mhurhangee/ep-ind-claims huggingface dataset:
Machine for rehabilitating a ballast bed comprising: - at least one undercutter defining an operating movement direction of the rehabilitation machine, - a distributor for dividing an incoming ballast stream originating from the undercutter into at least two separate outgoing ballast streams; - at least one rear screening machine positioned behind the undercutter in the direction of movement and capable of being fed by a first of the separate outgoing ballast streams; and - at least one front screening machine capable of being fed by a second of the separate outgoing ballast streams; characterized in that the front screening machine is positioned in front of the undercutter, the distributor comprising a variator in order to vary the ratio between the first and second of the separate outgoing ballast streams. - at least one undercutter defining an operating movement direction of the rehabilitation machine, - a distributor for dividing an incoming ballast stream originating from the undercutter into at least two separate outgoing ballast streams; - at least one rear screening machine positioned behind the undercutter in the direction of movement and capable of being fed by a first of the separate outgoing ballast streams; and - at least one front screening machine capable of being fed by a second of the separate outgoing ballast streams;
A software development system, comprising: a digital memory; and a processor in operable communication with the digital memory, the processor configured to perform suggestion filtering steps which include automatically (a) obtaining provenance metadata of an automatically created software development suggestion (ACSDS), the provenance metadata indicating implicit or explicit software developer endorsement of the ACSDS, (b) assigning a provenance-derived trust score to the ACSDS based at least in part on the provenance metadata, (c) comparing the provenance-derived trust score to a threshold for supplying the ACSDS to a suggestion presentation interface of a software development tool, and (d) supplying the ACSDS to the suggestion presentation interface when the provenance-derived trust score is equal to or greater than the threshold or withholding the ACSDS from the suggestion presentation interface if the provenance-derived trust score is less than the threshold; whereby the system is configured to present automatically created suggestions to software developers more often or less often depending on whether other software developers have or have not at least implicitly endorsed the automatically created suggestions. a digital memory; and a processor in operable communication with the digital memory, the processor configured to perform suggestion filtering steps which include automatically (a) obtaining provenance metadata of an automatically created software development suggestion (ACSDS), the provenance metadata indicating implicit or explicit software developer endorsement of the ACSDS, (b) assigning a provenance-derived trust score to the ACSDS based at least in part on the provenance metadata, (c) comparing the provenance-derived trust score to a threshold for supplying the ACSDS to a suggestion presentation interface of a software development tool, and (d) supplying the ACSDS to the suggestion presentation interface when the provenance-derived trust score is equal to or greater than the threshold or withholding the ACSDS from the suggestion presentation interface if the provenance-derived trust score is less than the threshold; whereby the system is configured to present automatically created suggestions to software developers more often or less often depending on whether other software developers have or have not at least implicitly endorsed the automatically created suggestions.
A device comprising: a transmitter adapted to transmit to a mobile station, control information on one or more control channel element, CCEs, and to transmit, to the mobile station, data; and a receiver adapted to receive a symbol that represents an Acknowledgment, ACK, or Negative Acknowledgement, NACK, for the data and that is transmitted from the mobile station on a physical uplink control channel, the symbol being multiplied with a sequence defined by one of a plurality of cyclic shift values and being scrambled by a scrambling code, characterized by said one of the plurality of cyclic shift values being determined from an index of a resource to which the physical uplink control channel is mapped, the scrambling code being e j(π/2) when the index is odd, the scrambling code being 1 when the index is even, and the index being associated with a CCE number of one of the CCEs. a transmitter adapted to transmit to a mobile station, control information on one or more control channel element, CCEs, and to transmit, to the mobile station, data; and a receiver adapted to receive a symbol that represents an Acknowledgment, ACK, or Negative Acknowledgement, NACK, for the data and that is transmitted from the mobile station on a physical uplink control channel, the symbol being multiplied with a sequence defined by one of a plurality of cyclic shift values and being scrambled by a scrambling code, characterized by said one of the plurality of cyclic shift values being determined from an index of a resource to which the physical uplink control channel is mapped, the scrambling code being e j(π/2) when the index is odd, the scrambling code being 1 when the index is even, and the index being associated with a CCE number of one of the CCEs.
Composition comprising an agricultural active ingredient at 1-50 % (w/w), a salt at 5-70 % (w/w), an alkyl polysaccharide at 1-10 % (w/w), and a styrene (meth)acrylic copolymer at 0.2-3 % (w/w), wherein the salt is selected from a bicarbonate salt and/or a phosphite salt, wherein the composition is in the form of a suspension concentrate or a dispersion concentrate.
A device for determining a weather state, comprising: - an input unit; - a processing unit; and - an output unit; wherein, the input unit is configured to provide the processing unit with at least one image, the at least one image relating to a scene external to a vehicle viewed through a windscreen of the vehicle, and wherein the at least one image was acquired by at least one camera that was not focussed on the windscreen of the vehicle; wherein, the processing unit is configured to process the at least one image to determine the variance in the intensity values of the image after applying the Laplacian operator in the imaged scene external to the vehicle; wherein, the processing unit is configured to determine information relating to a weather state outside the vehicle using said variance wherein, the output unit is configured to output information representative of the weather state outside the vehicle. - an input unit; - a processing unit; and - an output unit; wherein, the input unit is configured to provide the processing unit with at least one image, the at least one image relating to a scene external to a vehicle viewed through a windscreen of the vehicle, and wherein the at least one image was acquired by at least one camera that was not focussed on the windscreen of the vehicle; wherein, the processing unit is configured to process the at least one image to determine the variance in the intensity values of the image after applying the Laplacian operator in the imaged scene external to the vehicle; wherein, the processing unit is configured to determine information relating to a weather state outside the vehicle using said variance wherein, the output unit is configured to output information representative of the weather state outside the vehicle. wherein, the input unit is configured to provide the processing unit with at least one image, the at least one image relating to a scene external to a vehicle viewed through a windscreen of the vehicle, and wherein the at least one image was acquired by at least one camera that was not focussed on the windscreen of the vehicle; wherein, the processing unit is configured to process the at least one image to determine the variance in the intensity values of the image after applying the Laplacian operator in the imaged scene external to the vehicle; wherein, the processing unit is configured to determine information relating to a weather state outside the vehicle using said variance wherein, the output unit is configured to output information representative of the weather state outside the vehicle.
Obtaining an improved fortifier from beer yeast wastewater of very low protein concentration characterized in that it is carried out by a single incubation in brewer water, obtaining triamine spermidine and tetramine spermine, comprising the following steps: a) Filtering by a pore filter of 80 μm. b) Magnetic treatment of the liquid. c) Addition of a pH buffer containing 0.1 - 20 g/l phosphate and a pH of 5.0 - 9.0. d) Addition of 10 - 20 g/l glucose. e) Addition of amino acids and magnesium salt maintaining a content greater than 0.1% of free amino acids during incubation and a content of magnesium cation (Mg +2) of at least 0.1 %, both expressed as dry material, the amino acids comprising Arginine, Lysine, Ornithine and Methionine. f) Ensuring very low concentrations of nitrogen, phosphate and potassium that must not exceed 3% as a whole. g) Ensuring a concentration of protein 0.5% - 1.0%, and EDTA 0.02% - 0.2%, both expressed as dry material. h) Addition of Enterobacter Aerogenes, Enterobacter Gergoviae, Hafnia Alvei, Serratia Marcescens, Kluyvera Ascorbata or Obesumbacterium Proteus. i) Performing a single fermentation at temperatures between 15oC and 40oC, making a smooth, continuous motion of the suspension. j) Extending incubation for 24 hours to 30 days, depending on the desired concentration degree of the final components. k) Filtering by a pore filter of 80 μm. l) Final adjustment of pH 5.0 - 6.0. a) Filtering by a pore filter of 80 μm. b) Magnetic treatment of the liquid. c) Addition of a pH buffer containing 0.1 - 20 g/l phosphate and a pH of 5.0 - 9.0. d) Addition of 10 - 20 g/l glucose. e) Addition of amino acids and magnesium salt maintaining a content greater than 0.1% of free amino acids during incubation and a content of magnesium cation (Mg +2) of at least 0.1 %, both expressed as dry material, the amino acids comprising Arginine, Lysine, Ornithine and Methionine. f) Ensuring very low concentrations of nitrogen, phosphate and potassium that must not exceed 3% as a whole. g) Ensuring a concentration of protein 0.5% - 1.0%, and EDTA 0.02% - 0.2%, both expressed as dry material. h) Addition of Enterobacter Aerogenes, Enterobacter Gergoviae, Hafnia Alvei, Serratia Marcescens, Kluyvera Ascorbata or Obesumbacterium Proteus. i) Performing a single fermentation at temperatures between 15oC and 40oC, making a smooth, continuous motion of the suspension. j) Extending incubation for 24 hours to 30 days, depending on the desired concentration degree of the final components. k) Filtering by a pore filter of 80 μm. l) Final adjustment of pH 5.0 - 6.0.
A sonic percussion therapy assembly, comprising: a first inflatable cell; a second inflatable cell beneath the first inflatable cell; and a sonic percussion structure comprising a plurality of speakers, attached to the first and second inflatable cells via attachment means and disposed between the first and second inflatable cells, and positioned above the second inflatable cell. a first inflatable cell; a second inflatable cell beneath the first inflatable cell; and a sonic percussion structure comprising a plurality of speakers, attached to the first and second inflatable cells via attachment means and disposed between the first and second inflatable cells, and positioned above the second inflatable cell.
Method for operating a fuel-cell system, in which air is sucked in from the surroundings, is compressed with the aid of an air-compression system comprising a first compression stage (3.1) and a second compression stage (3.2), and is fed to at least one fuel cell via a cathode supply-air path, and in which exhaust air exiting the fuel cell is discharged via a cathode exhaust-air path, wherein an exhaust-air partial mass flow is introduced at least temporarily into the cathode supply-air path from the cathode exhaust-air path via a connecting line, characterized in that the exhaust-air partial mass flow is branched off from the cathode exhaust-air path via a bypass path for bypassing a turbine.
A portable electronic device for stamping and archiving an encoded digital signature comprising a battery power supply of common type, an electrical (Bel2a) or mechanical (Bel2b) or hybrid printing system, a processor, an internal memory, a port for a removable external memory, an USB connection socket, a SIM-card for data and Internet connection, a keypad, a display, an audio-video microcamera with integrated flash and audio reproducer, a wireless, infrared, or Bluetooth and an Internet Wi-Fi connection interface, characterized in that: a) it prints in a single operation a unique stamp for the authentication of a paper document, said stamp containing not reproducible and not photo-copyable data and codes, which makes the original paper document unique and not falsifiable, visibly and directly verifiable and legally assigned to the signature of the authorized user of said stamping device; b) said stamp being made of a plurality of engraving fields (Ael1, Ael2, Ael3, Ael4) and printed with two types of different inks at the same time; c) at least one of said different inks is a visible ink of changeable properties, in particular a glittered or metallized ink and at least one further type of said different inks is a UV-ink being visible only under a UV light source. a) it prints in a single operation a unique stamp for the authentication of a paper document, said stamp containing not reproducible and not photo-copyable data and codes, which makes the original paper document unique and not falsifiable, visibly and directly verifiable and legally assigned to the signature of the authorized user of said stamping device; b) said stamp being made of a plurality of engraving fields (Ael1, Ael2, Ael3, Ael4) and printed with two types of different inks at the same time; c) at least one of said different inks is a visible ink of changeable properties, in particular a glittered or metallized ink and at least one further type of said different inks is a UV-ink being visible only under a UV light source.
Assembly method of a closed membrane loudspeaker comprising the following steps: - pre-assembly of a mobile unit provided with a voice coil comprising a cylindrical support whereon at least one winding is wound, - pre-assembly of a fixed unit comprising a basket and a magnetic unit provided with a lower polar plate with a core, a magnet disposed around the core and an upper polar plate disposed on the magnet and around the core in such manner to generate an air gap, - use of a centering device with cylindrical shape, which is inserted into the cylindrical support of the voice coil and fitted onto the core of the lower polar plate, in such a way to center the voice coil in the air gap, - gluing the mobile unit to the basket of the fixed unit, - extracting the centering device from the voice coil, and - gluing an edge of a closed membrane to the basket and gluing a central portion of the closed membrane to the cylindrical support of the voice coil, wherein said pre-assembly step of the mobile unit comprises the fixing of a first centering device and of a second centering device to the cylindrical support of the mobile coil; and said step of gluing the mobile unit to the basket of the fixed unit comprises the gluing of the first centering device and of the second centering device to the basket, in such manner that the two centering devices (3, 3') are disposed along parallel planes to guarantee a centering of the voice coil in the air gap. - pre-assembly of a mobile unit provided with a voice coil comprising a cylindrical support whereon at least one winding is wound, - pre-assembly of a fixed unit comprising a basket and a magnetic unit provided with a lower polar plate with a core, a magnet disposed around the core and an upper polar plate disposed on the magnet and around the core in such manner to generate an air gap, - use of a centering device with cylindrical shape, which is inserted into the cylindrical support of the voice coil and fitted onto the core of the lower polar plate, in such a way to center the voice coil in the air gap, - gluing the mobile unit to the basket of the fixed unit, - extracting the centering device from the voice coil, and - gluing an edge of a closed membrane to the basket and gluing a central portion of the closed membrane to the cylindrical support of the voice coil, wherein said pre-assembly step of the mobile unit comprises the fixing of a first centering device and of a second centering device to the cylindrical support of the mobile coil; and said step of gluing the mobile unit to the basket of the fixed unit comprises the gluing of the first centering device and of the second centering device to the basket, in such manner that the two centering devices (3, 3') are disposed along parallel planes to guarantee a centering of the voice coil in the air gap.
Method for separating out a defined mineral phase of value from a ground ore which has several chemical phases and in which the grain sizes are heterogeneous, including the following steps: - Classification of the ore against a defined particle diameter into at least two fractions, where a first fraction has particles which are essentially larger than the defined particle diameter and a second fraction contains particles which are essentially smaller than the defined particle diameter and where the defined mineral particles of useful material are contained in both fractions (8, 10), - Flotation of the first fraction with the larger diameter particles and selection of the defined mineral particles of useful material in a flotation concentrate, - Selective mixing, in the fraction which has the smaller diameter particles, of the defined mineral particles of useful material with magnetisable particles, - Application of a magnetic separation process to the second fraction with the smaller diameter particles and separation of a concentrate with enrichment of the defined mineral phase of the useful material. - Classification of the ore against a defined particle diameter into at least two fractions, where a first fraction has particles which are essentially larger than the defined particle diameter and a second fraction contains particles which are essentially smaller than the defined particle diameter and where the defined mineral particles of useful material are contained in both fractions (8, 10), - Flotation of the first fraction with the larger diameter particles and selection of the defined mineral particles of useful material in a flotation concentrate, - Selective mixing, in the fraction which has the smaller diameter particles, of the defined mineral particles of useful material with magnetisable particles, - Application of a magnetic separation process to the second fraction with the smaller diameter particles and separation of a concentrate with enrichment of the defined mineral phase of the useful material.
A drill head comprising a drill head body in which a plurality of drill bits and/or drill templates are fixed in corresponding reception openings, a drill head shaft designed for connection to an element selected from a further shaft portion or an adapter, at least one recess for removing cuttings, and optionally at least one opening for applying flushing fluid, characterized in that the drill head shaft is designed as a stump shaft provided with a first connection element for connection to the further shaft portion, that an end region directed to the drill head, of the substantially tubularly designed further shaft portion or the adapter is configured with a second connection element cooperating with the first connection element of the drill head shaft, that an end region facing the drill head, of the further shaft portion or the adapter is configured with at least one substantially annular stop member, and that a driver capable of being brought into abutment on the substantially annular stop member and surrounding the further shaft portion or the adapter is provided.
A nearend speech detector for classifying speech as one or more of nearend, echo/farend, double talk and silence at a communication system receiving a microphone signal from a nearend microphone and a farend signal from a farend communication system, the nearend speech detector comprising: a signal processor configured to transform the microphone and farend signals into the frequency domain; a calculation unit configured to form: an estimate of a nearend signal representing nearend speech present in the microphone signal; and a measure of gain between the microphone signal and the estimated nearend signal; and a signal classifier configured to classify speech at the communication system in dependence on a measure of variance of the gain and a measure of variance of the estimated nearend signal. a signal processor configured to transform the microphone and farend signals into the frequency domain; a calculation unit configured to form: an estimate of a nearend signal representing nearend speech present in the microphone signal; and a measure of gain between the microphone signal and the estimated nearend signal; and an estimate of a nearend signal representing nearend speech present in the microphone signal; and a measure of gain between the microphone signal and the estimated nearend signal; and a signal classifier configured to classify speech at the communication system in dependence on a measure of variance of the gain and a measure of variance of the estimated nearend signal.