mhurhangee/ep-ind-claims huggingface dataset:
A closure cap for a bottle for dispensing a fluid, the closure cap comprising: a flip-top lid; a base; and a disk; wherein the base comprises: a central opening, and a hollow internal shaft with a non-planar end surface opposite the central opening; characterised in that the base and the disk define a mixing chamber configured to facilitate mixing of the fluid; and the non-planar end surface and the disk define one or more channels between the mixing chamber and the interior of the internal shaft. a flip-top lid; a base; and a disk; wherein the base comprises: a central opening, and a hollow internal shaft with a non-planar end surface opposite the central opening; a central opening, and a hollow internal shaft with a non-planar end surface opposite the central opening; characterised in that the base and the disk define a mixing chamber configured to facilitate mixing of the fluid; and the non-planar end surface and the disk define one or more channels between the mixing chamber and the interior of the internal shaft.
Fixing device for fixing a fitting part to a frame of a building closure device comprising a groove, having a first back-engaging element and a second back-engaging element, which can be inserted separately from one another into the groove and, when arranged together, are held form-fittingly in the groove by engaging behind opposite groove edges (12, 13) delimiting the groove, for which purpose the back-engaging elements (9, 10) have back-engaging webs (17, 18) which extend parallel to one another and to a longitudinal central axis of the fixing device and which extend continuously parallel to an imaginary longitudinal central plane including the longitudinal central axis, wherein the first back-engaging element comprises a first inclined surface and the second back-engaging element comprises a second inclined surface for at least partial abutment against the first inclined surface, wherein the two inclined surfaces (31, 32) are angled relative to an imaginary normal plane perpendicular to the longitudinal central plane, and wherein the two back-engaging elements (9, 10) are designed in such a way that when the back-engaging elements (9, 10) are displaced towards one another along the longitudinal central axis, the back-engaging elements (9, 10) are pushed apart transversely to the longitudinal central axis, characterised in that a base body of the first back-engaging element has two fastening projections (40, 41) which are spaced apart from a recess formed in the base body and on which a base plate of the fixing device abuts and is fixed.
Method for optically detecting a wind turbine for inspection purposes by means of an aircraft, in particular a manned or unmanned rotorcraft, which has at least one camera installed thereon, wherein the wind turbine comprises a plurality of rotor blades, the surface of which is scanned in the course of the method, wherein the scanning is carried out optically, comprising the following method steps: orienting a first rotor blade (2 1) in a vertical position, subsequently flying along and scanning a first side of the first rotor blade (2 1) in vertical direction, subsequently flying along and scanning a second side of the first rotor blade (2 1) in vertical direction, subsequently orienting a second rotor blade (2 2) in a vertical position, subsequently flying along and scanning a first side of the second rotor blade (2 2) in vertical direction, subsequently flying along and scanning a second side of the second rotor blade (2 2) in vertical direction. orienting a first rotor blade (2 1) in a vertical position, subsequently flying along and scanning a first side of the first rotor blade (2 1) in vertical direction, subsequently flying along and scanning a second side of the first rotor blade (2 1) in vertical direction, subsequently orienting a second rotor blade (2 2) in a vertical position, subsequently flying along and scanning a first side of the second rotor blade (2 2) in vertical direction, subsequently flying along and scanning a second side of the second rotor blade (2 2) in vertical direction.
Method for operating an extractor hood which comprises an operating device, a control device for controlling the fan motor and an evaluation device in which operating states of a hob assigned to the extractor hood are evaluated in order to control the fan motor, a communication module being assigned to the evaluation device, one or more power settings set on the hob and/or appliance data being transmitted from a communication module integrated in the hob to the communication module in the extractor hood by means of a power supply, and the transmitted data being transmitted from the communication module to the evaluation device in the extractor hood when the extractor hood is in automatic mode in order to control the fan motor so that the fan power setting can be set based on at least one power setting transmitted from the communication module in the hob, characterised in that turning off and/or reducing at least one power setting on the hob causes the fan power setting to reduce in a time-delayed manner, a stopping time for the fan motor being determined by the evaluation device based on the previously set fan power setting of the extractor hood.
A cartridge for use in a perforating gun, comprising: a cartridge body having a cartridge top, a cartridge bottom, an upper end, and a lower end; a conductive cartridge end cap arranged at the upper end of the cartridge body; a detonator proximate the upper end; a switch electrically connected to the detonator; a first electrical contact proximate the lower end; a first electrical contact proximate the upper end; and wherein the first electrical contacts proximate the lower end and upper end are electrically connected to the switch; a retainer arranged at the lower end of the cartridge body. a cartridge body having a cartridge top, a cartridge bottom, an upper end, and a lower end; a conductive cartridge end cap arranged at the upper end of the cartridge body; a detonator proximate the upper end; a switch electrically connected to the detonator; a first electrical contact proximate the lower end; a first electrical contact proximate the upper end; and wherein the first electrical contacts proximate the lower end and upper end are electrically connected to the switch; a retainer arranged at the lower end of the cartridge body.
A lid open-close apparatus having a lid openably mounted in a concave portion, which is provided in an instrument panel at a vehicle side, a lock device for locking said lid in a closed state with respect to said concave portion, and an operating element, which is disposed at said vehicle side close to said concave portion, for releasing a locking of said lock device, characterized in that: said lock device has a lock piece, which is usually elastically pushed to project into said concave portion and locks said lid in the closed state with respect to said concave portion; said operating element has a pusher adapted to push a receiving portion, which is provided in a part interconnected to said lock piece, to thereby release the locking of said lock piece; said concave portion has a rectangle shape in which a corner portion is inwardly cut out; said lid has a rectangle shape in which a respective corner portion is inwardly cut out; and said operating element is mounted in said instrument panel in said cut-out corner portion. said lock device has a lock piece, which is usually elastically pushed to project into said concave portion and locks said lid in the closed state with respect to said concave portion; said operating element has a pusher adapted to push a receiving portion, which is provided in a part interconnected to said lock piece, to thereby release the locking of said lock piece; said concave portion has a rectangle shape in which a corner portion is inwardly cut out; said lid has a rectangle shape in which a respective corner portion is inwardly cut out; and said operating element is mounted in said instrument panel in said cut-out corner portion.
A system for commissioning an electrical drive that comprises: - an electrical machine (120, 320, 322), - an electronic power converter (121, 321) connected to the windings of the electrical machine and arranged to control the electrical machine at least partly on the basis of parameter data expressing one or more inductances which are specific to the electrical machine as an individual electrical machine, and - a memory device that is attached to or otherwise associated with the electrical machine (101, 301, 331) encoded with the parameter data and data transfer equipment (102, 103, 105, 106-110) for reading the parameter data from the memory device and for loading the parameter data to the electronic power converter, characterized in that at least one inductance value expressed by the parameter data is different from a corresponding inductance value expressed by corresponding parameter data related to another electrical machine from a same production series as the electrical machine of the electrical drive. - an electrical machine (120, 320, 322), - an electronic power converter (121, 321) connected to the windings of the electrical machine and arranged to control the electrical machine at least partly on the basis of parameter data expressing one or more inductances which are specific to the electrical machine as an individual electrical machine, and - a memory device that is attached to or otherwise associated with the electrical machine (101, 301, 331) encoded with the parameter data and data transfer equipment (102, 103, 105, 106-110) for reading the parameter data from the memory device and for loading the parameter data to the electronic power converter, characterized in that at least one inductance value expressed by the parameter data is different from a corresponding inductance value expressed by corresponding parameter data related to another electrical machine from a same production series as the electrical machine of the electrical drive.
A terminal fixation structure comprising: a terminal fixing portion including a terminal housing chamber; a terminal including two positioning recesses respectively provided in centers of two sides of the terminal in a longitudinal direction of the terminal and housed in the terminal housing chamber; and two positioning ribs respectively provided in centers of two sides of the terminal fixing portion in a longitudinal direction of the terminal fixing portion to protrude into the terminal housing chamber and respectively fitted into the two positioning recesses, characterized in that the terminal fixation structure comprises multiple stopper ribs provided on the two sides in the longitudinal direction of the terminal fixing portion in such a manner as to protrude into the terminal housing chamber, wherein the stopper ribs are respectively brought into contact with the two sides in the longitudinal direction of the terminal. a terminal fixing portion including a terminal housing chamber; a terminal including two positioning recesses respectively provided in centers of two sides of the terminal in a longitudinal direction of the terminal and housed in the terminal housing chamber; and two positioning ribs respectively provided in centers of two sides of the terminal fixing portion in a longitudinal direction of the terminal fixing portion to protrude into the terminal housing chamber and respectively fitted into the two positioning recesses, characterized in that the terminal fixation structure comprises multiple stopper ribs provided on the two sides in the longitudinal direction of the terminal fixing portion in such a manner as to protrude into the terminal housing chamber, wherein the stopper ribs are respectively brought into contact with the two sides in the longitudinal direction of the terminal.
A composition comprising a resin material, exfoliated boron nitride, a silane as a functionalization additive, and a hard filler material having a Mohs hardness greater than the Mohs hardness of hexagonal boron nitride, wherein the exfoliated boron nitride is produced in situ by mixing boron nitride crystals with the resin material in the presence of the hard filler, wherein the boron nitride, hard filler material, and silane are provided as a blended filler composition comprising a blend of the boron nitride, hard filler material, and the silane, and wherein the silane is chosen from a thiocarboxylate silane, a blocked mercapto silane, or a combination thereof.
Method for configuring a graphic display system, wherein the graphic display system comprises - at least one control unit, - at least one first graphic display area, - at least one second graphic display area, - at least one information area, wherein the at least one second graphic display area comprises the at least one information area, - at least one icon, wherein the at least one first graphic display area comprises the at least one icon, wherein the at least one icon comprises at least one first mode and at least one second mode, wherein the at least one information area provides a first information item associated with a first application, wherein the at least one icon is associated with a second application, and wherein said at least one icon is always actuatable wherein the at least one information area comprises at least one actuator, in which the at least one control unit carries out the following steps: I. determining an actuation in the at least one actuator, II. enabling the at least one first mode of the at least one icon, when an actuation on the at least one actuator has been determined, III. determining an actuation in the at least one icon, and IV. providing, in the at least one information area, a second information item associated with the second application, or I. determining an actuation in the at least one icon, II. enabling the at least one second mode of the at least one icon, when an actuation on the at least one actuator has not been determined, and III. providing, in the at least one second graphic display area, the second application associated with the at least one icon. - at least one control unit, - at least one first graphic display area, - at least one second graphic display area, - at least one information area, wherein the at least one second graphic display area comprises the at least one information area, - at least one icon, wherein the at least one first graphic display area comprises the at least one icon, I. determining an actuation in the at least one actuator, II. enabling the at least one first mode of the at least one icon, when an actuation on the at least one actuator has been determined, III. determining an actuation in the at least one icon, and IV. providing, in the at least one information area, a second information item associated with the second application, I. determining an actuation in the at least one icon, II. enabling the at least one second mode of the at least one icon, when an actuation on the at least one actuator has not been determined, and III. providing, in the at least one second graphic display area, the second application associated with the at least one icon.
A clothing washing apparatus, wherein the clothing washing apparatus comprises a cylinder assembly, an air inflow pipe, an air outflow assembly and a steam and foam overflow pipe; the air inflow pipe and the air outflow assembly are both communicated with the cylinder assembly, and a fan is arranged in the air inflow pipe; characterized in that an overflow port is formed on the air inflow pipe between the fan and the cylinder assembly, and the overflow port is communicated with the outside through the steam and foam overflow pipe; and in that a rotary damper assembly is arranged in the air inflow pipe and located upstream of the overflow port, and the damper assembly is arranged such that in a ventilation situation, the damper assembly is in a position that closes the overflow port so as to allow the air inflow pipe to supply air to the cylinder assembly, and that in a non-ventilation situation, the damper assembly is in a position that blocks the air inflow pipe. the air inflow pipe and the air outflow assembly are both communicated with the cylinder assembly, and a fan is arranged in the air inflow pipe; characterized in that an overflow port is formed on the air inflow pipe between the fan and the cylinder assembly, and the overflow port is communicated with the outside through the steam and foam overflow pipe; and in that a rotary damper assembly is arranged in the air inflow pipe and located upstream of the overflow port, and the damper assembly is arranged such that in a ventilation situation, the damper assembly is in a position that closes the overflow port so as to allow the air inflow pipe to supply air to the cylinder assembly, and that in a non-ventilation situation, the damper assembly is in a position that blocks the air inflow pipe.
An amorphous form of a chelating agent selected from: a) ethylenediaminetetraacetic acid/edetic acid (EDTA), sodium edetate (Na-EDTA), disodium edetate (2Na-EDTA), dipotassium edetate (2K-EDTA), calcium disodium edetate (2NaCa-EDTA), trisodium edetate (3Na-EDTA), diammonium edetate ((NH 4) 2 -EDTA), or a salt of any one or more of the above; or b) diethylenetriaminepentaacetic acid/pentetic acid (DTPA), pentasodium pentetate, calcium trisodium pentetate, nitrilotriacetic acid, amino tris(methylenephosphonic acid) (ATMP), ethylenediamine tetramethylene phosphonic acid (EDTMP), ethylenediaminedisuccinic acid (EDDS), iminodisuccinic acid, or a salt of any one or more of the above acids, or c) a mixture of two or more of any of the above acids or salts thereof selected from (a) or (b); wherein the amorphous form is free of any additional compounds or a support matrix. a) ethylenediaminetetraacetic acid/edetic acid (EDTA), sodium edetate (Na-EDTA), disodium edetate (2Na-EDTA), dipotassium edetate (2K-EDTA), calcium disodium edetate (2NaCa-EDTA), trisodium edetate (3Na-EDTA), diammonium edetate ((NH 4) 2 -EDTA), or a salt of any one or more of the above; or b) diethylenetriaminepentaacetic acid/pentetic acid (DTPA), pentasodium pentetate, calcium trisodium pentetate, nitrilotriacetic acid, amino tris(methylenephosphonic acid) (ATMP), ethylenediamine tetramethylene phosphonic acid (EDTMP), ethylenediaminedisuccinic acid (EDDS), iminodisuccinic acid, or a salt of any one or more of the above acids, or c) a mixture of two or more of any of the above acids or salts thereof selected from (a) or (b);
Luminaire, having - a light generating unit for generating a light and - a frame element, by which a frame of the luminaire is formed, wherein the frame element is merely arranged on the light generating unit held by snap-lock connection elements (21, 31), wherein the light generating unit has a light conductor plate and an LED light source for generating the light, wherein the light conductor plate has two big main surfaces that are connected with each other via small, edge-sided narrow surfaces, and the LED light source is arranged in such a way that the light is radiated via a narrow side of the light conductor plate into the latter, characterized in that the LED light source is arranged moveably-mounted relative to the light conductor plate, wherein the LED light source is arranged on an LED light source support element, wherein the LED light source can be moved by the LED light source support element towards the narrow side of the light conductor plate through which the light is radiated into the latter, wherein the LED light source support element is formed in such a way that it encompasses the light conductor plate on the edge-side for holding the light conductor plate in the position provided for the operation of the luminaire. - a light generating unit for generating a light and - a frame element, by which a frame of the luminaire is formed, wherein the frame element is merely arranged on the light generating unit held by snap-lock connection elements (21, 31), wherein the light generating unit has a light conductor plate and an LED light source for generating the light, wherein the light conductor plate has two big main surfaces that are connected with each other via small, edge-sided narrow surfaces, and the LED light source is arranged in such a way that the light is radiated via a narrow side of the light conductor plate into the latter, characterized in that the LED light source is arranged moveably-mounted relative to the light conductor plate, wherein the LED light source is arranged on an LED light source support element, wherein the LED light source can be moved by the LED light source support element towards the narrow side of the light conductor plate through which the light is radiated into the latter, wherein the LED light source support element is formed in such a way that it encompasses the light conductor plate on the edge-side for holding the light conductor plate in the position provided for the operation of the luminaire.
A heat exchanger for cooling air in a gas turbine engine comprising: an intake manifold in fluid communication with a compressor section when mounted in the gas turbine engine and configured to receive air from the compressor section; an outtake manifold in fluid communication with the intake manifold via a tube; wherein air from the intake manifold travels through the tube to the outtake manifold and from the outtake manifold to a portion of the gas turbine engine; and a cooling air flow path defined by at least one of an outer surface of the tube, an outer surface of the intake manifold, and an outer surface of the outtake manifold, wherein the cooling air flow path is orthogonal to said tube, wherein the intake manifold includes a first attachment feature configured to be immovably fixed to the gas turbine engine and a second attachment feature configured to be coupled to the gas turbine engine, wherein the second attachment feature is able to translate away from and translate towards the first attachment feature with the heat exchanger; and characterised in that the outtake manifold includes a third attachment feature configured to be coupled to the gas turbine engine and a fourth attachment feature configured to be coupled to the gas turbine engine, wherein the third attachment feature and the fourth attachment feature are configured to be able to translate in response to at least one of expansion and contraction of the heat exchanger. an intake manifold in fluid communication with a compressor section when mounted in the gas turbine engine and configured to receive air from the compressor section; an outtake manifold in fluid communication with the intake manifold via a tube; wherein air from the intake manifold travels through the tube to the outtake manifold and from the outtake manifold to a portion of the gas turbine engine; and a cooling air flow path defined by at least one of an outer surface of the tube, an outer surface of the intake manifold, and an outer surface of the outtake manifold, wherein the cooling air flow path is orthogonal to said tube, wherein the intake manifold includes a first attachment feature configured to be immovably fixed to the gas turbine engine and a second attachment feature configured to be coupled to the gas turbine engine, wherein the second attachment feature is able to translate away from and translate towards the first attachment feature with the heat exchanger; and characterised in that the outtake manifold includes a third attachment feature configured to be coupled to the gas turbine engine and a fourth attachment feature configured to be coupled to the gas turbine engine, wherein the third attachment feature and the fourth attachment feature are configured to be able to translate in response to at least one of expansion and contraction of the heat exchanger.