mhurhangee/ep-ind-claims huggingface dataset:
Method for converting a continuous casting plant for the continuous casting of a strand with a billet or bloom cross section, wherein the continuous casting plant before the conversion comprises: - a mould for casting liquid steel into a strand with a billet or bloom cross section and an oscillating unit for oscillating the mould; - an arcuate strand guide for supporting, guiding and cooling the strand with a plurality of strand guiding rollers arranged on either side of the strand, wherein the strand in the strand guide is cooled by cooling nozzles; - at least one extraction unit with in each case one driven strand guiding roller, which can be adjusted on the strand, for extracting the strand from the mould; - a flame cutting machine for severing the strand into strand portions; and - a run-out region for laying down the strand portions; having the following method steps: i) offsetting the flame cutting machine in the casting direction, with the result that between the last extraction unit and the offset flame cutting machine a free space is produced; ii) installing at least one soft reduction unit (8, 8a,..., 8e) in the free space, wherein each soft reduction unit has an adjusting device and a strand guiding roller, which can be adjusted by the adjusting device, for reducing the thickness of the strand. - a mould for casting liquid steel into a strand with a billet or bloom cross section and an oscillating unit for oscillating the mould; - an arcuate strand guide for supporting, guiding and cooling the strand with a plurality of strand guiding rollers arranged on either side of the strand, wherein the strand in the strand guide is cooled by cooling nozzles; - at least one extraction unit with in each case one driven strand guiding roller, which can be adjusted on the strand, for extracting the strand from the mould; - a flame cutting machine for severing the strand into strand portions; and - a run-out region for laying down the strand portions; having the following method steps: i) offsetting the flame cutting machine in the casting direction, with the result that between the last extraction unit and the offset flame cutting machine a free space is produced; ii) installing at least one soft reduction unit (8, 8a,..., 8e) in the free space, wherein each soft reduction unit has an adjusting device and a strand guiding roller, which can be adjusted by the adjusting device, for reducing the thickness of the strand. i) offsetting the flame cutting machine in the casting direction, with the result that between the last extraction unit and the offset flame cutting machine a free space is produced; ii) installing at least one soft reduction unit (8, 8a,..., 8e) in the free space, wherein each soft reduction unit has an adjusting device and a strand guiding roller, which can be adjusted by the adjusting device, for reducing the thickness of the strand.
A method performed by a portable electronic device with a touch screen display, comprising: displaying a text entry area and a soft keyboard on the touch screen display, the text entry area including text; displaying an insertion marker at a first location in the text on the touch screen display; detecting a finger contact with the touch screen display; in response to the detected finger contact: expanding the insertion marker from a first size to a second size on the touch screen display, and expanding a portion of the text on the touch screen display from an original size to an expanded size; detecting movement of the finger contact on the touch screen display; moving the expanded insertion marker, with respect to the touch screen display, in accordance with the detected movement of the finger contact from the first location to a second location in the text while continuing to display the soft keyboard; in response to finger contact no longer being detected, contracting the insertion marker from the second size to the first size at the second location; and after contracting the insertion marker and in response to receiving a text via the soft keyboard, displaying the received text at the second location. displaying a text entry area and a soft keyboard on the touch screen display, the text entry area including text; displaying an insertion marker at a first location in the text on the touch screen display; detecting a finger contact with the touch screen display; in response to the detected finger contact: expanding the insertion marker from a first size to a second size on the touch screen display, and expanding a portion of the text on the touch screen display from an original size to an expanded size; detecting movement of the finger contact on the touch screen display; moving the expanded insertion marker, with respect to the touch screen display, in accordance with the detected movement of the finger contact from the first location to a second location in the text while continuing to display the soft keyboard; in response to finger contact no longer being detected, contracting the insertion marker from the second size to the first size at the second location; and after contracting the insertion marker and in response to receiving a text via the soft keyboard, displaying the received text at the second location. expanding the insertion marker from a first size to a second size on the touch screen display, and expanding a portion of the text on the touch screen display from an original size to an expanded size; detecting movement of the finger contact on the touch screen display; moving the expanded insertion marker, with respect to the touch screen display, in accordance with the detected movement of the finger contact from the first location to a second location in the text while continuing to display the soft keyboard; in response to finger contact no longer being detected, contracting the insertion marker from the second size to the first size at the second location; and after contracting the insertion marker and in response to receiving a text via the soft keyboard, displaying the received text at the second location.
Main filter element for the assembly in a filtering device, in particular of an air filter to be flowed through by a fluid to be filtered for an internal combustion engine, the main filter element being designed as multiple filter bellows with at least two radially nested filter bellows (32, 34), at least one filter bellows (32, 34) being flowed through in radial direction and a flow chamber being formed for the fluid between the filter bellows (32, 34), which communicates with a first front face of the main filter element, each filter bellows (32, 34) being designed as star filter with filter folds disposed in a star-shaped manner and a seal being disposed on at least one front face of the main filter element for sealing against a filter housing (12, 104), characterized in that the first axial front face of the radially outside lying filter bellows is covered by a first cover ring for avoiding an axial flow, the inside-lying flow chamber of the inner filter bellows being closed on the first front face of the main filter element by a cover plate, the first axial front face of the inside-lying filter bellows being uncovered, the flow chamber being closed by a second cover ring on the second front face of the main filter element opposing the first axial front face, the cover ring covering the axial front faces of the two filter bellows.
An epoxy resin composition, comprising: an epoxy resin including a compound represented by the following Formula; a phenol resin including a compound represented by the following Formula; and a dihydroxynaphthalene compound including a compound represented by the following Formula: wherein, in Formula, R represents a hydrogen atom, and n represents an integer from 0 to 10; wherein, in Formula, R 1 represents a hydrogen atom, an alkyl group having from 1 to 6 carbon atoms, or an alkoxy group having 1 or 2 carbon atoms, and each R 1 may be the same as or different from another R 1; and n represents an integer from 0 to 10; and wherein, in Formula, R 1 represents a hydrogen atom, an alkyl group having from 1 to 6 carbon atoms, or an alkoxy group having 1 or 2 carbon atoms. an epoxy resin including a compound represented by the following Formula; a phenol resin including a compound represented by the following Formula; and a dihydroxynaphthalene compound including a compound represented by the following Formula:
A rubber composition comprising: 100 parts by mass of a chloroprene polymer; more than 0 parts by mass and 25 parts by mass or less of a diene-based polymer having an epoxy group with respect to 100 parts by mass of the chloroprene polymer; and 0.2 to 2.5 parts by mass of at least one selected from the group consisting of a thiourea compound and a thiazolidinethione compound with respect to 100 parts by mass of the chloroprene polymer. 100 parts by mass of a chloroprene polymer; more than 0 parts by mass and 25 parts by mass or less of a diene-based polymer having an epoxy group with respect to 100 parts by mass of the chloroprene polymer; and 0.2 to 2.5 parts by mass of at least one selected from the group consisting of a thiourea compound and a thiazolidinethione compound with respect to 100 parts by mass of the chloroprene polymer.
A method comprising: obtaining eye images of a wearer of a head mounted display (200, 400, 710) captured by an image capture device; determining biometric information of the wearer based at least in part on the eye images, wherein the biometric information is associated with physiological or behavioral characteristics of the wearer; presenting, via a display, a user interface comprising a consent request that includes a plurality of consent categories for the biometric information, wherein the plurality of consent categories includes a first consent category and a second consent category; receiving, via the user interface, a response to the consent request, wherein the response includes a consent indication from the wearer; in response to a determination that the consent indication indicates that the wearer has not agreed to the first consent category, suppressing transmission of biometric information that is associated with the first consent category; and in response to a determination that the consent indication indicates that the wearer has agreed to the second consent category, transmitting, to an acquirer device, the biometric information that is associated with the second consent category. obtaining eye images of a wearer of a head mounted display (200, 400, 710) captured by an image capture device; determining biometric information of the wearer based at least in part on the eye images, wherein the biometric information is associated with physiological or behavioral characteristics of the wearer; presenting, via a display, a user interface comprising a consent request that includes a plurality of consent categories for the biometric information, wherein the plurality of consent categories includes a first consent category and a second consent category; receiving, via the user interface, a response to the consent request, wherein the response includes a consent indication from the wearer; in response to a determination that the consent indication indicates that the wearer has not agreed to the first consent category, suppressing transmission of biometric information that is associated with the first consent category; and in response to a determination that the consent indication indicates that the wearer has agreed to the second consent category, transmitting, to an acquirer device, the biometric information that is associated with the second consent category.
Gyro-based surveying tool for surveying of holes oriented in a basically vertical direction in areas with no line-of-sight connection to the sky, the gyro-based surveying tool comprising: - a surveying head; - an analysing unit; wherein the surveying head comprises a plurality of MicroElectroMechanical-System-Inertial-Measurement-Unit, MEMS-IMU, arrangements (220a, 220b,...), each of the MEMS-IMU arrangements (220a, 220b,...) being arranged to obtain measurement results of angular rates and accelerations, and transmission means arranged to transmit information relating to the obtained measurement results to the analysing unit; and in that the analysing unit is arranged to receive and analyse said transmitted information relating to the measurement results from the plurality of MEMS-IMU arrangements so as to calculate a combined measurement result comprising combined angular rates and accelerations calculated based on the measured angular rates and accelerations from each (220a, 220b,...) MEMS-IMU out of the plurality of MEMS-IMU, wherein the surveying tool further comprises means (230; 250) for calculating an attitude of said surveying head based on said combined measurement result, and wherein said MEMS-IMU arrangements are six-degree of freedom sensors. - a surveying head; - an analysing unit;
A computer-implemented method for facilitating location based full text search, the method comprising: receiving a one dimensional location value; receiving a search term; generating an interwoven bit vector based on the search term and the location value; querying an index of interwoven bit vectors using the interwoven bit vector; and receiving, based on the querying of the index, a result set that is associated with the search term and the location value. receiving a one dimensional location value; receiving a search term; generating an interwoven bit vector based on the search term and the location value; querying an index of interwoven bit vectors using the interwoven bit vector; and receiving, based on the querying of the index, a result set that is associated with the search term and the location value.
A variable voltage power supply, comprising a controller, a variable voltage source group, and a switch group; wherein: the variable voltage source group comprises at least two variable voltage sources, wherein the variable voltage source group is configured to supply a voltage; the switch group comprises at least two switches, wherein each switch connects to one variable voltage source, and the switch group is configured to control whether the variable voltage sources output a voltage; and the controller connects to each of the variable voltage sources and the switch group, and is configured to receive a reference signal in a first cycle; characterized in that the controller is further configured to determine, according to a strength of the reference signal in a second cycle, an output voltage required for the variable voltage source group in the second cycle, set a variable voltage source which outputs the required output voltage for the variable voltage source group, and control, in the second cycle, a switch of the switch group corresponding to the set variable voltage source which outputs the required output voltage to be closed, so as to control the variable voltage source which is set to output the required output voltage to output a voltage; wherein the second cycle is any one cycle after the first cycle. the variable voltage source group comprises at least two variable voltage sources, wherein the variable voltage source group is configured to supply a voltage; the switch group comprises at least two switches, wherein each switch connects to one variable voltage source, and the switch group is configured to control whether the variable voltage sources output a voltage; and the controller connects to each of the variable voltage sources and the switch group, and is configured to receive a reference signal in a first cycle; characterized in that the controller is further configured to determine, according to a strength of the reference signal in a second cycle, an output voltage required for the variable voltage source group in the second cycle, set a variable voltage source which outputs the required output voltage for the variable voltage source group, and control, in the second cycle, a switch of the switch group corresponding to the set variable voltage source which outputs the required output voltage to be closed, so as to control the variable voltage source which is set to output the required output voltage to output a voltage; wherein the second cycle is any one cycle after the first cycle.
An electric valve, comprising: a valve body component, wherein, the valve body component comprises a valve body and a valve cover, and the valve cover is fixedly connected with an outer margin portion of the valve body; a valve seat component, which is fixedly connected with the valve body; a valve core component, which is arranged in an inner chamber of the valve body; a transmission component, wherein, the transmission component comprise a magnetic rotor, a screw rod, and a screw nut, the magnetic rotor is arranged inside an inner chamber of the valve cover, the screw nut is screwed to the screw rod, and the screw rod is static with respect to the valve body in an axial direction; and a screw nut kit, wherein the screw nut kit comprises a first limiting portion configured to limit circumferential rotation of the screw nut, and a cross-section of the first limiting portion is non-circular, characterized in that, the screw nut kit is a thin-walled metal cylinder and comprises two or more axial ribbed plates formed by punching and bending the thin-walled cylinder inwardly, and the axial ribbed plates serve as the first limiting portion. a valve body component, wherein, the valve body component comprises a valve body and a valve cover, and the valve cover is fixedly connected with an outer margin portion of the valve body; a valve seat component, which is fixedly connected with the valve body; a valve core component, which is arranged in an inner chamber of the valve body; a transmission component, wherein, the transmission component comprise a magnetic rotor, a screw rod, and a screw nut, the magnetic rotor is arranged inside an inner chamber of the valve cover, the screw nut is screwed to the screw rod, and the screw rod is static with respect to the valve body in an axial direction; and a screw nut kit, wherein the screw nut kit comprises a first limiting portion configured to limit circumferential rotation of the screw nut, and a cross-section of the first limiting portion is non-circular, characterized in that, the screw nut kit is a thin-walled metal cylinder and comprises two or more axial ribbed plates formed by punching and bending the thin-walled cylinder inwardly, and the axial ribbed plates serve as the first limiting portion.
A computer-implemented method of training a multilayer neural network to detect and classify different cell types in biological images, the method comprising: identifying tissue regions in a sample image of a biological specimen, wherein each identified tissue region corresponds to a different type of tissue of a plurality of types of tissue; detecting and classifying cells in the sample image to provide proposed cell classifications, where each cell classification corresponds to different type of cell of a plurality of types of cells; correcting incorrectly classified proposed cell classifications using input from a user to provide final cell classifications; assigning a label for each pixel within the sample image, the label comprising the cell type and the region type to which the pixel belongs, wherein the pixel label is assigned only for those cell and region combinations which are biologically feasible; and training the multilayer neural network using the sample image and the labels assigned to the plurality of pixels. identifying tissue regions in a sample image of a biological specimen, wherein each identified tissue region corresponds to a different type of tissue of a plurality of types of tissue; detecting and classifying cells in the sample image to provide proposed cell classifications, where each cell classification corresponds to different type of cell of a plurality of types of cells; correcting incorrectly classified proposed cell classifications using input from a user to provide final cell classifications; assigning a label for each pixel within the sample image, the label comprising the cell type and the region type to which the pixel belongs, wherein the pixel label is assigned only for those cell and region combinations which are biologically feasible; and training the multilayer neural network using the sample image and the labels assigned to the plurality of pixels.
A vaccine comprising a live, attenuated mutated Bordetella pertussis strain comprising at least a mutated pertussis toxin (ptx) gene which codes for an enzymatically inactive pertussis toxin, a deleted dermonecrotic toxin (dnt) gene or a mutated dnt gene that codes for an enzymatically inactive dermatonecrotic toxin, and a heterologous ampG gene which replaces the Bordetella ampG gene, and a pharmaceutically suitable excipient, vehicle and/or carrier, wherein the strain is able to colonize and induce protective immunity in a subject, wherein the replacement of the Bordetella ampG gene with the heterologous ampG gene causes the Bordetella pertussis strain to express less than 5% of the tracheal cytotoxin activity as that expressed by a Bordetella pertussis strain which does not have its native ampG gene replaced with the heterologous ampG gene.
A pharmaceutical package assembly comprising a plunger or a piston comprising a polymer composition comprising an effective amount of lubricating additive, characterized in that the lubricating additive comprises hexagonal boron nitride, with the proviso that no lubricating coating selected from silicone oil and fluorocarbon coatings are added.