mhurhangee/ep-ind-claims huggingface dataset:
A method for calibrating a first thermal control element comprising: a) providing a compound calibrator in thermal contact with said first thermal control element; b) utilizing said first thermal control element to perform a thermal variation on said compound calibrator to generate a first thermal response profile for said compound calibrator; c) identifying a first feature of said first thermal response profile and generating a first relation between a known temperature of said first feature and a first measurement value of said first thermal control element; d) identifying a second feature of said first thermal response profile and generating a second relation between a known temperature of said second feature and a second measurement value of said first thermal control element; e) calculating one or more calibration coefficients for said first thermal control element based on said first and second relations. a) providing a compound calibrator in thermal contact with said first thermal control element; b) utilizing said first thermal control element to perform a thermal variation on said compound calibrator to generate a first thermal response profile for said compound calibrator; c) identifying a first feature of said first thermal response profile and generating a first relation between a known temperature of said first feature and a first measurement value of said first thermal control element; d) identifying a second feature of said first thermal response profile and generating a second relation between a known temperature of said second feature and a second measurement value of said first thermal control element; e) calculating one or more calibration coefficients for said first thermal control element based on said first and second relations.
A heat exchanger comprising a plurality of plate-like fins arranged at predetermined intervals, and a plurality of flat tubes having a plurality of refrigerant flow paths, each of the fins including a flat portion, tube insertion cutouts formed to be parallel to each other to allow insertion of the flat tubes on an airflow downstream side, and collar portions with which the respective flat tubes are in contact, characterized in that the plate-like fins further comprise front edge cutouts extending from at least part of airflow upstream side surfaces of the flat tubes inserted in the tube insertion cutouts to the flat portion.
A blade for a wind turbine rotor with a hub, - the blade extending in a longitudinal direction along a longitudinal axis and having a root area closest to the hub and a tip region furthest away from the hub, - the blade along at least a portion of the longitudinal direction of the blade having an envelope, which defines an airfoil profile having, in normal operation, a pressure side and a suction side, and further having a leading edge and a trailing edge, which edges define an airfoil chord line extending between them, - the blade including adjustable lift-regulating means extending in the longitudinal direction of the blade, and - activating means by means of which the lift-regulating means can be adjusted and thus alter the aerodynamic properties of the blade, - the lift-regulating means being adapted and arranged so that by activation of the activating means, the lift can be reduced in a zone extending in the longitudinal direction of the blade from a first position in proximity to the blade tip to a second position between the first position and the root area and this second position being variable in the longitudinal direction of the blade, wherein the lift-regulating means are formed of at least one slot (12, 13, 15) or a number of holes (42, 43, 45, 52, 53, 55) arranged in at least one longitudinally extending zone, thereby allowing an interior cavity (22, 23, 25) of the blade to communicate with the exterior, and wherein the lift-regulating means being adjustable by means of one or more activating means to regulate the amount of air emitted from the interior cavity (22, 23, 25) to the exterior to alter the aerodynamic properties of the blade, characterised in that the interior cavity of the blade comprising a number of individual cavities (22, 23, 25), each communicating with the exterior via separate slots (12, 13, 15) or groups of holes (42, 43, 45, 52, 53, 55), which are provided in separate longitudinal sections of the longitudinal direction of the blade. - the blade extending in a longitudinal direction along a longitudinal axis and having a root area closest to the hub and a tip region furthest away from the hub, - the blade along at least a portion of the longitudinal direction of the blade having an envelope, which defines an airfoil profile having, in normal operation, a pressure side and a suction side, and further having a leading edge and a trailing edge, which edges define an airfoil chord line extending between them, - the blade including adjustable lift-regulating means extending in the longitudinal direction of the blade, and - activating means by means of which the lift-regulating means can be adjusted and thus alter the aerodynamic properties of the blade, - the lift-regulating means being adapted and arranged so that by activation of the activating means, the lift can be reduced in a zone extending in the longitudinal direction of the blade from a first position in proximity to the blade tip to a second position between the first position and the root area and this second position being variable in the longitudinal direction of the blade,
A suction particle detection system having a wall or ceiling feedthrough that connects a pipe or hose end of the suction particle detection system to a test environment in a fluid-conducting manner, the wall or ceiling feedthrough having - a line section which has a first line end for the fluid-conducting connection to the pipe or hose end of the suction particle detection system and a second line end arranged opposite to the first line end, wherein the second line end is formed having a suction opening, - a fastening means for fixing the wall or ceiling feedthrough within a through opening of a wall or ceiling-like room structure, wherein the wall-like or ceiling-like room structure has a visible side facing toward a test environment and a rear side facing away from the test environment, and - a flange-like collar section which, starting from the second line end, extends in the radial direction, wherein the fastening means comprises one or more deflectable springs and the wall or ceiling feedthrough is formed as an integral component, at least in one piece with the line section, the collar section, and the suction opening, characterized in that by means of the one or more springs, in an operating position of the wall or ceiling duct connected to a pipe or hose end of the suction particle detection system in a fluid-conducting manner, a spring force oriented orthogonally to the collar section in the direction of the second line end can be exerted on the rear side of the wall-like or ceiling-like room structure. - a line section which has a first line end for the fluid-conducting connection to the pipe or hose end of the suction particle detection system and a second line end arranged opposite to the first line end, wherein the second line end is formed having a suction opening, - a fastening means for fixing the wall or ceiling feedthrough within a through opening of a wall or ceiling-like room structure, wherein the wall-like or ceiling-like room structure has a visible side facing toward a test environment and a rear side facing away from the test environment, and - a flange-like collar section which, starting from the second line end, extends in the radial direction, wherein
A steel beam that is arranged to serve together with concrete as a bearing composite structure for various slab systems, wherein the steel beam comprises a frame formed by a first web part, a second web part, a base plate and a horizontal top part, the first web part and the second web part are arranged side by side at a distance from each other, the first web part and the second web part are joined at a first end of the first web part and a first end of the second web part by means of the horizontal top part, the first web part and the second web part are joined at a second end of the first web part and a second end of the second web part by means of the base plate, the base plate, the first web part, the second web part and the horizontal top part are arranged to form a space that can be filled with concrete, the steel beam further comprises a hollow member arranged inside the space, the hollow member is sealed so that penetration of concrete into the hollow member is prevented when the steel beam is filled with concrete, and the hollow member is attached to the frame for preventing movement of the hollow member in relation to the frame, and the cross section of the frame forms a quadrangular shape and the hollow member comprises a tube, characterized in that the hollow tube member is attached to each corner of the quadrangular shape using connecting pieces, one end of each being attached to the hollow tube member and another end of each being attached to the respective corner of the quadrangular shape, and in that the hollow tube member is capped at each end of the tube.
Method of excavating an underground space in the soil below an overlaying structure, characterized by the method comprising: providing a compensation liquid, providing a plurality of compensation tubes for conveying said compensation liquid, each of said compensation tubes comprising a number of outlets for allowing said compensation liquid to pass from said compensation tube into the surrounding medium, positioning said plurality of compensation tubes in said soil below said structure, excavating said underground space in said soil below said plurality of compensation tubes, monitoring the overlaying structure for detecting changes in the structure due to said excavating of said underground space, and if a change in the structure is detected: injecting said compensation liquid into said soil through one or more of said plurality of compensation tubes. providing a compensation liquid, providing a plurality of compensation tubes for conveying said compensation liquid, each of said compensation tubes comprising a number of outlets for allowing said compensation liquid to pass from said compensation tube into the surrounding medium, positioning said plurality of compensation tubes in said soil below said structure, excavating said underground space in said soil below said plurality of compensation tubes, monitoring the overlaying structure for detecting changes in the structure due to said excavating of said underground space, and if a change in the structure is detected: injecting said compensation liquid into said soil through one or more of said plurality of compensation tubes. injecting said compensation liquid into said soil through one or more of said plurality of compensation tubes.
An electrode for a consumable cartridge of a plasma arc torch, the electrode comprising: a substantially hollow body defining a proximal end, a distal end and a longitudinal axis extending therebetween; an emitter disposed at the distal end of the hollow body; and a plurality of flanges, including a proximal flange and a distal flange, disposed circumferentially about an external surface of the hollow body and extending radially outward, characterised in that each flange defines one or more holes configured to conduct a gas flow therethrough along the external surface of the hollow body, wherein the one or more holes on the proximal flange define a first combined cross-sectional flow area that is different from a second combined cross-sectional flow area defined by the one or more holes on the distal flange. a substantially hollow body defining a proximal end, a distal end and a longitudinal axis extending therebetween; an emitter disposed at the distal end of the hollow body; and a plurality of flanges, including a proximal flange and a distal flange, disposed circumferentially about an external surface of the hollow body and extending radially outward, characterised in that each flange defines one or more holes configured to conduct a gas flow therethrough along the external surface of the hollow body, wherein the one or more holes on the proximal flange define a first combined cross-sectional flow area that is different from a second combined cross-sectional flow area defined by the one or more holes on the distal flange.
A medical device system for measuring absolute oxygen saturation in a body tissue, the system comprising: an optical sensor; a memory storing a standard spectral response of blood for a plurality of oxygen saturations using a spectrometer and a standard spectral response of a reference material; a control processor coupled with the optical sensor and the memory, the processor configured to: cause to the optical sensor to emit light to enable measuring the spectral power output of the optical sensor, acquire the optical sensor output signal response to the reference material, compute a calibration curve for the optical sensor using the measured spectral power output and the standard spectral response of blood, and compute an optical gain using the standard spectral response of the reference material and the measured spectral power output of the optical sensor; and a sensor memory coupled to the optical sensor to store the computed calibration curve and the optical gain. an optical sensor; a memory storing a standard spectral response of blood for a plurality of oxygen saturations using a spectrometer and a standard spectral response of a reference material; a control processor coupled with the optical sensor and the memory, the processor configured to: cause to the optical sensor to emit light to enable measuring the spectral power output of the optical sensor, acquire the optical sensor output signal response to the reference material, compute a calibration curve for the optical sensor using the measured spectral power output and the standard spectral response of blood, and compute an optical gain using the standard spectral response of the reference material and the measured spectral power output of the optical sensor; and cause to the optical sensor to emit light to enable measuring the spectral power output of the optical sensor, acquire the optical sensor output signal response to the reference material, compute a calibration curve for the optical sensor using the measured spectral power output and the standard spectral response of blood, and compute an optical gain using the standard spectral response of the reference material and the measured spectral power output of the optical sensor; and a sensor memory coupled to the optical sensor to store the computed calibration curve and the optical gain.
A set of electrical accessories for fitting in a wall, the set comprising: • two discrete modules (100, 200) each including a base (110, 210) that houses electrical terminals (120, 121, 122, 220, 221, 222), one of the bases being fitted with fastener means for fastening in an electrical box, the other of the bases being fitted with fastener means for fastening in a cavity formed in the wall; and • a connection bar including a base that houses electrical conductors (320, 321, 322) that are adapted to connect the electrical terminals (120, 121, 122) of one of the modules with the electrical terminals (220, 221, 222) of the other module; the set being characterized in that at least a portion of the base of the connection bar is formed integrally with at least a portion of the base (110, 210) of one and/or of the other of the two modules (100, 200). • two discrete modules (100, 200) each including a base (110, 210) that houses electrical terminals (120, 121, 122, 220, 221, 222), one of the bases being fitted with fastener means for fastening in an electrical box, the other of the bases being fitted with fastener means for fastening in a cavity formed in the wall; and • a connection bar including a base that houses electrical conductors (320, 321, 322) that are adapted to connect the electrical terminals (120, 121, 122) of one of the modules with the electrical terminals (220, 221, 222) of the other module;
A method of processing data from a multi-analyte electrochemical test device, the method comprising: determining a concentration of a first analyte in a fluid sample using first sensing chemistry, a first working electrode, and a counter electrode, wherein the first analyte is an acidosis-related analyte and comprises a ketone body; determining a concentration of a second analyte in the fluid sample using second sensing chemistry, a second working electrode, and the counter electrode, wherein the second analyte is glucose; displaying a first indication related to the determined concentration of the second analyte; if the determined concentration of the first analyte is equal to or greater than a first threshold, wherein the first threshold is a user definable threshold, providing a user-selectable option to display a second indication related to the determined concentration of the first analyte. determining a concentration of a first analyte in a fluid sample using first sensing chemistry, a first working electrode, and a counter electrode, wherein the first analyte is an acidosis-related analyte and comprises a ketone body; determining a concentration of a second analyte in the fluid sample using second sensing chemistry, a second working electrode, and the counter electrode, wherein the second analyte is glucose; displaying a first indication related to the determined concentration of the second analyte; if the determined concentration of the first analyte is equal to or greater than a first threshold, wherein the first threshold is a user definable threshold, providing a user-selectable option to display a second indication related to the determined concentration of the first analyte.
Cooking appliance device, in particular hob device, having a control unit which is provided for controlling and supplying energy to at least one first induction target comprising a first energy source and at least one second induction target comprising a second energy source, wherein an induction target (56, 58) is an inductor (20, 22, 70, 72, 74) or a plurality of inductors (20, 22, 70, 72, 74) with at least one part of an item of cookware placed above the inductor (20, 22, 70, 72, 74) and/or the plurality of inductors (20, 22, 70, 72, 74), characterised in that the first energy source is a first electrical current phase of a power supply network and the second energy source is a second electrical current phase of the power supply network and the control unit is provided, in the case of the presence of at least one item of cookware which is both part of the first induction target and also part of the second induction target, to define at least one shared induction target, which is a combination of the first induction target and the second induction target, and to move into at least one special operating state, in order to at least reduce coupling noises by means of at least one special periodic control and/or one special control with independent heat frequencies of the first and second induction target (56, 58).
Device for a filling machine, comprising a longitudinal sealing mechanism which is movable between an operative position during production and an inactive position during a short stop, characterized by further comprising a movable finger roller which is automatically moved from an inactive position to an operative position during a short stop in production, in response to the movement of the longitudinal sealing mechanism, for separating the longitudinal edges of the packaging material tube such that they do not stick incorrectly to each other.
A procedure for the operation of a very small furnace with a nominal power below 5KW for biogenic solid fuels, wherein the procedure at least comprises the following steps in accordance with the lower combustion principle: a dosing device with variable volume flow rate for solid fuels in a primary reactor of a two-stage reactor, wherein this reactor also has a secondary reactor, a heterogeneous conversion of the dosed sold fuels into burning gases in the primary reactor, and a homogenous gas phase oxidation process in the secondary reactor, wherein the primary reactor has a pyrolysis funnel, characterized in that the dosing process is done continually, the particles of the solid fuel to be dosed having a maximum grain size between 1 and 4 mm and the secondary reactor being provided with a high-temperature catalyzer. a dosing device with variable volume flow rate for solid fuels in a primary reactor of a two-stage reactor, wherein this reactor also has a secondary reactor, a heterogeneous conversion of the dosed sold fuels into burning gases in the primary reactor, and a homogenous gas phase oxidation process in the secondary reactor, wherein the primary reactor has a pyrolysis funnel, characterized in that the dosing process is done continually, the particles of the solid fuel to be dosed having a maximum grain size between 1 and 4 mm and the secondary reactor being provided with a high-temperature catalyzer.
A ventilation device for aerating and deaerating a room, comprising: - a wall installation sleeve for connecting an inside of the room with an outside, - an axial fan arranged in the wall installation sleeve, said axial fan being operable in at least two operating states with opposite air conveying directions for conveying supply air from the outside to the inside of the room and for conveying exhaust air from the inside of the room to the outside, - a heat accumulator arranged between the axial fan and the outside in the wall installation sleeve, wherein - the heat accumulator is made of a ceramic material and has a plurality of straight channels separated from each other by walls and extending along a flow direction predetermined by the axial fan and the wall installation sleeve, characterized in that the ventilation device comprises a soundproofing element consisting of a sound-absorbing material, wherein - the soundproofing element is designed as a soundproofing sleeve which is fitted into the wall installation sleeve with respect to its outer dimensions including its length, - wherein the soundproofing sleeve has an inner sleeve surface defining over its entire longitudinal extent the outer boundary of an air channel for the passage of air between the inside of the room and the outside, and wherein the axial fan and the heat accumulator are fixed in the soundproofing sleeve by a connection thereto. - a wall installation sleeve for connecting an inside of the room with an outside, - an axial fan arranged in the wall installation sleeve, said axial fan being operable in at least two operating states with opposite air conveying directions for conveying supply air from the outside to the inside of the room and for conveying exhaust air from the inside of the room to the outside, - a heat accumulator arranged between the axial fan and the outside in the wall installation sleeve, wherein - the heat accumulator is made of a ceramic material and has a plurality of straight channels separated from each other by walls and extending along a flow direction predetermined by the axial fan and the wall installation sleeve, characterized in that the ventilation device comprises a soundproofing element consisting of a sound-absorbing material, wherein characterized in that the ventilation device comprises a soundproofing element consisting of a sound-absorbing material, wherein - the soundproofing element is designed as a soundproofing sleeve which is fitted into the wall installation sleeve with respect to its outer dimensions including its length, - wherein the soundproofing sleeve has an inner sleeve surface defining over its entire longitudinal extent the outer boundary of an air channel for the passage of air between the inside of the room and the outside, and wherein the axial fan and the heat accumulator are fixed in the soundproofing sleeve by a connection thereto.