mhurhangee/ep-ind-claims huggingface dataset:
A shoe sole with double shock absorption for footwear, made in a single piece from elastic material, comprising a bottom side and a top side, first burrs that project from the bottom side towards the top side and hollows of such first burrs from the top side towards the bottom side, each first burr comprising a bottom wall (3.1) and lateral walls (3.2) that start there towards the top side, such that the bottom walls (3.1) of the first burrs configure as a whole a discontinuous contact surface for the sole, each lateral wall (3.2) of the first burr is interrupted by a lateral channel (3.21) that divides said lateral wall (3.2) into a top section (3.22) and a bottom section (3.23), the hollow comprising a bottom wall (4.1) that is parallel to that of the first burr, coinciding with a section of said bottom wall (4.1) there is arranged a wall (4.2) that is slanted towards the lateral wall (3.2) of the first burr, characterised in that coinciding with at least one lateral wall (3.2) of the first burr a slat projects towards the inside of the hollow, said slat comprising a top side (5.1) that is part of the top side of the sole and a bottom side (5.2) towards the inside of the hollow, and in that the bottom section (3.23) of the lateral wall (3.2) of each first burr is arranged at a greater distance from the centre of the burr than the top section (3.22).
An onium salt having the formula: wherein X 1 and X 2 are each independently methylene, propane-2,2-diyl or ether bond, L is a single bond, ester bond, sulfonic acid ester bond, carbonate bond or carbamate bond, R 1 and R 2 are each independently a C 1 -C 20 monovalent hydrocarbon group which may contain a heteroatom, m 1 and m 2 are each independently an integer of 0 to 2, m 3 is 0 or 1, n 1 is an integer satisfying 1 ≤ n 1 ≤ 5+2m 1, n 2 is an integer satisfying 0 ≤ n 2 ≤ 4+2m 2, n 3 is an integer satisfying 0 ≤ n 3 ≤ 8+4m 3, A + is a sulfonium cation having the formula, an iodonium cation having the formula, or an ammonium cation having the formula: wherein R 3A, R 3B, R 3C, R 4A, R 4B, R 5A, R 5B and R 5C are each independently a C 1 -C 20 monovalent hydrocarbon group which may contain a heteroatom, R 5D is hydrogen or a C 1 -C 20 monovalent hydrocarbon group which may contain a heteroatom, any two of R 3A, R 3B, and R 3C, or any two of R 5A, R 5B, R 5C, and R 5D may bond together to form a ring with the sulfur or nitrogen atom to which they are attached. wherein X 1 and X 2 are each independently methylene, propane-2,2-diyl or ether bond, L is a single bond, ester bond, sulfonic acid ester bond, carbonate bond or carbamate bond, R 1 and R 2 are each independently a C 1 -C 20 monovalent hydrocarbon group which may contain a heteroatom, m 1 and m 2 are each independently an integer of 0 to 2, m 3 is 0 or 1, n 1 is an integer satisfying 1 ≤ n 1 ≤ 5+2m 1, n 2 is an integer satisfying 0 ≤ n 2 ≤ 4+2m 2, n 3 is an integer satisfying 0 ≤ n 3 ≤ 8+4m 3, A + is a sulfonium cation having the formula, an iodonium cation having the formula, or an ammonium cation having the formula: wherein R 3A, R 3B, R 3C, R 4A, R 4B, R 5A, R 5B and R 5C are each independently a C 1 -C 20 monovalent hydrocarbon group which may contain a heteroatom, R 5D is hydrogen or a C 1 -C 20 monovalent hydrocarbon group which may contain a heteroatom, any two of R 3A, R 3B, and R 3C, or any two of R 5A, R 5B, R 5C, and R 5D may bond together to form a ring with the sulfur or nitrogen atom to which they are attached.
A belt for driving plant stems of a scutcher, the belt forming a loop and having a longitudinal direction, a thickness defined between an inner face and an outer face of the belt, and a width defined between first and second flanks (19, 21) of the belt, the belt having a rubber body extending in the longitudinal direction, the belt further comprises a reinforcement, preferably metallic, arranged inside the body and extending in the longitudinal direction, characterized in that the body comprises first and second end portions attached to one another so that the body forms a first loop, in that the reinforcement comprises first and second end parts (62, 64) attached to one another so that the reinforcement forms a second loop included in the first loop, and in that the belt further comprises at least a first longitudinal cavity, parallel to the reinforcement and arranged between the reinforcement and the first flank of the belt, the first longitudinal cavity extending in the longitudinal direction of the body of the belt and forming a cell that extends in the longitudinal direction of the body, so as to increase the elastic deformability of the belt along its length, and in that the reinforcement further comprises a holding device to prevent the reinforcement from slipping relative to the rubber body in the longitudinal direction.
A system for mass spectrometer analysis comprising: a first quadrupole mass filter; an ion guide configured to operate as a collision cell comprising a multipole rod set to receive ions from the first quadrupole mass filter and a lens electrode positioned at one end of the multipole rod set, the multipole rod set adapted to receive a radial radio frequency trapping voltage and a radial dipole direct current voltage, an electron based dissociation (ExD) device adapted to perform electron capture dissociation or electron transfer dissociation, the ExD device being positioned so that an entrance of the ExD device is disposed on the other side of the lens electrode opposite the multipole rod set, a mass analyzer positioned at an exit of the ExD device for receiving ions from the ExD device, characterized in that the system further comprises a processor in communication with the multipole rods set and the lens electrode that simultaneously applies a radial dipole DC voltage to the multipole rod set and an axial trapping AC voltage to the lens electrode or simultaneously applies a radial RF trapping voltage amplitude to the multipole rode set and an axial trapping AC voltage to the lens electrode in order to extract a bandpass mass range of ions trapping in the multipole rod set and in that the lens electrode is configured to extract ions trapped by the multipole rod set and adapted to receive an axial trapping alternating current voltage and a DC voltage. a first quadrupole mass filter; an ion guide configured to operate as a collision cell comprising a multipole rod set to receive ions from the first quadrupole mass filter and a lens electrode positioned at one end of the multipole rod set, the multipole rod set adapted to receive a radial radio frequency trapping voltage and a radial dipole direct current voltage, an electron based dissociation (ExD) device adapted to perform electron capture dissociation or electron transfer dissociation, the ExD device being positioned so that an entrance of the ExD device is disposed on the other side of the lens electrode opposite the multipole rod set, a mass analyzer positioned at an exit of the ExD device for receiving ions from the ExD device, and in that the lens electrode is configured to extract ions trapped by the multipole rod set and adapted to receive an axial trapping alternating current voltage and a DC voltage.
Device for producing a profile on an edge region of a sheet metal part by shearing, comprising a cutting punch, a counterholder, a cutting plate and a support element, wherein, when the device is in use: - the profile is cut into the edge region of the sheet metal part, and - the edge region is supported perpendicular to the cutting direction over the entire circumference by the support element which receives the edge region of the sheet metal part, is clamped during the cutting process between the punch and the counterholder and is moved in the cutting direction, characterized in that the support element is divided and comprises at least two parts, wherein the parts of the support element can be moved in the manner of clamping jaws, and in particular can be adjusted radially. - the profile is cut into the edge region of the sheet metal part, and - the edge region is supported perpendicular to the cutting direction over the entire circumference by the support element which receives the edge region of the sheet metal part, is clamped during the cutting process between the punch and the counterholder and is moved in the cutting direction,
A distance measuring device for measuring the distance to an object comprising: a high-precision range-finding system including a laser focus unit, the high-precision range-finding system being arranged to separate a beam from a first light source into a first reference beam which is not irradiated on the object and a first measuring beam which is irradiated on the object via the laser focus unit which is controllable to adjust a focus position of the first measuring beam, and arranged to measure a distance up to the object from a phase difference between the first reference beam and the first measuring beam reflected from the object; a low-precision range-finding system arranged to separate a beam from a second light source, having a frequency lower than that of the first light source, into a second reference beam which is not irradiated on the object and a second measuring beam which is irradiated on the object, and arranged to measure a distance up to the object from a phase difference or an arrival time difference between the second reference beam and the second measuring beam reflected from the object; and focus position adjustment means arranged to control the laser focus unit to adjust the focus position of the first measuring beam on the basis of a result of the low-precision range-finding system. a high-precision range-finding system including a laser focus unit, the high-precision range-finding system being arranged to separate a beam from a first light source into a first reference beam which is not irradiated on the object and a first measuring beam which is irradiated on the object via the laser focus unit which is controllable to adjust a focus position of the first measuring beam, and arranged to measure a distance up to the object from a phase difference between the first reference beam and the first measuring beam reflected from the object; a low-precision range-finding system arranged to separate a beam from a second light source, having a frequency lower than that of the first light source, into a second reference beam which is not irradiated on the object and a second measuring beam which is irradiated on the object, and arranged to measure a distance up to the object from a phase difference or an arrival time difference between the second reference beam and the second measuring beam reflected from the object; and focus position adjustment means arranged to control the laser focus unit to adjust the focus position of the first measuring beam on the basis of a result of the low-precision range-finding system.
Method for the preparation of a sample for a limulus amoebocyte lysate assay, wherein the sample comprises an antibody, and wherein the method comprises the following steps in the following order: (a) adding magnesium ions, preferably in form of MgCl 2, to the sample, (b) diluting the sample, and (c) dialyzing the sample having a pH-value of 5.7-8.0 against an endotoxin-free aqueous solution. (a) adding magnesium ions, preferably in form of MgCl 2, to the sample, (b) diluting the sample, and (c) dialyzing the sample having a pH-value of 5.7-8.0 against an endotoxin-free aqueous solution.
A low power method for determining whether a cargo destined for air transport is in a flying state comprising the steps of: providing a housing for attachment to a cargo, said housing comprising: an accelerometer for detecting a linear acceleration, a gyroscope for detecting an angular rate and a controller; measuring a linear acceleration with said accelerometer; providing said measured linear acceleration and angular rate to said controller; determining if said linear acceleration is characteristic of an aircraft takeoff, and saving takeoff acceleration data including at least a portion of said measured linear acceleration when said linear acceleration characteristic of an aircraft takeoff is detected; generating a flight status output signal indicating a takeoff status after determining said linear acceleration is characteristic of an aircraft takeoff; powering said gyroscope based on the flight status output signal; verifying said takeoff status by measuring an angular rate with said gyroscope and analyzing and comparing a measured linear acceleration and a measured angular rate to the saved takeoff acceleration data; generating a flight status output signal indicating said housing is in a flying state. providing a housing for attachment to a cargo, said housing comprising: an accelerometer for detecting a linear acceleration, a gyroscope for detecting an angular rate and a controller; an accelerometer for detecting a linear acceleration, a gyroscope for detecting an angular rate and a controller; measuring a linear acceleration with said accelerometer; providing said measured linear acceleration and angular rate to said controller; determining if said linear acceleration is characteristic of an aircraft takeoff, and saving takeoff acceleration data including at least a portion of said measured linear acceleration when said linear acceleration characteristic of an aircraft takeoff is detected; generating a flight status output signal indicating a takeoff status after determining said linear acceleration is characteristic of an aircraft takeoff; powering said gyroscope based on the flight status output signal; verifying said takeoff status by measuring an angular rate with said gyroscope and analyzing and comparing a measured linear acceleration and a measured angular rate to the saved takeoff acceleration data; generating a flight status output signal indicating said housing is in a flying state.
Economizer boiler for generating hot water and/or vapour comprising at least one primary container, suitable to contain inside water to be heated, and heating means, at least partially contained in said primary container in order to define an inner dead air space, said heating means suitable to be electrically connected with an electricity source and generate said hot water and/or said vapour, said boiler including an auxiliary tank at least partially filled with water and at least partially surrounding said primary container in order to recover the energy dissipated by said heating means and preheat said water, characterized in that said auxiliary tank presents an axial seat which houses at least partially said primary container and is delimited by a bottom and two inner side walls (5b, 5c) opposite each other, each of which facing to and spaced apart from one of the outer side walls (5e, 5f) of said auxiliary tank, said bottom having a through hole made at the longitudinal axis defined by the auxiliary tank, wherein said heating means include a linear portion protruding from said primary container according to said longitudinal axis and inserted into said through hole in order to be contained in said auxiliary tank and externally licked by said water.
A metal coordination compound adapted for the use in a luminescence device represented by the following formula: wherein X 1 to X 8 independently denote hydrogen atom or a substituent selected from the group consisting of a halogen atom; a nitro group; a trifluoromethyl group, a trialkylsilyl group having three linear or branched alkyl groups each independently having 1 - 8 carbon atoms; and a linear or branched alkyl group having 2 - 20 carbon atoms in which said alkyl group includes one methylene groups or at least two non-neighboring methylene groups which can be replaced with -0-, -S-, -CO-, -CO-O-, -O-CO-, -CH=CH- or -C≡C- and in which said alkyl group includes a hydrogen atom which can be replaced with fluorine atom; with the proviso that at least two of X 1 to X 4 are a substituent other than hydrogen atom, and X 2 and X 3 cannot be a fluorine atom at the same time, with the proviso that said metal coordination compound is not compound represented by the following formulas (a) to (e):
An elongated ventilation duct comprising a fibre layer and an inner layer surrounding an elongated flow space, characterised in that - the fibre layer comprises mineral fibres and a binder, compressed into a desired duct shape, the mineral fibres having a melting point over 800 degrees Celsius, and - the inner layer is a stainless-steel foil having a thickness of 0,01-0,3 mm, facing the flow space, wherein the inner layer seals the flow space from the mineral fibre layer and the inner layer is made up of two elongated sheets of stainless-steel foil (3a, 3b), which are united along each long side and raised into a corresponding shape as the flow space of the elongated ventilation duct. - the fibre layer comprises mineral fibres and a binder, compressed into a desired duct shape, the mineral fibres having a melting point over 800 degrees Celsius, and - the inner layer is a stainless-steel foil having a thickness of 0,01-0,3 mm, facing the flow space, wherein the inner layer seals the flow space from the mineral fibre layer and the inner layer is made up of two elongated sheets of stainless-steel foil (3a, 3b), which are united along each long side and raised into a corresponding shape as the flow space of the elongated ventilation duct.
A hologram master for producing individualized holograms with kinetic diffraction structures comprising: a contiguous individualization region, which comprises at least one first diffraction region, wherein the at least one first diffraction region has a reflective blazed grating with kinetic diffraction structures integrated therein or thereon, characterized in that the hologram master has an anti-Newton coating. a contiguous individualization region, which comprises at least one first diffraction region, wherein the at least one first diffraction region has a reflective blazed grating with kinetic diffraction structures integrated therein or thereon, characterized in that the hologram master has an anti-Newton coating.
A method of positioning a variable guide vane of a gas turbine engine, the method comprising: receiving a signal representative of a required position of the variable guide vane; repositioning the variable guide vane in response to the signal by moving an actuator comprising a motor; measuring a secondary position indicator comprising a load imposed on the motor during the repositioning step; and calculating the actual position of the control surface as a function of the measured load imposed on the motor and comparing the actual position with the required position, and sending a correction signal to the motor. receiving a signal representative of a required position of the variable guide vane; repositioning the variable guide vane in response to the signal by moving an actuator comprising a motor; measuring a secondary position indicator comprising a load imposed on the motor during the repositioning step; and calculating the actual position of the control surface as a function of the measured load imposed on the motor and comparing the actual position with the required position, and sending a correction signal to the motor.
A method for creating a track body of a railroad line in the case of a track, which is not present initially, wherein the track body consists of a track bed, which is applied to a line substructure and which has at least gravel, as well as of a track of sleepers and rails arranged on the track bed, wherein, according to the method, the rails are initially deposited onto the line substructure and wherein subsequently, by using a work car, which can be partially moved on the already finished track body, the gravel is initially superimposed onto the line substructure, the sleepers are subsequently superimposed onto the gravel and the previously deposited rails, which are threaded into the work car, are finally applied to the sleepers in a continuous procedure just in the front, wherein the sleepers, which are fed to the machine in operating direction, are installed in a rear area of the machine, viewed in operating direction, below the work car.
Method for verifying the authenticity of banknotes having a fully transparent or partially transparent security window, wherein the banknotes (1, 10, 15) consist of a banknote substrate, which has at least one UV-radiation-absorbing layer (6, 7, 12, 13, 17) which substantially avoids emission and reflection in the UV wavelength range, and wherein the security window (2, 11, 16) has a substance which fluoresces in the UV wavelength range, comprising the following method steps: irradiating a banknote (1, 10, 15) with radiation having a wavelength in the UV range of the spectrum, spatially resolved capturing of the radiation emitted by the banknote (1, 10, 15) using at least one sensor, wherein the sensitivity of the sensor in the range of the wavelength of the exciting radiation is lower than in the range of the radiation emitted by the banknote or wherein the wavelength of the exciting radiation lies outside the sensitivity range of the sensor, characterized in that the product of the intensity of the fluorescence-less direct scattering of a real banknote at the exciting radiation on the one hand and the sensitivity of the sensor in the range of the wavelength of the exciting radiation on the other hand is lower than the product of the intensity of the fluorescence to be investigated at the wavelength λ on the one hand and the sensitivity of the sensor in the range of that wavelength λ on the other hand. irradiating a banknote (1, 10, 15) with radiation having a wavelength in the UV range of the spectrum, spatially resolved capturing of the radiation emitted by the banknote (1, 10, 15) using at least one sensor, wherein the sensitivity of the sensor in the range of the wavelength of the exciting radiation is lower than in the range of the radiation emitted by the banknote or wherein the wavelength of the exciting radiation lies outside the sensitivity range of the sensor, characterized in that the product of the intensity of the fluorescence-less direct scattering of a real banknote at the exciting radiation on the one hand and the sensitivity of the sensor in the range of the wavelength of the exciting radiation on the other hand is lower than the product of the intensity of the fluorescence to be investigated at the wavelength λ on the one hand and the sensitivity of the sensor in the range of that wavelength λ on the other hand.
Overvoltage arrester having a discharge column which extends along a longitudinal axis and is clamped in between end fittings by means of a plurality of tensile elements which radially surround the discharge column and are secured in the end fittings, wherein at least one of the end fittings has a first thread for attaching a connecting bolt and a fitting body with a second thread for receiving a pressure screw for generating an axial force on the discharge column, characterized in that the first and second threads (7, 8) overlap along an axial section.