mhurhangee/ep-ind-claims huggingface dataset:
An electrical socket comprising: - a base provided with an inner housing, the inner housing of the base opening onto a central opening; - a printed circuit arranged within the inner housing of the base; - at least two cells for receiving an electrical contact pin, each cell being arranged within the inner housing of the base so as to be disposed opposite the central opening, and having a portion directly connected to the printed circuit, each cell being intended to receive an electrical contact pin of an electrical plug, and being able to grip this pin so as to maintain electrical contact between the pin and the cell; wherein the electrical socket further comprises a one-piece part for supporting and receiving the cells arranged within the inner housing of the base, and means for removably fixing the one-piece part to the base, said one-piece part defining at least two compartments for receiving a cell, each cell being fixed within said compartments, the socket being characterised in that the removable fixing means include at least one blocking stop on the base, and at least one portion on the one-piece part able to cooperate with the blocking stop to allow inserting the one-piece part in a firm holding position within the base, the base having at least one inner wall, said inner wall including said blocking stop, said portion projecting from an outer wall of the one-piece part. - a base provided with an inner housing, the inner housing of the base opening onto a central opening; - a printed circuit arranged within the inner housing of the base; - at least two cells for receiving an electrical contact pin, each cell being arranged within the inner housing of the base so as to be disposed opposite the central opening, and having a portion directly connected to the printed circuit, each cell being intended to receive an electrical contact pin of an electrical plug, and being able to grip this pin so as to maintain electrical contact between the pin and the cell; wherein the electrical socket further comprises a one-piece part for supporting and receiving the cells arranged within the inner housing of the base, and means for removably fixing the one-piece part to the base, said one-piece part defining at least two compartments for receiving a cell, each cell being fixed within said compartments, the socket being characterised in that the removable fixing means include at least one blocking stop on the base, and at least one portion on the one-piece part able to cooperate with the blocking stop to allow inserting the one-piece part in a firm holding position within the base, the base having at least one inner wall, said inner wall including said blocking stop, said portion projecting from an outer wall of the one-piece part.
A gas diffusion layer with flowpath in which electroconductive wires A for forming flow channels are disposed upon an electroconductive substrate B, wherein the gas diffusion layer with flowpath is characterized in that: the flow channels formed by the electroconductive wires A have a height of 300 |jm or less; flow channels formed by adjacent electroconductive wires have an equivalent diameter of 300 μm or less; and the electroconductive substrate B is formed from one layer of electroconductive wires C that are orthogonal to but not interwoven with the electroconductive wires A, characterized in that: the electroconductive wires A being formed from a non-electroconductive core material and an electroconductive surface layer material for coating the non-electroconductive core material. the flow channels formed by the electroconductive wires A have a height of 300 |jm or less; flow channels formed by adjacent electroconductive wires have an equivalent diameter of 300 μm or less; and the electroconductive substrate B is formed from one layer of electroconductive wires C that are orthogonal to but not interwoven with the electroconductive wires A,
An aiming arm configured to be aligned with an implant, the aiming arm comprising: a body defining at least one aperture that is defined by a central axis that extends along a first plane and is located on a major axis of the body that lies in the first plane and extends along a major direction, the body defining at least first and second adjacent radio-opaque markers, wherein each of the first and second radio-opaque markers defines a respective location, such that the location of the first radio-opaque marker is offset with respect to the location of the second radio-opaque marker along a direction that is substantially parallel to the central axis of the at least one aperture, characterized in that the first and second radio-opaque markers extend in a second plane and are spaced from each other along the second plane, the second plane parallel to the first plane, and are elongate along a direction that includes a directional component that includes the major direction. a body defining at least one aperture that is defined by a central axis that extends along a first plane and is located on a major axis of the body that lies in the first plane and extends along a major direction, the body defining at least first and second adjacent radio-opaque markers, wherein each of the first and second radio-opaque markers defines a respective location, such that the location of the first radio-opaque marker is offset with respect to the location of the second radio-opaque marker along a direction that is substantially parallel to the central axis of the at least one aperture, characterized in that the first and second radio-opaque markers extend in a second plane and are spaced from each other along the second plane, the second plane parallel to the first plane, and are elongate along a direction that includes a directional component that includes the major direction.
A lubricating oil composition having a sulfur content of 0.01 to 0.5 wt.% a phosphorus content of 0.01 to 0.1 wt.%, and a sulfated ash in the range of 0.1 to 1 wt.%, comprising: a) a major amount of a base oil having a sulfur content of at most 0.2 wt.%; b) an ashless dispersant comprising an alkenyl- or alkyl-succinimide or a derivative thereof in an amount of 0.01 to 0.3 wt.% in terms of the nitrogen atom content, the alkenyl- or alkyl-succinimide or a derivative being produced by the steps of subjecting a high reactive polybutene having a methylvinylidene structure and maleic anhydride to thermal reaction to give polybutenylsuccinic anhydride and reacting the polybutenylsuccinic anhydride with polyalkylene polyamine; c) a metal-containing detergent that contains an organic acid metal salt, having a TBN of 10 to 350 mg KOH/g, and a sulfur content of at most 3.5 wt.%, in an amount of 0.1 to 1 wt.% in terms of a sulfated ash content with the proviso that the organic acid metal salt is incorporated into the oil composition in an amount of 0.2 to 7 wt.%.; d) a zinc dialkyldithiophosphate in an amount of 0.01 to 0.1 wt.% in terms of a phosphorus content; e) a zinc dialkylaryldithiophosphate in an amount of 0.002 to 0.05 wt.% in terms of the phosphorus content; and f) an oxidation inhibitor selected from the group consisting of a phenol compound, an amine compound, and a molybdenum-containing compound in an amount of 0.01 to 5 wt.%. a) a major amount of a base oil having a sulfur content of at most 0.2 wt.%; b) an ashless dispersant comprising an alkenyl- or alkyl-succinimide or a derivative thereof in an amount of 0.01 to 0.3 wt.% in terms of the nitrogen atom content, the alkenyl- or alkyl-succinimide or a derivative being produced by the steps of subjecting a high reactive polybutene having a methylvinylidene structure and maleic anhydride to thermal reaction to give polybutenylsuccinic anhydride and reacting the polybutenylsuccinic anhydride with polyalkylene polyamine; c) a metal-containing detergent that contains an organic acid metal salt, having a TBN of 10 to 350 mg KOH/g, and a sulfur content of at most 3.5 wt.%, in an amount of 0.1 to 1 wt.% in terms of a sulfated ash content with the proviso that the organic acid metal salt is incorporated into the oil composition in an amount of 0.2 to 7 wt.%.; d) a zinc dialkyldithiophosphate in an amount of 0.01 to 0.1 wt.% in terms of a phosphorus content; e) a zinc dialkylaryldithiophosphate in an amount of 0.002 to 0.05 wt.% in terms of the phosphorus content; and f) an oxidation inhibitor selected from the group consisting of a phenol compound, an amine compound, and a molybdenum-containing compound in an amount of 0.01 to 5 wt.%.
A tissue positioning device, comprising: a biocompatible member having a size and shape suitable for placement within a space adjacent to a tissue to be positioned, said tissue forming a portion of an articulatable joint, wherein said member comprises: a bladder having an associated deflated state and which is capable of receiving and being at least partially expanded by a filler material; a valve by which a filler material can be delivered into said bladder such that said bladder is capable of insertion into said space when in said deflated state and acts to maintain said tissue in said desired position when at least partially expanded by the delivery of filler material via said valve; and a communicating tube which tethers said valve to said bladder; wherein said member is placed within said space such that it acts to maintain said tissue in a desired position and wherein at least a a portion of said bladder comprises a reinforced material to reduce the degradation of said bladder due to its contact with said tissue to be positioned. a biocompatible member having a size and shape suitable for placement within a space adjacent to a tissue to be positioned, said tissue forming a portion of an articulatable joint, wherein said member comprises: a bladder having an associated deflated state and which is capable of receiving and being at least partially expanded by a filler material; a valve by which a filler material can be delivered into said bladder such that said bladder is capable of insertion into said space when in said deflated state and acts to maintain said tissue in said desired position when at least partially expanded by the delivery of filler material via said valve; and a communicating tube which tethers said valve to said bladder; wherein said member is placed within said space such that it acts to maintain said tissue in a desired position and wherein at least a a portion of said bladder comprises a reinforced material to reduce the degradation of said bladder due to its contact with said tissue to be positioned. a bladder having an associated deflated state and which is capable of receiving and being at least partially expanded by a filler material; a valve by which a filler material can be delivered into said bladder such that said bladder is capable of insertion into said space when in said deflated state and acts to maintain said tissue in said desired position when at least partially expanded by the delivery of filler material via said valve; and a communicating tube which tethers said valve to said bladder;
A first device, comprising means (810, 820, 840) for: detecting that a criterion to select a first random access type for performing random access to a second device is met, wherein the first random access type is one of a four-step random access type or a two-step random access type, determining whether the first device is allowed to use a contention-free random access resource allocated for a second random access type, wherein the second random access type is the other of the four-step random access type or the two-step random access type, and performing the random access to the second device based on the determination and conditionally based on the detection. detecting that a criterion to select a first random access type for performing random access to a second device is met, wherein the first random access type is one of a four-step random access type or a two-step random access type, determining whether the first device is allowed to use a contention-free random access resource allocated for a second random access type, wherein the second random access type is the other of the four-step random access type or the two-step random access type, and performing the random access to the second device based on the determination and conditionally based on the detection.
A helicopter rotor comprising: a blade; a rotor hub which supports said blade; a lead-lag angle control mechanism (6;6') configured to change a lead-lag angle of said blade in synchronization with a rotation of said rotor hub by a rotation of said blade around a lead-lag hinge; and a spur supported by said rotor hub, wherein said lead-lag hinge is located at a center of mass of said blade, wherein said lead-lag hinge is provided to said spur, wherein said blade includes a blade hub side portion positioned on the rotor hub side from a position of said lead-lag hinge, wherein said spur includes a spur hub side portion positioned on the rotor hub side from said lead-lag hinge, wherein said spur hub side portion is arranged inside said blade hub side portion, characterized in that said blade hub side portion includes a first rail, and in that said spur hub side portion includes a first roller which engages said first rail. a blade; a rotor hub which supports said blade; a lead-lag angle control mechanism (6;6') configured to change a lead-lag angle of said blade in synchronization with a rotation of said rotor hub by a rotation of said blade around a lead-lag hinge; and a spur supported by said rotor hub, wherein said lead-lag hinge is located at a center of mass of said blade, wherein said lead-lag hinge is provided to said spur, wherein said blade includes a blade hub side portion positioned on the rotor hub side from a position of said lead-lag hinge, wherein said spur includes a spur hub side portion positioned on the rotor hub side from said lead-lag hinge, wherein said spur hub side portion is arranged inside said blade hub side portion, characterized in that said blade hub side portion includes a first rail, and in that said spur hub side portion includes a first roller which engages said first rail.
Electrical machine comprising a stationary stator and a rotor which is mounted in a rotationally movable manner, wherein the rotor has numerous claw poles (10, 11) with which an excitation device for generating an excitation field is associated, wherein active ends of the claw poles (10, 11) are surrounded by the stator or surround the stator and the receiving ends of said claw poles, which receiving ends are situated opposite the active ends, are each arranged directly adjacent to a magnetic flux conductor of the excitation device, wherein the excitation device is stationary, characterized in that the receiving ends, which are situated opposite the active ends, are widened inwards and outwards, alternately in the radial direction, to form an excitation receptacle in which the excitation device is arranged.
Use of at least one liquid composition for marking liquid hydrocarbon-based fuels and combustibles into which it is incorporated, said liquid composition comprising: a) at least one marker, chosen from the following aliphatic or cycloaliphatic compounds: • tricyclodecenyl isobutyrate (3a,4,5,6,7,7a-hexahydro-4,7-methano-1h-inden-5 (or 6) -yl) (CAS 67634-20-2) • tricyclodecenyl propionate (CAS 17511-60-3) • cis-3-hexenyl acetate (CAS 3681-71-8) • ethyllinalool (CAS 10339-55-6) • prenyl acetate (CAS 1191-16-8) • ethyl myristate (CAS 124-06-1) • para-tert-butylcyclohexyl acetate (CAS 32210-23-4) • butyl acetate (CAS 123-86-4) • tricyclodecenyl acetate (4,7-methano-1h-inden-6-ol, 3a,4,5,6,7,7a-hexahydro-) (CAS 5413-60-5) • ethyl caprate (CAS 110-38-3) b) a solvent or a mixture of solvents, c) and optionally one or more functional additives for liquid hydrocarbon-based fuels and/or combustibles, chosen from detergents, dispersants, combustion improvers, antifoams, conductivity improvers, anticorrosion additives, lubricant additives, antiwear agents and/or friction modifiers, chelating agents and/or metal sequestrants, de-emulsifiers, colorants, cold-flow improvers, metal passivators, acidity neutralizers, markers other than the markers a), etc. a) at least one marker, chosen from the following aliphatic or cycloaliphatic compounds: • tricyclodecenyl isobutyrate (3a,4,5,6,7,7a-hexahydro-4,7-methano-1h-inden-5 (or 6) -yl) (CAS 67634-20-2) • tricyclodecenyl propionate (CAS 17511-60-3) • cis-3-hexenyl acetate (CAS 3681-71-8) • ethyllinalool (CAS 10339-55-6) • prenyl acetate (CAS 1191-16-8) • ethyl myristate (CAS 124-06-1) • para-tert-butylcyclohexyl acetate (CAS 32210-23-4) • butyl acetate (CAS 123-86-4) • tricyclodecenyl acetate (4,7-methano-1h-inden-6-ol, 3a,4,5,6,7,7a-hexahydro-) (CAS 5413-60-5) • ethyl caprate (CAS 110-38-3) • tricyclodecenyl isobutyrate (3a,4,5,6,7,7a-hexahydro-4,7-methano-1h-inden-5 (or 6) -yl) (CAS 67634-20-2) • tricyclodecenyl propionate (CAS 17511-60-3) • cis-3-hexenyl acetate (CAS 3681-71-8) • ethyllinalool (CAS 10339-55-6) • prenyl acetate (CAS 1191-16-8) • ethyl myristate (CAS 124-06-1) • para-tert-butylcyclohexyl acetate (CAS 32210-23-4) • butyl acetate (CAS 123-86-4) • tricyclodecenyl acetate (4,7-methano-1h-inden-6-ol, 3a,4,5,6,7,7a-hexahydro-) (CAS 5413-60-5) • ethyl caprate (CAS 110-38-3) b) a solvent or a mixture of solvents, c) and optionally one or more functional additives for liquid hydrocarbon-based fuels and/or combustibles, chosen from detergents, dispersants, combustion improvers, antifoams, conductivity improvers, anticorrosion additives, lubricant additives, antiwear agents and/or friction modifiers, chelating agents and/or metal sequestrants, de-emulsifiers, colorants, cold-flow improvers, metal passivators, acidity neutralizers, markers other than the markers a), etc.
A portable electronic device comprising: a device body to be arranged on one of the front side and the reverse side of a garment and housing an electronic component; a fixing member formed separately from the device body for arrangement on the other of the front side and the reverse side of the garment, for fixing the device body so as to be attached and detached to and from the garment in a state of sandwiching the garment between the fixing member and the device body; a pair of electrode portions (22A, 22B) for contacting a biological surface, the electrode portions (22A, 22B) forming part of the device body; and a biological information detecting unit for detecting biological information based on a potential difference generated in the pair of electrode portions. a device body to be arranged on one of the front side and the reverse side of a garment and housing an electronic component; a fixing member formed separately from the device body for arrangement on the other of the front side and the reverse side of the garment, for fixing the device body so as to be attached and detached to and from the garment in a state of sandwiching the garment between the fixing member and the device body; a pair of electrode portions (22A, 22B) for contacting a biological surface, the electrode portions (22A, 22B) forming part of the device body; and a biological information detecting unit for detecting biological information based on a potential difference generated in the pair of electrode portions.
A particle concentration measuring device characterized by comprising: a measurement region formation part which has a wall of substantially ring-form defining an inner opening through which gas flows relatively orthogonally; an airflow velocity detector; a light curtain forming unit (12A, 12B) configured to form a planar light curtain in the opening inner part; a particle detecting unit comprising a camera and being configured to receive with said camera scattered light from particles passing through the light curtain to detect the particles; and a calculating unit configured to calculate particle concentration based on a total number of the particles detected by the particle detecting unit in a volume of an airflow passing through the light curtain in a unit time, by means of the expression c = n /(r x v x T) wherein c is particle concentration; n is number of particles; r is area of a measurement region which is detected as a detection target region by the particle detecting unit; v is airflow velocity which is supplied from the airflow velocity detector, but if a measurement region formation part moves, v is movement speed of the measurement region formation part; and T is measurement time. a measurement region formation part which has a wall of substantially ring-form defining an inner opening through which gas flows relatively orthogonally; an airflow velocity detector; a light curtain forming unit (12A, 12B) configured to form a planar light curtain in the opening inner part; a particle detecting unit comprising a camera and being configured to receive with said camera scattered light from particles passing through the light curtain to detect the particles; and a calculating unit configured to calculate particle concentration based on a total number of the particles detected by the particle detecting unit in a volume of an airflow passing through the light curtain in a unit time, by means of the expression c = n /(r x v x T) wherein c is particle concentration; n is number of particles; r is area of a measurement region which is detected as a detection target region by the particle detecting unit; v is airflow velocity which is supplied from the airflow velocity detector, but if a measurement region formation part moves, v is movement speed of the measurement region formation part; and T is measurement time.
Method for fabricating a metallized assembly for a microcircuit card having a metallized effect, the assembly forming an internal layer of this card, characterized in that it comprises the following steps: - addition of a support layer formed by a plastic material sensitive to heat exhibiting a first shrinkage ratio, the support layer having, on the surface, at least the dimensions of a microcircuit card, - addition of a metallized film held on a first non-adhesive bearing liner, the first bearing liner exhibiting a shrinkage ratio less than that of the support layer, - transfer of the metallized film onto the support layer by the application of heat and pressure on a surface of the support layer, - removal of the first bearing liner. - addition of a support layer formed by a plastic material sensitive to heat exhibiting a first shrinkage ratio, the support layer having, on the surface, at least the dimensions of a microcircuit card, - addition of a metallized film held on a first non-adhesive bearing liner, the first bearing liner exhibiting a shrinkage ratio less than that of the support layer, - transfer of the metallized film onto the support layer by the application of heat and pressure on a surface of the support layer, - removal of the first bearing liner.
A dosage form comprising a sustained-release formulation of naltrexone, or a pharmaceutically acceptable salt thereof and a sustained-release formulation of bupropion or a pharmaceutically acceptable salt thereof, wherein the dosage form is an oral dosage form, wherein the dosage form provides an in vitro release rate of the naltrexone of less than 80% or less than 70% in about 1 hour, of less than 90% or less than 80% in about 2 hours, or of less than 98% in about 4 hours, as determined using United States Pharmacopeia 24th edition (USP 24) Apparatus 2 dissolution test having a spindle rotation speed of 100 rpm and a dissolution medium of water, at 37°C.