mhurhangee/ep-ind-claims huggingface dataset:
Device for producing a T-shaped semi-finished product from a multi-layer fabric of reinforcing fibers for a composite material, the fabric being mixed with a binder and the T-shaped semi-finished product having a web and a vertical web has a flange extending to the web, the device comprising a web forming tool extending in a working direction, which is configured to clamp a web section of the multi-layer fabric forming the web, a forming tool, which can be moved in the working direction via the web forming tool in order to divide layers of a flange section of the multi-layer fabric into two parts and to form them into the flange of the T-shaped semi-finished product, characterized that the device further comprises: a storage device, which can also be moved in the working direction via the web forming tool and is configured to deposit a flexible film on the flange section formed into the flange, the web forming tool and the flexible film are designed in such a way that a magnetic force is generated between the film and the web forming tool, which pulls the flexible film onto the web forming tool, so that the flexible Film holds the flange section formed into the flange, with the web forming tool comprising one or more permanent magnets and/or one or more electromagnets and wherein the flexible film is formed from a magnetizable or magnetic material. a web forming tool extending in a working direction, which is configured to clamp a web section of the multi-layer fabric forming the web, a forming tool, which can be moved in the working direction via the web forming tool in order to divide layers of a flange section of the multi-layer fabric into two parts and to form them into the flange of the T-shaped semi-finished product, characterized that the device further comprises: a storage device, which can also be moved in the working direction via the web forming tool and is configured to deposit a flexible film on the flange section formed into the flange, the web forming tool and the flexible film are designed in such a way that a magnetic force is generated between the film and the web forming tool, which pulls the flexible film onto the web forming tool, so that the flexible Film holds the flange section formed into the flange, with the web forming tool comprising one or more permanent magnets and/or one or more electromagnets and wherein the flexible film is formed from a magnetizable or magnetic material. a storage device, which can also be moved in the working direction via the web forming tool and is configured to deposit a flexible film on the flange section formed into the flange, the web forming tool and the flexible film are designed in such a way that a magnetic force is generated between the film and the web forming tool, which pulls the flexible film onto the web forming tool, so that the flexible Film holds the flange section formed into the flange, with the web forming tool comprising one or more permanent magnets and/or one or more electromagnets and wherein the flexible film is formed from a magnetizable or magnetic material.
A red-light emitting diode, comprising: an n-doped portion; a p-doped portion comprising a p-doped aluminum gallium nitride layer; and a light emitting region located between the n-doped portion and a p-doped portion, the light emitting region comprising: a planar light-emitting quantum well which includes a planar light-emitting indium gallium nitride layer emitting light at a peak wavelength between 600 and 750 nm under electrical bias thereacross; a planar, not intentionally doped III-nitride layer comprising a not intentionally doped aluminum gallium nitride layer which has a composition Al y Ga (1-y) N, where y is in a range from 0.3 to 1.0, wherein the III-nitride layer is located on the light-emitting indium gallium nitride layer; and a planar, not intentionally doped GaN barrier layer located on the not intentionally doped III-nitride layer. an n-doped portion; a p-doped portion comprising a p-doped aluminum gallium nitride layer; and a light emitting region located between the n-doped portion and a p-doped portion, the light emitting region comprising: a planar light-emitting quantum well which includes a planar light-emitting indium gallium nitride layer emitting light at a peak wavelength between 600 and 750 nm under electrical bias thereacross; a planar, not intentionally doped III-nitride layer comprising a not intentionally doped aluminum gallium nitride layer which has a composition Al y Ga (1-y) N, where y is in a range from 0.3 to 1.0, wherein the III-nitride layer is located on the light-emitting indium gallium nitride layer; and a planar, not intentionally doped GaN barrier layer located on the not intentionally doped III-nitride layer. a planar light-emitting quantum well which includes a planar light-emitting indium gallium nitride layer emitting light at a peak wavelength between 600 and 750 nm under electrical bias thereacross; a planar, not intentionally doped III-nitride layer comprising a not intentionally doped aluminum gallium nitride layer which has a composition Al y Ga (1-y) N, where y is in a range from 0.3 to 1.0, wherein the III-nitride layer is located on the light-emitting indium gallium nitride layer; and a planar, not intentionally doped GaN barrier layer located on the not intentionally doped III-nitride layer.
A battery checker comprising: a voltage application unit configured to apply an AC voltage to a battery to be measured; a ripple voltage measurement unit configured to measure a ripple voltage contained in a terminal voltage of the battery; and an electric power storage level detection unit configured to detect an electric power storage level of the battery characterized by the electric power storage level detection unit being configured to detect the electric power storage level of the battery by comparing the ripple voltage measured by the ripple voltage measurement unit with a set reference. a voltage application unit configured to apply an AC voltage to a battery to be measured; a ripple voltage measurement unit configured to measure a ripple voltage contained in a terminal voltage of the battery; and an electric power storage level detection unit configured to detect an electric power storage level of the battery
Device for producing a bordering of a panel of planar extent, having: - a moulding tool, - a material dispenser for dispensing a material for the bordering, wherein the moulding tool has: - a first moulding body having a holding region for the panel, - a second moulding body having a holding region for the panel such that the panel can be held by the first moulding body and the second moulding body, - a third moulding body, which has a common contact region with the first moulding body, wherein the first moulding body, the second moulding body and the third moulding body are formed such that together with the panel they surround a space in which the bordering can be formed, - an access channel to the space, which access channel is formed between the second moulding body and the third moulding body, wherein the material dispenser is movable relative to the moulding tool, characterized in that an elastic lip seal is fixed to the second moulding body and/or the third moulding body in order to close and intermittently open up the access channel. - a moulding tool, - a material dispenser for dispensing a material for the bordering, wherein the moulding tool has: - a first moulding body having a holding region for the panel, - a second moulding body having a holding region for the panel such that the panel can be held by the first moulding body and the second moulding body, - a third moulding body, which has a common contact region with the first moulding body, wherein the first moulding body, the second moulding body and the third moulding body are formed such that together with the panel they surround a space in which the bordering can be formed, - an access channel to the space, which access channel is formed between the second moulding body and the third moulding body, wherein the material dispenser is movable relative to the moulding tool, characterized in that an elastic lip seal is fixed to the second moulding body and/or the third moulding body in order to close and intermittently open up the access channel. - a first moulding body having a holding region for the panel, - a second moulding body having a holding region for the panel such that the panel can be held by the first moulding body and the second moulding body, - a third moulding body, which has a common contact region with the first moulding body, wherein the first moulding body, the second moulding body and the third moulding body are formed such that together with the panel they surround a space in which the bordering can be formed, - an access channel to the space, which access channel is formed between the second moulding body and the third moulding body, wherein the material dispenser is movable relative to the moulding tool, characterized in that an elastic lip seal is fixed to the second moulding body and/or the third moulding body in order to close and intermittently open up the access channel.
Welding unit (1, 1a) for the thermal welding of film tubes, in particular for a waterless toilet, wherein at least two welding means (2, 2a) which can be moved relative to one another are comprised for the thermal welding of a film tube, wherein each welding means (2, 2a) is configured to be movable by means of at least one joint arrangement (3, 3a), wherein the at least one joint arrangement (3, 3a) comprises at least one articulated lever (4, 4a-4e), wherein each joint arrangement (3, 3a) comprises at least one electric drive (5, 5a) for movement purposes, wherein a transport arrangement is comprised in order to transport a film tube which is to be welded and/or which has been welded and the transport arrangement is arranged at least partially in the course of the film tube above the welding means (2, 2a) or below the welding means (2, 2a) or on both sides of, namely above and below, the welding means (2, 2a), wherein the transport arrangement is of two-part design and comprises a first transport means and a second transport means, wherein the first transport means comprises at least one roller element and wherein the second transport means comprises at least one roller element (13d-13g), wherein the first transport means and the second transport means are movable relative to one another by means of at least one electric drive (5, 5a), preferably by means of two electric drives, in order to transport the film tube. wherein each welding means (2, 2a) is configured to be movable by means of at least one joint arrangement (3, 3a), wherein the at least one joint arrangement (3, 3a) comprises at least one articulated lever (4, 4a-4e), wherein each joint arrangement (3, 3a) comprises at least one electric drive (5, 5a) for movement purposes, wherein a transport arrangement is comprised in order to transport a film tube which is to be welded and/or which has been welded and the transport arrangement is arranged at least partially in the course of the film tube above the welding means (2, 2a) or below the welding means (2, 2a) or on both sides of, namely above and below, the welding means (2, 2a), wherein the transport arrangement is of two-part design and comprises a first transport means and a second transport means, wherein the first transport means comprises at least one roller element and wherein the second transport means comprises at least one roller element (13d-13g), wherein the first transport means and the second transport means are movable relative to one another by means of at least one electric drive (5, 5a), preferably by means of two electric drives, in order to transport the film tube.
A shaped charge comprising a reactive liner, the reactive liner having a composition including at least two metals that react with each other exothermically in use of the shaped charge; and at least one other metal, the other metal not capable of exothermic reaction with the at least two metals; wherein the at least one other metal is present as an admixture with the at least two metals, characterized in that said other metal is present in an amount greater than 40 wt. % of the liner.
A method of treating or refining a wax to produce a refined wax or wax product, the method including hydrogenating a paraffinic feed wax which has an MEK-solubility oils content of more than 0.5 weight % to provide a hydrogenated wax; and thereafter de-oiling the hydrogenated wax by subjecting the hydrogenated wax to a fractional crystallisation de-oiling process thereby to reduce the MEK-solubility oils content of the hydrogenated wax, producing a refined wax or a wax product having an average congealing point between 50°C and 59°C, or between 60°C and 69°C, when determined using the testing procedure specified in ASTM D938.
A section of a busbar trunking system, referred to herein as "a BTS section ", comprising: a plurality of conducting bars (1a, 1b); and a female electrical connector and a male mechanical connector at a first end of the BTS section, wherein the female electrical connector is arranged to receive a male electrical connector of a corresponding adjacent BTS section to electrically connect the conducting bars (1a, 1b) of the BTS section to conducting bars (1a, 1b) of the corresponding adjacent BTS section as part of a plug-and-play connection without the need for any additional configuration, the male mechanical connector is arrangeable in use to be received by a female mechanical connector of a corresponding adjacent BTS section to mechanically connect the BTS section to the corresponding adjacent BTS section without the need for an external joint pack, and the male mechanical connector comprises a plurality of spigots, corresponding to the plurality of conducting bars (1a, 1b), characterized in that the female electrical connector comprises at least one coupler located within the BTS section, the coupler in electrical communication with a conducting bar (1a, 1b) of the BTS section and operable in use to receive a male electrical connector of a corresponding adjacent BTS section to electrically connect the conducting bar (1a, 1b) of the BTS section to a conducting bar (1a, 1b) of the corresponding adjacent BTS section, and in that the coupler comprises at least one contact which is biased to form an electrical connection with a male electrical connector received in the coupler when in use. a plurality of conducting bars (1a, 1b); and a female electrical connector and a male mechanical connector at a first end of the BTS section, wherein the female electrical connector is arranged to receive a male electrical connector of a corresponding adjacent BTS section to electrically connect the conducting bars (1a, 1b) of the BTS section to conducting bars (1a, 1b) of the corresponding adjacent BTS section as part of a plug-and-play connection without the need for any additional configuration, the male mechanical connector is arrangeable in use to be received by a female mechanical connector of a corresponding adjacent BTS section to mechanically connect the BTS section to the corresponding adjacent BTS section without the need for an external joint pack, and the male mechanical connector comprises a plurality of spigots, corresponding to the plurality of conducting bars (1a, 1b), characterized in that the female electrical connector comprises at least one coupler located within the BTS section, the coupler in electrical communication with a conducting bar (1a, 1b) of the BTS section and operable in use to receive a male electrical connector of a corresponding adjacent BTS section to electrically connect the conducting bar (1a, 1b) of the BTS section to a conducting bar (1a, 1b) of the corresponding adjacent BTS section, and in that the coupler comprises at least one contact which is biased to form an electrical connection with a male electrical connector received in the coupler when in use.
A power amplifier (100, 200, 500, 800, 1100) for amplifying an input signal into an output signal, wherein the power amplifier (100, 200, 500, 800, 1100) comprises: an input port for receiving the input signal; an output port, coupled to an output transmission line, for providing the output signal; and multiple sets of sub-amplifiers (150, 160, 170, 180) distributed along the output transmission line, wherein inputs of the multiple sets of sub-amplifiers (150, 160, 170, 180) are coupled to the input port, and outputs of the multiple sets of sub-amplifiers (150, 160, 170, 180) are coupled to the output transmission line, and wherein at least two different supply voltages are provided for the sub-amplifiers in the multiple sets of sub-amplifiers (150, 160, 170, 180) such that the supply voltages to some sub-amplifers are reduced compared to the supply voltages to other sub-amplifiers. an input port for receiving the input signal; an output port, coupled to an output transmission line, for providing the output signal; and multiple sets of sub-amplifiers (150, 160, 170, 180) distributed along the output transmission line, wherein inputs of the multiple sets of sub-amplifiers (150, 160, 170, 180) are coupled to the input port, and outputs of the multiple sets of sub-amplifiers (150, 160, 170, 180) are coupled to the output transmission line, and wherein at least two different supply voltages are provided for the sub-amplifiers in the multiple sets of sub-amplifiers (150, 160, 170, 180) such that the supply voltages to some sub-amplifers are reduced compared to the supply voltages to other sub-amplifiers.
A spinal correction system for a spine including longitudinally aligned vertebrae, said vertebrae having confronting endplate growth centers with thicknesses, a longitudinally extending span defined between said confronting endplate growth centers, and an intervening disk positioned Intermediate said end plate growth centers, said vertebrae having transverse diameters, said system comprising a bridge member having an upper surface, an opposed lower surface, a front side, an opposed back side, a left end, and an opposed right end, the length of said bridge member from said left end to said right end being substantially equal to said longitudinally extending span, a left fastener retaining portion having front and back sides, a right fastener retaining portion having front and back sides, a left leg extending downwardly from said bridge member lower surface at said left end of said bridge member, said left leg including a sharply tapered distal free end for insertion into a first vertebra, and a right leg extending downwardly from said bridge member lower surface at said right end of said bridge member, said right leg including a sharply tapered distal free end for insertion into a second vertebra, said left fastener retaining portion extending from said bridge member left end and said right fastener retaining portion extending from said bridge member right end, said left leg extending downwardly from said bridge member lower surface inwardly from said left fastener retaining portion, said right leg extending downwardly from said bridge member lower surface inwardly from said right fastener retaining portion, said distal free end of said right leg being positioned in longitudinally spaced relation to said distal free end of said left leg, and each of said legs being proportioned to extend less than one-half said transverse diameter of each respective said first and second vertebra, characterised by said left leg extending from substantially at said front side of said bridge member to substantially at said back side of said bridge member such that said left leg and said bridge member have substantially equal widths, said left leg tapered distal free end defining a blade edge for insertion into the first vertebra, said right leg extending from substantially at said front side of said bridge member to substantially at said back side of said bridge member such that said right leg and said bridge member have substantially equal widths, said right leg tapered distal free end defining a blade edge for insertion into the second vertebra and said legs being equipped with barbs.
An aircraft engine, comprising a ducted fan comprising a fan airflow exit for exhausting a fan air flow; and a turbine engine core comprising: a core nozzle for exhausting a core air flow from the turbine engine core, a core compartment vent nozzle for exhausting core compartment vent air flow from a core compartment, wherein the core compartment vent nozzle exhausts core compartment vent air flow at a trailing edge between the fan air flow and the core air flow, and a turbine engine nozzle comprising: a primary outer wall extending from an engine core area to an annular wall terminus that surrounds an engine tail cone, to further form the core nozzle; and a single engine core cowl extending from the engine core area to an annular cowl terminus to further form the core compartment vent nozzle in a trailing edge between the single engine core cowl and the primary outer wall, wherein the single engine core cowl extends from the engine core area to annular cowl terminus in approximately planar alignment with the annular wall terminus. a core nozzle for exhausting a core air flow from the turbine engine core, a core compartment vent nozzle for exhausting core compartment vent air flow from a core compartment, wherein the core compartment vent nozzle exhausts core compartment vent air flow at a trailing edge between the fan air flow and the core air flow, and a turbine engine nozzle comprising: a primary outer wall extending from an engine core area to an annular wall terminus that surrounds an engine tail cone, to further form the core nozzle; and a single engine core cowl extending from the engine core area to an annular cowl terminus to further form the core compartment vent nozzle in a trailing edge between the single engine core cowl and the primary outer wall, a primary outer wall extending from an engine core area to an annular wall terminus that surrounds an engine tail cone, to further form the core nozzle; and a single engine core cowl extending from the engine core area to an annular cowl terminus to further form the core compartment vent nozzle in a trailing edge between the single engine core cowl and the primary outer wall,
A method comprising: Identifying measurement setups which correspond to each other in wafer metrology measurement values of at least one metric by applying a self-consistency test to the measurement values, to yield a plurality of clusters of setups, determining a most reliable cluster according to statistical characteristics of the clusters, and deriving a measurement result from at least one setup in the determined most reliable cluster. Identifying measurement setups which correspond to each other in wafer metrology measurement values of at least one metric by applying a self-consistency test to the measurement values, to yield a plurality of clusters of setups, determining a most reliable cluster according to statistical characteristics of the clusters, and deriving a measurement result from at least one setup in the determined most reliable cluster.
Method for additively manufacturing of three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, wherein a carrying unit is provided that is adapted to carry the object to be built, wherein at least one foil- or sheet-like carrying element is detachably connected with the carrying unit, wherein the carrying element provides a surface on which the object is additively built, wherein at least one part of the carrying element is part of at least one object to be built, characterized in that an area of the surface of the at least one carrying element provided for the object to be built on is chosen or adjusted dependent on the shape and/or size of the bottom surface of the object to be built, wherein the object is built on the carrying element.