mhurhangee/ep-ind-claims huggingface dataset:
A binder composition for bar-shaped solid foods, the composition comprising: cellulose ether; and saccharides, wherein the cellulose ether includes methyl cellulose, hydroxypropyl methyl cellulose, hydroxyethyl methyl cellulose, hydroxyethyl ethyl cellulose, hydroxyethyl cellulose, or any combination thereof, wherein the saccharide is sugar, starch syrup, or any combination thereof, wherein a content of the cellulose ether is 2 parts by weight to 20 parts by weight with respect to 100 parts by weight of a total content of the saccharide, wherein the binder composition does not comprise fat. wherein the cellulose ether includes methyl cellulose, hydroxypropyl methyl cellulose, hydroxyethyl methyl cellulose, hydroxyethyl ethyl cellulose, hydroxyethyl cellulose, or any combination thereof, wherein the saccharide is sugar, starch syrup, or any combination thereof, wherein a content of the cellulose ether is 2 parts by weight to 20 parts by weight with respect to 100 parts by weight of a total content of the saccharide, wherein the binder composition does not comprise fat.
A dental instrument (1, 7) for dental treatment of a patient having a noise reduction device, comprising • at least one sound sensor arranged on the dental instrument (1, 7), • at least one sound generator arranged on the dental instrument (1, 7), • at least one electronic control module connected to the sound sensor and the sound generator for analyzing the sound signals captured by the sound sensor, calculating signals for active noise compensation and transmitting these signals to the sound generator, wherein - the sound sensor is arranged on a portion of the dental instrument (1, 7) that is located in the oral cavity or in close proximity to the mouth opening of the patient during the treatment of the patient with the dental instrument (1, 7); - the sound generator is arranged at a distance from the sound sensor on a portion of the dental instrument (1, 7) that is located in the oral cavity or close to the mouth opening of the patient during the treatment of the patient with the dental instrument (1, 7); - the distance between the sound sensor and the sound generator has a fixed and known value that is saved in the control module for calculating the signals for active noise compensation; - characterised in that the sound sensor and the sound generator are fixedly arranged in the surface of the dental instrument (1, 7). • at least one sound sensor arranged on the dental instrument (1, 7), • at least one sound generator arranged on the dental instrument (1, 7), • at least one electronic control module connected to the sound sensor and the sound generator for analyzing the sound signals captured by the sound sensor, calculating signals for active noise compensation and transmitting these signals to the sound generator, - the sound sensor is arranged on a portion of the dental instrument (1, 7) that is located in the oral cavity or in close proximity to the mouth opening of the patient during the treatment of the patient with the dental instrument (1, 7); - the sound generator is arranged at a distance from the sound sensor on a portion of the dental instrument (1, 7) that is located in the oral cavity or close to the mouth opening of the patient during the treatment of the patient with the dental instrument (1, 7); - the distance between the sound sensor and the sound generator has a fixed and known value that is saved in the control module for calculating the signals for active noise compensation; - characterised in that the sound sensor and the sound generator are fixedly arranged in the surface of the dental instrument (1, 7).
A floor system integrated with an ondol pipe, comprising: a plurality of beams spaced apart from one another; floor beams each disposed between the beams; a slab module integrated with an ondol pipe disposed over the beams and the floor beams; a glass wool heat shield materials disposed between the floor beams; a frame board disposed to come in contact with the bottoms of the floor beams;and a heat shield material disposed under the beams and the floor beams; wherein the slab module integrated with an ondol pipe comprises a deck plate configured to have a pipe installation groove already formed therein and have iron reinforcing rods installed therein; an ondol pipe placed in the pipe installation groove; and a finishing plate which is made of cement mortar or yellow soil mortar disposed over the deck plate. a plurality of beams spaced apart from one another; floor beams each disposed between the beams; a slab module integrated with an ondol pipe disposed over the beams and the floor beams; a glass wool heat shield materials disposed between the floor beams; a frame board disposed to come in contact with the bottoms of the floor beams;and a heat shield material disposed under the beams and the floor beams; wherein the slab module integrated with an ondol pipe comprises a deck plate configured to have a pipe installation groove already formed therein and have iron reinforcing rods installed therein; an ondol pipe placed in the pipe installation groove; and a finishing plate which is made of cement mortar or yellow soil mortar disposed over the deck plate.
A method of operating a self-propelled harvester which has a front attachment with which a surface used in agriculture is processed, and at least one optical sensor with which the processed surface is detected, characterised in that the processed surface is optically detected at least portion-wise directly behind the front attachment and in front of the tyres, that signals are provided which represent the optically detected surface, and that the signals are subjected to data evaluation, by which conclusions are drawn about the stubble quality in the stubble region of the crop material of the processed surface.
Vortex flow sensor for a vortex flowmeter designed to measure the flow velocity of a fluid flowing through a measuring tube, wherein the vortex flow sensor has a housing meter body with a central axis, wherein a shoulder that features a contact surface is formed on the connection section of said axis, and wherein a membrane is arranged at a level of the shoulder, wherein the edge of said membrane is positioned over the contact surface and is axially spaced at a distance from said surface, wherein a first electrode arrangement is connected to a first surface of the membrane (a) and extends along the central axis of the vortex flow sensor from the first surface of the membrane, wherein a rigid thin sensor paddle is arranged on a second surface of the membrane, said paddle extending along the central axis of the vortex flow sensor from the second surface of the membrane, wherein the sensor paddle has two planar main surfaces, characterized in that the vortex flow sensor further comprises a support unit in the form of a flange with a radial edge section and a cylindrical axial section, wherein the radial edge section rests with its surface on the shoulder of the meter body and the cylindrical axial section extends parallel to the central axis such that the membrane rests on the support unit when a predefined pressure is applied to said membrane, wherein an outer diameter of the cylindrical axial section of the support unit corresponds to an inner diameter of an electrode section of the housing meter body, such that the support unit is held inside the housing meter body by means of a press fit, wherein along the central axis the support unit surrounds a section of a first sleeve-shaped electrode arrangement, wherein the support unit has a central axial bore whose diameter is such that the sleeve-shaped first electrode arrangement passes through the bore without contact.
A method of manufacturing a touch panel for a touchscreen, comprising the steps of: plotting at least one wire (430, 2310) having a wire diameter of 4 to 40 microns, on a layer of adhesive over a transparent substrate that comprises at least one through hole, in a predetermined pattern that comprises a first portion that extends over the substrate and a further portion that extends over a region of a transparent support that extends over at least a region of the through hole; providing touch electrodes for a touch panel of a touchscreen via the first portion of the plotted wire; and providing a plurality of electrical connectors for a user input device (160, 1410, 2100) secured at the through hole, via the further portion of the plotted wire. plotting at least one wire (430, 2310) having a wire diameter of 4 to 40 microns, on a layer of adhesive over a transparent substrate that comprises at least one through hole, in a predetermined pattern that comprises a first portion that extends over the substrate and a further portion that extends over a region of a transparent support that extends over at least a region of the through hole; providing touch electrodes for a touch panel of a touchscreen via the first portion of the plotted wire; and providing a plurality of electrical connectors for a user input device (160, 1410, 2100) secured at the through hole, via the further portion of the plotted wire.
An oral composition in form of aqueous solution which comprises (a) chondroitinsulfate at a concentration of from 5% to 15% and N-acetylated glucosamine at a concentration of from 5% to 20%; (b) a cyclodextrin at a concentration of from 4% to 10%; (c) antioxidants at a total concentration of from 0.2% to 0.4%; and (d) preservatives at a total concentration of from 0.1% to 0.3%. (a) chondroitinsulfate at a concentration of from 5% to 15% and N-acetylated glucosamine at a concentration of from 5% to 20%; (b) a cyclodextrin at a concentration of from 4% to 10%; (c) antioxidants at a total concentration of from 0.2% to 0.4%; and (d) preservatives at a total concentration of from 0.1% to 0.3%.
A device, comprising: a hybrid coupler being ground shielded and including differential coplanar striplines placed one on top of the other, implemented in metal layers (204, 206) so that signal coupling occurs vertically, the differential CPS being formed on a substrate having a major plane surface and the CPS are disposed on the plane surface and are bent in the major plane, wherein the hybrid coupler is ground shielded using shielding metal strips implemented in a metal layer or multiple layers different from said metal layers (204, 206) having the CPS implemented therein; and reflective terminations being connected to the hybrid coupler such that when the hybrid coupler is connected to the reflective terminations a phase shifter is formed, the reflective terminations each include a parallel LC circuit; wherein the width of one CPS is reduced with respect to that of the other CPS; further wherein, the metal strips are placed orthogonally with respect to the CPS to provide grounding. a hybrid coupler being ground shielded and including differential coplanar striplines placed one on top of the other, implemented in metal layers (204, 206) so that signal coupling occurs vertically, the differential CPS being formed on a substrate having a major plane surface and the CPS are disposed on the plane surface and are bent in the major plane, wherein the hybrid coupler is ground shielded using shielding metal strips implemented in a metal layer or multiple layers different from said metal layers (204, 206) having the CPS implemented therein; and reflective terminations being connected to the hybrid coupler such that when the hybrid coupler is connected to the reflective terminations a phase shifter is formed, the reflective terminations each include a parallel LC circuit; wherein the width of one CPS is reduced with respect to that of the other CPS; further wherein, the metal strips are placed orthogonally with respect to the CPS to provide grounding.
A computer-implemented method for determining installation data related to the position of at least one water-engineering facility to be installed, comprising at least the following steps (C1, C2, C3, C4, C5): - reading optical image data, wherein in the read image data, at least one position of an optically coded marker (12, 12a, 12b, 12c) is detected in the space; - associating the information coded by the at least one optically coded marker (12, 12a1, 12a2, 12b, 12c1, 12c2) by means of the read image data such that the position of the at least one optically coded marker (12, 12a1, 12a2, 12b, 12c1, 12c2) is associated to an installation position of the at least one water-engineering facility to be installed; - evaluating the read image data while considering the information associated to the at least one optically coded marker (12a1, 12a2, 12b, 12c1, 12c2); - determining installation data by means of the evaluation of the image data, wherein the installation data characterize the position, type, design and dimensions of the at least one water-engineering facility to be installed; - providing the installation data, in particular via an interface. - reading optical image data, wherein in the read image data, at least one position of an optically coded marker (12, 12a, 12b, 12c) is detected in the space; - associating the information coded by the at least one optically coded marker (12, 12a1, 12a2, 12b, 12c1, 12c2) by means of the read image data such that the position of the at least one optically coded marker (12, 12a1, 12a2, 12b, 12c1, 12c2) is associated to an installation position of the at least one water-engineering facility to be installed; - evaluating the read image data while considering the information associated to the at least one optically coded marker (12a1, 12a2, 12b, 12c1, 12c2); - determining installation data by means of the evaluation of the image data, wherein the installation data characterize the position, type, design and dimensions of the at least one water-engineering facility to be installed; - providing the installation data, in particular via an interface.
A multi-layered finish coated product, comprising: a substrate; a base coating layer adhered to the substrate, wherein the base coating layer has a thickness from 0.1 μm to 15 μm; and a clear coating layer comprising effects particles, wherein the effects particles comprise pearlescent particles, wherein the clear coating layer is adhered to the base coating layer, and wherein the substrate comprises an aluminum substrate comprising a beverage can end or a beverage can tab, characterised in that the clear coating layer has a thickness from 1 μm to 20 μm. a substrate; a base coating layer adhered to the substrate, wherein the base coating layer has a thickness from 0.1 μm to 15 μm; and a clear coating layer comprising effects particles, wherein the effects particles comprise pearlescent particles, wherein the clear coating layer is adhered to the base coating layer, and wherein the substrate comprises an aluminum substrate comprising a beverage can end or a beverage can tab, characterised in that the clear coating layer has a thickness from 1 μm to 20 μm.
A rotor blade for a turbine engine, comprising: an airfoil connected to a base, the base including a platform, a neck and a fillet that extends along at least a portion of an intersection between the platform and the neck; characterised in that: the fillet has a radius that substantially continuously changes as the fillet extends from the platform to the neck. an airfoil connected to a base, the base including a platform, a neck and a fillet that extends along at least a portion of an intersection between the platform and the neck; characterised in that: the fillet has a radius that substantially continuously changes as the fillet extends from the platform to the neck.
A method for diagnosing or evaluating whether a subject has, or is at risk of having, lung cancer, comprising obtaining a first expression level of the AKAP4 gene of a population of peripheral blood mononuclear cells (PBMCs) of a test subject; and comparing the first expression level with a first predetermined reference value; wherein the first expression level is the mRNA level of the AKAP4 gene, and wherein a difference between the first expression level and first predetermined reference value correlates with a diagnosis or evaluation of a lung cancer.
An extraction unit for extracting cartridges (1a;1b) of two different dimensions (da,ha;db,hb) comprising a seat (14,20) for receiving any of said cartridges (1a;1b) for extraction thereof in the seat, the seat being delimited by a first part (20,30,33) and second part (12,13,14) that are relatively movable between a cartridge extraction position and a cartridge loading and/or ejection position, the first delimiting part having a first member and a second member that are relatively movable between: - a first member position delimiting a cartridge cavity of a first depth (Ha) for receiving a cartridge having a first height (ha); and - a second member position in which the cartridge cavity has a second depth (Hb) different to said first depth (Ha) for receiving a cartridge having a second height (hb) different to said first height (ha), optionally the first member having a generally cylindrical or frusto-conical or frusto-domical inner surface for receiving a correspondingly shaped or at least confined part of the cartridge of second height (hb), in particular a cartridge part having an outer shape generally matching said inner surface, characterised in that said unit further comprises an actuator (21,25), in particular a motorized actuator having a motor, for relatively moving the first and second members (30,33) from the first to the second member position and/or vice versa depending on the dimension (da,ha;db,hb) of a cartridge (1a;1b) to be received in the seat (30,33,14) and extracted. - a first member position delimiting a cartridge cavity of a first depth (Ha) for receiving a cartridge having a first height (ha); and - a second member position in which the cartridge cavity has a second depth (Hb) different to said first depth (Ha) for receiving a cartridge having a second height (hb) different to said first height (ha),
A jaw crusher comprising: a crusher housing having an inlet for material to be crushed, an outlet for material that has been crushed, a moveable jaw, provided with a wear plate and a stationary jaw, provided with a second wear plate, the moveable jaw and the stationary jaw forming between them a crushing chamber, the moveable jaw 2) being coupled to an eccentric jaw crusher shaft which causes the moveable jaw to reciprocate in an eccentric motion to crush the material between the moveable jaw and the stationary jaw and an adjustment device for adjusting the position of the moveable jaw relative to the stationary jaw, wherein the adjustment device comprises one or more drive cylinder with an internally mounted sensor to measure the position of the moveable jaw relative to the stationary jaw, characterized in that the sensor measures stroke distance of the drive cylinder, wherein measurement of the stroke distance provides a measure of total wear on the moveable jaw wear plate and fixed jaw wear plate, wherein the crusher comprises a machine programmable logic controller configured to perform wear calibration periodically and to store each wear measurement for determining wear rate of liners within their current application. a crusher housing having an inlet for material to be crushed, an outlet for material that has been crushed, a moveable jaw, provided with a wear plate and a stationary jaw, provided with a second wear plate, the moveable jaw and the stationary jaw forming between them a crushing chamber, the moveable jaw 2) being coupled to an eccentric jaw crusher shaft which causes the moveable jaw to reciprocate in an eccentric motion to crush the material between the moveable jaw and the stationary jaw and an adjustment device for adjusting the position of the moveable jaw relative to the stationary jaw, wherein the adjustment device comprises one or more drive cylinder with an internally mounted sensor to measure the position of the moveable jaw relative to the stationary jaw, characterized in that the sensor measures stroke distance of the drive cylinder, wherein measurement of the stroke distance provides a measure of total wear on the moveable jaw wear plate and fixed jaw wear plate, wherein the crusher comprises a machine programmable logic controller configured to perform wear calibration periodically and to store each wear measurement for determining wear rate of liners within their current application.
Method of manufacturing an electrode in gel form, for an alkali metal ion battery, the method comprises a step of extruding a mix comprising: - an active electrode material - a dinitrile compound with formula N≡C - R - C ≡ N, in which R is a hydrocarbon group C n H 2n, and n is equal to 1 or 2 and preferably equal to 2, - a hot melt support polymer with a glass transition temperature Tg, soluble in the dinitrile compound. - an active electrode material - a dinitrile compound with formula N≡C - R - C ≡ N, in which R is a hydrocarbon group C n H 2n, and n is equal to 1 or 2 and preferably equal to 2, - a hot melt support polymer with a glass transition temperature Tg, soluble in the dinitrile compound.
A demonstrator of properties of a spectacle eyeglass material, comprising: - a hollow holder apertured with an observation window; - a lens that closes said observation window and that comprises at least one portion made from said spectacle eyeglass material; and - an electrostatic element that is freely housed in the hollow holder and that is capable of moving under the action of an electrostatic force, in order to form a first demonstrating mean; characterized in that it comprises two other distinct demonstrating means: - an ultraviolet mark that is located in the hollow holder so as to be observable through said lens and that appears when it is illuminated with ultraviolet light; and - an abrasive element that is movably mounted on the hollow holder and that comprises: - a spring situated into the hollow holder and that is suitable for scratching said lens; and - a maneuvering rod protruding through a groove that is arranged in the hollow holder. - a hollow holder apertured with an observation window; - a lens that closes said observation window and that comprises at least one portion made from said spectacle eyeglass material; and - an electrostatic element that is freely housed in the hollow holder and that is capable of moving under the action of an electrostatic force, in order to form a first demonstrating mean; - an ultraviolet mark that is located in the hollow holder so as to be observable through said lens and that appears when it is illuminated with ultraviolet light; and - an abrasive element that is movably mounted on the hollow holder and that comprises: - a spring situated into the hollow holder and that is suitable for scratching said lens; and - a maneuvering rod protruding through a groove that is arranged in the hollow holder. - a spring situated into the hollow holder and that is suitable for scratching said lens; and - a maneuvering rod protruding through a groove that is arranged in the hollow holder.