mhurhangee/ep-ind-claims huggingface dataset:
Compound of general formula in which R 1 stands for H, cyano, fluorine, chlorine or bromine; A stands for phenyl or 5-membered heteroaryl, wherein this phenyl or this 5-membered heteroaryl is optionally substituted with one, two or three substituents selected independently of one another from: halogen, cyano, alkyl-, haloalkyl-, cycloalkyl-, heterocyclyl-, hydroxy, alkoxy-, fluoroalkoxy-, cycloalkyloxy-, amino-, alkylamino-, dialkylamino-, cycloalkylamino-, alkylcycloalkylamino-, dicycloalkylamino-, alkylcarbonylamino-, cycloalkylcarbonylamino-, alkylsulphanyl-, cycloalkylsulphanyl-, alkylsulphonyl-, cycloalkylsulphonyl-, aminosulphonyl-, alkylaminosulphonyl-, cycloalkylaminosulphonyl-; alkoxycarbonyl-; n = 0, 1 or 2; or one of its salts, of its solvates or of the solvates of its salts. R 1 stands for H, cyano, fluorine, chlorine or bromine; A stands for phenyl or 5-membered heteroaryl, wherein this phenyl or this 5-membered heteroaryl is optionally substituted with one, two or three substituents selected independently of one another from: halogen, cyano, alkyl-, haloalkyl-, cycloalkyl-, heterocyclyl-, hydroxy, alkoxy-, fluoroalkoxy-, cycloalkyloxy-, amino-, alkylamino-, dialkylamino-, cycloalkylamino-, alkylcycloalkylamino-, dicycloalkylamino-, alkylcarbonylamino-, cycloalkylcarbonylamino-, alkylsulphanyl-, cycloalkylsulphanyl-, alkylsulphonyl-, cycloalkylsulphonyl-, aminosulphonyl-, alkylaminosulphonyl-, cycloalkylaminosulphonyl-; alkoxycarbonyl-; n = 0, 1 or 2;
A method performed by a computing device for modifying data, comprising: representing data in the computing device as a tree structure (298,302,306), the tree structure including at least one tree node representing a portion of the data and identified by a tree node ID, the tree node ID including a numerical value representing a path from a root node to the at least one node, the root node and the tree structure identified by a root node ID; responsive to detecting a modification to the tree structure at the computing device, determining if the computing device possesses a token required to synchronize the modification with another computing device comprising a copy of the tree structure, the token comprising a neighbour list (300,304,308) associated with the tree structure, the neighbour list comprising identities of multiple computing devices including the computing device and the other computing device, the multiple computing devices forming a peer-to-peer overlay network (292,294,296) specific to the tree structure to synchronize the data amongst the multiple computing devices, only one of the multiple computing devices having the token at any given time; and responsive to determining the computing device possesses the token, sending a peer-to-peer message to the other computing device, the message including a format value (340,342) specifying a format of the numerical value, the root node ID, an operation value specifying modification of the data, and at least one tree node ID associated with the modification of the data. representing data in the computing device as a tree structure (298,302,306), the tree structure including at least one tree node representing a portion of the data and identified by a tree node ID, the tree node ID including a numerical value representing a path from a root node to the at least one node, the root node and the tree structure identified by a root node ID; responsive to detecting a modification to the tree structure at the computing device, determining if the computing device possesses a token required to synchronize the modification with another computing device comprising a copy of the tree structure, the token comprising a neighbour list (300,304,308) associated with the tree structure, the neighbour list comprising identities of multiple computing devices including the computing device and the other computing device, the multiple computing devices forming a peer-to-peer overlay network (292,294,296) specific to the tree structure to synchronize the data amongst the multiple computing devices, only one of the multiple computing devices having the token at any given time; and responsive to determining the computing device possesses the token, sending a peer-to-peer message to the other computing device, the message including a format value (340,342) specifying a format of the numerical value, the root node ID, an operation value specifying modification of the data, and at least one tree node ID associated with the modification of the data.
A method of processing an OFDM MIMO signal in a system having at least two transmitters arranged to transmit an output signal pair, comprising operating a series of transformations on a pair of input signals so that each stream of the output signal pair contains decodable information from both streams of the input signal pair including: a carrier index dependent complex rotation of one signal relative to another using a first complex rotation angle; a real 2x2 rotation matrix of a signal pair; and a time dependent complex rotation of one signal relative to another, using a second complex rotation angle, wherein the second complex rotation angle is different from the first complex rotation angle. a carrier index dependent complex rotation of one signal relative to another using a first complex rotation angle; a real 2x2 rotation matrix of a signal pair; and a time dependent complex rotation of one signal relative to another, using a second complex rotation angle, wherein the second complex rotation angle is different from the first complex rotation angle.
Connecting element for jolt-free connection of end sections of two assembled flat sections, with two limbs (3, 4), swivellably connected to one another via a pivot joint, for sliding onto the end sections of the flat sections, wherein each limb (3, 4) has at least one limb part (3a, 4a) which can be expanded elastically upon sliding onto the end section of the flat section with at least one snap fitting holding the flat section in the limb (3, 4), at least one elastically deformable compensating element (13, 14) for compensating manufacturing tolerances and installation tolerances of the flat sections, and has two rectangular and extensively consistent limb walls (3a, 4a) running parallel to one another, and four side edge regions, one of which jointly forms the pivot joint, one is a further, open frontal edge region opposite the pivot joint, and the two further side edge regions which run at a right angle to the pivot joint are an open insertion region and a connection between the two limb walls (3a, 4a), wherein a clip, pointing in direction of the second, opposing limb wall (3a, 4a) is formed on the open insertion region at the edge of the one limb wall (3a, 4a), which clip forms the snap fitting. with two limbs (3, 4), swivellably connected to one another via a pivot joint, for sliding onto the end sections of the flat sections, wherein each limb (3, 4) has at least one limb part (3a, 4a) which can be expanded elastically upon sliding onto the end section of the flat section with at least one snap fitting holding the flat section in the limb (3, 4), at least one elastically deformable compensating element (13, 14) for compensating manufacturing tolerances and installation tolerances of the flat sections, and has two rectangular and extensively consistent limb walls (3a, 4a) running parallel to one another, and four side edge regions, one of which jointly forms the pivot joint, one is a further, open frontal edge region opposite the pivot joint, and the two further side edge regions which run at a right angle to the pivot joint are an open insertion region and a connection between the two limb walls (3a, 4a), wherein a clip, pointing in direction of the second, opposing limb wall (3a, 4a) is formed on the open insertion region at the edge of the one limb wall (3a, 4a), which clip forms the snap fitting.
A device for analyzing materials by plasma spectroscopy, the device comprising a laser generator, laser pulse focusing means for focusing laser pulses produced by the generator onto a material to be analyzed, plasma light pick-up means for picking up light from the plasma produced by the laser pulses at the surface of the material, and transmission means for transmitting said light to a spectrometer associated with photodetectors having outputs connected to data processor means, the device being characterized in that the laser pulse focusing means and the plasma light pick-up means are constituted by an optical system mounted with the laser generator and laser generator control cards in a housing that is portable and suitable for handling in one hand, the optical system being mounted in the housing between the laser generator and an outlet window and comprising a first parabolic mirror for focusing the laser beam on the material to be analyzed and for picking up the light from the plasma, and two plane mirrors (30, 52) arranged relative to the first parabolic mirror to reflect to said mirror the laser pulses emitted by the generator and to reflect the light from the plasma as received from the first parabolic mirror to a second parabolic mirror that focuses said light on one end of the transmission means connected to the spectrometer.
An intervertebral fusion device comprising: a) an intervertebral fusion cage comprising an anterior wall having an anterior face having a recess therein, a posterior wall, a pair of side walls connecting the anterior and posterior walls, an upper surface, a lower surface, and a through hole extending from the upper surface to the lower surface, the cage having an anterior end, b) a staple comprising a first crossbar (33; 35) and first and second tynes extending therefrom, wherein the first crossbar of the staple is disposed in the recess in the anterior face of the anterior wall, wherein the first tyne extends above the upper surface of the cage and the second tyne extends below the lower surface of the cage, wherein the anterior face of the cage is the anterior end of the device, and wherein the recess in the anterior wall extends from the upper surface to the lower surface of the cage, so that the staple is fully seated in the anterior wall, thereby providing a zero profile device. a) an intervertebral fusion cage comprising an anterior wall having an anterior face having a recess therein, a posterior wall, a pair of side walls connecting the anterior and posterior walls, an upper surface, a lower surface, and a through hole extending from the upper surface to the lower surface, the cage having an anterior end, b) a staple comprising a first crossbar (33; 35) and first and second tynes extending therefrom,
An apparatus for heating a coating of a pipe (2, 3), comprising first and second heating units (12, 26), at least one temperature sensor and a controller, wherein the controller is arranged to control the first and second heating units (12, 26) in dependence on the temperature measured by the temperature sensor, wherein the first heating unit is substantially parallel to the longitudinal axis of the apparatus, characterised in that the second heating unit is inclined inwardly, relative to said longitudinal axis, to match the shape of a chamfered edge of a pipe coating.
A process of preparing N 1 -(2-methoxy-4-methylbenzyl)-N 2 -(2-(5-methylpyridin-2-yl) ethyl) oxalamide, comprising: a) reacting 2-methoxy-4-methylbenzylamine with ethyl 2-chloro-2-oxoacetate to provide N-(2-methoxy-4-methyl-benzyl)-oxalamic acid ethyl ester; and b) reacting N-(2-methoxy-4-methyl-benzyl)-oxalamic acid ethyl ester with 2-(5-methylpyridin-2-yl) ethamine, to provide N 1 -(2-methoxy-4-methylbenzyl)-N 2 -(2-(5-methylpyridin-2-yl) ethyl) oxalamide, and employing an isolation and purification procedure between steps a) and b). a) reacting 2-methoxy-4-methylbenzylamine with ethyl 2-chloro-2-oxoacetate to provide N-(2-methoxy-4-methyl-benzyl)-oxalamic acid ethyl ester; and b) reacting N-(2-methoxy-4-methyl-benzyl)-oxalamic acid ethyl ester with 2-(5-methylpyridin-2-yl) ethamine, to provide N 1 -(2-methoxy-4-methylbenzyl)-N 2 -(2-(5-methylpyridin-2-yl) ethyl) oxalamide,
A reduction electrode for electrolysis comprising a metal substrate and an active layer positioned on at least one surface of the metal substrate, wherein: the active layer includes a ruthenium oxide, a platinum oxide, and a cerium oxide; when the active layer is uniformly divided into a plurality of pixels, the standard deviation of the composition of ruthenium between the plurality of pixels uniformly divided is 0.4 or less, the standard deviation is measured as defined in the description; and N atoms in the active layer are present in an amount of 20-60 mol% based on ruthenium, wherein the active layer comprises, based on 100 mol% in total of metal components in the active layer, the ruthenium in an amount of 3-7 mol%. the active layer includes a ruthenium oxide, a platinum oxide, and a cerium oxide; when the active layer is uniformly divided into a plurality of pixels, the standard deviation of the composition of ruthenium between the plurality of pixels uniformly divided is 0.4 or less, the standard deviation is measured as defined in the description; and N atoms in the active layer are present in an amount of 20-60 mol% based on ruthenium, wherein the active layer comprises, based on 100 mol% in total of metal components in the active layer, the ruthenium in an amount of 3-7 mol%.
A container having a base, side walls which surround the base, and a device for dividing the interior space of the container, which is formed by the side walls and the base, the device for dividing the interior space of the container has a respective groove on at least two mutually opposite side walls of the container and at least one partition wall, wherein each groove extends from the upper edge of the side walls of the container over the upper part of the height of the side wall of the container, and the end faces of the partition wall each have a cross-sectional shape transversely to their longitudinal extensions, by means of which the end faces of the partition wall and a groove can be joined in an interlocking connection, wherein each groove has a double-sided, dovetail-shaped undercut, and the partition wall has on each end face a symmetrically formed, dovetail-shaped contour which projects on both sides, is adjusted to the shape of the groove and can be inserted into the groove in an interlocking manner, characterized in that each groove has a first, upper region adjoining the upper edge of the side wall of the container and a second, lower region which extends from the first, upper region in the direction of the container base, wherein the first, upper region of the groove has a rectangular cross-section, and the second, lower region is formed with the dovetail-shaped undercut, wherein the upper region has straight side walls running perpendicularly to the side wall, and walls projecting obliquely downwards from the straight side walls form the transition from the upper region to the lower region of the groove, wherein a straight element connects the end face of the partition wall and the dovetail-shaped contour (8, 8') in the extension of the partition wall, wherein the straight element is formed in a ribbed manner, wherein the lower region of the groove has a narrow opening into which the element of the contour (8, 8') fits, and wherein the end faces of the partition wall have an element, by means of which the width of the end face is larger than the thickness (d) of the partition wall, wherein the element, after the introduction of the partition wall into grooves of the container, rests against the side walls of the container.
A data processing device under the form of a mobile laptop computer (390, 490, 590), a touchpad or a smartphone; said mobile device being configured for running a secured booting procedure using the capture of a fingerprint and further comprising: a defibrillator device; a battery for powering said defibrillator device; an assistance software for the use of the defibrillator by the general public; a medical diagnostic and monitoring control unit, comprising at least one sensor allowing the monitoring of one physiological date of the user of the device, said user's physiological data consisting of one of the following: the heart rate, the tension, the temperature, the oxygen saturation pressure, PHCT, said mobile device being configured to capture and store said user's physiological data together with the execution of a booting procedure so as to allow a secure storage of said physiological data. a defibrillator device; a battery for powering said defibrillator device; an assistance software for the use of the defibrillator by the general public; a medical diagnostic and monitoring control unit, comprising at least one sensor allowing the monitoring of one physiological date of the user of the device, said user's physiological data consisting of one of the following: the heart rate, the tension, the temperature, the oxygen saturation pressure, PHCT, said mobile device being configured to capture and store said user's physiological data together with the execution of a booting procedure so as to allow a secure storage of said physiological data.
Optical measuring device and method for capturing at least one parameter of at least one eye wherein an illumination characteristic is adjustable PATENT CLAIMS: 1. An optical measuring device for capturing at least one parameter of at least one eye (101, 10r) of a test person wearing the optical measuring device, comprising a frame, which is configured to fix the optical measuring device to the head of the test person, at least one capturing unit (31, 3r), which is configured to optically capture the at least one parameter of the at least one eye (101, 10r), and an illumination unit (9, 21, 22) for illuminating the at least one eye (101, 10r), wherein an illumination characteristic is adjustable by means of the illumination unit (9, 21, 22), wherein the optical measuring device is configured to - capture data which concern a viewing behavior of the test person and/or an eye motion characteristic and/or a pupil change and/or an environmental condition and/or inputs of the test person, characterised in that the device is further configured, in dependency on the captured data, to set an illumination program for the temporal and/or spatial illumination distribution and/or the illumination pattern; and - to regulate the temporal illumination sequence and/or the spatial illumination distribution and/or the illumination pattern according to said illumination program, and wherein the capturing unit (31, 3r) is further configured to - determine changes of environmental conditions; and, - in response to changes determined, automatically adjust the illumination program. - capture data which concern a viewing behavior of the test person and/or an eye motion characteristic and/or a pupil change and/or an environmental condition and/or inputs of the test person, characterised in that the device is further configured, in dependency on the captured data, to set an illumination program for the temporal and/or spatial illumination distribution and/or the illumination pattern; and - to regulate the temporal illumination sequence and/or the spatial illumination distribution and/or the illumination pattern according to said illumination program, and wherein the capturing unit (31, 3r) is further configured to - determine changes of environmental conditions; and, - in response to changes determined, automatically adjust the illumination program.
A method of wireless communication at a user equipment, UE, comprising: receiving communication from a base station in a control region and a data region of a slot; and receiving an indication from the base station regarding a data transmission in the control region, wherein the data transmission in the control region overlaps a control transmission in time, characterized in that the indication indicates a difference between modulation and coding schemes, MCSs, or a difference between ranks for the data transmission in the control region as compared to the data region. receiving communication from a base station in a control region and a data region of a slot; and receiving an indication from the base station regarding a data transmission in the control region, wherein the data transmission in the control region overlaps a control transmission in time, characterized in that the indication indicates a difference between modulation and coding schemes, MCSs, or a difference between ranks for the data transmission in the control region as compared to the data region.
System for aligning and stacking plastic cards for card handling devices comprising: - a compartment configured to contain stacked cards, comprising an inlet mouth of the card to be stacked; - a stacking element of the cards configured for receiving a card to be stacked from external supply means through the inlet mouth of the card to be stacked; - lifting means connected to the stacking element of the cards, actuated by actuating means and configured for determining a lifting of the stacking element of the cards; characterised by said stacking element comprising dragging means of the card configured for dragging the card on the stacking element; the system further comprising - friction means configured for handling the dragging means of the stacking element and taking them to a position suitable for stacking the card inside the compartment. - a compartment configured to contain stacked cards, comprising an inlet mouth of the card to be stacked; - a stacking element of the cards configured for receiving a card to be stacked from external supply means through the inlet mouth of the card to be stacked; - lifting means connected to the stacking element of the cards, actuated by actuating means and configured for determining a lifting of the stacking element of the cards; characterised by said stacking element comprising dragging means of the card configured for dragging the card on the stacking element; the system further comprising characterised by said stacking element comprising dragging means of the card configured for dragging the card on the stacking element; the system further comprising - friction means configured for handling the dragging means of the stacking element and taking them to a position suitable for stacking the card inside the compartment.
Extruder system for extruding cord reinforced extrudate, in particular for tire components, wherein the extruder system comprises an extruder head with one or more flow channels for receiving an extrusion material from an extruder, a die (103, 3) for receiving said extrusion material from the one or more flow channels and a cord guide (104, 204, 4) for guiding cords side-by-side in a cord plane into the die (103, 3), wherein the extruder head is provided with an insertion slot that extends in an insertion direction parallel to the cord plane through the extruder head, wherein the one or more flow channels debouch into the insertion slot at a flow area, characterized in that the die (103, 3) and the cord guide (104, 204, 4) are insertable in the insertion direction from a position completely outside of the insertion slot into a die (103, 3) position downstream of the flow area and a cord guide (104, 204, 4) position upstream of the flow area, respectively, with respect to the insertion direction, wherein the die (103, 3) and the cord guide (104, 204, 4) are arranged to be connected such that the die (103, 3) and the cord guide (104, 204, 4) are simultaneously insertable into the insertion slot.