mhurhangee/ep-ind-claims huggingface dataset:
An automatic system for cycle storing comprising: - a plurality of electric cycles each including an electric motor and operating with rechargeable electric batteries respectively, - a fixed infrastructure including a plurality of locking stations on which the following may lock: said electric cycles and at least one external control device (2, 8) adapted for selectively authorising locking and unlocking the electric cycles on said locking stations, - the batteries are detachable and independent from the electric cycles, each battery including an external electric connector, - each electric cycle of includes an electric cycle connector accessible from a user to connect the external electric connector from one of said batteries on the electric cycle and supply the cycle, - each battery has a logical unit adapted for determining at least one battery operation parameter, - characterised in that the system is adapted for transmitting said at least one operation parameter to the fixed infrastructure (2, 7, and 8), when the battery is connected to an electric cycle locked on air locking station, the fixed infrastructure (2, 7, 8) having memorised contact data for at least some users and being adapted for automatically transmitting by electric medium through a user of said battery, based on said contact data, information based on said operation parameter of the battery. - a plurality of electric cycles each including an electric motor and operating with rechargeable electric batteries respectively, - a fixed infrastructure including a plurality of locking stations on which the following may lock: said electric cycles and at least one external control device (2, 8) adapted for selectively authorising locking and unlocking the electric cycles on said locking stations, - the batteries are detachable and independent from the electric cycles, each battery including an external electric connector, - each electric cycle of includes an electric cycle connector accessible from a user to connect the external electric connector from one of said batteries on the electric cycle and supply the cycle, - each battery has a logical unit adapted for determining at least one battery operation parameter, - characterised in that the system is adapted for transmitting said at least one operation parameter to the fixed infrastructure (2, 7, and 8), when the battery is connected to an electric cycle locked on air locking station, the fixed infrastructure (2, 7, 8) having memorised contact data for at least some users and being adapted for automatically transmitting by electric medium through a user of said battery, based on said contact data, information based on said operation parameter of the battery.
An asphalt paving material comprising: an asphalt binder present in an amount of from 3 to 8 wt. % of the asphalt paving material, the asphalt binder consisting essentially of base asphalt and an oxidized high density polyethylene that is present in an amount of from 0.25 to 10 wt. % of the base asphalt; and aggregate present in an amount of from 92 to 97 wt. % of the asphalt paving material, wherein the oxidized high density polyethylene effectively adheres the asphalt binder to the aggregate so as to resist stripping of the asphalt binder from the aggregate caused by moisture. an asphalt binder present in an amount of from 3 to 8 wt. % of the asphalt paving material, the asphalt binder consisting essentially of base asphalt and an oxidized high density polyethylene that is present in an amount of from 0.25 to 10 wt. % of the base asphalt; and aggregate present in an amount of from 92 to 97 wt. % of the asphalt paving material, wherein the oxidized high density polyethylene effectively adheres the asphalt binder to the aggregate so as to resist stripping of the asphalt binder from the aggregate caused by moisture.
Assembly (E, E') for an interconnector (E1, E1') intended to be mounted on a support piece such as a bearing of a liquid-cooled electric machine, for connecting phase outputs of a winding to an item of power electronics, comprising: - an interconnector housing (1, 1') comprising: ∘ a body (10, 10') comprising at least one connection recess through-opening (100, 100') intended to be filled with resin and passed through by a phase output, ∘ at least one track per phase output, each comprising at least one connection end so that it can be connected to the phase output in a connection recess (500, 500'), - at least one bearing body (2, 2') that is different from a bearing, fastened to the interconnector housing (1, 1') comprising at least one phase output passage (200, 200'), - at least one sealing gasket (3, 3') mounted compressed between the bearing body (2, 2') and the interconnector housing (1, 1') and comprising: ∘ at least one phase output sealing opening, facing a phase output passage (200, 200') and facing a connection recess opening (100, 100') of the interconnector housing (1, 1'). - an interconnector housing (1, 1') comprising: ∘ a body (10, 10') comprising at least one connection recess through-opening (100, 100') intended to be filled with resin and passed through by a phase output, ∘ at least one track per phase output, each comprising at least one connection end so that it can be connected to the phase output in a connection recess (500, 500'), ∘ a body (10, 10') comprising at least one connection recess through-opening (100, 100') intended to be filled with resin and passed through by a phase output, ∘ at least one track per phase output, each comprising at least one connection end so that it can be connected to the phase output in a connection recess (500, 500'), - at least one bearing body (2, 2') that is different from a bearing, fastened to the interconnector housing (1, 1') comprising at least one phase output passage (200, 200'), - at least one sealing gasket (3, 3') mounted compressed between the bearing body (2, 2') and the interconnector housing (1, 1') and comprising: ∘ at least one phase output sealing opening, facing a phase output passage (200, 200') and facing a connection recess opening (100, 100') of the interconnector housing (1, 1'). ∘ at least one phase output sealing opening, facing a phase output passage (200, 200') and facing a connection recess opening (100, 100') of the interconnector housing (1, 1').
A method of preparing a cyclopropane ring-bearing compound of the formula I in which R 1 and R 2 are independently selected from C 1 -C 10 alkyl, optionally substituted, or R 1 and R 2, together with the bonds linking them to the cyclopropane ring, form a monocyclic or bicyclic ring system, which may comprise at least one hetero-atom, comprising the reaction of a compound of formula II in which R 1 and R 2 have the significances hereinabove defined, with a compound of formula III X-CH 2 -Y III in which X is selected a nucleofuge selected from halides and pseudohalides and Y is an electrofuge selected from boranes and borates, in the presence of a metal catalyst complex selected from those that a useful for catalytic cyclopropanation and those useful for catalyzing Heck coupling.
A tissue thickness compensator comprising: a first layer comprising a first biocompatible material sealingly enclosed in a water impermeable material; and a second layer comprising a second biocompatible material comprising at least one encapsulation; wherein the first biocompatible material expands when contacted with a fluid, and wherein the first biocompatible material contacts the fluid when the water impermeable material is ruptured. a first layer comprising a first biocompatible material sealingly enclosed in a water impermeable material; and a second layer comprising a second biocompatible material comprising at least one encapsulation;
A valve for use in an inflatable orthopedic brace, the valve comprising: an inlet port; a plurality of outlet ports (134a-c); and a rotatable dial (110, 210) comprising a rotatable dome-shaped body positionable in a plurality of orientations to control fluid flow, the rotatable dome-shaped body comprising: a plurality of clips (184a-f) extending therefrom; an outer bore comprising a plurality of protrusions (182a-e) configured to interact with the plurality of clips, thereby providing a tactile indication when the rotatable dome-shaped body is positioned in any of the plurality of orientations; a convex outer portion; and a concave inner portion, the inlet port and the plurality of outlet ports extending within the concave interior portion; wherein a first fluid path through the rotatable dome-shaped body is created between the inlet port and a first of the plurality of outlet ports when the rotatable dome-shaped body is positioned in a first of the plurality of orientations, and a second fluid path through the rotatable dome-shaped body is created between the inlet port and a second of the plurality of outlet ports when the rotatable dome-shaped body is positioned in a second orientation. an inlet port; a plurality of outlet ports (134a-c); and a rotatable dial (110, 210) comprising a rotatable dome-shaped body positionable in a plurality of orientations to control fluid flow, the rotatable dome-shaped body comprising: a plurality of clips (184a-f) extending therefrom; an outer bore comprising a plurality of protrusions (182a-e) configured to interact with the plurality of clips, thereby providing a tactile indication when the rotatable dome-shaped body is positioned in any of the plurality of orientations; a convex outer portion; and a concave inner portion, the inlet port and the plurality of outlet ports extending within the concave interior portion; a plurality of clips (184a-f) extending therefrom; an outer bore comprising a plurality of protrusions (182a-e) configured to interact with the plurality of clips, thereby providing a tactile indication when the rotatable dome-shaped body is positioned in any of the plurality of orientations; a convex outer portion; and a concave inner portion, the inlet port and the plurality of outlet ports extending within the concave interior portion; wherein a first fluid path through the rotatable dome-shaped body is created between the inlet port and a first of the plurality of outlet ports when the rotatable dome-shaped body is positioned in a first of the plurality of orientations, and a second fluid path through the rotatable dome-shaped body is created between the inlet port and a second of the plurality of outlet ports when the rotatable dome-shaped body is positioned in a second orientation.
A semiconductor device, comprising: a first conductivity type semiconductor body; a semiconductor source region having the first conductivity type, in contact with a first surface of the semiconductor body, whose bandgap is smaller than that of the semiconductor body, and which forms a heterojunction with the semiconductor body; a gate insulating film in contact with a portion of junction between the source region and the semiconductor body; a gate electrode in contact with the gate insulating film; a source electrode; a low resistance region in contact with the source electrode and the source region, and connected ohmically with the source electrode; and a drain electrode connected ohmically with the semiconductor body, on a second surface of the semiconductor body, opposite to said first surface; a trench penetrating through the source region in the depth direction so as to reach the semiconductor body, wherein the gate insulating film is formed in the trench; a semiconductor withstanding voltage region located laterally adjacent to the source region and below the low resistance region and being in contact with the first surface of the semiconductor body and the source region, and whose bandgap is different from that of the semiconductor body, wherein blocking voltage in a portion of junction between the withstanding voltage region and the semiconductor body is equal to, or larger than, blocking voltage in a portion of junction between the source region and the semiconductor body. a first conductivity type semiconductor body; a semiconductor source region having the first conductivity type, in contact with a first surface of the semiconductor body, whose bandgap is smaller than that of the semiconductor body, and which forms a heterojunction with the semiconductor body; a gate insulating film in contact with a portion of junction between the source region and the semiconductor body; a gate electrode in contact with the gate insulating film; a source electrode; a low resistance region in contact with the source electrode and the source region, and connected ohmically with the source electrode; and a drain electrode connected ohmically with the semiconductor body, on a second surface of the semiconductor body, opposite to said first surface; a trench penetrating through the source region in the depth direction so as to reach the semiconductor body, wherein the gate insulating film is formed in the trench; a semiconductor withstanding voltage region located laterally adjacent to the source region and below the low resistance region and being in contact with the first surface of the semiconductor body and the source region, and whose bandgap is different from that of the semiconductor body, wherein blocking voltage in a portion of junction between the withstanding voltage region and the semiconductor body is equal to, or larger than, blocking voltage in a portion of junction between the source region and the semiconductor body.
An applicator for applying a composition to the keratinous fibers, in particular the eye lashes and/or eyebrows, comprising: - a stem; - a core that extends along a longitudinal axis; - applicator elements carried by the core, the distal end of the applicator being defined by the core or by at least one applicator element; - the applicator elements defining an envelope surface, wherein in the applicator: - the cross-section of the applicator defined by the envelope surface increases, and then decreases, going towards the distal end of the core along at least two axes (X1, X2) that are perpendicular to each other, and defines a peak ridge of maximum radius r max that is strictly the greatest radius for the entire envelope surface, the peak ridge being spaced apart from the distal end of the envelope surface by a distance (j) measured along the longitudinal axis that is less than or equal to 1.5 r max; and - an angle (α) formed by slopes (40, 41) of the envelope surface on either side of the peak ridge in at least one longitudinal section being greater than 120°, the core being a twisted wire core or being molded with the applicator elements that present a height that varies. - a stem; - a core that extends along a longitudinal axis; - applicator elements carried by the core, the distal end of the applicator being defined by the core or by at least one applicator element; - the applicator elements defining an envelope surface, wherein in the applicator: - the cross-section of the applicator defined by the envelope surface increases, and then decreases, going towards the distal end of the core along at least two axes (X1, X2) that are perpendicular to each other, and defines a peak ridge of maximum radius r max that is strictly the greatest radius for the entire envelope surface, the peak ridge being spaced apart from the distal end of the envelope surface by a distance (j) measured along the longitudinal axis that is less than or equal to 1.5 r max; and - an angle (α) formed by slopes (40, 41) of the envelope surface on either side of the peak ridge in at least one longitudinal section being greater than 120°, the core being a twisted wire core or being molded with the applicator elements that present a height that varies. - the cross-section of the applicator defined by the envelope surface increases, and then decreases, going towards the distal end of the core along at least two axes (X1, X2) that are perpendicular to each other, and defines a peak ridge of maximum radius r max that is strictly the greatest radius for the entire envelope surface, the peak ridge being spaced apart from the distal end of the envelope surface by a distance (j) measured along the longitudinal axis that is less than or equal to 1.5 r max; and - an angle (α) formed by slopes (40, 41) of the envelope surface on either side of the peak ridge in at least one longitudinal section being greater than 120°, the core being a twisted wire core or being molded with the applicator elements that present a height that varies.
An asphalt composition comprising: 92 to 97% by weight of an asphalt; 2 to 7% by weight of a vinyl aromatic hydrocarbon-conjugated diene block copolymer; 0.05 to 0.15% by weight of sulfur; and 0.1 to 1% by weight of a low-molecular weight conjugated diene rubber (LCDR) having a weight average molecular weight of 70,000 g/mol or less. 92 to 97% by weight of an asphalt; 2 to 7% by weight of a vinyl aromatic hydrocarbon-conjugated diene block copolymer; 0.05 to 0.15% by weight of sulfur; and 0.1 to 1% by weight of a low-molecular weight conjugated diene rubber (LCDR) having a weight average molecular weight of 70,000 g/mol or less.
Motor vehicle comprising at least one electronic rear-view mirror which is designed as an exterior rear-view mirror and/or wing mirror which has a display device, in particular a visual display, for images taken by an exterior camera which in particular is provided outside the motor vehicle, characterised in that a mirror operator control element developed for adjusting a mirror face of a conventional exterior rear-view mirror and/or a rotary-push actuator (9, 9a, 9b, 9c, 9d) of a human machine interface is provided as control element for setting an image detail of the image to be displayed on the display device and/or an alignment of the exterior camera.
A method of producing a stabilized polymer, which is characterized by comprising the step of adding at least one phenolic antioxidant, which is represented by the following Formula and masked with an organic aluminum compound to a catalyst system or a polymerization system before or during polymerization of a monomer having an ethylenically unsaturated bond: (wherein, R 11, R 12 and R 13 each independently represent an alkyl group having 1 to 18 carbon atoms which is optionally branched or substituted or an alkyl group having 2 to 18 carbon atoms which has an ether bond, a thioether bond or a disulfide bond and is optionally branched, with the proviso that at least one of R 11, R 12 and R 13 is an alkyl group having 2 to 18 carbon atoms which has a thioether bond or a disulfide bond and is optionally branched).
A power gating circuit comprising: at least one main power gate switch, wherein each of the at least one main power gate switch is operatively coupled to a first power rail and selectively operative to charge a partially charged secondary voltage rail based on a main power control indicator; and characterized in that the circuit further comprises one or more automatic voltage level detectors operative to detect a voltage level on the secondary voltage rail and to generate the main power control indicator based on: an initial power control indicator and the detected voltage level, wherein the initial power control indicator represents a power up command. at least one main power gate switch, wherein each of the at least one main power gate switch is operatively coupled to a first power rail and selectively operative to charge a partially charged secondary voltage rail based on a main power control indicator; and characterized in that the circuit further comprises one or more automatic voltage level detectors operative to detect a voltage level on the secondary voltage rail and to generate the main power control indicator based on: an initial power control indicator and the detected voltage level, wherein the initial power control indicator represents a power up command.
Process for the preparation of a porous carbon structure comprising the following steps: a) providing a template comprising voids, b) filling of at least part of the voids with a precursor for the formation of the porous carbon structure, c) carbonizing the precursor for the formation of the porous carbon structure and d) removing at least part of the template, wherein the template comprises a mixture of inorganic oxide particles with a bimodal particle size distribution which are at least partially removed in step d) by etching with a suitable acid or base, preferably comprising hydrofluoric acid, and wherein the template comprises voids between the particles, wherein the inorganic oxide particles have a diameter of 100 nm or less and a diameter of 500 nm or more, wherein the partial removal of bimodal particles in step d) removes the particles of a smaller size and only partially etches the particles of a larger size to create adsorption sites for polysulfides. a) providing a template comprising voids, b) filling of at least part of the voids with a precursor for the formation of the porous carbon structure, c) carbonizing the precursor for the formation of the porous carbon structure and d) removing at least part of the template,
The use of structured packings which have one or more backup layers, whose specific surface area is chosen so that the flooding point is reached or exceeded in the one or more backup layers, and one or more separation layers, whose specific surface area is chosen so that the flooding point is not reached, as internals having a separating effect in a column for carrying out a method for the distillative separation by extractive distillation with addition of a selective solvent of 1,3-butadiene or a fraction predominantly comprising butanes and a fraction predominantly comprising butenes from a C4 cut or of isoprene from a mixture comprising isoprene.