mhurhangee/ep-ind-claims huggingface dataset:
A web comprising a reinforcing fiber containing an inorganic fiber and an organic fiber, a thermoplastic resin, and a thermal expandable particle, wherein a proportion of the reinforcing fiber is 20 mass% or more and 55 mass% or less based on a total amount of the reinforcing fiber and the thermoplastic resin; a proportion of the organic fiber is 25 mass% or more and 77 mass% or less based on a total amount of the organic fiber and the inorganic fiber; the reinforcing fiber has an average length of 8 mm or more; the organic fiber has a breaking elongation of 15 % or more; the inorganic fiber is one or more selected from the group consisting of glass fiber, carbon fiber, boron fiber, and mineral fiber; the organic fiber is one or more selected from the group consisting of aramid fiber, polyester fiber, polyamide fiber, and fluororesin fiber; and the thermoplastic resin is one or more selected from the group consisting of polyolefin-based resin, polystyrene, polyvinyl chloride, polyethylene terephthalate, polycarbonate, polyamide, polyacetal, ethylene-vinyl chloride copolymer, ethylene-vinyl acetate copolymer, styrene-butadiene-acrylonitrile copolymer, and thermoplastic elastomer. a proportion of the reinforcing fiber is 20 mass% or more and 55 mass% or less based on a total amount of the reinforcing fiber and the thermoplastic resin; a proportion of the organic fiber is 25 mass% or more and 77 mass% or less based on a total amount of the organic fiber and the inorganic fiber; the reinforcing fiber has an average length of 8 mm or more; the organic fiber has a breaking elongation of 15 % or more; the inorganic fiber is one or more selected from the group consisting of glass fiber, carbon fiber, boron fiber, and mineral fiber; the organic fiber is one or more selected from the group consisting of aramid fiber, polyester fiber, polyamide fiber, and fluororesin fiber; and the thermoplastic resin is one or more selected from the group consisting of polyolefin-based resin, polystyrene, polyvinyl chloride, polyethylene terephthalate, polycarbonate, polyamide, polyacetal, ethylene-vinyl chloride copolymer, ethylene-vinyl acetate copolymer, styrene-butadiene-acrylonitrile copolymer, and thermoplastic elastomer.
The use of canthaxanthin and 25-hydroxy vitamin D3 in a food composition for improving reproductive performance of roosters, wherein the food composition comprises from 10 μg/kg to 100 μg/kg of 25-hydroxy vitamin D3 and from 2 to 100 ppm canthaxanthin,
A multilayer material comprising a layer of natural stone laminated to a layer of reinforcing element wherein each layer comprises a first face and a second face opposite to the first face, and wherein said layer of reinforcing element comprises a mica plate, the second face of said layer of natural stone and the first face of said layer of reinforcing element are laminated together at least by an adhesive layer, said natural stone having a thickness from 1 mm to 10 mm, more preferably from 2 mm to 6 mm.
A method for preparing a standard sample for a gas flow type analysis system (w), that is used to detect an explosive attached to a test subject comprising: weighing into a container a background, wherein the background is particulates of dust; adding a solution of a sample of said explosive to the background; drying the solution of the sample; adding a solvent that can dissolve the sample into the container; and drying the solvent added into the container. weighing into a container a background, wherein the background is particulates of dust; adding a solution of a sample of said explosive to the background; drying the solution of the sample; adding a solvent that can dissolve the sample into the container; and drying the solvent added into the container.
A time-discrete pulse-width modulation control equipment (CTRL1, CTRL2) for a 3-level or a 2-level voltage source converter, the control equipment having means (IREG) being configured to generate an AC-voltage reference template U V R a, U V R b, U V R c, U ̅ V ̅ R abc, U ̅ V ̅ R αβ for a voltage to be generated by the converter, the voltage reference template having a variable reference frequency ( f) and a reference phase angle ( ξ '), and being sampled at consecutive sample instants ( k*Ts) that are separated in time by a variable sample period time (Ts), the control equipment further having first means being configured to determine the sample period time in dependence on an input signal representative of a frequency, and second means being configured to determine commutation time instants ( ta, tb, tc) of the converter in dependence on sampled values of the voltage reference template, a modulation index (m), and the sample period time, characterised in that the control equipment further comprises phase-locking means being configured to synchronise the sample instants and the reference voltage template so that for the 3-level voltage source converter the phase positions 0° and 180° of the reference voltage template each coincide with a sample instant, and for the 2-level voltage source converter the phase positions 0° and 180° of the reference voltage template each coincide with an instant in time corresponding to a sample instant that is displaced in time with half the sample period time (Ts), said phase-locking means being configured to generate, in dependence on the voltage reference template and on a sample period time determined by the first means, a frequency tracking signal ( fs) tracking the reference frequency ( f) of the voltage reference template and supplied to the first means.
An apparatus comprising at least one processor and at least one memory including computer instructions, when executed by the at least one processor, cause the apparatus to: receive, from an external applications controller, by a mobile edge computing MEC applications manager provided on a mobile edge computing server that is in proximity to a radio access network, a mobile edge computing application criteria that includes management rules for managing at least a portion of a lifecycle of a mobile edge computing application; determining, by the MEC applications manager, in response to detecting a change in a network condition, a feasibility of the mobile edge application criteria; in response to determining the mobile edge application criteria are not feasible, generate a revised mobile edge application criteria, send the revised mobile edge application criteria to the external application controller, receive a confirmation of the revised mobile edge application criteria, and store the revised mobile edge computing application criteria; in response to determining the mobile edge application criteria are feasible, store the mobile edge computing application criteria; and communicate an application management report from the MEC applications manager to the external applications controller. receive, from an external applications controller, by a mobile edge computing MEC applications manager provided on a mobile edge computing server that is in proximity to a radio access network, a mobile edge computing application criteria that includes management rules for managing at least a portion of a lifecycle of a mobile edge computing application; determining, by the MEC applications manager, in response to detecting a change in a network condition, a feasibility of the mobile edge application criteria; in response to determining the mobile edge application criteria are not feasible, generate a revised mobile edge application criteria, send the revised mobile edge application criteria to the external application controller, receive a confirmation of the revised mobile edge application criteria, and store the revised mobile edge computing application criteria; generate a revised mobile edge application criteria, send the revised mobile edge application criteria to the external application controller, receive a confirmation of the revised mobile edge application criteria, and store the revised mobile edge computing application criteria; in response to determining the mobile edge application criteria are feasible, store the mobile edge computing application criteria; and communicate an application management report from the MEC applications manager to the external applications controller.
Manufacturing method of surfaces with enhanced tribological properties, comprising the steps of: providing a mechanical element; and providing a process liquid to a contact area between said mechanical element and a tool; said process liquid comprises sulfur; said sulfur being provided in form of elementary sulfur or sulfur derivatives dissolved in said process liquid; said process liquid further comprises a refractory metal; said refractory metal is provided as a metal compound dissolved in said process liquid; mechanically rubbing said tool against a surface of said mechanical element; said mechanically rubbing being performed with a contact pressure between 1% and 100% of an ultimate strength of said mechanical element; said mechanical rubbing thereby causing a tribochemical reaction between said surface, material abraded by said burnishing and substances of said process liquid into a tribofilm and a deposition of said tribofilm, comprising said sulfur, said refractory metal and material from said mechanical element, on said surface of said mechanical element; characterized in that said tool being a passive tool, triggering said tribochemical reaction on said surface of said mechanical element, said passive tool being not consumed apart from normal wear; and said mechanical rubbing causing a burnishing of said surface of said mechanical element, combined with said tribochemical reaction and said deposition. providing a mechanical element; and providing a process liquid to a contact area between said mechanical element and a tool; said process liquid comprises sulfur; said sulfur being provided in form of elementary sulfur or sulfur derivatives dissolved in said process liquid; said process liquid further comprises a refractory metal; said refractory metal is provided as a metal compound dissolved in said process liquid; mechanically rubbing said tool against a surface of said mechanical element; said mechanically rubbing being performed with a contact pressure between 1% and 100% of an ultimate strength of said mechanical element; said mechanical rubbing thereby causing a tribochemical reaction between said surface, material abraded by said burnishing and substances of said process liquid into a tribofilm and a deposition of said tribofilm, comprising said sulfur, said refractory metal and material from said mechanical element, on said surface of said mechanical element; characterized in that said tool being a passive tool, triggering said tribochemical reaction on said surface of said mechanical element, said passive tool being not consumed apart from normal wear; and said mechanical rubbing causing a burnishing of said surface of said mechanical element, combined with said tribochemical reaction and said deposition.
A protective helmet, in particular a protective motorcycle helmet, comprising an antenna for radio transmission, an outer shell for distributing impact forces, an inner layer, which is accommodated by the outer shell, for damping impact forces, and a socket, which is firmly connected to the outer shell, for contacting a digital device for wireless communication, wherein the socket, when contacting the digital device, electrically connects the latter to the antenna for wireless communication, wherein at least a partial layer of the outer shell is disposed between the antenna and the inner layer, wherein the protective helmet has a transmission line for electrically connecting the digital device to the antenna, and wherein the transmission line is routed at least partially inside the outer shell, characterized in that the socket is disposed at a lower edge of the protective helmet.
A method of cooling a fuel cell, comprising: supplying hydrogen to an anode of the fuel cell and supplying air and water to a cathode of the fuel cell; outputting a fluid from the fuel cell, wherein at least a portion of the fluid comprises a first fluid; supplying the first fluid to a first heat exchanger and condensing at least a portion of the first fluid into water using the first heat exchanger; supplying to a second heat exchanger the water condensed by the first heat exchanger; cooling the water condensed by the first heat exchanger flowing through the second heat exchanger; and supplying the cooled water to the cathode of the fuel cell; characterized in that the cathode is connected to a cathode outlet passage having a first water separator configured to supply the first fluid to the first heat exchanger. supplying hydrogen to an anode of the fuel cell and supplying air and water to a cathode of the fuel cell; outputting a fluid from the fuel cell, wherein at least a portion of the fluid comprises a first fluid; supplying the first fluid to a first heat exchanger and condensing at least a portion of the first fluid into water using the first heat exchanger; supplying to a second heat exchanger the water condensed by the first heat exchanger; cooling the water condensed by the first heat exchanger flowing through the second heat exchanger; and supplying the cooled water to the cathode of the fuel cell;
A housing for an electric component, in particular a fuse or a fuse element, the housing comprising - a ceramic housing body for housing the electric component, the ceramic housing body having a first opening and a second opening, - a first metal lid for closing the first opening in the ceramic housing body, the first metal lid forming a fluid tight seal with the ceramic housing body at the first opening, - a second metal lid for closing the second opening in the ceramic housing body, the second metal lid forming a fluid tight seal with the ceramic housing body at the second opening, wherein the ceramic housing body provides electric insulation between the first metal lid and the second metal lid, and wherein each metal lid provides an electric connection (34, 37) for electrically contacting the electric component inside the housing, characterized in that the housing is a pressure resistant housing for enabling the use of the electric component in a subsea application, and that the edges of the first and second openings in the ceramic housing body are metalized, wherein at least one, preferably both of the fluid tight seals (41, 42) are formed by soldering, in particular by bracing the respective metal lid (31, 32) to the metalized edge of the respective opening, wherein the pressure resistant housing is configured to have a predefined internal pressure in the range between about 1 bar and about 5 bar and to maintain the predefined internal pressure up to a pressure difference of at least 10 bar between the internal pressure and an ambient pressure. - a ceramic housing body for housing the electric component, the ceramic housing body having a first opening and a second opening, - a first metal lid for closing the first opening in the ceramic housing body, the first metal lid forming a fluid tight seal with the ceramic housing body at the first opening, - a second metal lid for closing the second opening in the ceramic housing body, the second metal lid forming a fluid tight seal with the ceramic housing body at the second opening,
An endoscopic cap assembly, comprising: a sleeve; and a cap, the cap including: a cap channel extending along an external surface of the cap; and an engagement feature for engaging a snare loop of a medical tool, the engagement feature extending radially outwardly from the external surface of the cap characterised in that the engagement feature comprises a protrusion having a post and a head. a sleeve; and a cap, the cap including: a cap channel extending along an external surface of the cap; and an engagement feature for engaging a snare loop of a medical tool, the engagement feature extending radially outwardly from the external surface of the cap characterised in that the engagement feature comprises a protrusion having a post and a head. a cap channel extending along an external surface of the cap; and an engagement feature for engaging a snare loop of a medical tool, the engagement feature extending radially outwardly from the external surface of the cap characterised in that the engagement feature comprises a protrusion having a post and a head.
An antenna system, comprising a plurality of antenna elements (20, 22) and a plurality of respective junction elements, and having a plurality of connection points (82a, 82b, 82n) for radio-frequency signals for respective network operators, and further comprising: first respective separately controllable amplitude control circuitry elements (92, 98, 102, 122, 124, 126) connected in the radio-frequency transmit and receive paths between each of said connection points (82a, 82b, 82n) and a first junction element connected to a first antenna element; and second respective separately controllable amplitude control circuitry elements connected in the radio-frequency transmit and receive paths between each of said connection points (82a, 82b, 82n) and a second junction element connected to a second antenna element, such that the antenna system beam pattern can be controlled independently for the transmit paths and the receive paths for said respective connection points. first respective separately controllable amplitude control circuitry elements (92, 98, 102, 122, 124, 126) connected in the radio-frequency transmit and receive paths between each of said connection points (82a, 82b, 82n) and a first junction element connected to a first antenna element; and second respective separately controllable amplitude control circuitry elements connected in the radio-frequency transmit and receive paths between each of said connection points (82a, 82b, 82n) and a second junction element connected to a second antenna element, such that the antenna system beam pattern can be controlled independently for the transmit paths and the receive paths for said respective connection points.
A system for generating spatially structured light suitable for structured illumination microscopy comprising: a light source (102, 204, 1304); a first grating (208, 1308) and a second grating (210, 1310); and at least one reflective component, selectively positionable in a first position in which it forms a first light path originating at the light source and extending to the first grating and thereafter to a subsequent component in the system, and in a second position in which it forms a second light path originating at the light source and extending to the second grating and thereafter to the subsequent component, wherein the reflective component includes a rotatable mirror (202, 1302) that assumes the first or second positions, the system being characterised in that the rotatable mirror is double-sided and comprises an elongate member, and wherein an axle (218, 1318) is coupled to the elongate member substantially at a center of the elongate member, wherein the first grating (208, 1308) and the second grating (210, 1310) each comprise a substrate with a periodic structure combined with a prism, and wherein the first grating and the second grating are arranged to face towards each other. a light source (102, 204, 1304); a first grating (208, 1308) and a second grating (210, 1310); and at least one reflective component, selectively positionable in a first position in which it forms a first light path originating at the light source and extending to the first grating and thereafter to a subsequent component in the system, and in a second position in which it forms a second light path originating at the light source and extending to the second grating and thereafter to the subsequent component, wherein the reflective component includes a rotatable mirror (202, 1302) that assumes the first or second positions, the system being characterised in that the rotatable mirror is double-sided and comprises an elongate member, and wherein an axle (218, 1318) is coupled to the elongate member substantially at a center of the elongate member, wherein the first grating (208, 1308) and the second grating (210, 1310) each comprise a substrate with a periodic structure combined with a prism, and wherein the first grating and the second grating are arranged to face towards each other.
An aircraft interior cladding comprising: - a plate-shaped surface change member; the surface change member comprising: - a carrier member, the carrier member successively including a plurality of layers including fibrous fabric in the thickness direction of the carrier member, and - a decorative element attached to a decoration connecting surface of the carrier member, wherein the carrier member is dimensionally stable, and wherein the aircraft interior cladding is characterised in that the aircraft interior cladding further comprises: - a structural member; and - at least one connecting member, wherein the surface change member is detachably attached to the structural member by means of the at least one connecting member. - a plate-shaped surface change member; the surface change member comprising: - a carrier member, the carrier member successively including a plurality of layers including fibrous fabric in the thickness direction of the carrier member, and - a decorative element attached to a decoration connecting surface of the carrier member, wherein the carrier member is dimensionally stable, and the surface change member comprising: - a carrier member, the carrier member successively including a plurality of layers including fibrous fabric in the thickness direction of the carrier member, and - a decorative element attached to a decoration connecting surface of the carrier member, - a carrier member, the carrier member successively including a plurality of layers including fibrous fabric in the thickness direction of the carrier member, and - a decorative element attached to a decoration connecting surface of the carrier member, wherein the carrier member is dimensionally stable, and - a structural member; and - at least one connecting member,