mhurhangee/ep-ind-claims huggingface dataset:
An electric motor-driven compressor comprising: an electric motor including a stator, which has a cylindrical shape and an inner part perforated in an axial direction and is provided in an internal circumferential surface thereof with a plurality of winding slots extending in parallel to the axial direction such that a coil is wound therein and a rotor having the cylindrical shape and coaxially provided in the stator, wherein six permanent magnets are inserted into the rotor in the axial direction, and wherein an angle (α) formed by two straight lines passing through a center of the rotor and making contact with both end portions of one permanent magnet adjacent to the center of the rotor is in a range of about 48.7° to about 51° characterized in that twenty-seven winding slots are provided along the internal circumferential surface of the stator at a regular interval, wherein a ratio of a shortest distance, which is measured from the center of the rotor to each permanent magnet to the radius of the rotor, is in a range of about 0.74 to about 0.78 and wherein a ratio of a radius of the rotor to a radius of the stator is in a range of about 0.48 to about 0.51. an electric motor including a stator, which has a cylindrical shape and an inner part perforated in an axial direction and is provided in an internal circumferential surface thereof with a plurality of winding slots extending in parallel to the axial direction such that a coil is wound therein and a rotor having the cylindrical shape and coaxially provided in the stator, wherein six permanent magnets are inserted into the rotor in the axial direction, and wherein an angle (α) formed by two straight lines passing through a center of the rotor and making contact with both end portions of one permanent magnet adjacent to the center of the rotor is in a range of about 48.7° to about 51° characterized in that twenty-seven winding slots are provided along the internal circumferential surface of the stator at a regular interval, wherein a ratio of a shortest distance, which is measured from the center of the rotor to each permanent magnet to the radius of the rotor, is in a range of about 0.74 to about 0.78 and wherein a ratio of a radius of the rotor to a radius of the stator is in a range of about 0.48 to about 0.51.
A method in an optical network unit, ONU, for time distribution in an optical network system, wherein the optical network system further comprises an optical line terminal, OLT, the method comprises the steps of: - receiving information of a selected time reference frame and a time stamp value of the time reference frame from the OLT, where the time stamp value is based on a time reference of a real-time clock of the OLT, - receiving the time reference frame from the OLT, - recording an arrival time stamp value of the time reference frame made by a real-time clock of the ONU, - calculating a time difference between the arrival time stamp value and the received time stamp value of the time reference frame; and - informing the OLT of the time difference, enabling adjusting the real-time clock of the OLT based on the time difference. - receiving information of a selected time reference frame and a time stamp value of the time reference frame from the OLT, where the time stamp value is based on a time reference of a real-time clock of the OLT, - receiving the time reference frame from the OLT, - recording an arrival time stamp value of the time reference frame made by a real-time clock of the ONU, - calculating a time difference between the arrival time stamp value and the received time stamp value of the time reference frame; and - informing the OLT of the time difference, enabling adjusting the real-time clock of the OLT based on the time difference.
A method for providing control data of an eye surgical laser of a treatment apparatus for the separation of a lenticule, wherein the method comprises the following steps performed by a control device: - ascertaining a lenticule geometry of the lenticule to be separated from predetermined visual disorder data of a human or animal eye, wherein the lenticule geometry is defined by means of a refractive power value to be corrected and a lenticule diameter; - ascertaining a correction value for compensating for a deformation of the lenticule, which is generated by at least one contact element of the treatment apparatus, wherein the correction value is determined by means of at least one preceding measurement of the treatment apparatus; - ascertaining a deformation geometry of the lenticule, wherein the deformation geometry is defined by means of a deformation refractive power value and a deformation diameter, wherein the deformation refractive power value is calculated depending on the refractive power value to be corrected and the correction value and the deformation diameter is calculated depending on the lenticule diameter and the correction value; - providing control data for controlling the eye surgical laser, which uses the deformation geometry for separating the lenticule; characterized in that the correction value is ascertained from a deviation of the refractive power value to be corrected and an achieved refractive power value, wherein the achieved refractive power value is determined after an application of the treatment apparatus without use of the deformation geometry. - ascertaining a lenticule geometry of the lenticule to be separated from predetermined visual disorder data of a human or animal eye, wherein the lenticule geometry is defined by means of a refractive power value to be corrected and a lenticule diameter; - ascertaining a correction value for compensating for a deformation of the lenticule, which is generated by at least one contact element of the treatment apparatus, wherein the correction value is determined by means of at least one preceding measurement of the treatment apparatus; - ascertaining a deformation geometry of the lenticule, wherein the deformation geometry is defined by means of a deformation refractive power value and a deformation diameter, wherein the deformation refractive power value is calculated depending on the refractive power value to be corrected and the correction value and the deformation diameter is calculated depending on the lenticule diameter and the correction value; - providing control data for controlling the eye surgical laser, which uses the deformation geometry for separating the lenticule;
Testing device for testing jack screws which are provided for assembling screw connections or screw points, wherein the testing device is provided for installation between a drive output of a jack screw to be tested and a screw point, wherein the testing device has a torsion element which, provided with a predetermined preload, is received in a main body and under the effect of a torque profile caused by a jack screw to be tested acting on the torsion element serves for imposing a spring characteristic of the torsion element on the torque profile of the jack screw; wherein the spring characteristic of the torsion element is established by a first detent position and a second detent position, wherein means for evaluating measured data that characterizes the torque profile of the jack screw are provided; wherein by means of the evaluated measured data and the spring characteristic imposed therein supporting points of the torque profile that correspond to the detent positions and establish the spring characteristic serve for evaluating a behaviour of the jack screw that deviates from the standard specification; wherein the torsion element under the predetermined preload is received in the main body in such a manner that the torsion element in the first detent position thereof, without the effect of any external force, by way of a detent face is set so as to impact on a detent face of the main body, and under the effect of an external force that overcomes the predetermined preload is movable from the first detent position in the direction of a second detent face (18") of the main body; and wherein the torsion element is movable from the first detent position thereof up to the second detent position in which a second detent face (17") of the torsion element impacts the second detent face (18") of the main body.
A non-aqueous electrolyte secondary cell comprising: an anode; a cathode; and a non-aqueous electrolyte including a supporting salt and a phosphazene derivative; the phosphazene derivative being represented by one of the following formulae and: wherein R 1, R 2 and R 3 independently represent a monovalent substituent or a halogen element, X represents an organic group containing at least one selected from a group of carbon, silicon, germanium, tin, nitrogen, phosphorus, arsenic, antimony, bismuth, oxygen, sulfur, selenium, tellurium and polonium, and Y 1, Y 2 and Y 3 independently represent a divalent connecting group, a divalent element or a single band, and Formula: (PNR 4 2) n wherein R 4 represents a monovalent substituent or a halogen element, and n represents from 3 to 15; the non-aqueous electrolyte including the phosphazene derivative, wherein a viscosity of said phosphazene derivative at 25°C is of no more than 300 mPa s (300 cP); and the non-aqueous electrolyte comprising an organic solvent having a composition of 25 to 60 vol% of a cyclic carbonic ester, 10 to 80 vol% of a non-cyclic ester, and 1.5 to 50 vol% of the phosphazene derivative, wherein the non-cyclic ester comprises at least one of dimethyl carbonate or diethyl carbonate, and ethylmethyl carbonate. an anode; a cathode; and a non-aqueous electrolyte including a supporting salt and a phosphazene derivative; the phosphazene derivative being represented by one of the following formulae and: wherein R 1, R 2 and R 3 independently represent a monovalent substituent or a halogen element, X represents an organic group containing at least one selected from a group of carbon, silicon, germanium, tin, nitrogen, phosphorus, arsenic, antimony, bismuth, oxygen, sulfur, selenium, tellurium and polonium, and Y 1, Y 2 and Y 3 independently represent a divalent connecting group, a divalent element or a single band, and Formula: (PNR 4 2) n wherein R 4 represents a monovalent substituent or a halogen element, and n represents from 3 to 15; the non-aqueous electrolyte including the phosphazene derivative, wherein a viscosity of said phosphazene derivative at 25°C is of no more than 300 mPa s (300 cP); and the non-aqueous electrolyte comprising an organic solvent having a composition of 25 to 60 vol% of a cyclic carbonic ester, 10 to 80 vol% of a non-cyclic ester, and 1.5 to 50 vol% of the phosphazene derivative, wherein the non-cyclic ester comprises at least one of dimethyl carbonate or diethyl carbonate, and ethylmethyl carbonate.
An antenna, comprising a capacitor component, a first radiator (BN 1), a second radiator (BN 2), a ground cable and a matching circuit, characterized in that the capacitor component includes a variable capacitor; one end of the first radiator (BN 1), one end of the second radiator (BN 2), and one end of the variable capacitor are connected; a node formed after the three ends are connected to a grounding end through the ground cable; the other end of the variable capacitor is connected to one end of the matching circuit, and another end of the matching circuit serves as a signal feed end of the antenna; the variable capacitor and a distributed inductor of the ground cable generate a low-frequency resonance frequency (f 1); the first radiator (BN 1) configured to generate a first high-frequency resonance frequency (f 2), and the second radiator (BN 2) configured to generate a second high-frequency resonance frequency (f 3).
A compression piston ring comprising a bearing surface, an inner peripheral surface as well as upper and lower flank surfaces extending between them, characterized in that a weak minute (α) < 30' is attached to the area of the lower flank surface on the side of the bearing surface, wherein the weak minute (a) has an axial height (h) of 10 - 30 % with regard to the entire bearing surface height and merges into a minute (β) comprised between 90 and 200' and extending into the direction of the upper flank surface, and wherein a thin wear-resistant layer having a thickness comprised between 0.1 and < 20 μm, in particular between 4 and 6 μm, is applied on the entire bearing surface.
A method for detecting methylation of a target oligonucleotide molecule, comprising obtaining an electrical change occurring due to the binding of an electrically charged methylation detecting molecule and the target oligonucleotide molecule; wherein the electrically charged methylation detecting molecule has affinity to a methylated cytosine nucleotide, wherein the target oligonucleotide molecule has a target sequence with at least one methylated cytosine nucleotide, and the method comprises: capturing a single strand of the target oligonucleotide molecule by a recognizing single-stranded oligonucleotide molecule to form a duplex according to base complementarity; providing the electrically charged methylation detecting molecule; and binding the duplex with the electrically charged methylation detecting molecule and detecting the electrical change due to the binding, wherein the recognizing single-stranded oligonucleotide molecule is a partially neutral single-stranded oligonucleotide comprising at least one electrically neutral nucleotide and at least one negatively charged nucleotide. capturing a single strand of the target oligonucleotide molecule by a recognizing single-stranded oligonucleotide molecule to form a duplex according to base complementarity; providing the electrically charged methylation detecting molecule; and binding the duplex with the electrically charged methylation detecting molecule and detecting the electrical change due to the binding,
An assembly composite of a motor vehicle lighting device, comprising an attachment fastened to a front cover lens, the front cover lens having at least one molded-on fastening dome for at least indirectly fastening the attachment to the outside thereof, in which fastening dome a fastening element engages, the at least one fastening dome being covered with a cap-like element, characterized in that the cap-like element is adapted to the outer contour of the fastening dome, the fastening dome being surrounded, as seen in a plan view, by a rib extending around the fastening dome such that a circumferential groove-like depression is formed, into which the cap-like element partially projects.
Pressure-measuring glow plug having a housing (13, 14) in which a glow plug for ignition of a combustion mixture of an internal combustion engine and a pressure-measuring unit having a pressure sensor for sensing a combustion space pressure of the internal combustion engine are arranged, wherein the glow plug has a glow current contact for an electric heating element, and wherein a pressure-transmission element, which transmits the combustion space pressure acting on the glow pin to the pressure-measuring unit, is attached to the end, facing away from the combustion space, of the glow plug, wherein the pressure-transmission element is embodied in a sheath shape and forms on the glow plug side a receptacle space for the glow current contact of the heating element in which the glow current contact makes contact with a glow current line, characterized in that the sheath-shaped pressure-transmission element has a cut-out through which the glow current line is guided laterally out of the receptacle space; and in that the glow current line is led in an axial direction past the pressure sensor within the pressure-measuring unit and is led out from the pressure-measuring unit through a breakthrough, formed in a support element for the pressure sensor, for making contact with an exposed high-current contact.
A roll tape in which a cut line is formed in plural along a virtual cutting line extending in a width direction of an adhesive tape, the cut line being arranged to cut an adhesive tape in a roll form to a desired length while being fed out by a predetermined length, the adhesive tape having an adhesive stacked on one surface of a long tape main body, wherein the cut line includes a long cut line, which is arranged in a central region in a width direction of a virtual cutting line and is opened by feeding out the adhesive tape, and which cuts the adhesive tape along the cut line (22, 23, 24, 25) arranged in the regions of both sides (B, C) in a width direction of the central region with both ends of the central region as starting points by pressing the central region or the vicinity with a finger in the opened state, the long cut line being longer than the cut line (22, 23, 24, 25) arranged in the regions of both sides (B, C), and the regions of both sides (B, C) have a tensile strength that withstands a tensile stress generated when the adhesive tape is fed out, and wherein the cut line further includes a first adjacent cut line (24, 25) arranged in an adjacent region adjacent on both sides of the central region of the regions of both sides, the first adjacent cut line (24, 25) extending in a longitudinal direction of the adhesive tape while intersecting with the virtual cutting line. the cut line includes a long cut line, which is arranged in a central region in a width direction of a virtual cutting line and is opened by feeding out the adhesive tape, and which cuts the adhesive tape along the cut line (22, 23, 24, 25) arranged in the regions of both sides (B, C) in a width direction of the central region with both ends of the central region as starting points by pressing the central region or the vicinity with a finger in the opened state, the long cut line being longer than the cut line (22, 23, 24, 25) arranged in the regions of both sides (B, C), and the regions of both sides (B, C) have a tensile strength that withstands a tensile stress generated when the adhesive tape is fed out, and wherein the cut line further includes a first adjacent cut line (24, 25) arranged in an adjacent region adjacent on both sides of the central region of the regions of both sides, the first adjacent cut line (24, 25) extending in a longitudinal direction of the adhesive tape while intersecting with the virtual cutting line.
A device for mounting a tool on a hand of a user, the device comprises a receiving part for attachment of a tool and at least one mounting member for mounting the device on one or more fingers of the hand of the user, such as two neighbouring fingers, wherein the receiving part is fixed to the mounting member, and the receiving part comprises at least one clamp for clamping a tool to the device, wherein the clamp has a closed position and an open position and wherein the clamp is configured to be operable by one or more fingers of the same hand the device is mounted on, characterized in that the receiving part further comprises at least one engagement member made of a rigid material and providing at least one moment arm attached to the clamp, such that the clamp is operable via the engagement member into the open position and the closed position by one or more fingers of the same hand the device is mounted on. wherein the receiving part is fixed to the mounting member, and the receiving part comprises at least one clamp for clamping a tool to the device, wherein the clamp has a closed position and an open position and wherein the clamp is configured to be operable by one or more fingers of the same hand the device is mounted on, characterized in that the receiving part further comprises at least one engagement member made of a rigid material and providing at least one moment arm attached to the clamp, such that the clamp is operable via the engagement member into the open position and the closed position by one or more fingers of the same hand the device is mounted on.
A crystalline form of the monohydrochloride salt of the compound of formula A which is polymorph Form A, and wherein the form shows on X-ray diffraction a peak at an angle of diffraction 2theta of 9.9° +/- 0.3° and 20.0° +/- 0.3°.
A hoisting machine having a load hoisting motor and a speed reduction mechanism (27, 31, 32) and driving the load hoisting motor with an inverter disposed in a control box, said control box being connected to one end of a hoisting machine main body casing, wherein the hoisting machine main body casing housing a load sheave is attached to the speed reduction mechanism casing disposed on one side of the control box; a motor casing housing the load hoisting motor is attached to a surface of the hoisting machine main body casing on a side opposite to said control box; the speed reduction mechanism (27, 31, 32) is housed in the speed reduction mechanism casing; characterized in that the speed reduction mechanism casing is made of an aluminum material and is disposed such that a part of an outer surface of the speed reduction mechanism casing is adapted to dissipate heat into surrounding air; the speed reduction mechanism casing has, on a side thereof closer to the control box, a planar inverter mounting surface with which a side surface of the inverter is brought into close contact; the inverter is attached to the inverter mounting surface of the speed reduction mechanism casing with the side surface thereof brought into close contact with the inverter mounting surface; and the speed reduction mechanism casing contains lubricating oil.
A method for measuring saturate, aromatic, and resin fractions of a hydrocarbon fluid, comprising: separating maltenes from the hydrocarbon fluid; separating saturate, aromatic, and resin fractions from the maltenes by: introducing the maltenes to a packed bed; flushing the packed bed with heptane to separate the saturate fraction from the maltenes; flushing the packed bed with toluene to separate the aromatic fraction from the maltenes, and flushing the packed bed with dichloromethane/methanol to separate the resin fraction from the maltenes; determining an optical density of each of the saturate, aromatic, and resin fractions at a predetermined wavelength; and correlating the optical density of each of the saturate, aromatic, and resin fractions to predetermined data to determine each of the saturate, aromatic, and resin fractions. separating maltenes from the hydrocarbon fluid; separating saturate, aromatic, and resin fractions from the maltenes by: introducing the maltenes to a packed bed; flushing the packed bed with heptane to separate the saturate fraction from the maltenes; flushing the packed bed with toluene to separate the aromatic fraction from the maltenes, and flushing the packed bed with dichloromethane/methanol to separate the resin fraction from the maltenes; introducing the maltenes to a packed bed; flushing the packed bed with heptane to separate the saturate fraction from the maltenes; flushing the packed bed with toluene to separate the aromatic fraction from the maltenes, and flushing the packed bed with dichloromethane/methanol to separate the resin fraction from the maltenes; determining an optical density of each of the saturate, aromatic, and resin fractions at a predetermined wavelength; and correlating the optical density of each of the saturate, aromatic, and resin fractions to predetermined data to determine each of the saturate, aromatic, and resin fractions.