mhurhangee/ep-ind-claims huggingface dataset:
A machine arrangement for sequential processing of sheet-type substrates having several different processing stations, wherein two processing stations arranged along the transport path of the substrates in each case have a non-impact printing device (06; 127) configured as at least one inkjet printing device respectively printing the substrates, wherein the processing stations having the non-impact printing devices (06; 127) each have a printing cylinder (22; 117; 118), wherein the first printing cylinder (22; 117) in the transport direction of the substrates is configured triple sized or quadruple sized, wherein a plurality of inkjet printing devices are arranged one after the other along a portion of the circumference of the first printing cylinder (22; 117), wherein the second printing cylinder in the transport direction of the substrates is configured triple sized or quadruple sized, wherein a plurality of inkjet printing devices are arranged one after the other along a portion of the circumference of the second printing cylinder (22; 118), wherein for the preprocessing of the front side of the substrates a first primer device and a dryer (07; 121) downstream of this primer device having the first printing cylinder (22; 117) are arranged upstream of the processing station printing the front side of the substrates, characterized in that a turning device is arranged between the first printing cylinder (22; 117) and the second printing cylinder, wherein in transport direction of the substrates after the turning device and before the processing station having the second printing cylinder and printing the back side of the substrates first a second primer application device processing the back side of the substrates and after that a third dryer (07; 122) are arranged, wherein several substrates are in each case arranged or at least can be arranged in circumferential direction in tandem on the lateral surface of the respective printing cylinders (22; 117; 118), wherein the respective printing cylinder (22; 117; 118) has at least as many retaining elements at its circumference that three or four substrates are arranged or at least can be arranged in tandem at its circumference in each case being held by a non-positive connection and/or by a positive connection.
A data transmission method, wherein the method comprises: obtaining, by a coordinating device, transmission parameter information, wherein the transmission parameter information indicates a parameter that needs to be used by a target device to send to-be-transmitted data to a network side device; determining, by the coordinating device, an initial transmission moment of the to-be-transmitted data by adding a time offset value to a moment when the transmission parameter information is obtained, receiving, by the coordinating device, the to-be-transmitted data sent by the target device; and when the initial transmission moment of the to-be-transmitted data arrives, sending (S 104), by the coordinating device, the received to-be-transmitted data to the network side device based on the transmission parameter information, wherein the obtaining, by a coordinating device, transmission parameter information comprises: listening, by the coordinating device, to control information sent by the network side device to the target device, parsing the control information and determining that the parsed control information meets a format of the transmission parameter information to obtain the parsed control information as the transmission parameter information; or receiving, by the coordinating device, the transmission parameter information sent by the target device. obtaining, by a coordinating device, transmission parameter information, wherein the transmission parameter information indicates a parameter that needs to be used by a target device to send to-be-transmitted data to a network side device; determining, by the coordinating device, an initial transmission moment of the to-be-transmitted data by adding a time offset value to a moment when the transmission parameter information is obtained, receiving, by the coordinating device, the to-be-transmitted data sent by the target device; and when the initial transmission moment of the to-be-transmitted data arrives, sending (S 104), by the coordinating device, the received to-be-transmitted data to the network side device based on the transmission parameter information, wherein the obtaining, by a coordinating device, transmission parameter information comprises: listening, by the coordinating device, to control information sent by the network side device to the target device, parsing the control information and determining that the parsed control information meets a format of the transmission parameter information to obtain the parsed control information as the transmission parameter information; or receiving, by the coordinating device, the transmission parameter information sent by the target device. listening, by the coordinating device, to control information sent by the network side device to the target device, parsing the control information and determining that the parsed control information meets a format of the transmission parameter information to obtain the parsed control information as the transmission parameter information; or receiving, by the coordinating device, the transmission parameter information sent by the target device.
Emitter unit for generating ultraviolet radiation, in particular for use in food processing or water treatment, comprising an UV emitter with an emitter tube made of quartz glass or an UV emitter surrounded by a cylinder-shaped cladding tube made of quartz glass with an emitter tube made of quartz glass, characterised in that a dirt-repelling coating produced through the use of silicon dioxide or titanium dioxide nanoparticles is applied onto the emitter tube and/or the cladding tube.
A fiber laser apparatus comprising: a plurality of fiber laser units each having an amplifying optical fiber operable to amplify a laser beam, a pumping light source (114A, 114B) operable to supply pumping light to the amplifying optical fiber, and an optical cavity operable to oscillate the laser beam; a combiner operable to optically combine output laser beams outputted from the plurality of fiber laser units to generate a combined laser beam; and a laser emission portion operable to emit the combined laser beam generated by the combiner; characterized in that the fiber laser apparatus further comprises: a plurality of output laser beam power detection parts operable to detect a power of an output laser beam outputted from the optical cavity of each of the plurality of fiber laser units; a combined laser beam power detection part operable to detect a power of the combined laser beam generated by the combiner; and a failure detection part including an adder part operable to sum up the powers of the output laser beams detected by the output laser beam power detection parts of the plurality of fiber laser units to calculate a total laser beam power, a comparator part operable to compare the total laser beam power calculated by the adder part with a power of the combined laser beam detected by the combined laser beam power detection part, and a determination part operable to determine that a failure has occurred in at least one of the plurality of fiber laser units when a ratio of the power of the combined laser beam to the total laser beam power becomes lower than a predetermined threshold T. a plurality of fiber laser units each having an amplifying optical fiber operable to amplify a laser beam, a pumping light source (114A, 114B) operable to supply pumping light to the amplifying optical fiber, and an optical cavity operable to oscillate the laser beam; a combiner operable to optically combine output laser beams outputted from the plurality of fiber laser units to generate a combined laser beam; and a laser emission portion operable to emit the combined laser beam generated by the combiner; a plurality of output laser beam power detection parts operable to detect a power of an output laser beam outputted from the optical cavity of each of the plurality of fiber laser units; a combined laser beam power detection part operable to detect a power of the combined laser beam generated by the combiner; and a failure detection part including an adder part operable to sum up the powers of the output laser beams detected by the output laser beam power detection parts of the plurality of fiber laser units to calculate a total laser beam power, a comparator part operable to compare the total laser beam power calculated by the adder part with a power of the combined laser beam detected by the combined laser beam power detection part, and a determination part operable to determine that a failure has occurred in at least one of the plurality of fiber laser units when a ratio of the power of the combined laser beam to the total laser beam power becomes lower than a predetermined threshold T.
A picking device of objects from a ground surface, comprising: - a roller able to roll on said ground surface and comprising a plurality of radial elements radially arranged about a rotation axis and extending for a majority thereof parallel to said rotation axis, an arrangement of said radial elements defining a plurality of intermediate openings extending for a majority thereof along a parallel direction to said rotation axis and the radial elements being configured so as to flex in such a way as to cause a dilation of said opening that is sufficient to enable passage of said objects internally of a volume delimited by a totality of said radial elements; - collecting means for said objects, said collecting means being positioned at least partially inside said roller and being susceptible of at least temporarily housing internally thereof said objects when picked up from said terrain by said roller, said collecting means comprising a central support body, provided with support elements for fixedly retaining lateral portions of said radial elements and characterised in that it comprises an aspirating mouth, positioned at a central portion of said central body and being configured such as to place at least part of a hollow internal area of said central body in communication with an outside of the central body, said aspirating mouth being configured so as to enable aspiration of objects retained internally of a volume delimited by said plurality of radial elements. - a roller able to roll on said ground surface and comprising a plurality of radial elements radially arranged about a rotation axis and extending for a majority thereof parallel to said rotation axis, an arrangement of said radial elements defining a plurality of intermediate openings extending for a majority thereof along a parallel direction to said rotation axis and the radial elements being configured so as to flex in such a way as to cause a dilation of said opening that is sufficient to enable passage of said objects internally of a volume delimited by a totality of said radial elements; - collecting means for said objects, said collecting means being positioned at least partially inside said roller and being susceptible of at least temporarily housing internally thereof said objects when picked up from said terrain by said roller, said collecting means comprising a central support body, provided with support elements for fixedly retaining lateral portions of said radial elements and
A space-borne antenna system, comprising - a first panel and a second panel being foldable to each other by means of hinges and having a gap in between them when the first and second panels (10, 20) are arranged in an operation condition in which the first and second panels are arranged in a common plane, wherein each of the first and second panels (10, 20) has a radiating surface; - an RF distribution network for providing transmit signals to the first and the second panels (10, 20) and combining received signals from the first and the second panels (10, 20); and - a set of choke flange assemblies comprising a first waveguide in a housing of the first panel and a second waveguide in a housing of the second panel and allowing a contactless inter-panel signal transmission across the gap between the first and second panels (10, 20), wherein the set of choke flange assemblies is arranged on the far side of the radiating surfaces of the first and second panels (10, 20); characterized by - an RF seal assembly for suppressing a signal coupling of signals radiated from the first and second panels (10, 20) to the set of choke flange assemblies by sealing the gap between the first and second panels (10, 20), wherein the RF seal assembly is provided within the gap between the first and second panels and the RF seal assembly is arranged at a hinge line. - a first panel and a second panel being foldable to each other by means of hinges and having a gap in between them when the first and second panels (10, 20) are arranged in an operation condition in which the first and second panels are arranged in a common plane, wherein each of the first and second panels (10, 20) has a radiating surface; - an RF distribution network for providing transmit signals to the first and the second panels (10, 20) and combining received signals from the first and the second panels (10, 20); and - a set of choke flange assemblies comprising a first waveguide in a housing of the first panel and a second waveguide in a housing of the second panel and allowing a contactless inter-panel signal transmission across the gap between the first and second panels (10, 20), wherein the set of choke flange assemblies is arranged on the far side of the radiating surfaces of the first - an RF seal assembly for suppressing a signal coupling of signals radiated from the first and second panels (10, 20) to the set of choke flange assemblies by sealing the gap between the first and second panels (10, 20), wherein the RF seal assembly is provided within the gap between the first and second panels and the RF seal assembly is arranged at a hinge line.
A display device comprising: a partition wall disposed on a substrate between a first electrode and a second electrode, the partition wall having an opening; a light emitting layer disposed in the opening; and an auxiliary layer having lyophobicity disposed between the partition wall and the second electrode, characterized in that the auxiliary layer includes at least one of a fluorine-based compound represented by Chemical Formula 1, and a siloxane-based compound represented by Chemical Formula 2: a partition wall disposed on a substrate between a first electrode and a second electrode, the partition wall having an opening; a light emitting layer disposed in the opening; and an auxiliary layer having lyophobicity disposed between the partition wall and the second electrode, characterized in that the auxiliary layer includes at least one of a fluorine-based compound represented by Chemical Formula 1, and a siloxane-based compound represented by Chemical Formula 2:
Use of a vaginal odorant compound being 4-hydroxy-2,5-dimethyl-3 -furanone for the manufacture of a pharmaceutical composition for treatment of reduced fertility of males and/or females.
A method, performed by a device comprising a processor, comprising: receiving a first downlink control information related to scheduling a first uplink data transmission on PUSCH during a first transmission time interval and receiving a second downlink control information related to scheduling a second uplink data transmission on PUSCH during a second transmission time interval, wherein the second transmission time interval overlaps at least a symbol with the first transmission time interval, and wherein the length of the first transmission time interval and the length of the second transmission time interval are different; determining to transmit, by the device, the first uplink data transmission or the second uplink data transmission depending on the shorter length of the first transmission time interval and the second transmission time interval, wherein the determined uplink data transmission overrides the scheduling of the not-determined uplink data transmission, and transmitting, by the device, the determined first or second uplink data transmission during either the scheduled first or second transmission time interval. receiving a first downlink control information related to scheduling a first uplink data transmission on PUSCH during a first transmission time interval and receiving a second downlink control information related to scheduling a second uplink data transmission on PUSCH during a second transmission time interval, wherein the second transmission time interval overlaps at least a symbol with the first transmission time interval, and wherein the length of the first transmission time interval and the length of the second transmission time interval are different; determining to transmit, by the device, the first uplink data transmission or the second uplink data transmission depending on the shorter length of the first transmission time interval and the second transmission time interval, wherein the determined uplink data transmission overrides the scheduling of the not-determined uplink data transmission, and transmitting, by the device, the determined first or second uplink data transmission during either the scheduled first or second transmission time interval.
A solar cell string comprising: - a solar cell formed from a wafer substrate having an area-measured electrode contact section, - a further solar cell arranged adjacent to the solar cell and formed from a further wafer substrate having a further area-measured electrode contact section, and - at least one ribbon-shaped cell connector extending along an extension direction from the electrode contact section of the solar cell to the further electrode contact section of the further solar cell and having a cell connector width and a cell connector thickness oriented in a substantially vertical manner to the electrode contact sections (11, 21), wherein the cell connector connects electrically electrodes of the solar cell to further electrodes of the further solar cell, wherein the cell connector thickness of the ribbon-shaped cell connector increases at least in sections considered along its extension direction from the solar cell in the direction to the further solar cell, the solar cells (1,2) are formed as front side contacted solar cells having light entrance faces, wherein the light entrance faces have a plurality of electrode contact sections (11,11',21,21') in the form of busbars each provided with a ribbon-shaped cell connector (3,3'), wherein the cell connectors of the solar cell string run from the front sides of the solar cells to the rear sides of the neighboring solar cells, characterized in that the ribbon-shaped cell connector comprises considered in the direction of the cell connector thickness a plurality of ribbon-shaped connector elements arranged one above the other and overlapping in sections along the extension direction in an overlap section of the solar cell and along a further overlap section of the further solar cell, and that in view on the light entrance faces of the solar cell the plurality of the ribbon-shaped connector elements has a lower ribbon-shaped connector element arranged in staggered manner in direction of the further solar cell and arranged below an upper contact element arranged along the electrode contact section of the solar cell. - a solar cell formed from a wafer substrate having an area-measured electrode contact section, - a further solar cell arranged adjacent to the solar cell and formed from a further wafer substrate having a further area-measured electrode contact section, and - at least one ribbon-shaped cell connector extending along an extension direction from the electrode contact section of the solar cell to the further electrode contact section of the further solar cell and having a cell connector width and a cell connector thickness oriented in a substantially vertical manner to the electrode contact sections (11, 21), wherein the cell connector connects electrically electrodes of the solar cell to further electrodes of the further solar cell,
An operation device, comprising: a first disparity search unit that uses a standard image that is an image obtained by capturing with a first camera and a reference image that is an image obtained by capturing with a second camera to calculate a disparity in the standard image in a unit of a first block and generate a temporary distance image; a disparity invalidity determination unit that identifies an invalid region for which disparity calculation from the temporary distance image has failed; a condition generation unit (106, 106B) that generates a search condition including disparity candidates of the invalid region using the temporary distance image; and characterized in that it comprises a second disparity search unit that uses the standard image, the reference image, and the search condition to calculate a disparity of the invalid region in a unit of a second block having a size smaller than a size of the first block, and the first disparity search unit outputs candidate values, which are the disparity candidates of the invalid region, to the second disparity search unit, and the second disparity search unit selects one of the candidate values using the disparity candidates to set the selected candidate value as a temporary disparity, and calculates the disparity of the second block included in the invalid region using a predetermined range from the temporary disparity as a search range. a first disparity search unit that uses a standard image that is an image obtained by capturing with a first camera and a reference image that is an image obtained by capturing with a second camera to calculate a disparity in the standard image in a unit of a first block and generate a temporary distance image; a disparity invalidity determination unit that identifies an invalid region for which disparity calculation from the temporary distance image has failed; a condition generation unit (106, 106B) that generates a search condition including disparity candidates of the invalid region using the temporary distance image; and characterized in that it comprises a second disparity search unit that uses the standard image, the reference image, and the search condition to calculate a disparity of the invalid region in a unit of a second block having a size smaller than a size of the first block, and the first disparity search unit outputs candidate values, which are the disparity candidates of the invalid region, to the second disparity search unit, and the second disparity search unit selects one of the candidate values using the disparity candidates to set the selected candidate value as a temporary disparity, and calculates the disparity of the second block included in the invalid region using a predetermined range from the temporary disparity as a search range.