mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack comprising: a case in which a plurality of battery cells are accommodated; and a BMS configured to detect damage to the case , wherein the BMS comprises: a voltage output terminal configured to output a predetermined voltage; a ground terminal ; and a voltage measurement terminal configured to measure voltage, wherein the case comprises: a conductive member having one end connected to the voltage output terminal of the BMS and the other end connected to the ground terminal of the BMS ; and a sensing wire having one end connected to the conductive member and the other end connected to the voltage measurement terminal of the BMS , wherein the conductive member is provided between one surface inside the case and the other surface opposite to the one surface. a case in which a plurality of battery cells are accommodated; and a BMS configured to detect damage to the case , wherein the BMS comprises: a voltage output terminal configured to output a predetermined voltage; a ground terminal ; and a voltage measurement terminal configured to measure voltage, wherein the case comprises: a conductive member having one end connected to the voltage output terminal of the BMS and the other end connected to the ground terminal of the BMS ; and a sensing wire having one end connected to the conductive member and the other end connected to the voltage measurement terminal of the BMS , wherein the conductive member is provided between one surface inside the case and the other surface opposite to the one surface. a voltage output terminal configured to output a predetermined voltage; a ground terminal ; and a voltage measurement terminal configured to measure voltage, wherein the case comprises: a conductive member having one end connected to the voltage output terminal of the BMS and the other end connected to the ground terminal of the BMS ; and a sensing wire having one end connected to the conductive member and the other end connected to the voltage measurement terminal of the BMS , wherein the conductive member is provided between one surface inside the case and the other surface opposite to the one surface. a conductive member having one end connected to the voltage output terminal of the BMS and the other end connected to the ground terminal of the BMS ; and a sensing wire having one end connected to the conductive member and the other end connected to the voltage measurement terminal of the BMS , wherein the conductive member is provided between one surface inside the case and the other surface opposite to the one surface.
A changeover setting system for a pourable product packaging plant , said plant comprising a plurality of processing machines for implementing one production recipe, wherein the system is configured, based on a number of operators and a required recipe variation, for: - determining automatically a plurality of changeover phases, each of which to be carried out on a respective machine of the plurality of processing machines, for performing the changeover of the plant according to the recipe variation; - for each determined changeover phase, automatically temporally correlating the determined phase to the operational status of at least one machine of the plurality of processing machines, said at least one machine being not interested by the determined changeover phase; - for each correlated changeover phase, automatically selecting at least one respective operator and automatically assigning the correlated phase to the selected operator. - determining automatically a plurality of changeover phases, each of which to be carried out on a respective machine of the plurality of processing machines, for performing the changeover of the plant according to the recipe variation; - for each determined changeover phase, automatically temporally correlating the determined phase to the operational status of at least one machine of the plurality of processing machines, said at least one machine being not interested by the determined changeover phase; - for each correlated changeover phase, automatically selecting at least one respective operator and automatically assigning the correlated phase to the selected operator.
An encapsulation configuration for electronic components in a flexible implantable medical device, comprising: a plurality of circuit boards , each one of said plurality of circuit boards comprising at least one electronics component ; and a plurality of flat connection cables , characterized in that : each one of said plurality of circuit boards has a generally circular shape; each one of said plurality of flat connection cables electrically couples adjacent ones of said plurality of circuit boards alternatively at opposite ends; and each one of said plurality of circuit boards is folded over an adjacent one of said plurality of circuit boards in a pleated manner, thereby giving said encapsulation configuration an accordion-like shape. a plurality of circuit boards , each one of said plurality of circuit boards comprising at least one electronics component ; and a plurality of flat connection cables , characterized in that : each one of said plurality of circuit boards has a generally circular shape; each one of said plurality of flat connection cables electrically couples adjacent ones of said plurality of circuit boards alternatively at opposite ends; and each one of said plurality of circuit boards is folded over an adjacent one of said plurality of circuit boards in a pleated manner, thereby giving said encapsulation configuration an accordion-like shape. each one of said plurality of circuit boards has a generally circular shape; each one of said plurality of flat connection cables electrically couples adjacent ones of said plurality of circuit boards alternatively at opposite ends; and each one of said plurality of circuit boards is folded over an adjacent one of said plurality of circuit boards in a pleated manner, thereby giving said encapsulation configuration an accordion-like shape.
Composition comprising: - at least one basic amino acid selected from the group constituted by arginine, lysine, histidine, ornithine, hydroxyproline and one of their salts; and - at least one glycosylceramide in the form of a monoglycosylceramide corresponding to a glucuronic acid covalently bonded to a ceramide and/or a polyglycosylceramide corresponding to an oligosaccharide covalently bonded to a ceramide. - at least one basic amino acid selected from the group constituted by arginine, lysine, histidine, ornithine, hydroxyproline and one of their salts; and - at least one glycosylceramide in the form of a monoglycosylceramide corresponding to a glucuronic acid covalently bonded to a ceramide and/or a polyglycosylceramide corresponding to an oligosaccharide covalently bonded to a ceramide.
A support adapted to be arranged in a sales area, comprising: - mounting means configured for arranging the support on a shelf edge facing a navigation aisle of the sales area so as to extend along said shelf edge; - a receiving space configured to allow a back of a plurality of electronic shelf labels to be fitted into said receiving space , said electronic shelf labels comprising an electronic display screen adapted to display data, - supporting wings extending from the support in a direction away from the receiving space , the supporting wings being configured to engage with projecting parts of an electronic shelf labels management module so as to mount the management module mobile relative to the support and extending along said support ; - a connection plate positioned behind a bottom part of the receiving space, at the surface of which conductive traces extend along the receiving space , the conductive traces forming connection lines which link the management module to the receiving space, and - a separator plate configured to extend facing the electronic shelf labels, between the connection lines and the receiving space , said separator plate having through-holes placing the connection lines in communication with the receiving space . - mounting means configured for arranging the support on a shelf edge facing a navigation aisle of the sales area so as to extend along said shelf edge; - a receiving space configured to allow a back of a plurality of electronic shelf labels to be fitted into said receiving space , said electronic shelf labels comprising an electronic display screen adapted to display data, - a receiving space configured to allow a back of a plurality of electronic shelf labels to be fitted into said receiving space , said electronic shelf labels comprising an electronic display screen adapted to display data, - supporting wings extending from the support in a direction away from the receiving space , the supporting wings being configured to engage with projecting parts of an electronic shelf labels management module so as to mount the management module mobile relative to the support and extending along said support ; - a connection plate positioned behind a bottom part of the receiving space, at the surface of which conductive traces extend along the receiving space , the conductive traces forming connection lines which link the management module to the receiving space, and - a separator plate configured to extend facing the electronic shelf labels, between the connection lines and the receiving space , said separator plate having through-holes placing the connection lines in communication with the receiving space .
A method for routing telecommunication connections, TC connections, to a mobile communications terminal located in the reception area of a current mobile network that differs from a home network of the mobile communications terminal , wherein the mobile communications terminal firstly has a first SIM card , which is assigned to the home network and to which is assigned a first telephone number, and wherein the method comprises the following steps: - replacing the first SIM card in the mobile communications terminal by a second SIM card , which is assigned to the current mobile network and to which is assigned a second telephone number , - actuated by replacing the SIM card , automatically generating in the mobile communications terminal a message comprising at least: - the second telephone number , which is assigned to the second SIM card , and - at least one piece of information identifying the replaced SIM card , - sending the message from the mobile communications terminal to a mobile communications gateway , - routing each TC connection addressed to the first telephone number to the mobile communications gateway , - assigning such a TC connection to the second SIM card based on the information contained in the message and/or to the second telephone number, which is assigned to the second SIM card, and - forwarding such a TC connection from the mobile communications gateway via at least one communications network to the mobile communications terminal equipped with the second SIM card using the second telephone number contained in the message . - replacing the first SIM card in the mobile communications terminal by a second SIM card , which is assigned to the current mobile network and to which is assigned a second telephone number , - actuated by replacing the SIM card , automatically generating in the mobile communications terminal a message comprising at least: - the second telephone number , which is assigned to the second SIM card , and - at least one piece of information identifying the replaced SIM card , - sending the message from the mobile communications terminal to a mobile communications gateway , - routing each TC connection addressed to the first telephone number to the mobile communications gateway , - assigning such a TC connection to the second SIM card based on the information contained in the message and/or to the second telephone number, which is assigned to the second SIM card, and - forwarding such a TC connection from the mobile communications gateway via at least one communications network to the mobile communications terminal equipped with the second SIM card using the second telephone number contained in the message .
A non-pneumatic tire defining axial (A), radial (R), and circumferential (C) directions, the non-pneumatic tire comprising: an annular shear band including an annular shear layer comprising an elastomeric material; and a plurality of discrete, annular reinforcing elements positioned within the shear layer along a plurality of axially-extending rows within a radial plane of the tire , the reinforcing elements having circular cross-sections along the radial plane of the tire , characterized in that along each row the reinforcing elements alternate between reinforcing elements having a first diameter (D1) and reinforcing elements having a second diameter (D2) that is less than the first diameter (D1). an annular shear band including an annular shear layer comprising an elastomeric material; and a plurality of discrete, annular reinforcing elements positioned within the shear layer along a plurality of axially-extending rows within a radial plane of the tire , the reinforcing elements having circular cross-sections along the radial plane of the tire , characterized in that along each row the reinforcing elements alternate between reinforcing elements having a first diameter (D1) and reinforcing elements having a second diameter (D2) that is less than the first diameter (D1).
A respiratory therapy system comprising: a flow generating arrangement comprising a blower capable of generating simultaneous positive and negative flows; and a non-sealing patient interface comprising a first gas passageway and a second gas passageway , wherein the flow generating arrangement is configured to simultaneously deliver a continuous positive flow of gas through the first gas passageway to a subject's airway in use, and draw gases through the second gas passageway from the subject's airway to the flow generating arrangement in use, wherein the respiratory therapy system is configured to provide a flow rate of the negative flow of gas in use that is sufficient to reduce a concentration of an exhaled gas in a physiological dead space of the subject's airway, and provide the flow rate of the negative flow of gas in use set to a function of the rate of the positive flow of gas. a flow generating arrangement comprising a blower capable of generating simultaneous positive and negative flows; and a non-sealing patient interface comprising a first gas passageway and a second gas passageway , wherein the flow generating arrangement is configured to simultaneously deliver a continuous positive flow of gas through the first gas passageway to a subject's airway in use, and draw gases through the second gas passageway from the subject's airway to the flow generating arrangement in use, wherein the respiratory therapy system is configured to provide a flow rate of the negative flow of gas in use that is sufficient to reduce a concentration of an exhaled gas in a physiological dead space of the subject's airway, and provide the flow rate of the negative flow of gas in use set to a function of the rate of the positive flow of gas. provide a flow rate of the negative flow of gas in use that is sufficient to reduce a concentration of an exhaled gas in a physiological dead space of the subject's airway, and provide the flow rate of the negative flow of gas in use set to a function of the rate of the positive flow of gas.
A cemented carbide body comprising: a. tungsten carbide grains; b. a binder matrix material comprising any of cobalt, nickel and iron or a mixture thereof, wherein the tungsten carbide grains are disposed in the binder matrix material; the binder matrix material also comprising tantalum-containing inclusions, the tantalum-containing inclusions being carbide nanoparticles or intermetallic nanoparticles, the tantalum-containing inclusions having the shape that is any one of spherical, platelet-like or needle-like; c. wherein the tantalum-containing inclusions have a mean largest linear dimension of no more than 80 nm measured using Transmission Electron Microscopy (TEM) or High Resolution Transmission Electron Microscopy (HRTEM), characterized in that d. the tantalum content is between 1.5 weight per cent and 3.5 weight per cent of the binder content and the cemented carbide body is free of Ta-containing grains having a largest linear dimension greater than 500nm. a. tungsten carbide grains; b. a binder matrix material comprising any of cobalt, nickel and iron or a mixture thereof, wherein the tungsten carbide grains are disposed in the binder matrix material; the binder matrix material also comprising tantalum-containing inclusions, the tantalum-containing inclusions being carbide nanoparticles or intermetallic nanoparticles, the tantalum-containing inclusions having the shape that is any one of spherical, platelet-like or needle-like; c. wherein the tantalum-containing inclusions have a mean largest linear dimension of no more than 80 nm measured using Transmission Electron Microscopy (TEM) or High Resolution Transmission Electron Microscopy (HRTEM), characterized in that d. the tantalum content is between 1.5 weight per cent and 3.5 weight per cent of the binder content and the cemented carbide body is free of Ta-containing grains having a largest linear dimension greater than 500nm.
An absorbent body comprising: a water-absorbent fiber stack including pulp fibers and a highly water-absorbent polymer; and a cover sheet covering at least a skin-facing surface of the water-absorbent fiber stack, characterized in that a plurality of protruding portions protruding outward and a plurality of depressed recessed portions adjacent to the protruding portions are formed on a non-skin-facing surface of the cover sheet, and the water-absorbent fiber stack is stacked in the recessed portions but not in the protruding portions. a water-absorbent fiber stack including pulp fibers and a highly water-absorbent polymer; and a cover sheet covering at least a skin-facing surface of the water-absorbent fiber stack, characterized in that a plurality of protruding portions protruding outward and a plurality of depressed recessed portions adjacent to the protruding portions are formed on a non-skin-facing surface of the cover sheet, and the water-absorbent fiber stack is stacked in the recessed portions but not in the protruding portions.
A method of selecting an intraocular lens (IOL) configured to be implanted in a patient's eye, the method comprising: obtaining at least one characteristic of the patient's eye using a diagnostic instrument; and selecting an IOL having an optical power that reduces optical errors in an image produced at a peripheral retinal location of the patient's eye disposed at a distance from the fovea, wherein the IOL is configured to produce an image by focusing light incident on the patient's eye at an oblique angle with respect to an optical axis intersecting the patient's eye at the peripheral retinal location, wherein the oblique angle is between about 1 degree and about 25 degrees, wherein the optical power of the IOL is based on the obtained characteristic, characterized in that : a first surface of the IOL is a Zernike surface having a radius of curvature between about 5 mm and about 25mm, wherein the surface has a spherical aberration coefficient with a value between O μm and 4 μm when measured in air with a 3 mm aperture using an optical bench aberrometer, wherein the optic is configured to provide astigmatic correction of at least 0.5 Diopter at the peripheral retinal location and/or to provide at least 0.1 μm of coma correction at the peripheral retinal location for a 6 mm pupil. obtaining at least one characteristic of the patient's eye using a diagnostic instrument; and selecting an IOL having an optical power that reduces optical errors in an image produced at a peripheral retinal location of the patient's eye disposed at a distance from the fovea, wherein the IOL is configured to produce an image by focusing light incident on the patient's eye at an oblique angle with respect to an optical axis intersecting the patient's eye at the peripheral retinal location, wherein the oblique angle is between about 1 degree and about 25 degrees, wherein the optical power of the IOL is based on the obtained characteristic, characterized in that : a first surface of the IOL is a Zernike surface having a radius of curvature between about 5 mm and about 25mm, wherein the surface has a spherical aberration coefficient with a value between O μm and 4 μm when measured in air with a 3 mm aperture using an optical bench aberrometer, wherein the optic is configured to provide astigmatic correction of at least 0.5 Diopter at the peripheral retinal location and/or to provide at least 0.1 μm of coma correction at the peripheral retinal location for a 6 mm pupil. a first surface of the IOL is a Zernike surface having a radius of curvature between about 5 mm and about 25mm, wherein the surface has a spherical aberration coefficient with a value between O μm and 4 μm when measured in air with a 3 mm aperture using an optical bench aberrometer, wherein the optic is configured to provide astigmatic correction of at least 0.5 Diopter at the peripheral retinal location and/or to provide at least 0.1 μm of coma correction at the peripheral retinal location for a 6 mm pupil.
An insulation system for a structural element of a building, comprising: i) an insulation element comprising glass wool; and ii) a spacer fastening device for fastening the insulation element to the structural element , the spacer fastening device comprising: a) a hollow shank with first means for engagement with the insulation element , the hollow shank comprising a cavity; and b) an elongated shaft received in the cavity of the hollow shank and comprising a first threaded region ; c) an adjusting element having second means for engagement with the first threaded region of the elongated shaft ; wherein the adjusting element and the hollow shank are in use locked against relative movement in the axial direction of the elongated shaft ; characterized in that the second means for engagement allow in use rotation of the adjusting element around the elongated shaft to produce a movement of the adjusting element relative to the elongated shaft along its axial direction; and in that the adjusting element and the hollow shank are in use also rotatable relative to each other. i) an insulation element comprising glass wool; and ii) a spacer fastening device for fastening the insulation element to the structural element , the spacer fastening device comprising: a) a hollow shank with first means for engagement with the insulation element , the hollow shank comprising a cavity; and b) an elongated shaft received in the cavity of the hollow shank and comprising a first threaded region ; c) an adjusting element having second means for engagement with the first threaded region of the elongated shaft ; wherein the adjusting element and the hollow shank are in use locked against relative movement in the axial direction of the elongated shaft ; characterized in that the second means for engagement allow in use rotation of the adjusting element around the elongated shaft to produce a movement of the adjusting element relative to the elongated shaft along its axial direction; and in that the adjusting element and the hollow shank are in use also rotatable relative to each other. a) a hollow shank with first means for engagement with the insulation element , the hollow shank comprising a cavity; and b) an elongated shaft received in the cavity of the hollow shank and comprising a first threaded region ; c) an adjusting element having second means for engagement with the first threaded region of the elongated shaft ;