mhurhangee/ep-ind-claims huggingface dataset:
A lighting module comprising: a flat flexible carrier, the flat flexible carrier comprising at least one electrically insulating flexible substrate with a first surface and a second surface, and at least one planar electrically conductive lead that is arranged on one of the first or second surfaces of said flexible substrate; and at least one light emitting element and at least one electronic component, the light emitting element and the electronic component (124, 126) and/or a second light emitting element being electrically connected to each other by means of said at least one electrically conductive lead; wherein, in at least one stretchable region, which is part of the same flat flexible carrier, said conductive lead is patterned to form at least one meander loop, which extends from the longitudinal middle axis further than the first and second margin (110, 112) of the flat flexible carrier outside the stretchable region extending along the longitudinal middle axis, and said substrate has at least one cut-out which forms an incision that is open at the margin (110, 112) of the substrate and that is provided adjacent to the meander loop in a way that the at least one meander loop partly encircles the cut-out, wherein the parts of the loops that extend further than the margins (110, 112) are folded back towards the longitudinal middle axis of the flat flexible substrate, so that an essentially straight outline along the first and second margin (110, 112) is formed along the lighting module. a flat flexible carrier, the flat flexible carrier comprising at least one electrically insulating flexible substrate with a first surface and a second surface, and at least one planar electrically conductive lead that is arranged on one of the first or second surfaces of said flexible substrate; and at least one light emitting element and at least one electronic component, the light emitting element and the electronic component (124, 126) and/or a second light emitting element being electrically connected to each other by means of said at least one electrically conductive lead; wherein, in at least one stretchable region, which is part of the same flat flexible carrier, said conductive lead is patterned to form at least one meander loop, which extends from the longitudinal middle axis further than the first and second margin (110, 112) of the flat flexible carrier outside the stretchable region extending along the longitudinal middle axis, and said substrate has at least one cut-out which forms an incision that is open at the margin (110, 112) of the substrate and that is provided adjacent to the meander loop in a way that the at least one meander loop partly encircles the cut-out, wherein the parts of the loops that extend further than the margins (110, 112) are folded back towards the longitudinal middle axis of the flat flexible substrate, so that an essentially straight outline along the first and second margin (110, 112) is formed along the lighting module.
A method for working up an aqueous, alkaline-alcoholic and lignin containing solution, wherein the pH value of the solution to be worked up is 10-14, preferably 11-13, and the ethanol content of the solution to be worked up is 40 to 70%, preferably 60%, via nanofiltration, characterized in that a filtration membrane made from polyamide or a separation layer made from polyamide is used for nanofiltration, wherein a permeate and a retentate are obtained, which permeate is an aqueous, lignin-starved solution and which retentate is an aqueous lignin-enriched solution.
Method for obtaining a brass billet with a lead content reduced to less than 1.5% by weight, comprising the steps of - performing mechanical machining by chip removal on a finished or semi-finished product constituted of traditional brass, obtaining traditional brass chips; - performing on said traditional brass chips a fragmentation treatment to obtain traditional brass fragments; - performing on said traditional brass fragments a lead removal treatment in order to obtain brass fragments with a reduced lead content, wherein the lead removal treatment consists of a lead removal bathing in a solution of water and one or more organic acids; - in a furnace, melting a charge comprising said brass fragments with reduced lead content; - obtaining a billet by means of direct or inverted extrusion of a cast of the molten product; wherein, if the lead content of the brass fragments with reduced lead content is not low enough, a further fragmentation and a further lead removal treatment is performed and, prior to the further fragmentation treatment, the brass fragments to be subjected to the fragmentation treatment are pressed. - performing mechanical machining by chip removal on a finished or semi-finished product constituted of traditional brass, obtaining traditional brass chips; - performing on said traditional brass chips a fragmentation treatment to obtain traditional brass fragments; - performing on said traditional brass fragments a lead removal treatment in order to obtain brass fragments with a reduced lead content, wherein the lead removal treatment consists of a lead removal bathing in a solution of water and one or more organic acids; - in a furnace, melting a charge comprising said brass fragments with reduced lead content; - obtaining a billet by means of direct or inverted extrusion of a cast of the molten product;
A system comprising: a first integrated circuit; and a second integrated circuit communicatively coupled to the first integrated circuit, wherein the second integrated circuit comprises: a primary circuitry adapted to provide base functionality of the second integrated circuit; a configuration port adapted to receive configuration signals from the first integrated circuit or another device; and an embedded programmable logic formed by a field programmable gate array, FPGA, logic; the system being characterized in that the second integrated circuit is configured to program the embedded programmable logic, using the configuration signals, to perform interface protocol conversion of a protocol on a chip-to-chip interface between the first integrated circuit and the second integrated circuit. a first integrated circuit; and a second integrated circuit communicatively coupled to the first integrated circuit, wherein the second integrated circuit comprises: a primary circuitry adapted to provide base functionality of the second integrated circuit; a configuration port adapted to receive configuration signals from the first integrated circuit or another device; and an embedded programmable logic formed by a field programmable gate array, FPGA, logic; the system being characterized in that a primary circuitry adapted to provide base functionality of the second integrated circuit; a configuration port adapted to receive configuration signals from the first integrated circuit or another device; and an embedded programmable logic formed by a field programmable gate array, FPGA, logic; the system being characterized in that the second integrated circuit is configured to program the embedded programmable logic, using the configuration signals, to perform interface protocol conversion of a protocol on a chip-to-chip interface between the first integrated circuit and the second integrated circuit.
Method for packaging packaged goods in an outer packaging made of cardboard having a base, having a cover disposed parallel and at a distance from the base and side walls connected to the base, comprising the steps - filling the outer packaging with packaged goods with the cover open, - inserting a planar inlay with at least two stapling tabs each disposed on opposite longitudinal sides of the inlay into the outer packaging, - aligning stapling tabs of the inlay parallel to the side walls of the outer packaging, - automated detection of the position of the inlay in the outer packaging, wherein the automated detection of the position of the inlay is accomplished by means of a switch element which is displaceable in the direction of the inlay, which is actuated upon contact of the inlay or approach to the inlay, - positioning at least one stapling tool (12, 23) depending on the detected position of the inlay on the outer side of the side walls of the outer packaging at the height of the stapling tabs, wherein the positioning of the at least one stapling tool (12, 23) is accomplished by means of a positioning device which is controlled depending on the detected position of the inlay, - positioning at least one stapling anvil depending on the detected position of the inlay on the inner side of one of the side walls of the outer packaging at the level of the stapling tabs and - activating the stapling tool (12, 23) for fastening the stapling tabs on the side walls, wherein each stapling tool (12, 23) performs a continuous stapling after the positioning of the stapling anvil. - filling the outer packaging with packaged goods with the cover open, - inserting a planar inlay with at least two stapling tabs each disposed on opposite longitudinal sides of the inlay into the outer packaging, - aligning stapling tabs of the inlay parallel to the side walls of the outer packaging, - automated detection of the position of the inlay in the outer packaging, wherein the automated detection of the position of the inlay is accomplished by means of a switch element which is displaceable in the direction of the inlay, which is actuated upon contact of the inlay or approach to the inlay, - positioning at least one stapling tool (12, 23) depending on the detected position of the inlay on the outer side of the side walls of the outer packaging at the height of the stapling tabs, wherein the positioning of the at least one stapling tool (12, 23) is accomplished by means of a positioning device which is controlled depending on the detected position of the inlay, - positioning at least one stapling anvil depending on the detected position of the inlay on the inner side of one of the side walls of the outer packaging at the level of the stapling tabs and - activating the stapling tool (12, 23) for fastening the stapling tabs on the side walls, wherein each stapling tool (12, 23) performs a continuous stapling after the positioning of the stapling anvil.
An organic light-emitting device comprising a substrate, a first electrode, an organic material layer(s) and a second electrode in the sequentially laminated form, wherein a plurality of continuous half-spherical convexes having a diameter of 200 - 800 nm are formed on the underside of the substrate that does not contact the first electrode, the upside of the second electrode that does not contact the organic material layer, or both of them, wherein the plurality of continuous half-spherical convexes consists of a transparent substance consisting of a polymer material having no less than 60% of permeability for a visible ray.
A wireless communication method, wherein the method is performed by a terminal or a chip used in a terminal, a base station provides a carrier aggregation service for the terminal by using at least two serving cells, the at least two serving cells comprise a first serving cell and a second serving cell, and the method comprises: when detecting that downlink communication of the first serving cell fails, determining that downlink communication of the second serving cell is normal; sending a communication failure recovery request on an uplink channel of the second serving cell, wherein the communication failure recovery request is used to request to recover from a downlink communication failure of the first serving cell; and detecting a communication failure recovery response on a downlink channel of the second serving cell, wherein the communication failure recovery response is used to indicate a downlink communication resource of the first serving cell. when detecting that downlink communication of the first serving cell fails, determining that downlink communication of the second serving cell is normal; sending a communication failure recovery request on an uplink channel of the second serving cell, wherein the communication failure recovery request is used to request to recover from a downlink communication failure of the first serving cell; and detecting a communication failure recovery response on a downlink channel of the second serving cell, wherein the communication failure recovery response is used to indicate a downlink communication resource of the first serving cell.
Pressure regulator device for an air supply system for an airjet weaving machine comprising a pilot controlled pressure regulator intended for regulating an airflow through the pilot controlled pressure regulator with an actuator and a valve element arranged for reciprocal movement by the actuator, wherein the actuator is loaded by a load of the pilot pressure applied against the load of an output pressure, and wherein the actuator is a diaphragm actuator comprising a first diaphragm loaded by the pilot pressure, wherein a setting device for setting the pilot pressure and a force enlarging device for enlarging the load applied by the set pilot pressure on the actuator and for regulating the output pressure to values higher than the values of the set pilot pressure are provided, characterised in that at least one second diaphragm (26, 38) loaded by the pilot pressure is provided, wherein the load on the at least one second diaphragm (26, 38) is applied to the first diaphragm, and the resulting load on the first diaphragm is balanced by the output pressure.
A trench cutting apparatus comprising a main body portion, ground contacting conveying means on which the body portion is mounted and by which the apparatus can traverse the ground and at least one soil cutting device operable to cut a trench wherein the attitude of the soil cutting device is adjustable between a first use configuration configured for cutting a linear trench portion and a second use position configured for cutting a curved trench portion, said second use position being selected to minimise undercutting of a trench wall as said curved trench portion is formed characterised in that for adjustment of the attitude of the soil cutting device, the soil cutting device is rotatable about a horizontal axis such that a lower part of the soil cutting device is moved away from the outer trench wall, and in that said horizontal axis is substantially parallel to the direction of travel of the apparatus.
A ready-to-drink beverage comprising - a flavor component; - a hydrolyzed whole grain composition; - an alpha-amylase or fragments thereof, which alpha-amylase or fragments thereof show no hydrolytic activity towards dietary fibers when in the active state; - a sucrose content below 15% by weight of the beverage; and wherein the beverage has a viscosity in the range 1-300 mPa.s further comprising a protease or fragment thereof, at a concentration of 0.001-5% by weight of the total whole grain content, which protease or fragment thereof shows no hydrolytic activity towards dietary fibers when in the active state. - a flavor component; - a hydrolyzed whole grain composition; - an alpha-amylase or fragments thereof, which alpha-amylase or fragments thereof show no hydrolytic activity towards dietary fibers when in the active state; - a sucrose content below 15% by weight of the beverage; and wherein the beverage has a viscosity in the range 1-300 mPa.s further comprising a protease or fragment thereof, at a concentration of 0.001-5% by weight of the total whole grain content, which protease or fragment thereof shows no hydrolytic activity towards dietary fibers when in the active state.
A work platform for use in aerial work platform apparatus, said work platform comprising a main deck, an extension deck supported on said main deck, said extension deck having a floor and guardrails; characterized in that said extension deck further includes: a work step, said step being pivotable from a work position in which it is horizontally oriented above said floor to a vertical storage position when not in use; at least one first hinge connecting said step to support structure on said extension deck; and at least one step support leg and second hinge connecting said step to said support leg to support said step in said work position above said deck. a work step, said step being pivotable from a work position in which it is horizontally oriented above said floor to a vertical storage position when not in use; at least one first hinge connecting said step to support structure on said extension deck; and at least one step support leg and second hinge connecting said step to said support leg to support said step in said work position above said deck.
A method of recovering free fibers from a fiber reinforced polymer, the method comprising: contacting a fiber reinforced polymer with a molten Lewis base in a reaction vessel 10, wherein the Lewis base has a melting point of at least about 35°C; and the fiber reinforced polymer is contained in a container 12, wherein the container 12 is suspended in the reaction vessel 10 and comprises a plurality of perforations 13, and is configured to rotate within and move vertically in relation to the reaction vessel 10; rotating the container 12 while in contact with the molten Lewis base for a period of time sufficient to at least partially depolymerize a portion of the fiber reinforced polymer to yield free fiber; further comprising removing the free fiber from the reaction vessel 10 and cleaning the free fiber; wherein the temperature of the molten Lewis base is between 150°C and 360°C. contacting a fiber reinforced polymer with a molten Lewis base in a reaction vessel 10, wherein the Lewis base has a melting point of at least about 35°C; and the fiber reinforced polymer is contained in a container 12, wherein the container 12 is suspended in the reaction vessel 10 and comprises a plurality of perforations 13, and is configured to rotate within and move vertically in relation to the reaction vessel 10; the Lewis base has a melting point of at least about 35°C; and the fiber reinforced polymer is contained in a container 12, wherein the container 12 is suspended in the reaction vessel 10 and comprises a plurality of perforations 13, and is configured to rotate within and move vertically in relation to the reaction vessel 10; rotating the container 12 while in contact with the molten Lewis base for a period of time sufficient to at least partially depolymerize a portion of the fiber reinforced polymer to yield free fiber; further comprising removing the free fiber from the reaction vessel 10 and cleaning the free fiber; wherein the temperature of the molten Lewis base is between 150°C and 360°C.
A golf ball having a large number of dimples (8,34,46,60) on a surface thereof, wherein a standard deviation of average diameters of all the dimples (8,34,46,60) is equal to or less than 0.20 mm, a ratio of the standard deviation of the average diameters of all the dimples (8,34,46,60) relative to an average of average radii of all the dimples (8,34,46,60) is equal to or less than 10%, a standard deviation of areas of all the dimples (8,34,46,60) is equal to or less than 1.40 mm 2, a ratio of the standard deviation of the areas of all the dimples (8,34,46,60) relative to an average area of all the dimples is equal to or less than 10%, a radius variation range Rhmax of a dimple (8,34,46,60) having a maximum radius variation range Rh among all the dimples (8,34,46,60) is equal to or less than 1.8 mm, and a difference between the radius variation range Rhmax and a radius variation range Rhmin of a dimple (8,34,46,60) having a minimum radius variation range Rh among all the dimples (8,34,46,60) is equal to or less than 1.4 mm, characterized in that the radius variation range Rhmin of the dimple (8,34,46,60) having the minimum radius variation range Rh among all the dimples (8,34,46,60) is equal to or greater than 0.25 mm and equal to or less than 0.40 mm.
A crankshaft of a rotary compressor, comprising: a first shaft portion which extends along an axis; a first eccentric shaft portion which is provided on one side of the first shaft portion in a direction of the axis in which the axis extends, is eccentric in a radial direction with respect to the axis and has a radial length greater than that of the first shaft portion; a second shaft portion (16B, 216B) which extends along the axis and is installed on one side of the first eccentric shaft in the direction of the axis; and a piston rotor disposed to cover the first eccentric shaft portion from the outside in the radial direction, wherein the piston rotor is configured to rotate around the axis in the rotary compressor and to be provided in one of two cylinders (12A, 12B) extending in a radial direction of a cylindrical housing of the rotary compressor and formed in two upper and lower stages in the cylindrical housing, characterized in that the piston rotor comprises: a plurality of rotor separate bodies respectively formed in an annular shape, wherein the plurality of rotor separate bodies are movable relative to each other along a radial direction and a peripheral direction with respect to the axis in a state in which the plurality of rotor separate bodies are in contact with each other in the direction of the axis. a first shaft portion which extends along an axis; a first eccentric shaft portion which is provided on one side of the first shaft portion in a direction of the axis in which the axis extends, is eccentric in a radial direction with respect to the axis and has a radial length greater than that of the first shaft portion; a second shaft portion (16B, 216B) which extends along the axis and is installed on one side of the first eccentric shaft in the direction of the axis; and a piston rotor disposed to cover the first eccentric shaft portion from the outside in the radial direction, wherein the piston rotor is configured to rotate around the axis in the rotary compressor and to be provided in one of two cylinders (12A, 12B) extending in a radial direction of a cylindrical housing of the rotary compressor and formed in two upper and lower stages in the cylindrical housing, characterized in that the piston rotor comprises: a plurality of rotor separate bodies respectively formed in an annular shape, wherein the plurality of rotor separate bodies are movable relative to each other along a radial direction and a peripheral direction with respect to the axis in a state in which the plurality of rotor separate bodies are in contact with each other in the direction of the axis.