mhurhangee/ep-ind-claims huggingface dataset:
A polymeric film comprising a polyester substrate layer and a heat-sealable polymeric layer disposed on one surface of said polyester substrate layer, wherein the heat-sealable polymeric layer comprises copolyester A having a glass transition temperature Tg in an amount W A and copolyester B having a glass transition temperature Tg in an amount W B, wherein: (i) W A > W B; (ii) W A is at least 50 wt% by total weight of the heat-sealable polymeric layer; (iii) W B is at least 10 wt% by total weight of the heat-sealable polymeric layer; (iv) Tg > Tg; (v) Tg is in the range of -35°C to -10°C; and (vi) Tg is preferably in the range of -15°C to 5°C (wherein the Tg is measured according to the description). (i) W A > W B; (ii) W A is at least 50 wt% by total weight of the heat-sealable polymeric layer; (iii) W B is at least 10 wt% by total weight of the heat-sealable polymeric layer; (iv) Tg > Tg; (v) Tg is in the range of -35°C to -10°C; and (vi) Tg is preferably in the range of -15°C to 5°C (wherein the Tg is measured according to the description).
A print mark sensor for evaluating print marks of detection objects, having at least one light transmitter and at least one light receiver having a control and evaluation unit for evaluating a light receiver signal of the light receiver: having an output for a sensor signal that is formed by the control and evaluation unit on the basis of the light receiver signal, wherein an electronic memory is present characterized in that a plurality of consecutively detected light receiver signals of a plurality of consecutively detected print marks are stored wherein the control and evaluation unit is configured to evaluate the plurality of light receiver signals of a plurality of consecutively detected print marks and to generate results data and/or parameters from a temporal analysis of these consecutively detected light receiver signals of a plurality of consecutively detected print marks that enable conclusions on an environment of the print mark sensor, on the detection objects, on the print marks and/or on a printing process, wherein the print mark sensor is configured as a light sensor, and the light transmitter, the light receiver, and the control and evaluation unit are arranged in a common sensor housing. having an output for a sensor signal that is formed by the control and evaluation unit on the basis of the light receiver signal, wherein an electronic memory is present characterized in that a plurality of consecutively detected light receiver signals of a plurality of consecutively detected print marks are stored wherein the control and evaluation unit is configured to evaluate the plurality of light receiver signals of a plurality of consecutively detected print marks and to generate results data and/or parameters from a temporal analysis of these consecutively detected light receiver signals of a plurality of consecutively detected print marks that enable conclusions on an environment of the print mark sensor, on the detection objects, on the print marks and/or on a printing process, wherein the print mark sensor is configured as a light sensor, and the light transmitter, the light receiver, and the control and evaluation unit are arranged in a common sensor housing.
A method of manufacturing a multi-layered magnetic sheet for a radio frequency identification (RFID) antenna, the method comprising the steps of: preparing first and second sheet layers; and preparing a first amorphous alloy ribbon layer made of one kind of the amorphous alloys selected from the group consisting of Fe-Si-B, Fe-Si-B-Cu-Nb, Fe-Zr-B, and Co-Fe-Si-B; laminating the first amorphous alloy ribbon layer between the first and second sheet layers to thereby obtain a laminated multi-layered magnetic sheet; - the step of laminating including compression-molding the multi-layered magnetic sheet such that the relative density of the multi-layered magnetic sheet is increased and simultaneously microcracks are formed on the first amorphous alloy ribbon layer, characterized in that - the first and second sheet layers are first and second magnetic sheet layers made of a mixture of an amorphous alloy powder and a resin, the amorphous alloy powder including at least one kind of an amorphous alloy selected from the group consisting of Fe-Si-B, Fe-Si-B-Cu-Nb, Fe-Zr-B, and Co-Fe-Si-B, the resin acting as a binder mixed with the amorphous alloy powder, the mixture being formed into a sheet form. preparing first and second sheet layers; and preparing a first amorphous alloy ribbon layer made of one kind of the amorphous alloys selected from the group consisting of Fe-Si-B, Fe-Si-B-Cu-Nb, Fe-Zr-B, and Co-Fe-Si-B; laminating the first amorphous alloy ribbon layer between the first and second sheet layers to thereby obtain a laminated multi-layered magnetic sheet; - the step of laminating including compression-molding the multi-layered magnetic sheet such that the relative density of the multi-layered magnetic sheet is increased and simultaneously microcracks are formed on the first amorphous alloy ribbon layer, - the step of laminating including compression-molding the multi-layered magnetic sheet such that the relative density of the multi-layered magnetic sheet is increased and simultaneously microcracks are formed on the first amorphous alloy ribbon layer, characterized in that - the first and second sheet layers are first and second magnetic sheet layers made of a mixture of an amorphous alloy powder and a resin, the amorphous alloy powder including at least one kind of an amorphous alloy selected from the group consisting of Fe-Si-B, Fe-Si-B-Cu-Nb, Fe-Zr-B, and Co-Fe-Si-B, the resin acting as a binder mixed with the amorphous alloy powder, the mixture being formed into a sheet form. - the first and second sheet layers are first and second magnetic sheet layers made of a mixture of an amorphous alloy powder and a resin, the amorphous alloy powder including at least one kind of an amorphous alloy selected from the group consisting of Fe-Si-B, Fe-Si-B-Cu-Nb, Fe-Zr-B, and Co-Fe-Si-B, the resin acting as a binder mixed with the amorphous alloy powder, the mixture being formed into a sheet form.
A method of producing an optical fiber comprising: providing a preform having a consolidated glass core and a first porous glass cladding layer; exposing the preform to a first gas atmosphere at a first temperature, the first gas atmosphere comprising a chlorine source material, the chlorine source material providing chlorine for doping the first porous glass cladding layer; exposing the preform to a second gas atmosphere at a second temperature; the second gas atmosphere comprising a reducing agent; and heating the preform in the presence of the second gas atmosphere at a third temperature; the heating causing sintering of the first porous glass cladding layer, the sintered first porous glass cladding layer having a chlorine dopant concentration of at least 500 ppm by weight; wherein the first temperature is at least 800 °C, the second temperature is greater than or equal to the first temperature, and the third temperature is greater than or equal to the second temperature; and drawing the fiber. providing a preform having a consolidated glass core and a first porous glass cladding layer; exposing the preform to a first gas atmosphere at a first temperature, the first gas atmosphere comprising a chlorine source material, the chlorine source material providing chlorine for doping the first porous glass cladding layer; exposing the preform to a second gas atmosphere at a second temperature; the second gas atmosphere comprising a reducing agent; and heating the preform in the presence of the second gas atmosphere at a third temperature; the heating causing sintering of the first porous glass cladding layer, the sintered first porous glass cladding layer having a chlorine dopant concentration of at least 500 ppm by weight; wherein the first temperature is at least 800 °C, the second temperature is greater than or equal to the first temperature, and the third temperature is greater than or equal to the second temperature; and drawing the fiber.
An interior film comprising: a base film; and a pattern layer having a hairline pattern and one or more patterns selected from a group of a mirror pattern, a bead blast pattern, an uneven pattern, an etching pattern and a vibration pattern, wherein the base film has a thickness of 0.23∼0.5mm, wherein the hairline pattern is a complex pattern having one or more patterns selected from a group of a multi-directional pattern, a non-directional pattern and a circular hairline pattern. a base film; and a pattern layer having a hairline pattern and one or more patterns selected from a group of a mirror pattern, a bead blast pattern, an uneven pattern, an etching pattern and a vibration pattern, wherein the base film has a thickness of 0.23∼0.5mm, wherein the hairline pattern is a complex pattern having one or more patterns selected from a group of a multi-directional pattern, a non-directional pattern and a circular hairline pattern.
A diamond compact, comprising: a substrate having a binder; a diamond table having: at least a first and a second polycrystalline diamond portions separated by at least one thin metal carbide foil portion, wherein the first PCD portion is in direct contact with the substrate and surrounds the thin metal carbide foil portion, wherein the at least one thin metal carbide foil portion forms a cup shape that surrounds the second PCD portion, wherein the second PCD portion is nested within the first PCD portion, wherein the at least one thin metal carbide portion comprises a layer of discrete pieces of metal or a continuous thin metal layer prior to sintering, and wherein the molten binder of the substrate sweeps through the first polycrystalline diamond portion and the thin metal carbide foil portion to the other polycrystalline diamond portion. a substrate having a binder; a diamond table having: at least a first and a second polycrystalline diamond portions separated by at least one thin metal carbide foil portion, wherein the first PCD portion is in direct contact with the substrate and surrounds the thin metal carbide foil portion, wherein the at least one thin metal carbide foil portion forms a cup shape that surrounds the second PCD portion, wherein the second PCD portion is nested within the first PCD portion, wherein the at least one thin metal carbide portion comprises a layer of discrete pieces of metal or a continuous thin metal layer prior to sintering, and wherein the molten binder of the substrate sweeps through the first polycrystalline diamond portion and the thin metal carbide foil portion to the other polycrystalline diamond portion. at least a first and a second polycrystalline diamond portions separated by at least one thin metal carbide foil portion, wherein the first PCD portion is in direct contact with the substrate and surrounds the thin metal carbide foil portion, wherein the at least one thin metal carbide foil portion forms a cup shape that surrounds the second PCD portion, wherein the second PCD portion is nested within the first PCD portion, wherein the at least one thin metal carbide portion comprises a layer of discrete pieces of metal or a continuous thin metal layer prior to sintering, and wherein the molten binder of the substrate sweeps through the first polycrystalline diamond portion and the thin metal carbide foil portion to the other polycrystalline diamond portion.
A method for controlling a hydraulic transmission of a work or agricultural vehicle comprising a prime mover configured to drive in rotation a hydraulic pump configured to supply exclusively a hydraulic motor operatively connected to at least one vehicle wheel, the hydraulic pump being provided of a controllable variable displacement, the method is characaterized in that it comprises circa vertical increasing of a control signal of the pump displacement, plot as a function of the prime mover rotation speed, at reaching of a predetermined prime mover rotation speed, when the vehicle is in stand still conditions, wherein the control signal and the pump displacement are directly proportional between each other.
An IP Multimedia Subsystem, IMS, based media distribution system includes an application server, a user equipment, and a media server, wherein said application server comprising: receiving means for receiving a request for a media object from the user equipment; verification means for verifying the authenticity of the received request; first generation means for generating a session-dependent key that is associated with a current IMS session if the authenticity of the request is successfully verified; first sending means for sending the session-dependent key to the media server so that said media server encrypts the requested media object with the session-dependent key and sends the encrypted media object toward the user equipment; second generation means for generating a one-time player in which the session-dependent key is embedded wherein the one-time player is a JAVA-applet adapted to automatically disable itself after expiry of the current IMS session; and second sending means for sending the one-time player to the user equipment, which enables said user equipment to decrypt and decode the encrypted media object that is sent from the media server. receiving means for receiving a request for a media object from the user equipment; verification means for verifying the authenticity of the received request; first generation means for generating a session-dependent key that is associated with a current IMS session if the authenticity of the request is successfully verified; first sending means for sending the session-dependent key to the media server so that said media server encrypts the requested media object with the session-dependent key and sends the encrypted media object toward the user equipment; second generation means for generating a one-time player in which the session-dependent key is embedded wherein the one-time player is a JAVA-applet adapted to automatically disable itself after expiry of the current IMS session; and second sending means for sending the one-time player to the user equipment, which enables said user equipment to decrypt and decode the encrypted media object that is sent from the media server.
A method of marking a substrate that comprises a colour forming material, said method comprising the steps of: activating a region of the substrate, wherein activation involves heating the substrate above an activation temperature, so as to transform it from an inactive, low reactive state to an active, high reactive state; irradiating at least a part of the activated region with an initial colour changing radiation to effect an initial colour change to a first colour; and irradiating at least a part of the substrate that has been changed to the first colour with a high power density beam of visible electromagnetic radiation to effect a further colour change of the irradiated region to a second colour.
Cosmetic, non-therapeutic use of an effective amount of at least roasted coffee beans or an alcoholic or aqueous-alcoholic extract thereof, as an active agent for treating and/or preventing over expression or accumulation of melanin in the skin, wherein said active agent is comprised in an oral composition.
A device for CO2 monitoring comprising: - a signal input configured to receive one or more monitoring signals of a monitored area, said monitoring signals being comprised in image data of the monitored area; - a breathing monitor configured to determine one or more breathing parameters of one or more subjects present in the monitored area from the one or more monitoring signals, and - a CO2 estimation unit configured to estimate a change in the CO2 level in the monitored area from a change in the determined one or more breathing parameters, wherein an increase in the CO2 level is estimated when a positive change in at least one of breathing rate and breathing depth is detected. - a signal input configured to receive one or more monitoring signals of a monitored area, said monitoring signals being comprised in image data of the monitored area; - a breathing monitor configured to determine one or more breathing parameters of one or more subjects present in the monitored area from the one or more monitoring signals, and - a CO2 estimation unit configured to estimate a change in the CO2 level in the monitored area from a change in the determined one or more breathing parameters, wherein an increase in the CO2 level is estimated when a positive change in at least one of breathing rate and breathing depth is detected.
A cooling system for cooling an electrical component, the cooling system comprising: a heat sink configured to be positioned in thermal communication with the electrical component; characterized in that the cooling system further comprises: a supply of liquid natural gas; and an LNG conduit configured to be interconnected between the heat sink and the supply of LNG such that the LNG conduit is configured to carry LNG from the supply to the heat sink to absorb heat from the heat sink; and a pump configured to be operatively connected in fluid communication with the supply of LNG, the pump being configured to move LNG within the LNG conduit from the supply to the heat sink. a heat sink configured to be positioned in thermal communication with the electrical component; a supply of liquid natural gas; and an LNG conduit configured to be interconnected between the heat sink and the supply of LNG such that the LNG conduit is configured to carry LNG from the supply to the heat sink to absorb heat from the heat sink; and a pump configured to be operatively connected in fluid communication with the supply of LNG, the pump being configured to move LNG within the LNG conduit from the supply to the heat sink.
An apparatus, comprising: an input configured to receive signals from a camera unit (120,1260) having an image sensor with a plurality of image detectors, the signals comprising first signals received from first pixel detectors corresponding to a first image area and second signals received from second pixel detectors corresponding to a second image area surrounding the first image area; at least one processor configured to: receive the first and second signals from the input; automatically control focus and other camera settings of a setting group comprising focus control, based on the first signals; predict changes in the setting group based on the second signals; and detect a change in the first image area and to use the predicted changes to adapt the automatic control of the focus and other camera settings of the settings group; and an output configured to output to the camera unit (120,1260) control signals configured to control the focus and other camera settings of the settings group. an input configured to receive signals from a camera unit (120,1260) having an image sensor with a plurality of image detectors, the signals comprising first signals received from first pixel detectors corresponding to a first image area and second signals received from second pixel detectors corresponding to a second image area surrounding the first image area; at least one processor configured to: receive the first and second signals from the input; automatically control focus and other camera settings of a setting group comprising focus control, based on the first signals; predict changes in the setting group based on the second signals; and detect a change in the first image area and to use the predicted changes to adapt the automatic control of the focus and other receive the first and second signals from the input; automatically control focus and other camera settings of a setting group comprising focus control, based on the first signals; predict changes in the setting group based on the second signals; and detect a change in the first image area and to use the predicted changes to adapt the automatic control of the focus and other camera settings of the settings group; and an output configured to output to the camera unit (120,1260) control signals configured to control the focus and other camera settings of the settings group.
An implantable prosthetic valve comprising: a radially collapsible and radially expandable annular frame comprising: an annular main body defining a lumen therethrough; at least one ventricular anchor coupled to a ventricular end portion of the main body; and an atrial portion coupled to the main body and extending radially away from the main body, wherein the atrial portion comprises a plurality of radially extending arms (7722, 7724), wherein at least one of the arms comprises a serpentine or coiled segment; and a valve member supported within an interior of the frame, characterized in that the at least one arm comprising a serpentine or coiled segment has/have increased flexibility relative to the other arms. an annular main body defining a lumen therethrough; at least one ventricular anchor coupled to a ventricular end portion of the main body; and an atrial portion coupled to the main body and extending radially away from the main body, wherein the atrial portion comprises a plurality of radially extending arms (7722, 7724), wherein at least one of the arms comprises a serpentine or coiled segment; and a valve member supported within an interior of the frame, characterized in that the at least one arm comprising a serpentine or coiled segment has/have increased flexibility relative to the other arms.
A rotary cutting blade for a power tool, comprising a disc having one or more cutting elements arranged around the circumference thereof, the disc being of sandwich construction comprising a vibration dampening material sandwiched between two outer cores (5,10), characterised by a reinforcing member (20,25) secured to at least one face of the blade, whereby to reduce noise and vibration, the, or each, reinforcing member (20,25) having a maximum diameter smaller than the diameter of the disc so that, in use, the disc cuts only in the region thereof radially outward from the reinforcing member or members (20,25).
A propulsion system (100, 200) for an aircraft, comprising at least one rotor (110, 210) and a nacelle having a fairing (120, 220) extending around said at least one rotor (110, 210), this fairing (120, 220) of the fairing being sectorised and comprising at least one fixed sector (30, 130a, 130b, 130ab, 230ad, 230bc) and retractable sectors (40a, 40b,50, 141a, 141b, 142a, 142b, 150a, 150b, 240a, 240b, 240c, 240d, 250a, 250b, 250c, 250d) in circumferential direction (F1, F2) with respect to an axis of rotation of the rotor (110, 210), the retractable sectors (141a, 141b, 142a, 142b, 150a, 150b, 240a, 240b, 240c, 240d, 250a, 250b, 250c, 250d) comprising at least a first series of retractable sectors (141a, 142a, 150a; 240a, 250a; 240d, 250d) which are telescopically retractable into or onto said at least one fixed sector (130a; 130ab; 230ad), and characterised in that said retractable sectors (141a, 141b, 142a, 142b, 150a, 150b, 240a, 240b, 240c, 240d, 250a, 250b, 250c, 250d) further comprise at least a second series of sectors (141b, 142b, 150b; 240b, 250b; 240c, 250c) which are telescopically retractable into or onto at least one fixed sector (130b; 130ab; 230bc), said at least one fixed sector (30, 130a, 130b, 130ab, 230ad, 230bc) having an angular extent around said axis which is less than or equal to 90°.