mhurhangee/ep-ind-claims huggingface dataset:
A drum washing machine, comprising: a housing provided with a rectangular front surface having an opening through which laundry is put into the washing machine; a door connected to the housing to open and close the opening, the door covering the front surface of the housing; a first hinge unit (32, 40) rotatably connecting the door to the housing; and a second hinge unit (23, 50) separated from the first hinge unit (32, 40) rotatably supporting the door together with the first hinge unit (32, 40), wherein the door includes a lateral side and a lower surface connected to a lower end of the lateral side, said first hinge unit (32,40) is provided between the lateral side of the door and the housing, wherein the second hinge unit (23, 50) allows the door to be supported on the housing, and wherein the second hinge unit (23, 50) is provided on a rotary axis of the door and axially supports the load of the door, wherein the second hinge unit (23, 50) includes a hinge protrusion and a hinge hole provided in the housing to support the said hinge protrusion inserted thereinto such that the door is supported on the housing, characterized in that the hinge protrusion of the second hinge unit (23, 50) is provided on the lower surface of the door. the hinge protrusion of the second hinge unit (23,50) is provided on the lower surface of the door. a housing provided with a rectangular front surface having an opening through which laundry is put into the washing machine; a door connected to the housing to open and close the opening, the door covering the front surface of the housing; a first hinge unit (32, 40) rotatably connecting the door to the housing; and a second hinge unit (23, 50) separated from the first hinge unit (32, 40) rotatably supporting the door together with the first hinge unit (32, 40), wherein the door includes a lateral side and a lower surface connected to a lower end of the lateral side, said first hinge unit (32,40) is provided between the lateral side of the door and the housing, wherein the second hinge unit (23, 50) allows the door to be supported on the housing, and wherein the second hinge unit (23, 50) is provided on a rotary axis of the door and axially supports the load of the door, wherein the second hinge unit (23, 50) includes a hinge protrusion and a hinge hole provided in the housing to support the said hinge protrusion inserted thereinto such that the door is supported on the housing, characterized in that the hinge protrusion of the second hinge unit (23, 50) is provided on the lower surface of the door. the hinge protrusion of the second hinge unit (23,50) is provided on the lower surface of the door.
A method for solvent vapor smoothing of a surface of a plastic product, the method comprising the steps of: - placing the plastic product to be smoothed in a closed chamber comprising heated walls and a heated evaporator for solvent; - introducing a solvent to the evaporator; - allowing the solvent vapors to condense on the outer surface of the product; and - heating at least one wall of the chamber, collecting solvent vapors from the chamber and condensing the collected solvent vapors outside the chamber characterized by: - before introducing solvent to the evaporator, heating at least one wall of the chamber to a first temperature which is higher than the expected dew point temperature of the solvent and heating the evaporator to a second temperature which is higher than the expected boiling temperature of the solvent; - after allowing the solvent vapors to condense on the outer surface of the product, heating at least one wall of the chamber to a third temperature which is higher than the first temperature. - placing the plastic product to be smoothed in a closed chamber comprising heated walls and a heated evaporator for solvent; - introducing a solvent to the evaporator; - allowing the solvent vapors to condense on the outer surface of the product; and - heating at least one wall of the chamber, collecting solvent vapors from the chamber and condensing the collected solvent vapors outside the chamber - before introducing solvent to the evaporator, heating at least one wall of the chamber to a first temperature which is higher than the expected dew point temperature of the solvent and heating the evaporator to a second temperature which is higher than the expected boiling temperature of the solvent; - after allowing the solvent vapors to condense on the outer surface of the product, heating at least one wall of the chamber to a third temperature which is higher than the first temperature.
A method for delivering content to a client device, comprising: transmitting a signal to the client device, the signal carrying within a packet stream a multimedia presentation specified using a markup language, wherein the multimedia presentation includes at least one group, each group constituted of a scalable vector graphics, SVG, scene and at least one SVG scene update, and is transmitted in the packet stream as scene packets, characterized in that each scene packet contains information derived from one of the at least one SVG scene or one of the at least one SVG scene update, and for at least one group in the multimedia presentation, at least one scene packet in the packet stream contains a list of active SVG elements in that group, transmitted once for that group. transmitting a signal to the client device, the signal carrying within a packet stream a multimedia presentation specified using a markup language, wherein the multimedia presentation includes at least one group, each group constituted of a scalable vector graphics, SVG, scene and at least one SVG scene update, and is transmitted in the packet stream as scene packets, characterized in that each scene packet contains information derived from one of the at least one SVG scene or one of the at least one SVG scene update, and for at least one group in the multimedia presentation, at least one scene packet in the packet stream contains a list of active SVG elements in that group, transmitted once for that group.
A portable device for inducing cooling by evaporation of a fluid from a bodily fluid-containing space in a mammal, and a nebulizer or atomiser, the portable device comprising, in an integrated unit: a gas inlet, an inlet sensor configured to measure gas temperature or pressure or both; a blower, a desiccant chamber configured to receive a removable and replaceable desiccant element; an air outlet configured to connect to a gas delivery tube; an outlet sensor configured to measure gas temperature or pressure or both; said gas inlet, blower, desiccant chamber, and gas outlet arranged in series along a gas flow path, and the blower arranged to cause dry non-coolant gas to be delivered to the bodily fluid-containing space, the portable device arranged to deliver the dry non-coolant gas bodily fluid-containing space at 37°C or warmer, a heat exchanger configured to remove heat that is added to the gas in the desiccant chamber as a result of the removal of moisture from the gas in said desiccant chamber such as to prevent the gas having a temperature exceeding 40°C; and the nebulizer or atomiser arranged to spray liquid water onto said bodily fluid-containing space. a gas inlet, an inlet sensor configured to measure gas temperature or pressure or both; a blower, a desiccant chamber configured to receive a removable and replaceable desiccant element; an air outlet configured to connect to a gas delivery tube; an outlet sensor configured to measure gas temperature or pressure or both; the portable device arranged to deliver the dry non-coolant gas bodily fluid-containing space at 37°C or warmer, a heat exchanger configured to remove heat that is added to the gas in the desiccant chamber as a result of the removal of moisture from the gas in said desiccant chamber such as to prevent the gas having a temperature exceeding 40°C; and the nebulizer or atomiser arranged to spray liquid water onto said bodily fluid-containing space.
A coating formed on a substrate which coating comprises a polymeric binder, (a) at least one organic pigment and/or at least one inorganic pigment; (b) at least one dye having a transmittance of at least 75% in the range of from 700 to 2500 nm; and (c) optionally an effect pigment; wherein said coating exhibits a total solar reflectance of (i) ≥ 40%, if 60 < L* < 100, or (ii) ≥ 30%, if 30 < L* ≤ 60, or (iii) ≥ 20%, if 0 < L* ≤ 30, wherein L* is the lightness in the L*a*b* color space (CIELAB), wherein pigment (a) is a near infrared transparent organic pigment and/or a NIR reflective inorganic pigment, and which coating is an exterior-use coating selected from an industrial coating or an automotive coating. (a) at least one organic pigment and/or at least one inorganic pigment; (b) at least one dye having a transmittance of at least 75% in the range of from 700 to 2500 nm; and (c) optionally an effect pigment; (i) ≥ 40%, if 60 < L* < 100, or (ii) ≥ 30%, if 30 < L* ≤ 60, or (iii) ≥ 20%, if 0 < L* ≤ 30,
Method for establishing operating states of a fan using a digital image - digital twin - of the fan and at least one operating-parameter-specific algorithm, having the following method steps: providing the digital image of the actual fan by imaging the properties thereof by means of mathematical calculation models and where applicable known data, providing the at least one operating-parameter-specific algorithm taking into account known relationships and characteristic lines, calculating component states of the fan via the digital image by means of virtual sensors, transmitting the component states to the algorithm, which calculates operating parameters of the fan from the component states and where applicable provides forecasts relating to the operation of the fan. providing the digital image of the actual fan by imaging the properties thereof by means of mathematical calculation models and where applicable known data, providing the at least one operating-parameter-specific algorithm taking into account known relationships and characteristic lines, calculating component states of the fan via the digital image by means of virtual sensors, transmitting the component states to the algorithm, which calculates operating parameters of the fan from the component states and where applicable provides forecasts relating to the operation of the fan.
A robotic gripper comprising: a plurality of fingers configured for grasping an object; and an actuator for driving at least one of the fingers, characterized in that the actuator comprises: a drive train mechanically coupled to the at least one finger for driving the at least one finger; an impact mechanism mechanically coupled to the drive train for driving the drive train, the impact mechanism configured to generate a series of impacts that are delivered to the drive train when loaded beyond a threshold torque; and a driving device mechanically coupled to the impact mechanism for driving the impact mechanism. a plurality of fingers configured for grasping an object; and an actuator for driving at least one of the fingers, characterized in that the actuator comprises: a drive train mechanically coupled to the at least one finger for driving the at least one finger; an impact mechanism mechanically coupled to the drive train for driving the drive train, the impact mechanism configured to generate a series of impacts that are delivered to the drive train when loaded beyond a threshold torque; and a driving device mechanically coupled to the impact mechanism for driving the impact mechanism. a drive train mechanically coupled to the at least one finger for driving the at least one finger; an impact mechanism mechanically coupled to the drive train for driving the drive train, the impact mechanism configured to generate a series of impacts that are delivered to the drive train when loaded beyond a threshold torque; and a driving device mechanically coupled to the impact mechanism for driving the impact mechanism.
A method of operating a wireless communications system, the method comprising: performing packet transmissions between a base station and terminals in half-duplex uplink and downlink transmission intervals with adaptive intra-interval packet retransmission, adaptive modulation and coding "AMC" and variation of a timing offset of the uplink and downlink transmission intervals, based on a type of communications being conducted between the terminals and the base station. performing packet transmissions between a base station and terminals in half-duplex uplink and downlink transmission intervals with adaptive intra-interval packet retransmission, adaptive modulation and coding "AMC" and variation of a timing offset of the uplink and downlink transmission intervals, based on a type of communications being conducted between the terminals and the base station.
A work at height device comprising a workstation, a first base forming a climbing plane at the workstation and a second base for support, the climbing plane comprising two strings (4, 5) and at least one step (6, 7), the workstation being provided with a floor, a railing, and a means for closing access to the workstation, the railing comprising an upper handrail and a lower handrail, the upper handrail being pivotably mounted in relation to the strings (4, 5) of the climbing plane, the railing and the means for closing access to the workstation being movable between a folding position in which the upper handrail is substantially parallel to the climbing plane, and a deployed position in which the upper handrail is substantially horizontal, the means for closing access to the workstation comprising a flap (27, 28), characterised in that in the deployed position, the flap (27, 28) is pivotable in relation to the upper handrail and the lower handrail about a substantially vertical axis of rotation, the pivot axis of the flap being hingedly mounted to the upper handrail by a first hinge means, the pivot axis of the flap being hingedly mounted to the lower handrail by a second hinge means, the upper handrail being hinged to the strings (4, 5) of the climbing plane by a third hinge means, the lower handrail being hinged to the second support frame by a fourth hinge means, the four hinge means forming the vertices of a deformable quadrilateral, the deformable quadrilateral comprising a first segment, with a length L1, between the first hinge means and the third hinge means; a second segment, with a length L2, between the first hinge means and the second hinge means; a third segment, with a length L3, between the third hinge means and the fourth hinge means, and a fourth segment, with a length L4, between the second hinge means and the fourth hinge means, the sum of the lengths of the first and second segments L1+L2 being substantially equal to the sum of the lengths of the third and fourth segments.
A method for coordination of transmissions from a first base station and at least one further base station (P1, P2), wherein • user terminals (UE5, UE6) served by the first base station and located in an extended coverage area of the at least one further base station determine signal qualities of signals transmitted from the at least one further base station, • the user terminals (UE5, UE6) served by the first base station and located in the extended coverage area of the at least one further base station transmit the signal qualities of signals transmitted from the at least one further base station to the first base station, • the first base station estimates the signal qualities for user terminals (UE1, UE2) served by the at least one further base station based on the signal qualities of signals transmitted from the at least one further base station • and the first base station lowers the transmit power if the estimated signal qualities for the user terminals (UE1, UE2) served by the at least one further base station are lower than a signal quality threshold to come up to signal qualities for the user terminals (UE1, UE2) served by the at least one further base station being higher than the signal quality threshold. • user terminals (UE5, UE6) served by the first base station and located in an extended coverage area of the at least one further base station determine signal qualities of signals transmitted from the at least one further base station, • the user terminals (UE5, UE6) served by the first base station and located in the extended coverage area of the at least one further base station transmit the signal qualities of signals transmitted from the at least one further base station to the first base station, • the first base station estimates the signal qualities for user terminals (UE1, UE2) served by the at least one further base station based on the signal qualities of signals transmitted from the at least one further base station • and the first base station lowers the transmit power if the estimated signal qualities for the user terminals (UE1, UE2) served by the at least one further base station are lower than a signal quality threshold to come up to signal qualities for the user terminals (UE1, UE2) served by the at least one further base station being higher than the signal quality threshold.
An anti-corrosion composition comprising at least one fatty acid ester, at least one glycol, at least one ethylene oxide/propylene oxide (EO/PO) alkoxylate, at least one polyethylene glycol ester, and at least one modified lecithin, wherein said composition comprises from 5 wt% to 20 wt% of the at least one fatty acid ester, from 2 wt% to 20 wt% of the at least one glycol, from 1 wt% to 10 wt% of the at least one EO/PO alkoxylate, from 10 wt% to 50 wt% of the at least one polyethylene glycol ester, and from 20 wt% to 80 wt% of the at least one modified lecithin, based on the total weight of the anti-corrosion composition.
A virus like particle comprising a viral structural protein which comprises modified envelope protein E3, wherein the virus structural protein is derived from alphavirus and wherein one or more amino acid residues are replaced, added and/or deleted in amino acid sequence at the furin site in the envelope protein E3, and at least one antigen is inserted into the envelope protein E3 between residues corresponding to 321 and 326 of SEQ ID NO: 1, residues 321 and 326 of SEQ ID NO: 2 or residues 330 and 335 of SEQ ID NO: 3.
A process for pre-reforming a hydrocarbon fuel, comprising: feeding to a catalytic pre-reformer air, steam, and a hydrocarbon fuel including C2 and greater hydrocarbons, wherein the hydrocarbon fuel is selected from the group consisting of natural gas, propane, gasoline, jet fuel, biofuel, diesel, and kerosene; and pre-reforming, in the catalytic pre-reformer, the hydrocarbon fuel to produce a reformate exit stream including hydrogen and methane, wherein the catalytic pre-reformer includes a structured catalyst having a structured catalyst substrate, wherein the structured catalyst substrate is a monolithic structured catalyst substrate, a first coating containing cerium-gadolinium oxide, the first coating being a pre-coating layer and being applied to a surface of the structured catalyst substrate; and a second coating containing nickel and cerium-gadolinium oxide, the second coating being an active catalyst layer and being applied to the first coating. feeding to a catalytic pre-reformer air, steam, and a hydrocarbon fuel including C2 and greater hydrocarbons, wherein the hydrocarbon fuel is selected from the group consisting of natural gas, propane, gasoline, jet fuel, biofuel, diesel, and kerosene; and pre-reforming, in the catalytic pre-reformer, the hydrocarbon fuel to produce a reformate exit stream including hydrogen and methane, wherein the catalytic pre-reformer includes a structured catalyst having a structured catalyst substrate, wherein the structured catalyst substrate is a monolithic structured catalyst substrate, a first coating containing cerium-gadolinium oxide, the first coating being a pre-coating layer and being applied to a surface of the structured catalyst substrate; and a second coating containing nickel and cerium-gadolinium oxide, the second coating being an active catalyst layer and being applied to the first coating. wherein the catalytic pre-reformer includes a structured catalyst having a structured catalyst substrate, wherein the structured catalyst substrate is a monolithic structured catalyst substrate, a first coating containing cerium-gadolinium oxide, the first coating being a pre-coating layer and being applied to a surface of the structured catalyst substrate; and a second coating containing nickel and cerium-gadolinium oxide, the second coating being an active catalyst layer and being applied to the first coating.
System for separation of at least two immiscible liquids with different density, comprising a fluid pushing means, a phase separator provided with two chambers (6,11), at least a reservoir for collecting the phases with lower density, an ultrasonic level sensor for measuring the level of each phase and the total level of the fluid in the second chamber and an acoustically reflecting element positioned so that the ultrasonic signal is reflected towards the sensor, the two separation chambers (11,6) being realized inside a sole volume and arranged concentrically around the same vertical axis, input flow being provided by means of said pushing means in said first chamber arranged in the separator, in the first separation chamber arranged in the separator being provided a plurality of holes (9,10) along the shell and on the suitably conically shaped upper portion for the output of the phases towards the second separation chamber, in the second separation chamber being provided an outlet for the phase with lower density in the upper part and an outlet for the output of the phase with higher density in the lower part, said outlets (12,15) being provided with control valves for controlling outlet flow rate according to what measured by the said ultrasonic level sensor Characterized in that said fluid pushing means is a peristaltic pump provided with a floating suction inlet, which is funnel shaped and auto-adjusting the flow rate and comprises at least a flexible pipe and a rotor to which two rollers are applied, which, rotating, compress the pipe and cause the fluid to advance
Cover for a manhole having an oblong, mainly rectangular form, characterized by comprising at least two circular manhole closures and at least one central section, a frame being provided for supporting at least two manhole closures, said frame being mainly rectangular and formed with half circular ends, and said central section being provided for placement between the manhole closures, said central section comprising two planar end surfaces and two identical opposite side faces in the form of circular sections, which are complementary to and abutting the circumference of the manhole closures.
An optical system comprising: an optical waveguide, at least a first coupling means having a first focal length (f 1), and at least a second coupling means having a second focal length (f 2), wherein the first coupling means is configured to couple and focus incident light to the optical waveguide, wherein the second coupling means is configured to emit and collimate light conveyed by the optical waveguide, characterized in that the at least first and second coupling means (12, 13) have one confocal point being located at the first and second focal lengths within the optical waveguide. an optical waveguide, at least a first coupling means having a first focal length (f 1), and at least a second coupling means having a second focal length (f 2), wherein the first coupling means is configured to couple and focus incident light to the optical waveguide, wherein the second coupling means is configured to emit and collimate light conveyed by the optical waveguide, characterized in that the at least first and second coupling means (12, 13) have one confocal point being located at the first and second focal lengths within the optical waveguide.