mhurhangee/ep-ind-claims huggingface dataset:
A process for the manufacture of an ester of a 1-substituted-3-fluoroalkyl-pyrazole-4-carboxylic acid of formula wherein - Y is F or an alkyl group having from 1 to 12 carbon atoms which is optionally substituted by at least one halogen atom, an aralkyl group or an aryl group, - R 1 is H or an organic residue selected from the group consisting of linear or branched alkyl or alkylene groups, cycloalkyl or cycloalkylene groups, heterocycles and aromatic systems, optionally containing heteroatoms, double bonds, triple bonds, functional groups and mixtures thereof, - R 2 is H or an organic residue selected from the group consisting of linear or branched alkyl or alkylene groups, cycloalkyl or cycloalkylene groups, heterocycles and aromatic systems, optionally containing heteroatoms, double bonds, triple bonds, functional groups and mixtures thereof, which comprises submitting a compound of formula wherein Y is as defined above - X is Cl, Br or I, - R 1 ' is H or an organic residue selected from the group consisting of linear or branched alkyl or alkylene groups, cycloalkyl or cycloalkylene groups, heterocycles and aromatic systems, optionally containing heteroatoms, double bonds, triple bonds, functional groups and mixtures thereof, - R 2 ' is H or an organic residue selected from the group consisting of linear or branched alkyl or alkylene groups, cycloalkyl or cycloalkylene groups, heterocycles and aromatic systems, optionally containing heteroatoms, double bonds, triple bonds, functional groups and mixtures thereof, to a reduction reaction. - Y is F or an alkyl group having from 1 to 12 carbon atoms which is optionally substituted by at least one halogen atom, an aralkyl group or an aryl group, - R 1 is H or an organic residue selected from the group consisting of linear or branched alkyl or alkylene groups, cycloalkyl or cycloalkylene groups, heterocycles and aromatic systems, optionally containing heteroatoms, double bonds, triple bonds, functional groups and mixtures thereof, - R 2 is H or an organic residue selected from the group consisting of linear or branched alkyl or alkylene groups, cycloalkyl or cycloalkylene groups, heterocycles and aromatic systems, optionally containing heteroatoms, double bonds, triple bonds, functional groups and mixtures thereof, - X is Cl, Br or I, - R 1 ' is H or an organic residue selected from the group consisting of linear or branched alkyl or alkylene groups, cycloalkyl or cycloalkylene groups, heterocycles and aromatic systems, optionally containing heteroatoms, double bonds, triple bonds, functional groups and mixtures thereof, - R 2 ' is H or an organic residue selected from the group consisting of linear or branched alkyl or alkylene groups, cycloalkyl or cycloalkylene groups, heterocycles and aromatic systems, optionally containing heteroatoms, double bonds, triple bonds, functional groups and mixtures thereof,
Hydraulic machine with radial cylinders (1, 31, 50), comprising oscillating radial cylinders (2, 32, 51) arranged in a machine body having a crown or star of cylinder-piston units; the pistons of said units are made slidable on a crankshaft either with a cam, or on interposed members concentric to it, and realize the reciprocating motion in the oscillating cylinders; a single distributor is present in a surface of distribution concentric or corresponding to the surface of oscillation of the respective cylinder; characterised in that said oscillating cylinders are put in contact with a surface of distribution (16, 55, 78) on which a distributor body (11, 56, 75) is placed, separate from the machine body and housed in a seat (10, 46, 88) in the machine body, or a part fixed to the machine body, of the hydraulic machine; moreover, each distributor body is mobile in its seat under the action of the pressure of the liquid acting on the back surface of said distributor body against the surface of distribution (16, 55, 78) of the oscillating radial cylinder (2, 32, 51, 70, 72) subject to the distribution.
Method for dispensing liquid manure by means of a mobile liquid manure container and by means of dispensing technology for dispensing the liquid manure on a field, it being possible to adjust the dispensed amount of liquid manure that can be dispensed from the dispensing technology, by means of an arithmetic unit connected to the dispensing technology, - information concerning the fill volume currently available in the liquid manure container being transmitted to the arithmetic unit, - information concerning the currently remaining plot length being specified by the user or by the arithmetic unit as a distance value, the arithmetic unit calculates a value for the average dispensed amount from the data concerning the fill volume currently available in the liquid manure container and the currently remaining plot length and the arithmetic unit sets the dispensed amount to the calculated value, characterised in that the dispensing technology is set to a first value for the dispensed amount, the arithmetic unit calculates a predicted value for the remaining range of the available fill volume from the currently set dispensed amount and the fill volume currently available in the liquid manure container, compares the predicted value for the remaining range with the remaining length of the plot still to be processed, and calculates a new value for the dispensed amount if the remaining range is not equal to the remaining length of the plot still to be processed, during the setting of which new value the predicted value for the remaining range approximates the value of the remaining length of the plot still to be processed. - information concerning the fill volume currently available in the liquid manure container being transmitted to the arithmetic unit, - information concerning the currently remaining plot length being specified by the user or by the arithmetic unit as a distance value,
Water-soluble modified lignin ML, preparable by enzymatic reaction of at least one water-insoluble lignin L with at least one organic compound V which possesses at least one group selected from primary or secondary amino group, hydroxyl group and phenyl group and has an average molecular weight M n in the range from 75 to 2500 g/mol, wherein in the enzymatic reaction there is at least one enzyme selected from peroxidases or phenol oxidases, especially laccases or tyrosinases.
A data processor (402, 501) for verifying received data, the data processor being configured to: receive a data unit comprising data bits and error check data for the data unit; compute (405, 602) a first verification value over the data bits of the received data unit; the data processor being characterised in that the data processor is configured to: compute (406, 603) a second verification value over the data bits of the received data unit and the first verification value; compare the second verification value and the received error check data and verify the received data unit in dependence on that comparison. receive a data unit comprising data bits and error check data for the data unit; compute (405, 602) a first verification value over the data bits of the received data unit; the data processor being characterised in that the data processor is configured to: compute (406, 603) a second verification value over the data bits of the received data unit and the first verification value; compare the second verification value and the received error check data and verify the received data unit in dependence on that comparison. compute (406, 603) a second verification value over the data bits of the received data unit and the first verification value; compare the second verification value and the received error check data and verify the received data unit in dependence on that comparison.
A castor wheel cover comprising a resiliently deformable material, wherein said material is formable to provide a housing with a first aperture, said housing suitable for accommodating a castor wheel which rotates around a single axis as it protrudes through the first aperture, characterised in that said castor wheel cover comprises a first engagement portion and a second engagement portion, wherein said first engagement portion engages with said second engagement portion to form said housing.
An image processing system having a projection device (102; 1103; 2201-2206), an imaging device (101; 1101, 1102; 2101-2106), and an image processing apparatus (104; 1105; 2401) connected to the projection device and the imaging device, wherein the projection device projects a projected pattern to an observation target (103; 1104; 2301), the imaging device captures the projected pattern, and the image processing apparatus performs shape reconstruction based on an input image including the projected pattern, the image processing apparatus (104; 1105; 2401) comprising: a unit for fetching the input image captured by the imaging device (101; 1101, 1102; 2101-2106) and performing line detection for the projected pattern projected by the projection device (102; 1103; 2201-2206), wherein the projected pattern is a grid pattern formed of wave lines, the wave lines are wavy curves having predetermined periodicity, a grid pattern formed of the wave lines is formed of a plurality of wave lines that are arranged at predetermined intervals, the grid pattern is a set of wave lines that intersect each other in two directions, and the interval of the wave lines in one of the directions is not equal to an integral multiple of a wavelength for the wave line in the other direction; and a unit for performing shape reconstruction by associating intersection points of vertical and horizontal lines extracted by the line detection with the projected pattern. a unit for fetching the input image captured by the imaging device (101; 1101, 1102; 2101-2106) and performing line detection for the projected pattern projected by the projection device (102; 1103; 2201-2206), wherein the projected pattern is a grid pattern formed of wave lines, the wave lines are wavy curves having predetermined periodicity, a grid pattern formed of the wave lines is formed of a plurality of wave lines that are arranged at predetermined intervals, the grid pattern is a set of wave lines that intersect each other in two directions, and the interval of the wave lines in one of the directions is not equal to an integral multiple of a wavelength for the wave line in the other direction; and the projected pattern is a grid pattern formed of wave lines, the wave lines are wavy curves having predetermined periodicity, a grid pattern formed of the wave lines is formed of a plurality of wave lines that are arranged at predetermined intervals, the grid pattern is a set of wave lines that intersect each other in two directions, and the interval of the wave lines in one of the directions is not equal to an integral multiple of a wavelength for the wave line in the other direction; and a unit for performing shape reconstruction by associating intersection points of vertical and horizontal lines extracted by the line detection with the projected pattern.
A method for managing a storage system by utilizing hybrid management paths, the storage system comprising a plurality of shared storage devices, the method comprising: providing at least one heartbeat monitoring path between a first set of expander control circuits of a first expansion module in the storage system, for transmitting at least on of a plurality of heartbeat monitoring signals for a set of management modules (310,510) in the storage system, wherein the first expansion module is utilized for installing a first shared storage device set of a plurality of sets of shared storage devices, and each shared storage device of the first shared storage device set is coupled to the first set of expander control circuits, to allow the set of management modules (310,510) to control the first shared storage device set through the first set of expander control circuits, wherein the hybrid management paths are arranged to provide interconnections between the first set of expander control circuits and comprise the at least one heartbeat monitoring path; and performing heartbeat monitoring upon the set of management modules (310,510) according to the heartbeat monitoring signals, for at least one of the management modules (310,510) to perform high availability management upon the plurality of shared storage devices, and selectively take over management of at least one non-shared component of the first expansion module, wherein the storage system is constructed as a high availability cluster; and the at least one non-shared component is a hardware component in an expander control circuit. providing at least one heartbeat monitoring path between a first set of expander control circuits of a first expansion module in the storage system, for transmitting at least on of a plurality of heartbeat monitoring signals for a set of management modules (310,510) in the storage system, wherein the first expansion module is utilized for installing a first shared storage device set of a plurality of sets of shared storage devices, and each shared storage device of the first shared storage device set is coupled to the first set of expander control circuits, to allow the set of management modules (310,510) to control the first shared storage device set through the first set of expander control circuits, wherein the hybrid management paths are arranged to provide interconnections between the first set of expander control circuits and comprise the at least one heartbeat monitoring path; and performing heartbeat monitoring upon the set of management modules (310,510) according to the heartbeat monitoring signals, for at least one of the management modules (310,510) to perform high availability management upon the plurality of shared storage devices, and selectively take over management of at least one non-shared component of the first expansion module, wherein the storage system is constructed as a high availability cluster; and the at least one non-shared component is a hardware component in an expander control circuit.
A magnetic field sensor comprising: - a structure comprising a ring shaped well provided upon a bulk substrate, and comprising a number of inner electrodes arranged at equidistant angular positions on an inner circle concentric with the well, and the same number of outer electrodes arranged at equidistant angular positions on an outer circle concentric with the well and radially aligned with the inner electrodes for forming pairs of biasing electrodes, and the same number of readout electrodes arranged at equidistant angular positions on an intermediate circle concentric with the well, but angularly shifted with respect to the inner and outer electrodes (5, 4) over 180° divided by said number; - and a biasing-and-readout circuit comprising a plurality of switches adapted to selectively apply a progressive succession of differently directed bias currents to a pair of biasing electrodes (4p, 5p), and adapted to selectively read a differential Hall voltage over a progressive succession of two readout electrodes (6p, 6q) located at an equal distance to the selected outer biasing electrode, said biasing electrodes (4p, 5p) and said readout electrodes (6p, 6q) forming a horizontal Hall element, said differential Hall voltage being indicative of the relative magnitude of a magnetic field components at the location of said Hall element. - a structure comprising a ring shaped well provided upon a bulk substrate, and comprising a number of inner electrodes arranged at equidistant angular positions on an inner circle concentric with the well, and the same number of outer electrodes arranged at equidistant angular positions on an outer circle concentric with the well and radially aligned with the inner electrodes for forming pairs of biasing electrodes, and the same number of readout electrodes arranged at equidistant angular positions on an intermediate circle concentric with the well, but angularly shifted with respect to the inner and outer electrodes (5, 4) over 180° divided by said number; - and a biasing-and-readout circuit comprising a plurality of switches adapted to selectively apply a progressive succession of differently directed bias currents to a pair of biasing electrodes (4p, 5p), and adapted to selectively read a differential Hall voltage over a progressive succession of two readout electrodes (6p, 6q) located at an equal distance to the selected outer biasing electrode, said biasing electrodes (4p, 5p) and said readout electrodes (6p, 6q) forming a horizontal Hall element, said differential Hall voltage being indicative of the relative magnitude of a magnetic field components at the location of said Hall element.
A method comprising: receiving a request for specifying one or more processes executing on a device for distribution over a computation space; causing, at least in part, serialization of the one or more processes as one or more closure primitives, the one or more closure primitives representing computation closures of the one or more processes; causing, at least in part, distribution of the one or more closure primitives over the computation space based, at least in part, on a cost function, characterized by migrating of each computational closure to its designated run-time environment; verifying, subsequent to the migrating, a consistency of the computational closures based, at least in part, on one or more communications from agents of the designated run-time environments in the computation space; and upon verification of the consistency, reconstructing an execution context associated with the one or more processes and resuming execution of the one or more closure primitives representing computation closures of the one or more processes. receiving a request for specifying one or more processes executing on a device for distribution over a computation space; causing, at least in part, serialization of the one or more processes as one or more closure primitives, the one or more closure primitives representing computation closures of the one or more processes; causing, at least in part, distribution of the one or more closure primitives over the computation space based, at least in part, on a cost function, characterized by migrating of each computational closure to its designated run-time environment; verifying, subsequent to the migrating, a consistency of the computational closures based, at least in part, on one or more communications from agents of the designated run-time environments in the computation space; and upon verification of the consistency, reconstructing an execution context associated with the one or more processes and resuming execution of the one or more closure primitives representing computation closures of the one or more processes.
Method for installing a home automation system comprising a first electrical appliance and a command device integrated within said first electrical appliance and provided with means for connection to a mobile telephony network, wherein the following steps are provided, performed by the command device following connection of the electrical appliance to an electrical power source: - receiving, through the mobile telephony network, a start command message from a first control terminal, said message commanding the startup of the home automation system and containing a telephone number associated with the first terminal, - processing the start command message, comprising: ∘ activating the operation of the command device; ∘ storing the telephone number of said first control terminal; ∘ assigning a role of administrator of the home automation system to the first control terminal; and wherein, after receiving a pairing command message through the mobile telephony network transmitted by the first terminal having the role of administrator, the command device goes into pairing mode, establishes a communication session with a second electrical appliance and, during this session, transmits data for access to the local area network of the home automation system to the second appliance. - receiving, through the mobile telephony network, a start command message from a first control terminal, said message commanding the startup of the home automation system and containing a telephone number associated with the first terminal, - processing the start command message, comprising: ∘ activating the operation of the command device; ∘ storing the telephone number of said first control terminal; ∘ assigning a role of administrator of the home automation system to the first control terminal; and wherein, after receiving a pairing command message through the mobile telephony network transmitted by the first terminal having the role of administrator, the command device goes into pairing mode, establishes a communication session with a second electrical appliance and, during this session, transmits data for access to the local area network of the home automation system to the second appliance. ∘ activating the operation of the command device; ∘ storing the telephone number of said first control terminal; ∘ assigning a role of administrator of the home automation system to the first control terminal; and wherein, after receiving a pairing command message through the mobile telephony network transmitted by the first terminal having the role of administrator, the command device goes into pairing mode, establishes a communication session with a second electrical appliance and, during this session, transmits data for access to the local area network of the home automation system to the second appliance.
A solar combiner box comprising: an enclosure defining an interior; a plurality of fuse holders in the interior of the enclosure, each plurality of fuse holders including an output terminal; a main output terminal in the interior of the enclosure; and a busbar assembly connecting the plurality of fuse holders to the main output terminal, wherein the busbar assembly includes a fuse holder busbar connected to the output terminals of the plurality of fuse holders, a main output jumper connected to the main output terminal, and a switch selectively connecting the fuse holder busbar and the main output jumper, wherein the fuse holder busbar defines a heat flow path from the electrically controlled switch to the plurality of fuse holders, the heat flow path defining a minimum path from the electrically controlled switch to a nearest output terminal of anyone of the fuse holders along the heat flow path, wherein a minimum distance along the minimum path from the electrically controlled switch to the nearest output terminal of the corresponding fuse holder is greater than a minimum distance between the electrically controlled switch and an output terminal of one of the fuse holders. an enclosure defining an interior; a plurality of fuse holders in the interior of the enclosure, each plurality of fuse holders including an output terminal; a main output terminal in the interior of the enclosure; and a busbar assembly connecting the plurality of fuse holders to the main output terminal, wherein the busbar assembly includes a fuse holder busbar connected to the output terminals of the plurality of fuse holders, a main output jumper connected to the main output terminal, and a switch selectively connecting the fuse holder busbar and the main output jumper, a fuse holder busbar connected to the output terminals of the plurality of fuse holders, a main output jumper connected to the main output terminal, and a switch selectively connecting the fuse holder busbar and the main output jumper, wherein the fuse holder busbar defines a heat flow path from the electrically controlled switch to the plurality of fuse holders, the heat flow path defining a minimum path from the electrically controlled switch to a nearest output terminal of anyone of the fuse holders along the heat flow path, wherein a minimum distance along the minimum path from the electrically controlled switch to the nearest output terminal of the corresponding fuse holder is greater than a minimum distance between the electrically controlled switch and an output terminal of one of the fuse holders.