mhurhangee/ep-ind-claims huggingface dataset:
Elaboration method of a list of channels detected in a transmission band comprising a first measurement step (5.1) of the reception power for a plurality of frequencies belonging to said band, each measurement separated by a frequency step, and a memorization step of all of the power measurements, characterized in that it comprises: a later step of channel detection (5.3) from the memorized results, a calculation step of calculating the quadratic power on a sliding frequency window and calculating a first standard deviation for all the measurements from a mean elaborated on a sliding window of a number of determined measurements, the detection of a carrier frequency intervening when the first standard deviation calculated for a given frequency is less than a determined threshold, and a satellite channel selection step (5.4, 5.5) among the detected channels in order to elaborate a channel list, the satellite signals having a quadratic power lower than a second determined threshold. a later step of channel detection (5.3) from the memorized results, a calculation step of calculating the quadratic power on a sliding frequency window and calculating a first standard deviation for all the measurements from a mean elaborated on a sliding window of a number of determined measurements, the detection of a carrier frequency intervening when the first standard deviation calculated for a given frequency is less than a determined threshold, and a satellite channel selection step (5.4, 5.5) among the detected channels in order to elaborate a channel list, the satellite signals having a quadratic power lower than a second determined threshold.
Process for the hydrocyanation, to give dinitriles, of ethylenically unsaturated nitrile compounds chosen from 3-pentenenitrile, 4-pentenenitrile, and mixtures thereof, by reaction, in a liquid medium, with hydrogen cyanide in the presence of a catalytic system comprising a cocatalyst consisting of at least one Lewis acid and a catalyst comprising nickel and an organophosphorus ligand, characterized in that the organophosphorus ligand comprises at least one compound chosen from (2-thienyl)diphenylphosphine, di(2-thienyl)phenylphosphine, tri(2-thienyl)phosphine, (2-pyrryl)diphenylphosphine, di(2-pyrryl)phenylphosphine, tri(2-pyrryl)-phosphine, (2-pyridyl)diphenylphosphine, di(2-pyridyl)-phenylphosphine and tri(2-pyridyl)phosphine.
A vehicle brake hydraulic pressure controller (u), comprising: an electric motor with a center of gravity of the motor being eccentric from a center of a rotation shaft of the motor; a base; a first support point (121a, Y); and a second support point (121b, Y), wherein the electric motor is secured to the base by only the first support point (121a, Y) and the second support point (121b, Y), the controller being characterized in that: the first and second support points (121a, 121b, Y, Y) are disposed so that a straight line connecting the first and second support points is offset from the center of the rotation shaft toward the center of gravity (g) of the motor. an electric motor with a center of gravity of the motor being eccentric from a center of a rotation shaft of the motor; a base; a first support point (121a, Y); and a second support point (121b, Y), wherein the electric motor is secured to the base by only the first support point (121a, Y) and the second support point (121b, Y), the controller being characterized in that: the first and second support points (121a, 121b, Y, Y) are disposed so that a straight line connecting the first and second support points is offset from the center of the rotation shaft toward the center of gravity (g) of the motor.
A host system comprising a graphical user interface and further comprising a processing system having first and second modular measurement processing components; wherein the host system is configured to control operation of a first invasive cardiovascular sensing component to cause the first invasive cardiovascular sensing component to obtain data related to measurement of a first invasive cardiovascular parameter; wherein the host system is further configured to control operation of a second invasive cardiovascular sensing component to cause the second invasive cardiovascular sensing component to obtain data related to measurement of a second invasive cardiovascular parameter, the second invasive cardiovascular parameter being different than the first invasive cardiovascular parameter; wherein the first modular measurement processing component is configured to process the data obtained from the first invasive cardiovascular sensing component to produce a first set of values associated with the first invasive cardiovascular parameter for display on the graphical user interface; wherein the second modular measurement processing component is separate from the first modular measurement processing component and is configured to process the data obtained from the second invasive cardiovascular sensing component to produce a second set of values associated with the second invasive cardiovascular parameter for display on the graphical user interface; wherein at least a portion of at least one of the first set of values and the second set of values is displayed on the graphical user interface; and wherein the first invasive cardiovascular parameter is a pressure within a vessel and wherein the second invasive cardiovascular sensing component is configured to obtain light-based cross-sectional images of the vessel.
An insect or arthropod pesticidal composition comprising: (a) an active ingredient consisting of a mixture of fatty acids, each fatty acid having a straight carbon chain from 6 to 12 carbon atoms long, wherein the mixture of fatty acids comprises: (i) a first fatty acid molecule having a straight carbon chain from 6 to 8 carbon atoms long, (ii) a second fatty acid molecule having a straight carbon chain from 8 to 9 carbon atoms long; and (iii) a third fatty acid molecule having a straight carbon chain from 9 to 12 carbon atoms long, wherein the first fatty acid molecule, the second fatty acid molecule and the third fatty acid molecule are all different, wherein the active ingredient comprises about 15% by weight of the composition; and (b) a carrier includes pulverized kaolin clay that promotes absorption of the active ingredient by the insect or arthropod. (a) an active ingredient consisting of a mixture of fatty acids, each fatty acid having a straight carbon chain from 6 to 12 carbon atoms long, wherein the mixture of fatty acids comprises: (i) a first fatty acid molecule having a straight carbon chain from 6 to 8 carbon atoms long, (ii) a second fatty acid molecule having a straight carbon chain from 8 to 9 carbon atoms long; and (iii) a third fatty acid molecule having a straight carbon chain from 9 to 12 carbon atoms long, wherein the first fatty acid molecule, the second fatty acid molecule and the third fatty acid molecule are all different, wherein the active ingredient comprises about 15% by weight of the composition; and (i) a first fatty acid molecule having a straight carbon chain from 6 to 8 carbon atoms long, (ii) a second fatty acid molecule having a straight carbon chain from 8 to 9 carbon atoms long; and (iii) a third fatty acid molecule having a straight carbon chain from 9 to 12 carbon atoms long, wherein the first fatty acid molecule, the second fatty acid molecule and the third fatty acid molecule are all different, (b) a carrier includes pulverized kaolin clay that promotes absorption of the active ingredient by the insect or arthropod.
A cartomizer, comprising: a liquid media storage tank; a heater coil casing forming a heater coil chamber and comprising a heater coil support (128, 325) and a heater coil housing, wherein - the heater coil support (128, 325) includes a chamber air inlet, and first and second notches (363 1,363 2); and - the heater coil housing includes a neck portion and a base portion, wherein the neck portion forms a chamber air outlet; a heater coil wrapped around a wick; the wick extending through the notches (363 1,363 2) into recessed pockets in the liquid media storage tank, the wick being perpendicular to a longitudinal axis of the cartomizer; a first end of an inner tube connected to the neck portion of the heater coil housing; a second end of the inner tube connected to a proximal seal; a chamber between the proximal seal and a mouth piece, the mouthpiece having an outlet; and characterised by an absorbent material in the chamber. a liquid media storage tank; a heater coil casing forming a heater coil chamber and comprising a heater coil support (128, 325) and a heater coil housing, wherein - the heater coil support (128, 325) includes a chamber air inlet, and first and second notches (363 1,363 2); and - the heater coil housing includes a neck portion and a base portion, wherein the neck portion forms a chamber air outlet; - the heater coil support (128, 325) includes a chamber air inlet, and first and second notches (363 1,363 2); and - the heater coil housing includes a neck portion and a base portion, wherein the neck portion forms a chamber air outlet; a heater coil wrapped around a wick; the wick extending through the notches (363 1,363 2) into recessed pockets in the liquid media storage tank, the wick being perpendicular to a longitudinal axis of the cartomizer; a first end of an inner tube connected to the neck portion of the heater coil housing; a second end of the inner tube connected to a proximal seal; a chamber between the proximal seal and a mouth piece, the mouthpiece having an outlet; and characterised by an absorbent material in the chamber.
A golf club, comprising: a shaft; and a wood-type golf club head, the shaft being adjustably connected to the golf club head, the golf club head including a slot arranged in a crown of the golf club head and extending from a heel of the golf club head toward a toe of the golf club head, wherein the slot includes a plurality of apertures, the apertures being configured to receive the shaft in at least a first position along the crown of the golf club head and a second position along the crown of the golf club head, wherein the first position is closer to the central region of the golf club head than the second position, and wherein an angle of the shaft with respect to the golf club head is the same in the first position and the second position. a shaft; and a wood-type golf club head, the shaft being adjustably connected to the golf club head, the golf club head including a slot arranged in a crown of the golf club head and extending from a heel of the golf club head toward a toe of the golf club head, wherein the slot includes a plurality of apertures, the apertures being configured to receive the shaft in at least a first position along the crown of the golf club head and a second position along the crown of the golf club head, wherein the first position is closer to the central region of the golf club head than the second position, and wherein an angle of the shaft with respect to the golf club head is the same in the first position and the second position.
A process for preparing composite particles, the process comprising the steps of: (a) providing a plurality of porous particles comprising micropores and/or mesopores, wherein the total pore volume of micropores and mesopores as measured by nitrogen gas adsorption in accordance with the method provided in the description is in the range from 0.4 to 2.2 cm 3 /g, wherein micropores are pores of less than 2 nm in diameter and mesopores are pores of 2-50 nm in diameter; (b) contacting the porous particles with a precursor of an electroactive material at a temperature effective to cause deposition of the electroactive material in the pores of the porous particles to form intermediate particles; (c) discontinuing deposition of the electroactive material and separating by-products from the intermediate particles; (d) contacting the intermediate particles from step (c) with a precursor of an electroactive material, at a temperature effective to cause further deposition of the electroactive material in the pores of the intermediate particles; wherein the pressure in at least one of steps (b) and (d) is maintained at less than 200 kPa. (a) providing a plurality of porous particles comprising micropores and/or mesopores, wherein the total pore volume of micropores and mesopores as measured by nitrogen gas adsorption in accordance with the method provided in the description is in the range from 0.4 to 2.2 cm 3 /g, wherein micropores are pores of less than 2 nm in diameter and mesopores are pores of 2-50 nm in diameter; (b) contacting the porous particles with a precursor of an electroactive material at a temperature effective to cause deposition of the electroactive material in the pores of the porous particles to form intermediate particles; (c) discontinuing deposition of the electroactive material and separating by-products from the intermediate particles; (d) contacting the intermediate particles from step (c) with a precursor of an electroactive material, at a temperature effective to cause further deposition of the electroactive material in the pores of the intermediate particles;
A synthetic crystalline silicate material ITQ-40, as synthesized, characterized by an X-ray diffraction pattern including the peaks as set forth in the Table below. d (Å) Relative intensity (%) 16.6-15.7 30-80 14.6-13.9 60-100 13.3-12.7 30-80 7.40-7.22 5-40 7.09-6.93 5-40 6.58-6.43 5-40 5.42-5.32 5-40 4.002-3.949 5-40 3.970-3.918 5-40 3.492-3.452 5-50 3.119-3.087 5-40 3.063-3.032 5-40
A method of increasing growth rate, biomass, root coverage, root length, photosynthetic capacity and/or abiotic stress tolerance of a plant, comprising expressing within the plant an exogenous polynucleotide comprising a nucleic acid sequence encoding a polypeptide at least 80 % identical to SEQ ID NO: 2557, thereby increasing the growth rate, biomass, root coverage, root length, photosynthetic capacity and/or abiotic stress tolerance of the plant, wherein said abiotic stress is selected from the group consisting of salinity stress and nutrient deficiency, wherein the increase in said growth rate and/or in said biomass is under non-stress conditions.
A passenger suite seating arrangement, comprising: a first passenger suite including a first seat and a first video monitor; and a second passenger suite including a second seat facing the first seat and laterally offset relative thereto along a longitudinal axis of the first and second passenger suites (22, 30), the second passenger suite including a second video monitor configured to move between first and second positions to connect and divide the first and second passenger suites (22, 30), characterized in that the first video monitor is fixed in position directly forward of the first seat. a first passenger suite including a first seat and a first video monitor; and a second passenger suite including a second seat facing the first seat and laterally offset relative thereto along a longitudinal axis of the first and second passenger suites (22, 30), the second passenger suite including a second video monitor configured to move between first and second positions to connect and divide the first and second passenger suites (22, 30), characterized in that the first video monitor is fixed in position directly forward of the first seat.
A process for separating xylenes starting from a feed comprising cuts of isomers of aromatic hydrocarbons containing 8 carbon atoms, the process comprising selectively adsorbing a xylene isomer from the feed in a simulated moving bed in the presence of a desorbent, using particles of agglomerated zeolitic adsorbent, in the form of beads, based on zeolite crystals with a number-average diameter less than or equal to 1.2 μm, wherein the number-average diameter of said particles of adsorbent is between 150 μm and 500 μm and the mechanical strength measured by the Shell method series SMS1471-74 adapted for agglomerates with a size below 500 μm, i.e. using a sieved sample with a 100 μm sieve and dried at a temperature of 250°C, is greater than or equal to 2 MPa, the cycle time, corresponding to the time between two injections of desorbent on a given bed, being between 4 and 18 min, the ratio of the flow rates of desorbent to feed being between 0.7 and 2.5 and the recycling rate being between 2.0 and 12. the cycle time, corresponding to the time between two injections of desorbent on a given bed, being between 4 and 18 min, the ratio of the flow rates of desorbent to feed being between 0.7 and 2.5 and the recycling rate being between 2.0 and 12.
A user equipment (102, 500) of a cellular network configured for proximity services, ProSe, the user equipment (102, 500) configured to: receive a system information block from a base station, the system information block comprising discovery resource configuration information for direct user equipment-to-user equipment communications, said information including an indication of resources of a discovery resource pool for transmission of discovery packets (300,320); configure a discovery packet (300, 320) that is devoid of a header and includes a discovery payload and a CRC, wherein the discovery packet (300, 320) has a predetermined modulation and coding scheme; perform scrambling of the discovery packet (300, 320) prior to quadrature phase-shift keying, QPSK, modulation, the scrambling based on a scrambling sequence initialized using a scrambling identity, wherein, for both open and restricted discovery, the scrambling identity is a common scrambling identity for all ProSe enabled devices in the network; and, transmit a demodulation reference signal, DMRS, and the discovery packet (300, 320) within the resources of the discovery resource pool, using a common DMRS base sequence to be commonly used by all ProSe-enabled devices in the network; and wherein the discovery packet (300, 320) is transmitted using QPSK modulation. receive a system information block from a base station, the system information block comprising discovery resource configuration information for direct user equipment-to-user equipment communications, said information including an indication of resources of a discovery resource pool for transmission of discovery packets (300,320); configure a discovery packet (300, 320) that is devoid of a header and includes a discovery payload and a CRC, wherein the discovery packet (300, 320) has a predetermined modulation and coding scheme; perform scrambling of the discovery packet (300, 320) prior to quadrature phase-shift keying, QPSK, modulation, the scrambling based on a scrambling sequence initialized using a scrambling identity, wherein, for both open and restricted discovery, the scrambling identity is a common scrambling identity for all ProSe enabled devices in the network; and, transmit a demodulation reference signal, DMRS, and the discovery packet (300, 320) within the resources of the discovery resource pool, using a common DMRS base sequence to be commonly used by all ProSe-enabled devices in the network; and wherein the discovery packet (300, 320) is transmitted using QPSK modulation.
A redox flow battery comprising a cell frame having a frame body in which a sealing groove is formed and a sealing member disposed in the sealing groove, wherein the redox flow battery comprises an adhesive that fixes the sealing member to the sealing groove, and wherein a type A durometer hardness of the adhesive after curing is 100 or less and less than a type A durometer hardness of the sealing member.
Armour against laser radiation for protecting an object against laser weapons, having an armour element, characterized by a cooling system for dissipating heat introduced into the armour element by the laser weapons, and a sensor system which detects the laser radiation and serves for activating the cooling system.
A rotational coupling device, comprising: a hub disposed about an axis; an output member disposed radially outwardly of said hub and supported on said hub for rotation relative to said hub about said axis; a first input member disposed radially outwardly of said hub and configured to rotate relative to said hub in a first rotational direction and at a first speed; a second input member disposed radially outwardly of said hub and configured to rotate relative to said hub in a second rotational direction and at a second speed, at least one of said second rotational direction and said second speed different than a corresponding one of said first rotational direction and said first speed; a clutch member disposed axially between said first and second input members (22, 24) and coupled to said output member; and, an electromagnet disposed on an opposite side of said second input member relative to said clutch member wherein, in the absence of energizing said electromagnet, said clutch member engages said first input member so that said output member rotates with said first input member and energizing said electromagnet causes said clutch member to engage said second input member so that said output member rotates with said second input member. a hub disposed about an axis; an output member disposed radially outwardly of said hub and supported on said hub for rotation relative to said hub about said axis; a first input member disposed radially outwardly of said hub and configured to rotate relative to said hub in a first rotational direction and at a first speed; a second input member disposed radially outwardly of said hub and configured to rotate relative to said hub in a second rotational direction and at a second speed, at least one of said second rotational direction and said second speed different than a corresponding one of said first rotational direction and said first speed; a clutch member disposed axially between said first and second input members (22, 24) and coupled to said output member; and, an electromagnet disposed on an opposite side of said second input member relative to said clutch member wherein, in the absence of energizing said electromagnet, said clutch member engages said first input member so that said output member rotates with said first input member and energizing said electromagnet causes said clutch member to engage said second input member so that said output member rotates with said second input member.