mhurhangee/ep-ind-claims huggingface dataset:
A luminous automotive-vehicle glazing unit (100, 200, 300) comprising: - a glazing module with an edge face and external main faces (11, 11') denoted face A and face B, said module including at least one first glazing pane, made of organic or mineral glass, of refractive index n1 of at least 1.4 at 550 nm with first and second main faces (11, 12); - a light source optically coupled to the glazing module and preferably to the first glazing pane, the glazing module thus forming a guide of light emitted by the light source; and - light-extracting means for extracting the guided light in order to form a scattering zone of width of at least 1 cm, said light-extracting means including a scattering layer comprising scattering dielectric particles bound by a matrix, said scattering layer being associated with one of the first or second faces; characterized in that the matrix is transparent and of refractive index n2 at least equal to n1 or such that n1-n2 is at most 0.15 at 550 nm and in that the scattering particles are mainly microparticles that are spaced apart from one another and that comprise a shell made of a transparent dielectric material and making contact with the transparent matrix, said shell surrounding a core of refractive index n3 of at most 1.15 at 550 nm, said core having a largest dimension called D3 in a range extending from 5 μm to 200 μm, the microparticles having a largest dimension D' smaller than 2D 3. - a glazing module with an edge face and external main faces (11, 11') denoted face A and face B, said module including at least one first glazing pane, made of organic or mineral glass, of refractive index n1 of at least 1.4 at 550 nm with first and second main faces (11, 12); - a light source optically coupled to the glazing module and preferably to the first glazing pane, the glazing module thus forming a guide of light emitted by the light source; and - light-extracting means for extracting the guided light in order to form a scattering zone of width of at least 1 cm, said light-extracting means including a scattering layer comprising scattering dielectric particles bound by a matrix, said scattering layer being associated with one of the first or second faces;
A method for producing a holder of at least one substrate, where said holder comprises at least one cavity to hold said substrate, from at least one first plate (P1, P101) and one second plate (P2, P102), where each has first and second parallel flat faces, comprising the following steps: a) a1)delimitation only on the first flat face of the second plate (P2, P102) of at least one surface (6, 106) by means of an area having, with a face of the first plate (P1, P101), a bonding energy in the weak bonding area less than 200 mJ/m 2, called the weak bonding area, a2) treatment of said surface (6, 106) in order that it has bonding properties reduced compared to those of the remainder of the first face of the second plate, b) bringing the first face of the second plate (P2, P102) into contact with the second face of the first plate (P1, P101), c) direct bonding between said first and second faces, d) removal of the portion of the second plate (P2, P102) located directly below said surface inside the weak bonding area. a) a1)delimitation only on the first flat face of the second plate (P2, P102) of at least one surface (6, 106) by means of an area having, with a face of the first plate (P1, P101), a bonding energy in the weak bonding area less than 200 mJ/m 2, called the weak bonding area, a2) treatment of said surface (6, 106) in order that it has bonding properties reduced compared to those of the remainder of the first face of the second plate, a1)delimitation only on the first flat face of the second plate (P2, P102) of at least one surface (6, 106) by means of an area having, with a face of the first plate (P1, P101), a bonding energy in the weak bonding area less than 200 mJ/m 2, called the weak bonding area, a2) treatment of said surface (6, 106) in order that it has bonding properties reduced compared to those of the remainder of the first face of the second plate, b) bringing the first face of the second plate (P2, P102) into contact with the second face of the first plate (P1, P101), c) direct bonding between said first and second faces, d) removal of the portion of the second plate (P2, P102) located directly below said surface inside the weak bonding area.
A hybrid vehicle equipped with an internal combustion engine and a rotating electric machine serving as a mechanical power source for vehicle driving, having a first running mode during which said internal combustion engine is stopped and a second running mode during which said internal combustion engine is actuated, said hybrid vehicle comprising: a first running amount computation unit (140, 170) computing a first status amount indicating a running amount in said first running mode; a second running amount computation unit (150, 180) computing a second status amount indicating a running amount in said second running mode; a determination unit determining necessity of maintenance for elements included in the vehicle, based on said first and second status amounts; wherein the hybrid vehicle is characterized in that said determination unit determines necessity of maintenance for said internal combustion engine and the elements actuated in accordance with the actuation of said internal combustion engine among said elements in the vehicle, based on said second status amount, and determines necessity of maintenance for the remaining elements, based on a third status amount indicating a total running amount of the vehicle, wherein said first status amount is a total running distance in said first running mode, and said second status amount is a total running distance in said second running mode. a first running amount computation unit (140, 170) computing a first status amount indicating a running amount in said first running mode; a second running amount computation unit (150, 180) computing a second status amount indicating a running amount in said second running mode; a determination unit determining necessity of maintenance for elements included in the vehicle, based on said first and second status amounts; wherein the hybrid vehicle is characterized in that said determination unit determines necessity of maintenance for said internal combustion engine and the elements actuated in accordance with the actuation of said internal combustion engine among said elements in the vehicle, based on said second status amount, and determines necessity of maintenance for the remaining elements, based on a third status amount indicating a total running amount of the vehicle, wherein said first status amount is a total running distance in said first running mode, and said second status amount is a total running distance in said second running mode.
An indoor unit of an air conditioner comprising an indoor heat exchanger, an indoor fan, and an air filter provided on an inlet side of the indoor fan, provided in a casing, the indoor unit comprising: a brush member for removing dust on the air filter while being in contact with the air filter; brush cleaning means for removing dust on the brush member while being in contact with the brush member; and characterized by moving means for selectively performing an operation of moving the air filter relative to the brush member while the air filter is in contact with the brush member so as to remove dust by the brush member, and another operation of moving the air filter relative to the brush member while the air filter is in contact with the brush member in a direction opposite to a moving direction during the first operation before removing dust on the brush member by the brush cleaning means. a brush member for removing dust on the air filter while being in contact with the air filter; brush cleaning means for removing dust on the brush member while being in contact with the brush member; and characterized by moving means for selectively performing an operation of moving the air filter relative to the brush member while the air filter is in contact with the brush member so as to remove dust by the brush member, and another operation of moving the air filter relative to the brush member while the air filter is in contact with the brush member in a direction opposite to a moving direction during the first operation before removing dust on the brush member by the brush cleaning means.
A testing device for bar anchors, in particular on loose soil, including - a bar anchor extension which is temporarily connected to the bar anchor; - an impact weight which is movably guided on the bar anchor extension, and - an acceleration means for accelerating the impact weight in the direction towards a stop fastened to a free end of the bar anchor extension, characterized in that - the acceleration means is designed as a compressed air cylinder. - a bar anchor extension which is temporarily connected to the bar anchor; - an impact weight which is movably guided on the bar anchor extension, and - an acceleration means for accelerating the impact weight in the direction towards a stop fastened to a free end of the bar anchor extension, characterized in that - the acceleration means is designed as a compressed air cylinder.
Burner for burning particulate, in particular powdered, carbon-containing fuel, preferably coal or biomass, comprising a fuel or primary air tube carrying a fuel mass flow including a fuel nozzle formed at its burner mouth side end, which comprises a stabilizing ring with radially inwardly oriented teeth of a toothed ring and on the outside a conically radially outwardly widening jacket air or secondary air rejection cone, and comprising a jacket air or secondary air tube coaxially surrounding the fuel or primary air tube and preferably a core air tube arranged coaxially inside the fuel or primary air tube, the fuel nozzle forming a heating and/or ignition device having at least one electric heating or resistance wire, which, within the burner, provides the amount of thermal energy required for the formation and the process of the initial pyrolysis and ignition of the fuel conveyed in the fuel or primary air tube in the region of the fuel ignition point being formed, characterized in that the fuel nozzle is formed in one piece and comprises a fuel or primary air tube section in addition to the stabilizing ring and the jacket air or secondary air rejection cone, and in that at least one spirally peripheral groove is formed in the surface of the jacket air or secondary air rejection cone facing the jacket air or secondary air tube, in which the at least one heating or resistance wire is wound spirally in at least one heating or resistance wire winding comprising several windings.
A method of providing cleanness to hair and/or scalp, comprising following steps: (i) after shampooing hair, applying to the hair and/or scalp an effective amount of a hair care composition; and (ii) then rinsing the hair; wherein the hair care composition comprises by weight: (a) from 0.1% to 10% of a cationic surfactant system; (b) from 0.1% to 20% of a high melting point fatty compound, wherein the high melting point fatty compound is a fatty compound having a melting point of 25°C or higher; (c) from 0.01% to 5.0% of a metal pyrithione; (d) from 0.05% to 10% of a metal salt other than metal pyrithiones; (e) an aqueous carrier; wherein the composition further comprising from 0.01% to 5.0% of polyquaternium-6; and wherein the weight ratio of polyquaternium-6 to the metal pyrithione is from 1:1 to 1:30. (i) after shampooing hair, applying to the hair and/or scalp an effective amount of a hair care composition; and (ii) then rinsing the hair; (a) from 0.1% to 10% of a cationic surfactant system; (b) from 0.1% to 20% of a high melting point fatty compound, wherein the high melting point fatty compound is a fatty compound having a melting point of 25°C or higher; (c) from 0.01% to 5.0% of a metal pyrithione; (d) from 0.05% to 10% of a metal salt other than metal pyrithiones; (e) an aqueous carrier;
A cementing tool for delivering on drill string into a hydrocarbon production or water injection well to create a cement plug at a location in the well, wherein the tool comprises a generally cylindrical hollow body comprising: a. a nozzle portion with one or more nozzles formed in it; b. a tapered portion distal of the nozzle portion and terminating in a closed end of smaller diameter than the nozzle portion; and c. a choke portion having a maximum outer diameter larger than that of the nozzle portion and located proximally of the nozzle portion; characterised in that the hollow body further comprises tapered portions at each end of the choke portion. a. a nozzle portion with one or more nozzles formed in it; b. a tapered portion distal of the nozzle portion and terminating in a closed end of smaller diameter than the nozzle portion; and c. a choke portion having a maximum outer diameter larger than that of the nozzle portion and located proximally of the nozzle portion;
A vehicle-to-everything, V2X, communication method performed by a user equipment, UE, comprising: receiving, resource pool configuration information, wherein the resource pool configuration information comprises frequency domain resource location information, the frequency domain resource location information comprises a frequency domain resource pool indicator and a frequency domain spacing between two consecutive V2X resources, and the resource pool configuration information is used for determining an available frequency domain resource for V2X communication, wherein the resource pool configuration information comprises scheduling assignment, SA, resource pool configuration information, and said SA resource pool configuration information is used for indicating an SA resource and a service data resource which are consecutive in a frequency domain; determining, the available frequency domain resource based on the resource pool configuration information; and performing, V2X communication on the available frequency domain resource.
A vehicle seat, in particular a motor vehicle seat, with a seat part and a backrest, which has a backrest shell as a supporting structure, and a covering, wherein the backrest shell has a main area, side cheeks protruding from each side of the main area, and a first mounting channel is designed in at least one or more sections along the edge of the backrest shell, by means of which mounting channel the covering is attached in at least one or more sections to the backrest shell, characterised in that, a second mounting channel is designed on the backrest shell at the transition from at least one side cheek to the main area, by means of which second mounting channel the covering is attached in one or more sections to the backrest shell.
A medical instrument, comprising: a shaft for insertion into a body of a patient; a distal-end assembly, which is coupled to the shaft and comprises: a telescopic assembly (46, 48), configured to elongate so as to collapse the distal-end assembly, and to compress so as to expand the distal-end assembly; an elastic element, coupled to self-elongate and thus elongate the telescopic assembly; and an inflatable balloon, which is coupled to the telescopic assembly (46, 48) and is configured to collapse by the telescopic assembly elongating, and to expand by the telescopic assembly compressing; and a puller-wire, which runs through the shaft and is connected to a distal end of the telescopic assembly (46, 48), and which is configured, when pulled, to compress the telescopic assembly (46, 48). a shaft for insertion into a body of a patient; a distal-end assembly, which is coupled to the shaft and comprises: a telescopic assembly (46, 48), configured to elongate so as to collapse the distal-end assembly, and to compress so as to expand the distal-end assembly; an elastic element, coupled to self-elongate and thus elongate the telescopic assembly; and an inflatable balloon, which is coupled to the telescopic assembly (46, 48) and is configured to collapse by the telescopic assembly elongating, and to expand by the telescopic assembly compressing; and a telescopic assembly (46, 48), configured to elongate so as to collapse the distal-end assembly, and to compress so as to expand the distal-end assembly; an elastic element, coupled to self-elongate and thus elongate the telescopic assembly; and an inflatable balloon, which is coupled to the telescopic assembly (46, 48) and is configured to collapse by the telescopic assembly elongating, and to expand by the telescopic assembly compressing; and a puller-wire, which runs through the shaft and is connected to a distal end of the telescopic assembly (46, 48), and which is configured, when pulled, to compress the telescopic assembly (46, 48).
Method for dosing a fluid formulation containing a medicinal substance into a mould to form a pharmaceutical unit with a volume of 1000μl or less, using a peristaltic pump comprising a flexible tube for guiding the fluid formulation to the mould and at least one roller to compress the tube to induce a flow of the fluid formulation through the tube, the method comprising: - placing a spout of the tube adjacent the mould, - displacing the roller over a predetermined length of the tube to dose the fluid formulation in the mould, - positioning the spout such that when the dosing is finished, at least the open end of the spout is present in the dosed unit, and after dosing - removing the spout out of the dosed unit. - placing a spout of the tube adjacent the mould, - displacing the roller over a predetermined length of the tube to dose the fluid formulation in the mould, - positioning the spout such that when the dosing is finished, at least the open end of the spout is present in the dosed unit, and after dosing - removing the spout out of the dosed unit.
Lighting device (100; 200; 300; 400; 500) for an automotive vehicle comprising an electrical circuit comprising switching means and a plurality of light sources and means for controlling (110; 210; 310; 410; 510) the supply of power to the plurality of light sources, the plurality of sources being divided into at least two groups of sources (120, 122; 220, 222; 320, 322; 420, 422; 520, 522) each group being intended to fulfill a specific lighting function of the device and is distinguished by a requirement for electric current of a specific intensity in order to carry out said lighting function; the control means (110; 210; 310; 410; 510) being capable of selectively supplying power to each of the light source groups exclusively of the other groups, the control means (310; 410; 510) comprising a DC/DC converter (312; 412; 512) capable of converting an input voltage to an output voltage, each of the load groups (320, 322; 420, 422; 520, 522) of which may be switched exclusively of the other groups using said switching means (316, 416, 516); characterized in that said switching means are configured to selectively switch one of the light source groups to load the converter, depending on a signal received from detection means (318, 418, 518), said signal being representative of a value of the intensity of an electric current that flows in the electrical circuit connected to load the converter and/or of the value of a voltage detected across the terminals of said circuit.
A process for producing a product comprising fibres of a lignocellulosic material or natural fibres, for use as or in forming a feedstock in plastics manufacture, which comprises applying to loose or divided fibres or fibre bundles, produced by mechanically or thermomechanically or chemo-thermomechanically or chemo-mechanically breaking down a lignocellulosic material, or natural fibres, a liquid or particulate binder formulation comprising a thermoset resin and a thermoplastic polymer, monomer, or oligomer, consolidating the fibres into a solid product, and breaking down said solid product into pellets or granules which may be subsequently broken down to release a major fraction of the fibres, the thermoset resin comprising a formaldehyde-based polymer or an isocyanate, the solid product comprising less than 10 parts of the combined thermoset resin and modifying thermoplastic component per 100 parts of wood fibre by dried weight and from about 0.3 to about 5 parts of the thermoset resin per 100 parts of wood fibre by dried weight.
A rotatable connector assembly, comprising a base and two connector members respectively connected to two sides of the base, wherein each of the connector members comprises a first hinge and a second hinge, and both sides of the base are provided with a first sliding slot; one end of the first hinge is slidably connected to the first sliding slot and rotates with respect to the base, and the other end of the first hinge is hinged to one end of the second hinge; the rotatable connector assembly has an unfolded state and a folded state, wherein in the unfolded state, the two connector members connected to the two sides of the base extend in a direction away from each other; and in the folded state, the two connector members connected to the two sides of the base are stacked, the first hinge and the second hinge of each of the connector members are bent to form a recess at a hinged position, and the recesses formed in the two connector members are joined to form an accommodating space.
A gas combustion type fastener driving machine in which a fuel gas and air are stirred by a fan within a combustion chamber, a stirred air-fuel gas mixture is burned by an ignition spark, and a striking piston is actuated by a combustion pressure to drive a fastening member, the machine comprising: a fan motor for rotating the fan; and a control circuit board for controlling an action of the fan motor, characterized in that the control circuit board is adapted to detect an actuation signal for an igniter that generates the ignition spark and to reduce a rotation speed of the fan motor based on the actuation signal. a fan motor for rotating the fan; and a control circuit board for controlling an action of the fan motor, characterized in that the control circuit board is adapted to detect an actuation signal for an igniter that generates the ignition spark and to reduce a rotation speed of the fan motor based on the actuation signal.
A label, comprising: a film having a facestock layer including a compostable material and an anti-blocking agent, the facestock layer including at least a first surface, wherein the compostable material is compostable according to ASTM D5338 and/or according to ASTM D6400; and an adhesive layer comprising an adhesive material either positioned adjacent to at least a portion of the first surface of the facestock layer, or positioned one or more layers removed from the first surface of the facestock layer; wherein the adhesive material is an aqueous-based dispersion having a discontinuous phase including a plurality of bio-based prepolymer particulates dispersed throughout an aqueous-based continuous phase, and wherein the adhesive material further includes a catalyst. a film having a facestock layer including a compostable material and an anti-blocking agent, the facestock layer including at least a first surface, wherein the compostable material is compostable according to ASTM D5338 and/or according to ASTM D6400; and an adhesive layer comprising an adhesive material either positioned adjacent to at least a portion of the first surface of the facestock layer, or positioned one or more layers removed from the first surface of the facestock layer;