mhurhangee/ep-ind-claims huggingface dataset:
A conductive, corrosion resistant precoated metal sheet comprising a metal sheet on at least one surface of which is formed a coating film (α) which contains an organic resin and non-oxide ceramic particles with a 25°C electrical resistivity of 0.1×10 -6 to 185×10 -6 Ωcm selected from borides, carbides, nitrides, and silicides, a volume ratio of the organic resin and the non-oxide ceramic particles in said coating film (α) at 25°C being 90:10 to 99.9:0.1, said organic resin including a resin which includes at least one type of functional group selected from a carboxyl group and sulfonic acid group in a structure of the resin or further a derivative of that resin, wherein said resin or derivative of said resin further includes at least one type of functional group selected from an ester group, urethane group, and urea group in the structure of the resin or the derivative and wherein said resin is a polyurethane resin (A1u) which includes a urea group in the structure of the polyurethane resin (A1u).
Arrangement comprising a connecting element and a first data cable and a second data cable different therefrom, wherein the first data cable is connected to the second data cable via the connecting element, wherein - the first data cable has two pairs of cores (4a, 4b), with respectively two adjacently arranged cores, which form a transmission pair for symmetrical data transmission and are optionally provided with or without pair shielding, wherein the adjacently arranged cores define a parallel pair reference, - the second data cable has a quad-stranded composite with four cores, which is optionally provided with or without an overall shielding and in which diagonally opposite disposed cores form a transmission pair for symmetrical data transmission and the respectively diagonally opposite cores define a diagonal pair reference, - the connecting element is designed as an adapter element and has a plurality of connecting lines, at least two of which cross each other in such a way that the parallel pair reference is converted into the diagonal pair reference, so that, when the first data cable is connected to the second data cable, the adjacently arranged cores of a respective transmission pair of the first data cable are guided onto the diagonally opposite cores of the respective transmission pair of the second data cable. - the first data cable has two pairs of cores (4a, 4b), with respectively two adjacently arranged cores, which form a transmission pair for symmetrical data transmission and are optionally provided with or without pair shielding, wherein the adjacently arranged cores define a parallel pair reference, - the second data cable has a quad-stranded composite with four cores, which is optionally provided with or without an overall shielding and in which diagonally opposite disposed cores form a transmission pair for symmetrical data transmission and the respectively diagonally opposite cores define a diagonal pair reference, - the connecting element is designed as an adapter element and has a plurality of connecting lines, at least two of which cross each other in such a way that the parallel pair reference is converted into the diagonal pair reference, so that, when the first data cable is connected to the second data cable, the adjacently arranged cores of a respective transmission pair of the first data cable are guided onto the diagonally opposite cores of the respective transmission pair of the second data cable.
A fastening element for insertion into an opening, comprising a head portion with a functional area, which remains in its function outside the opening, a holding portion adjoining the head portion and extending along a middle axis, which protrudes at least partially into the opening, wherein the holding portion comprises a central core and a plurality of retention tabs being arranged at a distance from each other, which protrude away from the central core, and a centering portion, which adjoins the holding portion opposite to the head portion, wherein the central core comprises a breakthrough extending along the middle axis, wherein the central core in the region of the breakthrough is divided by the breakthrough into at least two legs (22; 23), which are movable towards each other when being inserted into an opening, characterized in that the retention tabs decrease in their length from the center of the central core towards the head portion and/or the centering portion. wherein the central core comprises a breakthrough extending along the middle axis, wherein the central core in the region of the breakthrough is divided by the breakthrough into at least two legs (22; 23), which are movable towards each other when being inserted into an opening, characterized in that the retention tabs decrease in their length from the center of the central core towards the head portion and/or the centering portion.
A barbecue device comprising a barbecue housing, a gas-powered heating element and a connecting element that can be connected to a fuel container, wherein the gas-powered heating element is connected to the connecting element by means of a connecting line, characterized in that the connecting line has a fuel extraction section that is designed to carry liquid fuel, and an expansion section that is designed to carry gaseous fuel, wherein the fuel extraction section is connected upstream to the connecting element in flow direction of the fuel and leads downstream to the expansion section.
A computer-implemented method for hiding copyright information in printable materials, the method comprising: generating, by a computing device (106, 108, 401, 601), a unique identifier based on copyright information associated with digital content, wherein the copyright information and the digital content are recorded on a blockchain of a blockchain network (102, 212, 416, 612); determining, by the computing device (106, 108, 401, 601), one or more features associated with one or more printable materials; and converting, by the computing device (106, 108, 401, 601), the unique ID (408, 606) to a digital watermark based on the one or more features, the digital watermark not being apparent to an unaided human eye when printed on the one or more printable materials and enables retrieval of the copyright information from the blockchain based on the unique ID, after converting the unique ID (408, 606) to the digital watermark, printing the digital watermark to the one or more printable materials to provide one or more printed content, wherein the one or more features are identifiable from reproduction of the one or more printed content after the digital watermark is printed, wherein the one or more printable materials include paper and the one or more features include one or more of texture, hue, deformation, ruggedness, and ink attributes associated with the paper. generating, by a computing device (106, 108, 401, 601), a unique identifier based on copyright information associated with digital content, wherein the copyright information and the digital content are recorded on a blockchain of a blockchain network (102, 212, 416, 612); determining, by the computing device (106, 108, 401, 601), one or more features associated with one or more printable materials; and converting, by the computing device (106, 108, 401, 601), the unique ID (408, 606) to a digital watermark based on the one or more features, the digital watermark not being apparent to an unaided human eye when printed on the one or more printable materials and enables retrieval of the copyright information from the blockchain based on the unique ID, after converting the unique ID (408, 606) to the digital watermark, printing the digital watermark to the one or more printable materials to provide one or more printed content, wherein the one or more features are identifiable from reproduction of the one or more printed content after the digital watermark is printed, wherein the one or more printable materials include paper and the one or more features include one or more of texture, hue, deformation, ruggedness, and ink attributes associated with the paper.
A glide path indicator configured to be mounted to a vehicle, the glide path indicator comprising: a light emitter configured to emit a visible light signal that defines a glide path for use by a pilot of an approaching aircraft; and a camera configured to capture images of the approaching aircraft, the camera being arranged such that at least part of the glide path defined by the light emitter is located within a field of view of the camera, characterized in that the glide path indicator further comprises a common stabilisation module configured to stabilise the light emitter so as to reduce or eliminate the effects of the vehicle's motion on the glide path, and to stabilise the camera so as to reduce or eliminate the effects of the vehicle's motion on the camera's field of view. a light emitter configured to emit a visible light signal that defines a glide path for use by a pilot of an approaching aircraft; and a camera configured to capture images of the approaching aircraft, the camera being arranged such that at least part of the glide path defined by the light emitter is located within a field of view of the camera, to stabilise the light emitter so as to reduce or eliminate the effects of the vehicle's motion on the glide path, and to stabilise the camera so as to reduce or eliminate the effects of the vehicle's motion on the camera's field of view.
An anti-skid chain for tyres, in particular for bogie axles, wherein the anti-skid chain has two laterally stable guide chains which in the mounted state are arranged to the side of the treads of the tyres, wherein the anti-skid chain has a flexible tread mesh which extends between the two guide chains, and wherein at least one guide chain has chain links (15, 17) interconnected in the peripheral direction in the manner of an articulation by hinge pins and at least one rotation blocking means by which a maximum angle of articulation between two interconnected chain links (15, 17) is set, wherein the angle of articulation between two interconnected chain links (15, 17) is the angle which the two interconnected chain links (15, 17) enclose with each other, and is ascertained as the angle between the longitudinal axes (37, 39) of the chain links (15, 17), characterised in that part of the rotation blocking means is located on at least one hinge pin.
Device for charging an electrically driven bus, having a positionally fixed charging station with a charging area which can be arranged in a defined proximity in the area of a corresponding vehicle-side charging area, wherein the charging-station-side charging area is formed by at least one charging contact which, for the charging of the bus, can be moved into abutment with at least one corresponding vehicle-side charging contact as vehicle-side charging area, wherein the at least one vehicle-side charging contact is formed by a pantograph, wherein the positionally fixed charging station has a position-determining apparatus by means of which the current position of the pantograph of the bus located in the surroundings of the charging station can be determined relative to the charging station, in particular relative to the corresponding charging-station-side charging area, wherein the position-determining apparatus has an image-capturing apparatus embodied as a camera, and an evaluation unit for determining the current position of the pantograph relative to the charging-station-side charging contacts, wherein the width, the length and the position of the pantograph can be determined by means of the image-capturing apparatus and the evaluation unit in order to determine the charging position of the bus, wherein at least one output apparatus (19, 31) which is connected in a signal-transmitting fashion to the position-determining apparatus is provided, and wherein instructions and/or information relating to the driving of the bus into the charging position can be output to a driver of the bus by means of the position-determining apparatus, as a function of the determined position of the pantograph, in which charging position the charging-station-side charging area is or can be arranged in the defined proximity in the area of the corresponding vehicle-end charging area.
A network node for coordinated physical downlink control channel, PDCCH, transmission, comprising means adapted to acquire information from each one of a first transmission point and a second transmission point relating to a number of user equipments associated therewith; means adapted to determine, based on said acquired information, a mapping from a set of PDCCHs to control channel element, CCE, indices, wherein the number of PDCCHs corresponds to the number of unique user equipments, thereby assigning one PDCCH to each user equipment; means adapted to provide the first transmission point with instructions to transmit first PDCCH control information at a control channel element, CCE, index to a first user equipment, wherein the instructions are based on said mapping, and wherein said first PDCCH control information is specific for said first user equipment; and means adapted to provide the second transmission point with instructions to transmit second PDCCH control information also at said CCE index to a second user equipment, wherein the instructions are based on said mapping, and wherein said second PDCCH control information is specific for said second user equipment; wherein the first transmission point and the second transmission point are associated with a common physical cell identity, PCI, and are controlled by a common network node. means adapted to acquire information from each one of a first transmission point and a second transmission point relating to a number of user equipments associated therewith; means adapted to determine, based on said acquired information, a mapping from a set of PDCCHs to control channel element, CCE, indices, wherein the number of PDCCHs corresponds to the number of unique user equipments, thereby assigning one PDCCH to each user equipment; means adapted to provide the first transmission point with instructions to transmit first PDCCH control information at a control channel element, CCE, index to a first user equipment, wherein the instructions are based on said mapping, and wherein said first PDCCH control information is specific for said first user equipment; and means adapted to provide the second transmission point with instructions to transmit second PDCCH control information also at said CCE index to a second user equipment, wherein the instructions are based on said mapping, and wherein said second PDCCH control information is specific for said second user equipment;
A photoresponsive oxygen storage material comprising: a plurality of unit cells, wherein each of the unit cells has a shape of a cube having eight corners and six faces, the corners of each of the unit cells are composed of zirconium-oxo clusters, the faces of each of the unit cells are composed of ligands each having a porphyrin skeleton and including greater than or equal to 1 and less than or equal to 4 carboxy groups, a molybdenum ion is located at a center of the porphyrin skeleton, and at least some of the plurality of unit cells are empty. a plurality of unit cells, wherein each of the unit cells has a shape of a cube having eight corners and six faces, the corners of each of the unit cells are composed of zirconium-oxo clusters, the faces of each of the unit cells are composed of ligands each having a porphyrin skeleton and including greater than or equal to 1 and less than or equal to 4 carboxy groups, a molybdenum ion is located at a center of the porphyrin skeleton, and at least some of the plurality of unit cells are empty.
A bolt receiving device for a locking device that has at least one pivoting hook bolt, having a strike plate that has a passage opening for a pivoting hook bolt, wherein a blocking plate is fastened movably to the strike plate and is displaceable in the longitudinal direction of the strike plate, wherein the blocking plate is movable into a main position that partially covers the passage opening and is movable out of the main position by the pivoting hook bolt as the pivoting hook bolt pivots in, wherein the blocking plate is fastened at the rear to the strike plate, and the pivoting hook bolt engages behind the rear face of the blocking plate when in the locked position, characterised in that a bolt receiving pot is fastened to the rear of the strike plate, wherein the blocking plate is guided displaceably between the strike plate and the bolt receiving pot.
A system comprising: a housing including spaced apart bearings supporting an input shaft and a separate output shaft, wherein the input shaft is configured and adapted to be connected to a motor or engine for mechanical power input, and wherein the output shaft is configured and adapted to be connected to deliver mechanical rotational power output; a driving clutch member operatively connected for common rotation with the output shaft; a driven clutch member operatively connected for common rotation with the input shaft, wherein the driving clutch member is biased towards a first position engaged with the driven clutch member for common rotation of the input and output shafts; and an eddy-current coupling operatively connecting the driving clutch member to the driven clutch member for driving the output shaft at a different rate from the input shaft with the driving clutch member in a second position spaced apart from the driven clutch member; and characterised in that the system further comprises an electromagnetic actuator that includes a synchronous generator operatively connected to selectively generate an electromagnetic field to move the driving clutch member into the second position, disengaged from the driven clutch member. a housing including spaced apart bearings supporting an input shaft and a separate output shaft, wherein the input shaft is configured and adapted to be connected to a motor or engine for mechanical power input, and wherein the output shaft is configured and adapted to be connected to deliver mechanical rotational power output; a driving clutch member operatively connected for common rotation with the output shaft; a driven clutch member operatively connected for common rotation with the input shaft, wherein the driving clutch member is biased towards a first position engaged with the driven clutch member for common rotation of the input and output shafts; and an eddy-current coupling operatively connecting the driving clutch member to the driven clutch member for driving the output shaft at a different rate from the input shaft with the driving clutch member in a second position spaced apart from the driven clutch member; and characterised in that the system further comprises an electromagnetic actuator that includes a synchronous generator operatively connected to selectively generate an electromagnetic field to move the driving clutch member into the second position, disengaged from the driven clutch member.
A method comprising: placing at least a portion of a blood sample that is a cell suspension within a sample chamber that is a cavity that includes a base surface; allowing the cells in the cell suspension to settle on the base surface of the sample chamber to form a monolayer of cells on the base surface of the sample chamber; acquiring at least one first microscopic image of at least a portion of the monolayer of cells, using a microscope while the microscope is focused at a monolayer-depth-level, at which the monolayer is within focus of the microscope; identifying platelets that have settled within the monolayer, within the at least one microscopic image; based upon the platelets that are identified within the at least one microscopic image, determining a first platelet count of platelets that have settled within the monolayer; acquiring at least one additional microscopic image of the portion of the sample using the microscope, while the microscope is focused at a different depth level from the monolayer-depth-level; identifying platelets that have not settled within the monolayer, within the at least one additional microscopic image; based upon the platelets that are identified within the at least one additional microscopic image, determining a second platelet count of platelets that have not settled within the monolayer; the method being characterized by comparing the first and second platelet counts to each other; and generating an output based upon comparing the first and second platelet counts to each other. placing at least a portion of a blood sample that is a cell suspension within a sample chamber that is a cavity that includes a base surface; allowing the cells in the cell suspension to settle on the base surface of the sample chamber to form a monolayer of cells on the base surface of the sample chamber; acquiring at least one first microscopic image of at least a portion of the monolayer of cells, using a microscope while the microscope is focused at a monolayer-depth-level, at which the monolayer is within focus of the microscope; identifying platelets that have settled within the monolayer, within the at least one microscopic image; based upon the platelets that are identified within the at least one microscopic image, determining a first platelet count of platelets that have settled within the monolayer; acquiring at least one additional microscopic image of the portion of the sample using the microscope, while the microscope is focused at a different depth level from the monolayer-depth-level; identifying platelets that have not settled within the monolayer, within the at least one additional microscopic image; based upon the platelets that are identified within the at least one additional microscopic image, determining a second platelet count of platelets that have not settled within the monolayer; the method being characterized by comparing the first and second platelet counts to each other; and generating an output based upon comparing the first and second platelet counts to each other.