mhurhangee/ep-ind-claims huggingface dataset:
Method for binding a bundle of leaves in a binding element in the form of a folder with a U-shaped back of a pliable and thermally conductive material, preferably steel, with a base and two upright arms, whereby a hot-melt adhesive is provided on the inside of the back, at least on a part of the base, and whereby the method consists of introducing the bundle of leaves with the edge to be bound against the hot-melt adhesive in the back, and then heating up the back to melt the hot-melt adhesive, whereby an oversized binding element is chosen in which the bundle with the thickness of the edge to be bound is received with a certain sideways play between the arms of the back, and that the binding element with the bundle therein and the hot-melt adhesive in the molten state, is placed with the base of the back on a seat that fits closely to the base with the arms between two parallel pressure bars that are moved towards one another with a force against the upright arms of the back, characterised in that the U-shaped back comprises two cover sheets that are each connected by an edge to a free edge of the arms, and in that the force is in order to press the base of the back against the seat and at the same time to fold the arms symmetrically towards one another at an angle with respect to the base until the bundle, with a desired force from the pressure bars, is clamped in between the arms of the back, after which the pressure bars, possibly after a short period during which the force has been maintained, are again moved away from one another in order to be able to remove the finished binding element with the bound bundle, whereby the desired force is chosen such that by clamping in the bundle a force is exerted on the bundle that is directed towards the base of the back.
An active reflection polariser comprising: a magnetic material layer formed of a plurality of magnetic particles and a transparent insulating medium in which the plurality of magnetic particles are embedded, the magnetic material layer being magnetized in a first direction; and an electrically conductive element with a plurality of wires arranged on at least one side of the magnetic material layer to apply a magnetic field to the magnetic material layer to magnetize the magnetic material layer in a first direction, characterised in that; the magnetic material layer is formed of core-shell type magnetic particles having a core formed of a magnetic material and an insulating shell (26b,26b',27b') surrounding the core, the plurality of magnetic particles being embedded in the transparent insulating medium without agglomeration between the plurality of magnetic particles, when no external magnetic field is applied to the magnetic material layer magnetic moments in the magnetic material layer are randomly oriented throughout the magnetic material layer; and when an external magnetic field is applied to the magnetic material layer and the magnetic material layer is magnetized in a first direction the magnetic material layer reflects electromagnetic radiation having a magnetic field component parallel to the first direction and transmitting electromagnetic radiation having a magnetic field component perpendicular to the first directionwhen no external magnetic field. a magnetic material layer formed of a plurality of magnetic particles and a transparent insulating medium in which the plurality of magnetic particles are embedded, the magnetic material layer being magnetized in a first direction; and an electrically conductive element with a plurality of wires arranged on at least one side of the magnetic material layer to apply a magnetic field to the magnetic material layer to magnetize the magnetic material layer in a first direction,
A center rear discharge deck system, comprising: a belt comprising a first side and a second side; a first cutter operatively engaged by the second side of the belt; a gearbox comprising a drive gear and an engagement gear operatively engaged with the drive gear, wherein the engagement gear is configured to rotate in a first direction of rotation and the drive gear is configured to rotate in a second direction of rotation, and wherein the first and second directions of rotations being opposing directions of rotation; a second cutter coupled to the drive gear so that the first cutter and the second cutter rotate in opposing directions in response to movement from the belt; an engagement coupled to the engagement gear so that the engagement is configured to be rotated by the belt in the first direction of rotation; characterised by the gearbox being operatively engaged by the second side of the belt and wherein the engagement and engagement gear are configured to be moved from a first position that engages the belt to a second position that disengages the belt. a belt comprising a first side and a second side; a first cutter operatively engaged by the second side of the belt; a gearbox comprising a drive gear and an engagement gear operatively engaged with the drive gear, wherein the engagement gear is configured to rotate in a first direction of rotation and the drive gear is configured to rotate in a second direction of rotation, and wherein the first and second directions of rotations being opposing directions of rotation; a second cutter coupled to the drive gear so that the first cutter and the second cutter rotate in opposing directions in response to movement from the belt; an engagement coupled to the engagement gear so that the engagement is configured to be rotated by the belt in the first direction of rotation; characterised by the gearbox being operatively engaged by the second side of the belt and wherein the engagement and engagement gear are configured to be moved from a first position that engages the belt to a second position that disengages the belt.
A pharmaceutical composition for use in the prevention or treatment of metabolic diseases, comprising the compound of Formula 1 or a pharmaceutically acceptable salt thereof as an active ingredient: wherein R1, R2, R3, R4, R5 and R6 are each independently selected from the group consisting of hydrogen, halo, hydroxy, amino, carboxyl, cyano, nitro, alkyl, alkenyl, alkynyl and alkoxy.
Method for selecting a relaxing or stimulating service for a driver of a motor vehicle equipped with at least one memory unit in which a list of services intended for the driver is stored, the method being characterized in that it comprises: - a step of detecting a physiological state of the driver by way of a monitoring unit of the vehicle or a step (E1') of providing information about a need of the driver by way of a human-machine interface of the vehicle; - a step of detecting a context external and/or a context internal to the vehicle by way of at least one out of one or more driving assistance systems, one or more measuring members, a locating means of the vehicle or a connected device; and - a step of computing a level of availability of the driver on the basis of the data in relation to the context external and/or to the context internal to the vehicle; - a step of consulting use preferences of the driver that are saved in a memory unit of the vehicle; and - a step of consulting data characterizing at least one level of experience that the driver has of using the relaxing or stimulating services; and then - the selection (E101, E102, E103) of at least one relaxing or stimulating service from the list of services being carried out on the basis of the physiological state of the driver or on the basis of the need of the driver, on the basis of the level of availability of the driver, on the basis of the use preferences of the driver and on the basis of the data characterizing the level of experience of the driver of the vehicle. - a step of detecting a physiological state of the driver by way of a monitoring unit of the vehicle or a step (E1') of providing information about a need of the driver by way of a human-machine interface of the vehicle; - a step of detecting a context external and/or a context internal to the vehicle by way of at least one out of one or more driving assistance systems, one or more measuring members, a locating means of the vehicle or a connected device; and - a step of computing a level of availability of the driver on the basis of the data in relation to the context external and/or to the context internal to the vehicle; - a step of consulting use preferences of the driver that are saved in a memory unit of the vehicle; and - a step of consulting data characterizing at least one level of experience that the driver has of using the relaxing or stimulating services; and then - the selection (E101, E102, E103) of at least one relaxing or stimulating service from the list of services being carried out on the basis of the physiological state of the driver or on the basis of the need of the driver, on the basis of the level of availability of the driver, on the basis of the use preferences of the driver and on the basis of the data characterizing the level of experience of the driver of the vehicle.
Observation system, comprising a first optical path capable of receiving a first optical radiation emitted by a scene to be observed and including a main sensor configured to produce a first digital image from the first optical radiation; a second optical path capable of receiving a second optical radiation from the scene to be observed and including an optical attenuator with variable opacity capable of modifying a light intensity of the second optical radiation; a display configured to display a second digital image from the first digital image; and a third optical path coupled to the display and to the optical attenuator and conformed to observe the second digital image and a third optical radiation transmitted by the optical attenuator; characterised in that it includes an electronic control unit including an image processing unit configured to determine a light intensity of at least one pixel of the first digital image and in that the electronic control unit is configured to command a variation of the opacity of the optical attenuator from the determined light intensity.
A method of performing a marine seismic survey, the method comprising: towing a streamer behind a survey vessel in a body of water, wherein the streamer includes a plurality of geophysical sensors and a plurality of orientation sensor packages, wherein each orientation sensor package comprises a magnetometer; acquiring vectorised geophysical data using the plurality of geophysical sensors; and using a recording system to: receive orientation data from the plurality of orientation sensor packages, said orientation data being acquired by the magnetometers in the orientation sensor packages; filter the orientation data from each magnetometer with a low pass filter to obtain low-frequency orientation data; use only the low-frequency orientation data to determine an instantaneous roll angle of the streamer at different positions on the streamer, wherein the instantaneous roll angle of the streamer is determined relative to a vertical direction; and adjust the vectorised geophysical data to compensate for the instantaneous roll angle of the streamer at different positions on the streamer. towing a streamer behind a survey vessel in a body of water, wherein the streamer includes a plurality of geophysical sensors and a plurality of orientation sensor packages, wherein each orientation sensor package comprises a magnetometer; acquiring vectorised geophysical data using the plurality of geophysical sensors; and using a recording system to: receive orientation data from the plurality of orientation sensor packages, said orientation data being acquired by the magnetometers in the orientation sensor packages; filter the orientation data from each magnetometer with a low pass filter to obtain low-frequency orientation data; use only the low-frequency orientation data to determine an instantaneous roll angle of the streamer at different positions on the streamer, wherein the instantaneous roll angle of the streamer is determined relative to a vertical direction; and adjust the vectorised geophysical data to compensate for the instantaneous roll angle of the streamer at different positions on the streamer. receive orientation data from the plurality of orientation sensor packages, said orientation data being acquired by the magnetometers in the orientation sensor packages; filter the orientation data from each magnetometer with a low pass filter to obtain low-frequency orientation data; use only the low-frequency orientation data to determine an instantaneous roll angle of the streamer at different positions on the streamer, wherein the instantaneous roll angle of the streamer is determined relative to a vertical direction; and adjust the vectorised geophysical data to compensate for the instantaneous roll angle of the streamer at different positions on the streamer.
A rotor blade for a turbine engine, comprising an airfoil extending longitudinally between a leading edge and a trailing edge, wherein the airfoil extends spanwise to a tip and the airfoil is configured with a plurality of projections arranged longitudinally along the tip, characterised in that: the airfoil includes a body and a panel covering a portion of the body on a pressure side of the airfoil; and the panel includes a plurality of tabs that form the projections. an airfoil extending longitudinally between a leading edge and a trailing edge, wherein the airfoil extends spanwise to a tip and the airfoil is configured with a plurality of projections arranged longitudinally along the tip, characterised in that: the airfoil includes a body and a panel covering a portion of the body on a pressure side of the airfoil; and the panel includes a plurality of tabs that form the projections. the airfoil includes a body and a panel covering a portion of the body on a pressure side of the airfoil; and the panel includes a plurality of tabs that form the projections.
Use of a composition represented by the formula: R-0- p -H, wherein R represents the n-heptyl radical, G represents the residue of the sugar and p represents a decimal number greater than or equal to 1.05 and less than or equal to 2.5, said composition of formula consisting of a mixture compounds represented by formulas (I 1), (I 2), (I 3), (I 4) and (I 5): R-O- 1 -H (I 1) R-O- 2 -H (I 2) R-O- 3 -H (I 3) R-O- 4 -H (I 4) R-O- 5 -H (I 5) in the respective molar proportions a 1, a 2, a 3, a 4, a 5 such that each of the proportions a 1, a 2, a 3, a 4, a 5 is greater than or equal to zero and less than or equal to one and the sum a 1 + a 2 + a 3 + a 4 + a 5 is equal to one, as a solubilizing agent in aqueous solution, of a hydrophobic perfuming substance or a mixture of hydrophobic perfuming substances, characterized in that said hydrophobic perfuming substance is selected from the group consisting of essential oils rich in compounds having a phenolic function, said compounds having a phenolic compound being selected from the group consisting of thymol, of eugenol, isoeugenol and estragole carvacrol, and of essential oils rich in compounds having an alcohol function, said compounds having an alcohol function being selected from the group consisting of linalool, geraniol, menthol, neomenthol, cis-sabinene hydrate, citronellol, α-terpineol, viridiflorol, trans-nerolidol, α-cadinol, τ-cadinol, trans-farnesol, cis-farnesol, α-bisabolol, patchoulol and pogostol.
A method for producing a lactic acid based polymer, comprising the step of co-polymerisation a lactide with a cyclic dimer of another α-hydroxy-acid as co-monomer of opposite α-carbon chirality.
A power supply method of an electric vehicle charger in which multiple chargers are connected to the same power supply source, the power supply method comprising operations of: allowing an electric vehicle to be connected to a first charger; generating a charging start signal from the first charger; receiving, by one or more other chargers except the first charger, the charging start signal; generating a charging state signal from the other chargers except the first charger; receiving, by the first charger, the charging state signal; determining the amount of supplied power of the first charger; terminating the charging of a second charger; generating a charging termination signal from the second charger; receiving, by one or more other chargers except the second charger, the charging termination signal; and determining the amount of supplied power of the one or more other chargers except the second charger, and wherein the operation of determining the amount of supplied power of the one or more other chargers except the second charger comprises operations of: checking a charging start time signal received by the one or more other chargers except the second charger; and determining the amount of power distributed to the one or more other chargers except the second charger. allowing an electric vehicle to be connected to a first charger; generating a charging start signal from the first charger; receiving, by one or more other chargers except the first charger, the charging start signal; generating a charging state signal from the other chargers except the first charger; receiving, by the first charger, the charging state signal; determining the amount of supplied power of the first charger; terminating the charging of a second charger; generating a charging termination signal from the second charger; receiving, by one or more other chargers except the second charger, the charging termination signal; and determining the amount of supplied power of the one or more other chargers except the second charger, and wherein the operation of determining the amount of supplied power of the one or more other chargers except the second charger comprises operations of: checking a charging start time signal received by the one or more other chargers except the second charger; and determining the amount of power distributed to the one or more other chargers except the second charger. checking a charging start time signal received by the one or more other chargers except the second charger; and determining the amount of power distributed to the one or more other chargers except the second charger.
Process for analyzing metals comprising an acid treatment cleaning step in which a sample of metal fragments is immersed in an acid solution, comprising nitric acid and leading to a cleaned sample of metal fragments characterized in that it additionally comprises: - a digitizing step in which the cleaned sample of metal fragments is digitized so as to form a digital image of this sample; - a numerical analysis step in which the optional presence of at least two types of metals in the cleaned sample of metal fragments is searched for on the digital image; - a proportion calculation step in which relative amounts between said at least two types of metals or a ratio of relative amounts between said at least two types of metals are calculated, said at least two metals comprising a first type of a metal, said first type of metal being a light non-ferrous metal of which the density is less than 2800 kg/m 3, and a second type of metal that is a heavy non-ferrous metal, said second type of metal being a heavy non-ferrous metal of which the density is greater than 2800 kg/m 3. - a digitizing step in which the cleaned sample of metal fragments is digitized so as to form a digital image of this sample; - a numerical analysis step in which the optional presence of at least two types of metals in the cleaned sample of metal fragments is searched for on the digital image; - a proportion calculation step in which relative amounts between said at least two types of metals or a ratio of relative amounts between said at least two types of metals are calculated, said at least two metals comprising a first type of a metal, said first type of metal being a light non-ferrous metal of which the density is less than 2800 kg/m 3, and a second type of metal that is a heavy non-ferrous metal, said second type of metal being a heavy non-ferrous metal of which the density is greater than 2800 kg/m 3.
A separation unit for separating a web material having a web width along preformed lines of weakness, said separation unit having a width direction (W') and comprising at least a first shaft extending along a first longitudinal axis in said width direction (W') and at least a second shaft extending along a second longitudinal axis in parallel with said first shaft, said second longitudinal axis being positioned at a distance from said first longitudinal axis in a direction perpendicular to said width direction (W'), said separation unit further comprising at least one first protrusion element extending perpendicularly from said first shaft and being arranged to be rotatable about said first longitudinal axis, and at least one second protrusion element extending perpendicularly from said second shaft and being arranged to be rotatable about said second longitudinal axis, wherein, in a use position of said separation unit, said first and second protrusion elements (4, 4') are arranged in a staggered relationship such that said protrusion element of said first shaft is partially overlapping with said protrusion element of said second shaft with a radial overlap length in a direction perpendicular to said shafts (2, 3), thus forming an undulating passage for said web material between said shafts (2, 3) with said web width extending in said width direction (W'), characterised by at least one contact element being arranged in biased abutment against at least one of said first and second protrusion elements (4, 4') in a direction perpendicular to said first or second longitudinal axis (20, 22) about which said at least one protrusion element (4, 4') is rotatably arranged. at least one first protrusion element extending perpendicularly from said first shaft and being arranged to be rotatable about said first longitudinal axis, and at least one second protrusion element extending perpendicularly from said second shaft and being arranged to be rotatable about said second longitudinal axis, wherein, in a use position of said separation unit, said first and second protrusion elements (4, 4') are arranged in a staggered relationship such that said protrusion element of said first shaft is partially overlapping with said protrusion element of said second shaft with a radial overlap length in a direction perpendicular to said shafts (2, 3), thus forming an undulating passage for said web material between said shafts (2, 3) with said web width extending in said width direction (W'), characterised by at least one contact element being arranged in biased abutment against at least one of said first and second protrusion elements (4, 4') in a direction perpendicular to said first or second longitudinal axis (20, 22) about which said at least one protrusion element (4, 4') is rotatably arranged.
A vehicle air cleaner system comprising: a cyclone chamber; and a variable inlet, which selectively restricts airflow to said cyclone chamber to maintain a relatively constant cyclone airflow velocity; the variable inlet extends into said cyclone chamber, characterized in that, the system further comprises a moveable valve extending into the cyclone chamber to vary an opening within said variable inlet. a cyclone chamber; and a variable inlet, which selectively restricts airflow to said cyclone chamber to maintain a relatively constant cyclone airflow velocity; the variable inlet extends into said cyclone chamber, characterized in that, the system further comprises a moveable valve extending into the cyclone chamber to vary an opening within said variable inlet.