mhurhangee/ep-ind-claims huggingface dataset:
A HASE-type emulsion, containing water and at least one polymer consisting: a) of (meth)acrylic acid, b) of at least one ester of (meth)acrylic acid, c) of at least one monomer of formula: where: - m and n are integers of less than 150, at least one of which is non-zero, - A and B designate alkyl groups which are different one from another, and having from 2 to 4 carbon atoms, - R' designates a polymerizable unsaturated group, - R designates an alkyl group, linear or branched, containing from 8 to 20 carbon atoms. a) of (meth)acrylic acid, b) of at least one ester of (meth)acrylic acid, c) of at least one monomer of formula: where: - m and n are integers of less than 150, at least one of which is non-zero, - A and B designate alkyl groups which are different one from another, and having from 2 to 4 carbon atoms, - R' designates a polymerizable unsaturated group, - R designates an alkyl group, linear or branched, containing from 8 to 20 carbon atoms. - m and n are integers of less than 150, at least one of which is non-zero, - A and B designate alkyl groups which are different one from another, and having from 2 to 4 carbon atoms, - R' designates a polymerizable unsaturated group, - R designates an alkyl group, linear or branched, containing from 8 to 20 carbon atoms.
A tire, comprising a tread formed from a tire rubber composition, the rubber composition comprising: at least one rubber component including an isoprene-based rubber and a styrene-butadiene-based rubber; at least one C5 resin and/or C5/C9 resin; and at least one aromatic vinyl polymer, wherein the aromatic vinyl polymer is at least one selected from the group consisting of aromatic vinyl thermoplastic elastomers, homopolymers of aromatic vinyl compounds, and copolymers of aromatic vinyl compounds and terpene compounds. at least one rubber component including an isoprene-based rubber and a styrene-butadiene-based rubber; at least one C5 resin and/or C5/C9 resin; and at least one aromatic vinyl polymer, wherein the aromatic vinyl polymer is at least one selected from the group consisting of aromatic vinyl thermoplastic elastomers, homopolymers of aromatic vinyl compounds, and copolymers of aromatic vinyl compounds and terpene compounds.
A non-transitory machine-readable storage medium comprising instructions that, when executed by a processing resource of a system, cause the system to: store first account data indicative of marking agent credits attributed to a printer and second account data indicative of credits of a sponsor computing device, wherein the printer is connected to a supply of marking agent, and a credit is to authorize consumption of a credit amount of marking agent from the supply; receive a print job from a sponsor computing device via an email; analyse the print job to determine a marking agent quantity to be consumed by the printer during printing of the print job; determine an adjustment amount of credits based on the marking agent quantity to be consumed during printing of the job; responsive to detecting a sponsored print job flag in the email, deduct credits in the adjustment amount from the second account data and add credits in the adjustment amount to the first account data to compensate for an amount of marking agent to be consumed by the printer to print the print job; send the print job to the printer for printing. store first account data indicative of marking agent credits attributed to a printer and second account data indicative of credits of a sponsor computing device, wherein the printer is connected to a supply of marking agent, and a credit is to authorize consumption of a credit amount of marking agent from the supply; receive a print job from a sponsor computing device via an email; analyse the print job to determine a marking agent quantity to be consumed by the printer during printing of the print job; determine an adjustment amount of credits based on the marking agent quantity to be consumed during printing of the job; responsive to detecting a sponsored print job flag in the email, deduct credits in the adjustment amount from the second account data and add credits in the adjustment amount to the first account data to compensate for an amount of marking agent to be consumed by the printer to print the print job; send the print job to the printer for printing.
A drywall sheet with a gypsum core sheathed in front and rear paper layers (12, 13), an edge of the sheet being tapered from a front towards a rear of the sheet, the taper being formed by a flap of a marginal area of the front paper and a thin layer of gypsum attached to an inner side of the front paper margin being folded into a space resulting from a slot cut in the sheet edge to a depth generally equal to the width of the flap, the flap being held in place by a continuous layer of a hot melt adhesive occupying at least a major portion of the space of the slot not occupied by the flap and having an elasticity that imparts fastener penetration resistance to the associated edge from a front face of the sheet of a distance greater than a penetration resistance of conventionally tapered edge of the sheet formed by gradual reduction in the thickness of continuous gypsum core material towards the respective sheet edge terminus.
A sheet feeding apparatus comprising: a placing member having a placing surface along which a sheet may be inserted and on which the sheet may be placed; a sheet feeding unit for feeding the sheet placed on the placing surface in a sheet feeding direction; a detection unit which is arranged at a downstream end portion of the placing surface in the sheet feeding direction and is configured to detect a sheet in a state that the sheet is set on the placing member; and a pressing member (7; 75) wherein the pressing member (7; 75) is pivoted about a pivoting center and is arranged in an inclined manner so as to be closer to the placing surface at a downstream side in the sheet feeding direction than an upstream side and is adapted to guide a downstream edge of a sheet inserted in the sheet feeding direction along the placing surface toward the detection unit so that the detection unit can detect the sheet and press the downstream edge of the sheet, in the state that the sheet is set on the placing member, toward the placing surface, characterised in that the pivoting center is below the placing surface of the placing member. a placing member having a placing surface along which a sheet may be inserted and on which the sheet may be placed; a sheet feeding unit for feeding the sheet placed on the placing surface in a sheet feeding direction; a detection unit which is arranged at a downstream end portion of the placing surface in the sheet feeding direction and is configured to detect a sheet in a state that the sheet is set on the placing member; and a pressing member (7; 75) wherein the pressing member (7; 75) is pivoted about a pivoting center and is arranged in an inclined manner so as to be closer to the placing surface at a downstream side in the sheet feeding direction than an upstream side and is adapted to guide a downstream edge of a sheet inserted in the sheet feeding direction along the placing surface toward the detection unit so that the detection unit can detect the sheet and press the downstream edge of the sheet, in the state that the sheet is set on the placing member, toward the placing surface, characterised in that the pivoting center is below the placing surface of the placing member.
A medical device, comprising: a support shaft having a proximal end region and a distal end region; a sensing member having a proximal end region and a distal end region, the distal end region of the sensing member coupled to the distal end region of the support shaft; one or more ultrasound sensors disposed along the sensing member; and a support member having a first end coupled to the sensing member and a second end coupled to the support shaft; wherein the sensing member is configured to shift from a first configuration in which the sensing member is adjacent to the support shaft to a second configuration in which at least a portion of the sensing member extends away from the support shaft; wherein the second end of the support member is coupled to the support shaft via an attachment collar, and wherein the attachment collar is designed to slide along the support shaft. a support shaft having a proximal end region and a distal end region; a sensing member having a proximal end region and a distal end region, the distal end region of the sensing member coupled to the distal end region of the support shaft; one or more ultrasound sensors disposed along the sensing member; and a support member having a first end coupled to the sensing member and a second end coupled to the support shaft; wherein the sensing member is configured to shift from a first configuration in which the sensing member is adjacent to the support shaft to a second configuration in which at least a portion of the sensing member extends away from the support shaft; wherein the second end of the support member is coupled to the support shaft via an attachment collar, and wherein the attachment collar is designed to slide along the support shaft.
Fired ceramic shaped body, wherein the fired ceramic shaped body comprises a core material and an edge region completely encompassing the core material, characterized in that the core material and the edge region have a specific pore volume, wherein the specific pore volume of the core material is not more than 8%, preferably not more than 6%, greater than the specific pore volume of the edge region, wherein the specific pore volume is in each case determined by a method according to DIN ISO 15901-1:2019-03, wherein the fired ceramic shaped body is a coarse ceramic, wherein the fired ceramic shaped body is formed from fired clay and/or fired loam and/or grog. the core material and the edge region have a specific pore volume, wherein the specific pore volume of the core material is not more than 8%, preferably not more than 6%, greater than the specific pore volume of the edge region, wherein the specific pore volume is in each case determined by a method according to DIN ISO 15901-1:2019-03, wherein the fired ceramic shaped body is a coarse ceramic, wherein the fired ceramic shaped body is formed from fired clay and/or fired loam and/or grog.
Drive for a door leaf or a window sash, with a housing with a receiving space filled with a hydraulic liquid, and with a closer piston and a spring piston between which a compression spring is arranged, wherein the closer piston interacts with an output shaft for actuating the leaf/sash, and the spring piston serves for preloading the compression spring, furthermore with overflow channels (11, 11', 11") arranged in the housing, with throttle valves and control valves and also a hydraulic pump, for controlling the opening and closing behaviour of the drive, characterized in that the spring piston has two different diameters, wherein the larger diameter is directed towards the compression spring, and a projection of the spring piston with the smaller diameter, which forms a pressure space in a correspondingly tapered region of the receiving space, is operatively connected by an overflow channel to the closer piston surface of the closer piston that is directed away from the compression spring, which surface forms a piston space in the receiving space, for relieving the actuation of the drive in the opening direction of the leaf/sash, wherein the overflow channel connects the pressure space to the piston space.
Refrigeration register for cold air production, having the following features: - the refrigeration register has a plurality of refrigerant supply pipes arranged in a distance from and parallel to one another, which are designed to be cooled by means of a refrigerant flowing inside the refrigerant supply pipes and to be flowed around by an air flow, in order to enable a heat exchange that cools the air flow between the refrigerant supply pipes and the air flow, - the refrigeration register has a mechanical de-icing device designed as a scraping device for scraping ice formed on the refrigerant supply pipes, - the scraping device comprises scraping sleeves (6, 6') which surround the refrigerant supply pipes and can be moved back and forth by a drive device along the refrigerant supply pipes, - the scraping sleeves (6, 6') have a longitudinal form and have two sleeve-shaped end sections (7, 7') on which in each case at least one scraping edge (25a, 25b, 38a, 38b) is designed, and a coupling section arranged between the end sections (7, 7'), by which the scraping sleeves (6, 6') are coupled in a driving manner to the drive device, - wherein the two end sections (7, 7') are arranged on opposite sides of the coupling section and project over the coupling section in the longitudinal section of the refrigerant supply pipes, characterised in that the end sections (7, 7') have outer ends delimiting scraping sleeves (6, 6') and taper conically to the outer ends, such that the end sections (7, 7') are designed wedge-shaped in the longitudinal section. - the refrigeration register has a plurality of refrigerant supply pipes arranged in a distance from and parallel to one another, which are designed to be cooled by means of a refrigerant flowing inside the refrigerant supply pipes and to be flowed around by an air flow, in order to enable a heat exchange that cools the air flow between the refrigerant supply pipes and the air flow, - the refrigeration register has a mechanical de-icing device designed as a scraping device for scraping ice formed on the refrigerant supply pipes, - the scraping device comprises scraping sleeves (6, 6') which surround the refrigerant supply pipes and can be moved back and forth by a drive device along the refrigerant supply pipes, - the scraping sleeves (6, 6') have a longitudinal form and have two sleeve-shaped end sections (7, 7') on which in each case at least one scraping edge (25a, 25b, 38a, 38b) is designed, and a coupling section arranged between the end sections (7, 7'), by which the scraping sleeves (6, 6') are coupled in a driving manner to the drive device, - wherein the two end sections (7, 7') are arranged on opposite sides of the coupling section and project over the coupling section in the longitudinal section of the refrigerant supply pipes, characterised in that the end sections (7, 7') have outer ends delimiting scraping sleeves (6, 6') and taper conically to the outer ends, such that the end sections (7, 7') are designed wedge-shaped in the longitudinal section.
A stranded wire conductor, obtainable by a process comprising steps of; - providing a plurality of copper-based element wires having a Ni-based plated layer on a surface thereof, the thickness of the Ni-based plated layer being 0.1 to 5.0 μm, a diameter of copper-based element wire being in a range of 0.13 to 0.15 mm, - providing a tension member for resisting tensile force comprising one of iron, stainless steel, or nickel, the outer diameter of the tension member being 0.20 to 0.30 mm, - twisting said plurality of copper-based element wires together on an outer circumference of the tension member, so that the tension member is disposed at a conductor center of the stranded wire conductor, - carrying out circular compression onto said plurality of copper-based element wires, - carrying out heat treatment on said plurality of copper-based element wires, wherein: the heat treatment temperature is set to be lower than the melting point of the Ni based plated layer, the heat treatment step is carried out after the circular compression step, the number of the copper-based element wires is seven or eight, the copper-based element wires and tension member have a circular cross-section, and the circular compression is performed in a radial direction of the stranded wire conductor. - providing a plurality of copper-based element wires having a Ni-based plated layer on a surface thereof, the thickness of the Ni-based plated layer being 0.1 to 5.0 μm, a diameter of copper-based element wire being in a range of 0.13 to 0.15 mm, - providing a tension member for resisting tensile force comprising one of iron, stainless steel, or nickel, the outer diameter of the tension member being 0.20 to 0.30 mm, - twisting said plurality of copper-based element wires together on an outer circumference of the tension member, so that the tension member is disposed at a conductor center of the stranded wire conductor, - carrying out circular compression onto said plurality of copper-based element wires, - carrying out heat treatment on said plurality of copper-based element wires, wherein: the heat treatment temperature is set to be lower than the melting point of the Ni based plated layer, the heat treatment step is carried out after the circular compression step, the number of the copper-based element wires is seven or eight, the copper-based element wires and tension member have a circular cross-section, and the circular compression is performed in a radial direction of the stranded wire conductor. the heat treatment temperature is set to be lower than the melting point of the Ni based plated layer, the heat treatment step is carried out after the circular compression step, the number of the copper-based element wires is seven or eight, the copper-based element wires and tension member have a circular cross-section, and the circular compression is performed in a radial direction of the stranded wire conductor.
Method of sorting live fish comprising: a) guide fish from a holding area (40, 25) arranged under the surface to the surface via a recording device, wherein the fish is guided to the surface using a channel/tube (41, 21), such that the fish can swim up through the channel/tube and replenish their swimming bladder with air, b) identify features of individual fish which characterize the condition of the fish and individuals, c) based on the identified features, decide a desired action for each individual fish, and d) guide each individual fish to one of several destinations at which the desired action can be performed on the fish. a) guide fish from a holding area (40, 25) arranged under the surface to the surface via a recording device, wherein the fish is guided to the surface using a channel/tube (41, 21), such that the fish can swim up through the channel/tube and replenish their swimming bladder with air, b) identify features of individual fish which characterize the condition of the fish and individuals, c) based on the identified features, decide a desired action for each individual fish, and d) guide each individual fish to one of several destinations at which the desired action can be performed on the fish.
A magnesium alloy structural member, comprising: a magnesium alloy substrate that contains more than 7.5% by mass of Al, the magnesium alloy substrate being a rolled substrate that consists of AZ91 magnesium alloy; and an anticorrosive layer formed on a surface of the substrate by chemical conversion treatment, wherein the substrate contains precipitate particles dispersed therein, the precipitate particles have an average particle size of 0.05 μm or more and 1 μm or less, the total area of the precipitate particles in a cross section of the magnesium alloy structural member accounts for 1% or more and 20% or less of the cross section, the anticorrosive layer includes a lower sublayer adjacent to the substrate and a surface sublayer formed on top of the lower sublayer, the surface sublayer being denser than the lower sublayer, and the anticorrosive layer is mainly composed of a phosphate compound of manganese and calcium.
A method for determining at least one characteristic dimension of a ship, such as the length or the width of the ship, the method being implemented by an electronic system, the electronic system comprising a radar device and a calculator, the radar device comprising at least two separate channels (A, B) for receiving a radar signal, the method comprising the following steps: - acquiring, for each of the two receiving channels (A, B) of the radar device, a synthetic aperture radar image (I A (x, y), I B (x, y)) imaging the ship in an environment, the two radar images (I A (x, y), I B (x, y)) resulting from radar signals coming from a same radar emission signal and respectively received by each of the two receiving channels (A, B) of the radar device, each radar image (I A (x, y), I B (x, y)) being a matrix of pixels, each pixel having an amplitude and coordinates called distance box and doppler box, - summing of the respective amplitudes of the pixels of the two radar images (I A (x, y), I B (x, y)) to obtain a sum image (I Σ (x, y)), - extracting pixels from the sum image (I Σ (x, y)) imaging the ship to obtain a mask (M(x, y)) of the ship, - determining a range (Δφ) of phase differences between the radar signals received by each of the two receiving channels (A, B), and - determining a characteristic dimension of the ship as a function of the mask (M(x, y)) of the ship and the determined range (Δφ) of phase differences. - acquiring, for each of the two receiving channels (A, B) of the radar device, a synthetic aperture radar image (I A (x, y), I B (x, y)) imaging the ship in an environment, the two radar images (I A (x, y), I B (x, y)) resulting from radar signals coming from a same radar emission signal and respectively received by each of the two receiving channels (A, B) of the radar device, each radar image (I A (x, y), I B (x, y)) being a matrix of pixels, each pixel having an amplitude and coordinates called distance box and doppler box, the two radar images (I A (x, y), I B (x, y)) resulting from radar signals coming from a same radar emission signal and respectively received by each of the two receiving channels (A, B) of the radar device, each radar image (I A (x, y), I B (x, y)) being a matrix of pixels, each pixel having an amplitude and coordinates called distance box and doppler box, - summing of the respective amplitudes of the pixels of the two radar images (I A (x, y), I B (x, y)) to obtain a sum image (I Σ (x, y)), - extracting pixels from the sum image (I Σ (x, y)) imaging the ship to obtain a mask (M(x, y)) of the ship, - determining a range (Δφ) of phase differences between the radar signals received by each of the two receiving channels (A, B), and - determining a characteristic dimension of the ship as a function of the mask (M(x, y)) of the ship and the determined range (Δφ) of phase differences.
A vehicle having a power supply apparatus which is configured to supply an electric power to an external apparatus outside the vehicle, the vehicle being characterized in that it comprises: a detecting unit which is configured to detect a state where a cable is pinched between an opening and closing member of the vehicle and an opening edge of an opening for the opening and closing member, the cable connecting the power supply apparatus to the external apparatus and being arranged in an interior of the vehicle; and an inhibiting unit (51, 52, 90) which, when the detecting unit detects that the cable is pinched between the opening and closing member and the opening edge, is configured to inhibit running of the vehicle. a detecting unit which is configured to detect a state where a cable is pinched between an opening and closing member of the vehicle and an opening edge of an opening for the opening and closing member, the cable connecting the power supply apparatus to the external apparatus and being arranged in an interior of the vehicle; and an inhibiting unit (51, 52, 90) which, when the detecting unit detects that the cable is pinched between the opening and closing member and the opening edge, is configured to inhibit running of the vehicle.