mhurhangee/ep-ind-claims huggingface dataset:
An anti-roll device for a motor vehicle train having opposite wheels, said device including first and second arms each comprising a first end (E1j) suitable to be coupled to one of said wheels, and a second end (E2j) coupled to coupling means, characterized in that said coupling means include i) a hub coupled in rotation to the second end of said first arm, ii) a sleeve rotatably mounted about said hub and including a front part provided with a first friction cone of the female type and suitable, in the event of translation with respect to said hub, of coupling itself to a second friction cone, of the male type and coupled in rotation to the second end of said second arm, and a rear part provided with at least a first ramp, and iii) an element coupled in rotation to the second end of said first arm and comprising at least a second ramp cooperating with an associated first ramp for coupling in rotation said sleeve to said first arm and to induce an additional translation of said sleeve, towards said second arm, suitable to tighten said coupling of said first and second friction cones, and to thus permit a coupling in rotation of said first and second arms.
A method for fabricating a blazed grating comprising a ridge having a blaze facet facing a blaze facet direction and an anti-blaze facet facing an anti-blaze facet direction, the blaze facet direction and the anti-blaze facet direction extending along a grating cross-sectional plane, the method comprising: - providing a substrate and a patterned mask layer on the substrate, - performing primary dry etching of the substrate such that primary ions are accelerated towards a primary etch direction to impinge on the substrate, and - performing secondary dry etching of the substrate such that secondary ions are accelerated towards a secondary etch direction to impinge on the substrate; wherein a primary projection of the primary etch direction onto the grating cross-sectional plane extends perpendicular to the anti-blaze facet direction and a secondary projection of the secondary etch direction onto the grating cross-sectional plane extends perpendicular to the blaze facet direction and ions accelerated towards a direction with a projection onto the grating cross-sectional plane perpendicular to the blaze facet direction are collimated to form a collimated ion beam for etching the substrate; wherein the method comprises not revealing a ridge portion of the substrate prior to the process of performing secondary dry etching and the mask layer comprises an inorganic material. - providing a substrate and a patterned mask layer on the substrate, - performing primary dry etching of the substrate such that primary ions are accelerated towards a primary etch direction to impinge on the substrate, and - performing secondary dry etching of the substrate such that secondary ions are accelerated towards a secondary etch direction to impinge on the substrate; wherein a primary projection of the primary etch direction onto the grating cross-sectional plane extends perpendicular to the anti-blaze facet direction and a secondary projection of the secondary etch direction onto the grating cross-sectional plane extends perpendicular to the blaze facet direction and ions accelerated towards a direction with a projection onto the grating cross-sectional plane perpendicular to the blaze facet direction are collimated to form a collimated ion beam for etching the substrate; wherein the method comprises not revealing a ridge portion of the substrate prior to the process of performing secondary dry etching and the mask layer comprises an inorganic material. wherein a primary projection of the primary etch direction onto the grating cross-sectional plane extends perpendicular to the anti-blaze facet direction and a secondary projection of the secondary etch direction onto the grating cross-sectional plane extends perpendicular to the blaze facet direction and ions accelerated towards a direction with a projection onto the grating cross-sectional plane perpendicular to the blaze facet direction are collimated to form a collimated ion beam for etching the substrate; wherein the method comprises not revealing a ridge portion of the substrate prior to the process of performing secondary dry etching and the mask layer comprises an inorganic material.
A method of producing a heat-resistant silane crosslinked resin molded body, comprising: (a) a step of obtaining a mixture by melt-mixing, to 100 parts by mass of a base resin (R B) containing a paraffin oil of from 5 to 40 mass% as non-aromatic organic oil, a styrene-based elastomer, and ethylene rubber composed of a copolymer of ethylene and α-olefin or a terpolymer of ethylene, α-olefin and diene; an organic peroxide of from 0.01 to 0.6 parts by mass, an inorganic filler of from 10 to 400 parts by mass, a silane coupling agent of from 1 to 15.0 parts by mass, and a silanol condensation catalyst, (b) a step of obtaining a molded body by molding the mixture, and (c) a step of obtaining a heat-resistant silane crosslinked resin molded body by contacting the molded body with water, wherein the step (a) has a step and a step below, and when part of the base resin (R B) is melt-mixed in the step, the step (a) has the step, a step, and the step below: Step: a step of melt-mixing all or part of the base resin (R B), the organic peroxide, the inorganic filler, and the silane coupling agent, at a temperature equal to or higher than the decomposition temperature of the organic peroxide, to prepare a silane master batch, Step: a step of melt-mixing a remainder of the base resin (R B) and the silanol condensation catalyst, to prepare a catalyst master batch, and Step: a step of mixing the silane master batch and either the silanol condensation catalyst or the catalyst master batch. (a) a step of obtaining a mixture by melt-mixing, to 100 parts by mass of a base resin (R B) containing a paraffin oil of from 5 to 40 mass% as non-aromatic organic oil, a styrene-based elastomer, and ethylene rubber composed of a copolymer of ethylene and α-olefin or a terpolymer of ethylene, α-olefin and diene; an organic peroxide of from 0.01 to 0.6 parts by mass, an inorganic filler of from 10 to 400 parts by mass, a silane coupling agent of from 1 to 15.0 parts by mass, and a silanol condensation catalyst, (b) a step of obtaining a molded body by molding the mixture, and (c) a step of obtaining a heat-resistant silane crosslinked resin molded body by contacting the molded body with water, Step: a step of melt-mixing all or part of the base resin (R B), the organic peroxide, the inorganic filler, and the silane coupling agent, at a temperature equal to or higher than the decomposition temperature of the organic peroxide, to prepare a silane master batch, Step: a step of melt-mixing a remainder of the base resin (R B) and the silanol condensation catalyst, to prepare a catalyst master batch, and Step: a step of mixing the silane master batch and either the silanol condensation catalyst or the catalyst master batch.
An acousto-optic modulator, in particular for a device for the treatment of a medium, preferably air, the acousto-optic modulator comprising: - A piezoelectric transducer with a first electrode, a second electrode, and a dielectric material disposed between and in contact with said electrodes (21, 22); and - An acousto-optic element comprising at least two further dielectric materials (31, 32) with mutually different refractive indices; wherein said piezoelectric transducer and said acousto-optic element are laminated together, characterized in that at least one of said further dielectric materials (31, 32) of said acousto-optic element is a dielectric textile having a doubly-periodic structure. - A piezoelectric transducer with a first electrode, a second electrode, and a dielectric material disposed between and in contact with said electrodes (21, 22); and - An acousto-optic element comprising at least two further dielectric materials (31, 32) with mutually different refractive indices;
Method for obtaining a low-density and clumping type litter for pets, characterized in that it comprises the following phases: a) Grinding a mineral with a content of attapulgite greater than 50% by weight and variable contents of other clays and/or mineral species, to obtain a granulate with a particle size less than 20mm, b) Kneading the ground material of phase a) with water in a percentage of 20-80% by weight of water with respect to the weight of the mixture, c) Extruding the mass of phase b) to obtain pellets, cylinders, rods or blocks, of various shapes and sizes, d) Drying the material extruded in phase c) by natural means, forced means or a combination of both, e) Grinding, to obtain a granulate and f) Sorting to obtain a granulate with a particle size comprised in the range between 0.5mm-4.75mm, wherein a compound capable of releasing sodium ions in a percentage comprised between 0.01 and 10% by weight with respect to the weight of mineral is added in phase a) or in phase b). a) Grinding a mineral with a content of attapulgite greater than 50% by weight and variable contents of other clays and/or mineral species, to obtain a granulate with a particle size less than 20mm, b) Kneading the ground material of phase a) with water in a percentage of 20-80% by weight of water with respect to the weight of the mixture, c) Extruding the mass of phase b) to obtain pellets, cylinders, rods or blocks, of various shapes and sizes, d) Drying the material extruded in phase c) by natural means, forced means or a combination of both, e) Grinding, to obtain a granulate and f) Sorting to obtain a granulate with a particle size comprised in the range between 0.5mm-4.75mm,
Method for determining chemical or biological properties of a liquid, comprising the steps of situating a sampling device having a fluid-filled cavity at a subsurface position below the upper surface of the liquid, the fluid having a density lower than the liquid, allowing a flow of the liquid through a cartridge and into an inlet opening of the sampling device, simultaneous allowing a flow of the fluid out from the cavity through an outlet opening of the sampling device, removing the sampling device from the subsurface position for subsequent analysis for determining said chemical or biological properties of the liquid, wherein the inlet opening of the sampling device is connected to a liquid conduit having its outlet inside the cavity and above the bottom of the cavity, so that the free surface of the liquid inside the cavity, during most of the sampling period is below the liquid conduit outlet, for the hydrostatic pressure driving the flow of the liquid into the cavity to be substantially constant during most of the sampling period; characterized in that said cartridge contains a material that interacts with components of the liquid; and that said inlet opening is provided with a backpressure regulating device so as to regulate the liquid inflow rate into the cavity for a sampling period, said backpressure regulating device comprises a capillary tubing having an internal diameter of 10-500 μm, preferably of 25-150 μm. situating a sampling device having a fluid-filled cavity at a subsurface position below the upper surface of the liquid, the fluid having a density lower than the liquid, allowing a flow of the liquid through a cartridge and into an inlet opening of the sampling device, simultaneous allowing a flow of the fluid out from the cavity through an outlet opening of the sampling device, removing the sampling device from the subsurface position for subsequent analysis for determining said chemical or biological properties of the liquid, wherein the inlet opening of the sampling device is connected to a liquid conduit having its outlet inside the cavity and above the bottom of the cavity, so that the free surface of the liquid inside the cavity, during most of the sampling period is below the liquid conduit outlet, for the hydrostatic pressure driving the flow of the liquid into the cavity to be substantially constant during most of the sampling period;
Use of a DNA encoding a herbicide metabolizing protein for producing a protein having the ability to convert a compound of formula: to a compound of formula: wherein said DNA encodes a protein selected from the group consisting of: a protein comprising the amino acid sequence shown in SEQ ID NO: 222; a protein having an ability to convert in the presence of an electron transport system containing an electron donor, a compound of formula to a compound of formula, and comprising an amino acid sequence having at least 90% sequence identity with the amino acid sequence shown in SEQ ID NO: 222; and a protein having the ability to convert in the presence of an electron transport system containing an electron donor, a compound of formula to a compound of formula, and comprising an amino acid sequence encoded by a nucleotide sequence having at least 90% sequence identity with a nucleotide sequence encoding the amino acid sequence shown in SEQ ID NO: 222. a protein comprising the amino acid sequence shown in SEQ ID NO: 222; a protein having an ability to convert in the presence of an electron transport system containing an electron donor, a compound of formula to a compound of formula, and comprising an amino acid sequence having at least 90% sequence identity with the amino acid sequence shown in SEQ ID NO: 222; and a protein having the ability to convert in the presence of an electron transport system containing an electron donor, a compound of formula to a compound of formula, and comprising an amino acid sequence encoded by a nucleotide sequence having at least 90% sequence identity with a nucleotide sequence encoding the amino acid sequence shown in SEQ ID NO: 222.
An agricultural baling machine (10; 310) comprising: a frame (17; 317); a connection point for attaching to a towing vehicle; a plunger in a bale-forming chamber; a driveline for taking power from the towing vehicle and causing reciprocal rectilinear motion of the plunger in the bale-forming chamber, wherein the driveline comprises: a rotary input shaft, a transmission, a rotatable flywheel and a flywheel shaft; and a drawbar assembly that provides a mechanical link between the connection point and the frame; wherein the drawbar assembly comprises, on at least one side of the baling machine: a lower drawbar member and an upper drawbar member, wherein both members extend in a longitudinal direction of the baling machine from the frame towards the connection point; wherein the lower drawbar member is spaced apart from the upper drawbar member in a vertical dimension such that one or more of: the transmission, the flywheel shaft, and the flywheel are accessible from the side of the baling machine through the drawbar assembly; characterised in that the lower drawbar member is rotatably coupled to the frame such that the height of the connection point relative to the frame of the baling machine is adjustable. a frame (17; 317); a connection point for attaching to a towing vehicle; a plunger in a bale-forming chamber; a driveline for taking power from the towing vehicle and causing reciprocal rectilinear motion of the plunger in the bale-forming chamber, wherein the driveline comprises: a rotary input shaft, a transmission, a rotatable flywheel and a flywheel shaft; and a drawbar assembly that provides a mechanical link between the connection point and the frame; wherein the drawbar assembly comprises, on at least one side of the baling machine: a lower drawbar member and an upper drawbar member, wherein both members extend in a longitudinal direction of the baling machine from the frame towards the connection point; wherein the lower drawbar member is spaced apart from the upper drawbar member in a vertical dimension such that one or more of: the transmission, the flywheel shaft, and the flywheel are accessible from the side of the baling machine through the drawbar assembly; characterised in that the lower drawbar member is rotatably coupled to the frame such that the height of the connection point relative to the frame of the baling machine is adjustable.
Method for monitoring a crankcase pressure in a crankcase of an internal combustion engine, in which setpoint pressure values for the crankcase pressure are defined for a plurality of operating points of the internal combustion engine, characterized in that at least one of the defined setpoint pressure values is changed during the operation of the internal combustion engine.
Vacuum switch, comprising - two bases (3, 5) which are spaced apart from one another, - a vacuum interrupter which is arranged between the bases (3, 5) and connected to the two bases (3, 5), - a first switching element which is arranged in the vacuum interrupter, - a second switching element which can be moved between a first switching position, in which it is in electrically conductive contact with the first switching element, and a second switching position, in which it is isolated from the first switching element, characterized in that the vacuum switch further comprises - a plurality of rod-like supporting elements which each have a first end section, which is connected to a first base, and a second end section, which is connected to the second base, so that the bases (3, 5) and supporting elements form a supporting cage which surrounds and carries the vacuum interrupter. - two bases (3, 5) which are spaced apart from one another, - a vacuum interrupter which is arranged between the bases (3, 5) and connected to the two bases (3, 5), - a first switching element which is arranged in the vacuum interrupter, - a second switching element which can be moved between a first switching position, in which it is in electrically conductive contact with the first switching element, and a second switching position, in which it is isolated from the first switching element, characterized in that the vacuum switch further comprises - a plurality of rod-like supporting elements which each have a first end section, which is connected to a first base, and a second end section, which is connected to the second base, so that the bases (3, 5) and supporting elements form a supporting cage which surrounds and carries the vacuum interrupter.
A pass-through logistics cabinet for mounting in a wall of a room of a healthcare environment, the pass-through logistics cabinet comprising: an interior door comprising photochromic glass that provides access to supplies in the pass-through logistics cabinet from inside the room; an exterior door that provides access to supplies in the pass-through logistics cabinet from outside the room; one or more shelves, each of the one or more shelves comprising a locating sensor; at least one set of one or more status indicator lights, wherein the at least one set of status indicator lights are visible when the interior or exterior door is opaque; and one or more electromagnetic locks. an interior door comprising photochromic glass that provides access to supplies in the pass-through logistics cabinet from inside the room; an exterior door that provides access to supplies in the pass-through logistics cabinet from outside the room; one or more shelves, each of the one or more shelves comprising a locating sensor; at least one set of one or more status indicator lights, wherein the at least one set of status indicator lights are visible when the interior or exterior door is opaque; and one or more electromagnetic locks.
A device for measuring a dried coating material on microprojections on a microprojection array which are made of a base from which microprojections arise, the device comprising: a) a microprojection array housing in which a microprojection array is mounted; b) a laser diode for illuminating the microprojection array with a beam of light, wherein the laser diode is aligned over the microprojection array such that the angle relative to the microprojections is less than 5°; c) an aspheric lens; d) a beam shaping diffuser; e) a focusing lens, wherein the aspheric lens is positioned between the laser diode and the beam shaping diffuser and the beam shaping diffuser is positioned between the aspheric lens and the focusing lens and the focusing lens is positioned between the beam shaping filter and the microprojection array housing; f) a bi-convex lens; g) one or more sensors for detecting reflected light from the microprojection array, wherein the bi-convex lens is positioned between the microprojection array housing and the one or more sensors; and h) a power meter connected to the one or more sensors. a) a microprojection array housing in which a microprojection array is mounted; b) a laser diode for illuminating the microprojection array with a beam of light, wherein the laser diode is aligned over the microprojection array such that the angle relative to the microprojections is less than 5°; c) an aspheric lens; d) a beam shaping diffuser; e) a focusing lens, wherein the aspheric lens is positioned between the laser diode and the beam shaping diffuser and the beam shaping diffuser is positioned between the aspheric lens and the focusing lens and the focusing lens is positioned between the beam shaping filter and the microprojection array housing; f) a bi-convex lens; g) one or more sensors for detecting reflected light from the microprojection array, wherein the bi-convex lens is positioned between the microprojection array housing and the one or more sensors; and h) a power meter connected to the one or more sensors.
Electronic machine management system for initiating switching and/or actuating operations in agricultural working machines, wherein the system comprises a geographical module which determines geographical information relating to the location of the agricultural working machine in real time, and a machine-specific module which controls components of the agricultural working machine, characterized in that before a planned event occurs, the geographical module transmits a signal indicative of this event to the machine-specific module on the basis of the geographical information, and in that, on the basis of this signal, the machine-specific module changes at least one of the components to a standby state in which the component is changed to a state that is at least partially ready for work.
A method for wireless communication, comprising: generating, by an apparatus, a message identifying a specific device (104, 106) or a set of specific devices which are not associated with the apparatus, and generating the message to identify a time period during which the identified specific device (104, 106) or identified set of specific devices are permitted to communicate with the apparatus, wherein the generated message defines a restricted access window, RAW, which indicates the time period; and transmitting, by the apparatus, the generated message. generating, by an apparatus, a message identifying a specific device (104, 106) or a set of specific devices which are not associated with the apparatus, and generating the message to identify a time period during which the identified specific device (104, 106) or identified set of specific devices are permitted to communicate with the apparatus, wherein the generated message defines a restricted access window, RAW, which indicates the time period; and transmitting, by the apparatus, the generated message.