mhurhangee/ep-ind-claims huggingface dataset:
Zinc oxide powder, comprising: zinc oxide particles, wherein primary particles of the zinc oxide particles have a minor axis of 35 nm or more and 350 nm or less and have a Heywood diameter of 35 nm or more and 400 nm or less, and a coefficient of variation of a number distribution of the Heywood diameters of the primary particles of the zinc oxide powder is 50% or less. zinc oxide particles, wherein primary particles of the zinc oxide particles have a minor axis of 35 nm or more and 350 nm or less and have a Heywood diameter of 35 nm or more and 400 nm or less, and a coefficient of variation of a number distribution of the Heywood diameters of the primary particles of the zinc oxide powder is 50% or less.
Method for clarifying pyrolysis oil, wherein the method comprises at least the following steps: a) at least a clarification of the pyrolysis oil in a centrifuge, and b) prior to and/or during clarification, according to step a), heating the pyrolysis oil to reduce the viscosity of the pyrolysis oil, wherein the clarification of the pyrolysis oil, according to step a), is carried out in multiple stages, with at least one first centrifuge for pre-clarification and at least one second centrifuge for post-clarification, and wherein after clarification of the pyrolysis oil, according to step a), cooling of the pyrolysis oil takes place, wherein the cooling of the pyrolysis oil takes place in such a way that after 10 min after the clarification of the pyrolysis oil according to step a) the temperature of the pyrolysis oil is less than 40°C. a) at least a clarification of the pyrolysis oil in a centrifuge, and b) prior to and/or during clarification, according to step a), heating the pyrolysis oil to reduce the viscosity of the pyrolysis oil, wherein the clarification of the pyrolysis oil, according to step a), is carried out in multiple stages, with at least one first centrifuge for pre-clarification and at least one second centrifuge for post-clarification, and wherein after clarification of the pyrolysis oil, according to step a), cooling of the pyrolysis oil takes place, wherein the cooling of the pyrolysis oil takes place in such a way that after 10 min after the clarification of the pyrolysis oil according to step a) the temperature of the pyrolysis oil is less than 40°C. wherein the clarification of the pyrolysis oil, according to step a), is carried out in multiple stages, with at least one first centrifuge for pre-clarification and at least one second centrifuge for post-clarification, and wherein after clarification of the pyrolysis oil, according to step a), cooling of the pyrolysis oil takes place, wherein the cooling of the pyrolysis oil takes place in such a way that after 10 min after the clarification of the pyrolysis oil according to step a) the temperature of the pyrolysis oil is less than 40°C.
A hybrid compressed air energy storage system, comprising: a compressor for receiving and compressing air and discharging a compressed air; a first heat exchanger for receiving the compressed air discharged by the compressor, extracting thermal energy from the compressed air, and discharging a cooled compressed air; an air storage unit for receiving and storing the cooled compressed air discharged by the first heat exchanger and discharging a stored compressed air; a thermal storage device for receiving and storing the thermal energy extracted by the first heat exchanger; a second heat exchanger for transferring thermal energy stored by the thermal storage device to the stored compressed air discharged by the air storage unit and discharging a heated compressed air; a first expander for receiving and expanding the heated compressed air discharged by the second heat exchanger, producing power, and discharging an expanded air; a recuperator for receiveing and heating the expanded air from the first expander and discharging a heated expanded air, and wherein the recuperator is configured to receive and cool an expanded exhaust gas and discharge a cooled exhaust gas; a first combustor for receiving the heated expanded air and discharging an exhaust gas; and a second expander for receiving and expanding the exhaust gas discharged by the first combustor, producing power, and discharging the expanded exhaust gas. a compressor for receiving and compressing air and discharging a compressed air; a first heat exchanger for receiving the compressed air discharged by the compressor, extracting thermal energy from the compressed air, and discharging a cooled compressed air; an air storage unit for receiving and storing the cooled compressed air discharged by the first heat exchanger and discharging a stored compressed air; a thermal storage device for receiving and storing the thermal energy extracted by the first heat exchanger; a second heat exchanger for transferring thermal energy stored by the thermal storage device to the stored compressed air discharged by the air storage unit and discharging a heated compressed air; a first expander for receiving and expanding the heated compressed air discharged by the second heat exchanger, producing power, and discharging an expanded air; a recuperator for receiveing and heating the expanded air from the first expander and discharging a heated expanded air, and wherein the recuperator is configured to receive and cool an expanded exhaust gas and discharge a cooled exhaust gas; a first combustor for receiving the heated expanded air and discharging an exhaust gas; and a second expander for receiving and expanding the exhaust gas discharged by the first combustor, producing power, and discharging the expanded exhaust gas.
Garment for the protection of a user comprising an inflatable member and at least one seat configured to receive the inflatable member, wherein said inflatable member is apt to assume an inflated condition and a deflated condition, and wherein said seat includes at least one first region intended to receive said inflatable member in the deflated condition and one second region free or without said inflatable member in the deflated condition and adapted to receive at least a part of said inflatable member in inflated condition; wherein said second region is open, or seamless, towards said first region to receive at least a part of said inflatable member in inflated condition; the garment is characterized in that, at least a first part of the body of the garment has one or more ventilation openings and/or is made of a material allowing the air to flow and wherein said first part corresponds to, or comprises, at least the second region of the seat for receiving the inflatable member; and in that said first part is a chest region of the garment. at least a first part of the body of the garment has one or more ventilation openings and/or is made of a material allowing the air to flow and wherein said first part corresponds to, or comprises, at least the second region of the seat for receiving the inflatable member; and in that said first part is a chest region of the garment.
A food spiral cutting machine, comprising a base, a drive unit, a screw and a cutter assembly; wherein the drive unit, comprising a motor and a gear box; and characterised in that the gear box comprises a planetary gear reduction group and a first bevel gear and a second bevel gear that mesh at a right angle, said second bevel gear is provided with a spline inside a center hole of the gear; the drive unit further comprising an open drive nut, wherein the open drive nut is configured to mesh with the screw; the screw, which is provided with a slot, passes through the second bevel gear, where the slot keys to the spline and engages with the open drive nut; and wherein the planetary gear reduction group output drives the second bevel gear via the first bevel gear, such that the rotation of the second bevel gear with the spline rotates the screw and the screw, which is resting on the open drive nut, moves forward; and further comprising a locking device, wherein the locking device controls meshing and disengagement of screw to the open drive nut; the locking device include release button, spring and connecting rod, the connecting rod is connected to the open drive nut.
An applicator for external action formulations, and in particular to a disposable applicator for formulations combatting ectoparasites of humans and animals, comprising at least one formulation container provided with a dispensing outlet, a cap made of an elastomer, preferably polypropylene elastomer, having a form of a convex solid shell provided with a domed tip end with a dispensing opening which in the working mode of the applicator surrounds the dispensing outlet of the formulation container, and connecting means (23, 34) which in the working mode of the applicator secure the cap on the formulation container, characterized in that said dispensing outlet of the formulation container is terminated with a snap-off or cut off hermetic closure and said formulation container has the form of a two-part molding having side edges, wherein the formulation container and the cap are provided with retaining or snap connecting means (23, 34) matching each other, the formulation containers are connected with each other, preferably in a snap-off or cut-off manner and said dispensing outlet of said at least one formulation container is a capillary dispensing outlet.
An apparatus comprising: a processor that: determines a frequency corresponding to a narrowband internet of things carrier "NB-IoT"; determines a narrowband internet of things cell-specific reference signal "CRS" frequency offset relative to the determined frequency; determines a first CRS sequence based on the NB-IoT CRS frequency offset and on a Physical Cell ID, PCID, derived from a NB-IoT synchronization signal, wherein the first CRS sequence is a subset of a second CRS sequence, and the second CRS sequence is a CRS sequence of a long term evolution "LTE" carrier; and determines a first time-frequency resource set; and a transmitter that transmits the first CRS sequence on the first time-frequency resource set. a processor that: determines a frequency corresponding to a narrowband internet of things carrier "NB-IoT"; determines a narrowband internet of things cell-specific reference signal "CRS" frequency offset relative to the determined frequency; determines a first CRS sequence based on the NB-IoT CRS frequency offset and on a Physical Cell ID, PCID, derived from a NB-IoT synchronization signal, wherein determines a frequency corresponding to a narrowband internet of things carrier "NB-IoT"; determines a narrowband internet of things cell-specific reference signal "CRS" frequency offset relative to the determined frequency; determines a first CRS sequence based on the NB-IoT CRS frequency offset and on a Physical Cell ID, PCID, derived from a NB-IoT synchronization signal, wherein the first CRS sequence is a subset of a second CRS sequence, and the second CRS sequence is a CRS sequence of a long term evolution "LTE" carrier; and determines a first time-frequency resource set; and a transmitter that transmits the first CRS sequence on the first time-frequency resource set.
A computerized method for estimating an energy loss of a high polymer material, comprising: a step in which a molecular structure model of a molecular structure of the high polymer material is defined, wherein the molecular structure model includes particle models each being of an atom or atoms and joining chains specifying relative positions between the particle models, a step in which potentials between the particle models of the molecular structure model are defined, a step in which a high polymer material model in which the molecular structure models are disposed in its cell is defined, wherein the cell is a space corresponding to a microstructural part of the high polymer material, and, based on the potentials and predetermined conditions, a structure relaxation calculation is made on the high polymer material model, a step in which, after the structure relaxation calculation has been done, by applying a cyclic deformation to the high polymer material model, a deformation calculation to obtain stress and strain is made, a step in which, based on results of the deformation calculation about the stress and strain, an energy loss is obtained by computing the area surrounded by the hysteresis loop, wherein the deformation calculation is made only when the cycle Ts of the cyclic deformation is out of a range from 0.8 to 1.2 times the oscillation cycle Tp which is the reciprocal of the characteristic frequency of each of the potentials. a step in which a molecular structure model of a molecular structure of the high polymer material is defined, wherein the molecular structure model includes particle models each being of an atom or atoms and joining chains specifying relative positions between the particle models, a step in which potentials between the particle models of the molecular structure model are defined, a step in which a high polymer material model in which the molecular structure models are disposed in its cell is defined, wherein the cell is a space corresponding to a microstructural part of the high polymer material, and, based on the potentials and predetermined conditions, a structure relaxation calculation is made on the high polymer material model, a step in which, after the structure relaxation calculation has been done, by applying a cyclic deformation to the high polymer material model, a deformation calculation to obtain stress and strain is made, a step in which, based on results of the deformation calculation about the stress and strain, an energy loss is obtained by computing the area surrounded by the hysteresis loop, wherein the deformation calculation is made only when the cycle Ts of the cyclic deformation is out of a range from 0.8 to 1.2 times the oscillation cycle Tp which is the reciprocal of the characteristic frequency of each of the potentials.
A device for generating a one-time use "OTP" number, comprising a display having two lines of characters, each line being respectively dedicated to an instruction line and to an "OTP" number, display means for displaying the instruction and the "OTP" number over the lines dedicated thereto, according to specifications, characterized in that the display means are so configured as to magnify the "OTP" number only after displaying once the instruction and the "OTP" number over the lines dedicated thereto, with said magnification being carried out by distributing the display of each character of the "OTP" number over both dedicated lines of characters.
A water heater comprising: a hot water tank in which hot water is stored; heating means for heating water sent from a lower portion of the hot water tank through an entering-water pipe passage; a circulation pump which is disposed in the entering-water pipe passage and which sends water of the tower portion of the hot water tank to the heating means; an outgoing-hot water pipe passage for guiding water heated by the heating means to an upper portion of the hot water tank; scale suppressing means disposed in the entering-water pipe passage and adding, to water sent to the heating means, scale suppressing agent which suppresses generation of scale; and control means for controlling the concentration of the scale suppressing agent so that when a temperature of water heated by the heating means increases a concentration of the scale suppressing agent included in water which flows into the heating means increased. a hot water tank in which hot water is stored; heating means for heating water sent from a lower portion of the hot water tank through an entering-water pipe passage; a circulation pump which is disposed in the entering-water pipe passage and which sends water of the tower portion of the hot water tank to the heating means; an outgoing-hot water pipe passage for guiding water heated by the heating means to an upper portion of the hot water tank; scale suppressing means disposed in the entering-water pipe passage and adding, to water sent to the heating means, scale suppressing agent which suppresses generation of scale; and control means for controlling the concentration of the scale suppressing agent so that when a temperature of water heated by the heating means increases a concentration of the scale suppressing agent included in water which flows into the heating means increased.
A waterproof structure comprising: a first seal portion covering around an electric wire to be inserted into a mounting hole of an object to which the electric wire is mounted, the electric wire having a conductor and an insulation covering the conductor, and the first seal portion being elastic and electrically insulative; a housing provided at an end portion of the electric wire, the housing covering the first seal portion, the housing being made of an insulating resin having higher rigidity than the first seal portion; and a second seal portion covering around the electric wire being provided contiguously with an end portion of the housing and being elastic and electrically insulative, wherein the housing covers an entirety of the first seal portion, characterized in that a part of the second seal portion is covered by the housing, the part of the second seal portion that is overlapped by the housing is formed to be smaller in outer diameter than the other part of the second seal portion, and the part of the second seal portion that is overlapped by the housing is shorter in length than the other part of the second seal portion, and the part of the second seal portion that is overlapped by the housing includes a tapered surface whose outer diameter gradually decreases toward the first seal portion of the housing. a first seal portion covering around an electric wire to be inserted into a mounting hole of an object to which the electric wire is mounted, the electric wire having a conductor and an insulation covering the conductor, and the first seal portion being elastic and electrically insulative; a housing provided at an end portion of the electric wire, the housing covering the first seal portion, the housing being made of an insulating resin having higher rigidity than the first seal portion; and a second seal portion covering around the electric wire being provided contiguously with an end portion of the housing and being elastic and electrically insulative, wherein the housing covers an entirety of the first seal portion, characterized in that a part of the second seal portion is covered by the housing, the part of the second seal portion that is overlapped by the housing is formed to be smaller in outer diameter than the other part of the second seal portion, and the part of the second seal portion that is overlapped by the housing is shorter in length than the other part of the second seal portion, and
DARC signal demodulation circuit arrangement, in particular in an FM multiplex radio receiver, for recovering a DARC signal, containing DARC data (data), from an FM multiplex transmission signal, comprising • a pilot tone control circuit, which is set up to obtain a first and a second oscillation, which are orthogonal with respect to one another and which are in sync with a stereo pilot tone that the FM multiplex transmission signal comprises, • a frequency quadrupling stage for obtaining a third and a fourth oscillation, which are orthogonal with respect to one another, at a frequency that is quadrupled in comparison with the stereo pilot tone, • a first multiplication stage for obtaining a first multiplication signal from the FM multiplex transmission signal and the third oscillation, • a second multiplication stage for obtaining a second multiplication signal from the FM multiplex transmission signal and the fourth oscillation, • a first low-pass filter for obtaining a first DARC signal component by low-pass filtering the first multiplication signal, • a second low-pass filter for obtaining a second DARC signal component by low-pass filtering the second multiplication signal and • an FM demodulation stage for obtaining the DARC signal from frequency demodulation of the first and second DARC signal component. • a pilot tone control circuit, which is set up to obtain a first and a second oscillation, which are orthogonal with respect to one another and which are in sync with a stereo pilot tone that the FM multiplex transmission signal comprises, • a frequency quadrupling stage for obtaining a third and a fourth oscillation, which are orthogonal with respect to one another, at a frequency that is quadrupled in comparison with the stereo pilot tone, • a first multiplication stage for obtaining a first multiplication signal from the FM multiplex transmission signal and the third oscillation, • a second multiplication stage for obtaining a second multiplication signal from the FM multiplex transmission signal and the fourth oscillation, • a first low-pass filter for obtaining a first DARC signal component by low-pass filtering the first multiplication signal, • a second low-pass filter for obtaining a second DARC signal component by low-pass filtering the second multiplication signal and • an FM demodulation stage for obtaining the DARC signal from frequency demodulation of the first and second DARC signal component.
A heat exchanger for exchanging heat between a first fluid and a second fluid, - with a block for conducting the two fluids separately and so as to exchange heat, said block having a number of flat tubes through which the first fluid flows and which comprise a narrow tube side and a wide tube side, - with a box which has a base, said flat tubes being guided into the box via corresponding through-openings in the base, - wherein each through-opening has at least one raised edge which surrounds the corresponding flat tube, - wherein the wide edge sides are higher than the narrow edge sides and transition into one another via a corresponding inclination, characterized in that - a recess is provided in the region of the inclination, the height (h 1) of said recess being lower than the height (h 2) of the narrow edge side, - a contact surface edge of a contact surface between the edge and the flat tube has a lower height h 5 in the region of the recess than in the region of the narrow edge side. - with a block for conducting the two fluids separately and so as to exchange heat, said block having a number of flat tubes through which the first fluid flows and which comprise a narrow tube side and a wide tube side, - with a box which has a base, said flat tubes being guided into the box via corresponding through-openings in the base, - wherein each through-opening has at least one raised edge which surrounds the corresponding flat tube, - wherein the wide edge sides are higher than the narrow edge sides and transition into one another via a corresponding inclination, - a recess is provided in the region of the inclination, the height (h 1) of said recess being lower than the height (h 2) of the narrow edge side, - a contact surface edge of a contact surface between the edge and the flat tube has a lower height h 5 in the region of the recess than in the region of the narrow edge side.