mhurhangee/ep-ind-claims huggingface dataset:
A method performed by one or more computers, the method comprising: obtaining an input image; processing the input image using a first neural network to generate an alternative representation for the input image; initializing a hidden state of a second neural network using the alternative representation for the input image; after initializing the hidden state of the second neural network, generating with the second neural network a sequence of a plurality of words in a target natural language that describes the input image; wherein the second neural network is a long-short term memory (LSTM) neural network configured to determine a next word in the sequence by processing, in accordance with a current hidden state of the second neural network and current values of a set of parameters of the second neural network, a numeric representation of a current word in the sequence to determine a respective word score for each word in a set of words that represents a respective likelihood that the word is the next word in the sequence; wherein the first neural network is a deep convolutional neural network comprising a plurality of core neural network layers each having a respective set of parameters; wherein processing the input image using the first neural network comprises processing the input image through each of the plurality of core neural network layers, and wherein the alternative representation for the input image is the output generated by a last core neural network layer in the plurality of core neural network layers. obtaining an input image; processing the input image using a first neural network to generate an alternative representation for the input image; initializing a hidden state of a second neural network using the alternative representation for the input image; after initializing the hidden state of the second neural network, generating with the second neural network a sequence of a plurality of words in a target natural language that describes the input image; wherein the second neural network is a long-short term memory (LSTM) neural network configured to determine a next word in the sequence by processing, in accordance with a current hidden state of the second neural network and current values of a set of parameters of the second neural network, a numeric representation of a current word in the sequence to determine a respective word score for each word in a set of words that represents a respective likelihood that the word is the next word in the sequence; wherein the first neural network is a deep convolutional neural network comprising a plurality of core neural network layers each having a respective set of parameters; wherein processing the input image using the first neural network comprises processing the input image through each of the plurality of core neural network layers, and wherein the alternative representation for the input image is the output generated by a last core neural network layer in the plurality of core neural network layers.
A method for manufacturing a mineral fibre composite product, comprising the steps of a) melting the mineral material in a melt oven, conveying the melted material along a melt groove to a fibrating aggregate and subsequently forming the fibres by a spinning wheel, b) forming two primary mineral fibre webs, which are separately conveyed by conveyors, c) adding an aerogel material in granular form between the primary mineral fibre webs, d) joining the primary mineral fibre webs to an intermediate (mineral fibre) composite web and e) folding with a folding device, the device comprising two parallel conveyor belts and a pendulum movement is provided with a crank mechanism driven by a motor, connected to the folding machine, whereby during the pendulum movement the aerogel material penetrates in between the fibres, and f) compressing the folded intermediate web into a unitary mat. a) melting the mineral material in a melt oven, conveying the melted material along a melt groove to a fibrating aggregate and subsequently forming the fibres by a spinning wheel, b) forming two primary mineral fibre webs, which are separately conveyed by conveyors, c) adding an aerogel material in granular form between the primary mineral fibre webs, d) joining the primary mineral fibre webs to an intermediate (mineral fibre) composite web and e) folding with a folding device, the device comprising two parallel conveyor belts and a pendulum movement is provided with a crank mechanism driven by a motor, connected to the folding machine, whereby during the pendulum movement the aerogel material penetrates in between the fibres, and f) compressing the folded intermediate web into a unitary mat.
Mobile apparatus comprising a main frame, a sub-frame connected rotatably to the main frame and an operating arm connected to the sub-frame, wherein the sub-frame is provided with a seating or standing location for a driver, operating instruments controllable by a driver, and a bus system connected to the operating instruments; wherein the bus system runs from the sub-frame to the main frame; wherein an energy source or motor for displacing the mobile apparatus and a control unit therefor is arranged in the sub-frame or in the main frame and wherein said control unit is connected to the bus system; characterized in that the main frame is provided with a lifting device to which an implement is connectable; wherein the mobile apparatus further comprises a drive (7, 17) for driving the lifting device and/or the implement, and a control unit (6, 16) connected to the bus system for controlling the drive on the basis of signals from the bus system; this such that the lifting device and/or the implement are controllable via the bus system using the operating instruments in the sub-frame. wherein the bus system runs from the sub-frame to the main frame; wherein an energy source or motor for displacing the mobile apparatus and a control unit therefor is arranged in the sub-frame or in the main frame and wherein said control unit is connected to the bus system; characterized in that the main frame is provided with a lifting device to which an implement is connectable; wherein the mobile apparatus further comprises a drive (7, 17) for driving the lifting device and/or the implement, and a control unit (6, 16) connected to the bus system for controlling the drive on the basis of signals from the bus system; this such that the lifting device and/or the implement are controllable via the bus system using the operating instruments in the sub-frame.
Filtering device, in particular for fuel filtration, having a heating module connected to a filter housing with a filter medium body accommodated therein, wherein the heating module abuts the filter housing in a flat manner, characterized in that the heating module abuts the filter housing via an inherently flat contact surface, which extends at least approximately across the complete cross-sectional area of the filter housing, and that the heating module is held on the filter housing by a clamping fastener, wherein the clamping fastener exerts a clamping force directed axially parallel to the longitudinal axis of the filter on the filter housing and the heating module, which clamping force is applied via the contact surface.
A hybridoma which is deposited under deposit Accession No. PD 10002, with International Deposit Authority Interlab Cell Line Collection, Genoa Italy.
A method for making a box including a box body, which displays a bottom wall with a polygonal peripheral profile, at least three side walls (3, 4) essentially orthogonal to said base wall, and at least three corners, each of which is delimited by two adjacent side walls (3, 4); and at least one angular element, which is arranged inside said box body at a corresponding corner; the method including: a step of folding a flat blank displaying a central panel, which is adapted to define said bottom wall, at least one first side panel, which includes at least one corresponding appendix, and at least two second side panels adjacent to said first side panel; during the step of folding, the flat blank is folded so as to obtain said box body; the first and the second panels (4' and 3') are folded so as to be essentially orthogonal to said central panel and to define said side walls (3, 4); said appendix being folded so as to define a corner of an angle of said box body and at least to partially overlap one of said second panels; and a step of fastening, during which said angular element is fixed to said box body; the method being characterized in that it includes a step of placing, during which said angular element is arranged on said flat blank; the step of placing being prior to the step of folding; during the step of placing, said angular element is conveyed crosswise to said flat blank. a step of folding a flat blank displaying a central panel, which is adapted to define said bottom wall, at least one first side panel, which includes at least one corresponding appendix, and at least two second side panels adjacent to said first side panel; during the step of folding, the flat blank is folded so as to obtain said box body; the first and the second panels (4' and 3') are folded so as to be essentially orthogonal to said central panel and to define said side walls (3, 4); said appendix being folded so as to define a corner of an angle of said box body and at least to partially overlap one of said second panels; and a step of fastening, during which said angular element is fixed to said box body; the method being characterized in that it includes a step of placing, during which said angular element is arranged on said flat blank; the step of placing being prior to the step of folding; during the step of placing, said angular element is conveyed crosswise to said flat blank.
A temperature measuring and overflow preventing probe for a pot, wherein the temperature measuring and overflow preventing probe for a pot is provided with a head part and a probe needle connected below the head part; the probe needle is a vertically downward cylindrical structure; the lower part of the probe needle is a temperature detecting part, characterized in that the upper part is an overflow detecting part; and in that it further comprises a cylindrical connection part connected between the temperature detecting part and the overflow detecting part; and in that the connection part fixedly connects the temperature detecting part to the overflow detecting part to form a whole; the temperature detecting part and the overflow detecting part use conductive materials; and the connection part uses an insulation material.
A method of quantizing channel state information in a multiple-input transmission system having at least a transmitter and a receiver, the method comprising the steps of: quantizing information concerning a first channel state to produce first quantized information, and sending the first quantized information to the transmitter; and quantizing information concerning a second channel state based on i) the second channel state and ii) the first quantized information, to produce a second quantized information, and sending the second quantized information to the transmitter. quantizing information concerning a first channel state to produce first quantized information, and sending the first quantized information to the transmitter; and quantizing information concerning a second channel state based on i) the second channel state and ii) the first quantized information, to produce a second quantized information, and sending the second quantized information to the transmitter. i) the second channel state and ii) the first quantized information,
A method for identifying ports to support data packet traffic between a source device and a destination device in a computer network, the method comprising: setting a set S D of destination ports p the destination device is configured to listen to; selecting a subset S k D from the set S D for serving the data packet traffic between the source device and the destination device; choosing a port p in the set S D for analysis; determining whether the chosen port p collides with any of the ports in the subset S k D; and if there is a collision involving the chosen port p, eliminating the chosen port p from the set S D; characterised in that determining whether the chosen port p collides with any of the ports in the subset S k D includes: sending a pair of probe packets from the source device to the destination device via p and any port p' in the subset S k D; evaluating arrivals of the pair of the probe packets at the destination device to determine if there is a collision at ports p and p ' wherein a collision is determined if the destination device receives the pair of probe packets in order; and if there is no collision, then identifying the port p as a selected port for transmitting data packets between the source device and the destination device. setting a set S D of destination ports p the destination device is configured to listen to; selecting a subset S k D from the set S D for serving the data packet traffic between the source device and the destination device; choosing a port p in the set S D for analysis; determining whether the chosen port p collides with any of the ports in the subset S k D; and if there is a collision involving the chosen port p, eliminating the chosen port p from the set S D; characterised in that determining whether the chosen port p collides with any of the ports in the subset S k D includes: sending a pair of probe packets from the source device to the destination device via p and any port p' in the subset S k D; evaluating arrivals of the pair of the probe packets at the destination device to determine if there is a collision at ports p and p ' wherein a collision is determined if the destination device receives the pair of probe packets in order; and if there is no collision, then identifying the port p as a selected port for transmitting data packets between the source device and the destination device.
A data processing system for performing motion estimation in a sequence of frames comprising first and second frames each divided into respective sets of blocks of pixels, the system comprising: a vector generator configured to generate motion vector candidates which describe an estimate of the movement of pixels between the first and second frames; a candidate assessor configured to calculate an error score for each generated motion vector candidate, each error score being a measure of the similarity of the pixels in the first and second frames at each end of the respective motion vector candidate; and a vector processor configured to, if no motion vector candidates are available for a search block of the first frame that have an error score that is below a threshold, identify a first motion vector candidate ending in a block of the second frame collocated with the search block characterized in that the vector processor is configured to form an output vector for the search block which has an average direction calculated in dependence on the direction of the first motion vector candidate and the directions of one or more motion vector candidates ending in blocks neighbouring the collocated block of the second frame. a vector generator configured to generate motion vector candidates which describe an estimate of the movement of pixels between the first and second frames; a candidate assessor configured to calculate an error score for each generated motion vector candidate, each error score being a measure of the similarity of the pixels in the first and second frames at each end of the respective motion vector candidate; and a vector processor configured to, if no motion vector candidates are available for a search block of the first frame that have an error score that is below a threshold, identify a first motion vector candidate ending in a block of the second frame collocated with the search block characterized in that the vector processor is configured to form an output vector for the search block which has an average direction calculated in dependence on the direction of the first motion vector candidate and the directions of one or more motion vector candidates ending in blocks neighbouring the collocated block of the second frame.
Installation for detecting and locating a leak in at least one fluid transport circuit (Ps, Pt), notably an anemometer circuit of an aircraft, comprising a leak test apparatus comprising means for detecting a leak in said at least one fluid transport circuit (Ps, Pt), characterised in that said installation further comprises means for locating a leak comprising: - means (Pp, 14, Ev2) for injecting a trace gas under pressure into said at least one fluid transport circuit (Ps, Pt), situated in said leak test apparatus, and - a trace gas detection probe intended to be moved along said at least one fluid transport circuit (Ps, Pt) on the outside thereof, in order to locate the leak. - means (Pp, 14, Ev2) for injecting a trace gas under pressure into said at least one fluid transport circuit (Ps, Pt), situated in said leak test apparatus, and - a trace gas detection probe intended to be moved along said at least one fluid transport circuit (Ps, Pt) on the outside thereof, in order to locate the leak.
An amplifier system for powering an element of an antenna, the amplifier system comprising a solid state power amplifier, SSPA, including: an RF amplifier means mounted on one circuit board, having a signal amplifying path that includes at least a power output stage; a temperature sensor mounted on the one circuit board; a power supply means for providing a variable value of DC voltage for powering at least said power output stage of said RF amplifier means; a control means for receiving as a first control input an input power signal of said RF amplifier means and as a second control input a temperature signal of the RF amplifier means supplied from the temperature sensor, for providing, in response to the first and second control inputs, a voltage control signal to said power supply means to determine the value of said DC voltage; and said control means being arranged such that the value of said DC voltage to said power output stage is varied so as to control the gain compression of said RF amplifier means for varying values of said input power signal and temperature signal in order to regulate at least one of amplifier linearity, amplifier efficiency, and thermal dissipation of said RF amplifier means. an RF amplifier means mounted on one circuit board, having a signal amplifying path that includes at least a power output stage; a temperature sensor mounted on the one circuit board; a power supply means for providing a variable value of DC voltage for powering at least said power output stage of said RF amplifier means; a control means for receiving as a first control input an input power signal of said RF amplifier means and as a second control input a temperature signal of the RF amplifier means supplied from the temperature sensor, for providing, in response to the first and second control inputs, a voltage control signal to said power supply means to determine the value of said DC voltage; and said control means being arranged such that the value of said DC voltage to said power output stage is varied so as to control the gain compression of said RF amplifier means for varying values of said input power signal and temperature signal in order to regulate at least one of amplifier linearity, amplifier efficiency, and thermal dissipation of said RF amplifier means.
A method for maintaining neighbor information of a mobile relay, MR, which is applied to the MR, comprising the steps of: acquiring neighbor relation information when the MR resides in a designated station, wherein the neighbor relation information comprises: information about a cell to which one or more user equipment, UEs, dominated by the MR can be migrated, wherein the designated station is a station where a train reaches and stops and the one or more UEs dominated by the MR refers to that the MR serves as an E-UTRAN NodeB, eNB, to provide access for the one or more UEs; and maintaining a neighbor list of the MR according to the neighbor relation information, characterized in that the method further comprises: after an automatic neighbor relation, ANR, measurement process is started, when the MR moves to a next station of the designated station, stopping acquiring the neighbor relation information and clearing a local Neighbor Relation Table, NRT, table. acquiring neighbor relation information when the MR resides in a designated station, wherein the neighbor relation information comprises: information about a cell to which one or more user equipment, UEs, dominated by the MR can be migrated, wherein the designated station is a station where a train reaches and stops and the one or more UEs dominated by the MR refers to that the MR serves as an E-UTRAN NodeB, eNB, to provide access for the one or more UEs; and maintaining a neighbor list of the MR according to the neighbor relation information, characterized in that the method further comprises: after an automatic neighbor relation, ANR, measurement process is started, when the MR moves to a next station of the designated station, stopping acquiring the neighbor relation information and clearing a local Neighbor Relation Table, NRT, table.
A hair treatment composition comprising:- a) from 0.1 to 2 wt.% of selenium disulfide; b) from 0.1 to 5 wt.% of zinc pyrithione; and, c) from 0.01 to 10 wt.% of a cationic guar hydroxypropyltrimonium chloride polymer. a) from 0.1 to 2 wt.% of selenium disulfide; b) from 0.1 to 5 wt.% of zinc pyrithione; and, c) from 0.01 to 10 wt.% of a cationic guar hydroxypropyltrimonium chloride polymer.
Method for the removal of a soft contact lens from a container, comprising the steps of providing a soft contact lens immersed in a liquid in a container, providing a removal tube and dipping the removal tube into the liquid in the container, providing a pressure tube that terminates in the container above the liquid level, closing the container containing the liquid and the immersed soft contact lens pressure-tight with a lid comprising the removal tube and the pressure tube which both are guided through the lid, and applying an overpressure to the interior of the closed container through the pressure tube, such that the soft contact lens and the liquid are pressed into the removal tube and the soft contact lens is removed from the container together with at least a portion of the liquid through the removal tube, wherein a removal tube system is attached to the removal tube and wherein the removal tube system has an exit opening arranged at a level which is lower than that of the bottom of the container.
An insecticidal composition comprising a IPD078-1 polypeptide comprising an amino acid sequence having greater than 80% sequence identity compared to the amino acid sequence of SEQ ID NO: 43 and a IPD078-2 polypeptide comprising an amino acid sequence having greater than 80% sequence identity compared to the amino acid sequence of SEQ ID NO: 44.