mhurhangee/ep-ind-claims huggingface dataset:
An open roof construction for a vehicle having a roof opening in its fixed roof, comprising: a stationary part, at least a closure member supported by the stationary part and configured to close the roof opening in the fixed roof and to selectively open the roof opening by being moved at least rearwardly, and a wind deflector positioned near the front of the roof opening, said wind deflector being configured to be movable between an ineffective position below the fixed roof and an effective position projecting above the fixed roof, the wind deflector including flexible wind deflecting material attached at an upper end to an upper elongate element which is movably connected to the stationary part and configured to extend at least along the front of the roof opening and the wind deflecting material being connected at a lower end to the stationary part, the wind deflecting material being provided with an intermediate elongate element attached to the wind deflecting material between the upper and lower ends and extending along substantially the width of the wind deflecting material, characterized in that at least a part of the intermediate elongate element is configured so as to be biased toward a position spaced from the edge of the roof opening and is displaced in a direction toward the edge of the roof opening when the wind deflector is moved from the ineffective position to the effective position. a stationary part, at least a closure member supported by the stationary part and configured to close the roof opening in the fixed roof and to selectively open the roof opening by being moved at least rearwardly, and a wind deflector positioned near the front of the roof opening, said wind deflector being configured to be movable between an ineffective position below the fixed roof and an effective position projecting above the fixed roof, the wind deflector including flexible wind deflecting material attached at an upper end to an upper elongate element which is movably connected to the stationary part and configured to extend at least along the front of the roof opening and the wind deflecting material being connected at a lower end to the stationary part, the wind deflecting material being provided with an intermediate elongate element attached to the wind deflecting material between the upper and lower ends and extending along substantially the width of the wind deflecting material, characterized in that at least a part of the intermediate elongate element is configured so as to be biased toward a position spaced from the edge of the roof opening and is displaced in a direction toward the edge of the roof opening when the wind deflector is moved from the ineffective position to the effective position.
Heat pipe by gravity comprising: - a thermal fluid, - an evaporator configured to make the thermal fluid evaporate, - a condenser configured to make the thermal fluid condense, the evaporator and the condenser being separated by a first distance H in a first direction connecting the condenser and the evaporator, - at least one evaporation channel configured to make the thermal fluid circulate in vapour phase from the evaporator to the condenser, - at least two condensation channels (4, 5) of the thermal fluid configured to make the thermal fluid circulate in liquid phase from the condenser to the evaporator, each condensation channel (4, 5) being provided with a first end (4a, 5a) and a second end (4b, 5b), the first end (4a, 5a) of the condensation channels (4, 5) being connected to the condenser so as to collect the condensed thermal fluid, the second end (4b, 5b) of the condensation channels (4, 5) opening into the evaporation channel so as to reinject the condensed thermal fluid into said evaporator, characterized in that the second end (4b, 5b) of the first channel is positioned at a height H 1 in the evaporation channel, and the second end of the second channel is positioned at a height H 2 in the evaporation channel, the heights H 1 and H 2 being different in the first direction. - a thermal fluid, - an evaporator configured to make the thermal fluid evaporate, - a condenser configured to make the thermal fluid condense, the evaporator and the condenser being separated by a first distance H in a first direction connecting the condenser and the evaporator, - at least one evaporation channel configured to make the thermal fluid circulate in vapour phase from the evaporator to the condenser, - at least two condensation channels (4, 5) of the thermal fluid configured to make the thermal fluid circulate in liquid phase from the condenser to the evaporator,
A method for selectively sorting individual particles of a particular type of interest from a plurality of particles of different types, including said particles of a particular type of interest, said method comprising the steps of: (a) entraining said plurality of particles as a linear array of particles within a moving stream of liquid, (b) differentiating said individual particles of a particular type of interest from other particles in said plurality of particles, and producing a discrete control signal corresponding to the differentiation of each of said individual particles of a particular type of interest; (c) selectively producing, in response to the production of each of said control signals, an impulsive hydraulic force that is focused on a specific particle (P,P') in said plurality of particles whose differentiation has resulted in the production of a corresponding control signal, wherein said impulsive hydraulic force is applied to said moving stream of liquid characterized in that said hydraulic force is adapted to eject only said specific particle(P,P') from said plurality of particles, wherein said specific particle (P,P'), together with a volume of liquid that surrounds said particle as a droplet, is ejected in a direction substantially perpendicular to said moving stream; and in that the method comprises the step of: (d) collecting the individual particles ejected from said plurality of particles in a separate container. (a) entraining said plurality of particles as a linear array of particles within a moving stream of liquid, (b) differentiating said individual particles of a particular type of interest from other particles in said plurality of particles, and producing a discrete control signal corresponding to the differentiation of each of said individual particles of a particular type of interest; (c) selectively producing, in response to the production of each of said control signals, an impulsive hydraulic force that is focused on a specific particle (P,P') in said plurality of particles whose differentiation has resulted in the production of a corresponding control signal, wherein said impulsive hydraulic force is applied to said moving stream of liquid characterized in that said hydraulic force is adapted to eject only said specific particle(P,P') from said plurality of particles, wherein said specific particle (P,P'), together with a volume of liquid that surrounds said particle as a droplet, is ejected in a direction substantially perpendicular to said moving stream; and (d) collecting the individual particles ejected from said plurality of particles in a separate container.
A method, comprising: projecting image-based media onto a display with a projector, wherein the display is attached to a first side of a wall opposite a second side of the wall from which the display is viewable by an observer, and wherein the display is positioned over an opening in the wall; display mapping of the projected image-based media using a compound curvature of a surface of the display to produce a substantially undistorted simulation of an environment, the simulated environment having an appearance of being behind the surface of the display such that the display acts as a window through the wall and into the simulated environment; and enabling the observer to view the simulated environment from multiple perspectives, each perspective providing a different view of the simulated environment, using the compound curvature of the surface and by terminating view directions of the display beyond the extents of the opening in the wall. projecting image-based media onto a display with a projector, wherein the display is attached to a first side of a wall opposite a second side of the wall from which the display is viewable by an observer, and wherein the display is positioned over an opening in the wall; display mapping of the projected image-based media using a compound curvature of a surface of the display to produce a substantially undistorted simulation of an environment, the simulated environment having an appearance of being behind the surface of the display such that the display acts as a window through the wall and into the simulated environment; and enabling the observer to view the simulated environment from multiple perspectives, each perspective providing a different view of the simulated environment, using the compound curvature of the surface and by terminating view directions of the display beyond the extents of the opening in the wall.
A method of calibrating a print head (16, 200) of a printing system (10, 110), comprising: applying voltage to the print head (16, 200) to effect a dispensing of liquid material from the print head (16, 200); characterised in that the method further comprises receiving, directly from a sensor, a signal correlative to a change in an amount of liquid in the print head (16, 200); and varying said voltage responsively to said signal. applying voltage to the print head (16, 200) to effect a dispensing of liquid material from the print head (16, 200); characterised in that the method further comprises receiving, directly from a sensor, a signal correlative to a change in an amount of liquid in the print head (16, 200); and varying said voltage responsively to said signal.
Gas phase epitaxy method comprising the method step: - growing a III-V layer comprising a course of doping, which changes from an n-doping to a p-doping, on a surface of a substrate or a preceding layer in a reaction chamber from the gas phase of an epitaxy gas flow comprising a carrier gas, at least one first precursor for a first element from the III main group and at least one second precursor for a first element from the V main group, wherein - on attainment of a first growth height (x 1) an n-doping start value (D A1) is set by means of a ratio, which leads to p-doping, of a first mass flow of the first precursor to a second mass flow of the second precursor in the epitaxy gas flow and with addition of a third mass flow (M Dot) of a third precursor for an n-doping substance to the epitaxy gas flow, - subsequently the third mass flow (M Dot) and/or the ratio between the first and second mass flows is changed across a transitional region layer (ÜB) with a growth height (x) of at least 10 μm in steps or continuously until attainment of a p-doping target value (D Z). - growing a III-V layer comprising a course of doping, which changes from an n-doping to a p-doping, on a surface of a substrate or a preceding layer in a reaction chamber from the gas phase of an epitaxy gas flow comprising a carrier gas, at least one first precursor for a first element from the III main group and at least one second precursor for a first element from the V main group, wherein - on attainment of a first growth height (x 1) an n-doping start value (D A1) is set by means of a ratio, which leads to p-doping, of a first mass flow of the first precursor to a second mass flow of the second precursor in the epitaxy gas flow and with addition of a third mass flow (M Dot) of a third precursor for an n-doping substance to the epitaxy gas flow, - subsequently the third mass flow (M Dot) and/or the ratio between the first and second mass flows is changed across a transitional region layer (ÜB) with a growth height (x) of at least 10 μm in steps or continuously until attainment of a p-doping target value (D Z).
A fan blade for a gas turbine engine, comprising: a blade body having a pressure side disposed opposite a suction side, each of the pressure side and the suction side extending radially from a root towards a tip and extending axially from a leading edge towards a trailing edge; and a tip assembly disposed on the tip, the tip assembly having: a leading edge wall disposed proximate the leading edge, a trailing edge wall disposed proximate the trailing edge, and a tip wall extending between the leading edge wall and the trailing edge and disposed parallel to the tip, characterised in that the tip wall includes a first face and a second face disposed opposite the first face and the tip wall defines a plurality of holes that extend from the first face to the second face. a blade body having a pressure side disposed opposite a suction side, each of the pressure side and the suction side extending radially from a root towards a tip and extending axially from a leading edge towards a trailing edge; and a tip assembly disposed on the tip, the tip assembly having: a leading edge wall disposed proximate the leading edge, a trailing edge wall disposed proximate the trailing edge, and a tip wall extending between the leading edge wall and the trailing edge and disposed parallel to the tip, characterised in that the tip wall includes a first face and a second face disposed opposite the first face and the tip wall defines a plurality of holes that extend from the first face to the second face. a leading edge wall disposed proximate the leading edge, a trailing edge wall disposed proximate the trailing edge, and a tip wall extending between the leading edge wall and the trailing edge and disposed parallel to the tip, characterised in that the tip wall includes a first face and a second face disposed opposite the first face and the tip wall defines a plurality of holes that extend from the first face to the second face.
An apparatus for obtaining a fluid from a formation, comprising: a fluid extraction device for extracting the fluid from the formation into a first fluid line; a sample chamber (142, 140, 144) coupled to the first fluid line via a second fluid line (141, 143, 145) that receives the fluid from the first fluid line, wherein the first fluid line and the second fluid line (141, 143, 145) receive contaminated formation fluid when the fluid extraction device initially extracts the fluid from the formation into the first fluid line; and a fluid removal device (161, 163, 165) associated with the second fluid line (141, 143, 145), characterised in the fluid removal device (161, 163, 165) receiving at least a portion of the contaminated formation fluid from the second fluid line (141, 143, 145) before the sample chamber (140, 142, 144) receives the fluid from the second line. a fluid extraction device for extracting the fluid from the formation into a first fluid line; a sample chamber (142, 140, 144) coupled to the first fluid line via a second fluid line (141, 143, 145) that receives the fluid from the first fluid line, wherein the first fluid line and the second fluid line (141, 143, 145) receive contaminated formation fluid when the fluid extraction device initially extracts the fluid from the formation into the first fluid line; and a fluid removal device (161, 163, 165) associated with the second fluid line (141, 143, 145), characterised in the fluid removal device (161, 163, 165) receiving at least a portion of the contaminated formation fluid from the second fluid line (141, 143, 145) before the sample chamber (140, 142, 144) receives the fluid from the second line.
Composite sliding wall, comprising at least one horizontal frame sliding along horizontal guides, an oblique frame sliding along slanting guides, characterized in that it comprises motion transmission means to allow mutually moving said oblique frame and said horizontal frame, said motion transmission means being arranged along a vertical direction to allow said oblique frame to vertically move with respect to said horizontal frame, said motion transmission means being composed of at least one grooved guide interacting with at least one sliding element, wherein said at least one sliding element is equipped with idle pulleys, wherein said pulleys have their rotation axis fastened to the horizontal frame, while the grooved guides are obtained along a vertical profile of the oblique frame.
Device for determining a staging ratio, in particular a final staging ratio (α) in at least one staged combustion chamber of a gas turbine or of an aircraft engine, wherein, a first adjusting device is configured for determining a preselected required staging ratio for the staged combustion chamber, wherein this determination can be carried out as a function of the detection of a steady state or the detection of a transient state, wherein the detection can be carried out in particular based on a combustion chamber exit temperature, a turbine input temperature and/ or a value for the fuel/ air ratio, wherein a required staging ratio is to be determined as a function of the determination of a smoke limit, wherein the respectively lower value of the preselected required staging ratio and of the required staging ratio for the smoke limit is determined as a first staging ratio parameter.
A device for homogenizing a glass melt, comprising at least one stirring device arranged in a stirring vessel which accommodates the glass melt and which comprises an inlet and an outlet, wherein the stirring device comprises a stirrer shaft 10) rotatable in the direction of rotation, and a plurality of stirrer paddles spaced apart from one another along the stirrer shaft, wherein at least most of the plurality of stirrer paddles being designed as paddle-shaped elements, each of which has a front-facing paddle surface for displacing the glass melt and has a rear-facing paddle surface, and wherein at least one built-in element is arranged on each one of the paddle surfaces, the element extending from the paddle surface towards the stirrer shaft, characterized in that the at least one built-in element is arranged on the rear-facing paddle surface and comprises an edge extending from the stirrer shaft in the radial direction along the paddle surface by an edge length which is, by a predeterminable distance, less than the length of the paddle surface extending in the radial direction.
A method of navigating a self-driving follower vehicle through at least one structural element in cooperation with a human leader, the follower vehicle being programmed to execute a series of instructions based on one or more trained behavioral models which define a series of driving actions to follow the human leader and navigate the at least one structural element, characterised by the method comprising: following the human leader; sensing an encountered structural element; sensing a series of interactions of the human leader with the encountered structural element; and responsive to the series of sensed interactions of the human leader and the sensed structural element, navigating the self-driving follower vehicle through the at least one structural element in cooperation with the human leader through a sequence of follower vehicle driving actions defined by one or more of the trained behavioral models. following the human leader; sensing an encountered structural element; sensing a series of interactions of the human leader with the encountered structural element; and responsive to the series of sensed interactions of the human leader and the sensed structural element, navigating the self-driving follower vehicle through the at least one structural element in cooperation with the human leader through a sequence of follower vehicle driving actions defined by one or more of the trained behavioral models.
Arrangement, in particular outflow arrangement, having a housing which can be fitted on a water outflow of a sanitary outflow fitting via a water-throughflow opening, which water-throughflow opening is followed by at least one channel, which directs water to at least one device which is arranged within the housing of the arrangement and is designed to generate at least one pulsating water jet of the mains water exiting from the outlet of the faucet, wherein the device receives the mains water via the channel and passes it on, at mains pressure, to a water outlet, wherein the arrangement comprises at least one water outlet connected to at least one further channel.
A system comprising: a base comprising base electronics; a component comprising circuitry; a gimbal assembly mechanically connecting the component to the base, the gimbal assembly being configured to permit the component to rotate relative to the base about a first axis and about a second axis; a plurality of ribbon wires electrically connecting the base electronics to the component; a plurality of clockspring passes between the base and the component, wherein each ribbon wire of the plurality of ribbon wires is routed between the base and the component through a clockspring pass of the plurality of clockspring passes, each ribbon wire of the plurality of ribbon wires being coiled around a structure of a clockspring pass of the plurality of clockspring passes, wherein the ribbon wire is configured to tighten or loosen around the structure as the component rotates relative to the base about the first axis; and a pendulum member configured to rotate about the second axis, wherein at least one ribbon wire of the plurality of ribbon wires is routed between the base and the component through the pendulum member. a base comprising base electronics; a component comprising circuitry; a gimbal assembly mechanically connecting the component to the base, the gimbal assembly being configured to permit the component to rotate relative to the base about a first axis and about a second axis; a plurality of ribbon wires electrically connecting the base electronics to the component; a plurality of clockspring passes between the base and the component, wherein each ribbon wire of the plurality of ribbon wires is routed between the base and the component through a clockspring pass of the plurality of clockspring passes, each ribbon wire of the plurality of ribbon wires being coiled around a structure of a clockspring pass of the plurality of clockspring passes, wherein the ribbon wire is configured to tighten or loosen around the structure as the component rotates relative to the base about the first axis; and a pendulum member configured to rotate about the second axis, wherein at least one ribbon wire of the plurality of ribbon wires is routed between the base and the component through the pendulum member.