mhurhangee/ep-ind-claims huggingface dataset:
Mast structure of an underwater vehicle, comprising: - a hoistable mast, having a part which is able to move in translation in a hoisting direction between a lowered position and a deployed position, and - a support for the mast, said support being equipped with at least one guide rail for guiding the movable part of the mast in translation in the hoisting direction, said support extending in the hoisting direction between a lower end and an upper end, characterised in that: - the movable part of the mast comprises a body and guide members borne by this body, said guide members cooperating with the guide rail, - the mast structure comprises first load bearing means for bearing loads in at least one second direction (X, Y) perpendicular to the hoisting direction, said means being designed to be secured to a structural part of the underwater vehicle close to the upper end of the support and being designed to form a stop, in said second direction (X, Y), for the body of the movable part of the mast when this movable part is in its deployed position. - a hoistable mast, having a part which is able to move in translation in a hoisting direction between a lowered position and a deployed position, and - a support for the mast, said support being equipped with at least one guide rail for guiding the movable part of the mast in translation in the hoisting direction, said support extending in the hoisting direction between a lower end and an upper end, characterised in that: - the movable part of the mast comprises a body and guide members borne by this body, said guide members cooperating with the guide rail, - the mast structure comprises first load bearing means for bearing loads in at least one second direction (X, Y) perpendicular to the hoisting direction, said means being designed to be secured to a structural part of the underwater vehicle close to the upper end of the support and being designed to form a stop, in said second direction (X, Y), for the body of the movable part of the mast when this movable part is in its deployed position.
A device for assisting in the cutting of a fiber texture layer wound on an impregnation mandrel of a winding machine, the device comprising: two positioning stops, each designed to be positioned on a respective side plate of the impregnation mandrel; and a plate forming a cutting jig that is designed to be positioned on the fiber texture layer that is to be cut, said plate being provided with a slot extending in position between the side plates of the impregnation mandrel and serving to guide a cutting tool. two positioning stops, each designed to be positioned on a respective side plate of the impregnation mandrel; and a plate forming a cutting jig that is designed to be positioned on the fiber texture layer that is to be cut, said plate being provided with a slot extending in position between the side plates of the impregnation mandrel and serving to guide a cutting tool.
Method for controlling a field spraying device as it travels on lanes of a field, a lateral connecting distance of the working region of the field spraying device to already processed field regions being monitored by means of satellite navigation, characterized in that additional spray nozzles which widen the working region laterally are connected up automatically and selectively if, at the associated lateral end of the working region, neither the connecting distance exceeds a predefined threshold value nor the working region and the already processed field region overlap laterally or abut one another.
A plate heat exchanger in which, by joining each plate of a plurality of plates (101a, 101b,...) rotated 180 degrees from one another that are laminated from one side to another side with another plate, which is adjacent to the each plate of the plurality of plates on both sides, a first flow channel wherein a first fluid flows, and a second flow channel wherein a second fluid that exchanges heat with the first fluid flows are alternately formed in a lamination direction, the plate heat exchanger, wherein the each plate of the plurality of plates (101a, 101b,...) has a rectangular shape with a long side and a short side, in which two flow channel holes that are openings through which any of the first fluid and the second fluid passes are formed respectively on one side of short sides and another side of the short sides, and wherein the each plate includes a U-shaped bend portion which protrudes from a part of a periphery of one flow channel hole of four flow channel holes (106a, 106b, 106c, 106d), and bends and extends in a direction to be distanced from the opening, and which is attached firmly to a vicinity of a periphery of a corresponding flow channel hole of the plate adjacent in lamination direction, the U-shaped bend portion contacting with planar sections around the corresponding channel hole of the adjacent plate facing the each plate.
Containment device comprising a dry curtain adapted to be deployed for the containment or recontainment of a discharge area, such as an opening of a room or building, for example a door, in response to an explosion, characterised in that it comprises a ballast bar in the lower portion of the curtain, said ballast bar including cylinders of a first high-density foam alternated with cylinders of a second compressible low-density foam.
Electrical device, in particular a converter, having a printed circuit board and a casing part, a terminal part being fitted on, in particular solder-connected to, the printed circuit board, the terminal part having a spacer portion and a connection portion, the printed circuit board being spaced apart from the casing part by means of the spacer portion, the connection portion having a threaded portion, the connection portion being connected, in an electrically conductive manner, to at least one conductive track on the printed circuit board, characterised in that first capacitors (14, 19, 20) are fitted on the printed circuit board, the first capacitors (14, 19, 20) having a common star point, the star point being connected, in an electrically conductive manner, to the connection portion of the terminal part by means of conductive tracks, or the star point being connected, in an electrically conductive manner, to a fourth capacitor, the fourth capacitor being connected to the connection portion of the terminal part, the fourth capacitor being electrically arranged between the star point and the terminal part, the casing part having a through-opening, a screw part being guidable through the opening and screw-connectable to the threaded portion, the casing part and the connection portion being able to be connected in an electrically conductive manner by means of the screw part, the casing part in particular acting as an earth terminal.
A handheld power saw, namely a saber saw, with a suction device (30; 130; 230), wherein the handheld power saw has a machine housing in which a drive motor is arranged, and has a tool holder which can be driven by the drive motor in a linearly oscillating manner along an axis of movement for a sawing tool having an elongate design and extending along a longitudinal axis for making a saw cut in a workpiece, wherein the handheld power saw has a machine guide body with a machine guide surface facing away from the machine housing, in front of which the sawing tool protrudes when mounted on the handheld power saw, for guiding the handheld power saw on the workpiece, wherein the suction device (30; 130; 230) has fastening means (60; 160; 260) for detachable fastening on the handheld power saw and has a suction connection for connecting a suction hose such that particles produced when the workpiece is being machined can be suctioned away from the machine guide body through the suction connection, characterized in that the suction device (30; 130; 230) has at least one guide contour (55; 155; 255) which, when the suction device (30; 130; 230) is mounted on the handheld power saw, protrudes in front of the machine guide surface such that the handheld power saw can be guided on the workpiece by means of the at least one guide contour (55; 155; 255) instead of the machine guide surface.
A gas turbine combustor, comprising: a plurality of combustors each for supplying to a gas turbine a combustion gas resulting from combustion of a mixture of a fuel and combustion air introduced from a compressor, and each including a burner (30, 70, 90); a spark plug for igniting the mixture; wherein: the burner (30, 70, 90) includes a mixing chamber wall (32, 72, 92) for forming a mixing chamber (31, 71, 91) which opens towards a downstream side in an axial direction of the combustor, a fuel nozzle (38, 59, 69, 79, 89, 98, 99, 109) for supplying a fuel, and a plurality of air introduction passages (35, 36, 75, 76, 95, 96) installed in the mixing chamber wall each for introducing combustion air, along with the fuel from the fuel nozzle, into the mixing chamber, characterized in that each of the plurality of combustors further comprises a cross-fire tube for propagating between the combustors a flame formed by the combustion of the mixture, and in that at least one specific air introduction passage (35a, 35b, 75a, 75b, 95a, 95b) among the air introduction passages (35, 75, 95) is formed in axially and circumferentially offset form, such that flows of the combustion air and fuel jetted from the specific air introduction passages into the mixing chamber are directed towards at least one of the spark plug and the cross-fire tube. a plurality of combustors each for supplying to a gas turbine a combustion gas resulting from combustion of a mixture of a fuel and combustion air introduced from a compressor, and each including a burner (30, 70, 90); a spark plug for igniting the mixture; a mixing chamber wall (32, 72, 92) for forming a mixing chamber (31, 71, 91) which opens towards a downstream side in an axial direction of the combustor, a fuel nozzle (38, 59, 69, 79, 89, 98, 99, 109) for supplying a fuel, and a plurality of air introduction passages (35, 36, 75, 76, 95, 96) installed in the mixing chamber wall each for introducing combustion air, along with the fuel from the fuel nozzle, into the mixing chamber, characterized in that each of the plurality of combustors further comprises a cross-fire tube for propagating between the combustors a flame formed by the combustion of the mixture, and in that at least one specific air introduction passage (35a, 35b, 75a, 75b, 95a, 95b) among the air introduction passages (35, 75, 95) is formed in axially and circumferentially offset form, such that flows of the combustion air and fuel jetted from the specific air introduction passages into the mixing chamber are directed towards at least one of the spark plug and the cross-fire tube.
A method for reducing thermal load by monitoring and controlling current flow in a portable computing device, the method comprising: monitoring a temperature of the portable computing device; determining if the temperature has reached a temperature threshold condition; if the temperature has reached the temperature threshold condition, then monitoring electrical current exiting a power supply device; determining if the electrical current has exceeded a current threshold condition; and if the electrical current has exceeded the current threshold condition, then selecting a hardware device corresponding to the electrical current for participating in a thermal mitigation technique. monitoring a temperature of the portable computing device; determining if the temperature has reached a temperature threshold condition; if the temperature has reached the temperature threshold condition, then monitoring electrical current exiting a power supply device; determining if the electrical current has exceeded a current threshold condition; and if the electrical current has exceeded the current threshold condition, then selecting a hardware device corresponding to the electrical current for participating in a thermal mitigation technique.
An integrated process that operates within the battery limits of a refinery for conversion of a heavy hydrocarbon feedstock containing asphaltenes, sulfur-containing and nitrogen-containing polynuclear aromatic molecules comprising: a. mixing the heavy hydrocarbon feedstock, paraffinic solvent and an effective quantity of solid adsorbent material at a temperature and pressure that are below the critical pressure and temperature of the solvent to promote solvent-flocculation of solid asphaltenes and for a time sufficient to adsorb the sulfur-containing and nitrogen-containing polynuclear aromatic molecules on the solid adsorbent material; b. passing the heavy hydrocarbon feedstock, paraffinic solvent and solid adsorbent material to a first separation vessel; c. separating a solid phase comprising asphaltenes and solid adsorbent material from a liquid phase comprising deasphalted oil and paraffinic solvent; d. passing the solid phase to a filtration vessel with an aromatic and/or polar solvent to desorb the adsorbed contaminants and to recover regenerated solid adsorbent material; e. passing the liquid phase to a second separation vessel to separate deasphalted oil and paraffinic solvent, and optionally recycling at least a portion of the separated paraffinic solvent to step (a); f. passing deasphalted oil from the second separation vessel to a coking unit; g. thermally cracking the deasphalted oil in a coking unit to produce liquid and gas coking products; and h. recovering petroleum green coke from the coking unit. a. mixing the heavy hydrocarbon feedstock, paraffinic solvent and an effective quantity of solid adsorbent material at a temperature and pressure that are below the critical pressure and temperature of the solvent to promote solvent-flocculation of solid asphaltenes and for a time sufficient to adsorb the sulfur-containing and nitrogen-containing polynuclear aromatic molecules on the solid adsorbent material; at a temperature and pressure that are below the critical pressure and temperature of the solvent to promote solvent-flocculation of solid asphaltenes and for a time sufficient to adsorb the sulfur-containing and nitrogen-containing polynuclear aromatic molecules on the solid adsorbent material; b. passing the heavy hydrocarbon feedstock, paraffinic solvent and solid adsorbent material to a first separation vessel; c. separating a solid phase comprising asphaltenes and solid adsorbent material from a liquid phase comprising deasphalted oil and paraffinic solvent; d. passing the solid phase to a filtration vessel with an aromatic and/or polar solvent to desorb the adsorbed contaminants and to recover regenerated solid adsorbent material; e. passing the liquid phase to a second separation vessel to separate deasphalted oil and paraffinic solvent, and optionally recycling at least a portion of the separated paraffinic solvent to step (a); f. passing deasphalted oil from the second separation vessel to a coking unit; g. thermally cracking the deasphalted oil in a coking unit to produce liquid and gas coking products; and h. recovering petroleum green coke from the coking unit.
Method for operating an amusement ride, in particular a roller coaster, with at least one vehicle, which moves along a circuit and which can accommodate at least one passenger, in which, by means of a computer program specific to the amusement ride, a virtual reality is generated which corresponds to a ride with the vehicle, is configured as a complete artificial environment and is displayed on a head-mounted display assigned to a passenger of a vehicle in dependency on the location of the vehicle on the circuit, as well as in dependency on the position and/or orientation of the head-mounted display, wherein the computer program specific to the amusement ride is executed on a mobile device of the passenger having a communication interface (10.1) and the location of the vehicle on the circuit is detected by a position detection device (2.1) having a vehicle communication interface (2.2) of the vehicle and is relayed to the mobile device via its communication interface (10.1).
A method for handling audio/video content consisting of a plurality of segments, the method comprising: extracting, by a control point device, segment-related information about said audio/video content, said segment-related information and said audio/video content being stored in a first AV device; controlling, by said control point device, a second AV device to handle said AV content using said segment-related information; and further comprising steps of extracting URI (Uniform Resource Identifier) information of the AV content, and the start position information of a segment to be played back; transmitting said URI information and said start position information to the second AV device; and handling said segment from the AV content stored in the first AV device using said URI information and said start position information. extracting, by a control point device, segment-related information about said audio/video content, said segment-related information and said audio/video content being stored in a first AV device; controlling, by said control point device, a second AV device to handle said AV content using said segment-related information; and further comprising steps of extracting URI (Uniform Resource Identifier) information of the AV content, and the start position information of a segment to be played back; transmitting said URI information and said start position information to the second AV device; and handling said segment from the AV content stored in the first AV device using said URI information and said start position information.
A resist composition selected from (i) a resist composition comprising a compound represented by the general formula: wherein R 1 is a condensed polycyclic aromatic group or a polyphenyl group; R 3 are each independently a hydrogen atom, a linear, branched, or cyclic alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 10 carbon atoms, or an alkenyl group having 2 to 10 carbon atoms and may be the same or different on the same naphthalene ring; m 4 are each independently an integer of 0 to 6; and (ii) a resist composition comprising a polyphenolic compound represented by the general formula: wherein X' are a hydrogen atom or a monovalent substituent having 1 to 18 carbon atoms, with the proviso that X' is not a phenyl group; R 0 are each independently an alkyl group having 1 to 4 carbon atoms or a halogen atom and may be the same or different on the same naphthalene ring; and p is an integer of 0 to 5. (i) a resist composition comprising a compound represented by the general formula: wherein R 1 is a condensed polycyclic aromatic group or a polyphenyl group; R 3 are each independently a hydrogen atom, a linear, branched, or cyclic alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 10 carbon atoms, or an alkenyl group having 2 to 10 carbon atoms and may be the same or different on the same naphthalene ring; m 4 are each independently an integer of 0 to 6; and (ii) a resist composition comprising a polyphenolic compound represented by the general formula: wherein X' are a hydrogen atom or a monovalent substituent having 1 to 18 carbon atoms, with the proviso that X' is not a phenyl group; R 0 are each independently an alkyl group having 1 to 4 carbon atoms or a halogen atom and may be the same or different on the same naphthalene ring; and p is an integer of 0 to 5.
A system for converting power from one or more slowly-rotating shafts into electrical power wherein, in use, a working gas flows in a closed gas circuit, is compressed isentropically from the slowly-rotating shaft(s) and expanded isentropically in an expander-generator set (6,7) and where the low-pressure parts of the closed gas circuit are at a pressure at least 3 times greater than atmospheric pressure and where, in use, the ratio between pressures in the high pressure and low pressure parts of the closed gas circuit is such that a ratio of absolute temperatures greater than 1.5 occurs across the compression and expansion processes.
A can lid comprising: a panel portion including a rivet and a score line which is provided adjacent to the rivet and can be broken by application of an external force to form an opening piece; and a tab which is formed of a metal plate in which a resin film is laminated on at least one main surface of a base member made of a metal material, and which includes a fixing portion including a rivet hole into which the rivet is inserted, a pressing portion which is formed integrally with the fixing portion and configured to press a portion in a region defined by the score line, and a finger hook portion which is formed integrally with the pressing portion, wherein the finger hook portion includes a ring hole, and the tab further comprises a double or triple folded curl portion on an outer periphery of the pressing portion and the finger hook portion includes a double or triple folded curl portion on an inner periphery of the ring hole, characterised in that a film layer lies on an entire external surface of the tab and on the surfaces of the curl portions, wherein a part of the external surface of the panel portion is in contact with at least a part of the curl portions of the tab. a tab which is formed of a metal plate in which a resin film is laminated on at least one main surface of a base member made of a metal material, and which includes a fixing portion including a rivet hole into which the rivet is inserted, a pressing portion which is formed integrally with the fixing portion and configured to press a portion in a region defined by the score line, and a finger hook portion which is formed integrally with the pressing portion, wherein the finger hook portion includes a ring hole, and the tab further comprises a double or triple folded curl portion on an outer periphery of the pressing portion and the finger hook portion includes a double or triple folded curl portion on an inner periphery of the ring hole, characterised in that a film layer lies on an entire external surface of the tab and on the surfaces of the curl portions,
A secondary cell comprising a resin film and a packaging material comprising a sealant layer formed of a polyolefin resin, wherein the resin film is disposed between the sealant layer and leads, respectively, connected to a positive electrode and a negative electrode inside the cell, and has a first layer disposed at a position close to the lead, a second layer disposed at a position close to the sealant layer and an intermediate layer disposed between the first and second layers (14, 15), characterized in that the heat quantity of fusion of the second layer, measured according to JIS K 7122, is larger than a heat quantity of fusion of the first layer, measured according to JIS K 7122, the heat quantity of fusion of the second layer, measured according to JIS K 7122, is less than a heat quantity of fusion of the sealant layer, measured according to JIS K 7122, the intermediate layer is made of a laminate having a plurality of sub-layers, wherein a heat quantity of fusion, measured according to JIS K 7122, of a sub-layer whose heat quantity of fusion is the smallest among those of the plurality of sub-layers of the intermediate layer is larger than the heat quantity of fusion of the sealant layer, measured according to JIS K 7122.