mhurhangee/ep-ind-claims huggingface dataset:
A method of storing multi-dimensional data, the method comprising: encoding a structure of nodes (A, B, 1, 8, 9, 10, 11, 12, 13) of a tree data structure into a sequence representation (62, 316); compressing data of nodes of the tree data structure to create a data stream (74, 290) of compressed data portions of variable length in a sequence corresponding to the order represented in the sequence representation (62, 316), wherein each compressed data portion is formed from the data of each respective node; mapping the positions of the data portions in the data stream (74, 290, 312) to the sequence representation to produce a position representation (80, 314); storing the sequence representation (62, 316), data stream (74, 290, 312) and position representation (80, 314). encoding a structure of nodes (A, B, 1, 8, 9, 10, 11, 12, 13) of a tree data structure into a sequence representation (62, 316); compressing data of nodes of the tree data structure to create a data stream (74, 290) of compressed data portions of variable length in a sequence corresponding to the order represented in the sequence representation (62, 316), wherein each compressed data portion is formed from the data of each respective node; mapping the positions of the data portions in the data stream (74, 290, 312) to the sequence representation to produce a position representation (80, 314); storing the sequence representation (62, 316), data stream (74, 290, 312) and position representation (80, 314).
Access authorization system for a mobile work machine having a vehicle control device for controlling vehicle functions, wherein the access authorization system is configured to detect access authorizations of operators and to make it possible for operators with access authorization to access at least one of the vehicle functions, wherein the access authorization system comprises at least one first transceiver device arranged on the mobile work machine and at least one second transceiver device which can be carried by the operator and is individually assigned to the operator, wherein the first transceiver device is operatively connected to the vehicle control device, and the access authorization system is configured, by virtue of the first transceiver device interchanging data with the second transceiver device, to identify the operator at a distance from the mobile work machine and to detect the distance (d) of the operator from the mobile work machine and, if an access authorization of the operator is identified, to cause the vehicle control device to trigger at least one defined reaction function of the mobile work machine on the basis of the distance of the operator from the mobile work machine, characterized in that the access authorization system is operatively connected to at least one operating device in the environment of the mobile work machine, and the access authorization system is configured to trigger at least one defined reaction function of the operating device on the basis of the distance (d) of the operator from the mobile work machine.
Device intended to operate in a hostile environment affecting its operating integrity, said device including a first electronic module, called function module, comprising at least one first electronic apparatus adapted to provide a function to said function module, said function module includes at least one second electronic apparatus adapted to provide the device with the same function as the first electronic apparatus, this second electronic apparatus not being supplied with energy until the first electronic apparatus is powered, and said device also includes: - means for iterative measurement of at least one operating parameter of the device, - means for monitoring the integrity of the device by comparing a value calculated on the basis of this at least one parameter with at least one predetermined threshold value, - electrical switching means adapted to set the second electronic apparatus in operation and to stop the operation of the first electronic apparatus if the calculated value is greater than the predetermined threshold value. - means for iterative measurement of at least one operating parameter of the device, - means for monitoring the integrity of the device by comparing a value calculated on the basis of this at least one parameter with at least one predetermined threshold value, - electrical switching means adapted to set the second electronic apparatus in operation and to stop the operation of the first electronic apparatus if the calculated value is greater than the predetermined threshold value.
A retention and safety device for flexible hoses of the type comprising at least one connection end engageable to a fixed point of a system, said retention and safety device comprising: - at least one rope defining a main extension trajectory, comprising an engagement portion, - a coupling end secured to said rope, and connectable to said fixed point, - an engagement end connectable to said hose and comprising: - said engagement portion of said rope, and - at least one rope guide bushing slidably constrained to said rope and enclosing at least two portions of said rope, said at least two portions being distant from each other along said main extension trajectory and mutually juxtaposed, - said engagement portion being continuous and substantially defining at least one complete turn making, by means of at least one fast knot, an engagement loop in use around said hose, so that said engagement portion can wind around said hose and irreversibly clench its grip along the same if said retention and safety device is placed in traction, and characterised in that said fast knot comprises at least one simple knot, in which said rope is wound presenting at least two points of intersection in which the same overlaps on itself as it extends substantially along a circumference that circumscribes said hose. - at least one rope defining a main extension trajectory, comprising an engagement portion, - a coupling end secured to said rope, and connectable to said fixed point, - an engagement end connectable to said hose and comprising: - said engagement portion of said rope, and - at least one rope guide bushing slidably constrained to said rope and enclosing at least two portions of said rope, said at least two portions being distant from each other along said main extension trajectory and mutually juxtaposed, - said engagement portion of said rope, and - at least one rope guide bushing slidably constrained to said rope and enclosing at least two portions of said rope, said at least two portions being distant from each other along said main extension trajectory and mutually juxtaposed, - said engagement portion being continuous and substantially defining at least one complete turn making, by means of at least one fast knot, an engagement loop in use around said hose, so that said engagement portion can wind around said hose and irreversibly clench its grip along the same if said retention and safety device is placed in traction,
An air-blast fuel injector comprising: a) an outer air circuit having an exit portion; b) an inner air circuit having an outlet configured to direct air toward the exit portion of the outer air circuit, the two air circuits meeting at a junction; and c) a fuel circuit radially outboard of the inner air circuit and having a fuel swirling passage and an exit meeting the outer air circuit at a position which is upstream from the exit portion of the outer air circuit and upstream of or coincident with the junction; and d) an inner radial air swirler partially embedded in the exit of the fuel swirling passage. a) an outer air circuit having an exit portion; b) an inner air circuit having an outlet configured to direct air toward the exit portion of the outer air circuit, the two air circuits meeting at a junction; and c) a fuel circuit radially outboard of the inner air circuit and having a fuel swirling passage and an exit meeting the outer air circuit at a position which is upstream from the exit portion of the outer air circuit and upstream of or coincident with the junction; and d) an inner radial air swirler partially embedded in the exit of the fuel swirling passage.
Method for analysing physiological measurement values of a user, in particular for identifying the presence of a physiological body state of the user, for automatically identifying patterns in a chronological sequence of the physiological measurement values, the method comprising: a) at least one data acquisition step, wherein, during the data acquisition step, the physiological measurement values of the user are acquired at different measurement times and stored in a measurement data record by using at least one data acquisition device; b) at least one pattern selection step, wherein, during the pattern selection step, measurement values acquired during at least one comparison time interval are selected as at least one comparison pattern by using at least one pattern selection device, wherein the comparison pattern is a sequence of measurement values that were acquired during the comparison time interval; c) at least one pattern recognition step, wherein, during the pattern recognition step, patterns corresponding to the comparison pattern are sought after in the measurement data record by using at least one pattern recognition device, the method further comprising at least one data reduction step generating a reduced measurement data record from the measurement data record, wherein the reduced measurement data record is used in at least one of the pattern selection step b) and the pattern recognition step c), characterised in that a plurality of measurement value levels are prescribed in the data reduction step, wherein it is identified when a measurement value level is crossed between two measurement values adjacent in time, and wherein merely the measurement value of the adjacent measurement values that is closer to the measurement value level is assigned to the reduced measurement data record. a) at least one data acquisition step, wherein, during the data acquisition step, the physiological measurement values of the user are acquired at different measurement times and stored in a measurement data record by using at least one data acquisition device; b) at least one pattern selection step, wherein, during the pattern selection step, measurement values acquired during at least one comparison time interval are selected as at least one comparison pattern by using at least one pattern selection device, wherein the comparison pattern is a sequence of measurement values that were acquired during the comparison time interval; c) at least one pattern recognition step, wherein, during the pattern recognition step, patterns corresponding to the comparison pattern are sought after in the measurement data record by using at least one pattern recognition device,
A system, comprising: a wavefield engine comprising: a function engine to: map seismic data into a scattering potential using a dictionary composed of at least one of Green's functions for homogeneous reference media and Asymptote and Apex-Shifted Hyperbolic Radon Transform (AASHRT) functions; and map the seismic data independently for at least one of a temporal frequency and inline wavenumber; a data engine to: create a simulated array of seismic receivers; and reconstruct the wavefield based on synthetic seismic data associated with the simulated array and exploited properties of the scattering potential within an inversion scheme; and a decomposition engine to decompose the wavefield into upward and downward propagating constituents based on the mapping and the reconstructed wavefield. a wavefield engine comprising: a function engine to: map seismic data into a scattering potential using a dictionary composed of at least one of Green's functions for homogeneous reference media and Asymptote and Apex-Shifted Hyperbolic Radon Transform (AASHRT) functions; and map the seismic data independently for at least one of a temporal frequency and inline wavenumber; a data engine to: create a simulated array of seismic receivers; and reconstruct the wavefield based on synthetic seismic data associated with the simulated array and exploited properties of the scattering potential within an inversion scheme; and a function engine to: map seismic data into a scattering potential using a dictionary composed of at least one of Green's functions for homogeneous reference media and Asymptote and Apex-Shifted Hyperbolic Radon Transform (AASHRT) functions; and map the seismic data independently for at least one of a temporal frequency and inline wavenumber; map seismic data into a scattering potential using a dictionary composed of at least one of Green's functions for homogeneous reference media and Asymptote and Apex-Shifted Hyperbolic Radon Transform (AASHRT) functions; and map the seismic data independently for at least one of a temporal frequency and inline wavenumber; a data engine to: create a simulated array of seismic receivers; and reconstruct the wavefield based on synthetic seismic data associated with the simulated array and exploited properties of the scattering potential within an inversion scheme; and create a simulated array of seismic receivers; and reconstruct the wavefield based on synthetic seismic data associated with the simulated array and exploited properties of the scattering potential within an inversion scheme; and a decomposition engine to decompose the wavefield into upward and downward propagating constituents based on the mapping and the reconstructed wavefield.
Dihydrogen generator comprising: - an enclosure defining an enclosure interior space for containing a reactive liquid capable of generating dihydrogen in contact with a catalyst, - a catalyst support housed in the enclosure interior space, the catalyst support being porous and impregnatable by the reactive liquid and comprising a catalyst for the reaction to generate dihydrogen from the reactive liquid, - a heating means, the catalyst support being configured to be heated by the heating means other than by heat transfer consisting of convective heat exchange with the reactive liquid and conductive heat exchange with the reactive liquid and radiation from a heat source remote from the catalyst support, the catalyst support comprising a solid foam of an electrically conductive material which is carbon in the form of graphite and/or a metal, the dihydrogen generator comprising a catalyst housing housed within the enclosure interior space, the catalyst housing comprising first and second parts defining a catalyst chamber in which the catalyst support is housed, the first and second parts being movable relative to each other between a closed position in which the catalyst chamber is hermetically sealed and an open position in which the catalyst chamber is in fluid communication with the enclosure interior space. - an enclosure defining an enclosure interior space for containing a reactive liquid capable of generating dihydrogen in contact with a catalyst, - a catalyst support housed in the enclosure interior space, the catalyst support being porous and impregnatable by the reactive liquid and comprising a catalyst for the reaction to generate dihydrogen from the reactive liquid, - a heating means, the catalyst support being configured to be heated by the heating means other than by heat transfer consisting of convective heat exchange with the reactive liquid and conductive heat exchange with the reactive liquid and radiation from a heat source remote from the catalyst support, the catalyst support comprising a solid foam of an electrically conductive material which is carbon in the form of graphite and/or a metal, the dihydrogen generator comprising a catalyst housing housed within the enclosure interior space, the catalyst housing comprising first and second parts defining a catalyst chamber in which the catalyst support is housed, the first and second parts being movable relative to each other between a closed position in which the catalyst chamber is hermetically sealed and an open position in which the catalyst chamber is in fluid communication with the enclosure interior space.
A method for performing wireless power transmission by a power transmitter comprising a transmitting antenna array, the method characterized by comprising: determining angular coordinates of a plurality of power receivers (RXs) in relation to a position of the power transmitter based on a focal beam steering (320, 335) performed by the transmitting antenna array, the focal beam steering being performed using a focal beam focused on a specific point; determining a distance between each of the plurality of power receivers (RXs) and the power transmitter based on the determined angular coordinates by using a focused microwave field; determining the position of each of the plurality of power receivers (RXs) based on the determined angular coordinates and the determined distance; and transmitting power by focusing a microwave field to the determined position of each of the plurality of power receivers (RXs), wherein the transmitting of power comprises simultaneously charging the plurality of power receivers (RX1, RX2) by exciting the transmitting antenna array to form a multi-focus microwave field pattern with multiple focal points to the determined position of each of the plurality of power receivers (RX1, RX2). determining angular coordinates of a plurality of power receivers (RXs) in relation to a position of the power transmitter based on a focal beam steering (320, 335) performed by the transmitting antenna array, the focal beam steering being performed using a focal beam focused on a specific point; determining a distance between each of the plurality of power receivers (RXs) and the power transmitter based on the determined angular coordinates by using a focused microwave field; determining the position of each of the plurality of power receivers (RXs) based on the determined angular coordinates and the determined distance; and transmitting power by focusing a microwave field to the determined position of each of the plurality of power receivers (RXs), wherein the transmitting of power comprises simultaneously charging the plurality of power receivers (RX1, RX2) by exciting the transmitting antenna array to form a multi-focus microwave field pattern with multiple focal points to the determined position of each of the plurality of power receivers (RX1, RX2).
A method for wireless communication, comprising: receiving, from a user equipment, UE,, timing information determined by the UE based on a timing offset between a reference cell and a serving cell of the UE (120,712), wherein the timing offset between the reference cell and the serving cell is determined based on a first timing offset between an intermediate cell and the serving cell and a second timing offset between the reference cell and the intermediate cell; determining a measurement gap pattern for the UE based on the timing information; and sending the measurement gap pattern to the UE (120,716), wherein the measurement gap pattern indicates sequences of gaps during which the UE is not scheduled for data transmission by the serving cell. receiving, from a user equipment, UE,, timing information determined by the UE based on a timing offset between a reference cell and a serving cell of the UE (120,712), wherein the timing offset between the reference cell and the serving cell is determined based on a first timing offset between an intermediate cell and the serving cell and a second timing offset between the reference cell and the intermediate cell; determining a measurement gap pattern for the UE based on the timing information; and sending the measurement gap pattern to the UE (120,716), wherein the measurement gap pattern indicates sequences of gaps during which the UE is not scheduled for data transmission by the serving cell.
A capsule for preparing a beverage of the type comprising a cup-shaped body closed on the upper side by a lid, wherein it presents, in its inside, a plurality of infusion chambers (7 and 8), each of which is provided with a respective area for the inlet of a water flow and each of which is provided with a respective area for the outlet of the infusion; wherein said infusion chambers (7 and 8) are concentric and are sealed in a fluid-tight manner with respect to each other; wherein said cup-shaped body presents a lateral wall with cylindrical shape and a base wall; at least one intermediate wall, which divides the inside of said cup-shaped body into said infusion chambers (7 and 8), being present inside the cup-shaped body and being made as one single piece together with said base wall, from which it extends parallel to said lateral wall; wherein said base wall presents a plurality of first through holes (13 and 14); wherein a plurality of annular projections (15 and 16), which originate from the outer face of said base wall and extend downwards, separate some of said first holes from other said first holes, so as to define a plurality of areas for the outlet of the infusions; said outlet areas being provided one for each one of said infusion chambers (7 and 8); wherein said lid presents a plurality of second through holes (25 and 26); and wherein said lid presents a plurality of annular thickenings (18 and 21), which separate some of said second holes from other said second holes, so as to define a plurality of areas for the inlet of the water flow; said inlet areas being provided one for each one of said infusion chambers (7 and 8); characterised in that said annular thickening is formed along the peripheral edge of said lid and with the lid mounted inside the capsule it abuts against an annular projection obtained on the inner face of the lateral wall near the upper end thereof; and said annular thickening is concentric to said annular thickening and with lid mounted inside the capsule it ends up near the upper end of said intermediate wall.
A method comprising: deriving a network class of a computer network (220, 222, 224, 226, 228) from multiple network attributes associated with the computer network, wherein the multiple network attributes include a network security, a network management and a network addressing; obtaining at least one network policy based on the derived network class for the computer network; and implementing a network policy action according to the at least one obtained network policy, wherein implementing the network policy action includes: configuring network security settings depending on the derived network class. deriving a network class of a computer network (220, 222, 224, 226, 228) from multiple network attributes associated with the computer network, wherein the multiple network attributes include a network security, a network management and a network addressing; obtaining at least one network policy based on the derived network class for the computer network; and implementing a network policy action according to the at least one obtained network policy, wherein implementing the network policy action includes: configuring network security settings depending on the derived network class.