mhurhangee/ep-ind-claims huggingface dataset:
Fruit picking and collecting device consisting of a basket-shaped, round, transparent and rigid collecting container having a basket wall, which has a first slot and two further slots (12, 13) on the left and right of the first slot, said slots (12, 13) being spaced from the first slot, characterized in that the bottom of the collecting container is spherically shaped downwards, the basket wall is spherical, and the collecting container has a circumferential transition line (6, 14) between the basket bottom and the basket wall, a flat tab for fastening a handle is attached to the circumferential transition line (6, 14) so that it is aligned along a center line of the collecting container and pointing into a direction opposite the basket opening, the first slot is opposite the flat tab, extends over the entire height of the basket wall, and is aligned perpendicular to the circumferential transition line (6, 14), and the two further slots (12, 13) extend over the entire height of the basket wall and, starting from the circumferential transition line (6, 14), are inclined in the direction of the tab, and are spaced apart from the first slot within the half of the collecting container opposite the tab. the bottom of the collecting container is spherically shaped downwards, the basket wall is spherical, and the collecting container has a circumferential transition line (6, 14) between the basket bottom and the basket wall, a flat tab for fastening a handle is attached to the circumferential transition line (6, 14) so that it is aligned along a center line of the collecting container and pointing into a direction opposite the basket opening, the first slot is opposite the flat tab, extends over the entire height of the basket wall, and is aligned perpendicular to the circumferential transition line (6, 14), and the two further slots (12, 13) extend over the entire height of the basket wall and, starting from the circumferential transition line (6, 14), are inclined in the direction of the tab, and are spaced apart from the first slot within the half of the collecting container opposite the tab.
A stationary equipment used in a wind power generation device including a windmill, a tower, a nacelle and a generator to convert DC power generated by the generator to AC power to step up and step down a voltage, the stationary equipment comprising: an equipment main body containing an iron core, a coil and insulating oil; characterized in that; a hollow pipe connected to the equipment main body to circulate the insulating oil in it; and a plurality of hollow corrugated fins disposed on the pipe, wherein, boards or heat insulation cloths (60,61) are disposed between adjacent corrugated fins disposed on the pipe and on the both sides of the corrugated fins, the corrugated fins are covered with a hood, and a duct is connected to the hood and the duct is connected to a cylindrical member that is vertically disposed on an inner wall of the tower. an equipment main body containing an iron core, a coil and insulating oil; characterized in that; a hollow pipe connected to the equipment main body to circulate the insulating oil in it; and a plurality of hollow corrugated fins disposed on the pipe, wherein, boards or heat insulation cloths (60,61) are disposed between adjacent corrugated fins disposed on the pipe and on the both sides of the corrugated fins, the corrugated fins are covered with a hood, and a duct is connected to the hood and the duct is connected to a cylindrical member that is vertically disposed on an inner wall of the tower.
An arrangement for identifying and verifying an article (5, 5A, 5B, 5C) or a living organism, wherein at least one first security element with at least one security code and at least one manipulation-indicating second security element are associated with the article (5, 5A, 5B, 5C) or the living organism, wherein the second security element for indicating the manipulation has at least one medium and wherein a carrier element is provided on which the first security element with the security code and the second security element at least in sections are attached and that the carrier element is firmly connected via the second security element to the article (5, 5A, 5B, 5C) or to the living organism as a self-contained connection, characterized in that the carrier element is designed as a pendant, and that the second security element is integrated at least in sections in the security code of the first security element.
An aqueous composition for making enteric hard capsule shells comprising hydroxypropyl methyl cellulose acetate succinate (HPMCAS) polymer dispersed in water, wherein the dispersed polymer is partially neutralized with at least one alkaline material, and wherein the amount of said at least one alkaline material is from 0.05% to 1.0% by weight of KOH equivalent based on the total weight of the aqueous composition.
A surgical apparatus, comprising: a coupled apparatus recognition section that recognizes an apparatus that is coupled to the surgical apparatus and acquires information regarding the recognized apparatus, wherein the surgical apparatus is configured to transmit, to an information processor, the information regarding the apparatus acquired by the coupled apparatus recognition section as a request to download an application program; an acquisition section that acquires the application per clinical department from the information processor that stores the application; and an execution section that executes the application acquired by the acquisition section; wherein the execution section executes the application, to thereby be used as the surgical apparatus having a function suitable for the clinical department. the surgical apparatus is configured to transmit, to an information processor, the information regarding the apparatus acquired by the coupled apparatus recognition section as a request to download an application program; an acquisition section that acquires the application per clinical department from the information processor that stores the application; and an execution section that executes the application acquired by the acquisition section; wherein the execution section executes the application, to thereby be used as the surgical apparatus having a function suitable for the clinical department.
A socket for accommodating an electrical plug, consisting of a main housing comprising a mounting flange and a plug receptacle, which is produced integrally therewith and has plug pin receptacles, and also a seal contour, which presses against the plug in the plugged state of the plug and connects the plug to the plug receptacle to form a seal, wherein the seal contour and the main housing (1, 2, 3) are manufactured from the same material and wherein the plug receptacle consists of two sections (7, 9), wherein a first section, viewed in the plug direction of the plug, is arranged behind a mounting flange surface facing toward the plug and has a pot-shaped form, and a second section is arranged in front of the mounting flange surface facing toward the plug, wherein the seal contour has a sleeve-shaped form, characterized in that the main housing (1, 2, 3) consists of a thermoplastic, and the main housing (1, 2, 3) consists of a thermoplastic harder than rubber or thermoplastic elastomer.
An electronic apparatus, comprising: a memory configured to store a voice recognition application; and a processor configured to execute the voice recognition application based on receiving a voice input initiation signal, wherein the processor is configured to control a communication interface comprising communication circuitry to establish a session with a voice recognition server before the voice recognition application is executed. a memory configured to store a voice recognition application; and a processor configured to execute the voice recognition application based on receiving a voice input initiation signal, wherein the processor is configured to control a communication interface comprising communication circuitry to establish a session with a voice recognition server before the voice recognition application is executed.
A method for receiving a visible light signal, comprising: controlling use of a camera as a light signal receiver to capture a group of continuous images covering an emitter, the emitter emits visible light signals, the group of continuous images includes an image of a visible light signal of the emitter and background image; obtaining a visible light signal emitted by the emitter from the group of continuous images, specifically comprises: dividing the group of continuous images into a plurality of images; comparing luminance variation with time of each region with a predetermined size of each of all images, selecting a region with continuous varying luminance, and determining that a visible light signal that comes from the emitter exists in the region; and analyzing and processing luminance changes of the region of all the images to obtain a visible light signal that comes from the emitter, outputting the image of a visible light signal of the emitter when the images captured by the camera include the visible light signal of the emitter; outputting the background images when the images captured by the camera do not include the visible light signal of the emitter; processing the visible light signal to restore original information. controlling use of a camera as a light signal receiver to capture a group of continuous images covering an emitter, the emitter emits visible light signals, the group of continuous images includes an image of a visible light signal of the emitter and background image; obtaining a visible light signal emitted by the emitter from the group of continuous images, specifically comprises: dividing the group of continuous images into a plurality of images; comparing luminance variation with time of each region with a predetermined size of each of all images, selecting a region with continuous varying luminance, and determining that a visible light signal that comes from the emitter exists in the region; and analyzing and processing luminance changes of the region of all the images to obtain a visible light signal that comes from the emitter, outputting the image of a visible light signal of the emitter when the images captured by the camera include the visible light signal of the emitter; outputting the background images when the images captured by the camera do not include the visible light signal of the emitter; processing the visible light signal to restore original information.
Electric arc welding method, in which an electric arc burns between a consumable welding electrode continuously fed to a welding torch and a workpiece in a shielding gas atmosphere and material being molten off from the welding electrode transfers into a molten pool on the workpiece, wherein the welding electrode has supplied thereto, from a welding current source, a pulsed welding current having a background current phase, a pulse current phase and an intermediate current phase following the pulse current phase, characterized in that in the intermediate current phase, the welding current is regulated on the basis of a current setpoint value which is determined in dependence upon the current actual value of the welding current and the voltage actual value of the output voltage of the welding current source.
Exendin-4 compound comprising no more than six amino acid residues which have been exchanged, added or deleted as compared to exendin-4 (SEQ ID NO: 1), wherein the amino acid residue in position 20 has been exchanged by a lysine residue which lysine residue is acylated with a diacid, and which compound is an agonist of the human GLP-1 receptor.
A method for the production of a metal, said method comprising the steps of: (a) mixing an oxide of the metal in a receptacle with a reducing agent comprising a Group II metal or a hydride thereof in the presence of water and/or an organic solvent; (b) heating the mixture of an oxide of the metal and a reducing agent; (c) leaching the resulting material with water; and (d) washing the leached material with a dilute aqueous acid. (a) mixing an oxide of the metal in a receptacle with a reducing agent comprising a Group II metal or a hydride thereof in the presence of water and/or an organic solvent; (b) heating the mixture of an oxide of the metal and a reducing agent; (c) leaching the resulting material with water; and (d) washing the leached material with a dilute aqueous acid.
Heating device for a cooking point in a hob, wherein the heating device has a plurality of independent and separate long heating elements (20, 22, 24) which are arranged on a support of the heating device in loops and/or in a spiral manner and/or substantially along concentric circles, wherein the support has at least a central region around the centre point and an outer region adjoining an outer edge, wherein the width of the central region and of the outer region is approximately equal, wherein the heating elements (20, 22, 24) run on the support so as to engage one in the other and cover a significant area of said support, wherein an overtemperature protection means engages over the heating device or the support for the purpose of detecting the temperature at the heating device, wherein at least a first heating element is connected to an energy supply means (25, 26) by means of the overtemperature protection means in order to switch off the first heating element in the event of an overtemperature, wherein a second heating element is connected to an energy supply means (25, 26) without interconnection of said overtemperature protection means or another overtemperature protection means, characterized in that the second heating element is arranged on the support in the central region and in the outer region.
A process for depositing a thin film material on a substrate, comprising: simultaneously directing a series of gas flows from an output face of a delivery head of a thin film deposition system toward a surface of the substrate, the series of gas flows including at least a first reactive gaseous material, an inert purge gas, and a second reactive gaseous material, the gas flow of the first reactant gaseous material and the gas flow of the second reactant gaseous material separated by the gas flow of the inert purge gas such that little or no intermixing occurs between the first reactant gaseous material and the second reactant gaseous material, one or more of the gas flows providing a pressure that at least contributes to the separation of the surface of the substrate from the face of the delivery head such that the substrate is at a separation distance of within 0.3 mm of the output face of the delivery head; and providing relative motion between the delivery head and the surface of the substrate such that the first reactive gaseous material reacts with a surface of the substrate treated with the second reactive gaseous material. simultaneously directing a series of gas flows from an output face of a delivery head of a thin film deposition system toward a surface of the substrate, the series of gas flows including at least a first reactive gaseous material, an inert purge gas, and a second reactive gaseous material, the gas flow of the first reactant gaseous material and the gas flow of the second reactant gaseous material separated by the gas flow of the inert purge gas such that little or no intermixing occurs between the first reactant gaseous material and the second reactant gaseous material, one or more of the gas flows providing a pressure that at least contributes to the separation of the surface of the substrate from the face of the delivery head such that the substrate is at a separation distance of within 0.3 mm of the output face of the delivery head; and providing relative motion between the delivery head and the surface of the substrate such that the first reactive gaseous material reacts with a surface of the substrate treated with the second reactive gaseous material.
A method for processing a condensed organic fuel using gasification, including feeding a fuel into a cylindrical reactor by means of a feeder, supplying an oxygen-containing gasifying agent into the reactor at the reactor side where resultant residual solids accumulate, moving the fuel feed along the reactor axis, discharging the resultant residual solids from the reactor, driving off the products of drying, pyrolysis and combustion as a gas product from the reactor such that gasification is carried by successively holding the fuel in a heating/drying zone, a pyrolysis zone, a combustion (oxidation) zone and a cooling zone, and the gas flow is filtered through the fuel feed layer while passing successively through the cooling zone, the combustion zone, the pyrolysis zone and the heating/drying zone, said method characterized in that the combustion process in a dense layer formed by the fuel feed within the reactor is stabilized by rotating the reactor about an axis tilted relative to the horizon at an angle in the range from 40 to 65 degrees.
Domestic appliance (1; 30) comprising - a base frame (3; 32), - an actuator connected to the base frame (3;32), - the actuator being provided with a drive member, the actuator being arranged for reciprocating movement of the drive member at a reciprocating frequency (f r), characterised in that the domestic appliance further comprises two leaf springs (21,23) mounted at opposite sides of the actuator for connecting the actuator to the base frame and enabling the actuator to move in a direction opposite to a direction of the movement of the drive member, the actuator, the drive member and the leaf springs (21,23) together forming a mass spring system having a natural frequency (f n), wherein a stiffness of the leaf springs (21,23) is adapted so that a ratio between the reciprocating frequency (f r) and the natural frequency (f n) is at least √2. - a base frame (3; 32), - an actuator connected to the base frame (3;32), - the actuator being provided with a drive member, the actuator being arranged for reciprocating movement of the drive member at a reciprocating frequency (f r), characterised in that the domestic appliance further comprises two leaf springs (21,23) mounted at opposite sides of the actuator for connecting the actuator to the base frame and enabling the actuator to move in a direction opposite to a direction of the movement of the drive member, the actuator, the drive member and the leaf springs (21,23) together forming a mass spring system having a natural frequency (f n), wherein a stiffness of the leaf springs (21,23) is adapted so that a ratio between the reciprocating frequency (f r) and the natural frequency (f n) is at least √2.
A thermal management system for incorporation at least partially into at least one of a gas turbine engine or an aircraft, the thermal management system comprising: a thermal transport bus having a heat exchange fluid flowing therethrough; a pump for generating a flow of the heat exchange fluid in the thermal transport bus, wherein the pump is configured to be powered by the gas turbine engine; one or more heat source exchangers in thermal communication with the heat exchange fluid in the thermal transport bus; a surface heat exchange module in thermal communication with the heat exchange fluid in the thermal transport bus at a location downstream of the one or more heat source exchangers for transferring heat from the heat exchange fluid to a surface of one or more components of the gas turbine engine or the aircraft; and one or more heat sink exchangers in thermal communication with the heat exchange fluid in the thermal transport bus for removing heat from the heat exchange fluid in the thermal transport bus; wherein the surface heat exchange module and the one or more heat sink exchangers are arranged in series along the thermal transport bus; and wherein the thermal transport bus is configured as a closed loop system, and wherein the surface heat exchange module is a closed loop module fluidly separate from the thermal transport bus. a thermal transport bus having a heat exchange fluid flowing therethrough; a pump for generating a flow of the heat exchange fluid in the thermal transport bus, wherein the pump is configured to be powered by the gas turbine engine; one or more heat source exchangers in thermal communication with the heat exchange fluid in the thermal transport bus; a surface heat exchange module in thermal communication with the heat exchange fluid in the thermal transport bus at a location downstream of the one or more heat source exchangers for transferring heat from the heat exchange fluid to a surface of one or more components of the gas turbine engine or the aircraft; and one or more heat sink exchangers in thermal communication with the heat exchange fluid in the thermal transport bus for removing heat from the heat exchange fluid in the thermal transport bus; wherein the surface heat exchange module and the one or more heat sink exchangers are arranged in series along the thermal transport bus; and wherein the thermal transport bus is configured as a closed loop system, and wherein the surface heat exchange module is a closed loop module fluidly separate from the thermal transport bus.
A method of manufacturing a magnesium-lithium alloy in which lithium and optionally an amount of aluminium of not more than 16.0 wt% is added to magnesium, the method comprising: - performing a solution treatment of a magnesium-lithium alloy workpiece; - giving a strain to the magnesium-lithium alloy workpiece after the solution treatment, by a cold working; and - progressing a natural aging of the magnesium-lithium alloy workpiece after giving the strain, without a heat treatment, wherein a content of the lithium is not less than 10.5 weight percent and not more than 16.0 weight percent and optionally an amount of aluminium of not more than 16.0 wt% is present and the balance being magnesium, and the strain is given to make an amount of the strain to be not less than 0.5 % and not more than 1.5 %. - performing a solution treatment of a magnesium-lithium alloy workpiece; - giving a strain to the magnesium-lithium alloy workpiece after the solution treatment, by a cold working; and - progressing a natural aging of the magnesium-lithium alloy workpiece after giving the strain, without a heat treatment, wherein a content of the lithium is not less than 10.5 weight percent and not more than 16.0 weight percent and optionally an amount of aluminium of not more than 16.0 wt% is present and the balance being magnesium, and the strain is given to make an amount of the strain to be not less than 0.5 % and not more than 1.5 %.
A method of making magnetizable abrasive particles, the method comprising steps: a) providing ceramic particles, each ceramic particle having a respective outer surface; b) coating the outer surfaces of ceramic particles with an aqueous solution comprising a polyionic material thereby forming polyion-coated ceramic particles; and c) combining the polyion-coated ceramic particles with magnetic particles while dispersed in an aqueous solution thereby forming magnetic particle-coated ceramic particles; d) drying the magnetic particle-coated ceramic particles in the absence of sintering the polyion. a) providing ceramic particles, each ceramic particle having a respective outer surface; b) coating the outer surfaces of ceramic particles with an aqueous solution comprising a polyionic material thereby forming polyion-coated ceramic particles; and c) combining the polyion-coated ceramic particles with magnetic particles while dispersed in an aqueous solution thereby forming magnetic particle-coated ceramic particles; d) drying the magnetic particle-coated ceramic particles in the absence of sintering the polyion.