mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for providing an ionic fluid antenna used in secure communications, comprising: a body configured to contain an ionic fluid; an acoustic transducer coupled to the body; and a power supply coupled to the acoustic transducer; characterised in that: the power supply is configured to drive the acoustic transducer based on an encryption of data using polarized photons for quantum key distribution, wherein the encryption is extended based on the use of a frequency scheduling table for the ionic fluid antenna and a second ionic fluid antenna. a body configured to contain an ionic fluid; an acoustic transducer coupled to the body; and a power supply coupled to the acoustic transducer; characterised in that: the power supply is configured to drive the acoustic transducer based on an encryption of data using polarized photons for quantum key distribution, wherein the encryption is extended based on the use of a frequency scheduling table for the ionic fluid antenna and a second ionic fluid antenna.
A self-cleaning filter comprising: - a tubular filtering element having an inner surface and a longitudinal direction of development; - one or more cleaning elements configured for rotating about said longitudinal direction of development, said cleaning elements being spaced away from each other along said longitudinal direction of development, each cleaning element having a respective direction of forward motion, each cleaning element comprising at least a first suction inlet facing said inner surface and placed in proximity to said inner surface, each cleaning element having a seat; - contact cleaning means configured for striking said inner surface to remove dirt from said inner surface, said contact cleaning means being placed in front of said suction inlet along said direction of forward motion, said contact cleaning means comprising a plurality of brushes, each secured to a respective cleaning element and configured for sliding in contact with said inner surface of said tubular filtering element along said direction of forward motion, each brush being placed inside the seat of a respective cleaning element, characterized in that the contact cleaning means comprises a second suction inlet facing said brush and preferably placed in proximity to said seat. - a tubular filtering element having an inner surface and a longitudinal direction of development; - one or more cleaning elements configured for rotating about said longitudinal direction of development, said cleaning elements being spaced away from each other along said longitudinal direction of development, each cleaning element having a respective direction of forward motion, each cleaning element comprising at least a first suction inlet facing said inner surface and placed in proximity to said inner surface, each cleaning element having a seat; - contact cleaning means configured for striking said inner surface to remove dirt from said inner surface, said contact cleaning means being placed in front of said suction inlet along said direction of forward motion, said contact cleaning means comprising a plurality of brushes, each secured to a respective cleaning element and configured for sliding in contact with said inner surface of said tubular filtering element along said direction of forward motion, each brush being placed inside the seat of a respective cleaning element,
A casing arrangement for surrounding a rotary component of a gas turbine engine, the casing arrangement comprising a casing member formed to extend at least partially around the component), wherein the casing member defines a fluid flow path for the flow of a heat transfer fluid therethrough, and wherein said arrangement additionally comprises a control device to control the rate of flow of heat transfer fluid through said defined fluid flow path and hence the extent of thermal expansion of said casing member; characterised in that the casing member defines a plurality of said paths which extend generally parallel to one another, said paths extending from an upstream region to a downstream region of the casing member.
A positive electrode composition for a lithium ion secondary battery, comprising an active material that can occlude and release lithium ions and a conductive material, wherein the active material is a lithium cobalt composite oxide; the conductive material is carbon black and carbon nanotubes; the carbon black has a BET specific surface area of 100 to 400 m 2 /g and a DBP absorption amount of 210 to 400 ml/100g; the carbon nanotubes have an average diameter of 20 nm or less, a BET specific surface area of 170 m 2 /g or more, and an aspect ratio of 50 or more; and a carbon black content X (unit: % by mass) and a carbon nanotube content Y (unit: % by mass) in the positive electrode composition satisfy the following conditions and: 0.5 ≤ X + Y ≤ 2.0 0.80 ≤ X / X + Y ≤ 0.95; wherein DBP absorption amount is measured in accordance with JIS K6217-4, the BET is measured by the static volume method in accordance with JIS Z 8830, using nitrogen as an adsorbent; and the average partic diameter D 50 is determined by a laser diffraction/scatting type particle diameter distribution device according to JIS Z8825. the active material is a lithium cobalt composite oxide; the conductive material is carbon black and carbon nanotubes; the carbon black has a BET specific surface area of 100 to 400 m 2 /g and a DBP absorption amount of 210 to 400 ml/100g; the carbon nanotubes have an average diameter of 20 nm or less, a BET specific surface area of 170 m 2 /g or more, and an aspect ratio of 50 or more; and a carbon black content X (unit: % by mass) and a carbon nanotube content Y (unit: % by mass) in the positive electrode composition satisfy the following conditions and: 0.5 ≤ X + Y ≤ 2.0 0.80 ≤ X / X + Y ≤ 0.95; wherein DBP absorption amount is measured in accordance with JIS K6217-4, the BET is measured by the static volume method in accordance with JIS Z 8830, using nitrogen as an adsorbent; and the average partic diameter D 50 is determined by a laser diffraction/scatting type particle diameter distribution device according to JIS Z8825.
Rod (1, 1') for the transmission of forces, comprising at least one steering rod made of a fiber composite material, wherein the at least one steering rod forms at least one solid joint and wherein the rod comprises exclusively solid joints that are formed by the at least one steering rod, characterized in that the at least one steering rod forms two solid joints each having three rotational degrees of freedom.
A display device comprising: a light source unit; an optical element array having a plurality of optical elements; a light deflector configured to deflect light from the light source unit to two-dimensionally scan the optical element array in a main-scanning direction and in a sub-scanning direction; and a light projecting unit configured to project light received via the optical element array, wherein each of a beam spot diameter (Wbeam) in the sub-scanning direction on the optical element array and an arrangement pitch (Plens) of the optical elements in the sub-scanning direction on the optical element array is equal to or greater than a scanning line pitch (Pscan) on the optical element array, wherein the scanning line pitch (Pscan) is defined as an interval between the adjacent scanning lines at a position with respect to the main-scanning direction where the interval becomes widest between the adjacent scanning lines on the optical element array, characterized in that respective values for Ycpd, Plens and Pscan are set such that the moire frequency fmoire obtained by fmoire = Ycpd(Plens - Pscan)/2Pscan is 10 cycles per degree (cpd) or more, wherein Ycpd is the pixel density in pixels/ degree in the sub-scanning direction of the display device. a light source unit; an optical element array having a plurality of optical elements; a light deflector configured to deflect light from the light source unit to two-dimensionally scan the optical element array in a main-scanning direction and in a sub-scanning direction; and a light projecting unit configured to project light received via the optical element array, wherein each of a beam spot diameter (Wbeam) in the sub-scanning direction on the optical element array and an arrangement pitch (Plens) of the optical elements in the sub-scanning direction on the optical element array is equal to or greater than a scanning line pitch (Pscan) on the optical element array, wherein the scanning line pitch (Pscan) is defined as an interval between the adjacent scanning lines at a position with respect to the main-scanning direction where the interval becomes widest between the adjacent scanning lines on the optical element array, characterized in that respective values for Ycpd, Plens and Pscan are set such that the moire frequency fmoire obtained by fmoire = Ycpd(Plens - Pscan)/2Pscan is 10 cycles per degree (cpd) or more, wherein Ycpd is the pixel density in pixels/ degree in the sub-scanning direction of the display device.
Method for processing images from a photosensitive detector, the method involving processing an image (INPUT) acquired by the detector, the image (INPUT) being corrected by a gain image (Gain), characterised in that there is applied to the acquired image (INPUT) a temperature gain drift correction image (C, C) in accordance with a temperature measured by the detector during the acquisition of the image (INPUT) and in that there is determined a portion (MASK) of the image in which the gain variations in accordance with the temperature between adjacent points exceeds a specific threshold and in that there is applied to the acquired image (INPUT) a temperature gain drift correction image for the portion (MASK) determined.
A semiconductor device comprising: a semiconductor base made of a first semiconductor material of a first conductivity type; a hetero-semiconductor region forming a heterojunction with the semiconductor base and made of a second semiconductor material having a different band gap from the first semiconductor material; a trench formed through the hetero-semiconductor region to reach the semiconductor base; a first gate insulating film formed in the trench; a first gate electrode formed in the trench and insulated from both the semiconductor base and the hetero-semiconductor region by the first gate insulating film, the first gate electrode being arranged adjacent to the heterojunction formed by the semiconductor base and the hetero-semiconductor region; a source electrode formed in contact with the hetero-semiconductor region; a drain electrode formed in contact with the bottom of the semiconductor base; and an electric field extending region facing the first gate electrode with the hetero-semiconductor region interposed between the first gate electrode and the electric field extending region, the electric field extending region being in contact with the hetero-semiconductor region, and the electric field extending region extending a built-in electric field into the hetero-semiconductor region. a semiconductor base made of a first semiconductor material of a first conductivity type; a hetero-semiconductor region forming a heterojunction with the semiconductor base and made of a second semiconductor material having a different band gap from the first semiconductor material; a trench formed through the hetero-semiconductor region to reach the semiconductor base; a first gate insulating film formed in the trench; a first gate electrode formed in the trench and insulated from both the semiconductor base and the hetero-semiconductor region by the first gate insulating film, the first gate electrode being arranged adjacent to the heterojunction formed by the semiconductor base and the hetero-semiconductor region; a source electrode formed in contact with the hetero-semiconductor region; a drain electrode formed in contact with the bottom of the semiconductor base; and an electric field extending region facing the first gate electrode with the hetero-semiconductor region interposed between the first gate electrode and the electric field extending region, the electric field extending region being in contact with the hetero-semiconductor region, and the electric field extending region extending a built-in electric field into the hetero-semiconductor region.
A positive electrode for a metal air battery, the positive electrode comprising: a lithium salt; and a carbonaceous material having a surface coated with a polymer electrolyte layer, the polymer electrolyte layer comprising a polymer electrolyte, the polymer electrolyte comprising a crosslinked polymer electrolyte, the polymer electrolyte further comprising at least one type of hydrophilic material and at least one type of hydrophobic material, wherein a portion of the polymer electrolyte is anchored to the surface of the carbonaceous material via noncovalent or covalent bonds. a lithium salt; and a carbonaceous material having a surface coated with a polymer electrolyte layer, the polymer electrolyte layer comprising a polymer electrolyte, the polymer electrolyte comprising a crosslinked polymer electrolyte, the polymer electrolyte further comprising at least one type of hydrophilic material and at least one type of hydrophobic material, wherein a portion of the polymer electrolyte is anchored to the surface of the carbonaceous material via noncovalent or covalent bonds.
An apparatus for optical analysis of an associated tissue, the apparatus comprising: - a spectrometer for obtaining measured data representative of an optical spectrum of the associated tissue, the spectrometer comprising - a light source, - an optical detector, - a processor, and - a database, which database is operably connected to the processor, wherein the database comprises predetermined data representative of an optical spectrum of human bile, wherein the processor is arranged for - receiving the measured data, - determining from the measured data and the predetermined data representative of an optical spectrum of human bile a first parameter being a concentration of bile in said associated tissue, and - determining from the first parameter a second parameter being indicative of a tissue type. - a spectrometer for obtaining measured data representative of an optical spectrum of the associated tissue, the spectrometer comprising - a light source, - an optical detector, - a processor, and - a database, which database is operably connected to the processor, - receiving the measured data, - determining from the measured data and the predetermined data representative of an optical spectrum of human bile a first parameter being a concentration of bile in said associated tissue, and - determining from the first parameter a second parameter being indicative of a tissue type.
An apparatus, comprising means for: receiving configuration information for configuring a measurement window to form a compression matrix of a port selection codebook from a codebook set of vector components, wherein the configuration information defines the size of the measurement window, which is common to all of at least one layer to be reported; selecting a number of indices of the measurement window based on the configuration information to form the compression matrix from the codebook set of vector components, wherein the selected indices are associated to vector components of the compression matrix and are common to all of the at least one layer to be reported; and remapping the selected indices associated to the vector components with respect to an index of a reference vector component, such that the index of the reference vector component is remapped to a first index of the measurement window; reporting channel state information including a precoding matrix indicator to a network, the precoding matrix indicator comprising information of the compression matrix after remapping. receiving configuration information for configuring a measurement window to form a compression matrix of a port selection codebook from a codebook set of vector components, wherein the configuration information defines the size of the measurement window, which is common to all of at least one layer to be reported; selecting a number of indices of the measurement window based on the configuration information to form the compression matrix from the codebook set of vector components, wherein the selected indices are associated to vector components of the compression matrix and are common to all of the at least one layer to be reported; and remapping the selected indices associated to the vector components with respect to an index of a reference vector component, such that the index of the reference vector component is remapped to a first index of the measurement window; reporting channel state information including a precoding matrix indicator to a network, the precoding matrix indicator comprising information of the compression matrix after remapping.
A communication terminal comprising: a radio frequency receiver configured to receive a single signal comprising, for each communication channel of a plurality of communication channels, a signal component transmitted via the communication channel, wherein each signal component is modulated based on a common modulation symbol shared by the plurality of communication channels; an equalizer for each communication channel of the plurality of communication channels configured to equalize the signal component received via the communication channel based on one or more channel parameters of the communication channel; a demodulator for each communication channel of the plurality of communication channels configured to calculate probability information representing, for each of a plurality of information bits, a probability for the information bit to be equal to a particular binary value based on the equalized signal component received for the communication channel; a combiner configured to combine the probability information calculated for the plurality of communication channels; and a decoder configured to generate reconstructed useful data based on the combined probability information. a radio frequency receiver configured to receive a single signal comprising, for each communication channel of a plurality of communication channels, a signal component transmitted via the communication channel, wherein each signal component is modulated based on a common modulation symbol shared by the plurality of communication channels; an equalizer for each communication channel of the plurality of communication channels configured to equalize the signal component received via the communication channel based on one or more channel parameters of the communication channel; a demodulator for each communication channel of the plurality of communication channels configured to calculate probability information representing, for each of a plurality of information bits, a probability for the information bit to be equal to a particular binary value based on the equalized signal component received for the communication channel; a combiner configured to combine the probability information calculated for the plurality of communication channels; and a decoder configured to generate reconstructed useful data based on the combined probability information.
An electrical circuit on a permeable substrate comprising a conductor formed from a polymer thick film conductor composition comprising: (a) 30 to 70 wt% silver flakes; (b) 20 to 50 wt % first organic medium comprising 10 to 50 wt% thermoplastic urethane resin dissolved in a first organic solvent, wherein the weight percent (wt%) of the thermoplastic urethane resin is based on the total weight of the organic medium; and (c) 5 to 20 wt% second organic medium comprising 10 to 50 wt% thermoplastic polyhydroxyether resin dissolved in a second organic solvent wherein the weight percent of the thermoplastic polyhydroxyether resin is based on the total weight of the organic medium; wherein the ratio of the weight of the first organic medium to the weight of the second organic medium is in the range of from 2.3 to 3.7, wherein the weight percent of the silver flakes, the first organic medium and the second organic medium are based on the total weight of the polymer thick film conductor composition and wherein the composition is dried to form the conductor on the permeable substrate. (a) 30 to 70 wt% silver flakes; (b) 20 to 50 wt % first organic medium comprising 10 to 50 wt% thermoplastic urethane resin dissolved in a first organic solvent, wherein the weight percent (wt%) of the thermoplastic urethane resin is based on the total weight of the organic medium; and (c) 5 to 20 wt% second organic medium comprising 10 to 50 wt% thermoplastic polyhydroxyether resin dissolved in a second organic solvent wherein the weight percent of the thermoplastic polyhydroxyether resin is based on the total weight of the organic medium; wherein the ratio of the weight of the first organic medium to the weight of the second organic medium is in the range of from 2.3 to 3.7, wherein the weight percent of the silver flakes, the first organic medium and the second organic medium are based on the total weight of the polymer thick film conductor composition and wherein the composition is dried to form the conductor on the permeable substrate.
A method to cut multiple separate wires that hang down from a support in a crop wire hoisting system, which system comprises as the support a hoistable cable that extends in essence horizontally and is suspended from a top framework by being connected to multiple interdistant suspenders that can be pulled in towards the top framework to allow hoisting of the cable, the multiple separate wires being connected to the cable at predetermined intervals and each grown over with a plant, the method comprising: - providing a pushing element that pushes the cable in upwards direction, - providing a cutting element that has a fixed spatial relationship with regard the pushing element, - moving the pushing element in conjunction with the cutting element along the cable while cutting the multiple separate wires, wherein the upwards movement of the cable by the pushing element is limited such that when the pushing element passes a suspender, the lowermost point of this suspender is at a vertical position above the cutting element. - providing a pushing element that pushes the cable in upwards direction, - providing a cutting element that has a fixed spatial relationship with regard the pushing element, - moving the pushing element in conjunction with the cutting element along the cable while cutting the multiple separate wires, wherein the upwards movement of the cable by the pushing element is limited such that when the pushing element passes a suspender, the lowermost point of this suspender is at a vertical position above the cutting element.
3 '-Deoxyadenosine-5'-O-[phenyl(benzyloxy-L-alaninyl)] phosphate or a pharmaceutically acceptable salt, ester, salt of an ester, or solvate of the compound thereof.
A method of heating an autoclave, the method comprising: driving a layup mandrel in a process direction into an autoclave; and heating a preform at the layup mandrel via heaters disposed in the layup mandrel and via heaters disposed in the autoclave, wherein driving the layup mandrel into the autoclave forms a pressure chamber between the layup mandrel and the autoclave. driving a layup mandrel in a process direction into an autoclave; and heating a preform at the layup mandrel via heaters disposed in the layup mandrel and via heaters disposed in the autoclave, wherein driving the layup mandrel into the autoclave forms a pressure chamber between the layup mandrel and the autoclave.