed to the floor of said vehicle, and also a seating surface pivotably articulated on said backrest about a transverse axis between a lowered configuration, in which it is able to receive a passenger, and a raised configuration, in which it is folded towards said backrest; characterized in that it comprises a pneumatic jack arranged on one of the lateral sides of said seat and able to maintain said seating surface in said raised configuration counter to a predetermined deceleration threshold undergone by said seat and in that said jack forms an end travel stop for said seating surface, said raised configuration of said seating surface corresponding to the maximum extension position of said jack.
A spray head, adapted for being mounted along an agricultural sprayer spray boom with a plurality of like spray heads, comprising: a spray head body defining a cavity; a flow control member being mounted in said cavity for rotation about a fixed axis and containing a fluid passage arrangement; said body being provided with a fluid inlet and a fluid outlet, and said fluid passage arrangement being so located relative to said inlet and outlet that it intermittently establishes a flow path between said inlet and outlet during movement of said flow control member; a nozzle coupled for receiving flow from said outlet; and a stepper motor being coupled to said flow control member for effecting movement of said flow control member about said axis for intermittently establishing said flow path between said inlet and outlet, wherein said flow control member is a disk and said fluid passage arrangement includes at least one opening extending through said disk and wherein said fluid passage arrangement includes a plurality of identical openings extending through said disk at equal angularly spaced locations, with the spacing between adjacent openings being filled by a web, characterised in that, said web blocks all flow from occurring through said outlet when none of said identical openings are aligned with said outlet.
A control device of sectors for the assembly of turbine stators of a turbine, each turbine stator being formed of an assembly of sectors juxtaposed to one another, each sector comprising a reference, the device comprising: - an automated system for identifying the sector comprising means for reading the sector reference, - a database of the references of the sectors intended to form the turbine stators of the turbine, and - means for associating the read reference of the sector with a determined turbine stator of the turbine. - an automated system for identifying the sector comprising means for reading the sector reference, - a database of the references of the sectors intended to form the turbine stators of the turbine, and - means for associating the read reference of the sector with a determined turbine stator of the turbine.
A method of manufacturing a fire-resistant composite electrical panel for use as part of an electrical harness of a vehicle, the method comprising: arranging a layered structure comprising: a fire protection layer comprising a fibrous material impregnated with an intumescent material, the fire protection layer forming an outer layer of the layered structure; a first organic matrix composite layer comprising fibres and resin; at least one electrical conductor; and a second organic matrix composite layer comprising fibres and resin, the at least one electrical conductor being positioned between the first and second organic matrix composite layers, the method further comprising curing the layered structure so as to form the fire-resistant composite electrical panel. arranging a layered structure comprising: a fire protection layer comprising a fibrous material impregnated with an intumescent material, the fire protection layer forming an outer layer of the layered structure; a first organic matrix composite layer comprising fibres and resin; at least one electrical conductor; and a second organic matrix composite layer comprising fibres and resin, the at least one electrical conductor being positioned between the first and second organic matrix composite layers, a fire protection layer comprising a fibrous material impregnated with an intumescent material, the fire protection layer forming an outer layer of the layered structure; a first organic matrix composite layer comprising fibres and resin; at least one electrical conductor; and a second organic matrix composite layer comprising fibres and resin, the at least one electrical conductor being positioned between the first and second organic matrix composite layers, the method further comprising curing the layered structure so as to form the fire-resistant composite electrical panel.
A planar lighting device comprising: a circuit substrate; a plurality of light sources arranged on a first surface of the circuit substrate; a reflection layer disposed on the first surface of the circuit substrate, the reflection layer comprising a plurality of openings corresponding to the light sources; and a light regulator disposed at an edge of the reflection layer, characterized in that the light regulator comprises absorber portions and reflector portions that are alternately located along the light regulator, and the absorber portions are located in portions of the light regulator corresponding to positions of light sources closest to the edge, and the reflector portions are located in portions of the light regulator corresponding to positions between adjacent light sources closest to the edge. a circuit substrate; a plurality of light sources arranged on a first surface of the circuit substrate; a reflection layer disposed on the first surface of the circuit substrate, the reflection layer comprising a plurality of openings corresponding to the light sources; and a light regulator disposed at an edge of the reflection layer, characterized in that the light regulator comprises absorber portions and reflector portions that are alternately located along the light regulator, and the absorber portions are located in portions of the light regulator corresponding to positions of light sources closest to the edge, and the reflector portions are located in portions of the light regulator corresponding to positions between adjacent light sources closest to the edge.
A lithium secondary battery comprising: a positive electrode comprising a binder; a lithium negative electrode; a separator interposed between the positive electrode and the lithium negative electrode; and an electrolyte solution; wherein the lithium secondary battery comprises sodium, and wherein: a total content of sodium in the lithium secondary battery is no more than 500 ppm; the content of sodium in the positive electrode is no more than 450 ppm based upon the total content of sodium in the lithium secondary battery; the content of sodium in the lithium negative electrode is no more than 15 ppm based upon the total content of sodium in the lithium secondary battery; the content of sodium in the electrolyte solution is no more than 25 ppm based upon the total content of sodium in the lithium secondary battery; and the content of sodium is determined as described in the specification by inductively coupled plasma optical emission spectroscopy (ICP-OES). a positive electrode comprising a binder; a lithium negative electrode; a separator interposed between the positive electrode and the lithium negative electrode; and an electrolyte solution; wherein the lithium secondary battery comprises sodium, and wherein: a total content of sodium in the lithium secondary battery is no more than 500 ppm; the content of sodium in the positive electrode is no more than 450 ppm based upon the total content of sodium in the lithium secondary battery; the content of sodium in the lithium negative electrode is no more than 15 ppm based upon the total content of sodium in the lithium secondary battery; the content of sodium in the electrolyte solution is no more than 25 ppm based upon the total content of sodium in the lithium secondary battery; and the content of sodium is determined as described in the specification by inductively coupled plasma optical emission spectroscopy (ICP-OES). a total content of sodium in the lithium secondary battery is no more than 500 ppm; the content of sodium in the positive electrode is no more than 450 ppm based upon the total content of sodium in the lithium secondary battery; the content of sodium in the lithium negative electrode is no more than 15 ppm based upon the total content of sodium in the lithium secondary battery; the content of sodium in the electrolyte solution is no more than 25 ppm based upon the total content of sodium in the lithium secondary battery; and the content of sodium is determined as described in the specification by inductively coupled plasma optical emission spectroscopy (ICP-OES).
A method of increasing recovery of a metal portion from a predetermined quantity of ore in a flotation recovery circuit which comprises a grinding stage, a flotation recovery stage, a dewatering stage and a filter stage and which effects the steps of: grinding a predetermined quantity of ore in the grinding stage to a predetermined size while irrigating the ore with water including recovered process water thereby to form a ground ore portion; conveying the ground ore portion mixed with the recovered process water to the flotation recovery stage; the recovered process water recovered after the flotation recovery stage from the dewatering stage or the filter stage; applying flotation recovery via the flotation stage to the ground ore portion thereby to extract a recovered metal portion from a mix of the recovered process water and the ground ore portion; returning at least a portion of the recovered process water to the grinding stage; said method comprising applying a magnetic field to the ground ore portion in a magnetic conditioning stage while it is contained in the recovered process water subsequent to the grinding stage and prior to the flotation recovery stage for improving recovery of the desired paramagnetic minerals by aggregation of the para-magnetic minerals; and wherein the magnetic field strength applied to the ground ore portion in the magnetic conditioning stage is at least 4500 Gauss. grinding a predetermined quantity of ore in the grinding stage to a predetermined size while irrigating the ore with water including recovered process water thereby to form a ground ore portion; conveying the ground ore portion mixed with the recovered process water to the flotation recovery stage; the recovered process water recovered after the flotation recovery stage from the dewatering stage or the filter stage; applying flotation recovery via the flotation stage to the ground ore portion thereby to extract a recovered metal portion from a mix of the recovered process water and the ground ore portion; returning at least a portion of the recovered process water to the grinding stage; said method comprising applying a magnetic field to the ground ore portion in a magnetic conditioning stage while it is contained in the recovered process water subsequent to the grinding stage and prior to the flotation recovery stage for improving recovery of the desired paramagnetic minerals by aggregation of the para-magnetic minerals; and wherein the magnetic field strength applied to the ground ore portion in the magnetic conditioning stage is at least 4500 Gauss.
A circumferential surgical retraction device comprising: a first, outer ring being made of flexible material; a second, inner ring being made of flexible material; a cylindrical sleeve coupled to the first and second rings (302, 304); a first biasing member associated with the first, outer ring, the first biasing member biasing the first ring radially outwardly; and a second biasing member associated with the second, inner ring, the second biasing member biasing the second ring radially outwardly, wherein the first and second biasing members (308, 310) place the cylindrical sleeve in tension to retract an incision, the first biasing member includes a spring-like core embedded within the flexible material of the first, outer ring, the second biasing member includes a spring-like core embedded within the flexible material of the second, inner ring, and the cylindrical sleeve comprises bellows arranged to transition the cylindrical sleeve between a first, axially compressed state and a second, axially extended state, the cylindrical sleeve being in the second axially extended state with the first, outer ring and the second, inner ring radially biased outwardly. a first, outer ring being made of flexible material; a second, inner ring being made of flexible material; a cylindrical sleeve coupled to the first and second rings (302, 304); a first biasing member associated with the first, outer ring, the first biasing member biasing the first ring radially outwardly; and a second biasing member associated with the second, inner ring, the second biasing member biasing the second ring radially outwardly, wherein the first and second biasing members (308, 310) place the cylindrical sleeve in tension to retract an incision, the first biasing member includes a spring-like core embedded within the flexible material of the first, outer ring, the second biasing member includes a spring-like core embedded within the flexible material of the second, inner ring, and the cylindrical sleeve comprises bellows arranged to transition the cylindrical sleeve between a first, axially compressed state and a second, axially extended state, the cylindrical sleeve being in the second axially extended state with the first, outer ring and the second, inner ring radially biased outwardly.
A device for protecting at least one active component of an electronic module, able to receive a microwave electromagnetic input signal and to provide a microwave electromagnetic signal to said at least one active component, characterized in that it includes a delay module able to apply a predetermined delay time to the microwave electromagnetic input signal, connected in parallel with a switch-triggering device able to compare a power level of the microwave electromagnetic input signal to a power threshold and to command switching by a switch connected at the output of the delay module, an output of said switch providing the microwave electromagnetic signal as input to said at least one active component, the predetermined delay time being such that the switching is done before the arrival of the microwave electromagnetic signal at the output of the delay module.
Method for obtaining a mineral substance from a base comprising mineral matter, the method involving obtaining the base comprising a predetermined quantity of the mineral matter synthesised by a living structure or a portion of the latter, characterised in that obtaining the base comprises providing the living structure and providing at least one lactic acid microorganism suitable for symbiosis with the living structure for the synthesis of the mineral matter of the mineral substance.
Hydraulic swash block positioning system for positioning a swash block such as a swash block that rotates around a swash block axis to a swash block position in a housing of a hydraulic device such as a pump to set a variable displacement, the hydraulic device comprising a rotor with pistons and piston chambers with a variable volume that during rotor rotation alternatingly connect to a high oil pressure source (54, 104) and a low oil pressure source (53, 103), the positioning system comprising between the housing and the swash block a positioning cylinder with a positioning piston forming a positioning chamber for setting an average value of the swash block position, a feeding line and a control valve (52, 105) connecting the high oil pressure source (54, 104) with the positioning chamber through the feeding line (20, 112) characterized in that the feeding line is connected to an oil container (19,33,55) of the system that has a variable container volume and the oil container has means for adjusting the variable container volume synchronously with the changes in the number of piston chambers connected to the high oil pressure source and wherein the feeding line between the positioning chamber and the oil container might have a flow restriction.