mhurhangee/ep-ind-claims huggingface dataset:
A processor-implemented method for visual marker decoding for managing occlusion in Unmanned Aerial Vehicle navigation, said method comprising: capturing, via one or more hardware processors, at least one image of visual marker on a target, by an image capturing module of the UAV, wherein the visual marker comprises a binary code representing information pertaining to at least the target and a set of parity codes embedded around the binary code; determining, via the one or more hardware processors, whether entire area of the visual marker is covered in the captured image, by an image processing module of the UAV; recovering, via the one or more hardware processors, a missing area of the visual marker, if the entire area of the visual marker is found to be not visible in the captured image, by said image processing module, wherein recovering the missing area of the visual marker comprises extracting parity code corresponding to at least a part of the binary code encoded in the captured image and reconstructing remaining binary code of the missing area of the visual marker based on the extracted parity code; and navigating the UAV automatically, via the one or more hardware processors, based on at least one data decoded from the visual marker after recovering the missing area of the visual marker, by a navigation module of the UAV. capturing, via one or more hardware processors, at least one image of visual marker on a target, by an image capturing module of the UAV, wherein the visual marker comprises a binary code representing information pertaining to at least the target and a set of parity codes embedded around the binary code; determining, via the one or more hardware processors, whether entire area of the visual marker is covered in the captured image, by an image processing module of the UAV; recovering, via the one or more hardware processors, a missing area of the visual marker, if the entire area of the visual marker is found to be not visible in the captured image, by said image processing module, wherein recovering the missing area of the visual marker comprises extracting parity code corresponding to at least a part of the binary code encoded in the captured image and reconstructing remaining binary code of the missing area of the visual marker based on the extracted parity code; and navigating the UAV automatically, via the one or more hardware processors, based on at least one data decoded from the visual marker after recovering the missing area of the visual marker, by a navigation module of the UAV.
An apparatus for amplifying a radio signal to provide a differential output signal, comprising first means for amplifying a single-ended input signal, V in (t), wherein the first means comprises a first push pull stage comprising two transconductance stages; cascoding means for cascoding the transconductance stages of the first push pull stage to obtain a first output signal, V outn (t) wherein the first means comprise the first push-pull stage cascoded with the cascoding means; and second means for amplifying a signal derived from the outputs of the transconductance stages of the first push pull stage to obtain a second output signal, V outp (t), wherein the first and second output signals, V outn (t), V outp (t), form a differential output of the amplifier device.
A process of synthesizing an isoprene-butadiene rubber, the process comprising copolymerizing (a) isoprene monomer or a substituted isoprene monomer and (b) 1,3-butadiene monomer in the presence of a neodymium catalyst system, wherein the neodymium catalyst system is prepared by reacting a neodymium carboxylate with an organoaluminum compound in the presence of a conjugated diolefin monomer to produce neodymium-aluminum catalyst component, and subsequently reacting the neodymium-aluminum catalyst component with an alkyl aluminum chloride to produce the neodymium catalyst system, wherein the polymerization is terminated by the addition of an alkaline aqueous neutralizer solution, characterized in that from 30 weight percent to 70 weight percent isoprene is copolymerized with 70 weight percent to 30 weight percent 1,3-butadiene, and in that the neodymium catalyst system is prepared at a temperature that is within the range of from 10oC to 130oC.
A power divider, comprising: a plurality of transmission stages (Stage1...Stage 6) and a plurality of ground layers alternately arranged on respective ones of a plurality of dielectric layers (1 st layer... 12 th layer), a first transmission stage being arranged on a first dielectric layer (1 st layer), and a last transmission stage (Stage 7) being arranged below a last dielectric layer (12 th layer); wherein the plurality of transmission stages (Stage1...Stage 6) and the last transmission stage (Stage 7) are arrayed vertically, each consisting of a loop formed by a transmission line; the first transmission stage (Stage 1) has a first opening (O R1) connected by a resistor (R 1), and each of the remaining transmission stages (Stage 2...Stage 7) has a respective first opening (O R2...O R7) connected by a respective resistor (R 2...R 7) and a second opening (O 1...O 6) without a respective resistor; wherein adjacent transmission stages are connected such that two ends of the first opening (O R1...O R6) of one of the adjacent transmission stages are connected to two ends of the second opening (O 1...O 6) of the other one of the adjacent transmission stages by via transitions (VTs 12...VTs 67), in a top-to-bottom direction; and each ground layer has clearances through which the via transitions (VTs 12...VTs 67) pass. wherein the plurality of transmission stages (Stage1...Stage 6) and the last transmission stage (Stage 7) are arrayed vertically, each consisting of a loop formed by a transmission line; the first transmission stage (Stage 1) has a first opening (O R1) connected by a resistor (R 1), and each of the remaining transmission stages (Stage 2...Stage 7) has a respective first opening (O R2...O R7) connected by a respective resistor (R 2...R 7) and a second opening (O 1...O 6) without a respective resistor; wherein adjacent transmission stages are connected such that two ends of the first opening (O R1...O R6) of one of the adjacent transmission stages are connected to two ends of the second opening (O 1...O 6) of the other one of the adjacent transmission stages by via transitions (VTs 12...VTs 67), in a top-to-bottom direction; and each ground layer has clearances through which the via transitions (VTs 12...VTs 67) pass.
crystal modification of 6-hydroxy-4-oxo-2,4-dihydro-1H-pyrrolo[3,2,1-ij]-quinoline-5-carboxylic acid para-methoxyanilide with the following characteristic interplanar spacings (d) and relative intensities of reflections (I rel) d, Å - I rel d, Å -I rel d, Å - I rel 15.189 - 6 3.868 - 1 2.776 -<1 11.176 - 54 3.753 - 4 2.740 -<1 7.912 - 5 3.728 - 10 2.728 - 1 7.821 - 10 3.694 - 52 2.718 - 1 7.750 - 13 3.686 - 10 2.656 - 1 7.634 - 4 3.650 - 4 2.642 - 1 7.426 - 28 3.600 - 4 2.630 - <1 7.376 - 39 3.575 - 6 2.601 - <1 6.751 - 18 3.546 - 42 2.585 - 1 6.674 - 36 3.520 - 7 2.576 - <1 6.027 - <1 3.475 - <1 2.494 - <1 5.867 - 4 3.442 - 1 2.482 - 1 5.798 - 11 3.417 - <1 2.476 - 1 5.718 - 21 3.388 - 2 2.446 - <1 5.648 - 15 3.362 - 24 2.412 - <1 5.609 - 10 3.339 - 100 2.402 - 1 5.561 - 3 3.323 - 31 2.312 - <1 5.084 - 4 3.257 - 2 2.301 - <1 4.907 - 1 3.240 - 3 2.295 -<1 4.856 - <1 3.220 - 2 2.283 - 1 4.751 - 2 3.183 - 1 2.273 - 1 4.714 - 5 3.145 - 2 2.267 - <1 4.681 - 7 3.108 - 17 2.247 - <1 4.660 - 6 3.083 - 2 2.236 - 1 4.589 - 1 3.071 - <1 1 2.227 - <1 4.567 - 3 3.049 - <1 2.221 - <1 4.548 - 5 2.966 - <1 2.166 - <1 4.356 - <1 2.955 - 1 2.113 - <1 4.225 - 1 2.944 - 1 2.103 - 2 4.187 - 4 2.933 - <1 2.095 - <1 4.168 - 8 2.869 - <1 2.086 - <1 4.140 - 13 2.854 - <1 2.072 - <1 4.100 - 4 2.840 - <1 2.051 - <1 4.083 - 2 2.831 - 1 2.043 - 1 4.047 - 1 2.813 - 1 2.037 - <1 3.992 - 1 2.806 - 1 2.021 - <1 3.977 - 4 2.793 - 2 1.880 - <1 3.946 - 12 2.783 - 1 1.874 - <1 3.907 - 7 that exhibits diuretic activity.
Process for the preparation of a rubber compound for a pneumatic tyre portion; said process comprising a first non-productive mixing step, wherein, at least one cross-linkable unsaturated-chain polymer base, silica, a silane bonding agent comprised within the class of trialkoxymercaptoalkyl-silanes are mixed together and a productive blending step, wherein, at least a vulcanization system and Zn oxide are added and blended to the compound under preparation; said process being characterized in that said silica is functionalized with dicarboxylic acids, and in that said first non-productive mixing step does not comprise Zn oxide.
A method for coding 360-degree video content, the method comprising: identifying a first sampling position in a first projection format and a second sampling position in a second projection format, the second sampling position relating to the corresponding first sampling position via a transform function; identifying a reference parameter weight for the first sampling position, wherein the reference parameter weight corresponds to a first weighted spherically uniform peak signal-to-noise ratio, WS-PSNR, weight; determining an adjustment factor associated with the reference parameter weight for the first sampling position based on a horizontal derivative and a vertical derivative of the transform function computed in the second sampling position; calculating an adjusted parameter weight for the second sampling position based on the reference parameter weight for the first sampling position and the adjustment factor associated with the reference parameter weight for the first sampling position, and wherein the adjusted parameter weight corresponds to a second WS-PSNR weight; and applying the adjusted parameter weight to the second sampling position in the second projection format when coding the 360-degree video content. identifying a first sampling position in a first projection format and a second sampling position in a second projection format, the second sampling position relating to the corresponding first sampling position via a transform function; identifying a reference parameter weight for the first sampling position, wherein the reference parameter weight corresponds to a first weighted spherically uniform peak signal-to-noise ratio, WS-PSNR, weight; determining an adjustment factor associated with the reference parameter weight for the first sampling position based on a horizontal derivative and a vertical derivative of the transform function computed in the second sampling position; calculating an adjusted parameter weight for the second sampling position based on the reference parameter weight for the first sampling position and the adjustment factor associated with the reference parameter weight for the first sampling position, and wherein the adjusted parameter weight corresponds to a second WS-PSNR weight; and applying the adjusted parameter weight to the second sampling position in the second projection format when coding the 360-degree video content.
A method for secure communication, the method being performed by a system and comprising: receiving a network packet comprising an encrypted network address comprising an unencrypted network address encrypted by a first GPS time and a first pseudo random number; decrypting the encrypted network address using the first GPS time and the first pseudo random number to provide the unencrypted network address; enabling communication between a first closed commercial network (104, 106) and an isolated network in communication with the first closed commercial network (104, 106) via one or more communication channels (110, 112, 114); and transmitting, via the one or more communication channels (110, 112, 114), the network packet based on the unencrypted network address. receiving a network packet comprising an encrypted network address comprising an unencrypted network address encrypted by a first GPS time and a first pseudo random number; decrypting the encrypted network address using the first GPS time and the first pseudo random number to provide the unencrypted network address; enabling communication between a first closed commercial network (104, 106) and an isolated network in communication with the first closed commercial network (104, 106) via one or more communication channels (110, 112, 114); and transmitting, via the one or more communication channels (110, 112, 114), the network packet based on the unencrypted network address.
Extraction assembly of a core from a log suitable for cooperating with a converting line, characterized in that it comprises rectilinear transport means of the log wound about a disintegrable core and a gripping device for the portion of the core projecting from the log, wherein the rectilinear transport means have a transverse transport direction with respect to the log advancement direction of the log along the converting line, and alternate transport direction back and forward and comprise a first portion suitable for being received within the converting line and a second portion suitable for being placed outside the converting line, aligned with respect to the first portion along the transverse transport direction.
A transfer assistance device comprising: a bogie; an arm tiltably supported by the bogie; and a holding part that is supported by the arm and includes a front surface holding part configured to hold a front surface of a torso of a person being assisted, characterized in that the holding part comprises at least a first bag and a second bag configured to respectively face different parts of the front surface of the torso of the person being assisted, the transfer assistance device further comprises an air pressure adjuster (R, 67) configured to individually adjust air pressure of the first bag and air pressure of the second bag. a bogie; an arm tiltably supported by the bogie; and a holding part that is supported by the arm and includes a front surface holding part configured to hold a front surface of a torso of a person being assisted, characterized in that the holding part comprises at least a first bag and a second bag configured to respectively face different parts of the front surface of the torso of the person being assisted, the transfer assistance device further comprises an air pressure adjuster (R, 67) configured to individually adjust air pressure of the first bag and air pressure of the second bag.
A yacht, comprising at least a hull and a superstructure on the hull and a stowable and erectable, at least partial closure which is arranged in an erected state on the hull, wherein the closure comprises side wall parts roof parts and a closing wall, wherein the closing wall is rearward oriented to the stern of the yacht and pivotable to be pivoted on or against the roof parts of the closure by means of at least one pivot construction with a horizontally oriented pivot axis, and the superstructure comprises at least one recess, wherein the recess and the closure preferably have a substantially reverse U-shape for the recess to receive therein at least a part of the enclosure, when not in use, with the closing wall pivoted on or against the roof part for stowing of the closure in the recess of the superstructure.
An electromagnetic door opener with a door opener housing for incorporation into a door frame, with a pivotable flap which can be rotated between an opening position and a closing position, and with a security device against forced turning of the flap from the closing position into the opening position which has a primary security level and a secondary security level, wherein the secondary security level compresses a locking member which is supported directly on the housing base of the door opener housing in a form-fitting manner, characterised in that the primary security level comprises lever, and lever and the housing base.
Coated electrolyte material, comprising at least one sulfidic particulate lithium-ion-conductive electrolyte material, which has, at least in regions, at least one coating which contains or consists of at least one inorganic-organic hybrid polymer, wherein the at least one inorganic-organic hybrid polymer is preparable from at least one cross-linkable precursor which contains or consists of one or more structural units according to the following formula wherein X is selected from the group consisting of vinyl and epoxy, R 1 is selected from the group consisting of alkyl, -O-alkyl, and -O-, wherein -O- is a bridging group to an Si atom of the same structural unit or a further structural unit according to the formula of the at least one cross-linkable precursor, R 2 is selected from the group consisting of alkyl, -O-alkyl, and -O-, wherein -O- is a bridging group to an Si atom of the same structural unit or a further structural unit according to the formula of the at least one cross-linkable precursor, a is a number from 1 to 20, b is a number from 1 to 20, c is a number from 1 to 30, d is a number from 0 to 20, e is 2 or 3, f is a number from 1 to 20, and g is 2 or 3. X is selected from the group consisting of vinyl and epoxy, R 1 is selected from the group consisting of alkyl, -O-alkyl, and -O-, wherein -O- is a bridging group to an Si atom of the same structural unit or a further structural unit according to the formula of the at least one cross-linkable precursor, R 2 is selected from the group consisting of alkyl, -O-alkyl, and -O-, wherein -O- is a bridging group to an Si atom of the same structural unit or a further structural unit according to the formula of the at least one cross-linkable precursor, a is a number from 1 to 20, b is a number from 1 to 20, c is a number from 1 to 30, d is a number from 0 to 20, e is 2 or 3, f is a number from 1 to 20, and g is 2 or 3.
A tool comprising a machine-side machine connection for connecting the tool to a machine tool for rotational drive of the tool about a rotational axis and feed of the tool relative to a workpiece, a workpiece-side tool head having one or more cutting edges for machining a workpiece, wherein the diameter of the tool head is greater than 20 mm, and wherein the cutting edges of the tool are arranged to sweep over a surface perpendicular to the axis of rotation, a vibration unit adapted to cause the tool head to rotationally vibrate about the axis of rotation, and energy receiving means for receiving wirelessly supplied energy and supplying electrical energy to the vibration unit, characterized in that the tool comprises an elongated vibrating member extending along the axis of rotation and having the vibrating unit at the driving end, the tool head at the driven end and an intermediate portion (33, 34) between the two ends, the intermediate region (33, 34) being mechanically fixedly connected to the machine connection, the connection of the intermediate portion and the machine connection comprising a tubular structure, (i) which surrounds the driving end, (ii) one end of which is fixed to the intermediate portion (33, 34), and (iii) the other end of which is connected to the machine connection. a machine-side machine connection for connecting the tool to a machine tool for rotational drive of the tool about a rotational axis and feed of the tool relative to a workpiece, a workpiece-side tool head having one or more cutting edges for machining a workpiece, wherein the diameter of the tool head is greater than 20 mm, and wherein the cutting edges of the tool are arranged to sweep over a surface perpendicular to the axis of rotation, a vibration unit adapted to cause the tool head to rotationally vibrate about the axis of rotation, and energy receiving means for receiving wirelessly supplied energy and supplying electrical energy to the vibration unit, characterized in that the tool comprises an elongated vibrating member extending along the axis of rotation and having the vibrating unit at the driving end, the tool head at the driven end and an intermediate portion (33, 34) between the two ends, the intermediate region (33, 34) being mechanically fixedly connected to the machine connection, the connection of the intermediate portion and the machine connection comprising a tubular structure, (i) which surrounds the driving end, (ii) one end of which is fixed to the intermediate portion (33, 34), and (iii) the other end of which is connected to the machine connection. (i) which surrounds the driving end, (ii) one end of which is fixed to the intermediate portion (33, 34), and (iii) the other end of which is connected to the machine connection.
Rotary electric machine comprising at least one electronic module such as a power module or a control module or an excitation module, a heatsink comprising a base plate and a power interconnection part, said part comprising at least one power track (211, 212) provided with electrical power terminals (2120, 2110, 217d) that are each intended to cooperate with a power track (103, 104) of said at least one electronic module so as to distribute electrical power to said electronic module, the power interconnection part comprises a base plate made of electrically insulating material that at least partially overmoulds said power track (211, 212), said electronic module is integrated on said machine independently of said power interconnection part, said power interconnection part being stacked in a plane different to that used by the electronic module, said planes being perpendicular to the axis of rotation of the machine, characterized in that: - said electronic module has a set of electronic components that are disposed in a housing and said at least one power track (103, 104) forms a connection element accessible from outside said module for the operation thereof - in that the electrical power terminals (2120, 2110, 217d) of the power track (211, 212) extend towards the outer periphery of said part, - and in that the base plate of the heatsink is configured to be able to be sandwiched axially between the power interconnection part, which is situated towards the inside of the machine, and the electronic module, which is situated towards the outside of the machine, such that the power interconnection part is configured to be placed on the lower face of the heatsink. - said electronic module has a set of electronic components that are disposed in a housing and said at least one power track (103, 104) forms a connection element accessible from outside said module for the operation thereof - in that the electrical power terminals (2120, 2110, 217d) of the power track (211, 212) extend towards the outer periphery of said part, - and in that the base plate of the heatsink is configured to be able to be sandwiched axially between the power interconnection part, which is situated towards the inside of the machine, and the electronic module, which is situated towards the outside of the machine, such that the power interconnection part is configured to be placed on the lower face of the heatsink.
A computer implemented method for managing virtual computing zones on a host computer, wherein a global computing zone on the host computer includes the virtual computing zones and the host computer is part of a computer network, the method comprising monitoring characteristics associated with the virtual computing zones and being characterised by: the monitoring comprising gathering characteristics of a virtual computing zone in a format for said virtual computing zone in response to a triggering event; normalizing the gathered characteristics of each virtual computing zone to a format of the global computing zone; and managing each virtual computing zone and the global computing zone based on the normalized characteristics. the monitoring comprising gathering characteristics of a virtual computing zone in a format for said virtual computing zone in response to a triggering event; normalizing the gathered characteristics of each virtual computing zone to a format of the global computing zone; and managing each virtual computing zone and the global computing zone based on the normalized characteristics.