mhurhangee/ep-ind-claims huggingface dataset:
A microcatheter comprising: an elongate flexible tubular body having a proximal end, a distal end and at least one lumen extending axially therethrough; a tip body having a proximal end and a distal end and a lumen extending axially therethrough; a coupling (100a,100b,100c) covering a portion of both the tubular body and tip body, the coupling (100a, 100b,100c) being made from a first material (110a,110b,110c) and a second material (120a,120b,120c), wherein the first material (110a,110b,110c) is different from the second material (120a,120b,120c); characterised in that the microcatheter further comprises: a hydrophilic coating applied to at least the coupling and the tip body; and wherein the first material (110a,110b,110c) of the coupling (100a,100b,100c) is compatible with the hydrophilic coating and wherein the second material (120a,120b, 120c) of the coupling (100a,100b,100c) is configured to form a detachable bond with at least one of the tubular body and the tip body. an elongate flexible tubular body having a proximal end, a distal end and at least one lumen extending axially therethrough; a tip body having a proximal end and a distal end and a lumen extending axially therethrough; a coupling (100a,100b,100c) covering a portion of both the tubular body and tip body, the coupling (100a, 100b,100c) being made from a first material (110a,110b,110c) and a second material (120a,120b,120c), wherein the first material (110a,110b,110c) is different from the second material (120a,120b,120c); characterised in that the microcatheter further comprises: a hydrophilic coating applied to at least the coupling and the tip body; and wherein the first material (110a,110b,110c) of the coupling (100a,100b,100c) is compatible with the hydrophilic coating and wherein the second material (120a,120b, 120c) of the coupling (100a,100b,100c) is configured to form a detachable bond with at least one of the tubular body and the tip body. a hydrophilic coating applied to at least the coupling and the tip body; and wherein the first material (110a,110b,110c) of the coupling (100a,100b,100c) is compatible with the hydrophilic coating and wherein the second material (120a,120b, 120c) of the coupling (100a,100b,100c) is configured to form a detachable bond with at least one of the tubular body and the tip body.
Method for determining a current path position (x) of an actuating element of an inductive sensor unit, in particular for detecting a position of a vehicle seat or for a gate change unit of an automatic transmission, - having a plurality of sensor coils (L1...Li) which are applied in a planar manner to a printed circuit board, - having a conductive actuating element which is guided at a distance (a) on a path over the sensor coils (L1...Li), - and having an electrical evaluation circuit (5, 11-17) which captures inductance changes in the sensor coils (L1...Li) according to a path position (x) of the actuating element and converts them into electrical signals, in particular into seat position signals or into gear change signals, wherein the electrical evaluation circuit (5, 11-17) captures the inductances of all sensor coils (L1...Li) and converts them into a current path position (x) of the actuating element by means of an algorithm, characterized in that the algorithm calculates the local centre of gravity (x) of the normalized distributed sensor signals as the position, wherein the electrical evaluation circuit (5, 11-17) cyclically measures the voltages of the sensor coils (L1...Li) which are proportional to the inductances of the sensor coils (L1...Li) at fixed intervals of time, converts them into binary values and stores them in a memory and carries out a zero normalization with respect to the highest measured voltage. - having a plurality of sensor coils (L1...Li) which are applied in a planar manner to a printed circuit board, - having a conductive actuating element which is guided at a distance (a) on a path over the sensor coils (L1...Li), - and having an electrical evaluation circuit (5, 11-17) which captures inductance changes in the sensor coils (L1...Li) according to a path position (x) of the actuating element and converts them into electrical signals, in particular into seat position signals or into gear change signals, wherein the electrical evaluation circuit (5, 11-17) captures the inductances of all sensor coils (L1...Li) and converts them into a current path position (x) of the actuating element by means of an algorithm, characterized in that the algorithm calculates the local centre of gravity (x) of the normalized distributed sensor signals as the position, wherein the electrical evaluation circuit (5, 11-17) cyclically measures the voltages of the sensor coils (L1...Li) which are proportional to the inductances of the sensor coils (L1...Li) at fixed intervals of time, converts them into binary values and stores them in a memory and carries out a zero normalization with respect to the highest measured voltage.
Battery module having at least one individual cell and having a cell holder for accommodating the at least one individual cell, wherein the at least one individual cell is accommodated by the cell holder, and wherein the cell holder is formed in such a way that the cell holder mechanically fixes the at least one individual cell, wherein the cell holder is formed in one piece, characterized in that the at least one individual cell is fixed by means of a hot-caulking process. the cell holder is formed in one piece, characterized in that the at least one individual cell is fixed by means of a hot-caulking process.
Support adapted for performing light beam reflection measurements on an ophthalmic eyeglass, comprising: - an upper part, comprising an upper base element and three first contact portions arranged rigidly on a lower end of the upper base element so as to produce respectively three first point-contacts with a first face of the eyeglass at respective reference locations which are fixedly defined with respect to the upper part; - a lower part, comprising a lower base element and three second contact portions each mounted on the lower base element so as to extend from an upper end of said lower base element up to respective variable distances beyond said upper end of the lower base element, and capable of providing three second point-contacts; and - means for retaining the upper and the lower parts with the respective lower and upper ends facing one another, while pressing the second contact portions towards the upper part so that the eyeglass is held between the first contact portions and said second contact portions, with the three second point-contacts located in a second face of the eyeglass opposed to the first face, the contact portions of the lower part of the support conform to the shape of the other second face of the eyeglass in the form of three retractable fingers (61,62,63); the upper base element having recesses (44, 45) provided in opposed side faces of said upper base element, a light beam being intended to propagate in one of the recesses, the light beam being intended to impinge on the first face of the eyeglass at a measurement location situated between the three first point-contacts, and a reflection direction of the light beam from the measurement location in the eyeglass first face being intended to run through the other one of the recesses and to exit from said other recess. - an upper part, comprising an upper base element and three first contact portions arranged rigidly on a lower end of the upper base element so as to produce respectively three first point-contacts with a first face of the eyeglass at respective reference locations which are fixedly defined with respect to the upper part; - a lower part, comprising a lower base element and three second contact portions each mounted on the lower base element so as to extend from an upper end of said lower base element up to respective variable distances beyond said upper end of the lower base element, and capable of providing three second point-contacts; and - means for retaining the upper and the lower parts with the respective lower and upper ends facing one another, while pressing the second contact portions towards the upper part so that the eyeglass is held between the first contact portions and said second contact portions, with the three second point-contacts located in a second face of the eyeglass opposed to the first face, the contact portions of the lower part of the support conform to the shape of the other second face of the eyeglass in the form of three retractable fingers (61,62,63);
A system for ascertaining an attribute of a sample material comprising: a portable scanning device including: a chamber configured as a controlled environment for capturing an image of a sample material contained in the chamber; an openable member configured to enable access to the chamber, wherein ambient light of an external environment is blocked from the chamber when the openable member is closed; an exterior surface configured to receive a handheld mobile device that includes a camera device; a shelf inside the chamber and configured to receive the sample material; and an opening through the exterior surface to the chamber to enable the camera device of the handheld mobile device to capture the image of the sample material when the handheld mobile device is positioned on the exterior surface such that the camera device is positioned over the opening and faces the shelf, characterised in that the exterior surface comprises a plurality of positioners configured to orient the handheld mobile device for capturing the image of the sample material with the camera device, wherein a positioner is adjustable to fit a plurality of handheld mobile devices of different sizes; and a marker that enables the handheld mobile device to automatically focus the camera device. a chamber configured as a controlled environment for capturing an image of a sample material contained in the chamber; an openable member configured to enable access to the chamber, wherein ambient light of an external environment is blocked from the chamber when the openable member is closed; an exterior surface configured to receive a handheld mobile device that includes a camera device; a shelf inside the chamber and configured to receive the sample material; and an opening through the exterior surface to the chamber to enable the camera device of the handheld mobile device to capture the image of the sample material when the handheld mobile device is positioned on the exterior surface such that the camera device is positioned over the opening and faces the shelf, characterised in that the exterior surface comprises a plurality of positioners configured to orient the handheld mobile device for capturing the image of the sample material with the camera device, wherein a positioner is adjustable to fit a plurality of handheld mobile devices of different sizes; and a marker that enables the handheld mobile device to automatically focus the camera device.
A packaging for containing a product, in particular a cosmetic preparation, comprising a container provided with an opening at the top and bounding a housing to receive the product, a lid arranged to close the opening of the container and a deformable membrane borne by the lid to ensure the leak-tightness of the housing when the lid is in a closed position, characterized in that the deformable membrane comprises a generally flexible central wall surrounded by a generally rigid annular rim and in that the annular rim is urged in an axial direction of closure by spring means bearing on a base of the lid such that the annular rim bears in a leak-tight manner on an annular bearing surrounding the opening of the container when the lid is in the closed position and in that the central wall may be deformed as a result of the differences between the pressures prevailing on either side of the deformable membrane.
A rolling bearing comprising: a first race member having a first raceway surface, a second race member having a second raceway surface, a plurality of rolling elements rotatably arranged between said first raceway surface and said second raceway surface, and grease for lubricating rolling contact parts and/or sliding contact parts between said first raceway surface and said rolling elements and/or between said second raceway surface and said rolling elements, wherein said grease comprises a base oil, a thickener and an extreme pressure additive, said thickener is a diurea compound obtained by allowing an amine mixture comprising alkylphenylamine, an alkyl group of which has 8 to 16 carbon atoms, and cyclohexylamine, to react with a diisocyanate compound, an amount of said cyclohexylamine in the total amount of alkylphenylamine, an alkyl group of which has 8 to 16 carbon atoms, and cyclohexylamine, is from 91 to 99% by mole, a reaction temperature of said extreme pressure additive with iron as measured according to the description is 260°C or lower, wherein the amount of said thickener is from 9 to 36 parts by mass based on 100 parts by mass of the total amount of the base oil and the thickener, wherein the amount of said extreme pressure additive is 0.1 part by mass or more and 5 parts by mass or less based on 100 parts by mass of the total amount of the base oil and the thickener, and wherein the extreme pressure additive is one or more of antimony dithiocarbamate, ashless dithiocarbamate, and bismuth dibutyl dithiocarbamate. a first race member having a first raceway surface, a second race member having a second raceway surface, a plurality of rolling elements rotatably arranged between said first raceway surface and said second raceway surface, and grease for lubricating rolling contact parts and/or sliding contact parts between said first raceway surface and said rolling elements and/or between said second raceway surface and said rolling elements, wherein said grease comprises a base oil, a thickener and an extreme pressure additive, said thickener is a diurea compound obtained by allowing an amine mixture comprising alkylphenylamine, an alkyl group of which has 8 to 16 carbon atoms, and cyclohexylamine, to react with a diisocyanate compound, an amount of said cyclohexylamine in the total amount of alkylphenylamine, an alkyl group of which has 8 to 16 carbon atoms, and cyclohexylamine, is from 91 to 99% by mole, a reaction temperature of said extreme pressure additive with iron as measured according to the description is 260°C or lower, wherein the amount of said thickener is from 9 to 36 parts by mass based on 100 parts by mass of the total amount of the base oil and the thickener, wherein the amount of said extreme pressure additive is 0.1 part by mass or more and 5 parts by mass or less based on 100 parts by mass of the total amount of the base oil and the thickener, and wherein the extreme pressure additive is one or more of antimony dithiocarbamate, ashless dithiocarbamate, and bismuth dibutyl dithiocarbamate.
A method for optical emission spectral analysis of the chemical composition of an electrically conductive melt, including immersing a refractory probe with a sampler in the form of a refractory tube into the metal melt, forming a molten metal sample therein due to the ferrostatic pressure; exciting a plasma torch on its surface, transmitting the plasma glow through an optical channel to the spectrometer's input, obtaining a spectrum of chemical elements of the molten metal therein, processing the resulting spectrum in a computer to assess the composition and mass fraction of the chemical elements in the melt, wherein in order to increase the sensitivity and accuracy of the optical emission spectral analysis, an electric spark method is used for excitation of plasma on the liquid metal sample in an inert gas stream medium using a spark generator electrode located in the sampler tube at a distance of the discharge analytic gap above the surface of the molten metal sample present in the tube, which is electrically connected through the medium of the metal melt with a counter electrode of the spark generator, characterized in that a stable level of liquid metal sample in the sampler tube is maintained at the level of a lateral opening in the middle part of its wall due to compensation of the ferrostatic pressure of the metal melt by the dynamic pressure of the inert gas stream, which continuously passes into the sampler tube from the immersion probe and exits through this lateral opening directly into the melt medium.
A fabric for use in forming a vehicle air-bag, the fabric being formed from a plurality of yarns (2,3), at least some of the yarns (2b, 3b) being formed partially or entirely from recycled polymer material, wherein the yarns comprise first and second sets of yarns which are arranged substantially at right angles to one another, characterised in that the proportion of recycled material in the first set of yarns is greater than that in the second set of yarns.
A method for detecting 5-methylcytosine (5-mC) in a nucleic acid molecule comprising converting 5-mC to 5-caC using enzymatic modification by a methylcytosine dioxygenase; and, detecting 5-mC in the nucleic acid by identifying 5-caC in the nucleic acid molecule by sequencing.
A displacement control valve for controlling the discharge rate of a variable displacement compressor, the displacement control valve configured to be inserted and fitted in a mounting hole provided in a casing of the variable displacement compressor, the displacement control valve comprising: at least a casing of the displacement control valve, an end member, and a sealing lip (46, 47, 48) wherein the end member is provided at an upper end of the casing on a side close to an entrance of the mounting hole, and the sealing lip (46, 47, 48) having a proximal portion (46a, 47a,48a) fitted in a fitting section at an outer peripheral portion of the displacement control valve on a side close to the entrance of the mounting hole, the sealing lip (46, 47,48) having a lip portion (46b, 47b, 48b) abutting on an inner peripheral surface of the mounting hole, wherein the fitting section is provided at a joint between the casing and the end member, the sealing lip has a substantially L shape in cross section, and characterized in that, the proximal portion of the sealing lip is fitted in a recessed portion formed in the end member and the proximal portion of the sealing lip is pinched between the recessed portion of the end member and the upper end of the casing by caulking the upper end of the casing inward. at least a casing of the displacement control valve, an end member, and a sealing lip (46, 47, 48) wherein the end member is provided at an upper end of the casing on a side close to an entrance of the mounting hole, and the sealing lip (46, 47, 48) having a proximal portion (46a, 47a,48a) fitted in a fitting section at an outer peripheral portion of the displacement control valve on a side close to the entrance of the mounting hole, the sealing lip (46, 47,48) having a lip portion (46b, 47b, 48b) abutting on an inner peripheral surface of the mounting hole, wherein the fitting section is provided at a joint between the casing and the end member, the sealing lip has a substantially L shape in cross section, and characterized in that, the proximal portion of the sealing lip is fitted in a recessed portion formed in the end member and the proximal portion of the sealing lip is pinched between the recessed portion of the end member and the upper end of the casing by caulking the upper end of the casing inward.
Converter with a vessel for receiving a metal melt and with a support ring, wherein the support ring has two support pins (103, 104), which form a pivot axis and about which the converter can be pivoted for pouring the metal melt, that the vessel for receiving a metal melt has at least one vessel pin (106, 107, 108), that the converter comprises a vessel pin bearing (109, 110, 111) connected directly or indirectly with the support ring, that the vessel is held by the support ring by means of the vessel pin (106, 107, 108) and the vessel pin bearing (109, 110, 111), characterised in that the converter comprises a rotation ring, the converter has a large-diameter roller bearing, the rotation ring is detachably secured to the support ring by means of the large-diameter roller bearing and the vessel pin bearing or bearings (109, 110, 111) is or are secured to the rotation ring. with a vessel for receiving a metal melt and with a support ring, wherein the support ring has two support pins (103, 104), which form a pivot axis and about which the converter can be pivoted for pouring the metal melt, that the vessel for receiving a metal melt has at least one vessel pin (106, 107, 108), that the converter comprises a vessel pin bearing (109, 110, 111) connected directly or indirectly with the support ring, that the vessel is held by the support ring by means of the vessel pin (106, 107, 108) and the vessel pin bearing (109, 110, 111), characterised in that the converter comprises a rotation ring, the converter has a large-diameter roller bearing, the rotation ring is detachably secured to the support ring by means of the large-diameter roller bearing and the vessel pin bearing or bearings (109, 110, 111) is or are secured to the rotation ring.
Rotary vibration damping arrangement for a drivetrain of a motor vehicle, comprising a rotational mass arrangement, which is rotatable about an axis of rotation A, wherein the rotational mass arrangement comprises a primary inertia element, which is rotatable about the axis of rotation A, and a secondary inertia element, which is relatively rotatable with respect to the primary inertia element counter to the action of an energy accumulator, and a displacement unit with a working chamber, wherein the displacement unit is operatively connected at one side to the primary inertia element or to the secondary inertia element and at the other side to an absorber mass, characterized in that the working chamber of the displacement unit is operatively connected by means of a connecting line to an external working chamber of a pressure accumulator, which external working chamber is rotationally fixed with respect to the axis of rotation A. wherein the rotational mass arrangement comprises a primary inertia element, which is rotatable about the axis of rotation A, and a secondary inertia element, which is relatively rotatable with respect to the primary inertia element counter to the action of an energy accumulator, and a displacement unit with a working chamber, wherein the displacement unit is operatively connected at one side to the primary inertia element or to the secondary inertia element and at the other side to an absorber mass, characterized in that the working chamber of the displacement unit is operatively connected by means of a connecting line to an external working chamber of a pressure accumulator, which external working chamber is rotationally fixed with respect to the axis of rotation A.