mhurhangee/ep-ind-claims huggingface dataset:
A process of manufacturing a decorative element or trim for automobiles, comprising the steps of manufacturing a substrate comprising vents for the passage of air, opening a forming mold, depositing said substrate against a first part of the forming mold, placing of a sheet in the open forming mold between the substrate and a second part of the mold, closing the forming mold, and aspirating the air from the forming mold such that a rearward side of the sheet comes to mold with the form of the substrate, wherein the process comprises the additional step, implemented prior to the closing of the forming mold, of placing a flat multilayered insert against a surface of the second part of the mold, in such a manner that once the forming mold is closed, one part of a forward side of the sheet comes to mold with the form of said insert and around said insert another part of the forward side of the sheet comes to mold with the form of the second part of the mold, and the insert, on a rearward side of the insert, presents towards the sheet a layer of adhesive that is intended to come into contact with the sheet for a retention of the insert against its surface and characterized in that the layer of adhesive on said rearward side does not cover the whole surface of the insert on said rearward side.
Process for obtaining high purity hydrogen from a crude gas, wherein the crude gas is passed under pressure into a first pressure vessel and this pressure vessel is at least partially delimited to a second pressure vessel with a semipermeable material and the first pressure vessel is completely sealed to the second pressure vessel, wherein the high purity hydrogen is separated via this semipermeable material into the second pressure vessel, characterized in, that the semipermeable material is a metal or a metal alloy and is one comprising ferritic iron and/or pig iron and/or ingot iron and said semipermeable material is heated at the start of the process at least for a period sufficient to increase the amount of permeating hydrogen and said heating is at least interrupted.
A thermoplastic resin composition, comprising a graft copolymer having a multilayer structure, and a thermoplastic copolymer, wherein the graft copolymer having a multilayer structure comprises: (A-1) a core of (a) a conjugated diene-based rubber latex; and (A-2) an intermediate layer comprising a repeating unit derived from (b) a (meth)acrylic acid ester compound, a repeating unit derived from (c) an aromatic vinyl compound, and a repeating unit derived from (d) a vinyl cyan compound; and (A-3) a graft layer comprising a repeating unit derived from (b) a (meth)acrylic acid ester compound, a repeating unit derived from (c) an aromatic vinyl compound, and a repeating unit derived from (d) a vinyl cyan compound, the core (A-1) of (a) the conjugated diene-based rubber latex has a weight average particle diameter of 500 Å to 2,000 Å, the glass transition temperature of the intermediate layer (A-2) is 40°C or less, and the glass transition temperature of the graft layer (A-3) is 80°C or more, the thermoplastic copolymer comprises a repeating unit derived from (b) a (meth)acrylic acid ester compound, a repeating unit derived from (c) an aromatic vinyl compound, and a repeating unit derived from (d) a vinyl cyan compound, the difference of refractive indexes between the graft copolymer having a multilayer structure and the thermoplastic copolymer is less than 0.01; and wherein the graft copolymer having a multilayer structure and the thermoplastic copolymer are comprised in a weight ratio of 25:75 to 70:30. wherein the graft copolymer having a multilayer structure comprises: (A-1) a core of (a) a conjugated diene-based rubber latex; and (A-2) an intermediate layer comprising a repeating unit derived from (b) a (meth)acrylic acid ester compound, a repeating unit derived from (c) an aromatic vinyl compound, and a repeating unit derived from (d) a vinyl cyan compound; and (A-3) a graft layer comprising a repeating unit derived from (b) a (meth)acrylic acid ester compound, a repeating unit derived from (c) an aromatic vinyl compound, and a repeating unit derived from (d) a vinyl cyan compound, the core (A-1) of (a) the conjugated diene-based rubber latex has a weight average particle diameter of 500 Å to 2,000 Å, the glass transition temperature of the intermediate layer (A-2) is 40°C or less, and the glass transition temperature of the graft layer (A-3) is 80°C or more, the thermoplastic copolymer comprises a repeating unit derived from (b) a (meth)acrylic acid ester compound, a repeating unit derived from (c) an aromatic vinyl compound, and a repeating unit derived from (d) a vinyl cyan compound, the difference of refractive indexes between the graft copolymer having a multilayer structure and the thermoplastic copolymer is less than 0.01; and wherein the graft copolymer having a multilayer structure and the thermoplastic copolymer are comprised in a weight ratio of 25:75 to 70:30.
Pneumatic tyre with a profiled tread comprising radially raised tread bar elements that are separated from one another, wherein at least one tread bar element has at least one recess on a side face of the tread bar element, wherein the recess is intended for influencing the mechanical properties of the at least one tread bar element, and the at least one recess has been created by means of a laser, wherein the at least one recess has a depth in the tread bar element that corresponds to 100% of the length of an extent of the at least one tread bar element, characterized in that the at least one recess is formed exclusively in a base region of the at least one tread bar element, wherein a base region of the at least one tread bar element is such a region of the tread bar element that is oriented towards a running surface of the pneumatic tyre, and wherein the at least one tread bar element has a head region, wherein the head region of the at least one tread bar element is such a region of the at least one tread bar element that is oriented towards a possible roadway, wherein the head region faces away from the tread in the radial direction, wherein the base region is arranged spatially between the head region and the tread of the pneumatic tyre, wherein a side face of the tread bar element extends obliquely or perpendicularly to a roadway contact area of the tread bar element, wherein the roadway contact area is the surface of the tread bar element that is in direct contact with the roadway on which the pneumatic tyre rolls during regular rolling of the pneumatic tyre, wherein the side face of the tread bar element extends radially away from the tread and at right angles to an axis of rotation of the pneumatic tyre, wherein a minimum extent of a surface area of a cross section of the at least one recess is 0.05 mm to 0.1 mm, wherein the cross section is the cross section of a recess that is aligned orthogonal to a longitudinal alignment of the recess through the tread bar element, wherein the longitudinal alignment corresponds to the alignment of the recess in the tread bar element that lies parallel or orthogonal to a circumferential direction of the pneumatic tyre and in each case at right angles to its axis of rotation.
A method for making a decorative surface portion of a floorboard, said floorboard comprising a core and a top layer, wherein the method is characterized by the steps of: driving the floorboard with the top layer through a machining line horizontally in a direction, with an unmachined surface of the top layer downwards, positioning of the floorboard, in the machining line, relative to a wheel, preferably by means of chains and bands, coating, with a coating material, the machined surface portion by the wheel, said wheel being arranged so as to transfer the coating material to the machined surface portion by surface tension, and not touching the floorboard,, to obtain a coating which covers said machined surface portion, said wheel having essentially or with a difference in speed of less than 10m/min the same peripheral speed as the floorboard. driving the floorboard with the top layer through a machining line horizontally in a direction, with an unmachined surface of the top layer downwards, positioning of the floorboard, in the machining line, relative to a wheel, preferably by means of chains and bands, coating, with a coating material, the machined surface portion by the wheel, said wheel being arranged so as to transfer the coating material to the machined surface portion by surface tension, and not touching the floorboard,, to obtain a coating which covers said machined surface portion, said wheel having essentially or with a difference in speed of less than 10m/min the same peripheral speed as the floorboard.
Method for preparing coffee-based drinks having different organoleptic characteristics from one same coffee mixture, comprising the formation of a panel of ground coffee with different granule size distributed according to the thickness of the panel, in a filter-holder, said panel consisting of a total amount of ground coffee corresponding to a predetermined dose of the drink to be prepared and being dispensed by at least one grinding device and coffee doser, wherein the formation of said panel is obtained through the dispensing in succession of a plurality of amounts of ground coffee (Qa, Qb, Qc) each corresponding to a respective portion of the total amount of the panel and each equipped with a respective predetermined granule size.
A metering device, designed to dispense a metered portion from a container or hose with a nozzle, comprising a spout attachment which can be screwed or snapped onto the nozzle, optionally can be closed with a separate lid and has a cylindrical closure body held thereon having a spout hole, which contains a movable part (60, 61) consisting of two walls for dispensing the metered portion, wherein the movable part together with two stationary walls (52, 54) of the closure body forms a metering control chamber in the closure body, said metering control chamber being filled from empty to full when a metered portion is dispensed, characterised in that the metering control chamber is formed and delimited by two adjoining stationary walls (52, 54) of the closure body, of which one extends parallel to the longitudinal axis of the closure body and with the other stationary wall forms an angle of at least approximately 90°, and two walls (60, 61) of the movable part which are displaceable along the longitudinal axis of the closure body and which form an angle of approximately 90°, wherein the two displaceable walls (60, 61) at the start of metering in a starting position within the displacement path thereof are at a maximum distance from the spout hole, and can be moved towards the spout hole when the metered portion is dispensed, and one of the two displaceable walls (60, 61) closes the spout hole when the metering control chamber is full, as a result of which the metered amount to be dispensed is limited, and after the metered portion has been dispensed, the metering control chamber can be emptied into the container or hose by the pivoting of the metering device back into an upright position of the container and the backward movement, induced thereby, of the movable part in the closure body into the starting position thereof again.
A fiber-reinforced composite material comprising: reinforcing fibers with a fiber length of 5 mm to 100 mm; and a thermoplastic resin, wherein in tanδ' that exhibits a viscoelastic characteristic as defined by formulas and, an average value of the tanδ' in a range of -25°C to +25°C of a melting point of a matrix resin satisfies formula: tanδ = Gʹʹ / Gʹ tanδʹ = Vf × tanδ / 100 - Vf 0.01 ≤ tanδʹ ≤ 0.2 wherein G' represents a storage modulus (Pa) of the fiber-reinforced composite material, G" represents a loss modulus (Pa) of the fiber-reinforced composite material, and Vf represents a volume fraction (%) of the reinforcing fibers in the fiber-reinforced composite material. reinforcing fibers with a fiber length of 5 mm to 100 mm; and a thermoplastic resin, wherein in tanδ' that exhibits a viscoelastic characteristic as defined by formulas and, an average value of the tanδ' in a range of -25°C to +25°C of a melting point of a matrix resin satisfies formula: tanδ = Gʹʹ / Gʹ tanδʹ = Vf × tanδ / 100 - Vf 0.01 ≤ tanδʹ ≤ 0.2 wherein G' represents a storage modulus (Pa) of the fiber-reinforced composite material, G" represents a loss modulus (Pa) of the fiber-reinforced composite material, and Vf represents a volume fraction (%) of the reinforcing fibers in the fiber-reinforced composite material. wherein G' represents a storage modulus (Pa) of the fiber-reinforced composite material, G" represents a loss modulus (Pa) of the fiber-reinforced composite material, and Vf represents a volume fraction (%) of the reinforcing fibers in the fiber-reinforced composite material.
A cutting head for a hair cutting appliance, particularly an electrically operated grooming appliance, the cutting head comprising: - a blade set comprising a stationary blade and a cutter blade, the stationary blade and the cutter blade comprising at least one toothed leading edge (22, 24) jointly defined by respective teeth (62, 64) of the stationary blade and the cutter blade, the teeth (62, 64) of the stationary blade and the cutter blade basically extending in a longitudinal direction, wherein the stationary blade further comprises a front face, particularly at the teeth thereof, the front face being arranged to face a user's skin, when in operation, and - a skin protector coupled to a housing portion of the cutting head, wherein the skin protector at least partially covers the front face, the skin protector comprising a main body, wherein the skin protector is arranged to contact the skin, when in operation, wherein the skin protector is movable, in response to external forces applied thereto, between a first state and a second state with respect to the blade set, wherein the skin protector is arranged in an advanced position in the first state, wherein the skin protector is arranged in a retracted position in the second state, such that in the first state a greater portion of the blade set is covered by the skin protector compared to the second state wherein, in said second state, a greater portion of the blade set is exposed compared to the first state, characterized in that the main body of the skin protector is inclined with respect to the front face of the stationary blade when the skin protector is positioned in the first state. - a blade set comprising a stationary blade and a cutter blade, the stationary blade and the cutter blade comprising at least one toothed leading edge (22, 24) jointly defined by respective teeth (62, 64) of the stationary blade and the cutter blade, the teeth (62, 64) of the stationary blade and the cutter blade basically extending in a longitudinal direction, wherein the stationary blade further comprises a front face, particularly at the teeth thereof, the front face being arranged to face a user's skin, when in operation, and - a skin protector coupled to a housing portion of the cutting head, wherein the skin protector at least partially covers the front face, the skin protector comprising a main body,
A computer-implemented method for classifying facial images, comprising: retrieving a first plurality of facial landmarks of a provided facial image associated with a subject; determining a corresponding second plurality of facial landmarks of a captured facial image of the subject, wherein each facial landmark in the first and second plurality of facial landmarks has an associated facial landmark in the same plurality of facial landmarks; determining, for each facial landmark, a landmark vector between the facial landmark and the associated facial landmark; extracting a feature vector based on the differences between at least some of the first plurality of facial landmarks and corresponding facial landmarks of the second plurality of facial landmarks, wherein the feature vector includes angular values of facial landmarks, wherein the angular values represent differences of orientations of the landmark vectors for corresponding facial landmarks of the first plurality of facial landmarks and the second plurality of facial landmarks; and supplying the feature vector to a classifier to classify the provided facial image as a real facial image of the subject or as an artificial facial image including a morphed facial image generated by morphing two or more real facial images of two or more subjects. retrieving a first plurality of facial landmarks of a provided facial image associated with a subject; determining a corresponding second plurality of facial landmarks of a captured facial image of the subject, wherein each facial landmark in the first and second plurality of facial landmarks has an associated facial landmark in the same plurality of facial landmarks; determining, for each facial landmark, a landmark vector between the facial landmark and the associated facial landmark; extracting a feature vector based on the differences between at least some of the first plurality of facial landmarks and corresponding facial landmarks of the second plurality of facial landmarks, wherein the feature vector includes angular values of facial landmarks, wherein the angular values represent differences of orientations of the landmark vectors for corresponding facial landmarks of the first plurality of facial landmarks and the second plurality of facial landmarks; and supplying the feature vector to a classifier to classify the provided facial image as a real facial image of the subject or as an artificial facial image including a morphed facial image generated by morphing two or more real facial images of two or more subjects.
A high pressure check valve (10, 200, 300, 400) for a chromatography system, comprising: an inlet at a first end of the check valve; an outlet at a second end of the check valve; a fluid path extending between the inlet and the outlet; a valve seat element (48, 248) along the fluid path, the valve seat element (48, 248) formed of a polymeric material and comprising a hole that extends from an input end of the valve seat element (48, 248) to an output end of the valve seat element (48, 248), the valve seat element (48, 248) further including an inner taper that transitions the input end to the output end, the valve seat element including a sealing surface along the inner taper; and a poppet body (46, 246) formed of a polymeric material and configured to engage the internal tapered sealing surface of the valve seat element (48, 248), the poppet body (46, 246) configured for movement between a first position at which the poppet body (46, 246) sealingly engages the tapered sealing surface of the valve seat element (48, 248) and a second position at which the poppet body (46, 246) is separate from the inner taper of the valve seat member (48, 248), wherein one of the poppet body (46, 246) and the valve seat element (48, 248) is formed of a material that is compliant relative to the material forming the other of the poppet body (46, 246) and the valve seat element (48, 248). an inlet at a first end of the check valve; an outlet at a second end of the check valve; a fluid path extending between the inlet and the outlet; a valve seat element (48, 248) along the fluid path, the valve seat element (48, 248) formed of a polymeric material and comprising a hole that extends from an input end of the valve seat element (48, 248) to an output end of the valve seat element (48, 248), the valve seat element (48, 248) further including an inner taper that transitions the input end to the output end, the valve seat element including a sealing surface along the inner taper; and a poppet body (46, 246) formed of a polymeric material and configured to engage the internal tapered sealing surface of the valve seat element (48, 248), the poppet body (46, 246) configured for movement between a first position at which the poppet body (46, 246) sealingly engages the tapered sealing surface of the valve seat element (48, 248) and a second position at which the poppet body (46, 246) is separate from the inner taper of the valve seat member (48, 248), wherein one of the poppet body (46, 246) and the valve seat element (48, 248) is formed of a material that is compliant relative to the material forming the other of the poppet body (46, 246) and the valve seat element (48, 248).
System for making circular holes comprising: - at least one pilot bit; - at least one hole saw provided with a circular blade; - at least one supporting shaft provided with a shank for engaging the chuck of a drill; - at least one element for expelling slug material accumulated inside the hole saw; - said hole saw being axially slidable with respect to said expelling element between a first position in which said expelling element at least partially projects from the hole saw and an operating position in which it is contained inside the hole saw; - an actuating device for the axial sliding of the said hole saw from said operating position to said first position and vice versa; - a device for locking the said hole saw in said operating position; said device for locking comprises at least one movable stop adapted to get into at least one first shaped seat formed on the outer surface of said expelling element; characterised in that:.-said actuating device comprises a sleeve, coaxially and slidably mounted on said expelling element comprising an element for pulling the said hole saw from the said first position to the said operating position and a device for releasing the said movable stop from the said shaped seat. - at least one pilot bit; - at least one hole saw provided with a circular blade; - at least one supporting shaft provided with a shank for engaging the chuck of a drill; - at least one element for expelling slug material accumulated inside the hole saw; - said hole saw being axially slidable with respect to said expelling element between a first position in which said expelling element at least partially projects from the hole saw and an operating position in which it is contained inside the hole saw; - an actuating device for the axial sliding of the said hole saw from said operating position to said first position and vice versa; - a device for locking the said hole saw in said operating position; said device for locking comprises at least one movable stop adapted to get into at least one first shaped seat formed on the outer surface of said expelling element;.-said actuating device comprises a sleeve, coaxially and slidably mounted on said expelling element comprising an element for pulling the said hole saw from the said first position to the said operating position and a device for releasing the said movable stop from the said shaped seat.
Process for preparing silicone resins bearing hydroxy groups and alkoxy groups, wherein 100 parts by weight of alkoxysilane, from 0.01 to 1 parts by weight of hydrocarbon containing, based on alkoxysilane, from 10 to 2000 ppm by weight of Cl and water without further organic solvents which at 0.1 MPa and 20°C are soluble to a maximum extent of 1% by weight in water are reacted at at least 50°C for at least 30 minutes.
A bearing assembly for a gas turbine engine comprising at least two bearings axially spaced from one another relative to a central axis, and a squirrel cage secured to a casing of a gas turbine engine, the squirrel cage supporting respective bearing loads of the at least two bearings, wherein the squirrel cage has a frangible section between the at least two bearings configured to fail upon application of a load greater than a preselected threshold bearing load.