mhurhangee/ep-ind-claims huggingface dataset:
A vehicle lighting device comprising: a first circuit portion, which has at least one light emitting element; and a second circuit portion, which has at least one light emitting element; a control portion that is electrically connected to the first circuit portion and to the second circuit portion; characterized in that the control portion has a first switch, a second switch and a third switch for switching the connection state of the first circuit portion and the second circuit portion, and that the lighting device further comprises a constant current portion that is electrically connected between the second circuit portion and the third switch; wherein the control portion is configured to connect the first circuit portion and the second circuit portion in series by opening the first switch and the second switch, and closing the third switch if an input voltage exceeds a predetermined value, and is configured to connect the first circuit portion and the second circuit portion in parallel by closing the first switch, the second switch and the third switch if the input voltage is equal to or less than the predetermined value, wherein the constant current portion causes a current flowing through the first circuit portion and the second circuit portion to be constant if the first circuit portion and the second circuit portion are connected in series, and a current flowing through the second circuit portion to be constant if the first circuit portion and the second circuit portion are connected in parallel; and the predetermined value is a value equal to or higher than a voltage corresponding to a current value used for failure determination of the vehicle lighting device. a first circuit portion, which has at least one light emitting element; and a second circuit portion, which has at least one light emitting element; a control portion that is electrically connected to the first circuit portion and to the second circuit portion; the control portion is configured to connect the first circuit portion and the second circuit portion in series by opening the first switch and the second switch, and closing the third switch if an input voltage exceeds a predetermined value, and is configured to connect the first circuit portion and the second circuit portion in parallel by closing the first switch, the second switch and the third switch if the input voltage is equal to or less than the predetermined value, wherein the constant current portion causes a current flowing through the first circuit portion and the second circuit portion to be constant if the first circuit portion and the second circuit portion are connected in series, and a current flowing through the second circuit portion to be constant if the first circuit portion and the second circuit portion are connected in parallel; and the predetermined value is a value equal to or higher than a voltage corresponding to a current value used for failure determination of the vehicle lighting device.
An assembly for a gas turbine having a combustion chamber, a swirl body, a combustion zone arranged in an interior of the combustion chamber and an air supply, via which an air flow can be supplied to the combustion chamber, wherein in a transition region from the air supply to the swirl body through which the air can flow a plenum is formed and the assembly adjoining the plenum, the swirl body and the combustion chamber comprises a cover terminating the combustion chamber, wherein the assembly comprises an air conduction channel as combustion chamber air bypass, characterised in that the air conduction channel is formed for conducting a part of the air flow flowing through the air supply from the plenum through the cover and through the swirl body past the combustion zone into the combustion chamber, so that the air flow leading through the air supply is divided into a main flow leading through the swirl body into the combustion zone and a bypass flow leading past the combustion zone. wherein in a transition region from the air supply to the swirl body through which the air can flow a plenum is formed and the assembly adjoining the plenum, the swirl body and the combustion chamber comprises a cover terminating the combustion chamber, wherein the assembly comprises an air conduction channel as combustion chamber air bypass, characterised in that the air conduction channel is formed for conducting a part of the air flow flowing through the air supply from the plenum through the cover and through the swirl body past the combustion zone into the combustion chamber, so that the air flow leading through the air supply is divided into a main flow leading through the swirl body into the combustion zone and a bypass flow leading past the combustion zone.
A beam-forming network comprising: - a plurality ( N I) of input signal ports; - a plurality ( N O) of output signal ports; - a weighting and interconnecting network comprising a plurality of signal dividers, phase and amplitude weighting elements, switches (SW1, SW2) and signal combiners, for associating each input port to output ports through respective weighting units; characterized in that - both input and output ports are partitioned into respective disjoint equivalence classes, at least a majority of said equivalence classes comprising more than one port; and wherein: - the weighting and interconnecting network is configured in order to associate each input port of each input equivalence class to at most one output port of each output equivalence class, and each output port of each output equivalence class to at most one input port of each input equivalence class. - a plurality ( N I) of input signal ports; - a plurality ( N O) of output signal ports; - a weighting and interconnecting network comprising a plurality of signal dividers, phase and amplitude weighting elements, switches (SW1, SW2) and signal combiners, for associating each input port to output ports through respective weighting units; characterized in that - both input and output ports are partitioned into respective disjoint equivalence classes, at least a majority of said equivalence classes comprising more than one port; and wherein: - the weighting and interconnecting network is configured in order to associate each input port of each input equivalence class to at most one output port of each output equivalence class, and each output port of each output equivalence class to at most one input port of each input equivalence class.
Fitting arrangement, in particular corner bearing, for a door or window arrangement having a frame and a sash that is pivotable relative to the frame, wherein the fitting arrangement comprises: - a fastening element, in particular corner bearing bracket, for fastening to the frame, - a main lever pivotably mounted on the fastening element, in particular for at least partially supporting the weight of the sash, wherein the main lever is designed to be pivotable about a stationary main lever pivot axis on the fastening element, and - a control lever pivotably mounted on the fastening element, wherein the control lever is designed to be pivotable about a stationary control lever pivot axis on the fastening element and is designed to pivot the main lever, wherein the fitting arrangement comprises a corner hinge for fastening to the sash, wherein the corner hinge is pivotably mounted at or on the main lever by means of a main lever bolt, wherein a drive bolt is arranged on the control lever, wherein the drive bolt movably extends at least partially within a guide arranged in the corner hinge, characterized in that the control lever comprises a drive portion for driving the main lever and the main lever comprises an output element which is fixedly arranged on the main lever and, in the direction of gravity, below the main lever, wherein the drive portion and the output element are arranged between the main lever and the fastening element and are in engagement with one another, in particular during the pivoting of the main lever and/or the control lever. - a fastening element, in particular corner bearing bracket, for fastening to the frame, - a main lever pivotably mounted on the fastening element, in particular for at least partially supporting the weight of the sash, wherein the main lever is designed to be pivotable about a stationary main lever pivot axis on the fastening element, and - a control lever pivotably mounted on the fastening element, wherein the control lever is designed to be pivotable about a stationary control lever pivot axis on the fastening element and is designed to pivot the main lever, - a control lever pivotably mounted on the fastening element, wherein the control lever is designed to be pivotable about a stationary control lever pivot axis on the fastening element and is designed to pivot the main lever, wherein the fitting arrangement comprises a corner hinge for fastening to the sash, wherein the corner hinge is pivotably mounted at or on the main lever by means of a main lever bolt, wherein a drive bolt is arranged on the control lever, wherein the drive bolt movably extends at least partially within a guide arranged in the corner hinge, characterized in that the control lever comprises a drive portion for driving the main lever and the main lever comprises an output element which is fixedly arranged on the main lever and, in the direction of gravity, below the main lever, wherein the drive portion and the output element are arranged between the main lever and the fastening element and are in engagement with one another, in particular during the pivoting of the main lever and/or the control lever.
An agent that inhibits the expression level and/or activity of at least one USP10 biomarker for use in treating a subject afflicted with FLT3 activating-mutation positive acute myeloblastic leukemia, optionally wherein the at least one USP10 biomarker is selected from the group of USP10 biomarkers listed in Table 1, wherein the agent directly binds the at least one biomarker, optionally wherein the at least one USP10 biomarker is selected from the group of USP10 biomarkers listed in Table 1, preferably wherein the at least one USP10 biomarker is human USP10, preferably further comprising the use of at least one additional anti-cancer agent, optionally wherein the at least one additional anti-cancer agent inhibits the expression level and/or activity of at least one biomarker listed in Table 2. wherein the agent directly binds the at least one biomarker, optionally wherein the at least one USP10 biomarker is selected from the group of USP10 biomarkers listed in Table 1, preferably wherein the at least one USP10 biomarker is human USP10, preferably further comprising the use of at least one additional anti-cancer agent, optionally wherein the at least one additional anti-cancer agent inhibits the expression level and/or activity of at least one biomarker listed in Table 2.
Hitching system for a towed agricultural device, in particular for a soil cultivation device and/or a seed drill, having a chassis frame with running wheels supported on the ground, a. wherein a coupling device is provided on the chassis frame, preferably on the rear side thereof, in order to hitch the agricultural device, b. wherein the chassis frame is provided with at least one actuator in the form of a hydraulic cylinder, in order to raise the coupling device and to at least partially raise the agricultural device, c. wherein the chassis frame is provided with a drawbar with a trailer coupling for connecting to a tractor, wherein the at least one actuator is arranged in a plane that is approximately parallel to the ground, characterized in that the at least one hydraulic actuator is provided with means that are set up to limit the travel of the at least one hydraulic cylinder. a. wherein a coupling device is provided on the chassis frame, preferably on the rear side thereof, in order to hitch the agricultural device, b. wherein the chassis frame is provided with at least one actuator in the form of a hydraulic cylinder, in order to raise the coupling device and to at least partially raise the agricultural device, c. wherein the chassis frame is provided with a drawbar with a trailer coupling for connecting to a tractor, wherein the at least one actuator is arranged in a plane that is approximately parallel to the ground, characterized in that the at least one hydraulic actuator is provided with means that are set up to limit the travel of the at least one hydraulic cylinder.
An image sensor comprising: a plurality of light detection elements arranged to correspond to a plurality of pixel regions; a color filter layer arranged on the plurality of light detection elements, the color filter layer comprising a plurality of color filters arranged to correspond to the plurality of light detection elements; and a photodiode device portion arranged on the color filter layer, the photodiode device portion comprising a plurality of curved convex structures respectively corresponding to the plurality of color filters, wherein each of the curved convex structures comprises: an organic material-based photodiode layer; a first electrode: arranged between the photodiode layer and the color filter layer; and a second electrode arranged on the photodiode layer. a plurality of light detection elements arranged to correspond to a plurality of pixel regions; a color filter layer arranged on the plurality of light detection elements, the color filter layer comprising a plurality of color filters arranged to correspond to the plurality of light detection elements; and a photodiode device portion arranged on the color filter layer, the photodiode device portion comprising a plurality of curved convex structures respectively corresponding to the plurality of color filters, wherein each of the curved convex structures comprises: an organic material-based photodiode layer; a first electrode: arranged between the photodiode layer and the color filter layer; and a second electrode arranged on the photodiode layer. an organic material-based photodiode layer; a first electrode: arranged between the photodiode layer and the color filter layer; and a second electrode arranged on the photodiode layer.
A flow cell for differential refractive index detection, the flow cell comprising: a transparent body extending from a first end to a second end along a longitudinal axis, the transparent body defining: a first prism chamber configured to allow fluid flow between the first and second ends of the transparent body along the longitudinal axis; and a second prism chamber; wherein the first prism chamber and the second prism chamber each comprise a grating comprising a plurality of grooves characterised in that the grooves extend along the longitudinal axis in the direction of fluid flow and the gratings provide the first prism chamber and the second prism chamber with an optical edge length the same as an optical edge length of chambers with triangular cross-sections while also providing the first prism chamber and the second prism chamber with a comparatively smaller cross-sectional area. a transparent body extending from a first end to a second end along a longitudinal axis, the transparent body defining: a first prism chamber configured to allow fluid flow between the first and second ends of the transparent body along the longitudinal axis; and a second prism chamber; a first prism chamber configured to allow fluid flow between the first and second ends of the transparent body along the longitudinal axis; and a second prism chamber; wherein the first prism chamber and the second prism chamber each comprise a grating comprising a plurality of grooves characterised in that the grooves extend along the longitudinal axis in the direction of fluid flow and the gratings provide the first prism chamber and the second prism chamber with an optical edge length the same as an optical edge length of chambers with triangular cross-sections while also providing the first prism chamber and the second prism chamber with a comparatively smaller cross-sectional area.
A computer-implemented method, comprising: under the control of one or more computer systems configured with executable instructions: (a) receiving a request to replicate a digital object in a scene description of a scene to be represented by one or more computer-generated images; (b) generating a plurality of object instances in the scene description as a first data structure associating each object instance with the digital object, each instance of the plurality of object instances corresponding to a placement that an instance of the digital object is to appear in the scene, the first data structure including a first set of characteristics of the plurality of object instances that includes the placement; (c) receiving a first selection of a first selected object instance of the plurality of object instances; (d) receiving a first instruction to customize a first characteristic of the first selected object instance; (e) producing a first customized characteristic of the first selected object instance by generating a second data structure associating the first customized characteristic with the first data structure; and (f) rendering the plurality of object instances using the first set of characteristics and by using the first customized characteristic of the second data structure to supersede the first characteristic of the first selected object instance in the first data structure. (a) receiving a request to replicate a digital object in a scene description of a scene to be represented by one or more computer-generated images; (b) generating a plurality of object instances in the scene description as a first data structure associating each object instance with the digital object, each instance of the plurality of object instances corresponding to a placement that an instance of the digital object is to appear in the scene, the first data structure including a first set of characteristics of the plurality of object instances that includes the placement; (c) receiving a first selection of a first selected object instance of the plurality of object instances; (d) receiving a first instruction to customize a first characteristic of the first selected object instance; (e) producing a first customized characteristic of the first selected object instance by generating a second data structure associating the first customized characteristic with the first data structure; and (f) rendering the plurality of object instances using the first set of characteristics and by using the first customized characteristic of the second data structure to supersede the first characteristic of the first selected object instance in the first data structure.
Device for sealing the space between the wall and floor when insulating rooms with at least one wall panel (5, 28) which forms a wall itself or insulates and covers an existing wall, with a base element (5a, 29) which is integrally designed with the wall panel or forms a separate component that is to be connected to the wall panel, whereby the base element (5a, 29) can be placed on the floor, whereby the thickness of the wall panel (5, 28) is greater than the thickness of the base element (5a, 29) and the wall panel (5, 28) protrudes beyond the base element (5a, 29) on at least one side, with a moisture barrier (16, 35) arranged indirectly or directly on the floor (2, 31) which is routed upwards with an edge section along the base element (5a, 29), with a floor covering (18, 25, 36, 38) arranged above the moisture barrier (16, 35), whereby the height of the base element (5a, 29) in the vertical direction is greater than the sum of the thickness of the moisture barrier (16, 35) and the thickness of the floor covering (18, 25, 36, 38), whereby the distance by which the wall panel (5, 28) protrudes beyond the base element (5a, 29) is greater than the thickness of the moisture barrier (16, 35), with a base profile (19, 37) which covers a section of the base element (5a, 29) above the floor covering (18, 25, 36, 38) with a first base profile section and is at least partially arranged on the wall panel (5, 28) above the base element (5a, 29) with a second base profile section.
An optoelectronic device comprising a stack of planar thin layers that are arranged on an electrically insulating substrate, including at least: - one cathode made of a material of work function Φ C; - one electron-collecting layer that is arranged above said cathode and that is made of a material of work function Φ 1 and of sheet resistance R; - one active layer comprising at least one p-type organic semiconductor, the energy level of the highest occupied molecular orbital of which is HO1, and an n-type organic semiconductor, said layer being suitable for emitting or detecting light radiation and being arranged above said electron-collecting layer; - one hole-collecting layer that is arranged above said active layer; - one anode that is arranged above said hole-collecting layer; - said work function Φ 1 of said electron-collecting layer and said energy level HO1 of said active layer form a potential barrier able to block the injection of holes from said cathode into said active layer; - said sheet resistance R of said electron-collecting layer is higher than or equal to 10 8 Q, characterized in that: - said electron-collecting layer is continuous and has crystallites arranged in columns in the direction of the thickness of said electron-collecting layer, inducing an anisotropy of the resistivity of said material of said electron-collecting layer, said resistivity being lower in the direction of the thickness of said electron-collecting layer than in a direction of the main plane of said electron-collecting layer. - one cathode made of a material of work function Φ C; - one electron-collecting layer that is arranged above said cathode and that is made of a material of work function Φ 1 and of sheet resistance R; - one active layer comprising at least one p-type organic semiconductor, the energy level of the highest occupied molecular orbital of which is HO1, and an n-type organic semiconductor, said layer being suitable for emitting or detecting light radiation and being arranged above said electron-collecting layer; - one hole-collecting layer that is arranged above said active layer; - one anode that is arranged above said hole-collecting layer; - said work function Φ 1 of said electron-collecting layer and said energy level HO1 of said active layer form a potential barrier able to block the injection of holes from said cathode into said active layer; - said sheet resistance R of said electron-collecting layer is higher than or equal to 10 8 Q, - said electron-collecting layer is continuous and has crystallites arranged in columns in the direction of the thickness of said electron-collecting layer, inducing an anisotropy of the resistivity of said material of said electron-collecting layer, said resistivity being lower in the direction of the thickness of said electron-collecting layer than in a direction of the main plane of said electron-collecting layer.