mhurhangee/ep-ind-claims huggingface dataset:
Dielectric antenna with a dielectric feeding section, a first transition section comprising a dielectric rod, another, second transition section forming a dielectric horn and a dielectric emitting section, wherein the feeding section can be struck with electromagnetic radiation, electromagnetic radiation can be guided with the first transition section and the second transition section, and the electromagnetic radiation can be emitted from the emitting section as airborne waves, wherein the second transition section comprising the dielectric horn has an inner contour opening increasingly in the direction of emission and this inner contour forms the interface of the dielectric horn to a cavity surrounded by the dielectric horn and wherein the electromagnetic radiation fed into the feeding section is transmitted through the dielectric feeding section into the first transition section comprising the dielectric rod and from there into the further, second transition section forming a dielectric horn and then is emitted via the emitting section, wherein the emitting section is designed as a dielectric tube connected at the second transition section, characterized in that the second transition section comprising the dielectric horn has a non-linear inner contour opening increasingly in the direction of emission and describable by a power function with fractional exponents in the range of 1,09 to 1,13 depending on the coordinates in the direction of emission of the antenna, preferably with a fractional exponent in the range of 1,10 to 1,12 and more preferably with an exponent of essentially 1/0,9, and/or that an inner contour of the dielectric rod, with which the inner contour of the dielectric horn of the second transition section proceeds continuously into the rod forming the first transition section, is describable by a power function with fractional exponents in the range of 1,09 to 1,13 depending on the coordinates in the direction of emission of the antenna, preferably with a fractional exponent in the range of 1,10 to 1,12 and more preferably with an exponent of essentially 1/0,9.
A processor-implemented method, comprising: determining first backbone feature data corresponding to two or more input images (x 1, x 2) by applying, to a first neural network model, said two or more input images of a same scene, respectively; determining second backbone feature data corresponding to said two or more input images by applying, to a second neural network model, said two or more input images; determining first projection-based embedded data and first dropout-based view data from the first backbone feature data; determining second projection-based embedded data and second dropout-based view data from the second backbone feature data; determining a first partial loss based on the first projection-based embedded data and code values indicating one or more clusters to which the first projection-based embedded data belongs; determining a second partial loss based on the second projection-based embedded data and the code values; training the first neural network model and the second neural network model based on the first partial loss and the second partial loss; and generating an inference result for a target task on image data using embedded data extracted from the image data based on the trained second neural network model, the inference result including any one or any combination of an object recognition, an object classification, an identity verification, and an object detection. determining first backbone feature data corresponding to two or more input images (x 1, x 2) by applying, to a first neural network model, said two or more input images of a same scene, respectively; determining second backbone feature data corresponding to said two or more input images by applying, to a second neural network model, said two or more input images; determining first projection-based embedded data and first dropout-based view data from the first backbone feature data; determining second projection-based embedded data and second dropout-based view data from the second backbone feature data; determining a first partial loss based on the first projection-based embedded data and code values indicating one or more clusters to which the first projection-based embedded data belongs; determining a second partial loss based on the second projection-based embedded data and the code values; training the first neural network model and the second neural network model based on the first partial loss and the second partial loss; and generating an inference result for a target task on image data using embedded data extracted from the image data based on the trained second neural network model, the inference result including any one or any combination of an object recognition, an object classification, an identity verification, and an object detection.
A method comprising: prioritizing a plurality of packets for potential transmission; in an iterative fashion: determining power requirements for control channel signalling associated with a highest priority packet not yet analyzed for resource assignment, wherein the determining power requirements comprises reducing, only for retransmissions, said power requirements for said control channel signalling until said power requirements are less than or equal to the available power; and assigning resources for said highest priority packet if sufficient power for control channel signalling is available and sufficient resources for said highest priority packet are available. prioritizing a plurality of packets for potential transmission; in an iterative fashion: determining power requirements for control channel signalling associated with a highest priority packet not yet analyzed for resource assignment, wherein the determining power requirements comprises reducing, only for retransmissions, said power requirements for said control channel signalling until said power requirements are less than or equal to the available power; and assigning resources for said highest priority packet if sufficient power for control channel signalling is available and sufficient resources for said highest priority packet are available. determining power requirements for control channel signalling associated with a highest priority packet not yet analyzed for resource assignment, wherein the determining power requirements comprises reducing, only for retransmissions, said power requirements for said control channel signalling until said power requirements are less than or equal to the available power; and assigning resources for said highest priority packet if sufficient power for control channel signalling is available and sufficient resources for said highest priority packet are available.
A tomato fibre composition having a dry matter content of at least 1 wt.%, preferably of 1.5-12 wt.%, wherein at least 80 wt.% of said dry matter is water-insoluble, said fibre composition comprising, by weight of dry matter: • 15-50%, preferably 18-45% cellulose; • 5-45%, preferably 10-40% pectin; • 0-10%, preferably 0-5% of monosaccharides, said monosaccharides being selected from fructose, glucose and combinations thereof; • 0.003-1%, preferably 0.01-0.3% lycopene; wherein the fibre composition contains less than 60% pectin by weight of cellulose. • 15-50%, preferably 18-45% cellulose; • 5-45%, preferably 10-40% pectin; • 0-10%, preferably 0-5% of monosaccharides, said monosaccharides being selected from fructose, glucose and combinations thereof; • 0.003-1%, preferably 0.01-0.3% lycopene;
A pressure-resistant container, comprising: - an inner shell; - an outer shell to cover the inner shell; and - a cylindrical mouth ring to penetrate the outer shell to be connected to an opening formed at the inner shell, a peripheral part of the opening at the inner shell covering an end surface of the mouth ring at an inner side of the container; - a cylindrical pressing member screwed into an inner peripheral surface of the mouth ring; - a first seal (10, 11a) peripherally contacting with the inner peripheral surface of the mouth ring which is exposed between the inner shell and the pressing member and with a periphery of the opening of the inner shell in an integral manner; - a valve having a screw part screwed into the inner peripheral surface of the mouth ring at an outer side of the container at a position located more to the outside than the pressing member, and characterized in that the valve has an inner end part inserted into a hole part of the pressing member; and in that the pressure-resistant container further comprises a second seal for sealing between an outer peripheral surface of the inner end part and an inner peripheral surface of the pressing member. - an inner shell; - an outer shell to cover the inner shell; and - a cylindrical mouth ring to penetrate the outer shell to be connected to an opening formed at the inner shell, a peripheral part of the opening at the inner shell covering an end surface of the mouth ring at an inner side of the container; - a cylindrical pressing member screwed into an inner peripheral surface of the mouth ring; - a first seal (10, 11a) peripherally contacting with the inner peripheral surface of the mouth ring which is exposed between the inner shell and the pressing member and with a periphery of the opening of the inner shell in an integral manner; - a valve having a screw part screwed into the inner peripheral surface of the mouth ring at an outer side of the container at a position located more to the outside than the pressing member, and characterized in that the valve has an inner end part inserted into a hole part of the pressing member; and in that the pressure-resistant container further comprises a second seal for sealing between an outer peripheral surface of the inner end part and an inner peripheral surface of the pressing member.
Method for programming and operating modules, which can be reconfigured by means of reconfiguration and have a one-dimensional or multidimensional cell structure, using a high-level language program, wherein at least one sequencer is configured into the cell structure, and wherein the method comprises the steps, that a data flow graph and a control flow graph of the high-level language program are extracted by means of a compiler, and, in order to break the data flow and control flow graphs down into subgraphs for the control flow graph, status signals which are suitable for indicating the validity of a processing and/or for being passed for initiation of a reconfiguration, to a unit which is superordinate to the cell structure and controls the cell structure reconfiguration are determined, and, in order to decouple the subgraphs, provision is made for the data-related status signals generated in subgraphs to be stored in order to be read by subsequent subgraphs, and the subgraphs are executed in a decoupled manner with the reconfigurable module(s) taking into account transmitted status signals, the subgraphs of the data flow graph being executed on the cell structure and the subgraphs of the control flow graph being executed on the at least one sequencer which has been configured in. which can be reconfigured by means of reconfiguration and have a one-dimensional or multidimensional cell structure, using a high-level language program, at least one sequencer is configured into the cell structure, and wherein the method comprises the steps, that a data flow graph and a control flow graph of the high-level language program are extracted by means of a compiler, and, in order to break the data flow and control flow graphs down into subgraphs for the control flow graph, status signals which are suitable for indicating the validity of a processing and/or for being passed for initiation of a reconfiguration, to a unit which is superordinate to the cell structure and controls the cell structure reconfiguration are determined, for indicating the validity of a processing and/or for being passed for initiation of a reconfiguration, to a unit which is superordinate to the cell structure and controls the cell structure reconfiguration are determined, and, in order to decouple the subgraphs, provision is made for the data-related status signals generated in subgraphs to be stored in order to be read by subsequent subgraphs, and the subgraphs are executed in a decoupled manner with the reconfigurable module(s) taking into account transmitted status signals, the subgraphs of the data flow graph being executed on the cell structure and the subgraphs of the control flow graph being executed on the at least one sequencer which has been configured in.
A method of detecting an overcurrent in a triac, the method comprising: a) during at least part of a conduction phase of the triac, measuring the gate potential (V G) of the triac; and b) comparing a value based on said measurement with a reference threshold and deducing the presence or the absence of an overcurrent based on said comparison. a) during at least part of a conduction phase of the triac, measuring the gate potential (V G) of the triac; and b) comparing a value based on said measurement with a reference threshold and deducing the presence or the absence of an overcurrent based on said comparison.
A method for operating a vehicle-external charging device for charging an electric or hybrid vehicle, wherein an electrical connection of an insulation monitor connected between a contactor of the charging device and a charging cable of the charging device is checked, wherein an electrical insulation of the charging cable is checked by the insulation monitor when the contactor is in an open switching state, characterised in that the charging cable is connected to first connections (3.1) of the insulation monitor, wherein electrical conductors between the contactor and a power electronics of the charging device are connected to second connections (3.2) of the insulation monitor; when the contactor is in a closed switching state, the electrical connection of the insulation monitor is checked by the insulation monitor by way of a resistance measurement on electrical lines to be monitored, the insulation monitor being connected to said lines via the second connections (3.2), when the switching state of the contactor is open, the electrical insulation of the charging device between the contactor and the power electronics is checked by the insulation monitor, the electrical insulation of the charging cable is checked at the first connections (3.1) of the insulation monitor, wherein the electrical insulation of the charging device between the contactor and the power electronics is checked at the second connections (3.2) of the insulation monitor, wherein measured values at the first connections (3.1) are compared with measured values at the second connections (3.2) when the switching state of the contactor is closed. the charging cable is connected to first connections (3.1) of the insulation monitor, wherein electrical conductors between the contactor and a power electronics of the charging device are connected to second connections (3.2) of the insulation monitor; when the contactor is in a closed switching state, the electrical connection of the insulation monitor is checked by the insulation monitor by way of a resistance measurement on electrical lines to be monitored, the insulation monitor being connected to said lines via the second connections (3.2), when the switching state of the contactor is open, the electrical insulation of the charging device between the contactor and the power electronics is checked by the insulation monitor, the electrical insulation of the charging cable is checked at the first connections (3.1) of the insulation monitor, wherein the electrical insulation of the charging device between the contactor and the power electronics is checked at the second connections (3.2) of the insulation monitor, wherein measured values at the first connections (3.1) are compared with measured values at the second connections (3.2) when the switching state of the contactor is closed.
A vehicle-mounted display system, comprising a transparent projection screen and a projector configured to project an image onto the transparent projection screen, wherein a first polarizer is attached onto a lens of the projector, and a second polarizer is attached onto the transparent projection screen; the polarization transmission direction of the second polarizer is perpendicular to the polarization transmission direction of the first polarizer; and the second polarizer has a polarization reflection direction perpendicular to its polarization transmission direction, and the polarization reflection direction of the second polarizer is parallel to the polarization transmission direction of the first polarizer, so as to reflect a light component in the polarization reflection direction, wherein the transparent projection screen is a portion of a front windshield of a vehicle, characterized in that the vehicle-mounted display system further comprises: a projector rotation bracket connected to the projector; a projector controller connected to the projector rotation bracket and configured to control the projector rotation bracket to adjust an image projection direction of the projector; and image correction unit, wherein the image correction unit comprises: a gyroscope configured to acquire space angle information of the projector and arranged on the projector; an imaging plane angle information acquisition module configured to acquire space angle information of the front windshield as an imaging plane; a calculator connected to the imaging plane angle information acquisition module and configured to calculate a difference between a space angle of the imaging plane and a space angle of the projector to obtain a correspondence between a point on an image generated by the projector and a point on an image formed on the imaging plane; and an image corrector connected to the calculator and configured to correct the image generated by the projector in accordance with the correspondence. a projector rotation bracket connected to the projector; a projector controller connected to the projector rotation bracket and configured to control the projector rotation bracket to adjust an image projection direction of the projector; and a gyroscope configured to acquire space angle information of the projector and arranged on the projector; an imaging plane angle information acquisition module configured to acquire space angle information of the front windshield as an imaging plane; a calculator connected to the imaging plane angle information acquisition module and configured to calculate a difference between a space angle of the imaging plane and a space angle of the projector to obtain a correspondence between a point on an image generated by the projector and a point on an image formed on the imaging plane; and an image corrector connected to the calculator and configured to correct the image generated by the projector in accordance with the correspondence.
Toilet-flushing system with a function for setting the flushing speed, having a water-storage tank and a flushing line which connects a water outlet of the water-storage tank to a toilet bowl, - wherein a speed-regulation opening is formed at a side wall of the flushing line, - wherein provision is made of an impingement plate which is inserted into the flushing line through the speed-regulation opening, - wherein one end of the impingement plate has a plug which is seated rotatably in the speed-regulation opening and which seals off the speed-regulation opening, and - wherein a rotation of the plug causes a rotation of the impingement plate, characterized - in that the water-storage tank is mounted in the interior of a housing element, and - in that a rotary knob is arranged rotatably on the housing element and is connected to the plug by a connecting rod. - wherein a speed-regulation opening is formed at a side wall of the flushing line, - wherein provision is made of an impingement plate which is inserted into the flushing line through the speed-regulation opening, - wherein one end of the impingement plate has a plug which is seated rotatably in the speed-regulation opening and which seals off the speed-regulation opening, and - wherein a rotation of the plug causes a rotation of the impingement plate, - in that the water-storage tank is mounted in the interior of a housing element, and - in that a rotary knob is arranged rotatably on the housing element and is connected to the plug by a connecting rod.
A method for wireless communication, performed by an apparatus in a 3GPP communication system, the method comprising: receiving a set of transport blocks, TBs, each of the TBs comprising one or more code block groups, CBGs; generating a bit sequence providing CBG-level feedback on a first subset of TBs in the set of TBs and TB-level feedback on each TB in the set of TBs, the first subset differing from the set of TBs, wherein generating the bit sequence comprises selecting to provide the CBG-level feedback on the first subset of TBs based at least in part on a number of available bits in the bit sequence and a number of TBs in the set of TBs that were not successfully received; generating the bit sequence to include a first subsequence that provides the TB-level feedback on each TB in the set of TBs, a second subsequence that identifies the first subset of TBs on which the bit sequence includes the CBG-level feedback, and a third subsequence that includes the CBG-level feedback on the first subset of TBs; and transmitting the bit sequence. receiving a set of transport blocks, TBs, each of the TBs comprising one or more code block groups, CBGs; generating a bit sequence providing CBG-level feedback on a first subset of TBs in the set of TBs and TB-level feedback on each TB in the set of TBs, the first subset differing from the set of TBs, wherein generating the bit sequence comprises selecting to provide the CBG-level feedback on the first subset of TBs based at least in part on a number of available bits in the bit sequence and a number of TBs in the set of TBs that were not successfully received; generating the bit sequence to include a first subsequence that provides the TB-level feedback on each TB in the set of TBs, a second subsequence that identifies the first subset of TBs on which the bit sequence includes the CBG-level feedback, and a third subsequence that includes the CBG-level feedback on the first subset of TBs; and transmitting the bit sequence.
An immunotherapeutic composition comprising: a) a yeast vehicle; and b) a fusion protein comprising HDV antigens, wherein the HDV antigen is selected from SEQ ID NO:34 or SEQ ID NO:28; and wherein the composition elicits an HDV-specific immune response when administered to a subject. a) a yeast vehicle; and b) a fusion protein comprising HDV antigens, wherein the HDV antigen is selected from SEQ ID NO:34 or SEQ ID NO:28; and
A platen press with a press toggle mechanism, wherein the press toggle mechanism has a driving member and a press toggle column, the press toggle column comprising: a driven member, a first toggle lever assigned to the driven member, and a second toggle lever assigned to the driven member, characterized in that the first toggle lever has a first contact surface and the second toggle lever has a second contact surface, wherein both toggle levers (46, 48) contact each other via their contact surfaces (50, 52), and wherein both contact surfaces (50, 52) are convex-shaped. a driven member, a first toggle lever assigned to the driven member, and a second toggle lever assigned to the driven member, characterized in that the first toggle lever has a first contact surface and the second toggle lever has a second contact surface, wherein both toggle levers (46, 48) contact each other via their contact surfaces (50, 52), and wherein both contact surfaces (50, 52) are convex-shaped.