mhurhangee/ep-ind-claims huggingface dataset:
Method for connecting two electrically conductive components (1b, 2) by means of a laser beam, wherein the first component, which faces the side of the laser beam, is provided in regions with an injection-moulded encapsulation consisting of plastics material and has a recess (13, 14) free of the injection-moulded encapsulation on either side in the region of a connection zone of the two components (1b, 2), and wherein the second component, which is remote from the laser beam, bears at least in certain regions against the first component in the region of the connection zone, wherein the first component is formed with an elevation on the side facing the laser beam in the region of the connection zone, with the result that the first component reaches at least up to the top side of the plastics material of the injection-moulded encapsulation on the side facing the laser beam and preferably protrudes in height beyond the injection-moulded encapsulation by a magnitude Δh. wherein the first component is formed with an elevation on the side facing the laser beam in the region of the connection zone, with the result that the first component reaches at least up to the top side of the plastics material of the injection-moulded encapsulation on the side facing the laser beam and preferably protrudes in height beyond the injection-moulded encapsulation by a magnitude Δh.
A processing system for a water faucet surface, with a processing center, the processing system is disposed on a side of the processing center which machines the water faucets, wherein the processing system comprises a group of polishing units and a first manipulator, characterised by two milling cutter carving machines for surface peeling symmetrically located on both sides of the processing center and an article positioning shelf located between the said two milling cutter carving machines to place the water faucet, a first manipulator is provided between the processing center and the article positioning shelf and between the two milling cutter carving machines, the first manipulator transfers the water faucet among the processing center, the article positioning shelf and two milling cutter carving machines, the group of polishing units is located on the side of the article positioning shelf, and a second manipulator is provided in the polishing unit which transfers the water faucet between the article positioning shelf and the polishing unit.
A vacuum pump (1, 20, 30), comprising: a rotating portion that is enclosed in a housing (2, 3) having an inlet port and an outlet port each formed therein and is rotatably supported, the rotating portion having a shaft, a rotor disposed around the shaft, radially extending rotor blades provided on the rotor and a rotating cylindrical body, the rotating cylindrical body having a cylindrical body lower end portion which is one of two end portions of the rotating cylindrical body in an axial direction thereof, namely an axially lower surface of the rotating cylindrical body closer to the outlet port, the vacuum pump being configured to rotate the rotating portion at a high speed to transfer gas sucked in from the inlet port to the outlet port, characterized in that in at least a portion of the cylindrical body lower end portion (101, 201), an imbalance correction portion (102, 202) is formed, wherein the imbalance correction portion has a recessed shape having a depth in the axial direction and wherein the imbalance correction portion is configured to correct imbalance of the rotating portion. a rotating portion that is enclosed in a housing (2, 3) having an inlet port and an outlet port each formed therein and is rotatably supported, the rotating portion having a shaft, a rotor disposed around the shaft, radially extending rotor blades provided on the rotor and a rotating cylindrical body, the rotating cylindrical body having a cylindrical body lower end portion which is one of two end portions of the rotating cylindrical body in an axial direction thereof, namely an axially lower surface of the rotating cylindrical body closer to the outlet port, the vacuum pump being configured to rotate the rotating portion at a high speed to transfer gas sucked in from the inlet port to the outlet port, characterized in that in at least a portion of the cylindrical body lower end portion (101, 201), an imbalance correction portion (102, 202) is formed, wherein the imbalance correction portion has a recessed shape having a depth in the axial direction and wherein the imbalance correction portion is configured to correct imbalance of the rotating portion.
A peptide gel, formed from an aqueous solution including a self-assembling peptide formed of the following amino acid sequence: Amino acid sequence: a 1 b 1 c 1 b 2 a 2 b 3 db 4 a 3 b 5 c 2 b 6 a 4 where: a 1 to a 4 each represent a basic amino acid residue; b 1 to b 6 each represent an uncharged polar amino acid residue and/or a hydrophobic amino acid residue, provided that at least five thereof each represent a hydrophobic amino acid residue; c 1 and c 2 each represent an acidic amino acid residue; and d represents a hydrophobic amino acid residue, wherein the peptide gel has a visible light transmittance measured at an absorbance of 380 nm to 780 nm in a cell having an optical path length of 10 mm of 90% or more. Amino acid sequence: a 1 b 1 c 1 b 2 a 2 b 3 db 4 a 3 b 5 c 2 b 6 a 4
A scalpel blade accessory comprising a scalpel blade carrier and a tubular guard slidable over the scalpel blade carrier between a retracted position in which the blade carrier is positioned to expose any blade associated with it for use and an extended position in which the guard covers the blade carrier and any such blade, the scalpel blade carrier being configured for receiving in cooperating relationship a standard scalpel blade for attachment to a standard scalpel handle for use, wherein the scalpel blade carrier has an alignment face for cooperation with a side face of a blade characterised in that the carrier has at least one opening providing access through the alignment face to a position corresponding to that in which a mounting slot (8, 9) of any scalpel blade is to be located when a blade is attached to the blade carrier, and the blade carrier has a bridge spanning the alignment face so as to provide space for a scalpel blade between the alignment face and bridge and wherein the bridge supports a blade catch positioned to cooperate with a rear end of a mounting slot of a scalpel blade to hold a relevant scalpel blade captive relative to the blade carrier in the absence of any scalpel handle, the blade catch and alignment face being such that the blade catch is disengagable from a position corresponding to registration with the rear end of the mounting slot of a scalpel blade consequent on engagement between the blade and a lug of a standard scalpel handle when the blade carrier and a blade carried thereby are assembled onto such a handle, in use.
A high-strength Ni-based alloy tube for nuclear power use that is constituted, by mass percent, of C: 0.04% or less, Si: 0.10 to 0.50%, Mn: 0.05 to 0.50%, Ni: 55 to 70%, Cr: more than 26% and not more than 35%, Al: 0.005 to 0.5%, N: 0.02 to 0.10%, and one or more kinds of Ti: 0.01 to 0.5% and Nb: 0.02 to 1.0%, the balance being Fe and impurities, said alloy tube having a restrained segregation of said constituting elements obtained by a remelting process, wherein the grain size is as fine as grain size No. 6 or higher in JIS G 0551.
A two-wheeled vehicle, comprising a frame assembly including a front frame portion including a head portion, a plurality of generally vertically-extending frame tubes, and a plurality of generally longitudinally-extending frame tubes, a mid-frame portion removably coupled to the front frame portion, and a rear frame portion removably coupled to the mid-frame portion; a front wheel operably coupled to the front frame portion and a rear wheel operably coupled to the rear frame portion; and an air intake assembly, characterized in that the air intake assembly is coupled to the head portion and the longitudinally-extending frame tubes; and in that the longitudinally-extending frame tubes are angled outwardly to increase a distance therebetween, and the air intake assembly is positioned between the longitudinally-extending frame tubes and includes channel members configured to receive the longitudinally-extending frame tubes.
A method, in a wireless telecommunication network, for resource management for device-to-device, D2D, communication between first and second devices, the method including: relaying either a positive acknowledgement message or a negative acknowledgement message by one of the first or second devices to a node of the network, said messages having been transmitted/received in the D2D communication between the first and second devices, and being related to success or failure of a data message sent between the first and second devices in the D2D communication, wherein the one of the first or second devices is configured to relay either only positive acknowledgement messages or only negative acknowledgement messages to the node; maintaining, by the node, an allocated set of resource blocks for the D2D communication until one of: receiving, by the node, a relayed positive acknowledgement message; receiving, by the node, a predetermined maximum number of relayed negative acknowledgement messages; or upon expiration of a predetermined period of time triggered when the set of resource blocks is allocated by the node. relaying either a positive acknowledgement message or a negative acknowledgement message by one of the first or second devices to a node of the network, said messages having been transmitted/received in the D2D communication between the first and second devices, and being related to success or failure of a data message sent between the first and second devices in the D2D communication, wherein the one of the first or second devices is configured to relay either only positive acknowledgement messages or only negative acknowledgement messages to the node; maintaining, by the node, an allocated set of resource blocks for the D2D communication until one of: receiving, by the node, a relayed positive acknowledgement message; receiving, by the node, a predetermined maximum number of relayed negative acknowledgement messages; or upon expiration of a predetermined period of time triggered when the set of resource blocks is allocated by the node.
Artificial turf for a sports field comprising a support layer and tufts formed by a multi-filament ribbon penetrating the support layer, wherein at least some tufts comprise filaments of a first color and filaments of a second color, wherein the first color is a field color, and the second color is a line-marking color, the first and the second color being obviously different; characterized in that the tufts comprising filaments of a first color and filaments of a second color are arranged to form a line of predetermined width, wherein the width of the line is 8 cm to 14 cm, preferably 10 cm to 12 cm.
A process for producing polyurethane-coated conduit elements, in which a) aliphatic polyisocyanate is mixed with b) compounds having at least two hydrogen atoms which are reactive toward isocyanate, c) catalyst and d) optionally other auxiliaries and/or additives, to form a first reaction mixture, the reaction mixture is applied to a conduit element and allowed to react to form a polyurethane layer, wherein the isocyanate index is from 50 to 350 and the compounds having at least two hydrogen atoms which are reactive toward isocyanate comprise a compound based on an alkoxylation product of an aromatic starter molecule. a) aliphatic polyisocyanate is mixed with b) compounds having at least two hydrogen atoms which are reactive toward isocyanate, c) catalyst and d) optionally other auxiliaries and/or additives,
Method for controlling a windshield wiper motor of an automobile vehicle, powered and controlled in pulse-width modulation mode with a duty cycle of given value, characterized in that it consists in successively switching the instantaneous fundamental period of the modulated pulses between at least two discrete period values, the duty cycle of the pulses being substantially established at a given value, for at least one given switching period of the modulated pulses.
A method of mitigating headlight blinding during travel of a plurality of vehicles (202, 208; 302, 304), the method comprising: wirelessly sending vehicle data from a vehicle among the plurality of vehicles (202, 302), wherein the vehicle data includes data regarding the geographic location of the vehicle to a remote server; receiving, at the remote server, location information from the vehicle (202, 302) and from other vehicles; based on the received location information, calculating, at the remote server, vehicle trajectories (308, 306); based on the received location information and the calculated vehicle trajectories, determining, at the remote server, that the vehicle (202, 302) and an approaching vehicle are at least a first distance apart on a roadway and that their respective trajectories (308, 306) are towards each other, wherein the determining further includes determining that no vehicles are located on the roadway between the vehicle (202, 302) and the approaching vehicle; and based on that determination, generating, at the remote server, a warning signal; receiving, at at least one of the vehicle (202, 302) and the approaching vehicle, the warning signal from the remote server indicating the approaching vehicle; and automatically taking a headlight mitigation action at the at least one of the vehicle (202,302) and the approaching vehicle in response to the warning signal. wirelessly sending vehicle data from a vehicle among the plurality of vehicles (202, 302), wherein the vehicle data includes data regarding the geographic location of the vehicle to a remote server; receiving, at the remote server, location information from the vehicle (202, 302) and from other vehicles; based on the received location information, calculating, at the remote server, vehicle trajectories (308, 306); based on the received location information and the calculated vehicle trajectories, determining, at the remote server, that the vehicle (202, 302) and an approaching vehicle are at least a first distance apart on a roadway and that their respective trajectories (308, 306) are towards each other, wherein the determining further includes determining that no vehicles are located on the roadway between the vehicle (202, 302) and the approaching vehicle; and based on that determination, generating, at the remote server, a warning signal; receiving, at at least one of the vehicle (202, 302) and the approaching vehicle, the warning signal from the remote server indicating the approaching vehicle; and automatically taking a headlight mitigation action at the at least one of the vehicle (202,302) and the approaching vehicle in response to the warning signal.
Injection device for producing at least one metallic glass part, comprising: a mould having at least one cavity and an injection chamber connected to the cavity and open at the bottom, and a vertical injection piston coaxial to said injection chamber and extending under the mould, the piston having a top end face on which a metallic element made from a material able to form a metallic glass can be positioned, in such a way that when the piston is moved upwards, this material is introduced into the injection chamber and injected into said cavity; and comprising a heating means situated under the mould and comprising induction coils coaxial to the piston, in such a way that, in an intermediate position of the piston, the metallic element is located mostly in the space interior to the induction coils, the heating means being able to melt the metallic element positioned on the top end face of the piston, before the introduction thereof into the injection chamber, characterised in that the top end face of the piston has a concave shape able to receive a reduced bottom portion of said metallic element so as to be the sole support for this molten element placed thereon, in such a way that most of said metallic element is situated over the end face of the piston, at the exterior of the concave shape. a mould having at least one cavity and an injection chamber connected to the cavity and open at the bottom, and a vertical injection piston coaxial to said injection chamber and extending under the mould, the piston having a top end face on which a metallic element made from a material able to form a metallic glass can be positioned, in such a way that when the piston is moved upwards, this material is introduced into the injection chamber and injected into said cavity; and comprising a heating means situated under the mould and comprising induction coils coaxial to the piston, in such a way that, in an intermediate position of the piston, the metallic element is located mostly in the space interior to the induction coils, the heating means being able to melt the metallic element positioned on the top end face of the piston, before the introduction thereof into the injection chamber, characterised in that the top end face of the piston has a concave shape able to receive a reduced bottom portion of said metallic element so as to be the sole support for this molten element placed thereon, in such a way that most of said metallic element is situated over the end face of the piston, at the exterior of the concave shape.
Sensor for detection of at least one physical quantity selected between: - temperature of at least one portion of a crystallizer of a mould of a casting machine of a liquid metal; - position of a meniscus or level of said liquid metal within said crystallizer; in which the sensor is intended to be installed inside the mould, the sensor comprising a case provided with a chamber comprising a closing cover in which the cover is placed at a detection face, the cover bearing internally to the chamber at least one first series of ultrasonic elements (15, 18, 21, 24, 27, 30) which are placed reciprocally vertically spaced according to a development direction in length of the sensor, which is parallel with respect to a development direction in length of walls (48, 49) of the crystallizer, wherein the first series of ultrasonic elements (15, 18, 21, 24, 27, 30) comprises at least one first ultrasonic element, a second ultrasonic element, a third ultrasonic element, each ultrasonic element (15, 18, 21, 24, 27, 30) being alternatively configurable as transmitter of transmission ultrasonic waves and as receiver of reception ultrasonic elastic waves, which are return ultrasonic waves from the crystallizer consisting of echoes of reflected waves of the transmission ultrasonic waves of the same ultrasonic element (15, 18, 21, 24, 27, 30), in which the sensor includes attenuation elements, the attenuation elements being made of a material with attenuation effect on acoustic waves characterized in that wherein each ultrasonic element (15, 18, 21, 24, 27, 30) is placed on the cover according to an orthogonal orientation with respect to the development direction in length of the sensor for orthogonal incidence of transmission ultrasonic waves with orthogonal incidence with respect to the crystallizer, the attenuation elements being positioned sideways with respect to the cover in correspondence with each ultrasonic element (15, 18, 21, 24, 27, 30) for attenuation of echoes from directions other than the orthogonal direction, the attenuation elements being longitudinal elements with development in length along an orthogonal direction with respect to the development direction in length of the sensor, the attenuation elements being made of material with a surface with sawtooth ridges and recesses for the increase of the absorbing and attenuating effect. - temperature of at least one portion of a crystallizer of a mould of a casting machine of a liquid metal; - position of a meniscus or level of said liquid metal within said crystallizer;
A circuit protection device (10, 10A, 10B) comprising: an overvoltage monitor circuit (210, 220) that is operable to monitor a power supply circuit to detect an overvoltage condition on the power supply circuit and to change a state of an overvoltage output responsive to the overvoltage condition on the power supply circuit; a bi-directional switch that is operable to interrupt or limit current flow though the power supply circuit responsive to the change in the state of the overvoltage output; and a bi-directional voltage limiter that is connected across output terminals of the circuit protection device and that is operable to limit an overvoltage to a predefined voltage limit, characterized in that the bi-directional voltage limiter comprises: a rectifier circuit that includes inputs that are coupled to output terminals of the circuit protection device and outputs that are coupled to a power voltage limiter, the power voltage limiter including a voltage regulator that is coupled to a semiconductor switch and a resistor (R1, R2), wherein the voltage regulator is operable to cause the semiconductor switch to conduct current when an input voltage at the output terminals of the rectifier circuit exceed a regulated voltage corresponding to the predefined voltage limit. an overvoltage monitor circuit (210, 220) that is operable to monitor a power supply circuit to detect an overvoltage condition on the power supply circuit and to change a state of an overvoltage output responsive to the overvoltage condition on the power supply circuit; a bi-directional switch that is operable to interrupt or limit current flow though the power supply circuit responsive to the change in the state of the overvoltage output; and a bi-directional voltage limiter that is connected across output terminals of the circuit protection device and that is operable to limit an overvoltage to a predefined voltage limit, characterized in that the bi-directional voltage limiter comprises: a rectifier circuit that includes inputs that are coupled to output terminals of the circuit protection device and outputs that are coupled to a power voltage limiter, the power voltage limiter including a voltage regulator that is coupled to a semiconductor switch and a resistor (R1, R2), wherein the voltage regulator is operable to cause the semiconductor switch to conduct current when an input voltage at the output terminals of the rectifier circuit exceed a regulated voltage corresponding to the predefined voltage limit.
A polymer blend comprising: (a) a copolyether-ester copolymer comprising copolymerized residues of a polyalkylene terephthalate and copolymerized residues of a polyether diol; and (b) the reaction product of a polyacrylate copolymer with an aminosilane; wherein i) the polyacrylate copolymer comprises at least 0.3 wt% of copolymerized residues of a cure site comonomer, wherein the sum of the weight percentages of the copolymerized residues in the polyacrylate copolymer is 100 wt%; and wherein ii) the polymer blend comprises from 5 to 70 wt% of the reaction product of the polyacrylate copolymer with the aminosilane, based on the total weight of the polymer blend. (a) a copolyether-ester copolymer comprising copolymerized residues of a polyalkylene terephthalate and copolymerized residues of a polyether diol; and (b) the reaction product of a polyacrylate copolymer with an aminosilane; wherein i) the polyacrylate copolymer comprises at least 0.3 wt% of copolymerized residues of a cure site comonomer, wherein the sum of the weight percentages of the copolymerized residues in the polyacrylate copolymer is 100 wt%; and wherein ii) the polymer blend comprises from 5 to 70 wt% of the reaction product of the polyacrylate copolymer with the aminosilane, based on the total weight of the polymer blend.