mhurhangee/ep-ind-claims huggingface dataset:
A multi-component plastic body (1; 7; 9; 12; 15; 16) - having at least one silicone component (2; 14), - having at least one further polymer component (3; 10; 13) made of a further nonpolar polymer, wherein the further polymer component (3; 10; 13) has at least one thermoplastic elastomer, - having a bonding agent between the silicone component (2; 14) and the further polymer component (3; 10; 13), - wherein the bonding agent has bonding bodies, which mechanically bond the two components (2, 3; 2, 10; 13, 14), - wherein the multi-component plastic body (1; 7; 9; 12; 15) is designed as a multi-layered tube, wherein the silicone component (2; 14) forms a silicone tube layer, and the polymer component (3; 10; 13) forms a polymer tube layer, characterized in that - the further polymer component (3; 10; 13) includes at least one of the following polymers: -- polypropylene, -- polyethylene. - having at least one silicone component (2; 14), - having at least one further polymer component (3; 10; 13) made of a further nonpolar polymer, wherein the further polymer component (3; 10; 13) has at least one thermoplastic elastomer, - having a bonding agent between the silicone component (2; 14) and the further polymer component (3; 10; 13), - wherein the bonding agent has bonding bodies, which mechanically bond the two components (2, 3; 2, 10; 13, 14), - wherein the multi-component plastic body (1; 7; 9; 12; 15) is designed as a multi-layered tube, wherein the silicone component (2; 14) forms a silicone tube layer, and the polymer component (3; 10; 13) forms a polymer tube layer, characterized in that - the further polymer component (3; 10; 13) includes at least one of the following polymers: -- polypropylene, -- polyethylene. -- polypropylene, -- polyethylene.
A method in a radio network node of a wireless communication system of supporting configuration of a measurement gap pattern for a user equipment requiring measurement gaps for performing an inter-frequency measurement for positioning, the method comprising receiving from the user equipment an indication that the user equipment is going to perform an inter-frequency measurement for positioning, wherein the inter-frequency measurement requires measurement gaps and wherein said received indication includes information about timing of occurrence of reference signals to be used for said inter-frequency measurement.
A process for the production of 1,1,2,3-tetrachloropropene from one or more chlorinated alkanes comprising 1,2-dichloropropane, comprising at least one liquid phase chlorination step conducted in the presence of a free radical initiator and at least one dehydrochlorination step wherein the free radical initiator comprises an azo compound, UV light, or a combination thereof and wherein in the chlorination step the conversion of 1,2-dichloropropane to pentachlorinated propanes is maintained at less than or equal to 30%.
Method for processing a plurality of avian eggs, in particular unfertilized eggs, including: - conveying each egg along a conveying path; - generating a plurality of images of each egg from different sides of the egg using illumination light; and processing the plurality of images of each egg, by a digital image processor, utilizing a trained learning model to determine a mass of the egg, and outputting the determined mass of the egg, for example for classifying the egg. - conveying each egg along a conveying path; - generating a plurality of images of each egg from different sides of the egg using illumination light; and
A time-temperature indicator device comprising (i) a layer of at least one metal; and (ii) at least one second reactant being selected to be capable of reacting with said metal layer to cause disintegration thereof so as to change the electrical properties of the device, said change in the electrical properties of the device being visually detectable as a change in the optical properties of the device, at a rate that is temperature dependent or time-temperature dependent.
A method for determining 3rd Generation Partnership Project, 3GPP, Framework for Live Uplink Streaming, FLUS, sink capabilities, executable by a processor of a computer system (102, 114), comprising: signaling, by the processor, to a FLUS sink and a FLUS source from a plurality of vendors, a capability description using at least a first attribute and a second attribute and a scheme identifier of the capability descriptor, wherein the first attribute comprises a location from which the capability description can be retrieved, and wherein the second attribute comprises a descriptor that determines the FLUS sink capability. signaling, by the processor, to a FLUS sink and a FLUS source from a plurality of vendors, a capability description using at least a first attribute and a second attribute and a scheme identifier of the capability descriptor, wherein the first attribute comprises a location from which the capability description can be retrieved, and wherein the second attribute comprises a descriptor that determines the FLUS sink capability.
A feed bag construction comprising: a feed bag, a first conduit sealed to the feed bag, a second conduit sealed to the interior of the feed bag and extending across at least a portion of the bag width, the second conduit having a connector positioned outside the feed bag on one side of the second conduit and a seal or an outlet at another end of the conduit; and characterized by: a valve positioned within the first conduit, means positioned outside said first conduit for opening or closing the valve; and a cap removably mounted on the first conduit and over the means for operating the valve. a feed bag, a first conduit sealed to the feed bag, a second conduit sealed to the interior of the feed bag and extending across at least a portion of the bag width, the second conduit having a connector positioned outside the feed bag on one side of the second conduit and a seal or an outlet at another end of the conduit; and characterized by: a valve positioned within the first conduit, means positioned outside said first conduit for opening or closing the valve; and a cap removably mounted on the first conduit and over the means for operating the valve. a valve positioned within the first conduit, means positioned outside said first conduit for opening or closing the valve; and a cap removably mounted on the first conduit and over the means for operating the valve.
A coil unit (11, 21) for use for contactless power supply, the coil unit (11, 21) comprising: a coil formed of a conducting wire arranged on a first plane and laid side by side with itself in an inside-outside direction with a coil axis normal to the first plane as a center; and a plurality of magnetic plates arranged on a second plane which is along and adjacent to the first plane, wherein the coil is configured to operate at voltages which in a first region produce an electric field that exceeds the discharge field of a gap between the magnetic plates, wherein one or more gaps are formed between the magnetic plates and traverse the inside-outside direction of the coil and are located near an edge portion of the coil in the inside-outside direction, characterised in that the one or more gaps overlap with the coil in a second region (GA, GB), where the electric field is below the discharge field of the gap for any of the configured voltages. a coil formed of a conducting wire arranged on a first plane and laid side by side with itself in an inside-outside direction with a coil axis normal to the first plane as a center; and a plurality of magnetic plates arranged on a second plane which is along and adjacent to the first plane, wherein the coil is configured to operate at voltages which in a first region produce an electric field that exceeds the discharge field of a gap between the magnetic plates, wherein one or more gaps are formed between the magnetic plates and traverse the inside-outside direction of the coil and are located near an edge portion of the coil in the inside-outside direction, characterised in that the one or more gaps overlap with the coil in a second region (GA, GB), where the electric field is below the discharge field of the gap for any of the configured voltages.
A Dicke-switched radiometer comprising: a signal channel comprising of an antenna for receiving an input signal and a first stage amplification circuit for amplifying an output of the antenna and generating an amplified input signal; a reference channel comprising of a resistive load, a second stage amplification circuit for amplifying an output of the resistive load and generating an amplified reference signal, and a matching filter coupled to an output of the second stage amplification circuit for matching a frequency and an impedance of the amplified input signal to a frequency and an impedance of the amplified reference signal; a Dicke switch coupled to first stage amplification circuit and the matching filter for inputting the amplified input signal and an output of the matching filter and switching between the amplified input signal and the output of the matching filter to generate a difference signal; a third stage amplification circuit coupled to an output of the Dicke switch for amplifying the difference signal; and a detector coupled to an output of the third stage amplification circuit to obtain the amplified difference signal and generate a detected difference signal. a signal channel comprising of an antenna for receiving an input signal and a first stage amplification circuit for amplifying an output of the antenna and generating an amplified input signal; a reference channel comprising of a resistive load, a second stage amplification circuit for amplifying an output of the resistive load and generating an amplified reference signal, and a matching filter coupled to an output of the second stage amplification circuit for matching a frequency and an impedance of the amplified input signal to a frequency and an impedance of the amplified reference signal; a Dicke switch coupled to first stage amplification circuit and the matching filter for inputting the amplified input signal and an output of the matching filter and switching between the amplified input signal and the output of the matching filter to generate a difference signal; a third stage amplification circuit coupled to an output of the Dicke switch for amplifying the difference signal; and a detector coupled to an output of the third stage amplification circuit to obtain the amplified difference signal and generate a detected difference signal.
A method for granulating fly ash processing unit comprising a pipe reactor, characterised in that fly ash containing one or more alkali earth oxides is, in addition to being mixed, moistened with a moistening liquid at flue gas atmosphere, which results in calcium hydroxide being formed in the moistening liquid on surface of ash particles, and the calcium hydroxide of liquid bridges of the ash particle formed granules is reacted with carbon dioxide absorbed from flue gas to the moistening liquid, whereby solid calcium carbonate is formed that stabilizes ash granules produced by layered granulation, wherein in the method flue gas is fed against the material flow direction of the fly ash and ash granules in the pipe reactor.
Method for producing a cylinder crankcase from aluminium or an aluminium alloy, in which, before pouring in the metal melt, the following are arranged in a casting mould which shapes the exterior of the cylinder crankcase: - cylinder cores for forming the cylinder recesses, - at least one water jacket core which forms the cooling channels of the cylinder crankcase, wherein, in order to form additional coolant channels arranged between the adjacent cylinder recesses, separately manufactured bridge cores are fixed internally on the water jacket core and are surrounded by the metal melt during the subsequent casting, characterized by the use of bridge cores which, for the purposes of stabilizing the latter with respect to the inflowing metal melt, are provided with a metal support embedded at least partially therein, said metal support being made of aluminium or of an aluminium alloy. - cylinder cores for forming the cylinder recesses, - at least one water jacket core which forms the cooling channels of the cylinder crankcase, wherein, in order to form additional coolant channels arranged between the adjacent cylinder recesses, separately manufactured bridge cores are fixed internally on the water jacket core and are surrounded by the metal melt during the subsequent casting,
The use of a combination comprising one or more avocado/soybean unsaponifiables, an aminosugar, and a glycosaminoglycan component for the preparation of a medicament for preventing and/or treating inflammation associated with damage to connective tissue in humans and animals.
A liner panel (72; 74) for a combustor of a gas turbine engine, the liner panel comprising: a first heat transfer augmentation feature (120G; 120H) with a second heat transfer augmentation feature (122G; 122H) stacked thereon, wherein the second heat transfer augmentation feature is an airfoil.
A method for repairing a precipitation hardened aluminium alloy component comprising the steps of: a) cold spray depositing on said component to be repaired a portion of supplied material having a composition identical to that of said component to be repaired, thus obtaining a partially repaired component; b) subjecting said partially repaired component to a thermal treatment, thus obtaining a repaired component, the conditions for performing said thermal treatment being selected as a function of the composition and of the dimension tolerances of said component, characterised in that said step b) of thermal treatment comprises: c) a first step of solubilisation followed by cooling in water; and d) a second step, following the first step c), of precipitation. a) cold spray depositing on said component to be repaired a portion of supplied material having a composition identical to that of said component to be repaired, thus obtaining a partially repaired component; b) subjecting said partially repaired component to a thermal treatment, thus obtaining a repaired component, the conditions for performing said thermal treatment being selected as a function of the composition and of the dimension tolerances of said component, characterised in that said step b) of thermal treatment comprises: c) a first step of solubilisation followed by cooling in water; and d) a second step, following the first step c), of precipitation.
A method for wireless communication between a mobile router in a moving vehicle, such as a train, and one or several remote server(s) via at least two types of wireless networks, a first wireless network type comprising a plurality of trackside base stations (11, 12), such as access points, for communication in compliance with a Wireless Local Area Network (WLAN) standard, said trackside base stations (11, 12) being arranged in the vicinity of a vehicle path of travel, such as a train route, and a second wireless network type communicating via cellular network standard(s), such as in accordance with 3G, 4G or 5G standards, wherein the mobile router communicates, at least periodically, simultaneously with the two types of wireless networks thereby providing at least two concurrently useable wireless networks, wherein the following method steps are executed by a controller being a part of or connected to the mobile router; the method steps Z comprising identifying for data streams from said mobile router a data communication type, said data communication type being selected from a set of at least two different data communication types, each data communication type being associated with a specific prioritization; determining, preferably in real-time, the availability of wireless network(s) of the first of said wireless network types (S2a, S2b), and, when availability of such wireless network(s) has been determined, allowing communication through this wireless network(s) for all different data communication types with no restrictions, and when it has been determined that such an wireless network(s) of the first wireless network type is not available, allowing communication through wireless network(s) of said second network type based on prioritization, wherein data communication types of highest priority is allowed with no restrictions, whereas data communication types of lower priority is restricted or prohibited. identifying for data streams from said mobile router a data communication type, said data communication type being selected from a set of at least two different data communication types, each data communication type being associated with a specific prioritization; determining, preferably in real-time, the availability of wireless network(s) of the first of said wireless network types (S2a, S2b), and, when availability of such wireless network(s) has been determined, allowing communication through this wireless network(s) for all different data communication types with no restrictions, and when it has been determined that such an wireless network(s) of the first wireless network type is not available, allowing communication through wireless network(s) of said second network type based on prioritization, wherein data communication types of highest priority is allowed with no restrictions, whereas data communication types of lower priority is restricted or prohibited.
A magnifier for a sewing machine that is mounted on a sewing machine main body for magnifying a view of a front end of a needle which is mounted on a needle bar front end that moves vertically and a vicinity of a cloth presser, wherein the magnifier comprises: a supporting arm part, at one end of which a lens holding part having a holding unit that detachably holds a lens is provided, and at the other end of which a mounting part for mounting the magnifier on the sewing machine main body is provided; and a lens main body that is constituted by a connected part which is detachable to the lens holding part, and a lens part which is formed continuously to the connected part; characterized in that: to the lens holding part of the supporting arm part as well as the lens main body, a turning control unit is provided, wherein the turning control unit has a control member formed on a side of the lens holding part, and the connected part of the lens main body hasacontrol groove part in which the control member is loosely inserted, so that the turning control unit controls a turning angle of the lens main body that is mounted on the lens holding part within a predetermined range within which the state of the lens part transforms to a vertical state from a horizontal state. a supporting arm part, at one end of which a lens holding part having a holding unit that detachably holds a lens is provided, and at the other end of which a mounting part for mounting the magnifier on the sewing machine main body is provided; and a lens main body that is constituted by a connected part which is detachable to the lens holding part, and a lens part which is formed continuously to the connected part; to the lens holding part of the supporting arm part as well as the lens main body, a turning control unit is provided, wherein the turning control unit has a control member formed on a side of the lens holding part, and the connected part of the lens main body hasacontrol groove part in which the control member is loosely inserted, so that the turning control unit controls a turning angle of the lens main body that is mounted on the lens holding part within a predetermined range within which the state of the lens part transforms to a vertical state from a horizontal state.
Particle, in the form of a homogeneous sphere or a fraction of a homogeneous sphere, consisting essentially of a complex, in particular a salt, between an acid or a corresponding anion and at least one metal or a corresponding metal cation, said acid or corresponding anion being 2-hydroxy-4-methyl-thiobutanoic acid (HMTBA) or 2-hydroxy-4-methyl-thiobutanoate, said metal or metal cation being divalent, chosen from Ca or Ca 2+, said particle having an amorphous fraction the mass of which represents at least 50%, in particular at least 70%, more particularly at least 90%, of the total mass of said particle, said particle being substantially devoid of uncomplexed acid or anion and of uncomplexed metal or metal cation, the ratio of the mass of said uncomplexed acid or anion and/or of said at least one uncomplexed metal or cation to the total mass of said particle being below 20%, and in particular being in the range from 0 to 5%, more particularly from 0 to 1%.
Method for refining a metallic coating on a steel strip or steel plate, wherein the coating is melted on by heating to a temperature above the melting point of the material of the coating, characterised in that the heating is effected by irradiation of the surface of the coating with electromagnetic radiation of high power density over a limited irradiation time of no more than 10 μs, wherein the energy density introduced into the coating by the electromagnetic radiation and the preset irradiation time are selected so that the coating melts completely over its entire thickness as far as the boundary layer with the steel strip, as a result of which a thin alloy layer is formed at the boundary layer between the coating and the steel strip.
An obstacle detection device for a construction machine including a lower travelling body and an upper slewing body pivotally mounted on an upper portion of the lower travelling body, comprising: an object detection unit configured to be placed at the upper slewing body and for detecting a three-dimensional position of an object located around the construction machine; an angle detection unit for detecting a slewing angle of the upper slewing body with respect to the lower travelling body; characterized in that the obstacle detection device further comprises an obstacle determination section for setting a monitoring region around the construction machine so that a region indicating a component of the construction machine is excluded according to the detected slewing angle, and determining the object as an obstacle when the object detected by the object detection unit is located in the set monitoring region. an object detection unit configured to be placed at the upper slewing body and for detecting a three-dimensional position of an object located around the construction machine; an angle detection unit for detecting a slewing angle of the upper slewing body with respect to the lower travelling body; characterized in that the obstacle detection device further comprises an obstacle determination section for setting a monitoring region around the construction machine so that a region indicating a component of the construction machine is excluded according to the detected slewing angle, and determining the object as an obstacle when the object detected by the object detection unit is located in the set monitoring region.