mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented neural network comprising a plurality of structural neurons representing the structure of the neural network, each structural neuron being a fixed-length node in a memory and representing an association between a pair of neurons, wherein the neural network is bi-directional and is enabled to operate in a forward mode where the structural neurons are generated from sequences of elemental events, and in a reverse mode where the elemental events are derived from the associations represented by the structural neurons.
A method for covering a gap between windows at the ridge of a double pitch skylight including at least one pair of windows, where each window comprises a frame with a frame top member, an exterior side facing the exterior, an interior side facing the interior of the building, and a set of mounting brackets (21,22), said windows of said pair being mounted with their frame top members extending in parallel with each other and in parallel with a ridge length direction, and said windows of said pair being inclined in opposite directions so that an interior ridge angle between their interior sides is less than 180 degrees, said windows of said pair being interconnected by mounting brackets, wherein one or more mounting brackets at the top frame member of one window is or are connected to one or more corresponding mounting brackets at the top frame member of the other window, said method including the step of arranging a cover element so that it extends in parallel with the ridge length direction and between the top frame members of the windows of the pair on the interior side, characterized in that said method further includes the steps of inserting one edge of the cover element in a groove in the top frame member of one window of the pair and inserting another opposite edge of the cover element in a groove in the top frame member of the other window of the pair so that the cover element interconnects the two windows of the pair and such that there is a tight contact between said edges of the cover element and said grooves in the window frames.
A method for a receiving node configured to receive data from and transmit data to a transmitting node in subframes of a Time Division Duplex system, the subframes having a predetermined number of symbol intervals, the method comprising: receiving a subframe from the transmitting node, wherein a grant message is comprised in a beginning portion of the received subframe, the grant message containing subframe-shortening information indicating that the received subframe is to be shortened, relative to the predetermined number of symbol intervals, determining that the received subframe is to be shortened, relative to the predetermined number of symbol intervals based on the subframe-shortening information; and in response to said determining, disregarding a last part of the received subframe by disregarding one or more symbols at the end of the received subframe when processing the received subframe. receiving a subframe from the transmitting node, wherein a grant message is comprised in a beginning portion of the received subframe, the grant message containing subframe-shortening information indicating that the received subframe is to be shortened, relative to the predetermined number of symbol intervals, determining that the received subframe is to be shortened, relative to the predetermined number of symbol intervals based on the subframe-shortening information; and in response to said determining, disregarding a last part of the received subframe by disregarding one or more symbols at the end of the received subframe when processing the received subframe.
A method for wireless communications, comprising: determining a type of channel is scheduled to be repeated across multiple subframes; determining a first subframe of the multiple subframes is of a first subframe type that is different than a second subframe type of one or more other subframes of the multiple subframes, wherein the first subframe type is associated with a beginning subframe of the multiple subframes in which a machine-type communication, MTC, physical downlink control channel, MPDCCH, is dropped; and determining enhanced control channel element, ECCE, resource indices for one or more decoding candidates of a channel in one or more subframes of the multiple subframes based, at least in part, on the first subframe type and the second subframe type, wherein the determining comprises: determining the ECCE indices using a hashing function that is based on a subframe number of the beginning subframe and a number of enhanced resource element groups, EREG, per ECCE. determining a type of channel is scheduled to be repeated across multiple subframes; determining a first subframe of the multiple subframes is of a first subframe type that is different than a second subframe type of one or more other subframes of the multiple subframes, wherein the first subframe type is associated with a beginning subframe of the multiple subframes in which a machine-type communication, MTC, physical downlink control channel, MPDCCH, is dropped; and determining enhanced control channel element, ECCE, resource indices for one or more decoding candidates of a channel in one or more subframes of the multiple subframes based, at least in part, on the first subframe type and the second subframe type, wherein the determining comprises: determining the ECCE indices using a hashing function that is based on a subframe number of the beginning subframe and a number of enhanced resource element groups, EREG, per ECCE.
A fertiliser composition comprising struvite and an enhancer of the biological solubilisation of struvite, syringic acid, characterised in that it is in powder form and comprises 85 to 99.9% by weight of struvite and 0.1 to 15% by weight of syringic acid.
A computer-implemented method of calibrating a camera, comprising the steps of: a. acquiring a video stream from said camera, and displaying it on a screen; b. displaying on the screen, superimposed to the video stream, a representation of a target area; c. detecting a calibration pattern in the video stream and periodically check whether it fits within the target area, comprising displaying lines (203, 204) on the screen, said lines (203, 204) connecting corners of the target area to corresponding corners of the calibration pattern, said lines (203, 204) indicating at least one of: - a distance between a corner of the calibration pattern and a corresponding corner of the target area; - a direction of a translation required to make a corner of the calibration pattern coincide with a corresponding corner of the target area; d. when the calibration pattern is found to fit within the target area, extracting an image thereof from the video stream and storing it; said steps a. to d. being iterated a plurality of times using respective target areas different from each other, each target area corresponding to the outline of the calibration pattern as seen by the camera when a physical support carrying it takes a respective position within a field of view of the camera; and then e. estimating intrinsic calibration parameters of the camera by processing the stored images. a. acquiring a video stream from said camera, and displaying it on a screen; b. displaying on the screen, superimposed to the video stream, a representation of a target area; c. detecting a calibration pattern in the video stream and periodically check whether it fits within the target area, comprising displaying lines (203, 204) on the screen, said lines (203, 204) connecting corners of the target area to corresponding corners of the calibration pattern, said lines (203, 204) indicating at least one of: - a distance between a corner of the calibration pattern and a corresponding corner of the target area; - a direction of a translation required to make a corner of the calibration pattern coincide with a corresponding corner of the target area; - a distance between a corner of the calibration pattern and a corresponding corner of the target area; - a direction of a translation required to make a corner of the calibration pattern coincide with a corresponding corner of the target area; d. when the calibration pattern is found to fit within the target area, extracting an image thereof from the video stream and storing it; said steps a. to d. being iterated a plurality of times using respective target areas different from each other, each target area corresponding to the outline of the calibration pattern as seen by the camera when a physical support carrying it takes a respective position within a field of view of the camera; and then e. estimating intrinsic calibration parameters of the camera by processing the stored images.
A trimmer head comprising: a casing (21,22) designed to be coupled to a driveshaft for rotating about a main axis; a supporting device (31,32) for a cutting wire spool, which supporting device (31,32) is arranged within the casing (21,22) and movable between an engagement position, wherein it is rotatingly solid with the casing (21,22), and a free position, wherein it is not rotatingly solid with the casing (21,22); coupling means (41,42), which are so configured as to make the casing (21,22) and the supporting device (31,32) rotatingly solid with one another in the engagement position; engagement means which are so configured as to allow displacement of the supporting device (31,32) from the free position to the engagement position; release means (51,52) configured for moving the supporting device from the engagement position to the free position, said release means (51,52) being activated as a result of the centrifugal force due to rotation of the trimmer head; characterized in that: the supporting device (31,32) comprises a lower disk and an upper disk which are independent of one another.
Method for generating and/or updating a digital model of at least one sub-region of a digital map, said digital model being assembled from sections originating from different sources, said method comprising: providing first data relating to a first section and comprising objects and/or feature points characterized at least by their spatial position, said objects and/or feature points being classifiable into a plurality of degrees of detail; providing second data relating to a second section and comprising objects or feature points characterized at least by their spatial position, said objects or feature points being classifiable into the plurality of degrees of detail; wherein the first section and the second section at least partly overlap; and in one or more processors, aligning the first section and the second section relative to each other by minimizing a target functional, which has a weighted error term for each degree of detail of the plurality of degrees of detail, wherein each error term describes a weighted deviation between the objects and/or feature points of the first section and the corresponding objects and/or feature points of the second section. providing first data relating to a first section and comprising objects and/or feature points characterized at least by their spatial position, said objects and/or feature points being classifiable into a plurality of degrees of detail; providing second data relating to a second section and comprising objects or feature points characterized at least by their spatial position, said objects or feature points being classifiable into the plurality of degrees of detail; wherein the first section and the second section at least partly overlap; and in one or more processors, aligning the first section and the second section relative to each other by minimizing a target functional, which has a weighted error term for each degree of detail of the plurality of degrees of detail, wherein each error term describes a weighted deviation between the objects and/or feature points of the first section and the corresponding objects and/or feature points of the second section.
Method for testing the function of an electrochemical, electrolyte-containing gas sensor, in particular a carbon monoxide sensor, the electrodes (C, W) of which are connected to a differential amplifier, the output signal of which is a measure for a gas concentration, wherein, in order to test the function, a test voltage which, on the basis of the normal operating state of the sensor, is inverted and greater than the electrolysis voltage of the electrolyte, is applied to the electrodes and the output signal of the differential amplifier is measured, at least after the test voltage is switched off, wherein, after the test voltage is switched off, the output signal is measured at a predefined point in time while the current supplied by the sensor is decaying, the measured value is compared with a predefined minimum value and, if this minimum value is not met, an error signal is generated.
A mirror assembly, comprising: a base, having a first recess, a side wall portion surrounding the first recess, at least one carrying portion located in the first recess, protruding from the side wall portion corresponding to at least one second recess; an opening of the first recess and an opening of the second recess facing toward opposite directions, the first recess and second recess being separated by the side wall portion, a first mirror, disposed on the base and covering the first recess; at least one first magnetic component, disposed on the carrying portion, and located in the first recess; at least one second magnetic component, inserted into the second recess, and the first magnetic component and the second magnetic component attracting each other; at least one supporting frame, pivoted to the second magnetic component so as to rotate relative to the base; and at least one second mirror, disposed on the supporting frame. a base, having a first recess, a side wall portion surrounding the first recess, at least one carrying portion located in the first recess, protruding from the side wall portion corresponding to at least one second recess; an opening of the first recess and an opening of the second recess facing toward opposite directions, the first recess and second recess being separated by the side wall portion, a first mirror, disposed on the base and covering the first recess; at least one first magnetic component, disposed on the carrying portion, and located in the first recess; at least one second magnetic component, inserted into the second recess, and the first magnetic component and the second magnetic component attracting each other; at least one supporting frame, pivoted to the second magnetic component so as to rotate relative to the base; and at least one second mirror, disposed on the supporting frame.
A plasma compression system comprising: a plasma containment vessel comprising a vessel wall; and an annular rotating core containing a liquid medium and rotatable inside the vessel to circulate the liquid medium and form a liquid liner with a cavity, the rotating core comprising an outer surface spaced from an inner surface of the vessel wall to define an annular gap, and a plurality of implosion drivers each comprising a pusher bore with a pusher piston slideable therein, each pusher bore extending through the rotating core and having a proximal end in fluid communication with the annular gap and a distal end in fluid communication with the liquid medium; a plurality of compression drivers each in fluid communication with the annular gap and operable to create a pressure pulse in the annular gap that moves the pusher pistons, and wherein the pusher pistons are operable, as the rotating core rotates, to push the liquid medium inwards to collapse the liquid liner and compress a plasma in the cavity. a plasma containment vessel comprising a vessel wall; and an annular rotating core containing a liquid medium and rotatable inside the vessel to circulate the liquid medium and form a liquid liner with a cavity, the rotating core comprising an outer surface spaced from an inner surface of the vessel wall to define an annular gap, and a plurality of implosion drivers each comprising a pusher bore with a pusher piston slideable therein, each pusher bore extending through the rotating core and having a proximal end in fluid communication with the annular gap and a distal end in fluid communication with the liquid medium; a plurality of compression drivers each in fluid communication with the annular gap and operable to create a pressure pulse in the annular gap that moves the pusher pistons, and wherein the pusher pistons are operable, as the rotating core rotates, to push the liquid medium inwards to collapse the liquid liner and compress a plasma in the cavity.
A process for the preparation of a compound of formula in the form of any one of its stereoisomers or a mixture thereof and wherein R represents a hydrogen atom or C 1-8 linear alkyl group; R 1, R 2, R 3 and R 4 represent, when taken separately, independently of each other, a hydrogen atom or a C 1-2 linear alkyl group or a C 3-4 linear or branched alkyl group; or R 2 and R 3, when taken together, represent a C 4-10 linear, branched or cyclic alkanediyl group and n is 1 or 2; comprising the step of an alpha alkylation of an aldehyde of formula R-CH 2 -CHO wherein R has the same meaning than above with an olefin compound being a fused or bridged bicyclic or tricyclic compound with a methylene group in alpha of a ring junction; said step being performed in the presence of a photoredox catalyst, a hydrogen atom transfer donor, a secondary amine and light. comprising the step of an alpha alkylation of an aldehyde of formula R-CH 2 -CHO wherein R has the same meaning than above with an olefin compound being a fused or bridged bicyclic or tricyclic compound with a methylene group in alpha of a ring junction; said step being performed in the presence of a photoredox catalyst, a hydrogen atom transfer donor, a secondary amine and light.
A method for producing a purified egg-yolk phospholipid composition which has a phospholipid content of 80% or more and a neutral phospholipid content of 60% or more, the method comprising carrying out treatment with a water- and alcohol-containing acetone having an acetone content of 80 vol% or more and an alcohol content of 0.3 to 3 vol% in purification of an egg-yolk phospholipid composition which is an extract from egg-yolk with water-containing alcohol.
A singulating device for singulating a stack of paper or cardboard sheets, including at least one separating device, by means of which the stack can be flown by at least one gas flow, in particular an airflow, for singulating the paper or cardboard sheets, wherein the separating device comprises at least one angled aligning unit for aligning the stack and at least one first opening formed as a passage opening through the angled aligning unit, by means of which the stack can be flown by the gas flow for singulating the paper or cardboard sheets, characterized in that the angled aligning unit comprises at least one second opening, by means of which the stack can be flown by the gas flow for singulating the paper or cardboard sheets, wherein the gas flow can be divided into at least two partial flows (38, 40) by means of the first opening and the second opening, which are oriented to the stack, and wherein the second opening is configured as a passage opening just as the first opening.
An air diffuser device for ventilating rooms and to be installed in a ventilation duct opening in a wall or ceiling of a room, said air diffuser device comprising a baffle element having a central region and a peripheral region with a peripheral edge (12; 13) for deviating at least a part of a ventilation air flow entering said room through said ventilation duct opening in a flow direction with an air flow component parallel to said wall or ceiling, wherein said baffle element comprises a plurality of slits or grooves each extending from the central region of said baffle element to the peripheral region of said baffle element, characterized in that the contour of said baffle element along a radial direction from the central region to the peripheral region of said baffle element has a point of inflexion defining a change in curvature from a radially internal curvature region to a radially external oppositely curved curvature region of said baffle element.
A Positron Emission Tomography -Magnetic Resonance Imaging combination apparatus, comprising: an MRI bore configured to capture an MR image of an object which moves into an imaging space; a PET detector installed inside the imaging space of the MRI bore, and configured such that a plurality of scintillation crystal arrays, each having a plurality of scintillation crystals arranged in a ring shape, is arranged in a longitudinal direction so as to extend a axial field of view; a PET circuit unit installed outside the MRI bore to prevent the PET circuit unit from being influenced by a magnetic field produced in the MRI bore, and configured to include therein a signal amplification circuit and a signal processing circuit; and a cable configured to connect the PET detector to the PET circuit unit; said apparatus comprises an object table equipped with a movable bed for allowing the object to move into the imaging space, characterized in said PET circuit unit being installed within the object table. an MRI bore configured to capture an MR image of an object which moves into an imaging space; a PET detector installed inside the imaging space of the MRI bore, and configured such that a plurality of scintillation crystal arrays, each having a plurality of scintillation crystals arranged in a ring shape, is arranged in a longitudinal direction so as to extend a axial field of view; a PET circuit unit installed outside the MRI bore to prevent the PET circuit unit from being influenced by a magnetic field produced in the MRI bore, and configured to include therein a signal amplification circuit and a signal processing circuit; and a cable configured to connect the PET detector to the PET circuit unit; said apparatus comprises an object table equipped with a movable bed for allowing the object to move into the imaging space, characterized in said PET circuit unit being installed within the object table.
A compound of the formula Ar(-CH 2 C 6 Br 5) y, wherein Ar indicates a structure comprising one or two non-fused six-membered aromatic ring(s), and -CH 2 C 6 Br 5 indicates a pentabromobenzyl group, characterized in that at least one carbon atom of said six-membered aromatic ring(s) is bonded to the benzylic carbon of said -CH 2 C 6 Br 5 group, wherein y, which indicates the number of the -CH 2 C 6 Br 5 groups in said compound, is at least equal to twice the number of the six-membered aromatic rings in Ar and wherein said compound is a compound of Formula: wherein R is H or a linear or branched aliphatic chain, n is independently an integer from 1 to 3, m is 0 or 1, such that n+m•n equals y, k is an integer from 1 to 3, X = null, alkylene group containing 1 to 10 carbon atoms, O or S.