mhurhangee/ep-ind-claims huggingface dataset:
A nonwoven battery cover, comprising a plurality of circumferentially continuous nonwoven walls (312, 312', 312") arranged generally concentrically with one another, each of said nonwoven walls having at least one seam bonding opposite edges to one another, at least one of said nonwoven walls (312, 312', 312") being a web or mat constructed from green materials, namely a mixture of natural fibres, recycled materials, and/or waste stream materials, blended with heat-meltable fibres, wherein each of said nonwoven walls (312, 312', 312") has at least one hinge extending between opposite ends (21, 23), and each of said nonwoven walls has a first thickness and said at least one hinge has a second thickness that is less than said first thickness, and wherein each of said plurality of nonwoven walls (312, 312', 312") are bonded to one another by a bond joint formed across at least one of said at least one hinge.
A control system for an air dryer that switches the flow and counter flow of air through each of two desiccant towers in response to a regeneration cycle signal, comprising: a temperature sensor adapted to be positioned in an inlet to the air dryer to output a signal corresponding to the temperature of an air stream in the inlet; a controller interconnected to the temperature sensor that is programmed to calculate a drying cycle time that is proportional to the saturation partial pressure of water vapor in the inlet air stream based on the signal corresponding to the temperature of the stream of air in the inlet of the air dryer and to output a regeneration cycle signal according to the drying cycle time that causes the flow and counter flow of air through each of two desiccant towers to switch, characterized in that it further comprises a proximity sensor adapted to be positioned in a back flow check valve positioned in fluid communication between a first main reservoir and a second main reservoir that are connected in series. a temperature sensor adapted to be positioned in an inlet to the air dryer to output a signal corresponding to the temperature of an air stream in the inlet; a controller interconnected to the temperature sensor that is programmed to calculate a drying cycle time that is proportional to the saturation partial pressure of water vapor in the inlet air stream based on the signal corresponding to the temperature of the stream of air in the inlet of the air dryer and to output a regeneration cycle signal according to the drying cycle time that causes the flow and counter flow of air through each of two desiccant towers to switch, characterized in that it further comprises a proximity sensor adapted to be positioned in a back flow check valve positioned in fluid communication between a first main reservoir and a second main reservoir that are connected in series.
A method for managing a mission during a flight of an aircraft, the aircraft having a control system, the method comprising: the control system monitoring an environment around the aircraft for changes in the environment; the control system determining whether a number of changes in the environment around the aircraft have been detected; responsive to a determination that a number of changes in the environment around the aircraft have been detected, the control system determining whether the number of changes in the environment around the aircraft affect a current route for the aircraft; responsive to a determination that a number of changes in the environment around the aircraft affect a current route for the aircraft, the control system determining whether the aircraft has the capability to make changes to the route for the aircraft in response to the number of changes in the environment; responsive to the determination that the aircraft has the capability to make changes to the route for the aircraft in response to the number of changes in the environment, the control system making changes to the current route using a route analysis and planning process and a resource allocation process; and then the control system returning to the step of monitoring an environment around the aircraft for changes in the environment. the control system monitoring an environment around the aircraft for changes in the environment; the control system determining whether a number of changes in the environment around the aircraft have been detected; responsive to a determination that a number of changes in the environment around the aircraft have been detected, the control system determining whether the number of changes in the environment around the aircraft affect a current route for the aircraft; responsive to a determination that a number of changes in the environment around the aircraft affect a current route for the aircraft, the control system determining whether the aircraft has the capability to make changes to the route for the aircraft in response to the number of changes in the environment; responsive to the determination that the aircraft has the capability to make changes to the route for the aircraft in response to the number of changes in the environment, the control system making changes to the current route using a route analysis and planning process and a resource allocation process; and then the control system returning to the step of monitoring an environment around the aircraft for changes in the environment.
A combined cycle system, which comprises a gas turbine, a steam turbine and a heat recovery steam generator, wherein gas turbine exhaust gas flows from an entry end of the heat recovery steam generator to an exit end of the heat recovery steam generator to form a flow path for heating therein steam for the steam turbine, and wherein the heat recovery steam generator comprises a high pressure economizer, a water separation unit and a set of super-heaters (114, 116, 118), the steam discharged from the water separation unit is routed through a high pressure outlet line to the set of super-heaters and discharged from the set of super-heaters through a main outlet line of the heat recovery steam generator to be introduced into the steam turbine, wherein an attemperating line is connected between the high pressure outlet line and the main outlet line of the heat recovery steam generator to introduce a portion of saturated steam that is discharged from the water separation unit into the steam discharged from the set of super-heaters, and that a control valve is disposed in the attemperating line; characterized in that the attemperating line is connected to the main outlet line of the heat recovery steam generator directly after the water separation unit.
Device for applying glue to regions of paper or plastics webs or paper or plastics web sections in order to produce bags, preferably paper bags, comprising: - a nozzle unit having a plurality of glue outlet openings and glue feed lines, and having glue valves via which the glue feed lines are selectively suppliable with glue, - a glue chamber by way of which glue is able to be made available, - further glue lines by way of which glue is able to be guided from the glue chamber to the glue valves, - a port for a cleaning fluid, via which the cleaning fluid is able to be supplied to at least glue feed lines, provision is made of a fluid chamber independent of the glue chamber, the cleaning fluid being able to be fed by way of said fluid chamber, characterized in that each fluid line is assigned a non-return valve. - a nozzle unit having a plurality of glue outlet openings and glue feed lines, and having glue valves via which the glue feed lines are selectively suppliable with glue, - a glue chamber by way of which glue is able to be made available, - further glue lines by way of which glue is able to be guided from the glue chamber to the glue valves, - a port for a cleaning fluid, via which the cleaning fluid is able to be supplied to at least glue feed lines,
A load detector for use with a crane, the crane including: a winch drum around which a wire rope for hanging a hanging cargo is wound; a motor configured to drive the winch drum to achieve lowering or hoisting: a speed reducer configured to adjust torque of the motor at a predetermined speed reduction ratio and transfer the torque to the winch drum; and a power converter configured to supply a current for driving the motor to the motor, wherein the load detector for detecting a load of the hanging cargo comprises an output-torque estimation unit configured to obtain, from the power converter, a value of the current supplied to the motor and estimate output torque of the motor from the obtained value of the current; a number setting unit configured to set the winding number of the wire rope; and a load estimation unit configured to estimate a load value of the hanging cargo based on an estimated output torque value resulting from estimation by the output-torque estimation unit, the speed reduction ratio, an effective radius of the winch drum, and the winding number that is set by the number setting unit.
A DC interrupting device comprising: a (k-1)th current path (10(k-1)) including a (k-1)th current-limiting fuse (H k-1), where k is an integer of not less than two and not more than N, and N is an integer of not less than two; and a kth current path connected in parallel to the (k-1)th current path (10(k-1)) and including a kth current-limiting fuse (H k), wherein an inductance value of an inductance component of the kth current path is higher than an inductance value of an inductance component of the (k-1)th current path (10(k-1)); wherein the first to Nth current paths have resistance components equal in resistance value. a (k-1)th current path (10(k-1)) including a (k-1)th current-limiting fuse (H k-1), where k is an integer of not less than two and not more than N, and N is an integer of not less than two; and a kth current path connected in parallel to the (k-1)th current path (10(k-1)) and including a kth current-limiting fuse (H k), wherein an inductance value of an inductance component of the kth current path is higher than an inductance value of an inductance component of the (k-1)th current path (10(k-1)); wherein the first to Nth current paths have resistance components equal in resistance value.
A container including: a body having a cavity for containing one or more contents; a flange arranged about a perimeter of the body; a cover affixed to the flange for enclosing the contents within the cavity; and a fracturable portion including a bend extending across the body from a first flange portion to a second flange portion, the fracturable portion bisecting the body into a first body portion on one side of the bend and a second body portion on the other side of the bend, wherein the fracturable portion defines a break path along which the body is adapted to fracture when a user applies a force exceeding a predetermined level to each of the first and second body portions on either side of the bend, the break path having an initiating fracture point and a pair of termini, with one said terminus at each of the first and second flange portions, such that the body is adapted to fracture from the fracture point in opposing directions along the break path towards each terminus, and characterized in that the fracturable portion includes a plurality of fracture conductors spaced apart from one another along the break path, each fracture conductor being defined by a localised increase in rigidity of the fracturable portion such that the fracture conductors aid in guiding propagation of the fracture along the break path. a body having a cavity for containing one or more contents; a flange arranged about a perimeter of the body; a cover affixed to the flange for enclosing the contents within the cavity; and a fracturable portion including a bend extending across the body from a first flange portion to a second flange portion, the fracturable portion bisecting the body into a first body portion on one side of the bend and a second body portion on the other side of the bend, wherein the fracturable portion defines a break path along which the body is adapted to fracture when a user applies a force exceeding a predetermined level to each of the first and second body portions on either side of the bend, the break path having an initiating fracture point and a pair of termini, with one said terminus at each of the first and second flange portions, such that the body is adapted to fracture from the fracture point in opposing directions along the break path towards each terminus, and characterized in that the fracturable portion includes a plurality of fracture conductors spaced apart from one another along the break path, each fracture conductor being defined by a localised increase in rigidity of the fracturable portion such that the fracture conductors aid in guiding propagation of the fracture along the break path.
Composite railway sleeper (1; 50; 100) comprising: - an outer coating shell (2; 51; 101) made of composite plastic material; - a shaped structural core (3; 52; 102), made of a material comprising at least concrete contained within said outer coating shell (2; 51; 510; 101), characterized in that said outer coating shell (2; 51; 510; 101) presents in the upper outer face (2a; 51a; 101a) two distinct and opposite groups of grooves (4; 53) suitable to receive the angular guide plates belonging to pre-assembled elastic type fastening systems for the connection of two respective rails with said railway sleeper (1; 50; 100). - an outer coating shell (2; 51; 101) made of composite plastic material; - a shaped structural core (3; 52; 102), made of a material comprising at least concrete contained within said outer coating shell (2; 51; 510; 101), characterized in that said outer coating shell (2; 51; 510; 101) presents in the upper outer face (2a; 51a; 101a) two distinct and opposite groups of grooves (4; 53) suitable to receive the angular guide plates belonging to pre-assembled elastic type fastening systems for the connection of two respective rails with said railway sleeper (1; 50; 100).
A genetically modified mouse whose genome comprises: (a) an ectopic nucleic acid sequence comprising a sequence encoding a mouse ADAM6a protein or an ortholog or homolog or fragment thereof that is functional in a male mouse, and a mouse ADAM6b protein or an ortholog or homolog or fragment thereof that is functional in a male mouse, wherein the mouse ADAM6a protein or ortholog or homolog or fragment thereof and mouse ADAM6b protein or ortholog or homolog or fragment thereof are expressed from the ectopic nucleic acid sequence; and (b) a humanized immunoglobulin heavy chain variable region locus comprising a modification that reduces or eliminates endogenous ADAM6 function in a male mouse, wherein the ectopic nucleic acid sequence is present within the humanized heavy chain variable region locus. (a) an ectopic nucleic acid sequence comprising a sequence encoding a mouse ADAM6a protein or an ortholog or homolog or fragment thereof that is functional in a male mouse, and a mouse ADAM6b protein or an ortholog or homolog or fragment thereof that is functional in a male mouse, wherein the mouse ADAM6a protein or ortholog or homolog or fragment thereof and mouse ADAM6b protein or ortholog or homolog or fragment thereof are expressed from the ectopic nucleic acid sequence; and (b) a humanized immunoglobulin heavy chain variable region locus comprising a modification that reduces or eliminates endogenous ADAM6 function in a male mouse,
Extinguishing agent container, at least comprising: - a pressure container, comprising a container cavity enclosed by a container lid, a container base and a container wall arranged between the container lid and the container base, - a piston plate arranged in the container cavity and aligned substantially perpendicular to the container wall, wherein the piston plate is configured to divide the container cavity into an extinguishing agent space and a pressure medium space, wherein the extinguishing agent space is configured to hold an extinguishing agent and the pressure medium space is configured to hold a pressure medium, characterized in that - the container wall has on an inner side in an upper region of the extinguishing agent space, starting at the container lid, at least one wall groove which is configured to guide a fluid, in particular at least the pressure medium, wherein the wall groove has a groove length which is greater than a maximum height of the piston plate, and - the piston plate comprises on an upper side facing the extinguishing agent space at least one piston plate groove which is configured to guide a fluid, in particular at least the pressure medium, wherein - the grooves (118, 122) are configured such that a fluid-conducting channel (118, 122) is formed on displacement of the piston plate, wherein the fluid-conducting channel (118, 122) is configured to cause a fluid, in particular the pressure medium, to flow around at least part of the piston plate. - a pressure container, comprising a container cavity enclosed by a container lid, a container base and a container wall arranged between the container lid and the container base, - a piston plate arranged in the container cavity and aligned substantially perpendicular to the container wall, wherein the piston plate is configured to divide the container cavity into an extinguishing agent space and a pressure medium space, wherein the extinguishing agent space is configured to hold an extinguishing agent and the pressure medium space is configured to hold a pressure medium, characterized in that - the container wall has on an inner side in an upper region of the extinguishing agent space, starting at the container lid, at least one wall groove which is configured to guide a fluid, in particular at least the pressure medium, wherein the wall groove has a groove length which is greater than a maximum height of the piston plate, and - the piston plate comprises on an upper side facing the extinguishing agent space at least one piston plate groove which is configured to guide a fluid, in particular at least the pressure medium, wherein - the grooves (118, 122) are configured such that a fluid-conducting channel (118, 122) is formed on displacement of the piston plate, wherein the fluid-conducting channel (118, 122) is configured to cause a fluid, in particular the pressure medium, to flow around at least part of the piston plate.
A bone fixation device comprising first and second screw receiving members, each member having an aperture extending therethrough for receiving a screw; and, a plastically deformable connecting arm extending between the screw receiving members along a long axis defined by the first and second screw receiving members; the arm being more pliable than the screw receiving members such that (a) on twisting the device about its long axis the arm twists before the screw receiving members deform; and (b) on bending the device along its long axis the arm bends before the screw receiving members deform; at least one aperture being cylindrical and a part of the aperture being threaded for receiving a screw; the cylindrical aperture having at least one step in cross section along its length to define a lip for engagement with a tapered head of a screw.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein Y 1a and Y 1b are the same and are each hydrogen or each deuterium; Y 2 is hydrogen or deuterium; and wherein the compound is selected from compounds in which R 1 R 2 and R 3 are as defined in the table below: Embodiment R 1 R 2 R 3 I-c CH 3 CD 3 -CH 2 CH 3 I-d CH 3 CH 3 -CD 2 CD 3 I-g CD 3 CD 3 -CH 2 CH 3 I-h CD 3 CH 3 -CD 2 CD 3 I-i CH 3 CD 3 -CD 2 CD 3 I-k CH 3 CD 3 -CD 2 CH 3 I-m CH 3 CD 3 -CH 2 CD 3 I-n CD 3 CD 3 -CD 2 CD 3 I-o CD 3 CD 3 -CH 2 CD 3 I-p CD 3 CD 3 -CD 2 CH 3 wherein any atom not designated as deuterium in any of the embodiments set forth above is present at its natural isotopic abundance.
A method of producing an aluminum alloy conductor, comprising: subjecting an aluminum alloy material which has a composition consisting of: 0.01 to 0.4 mass% of Fe, 0.1 to 0.3 mass% of Mg, 0.04 to 0.3 mass% of Si, 0.1 to 0.5 mass% of Cu, and 0.001 to 0.01 mass% of Ti and V in total, with the balance being Al and inevitable impurities, to the steps comprising: melting; casting with a cooling speed of 1 to 20°C/sec; hot- or cold-working; wire drawing with a working degree from 1 to 6; intermediate annealing at 300 to 450°C, for 10 min or more; wire drawing with a working degree from 1 to 6; and finish annealing, wherein the finish annealing is conducted by a continuous running heat treatment that is a continuous heat treatment comprising the steps of: rapid heating, and quenching, in which an annealing furnace temperature z (°C) and an annealing time period x (sec) satisfy relationships of: 1.5 ≤ x ≤ 5, and − 50 ⁢ x + 550 ≤ z ≤ − 36 ⁢ x + 650, and wherein the thus-produced aluminum alloy conductor has a recrystallized texture of 40% or more of an area ratio of grains each having a plane and being positioned in parallel to a cross-section vertical to a wire-drawing direction of a wire, and has a grain size of 1 to 30 μm on the cross-section vertical to the wire-drawing direction of the wire. subjecting an aluminum alloy material which has a composition consisting of: 0.01 to 0.4 mass% of Fe, 0.1 to 0.3 mass% of Mg, 0.04 to 0.3 mass% of Si, 0.1 to 0.5 mass% of Cu, and 0.001 to 0.01 mass% of Ti and V in total, with the balance being Al and inevitable impurities, to the steps comprising: melting; casting with a cooling speed of 1 to 20°C/sec; hot- or cold-working; wire drawing with a working degree from 1 to 6; intermediate annealing at 300 to 450°C, for 10 min or more; wire drawing with a working degree from 1 to 6; and finish annealing, melting; casting with a cooling speed of 1 to 20°C/sec; hot- or cold-working; wire drawing with a working degree from 1 to 6; intermediate annealing at 300 to 450°C, for 10 min or more; wire drawing with a working degree from 1 to 6; and finish annealing, wherein the finish annealing is conducted by a continuous running heat treatment that is a continuous heat treatment comprising the steps of: rapid heating, and quenching, in which an annealing furnace temperature z (°C) and an annealing time period x (sec) satisfy relationships of: 1.5 ≤ x ≤ 5, and − 50 ⁢ x + 550 ≤ z ≤ − 36 ⁢ x + 650, and wherein the thus-produced aluminum alloy conductor has a recrystallized texture of 40% or more of an area ratio of grains each having a plane and being positioned in parallel to a cross-section vertical to a wire-drawing direction of a wire, and has a grain size of 1 to 30 μm on the cross-section vertical to the wire-drawing direction of the wire.