mhurhangee/patent-ind-claim-en huggingface dataset:
An innerliner rubber composition, comprising: a rubber component; a mixture of a fatty acid metal salt and a fatty acid amide; an oil; and a C5 petroleum resin, the rubber component comprising, based on 100% by mass thereof, at least 70% by mass of a butyl-based rubber, the mixture being present in an amount of 0.8 to 3.2 parts by mass per 100 parts by mass of the rubber component, the mixture, the oil, and the C5 petroleum resin being present in a combined amount of 6.0 to 16.0 parts by mass per 100 parts by mass of the rubber component. a rubber component; a mixture of a fatty acid metal salt and a fatty acid amide; an oil; and a C5 petroleum resin, the rubber component comprising, based on 100% by mass thereof, at least 70% by mass of a butyl-based rubber, the mixture being present in an amount of 0.8 to 3.2 parts by mass per 100 parts by mass of the rubber component, the mixture, the oil, and the C5 petroleum resin being present in a combined amount of 6.0 to 16.0 parts by mass per 100 parts by mass of the rubber component.
Heat exchanger , comprising: - a casing , comprising: - a substantially U-shaped body as seen in cross-section and extending in a longitudinal direction, wherein a base of the U-shape body comprises a gas outlet opening and wherein an open end, opposite to the base , of the U-shape body comprises a receiving space for receiving a burner, and - two end plates arranged at the two longitudinal end zones of said U-shape body ; - a plurality of pipes arranged within said casing and connected to said end plates , through which pipes in use a liquid can flow; - a plurality of connecting means for providing a liquid through flow connection between at least two pipes at each longitudinal end zone of said U-shape body , such that liquid flowing through a first pipe of the at least two pipes is directed to the other pipe of the at least two pipes , wherein a first part of the pipes is arranged in a first pattern defining two legs of a substantially U-shape as seen in cross-section, said first pattern being arranged substantially parallel to legs of said U-shape body , and wherein a second part of said pipes are arranged within a space at least partly bounded by said first pattern , characterized in that a distance between all pairs of adjacent pipes of each leg of the first pattern is maximally 0.1 mm. - a casing , comprising: - a substantially U-shaped body as seen in cross-section and extending in a longitudinal direction, wherein a base of the U-shape body comprises a gas outlet opening and wherein an open end, opposite to the base , of the U-shape body comprises a receiving space for receiving a burner, and - two end plates arranged at the two longitudinal end zones of said U-shape body ; - a substantially U-shaped body as seen in cross-section and extending in a longitudinal direction, wherein a base of the U-shape body comprises a gas outlet opening and wherein an open end, opposite to the base , of the U-shape body comprises a receiving space for receiving a burner, and - two end plates arranged at the two longitudinal end zones of said U-shape body ; - a plurality of pipes arranged within said casing and connected to said end plates , through which pipes in use a liquid can flow; - a plurality of connecting means for providing a liquid through flow connection between at least two pipes at each longitudinal end zone of said U-shape body , such that liquid flowing through a first pipe of the at least two pipes is directed to the other pipe of the at least two pipes , wherein a first part of the pipes is arranged in a first pattern defining two legs of a substantially U-shape as seen in cross-section, said first pattern being arranged substantially parallel to legs of said U-shape body , and wherein a second part of said pipes are arranged within a space at least partly bounded by said first pattern , characterized in that a distance between all pairs of adjacent pipes of each leg of the first pattern is maximally 0.1 mm.
An electromagnetic wave absorbing thermally conductive composition comprising: a matrix resin component; metal soft magnetic particles; and thermally conductive particles, wherein the matrix resin component is a thermosetting silicone resin and has a viscosity of 1.5 Pa·s or less at 25°C before curing, the metal soft magnetic particles are carbonyl iron particles and are present in an amount of 30% by volume or more and 63% by volume or less when the electromagnetic wave absorbing thermally conductive composition is a population parameter, the thermally conductive particles are present in an amount of 13% by volume or more and 41% by volume or less when the electromagnetic wave absorbing thermally conductive composition is a population parameter, at least one selected from the metal soft magnetic particles and the thermally conductive particles are surface treated with a silane compound or a partial hydrolysate thereof, the silane compound being expressed by R a Si(OR') 4-a , where R represents a substituted or unsubstituted organic group having 1 to 20 carbon atoms, R' represents an alkyl group having 1 to 4 carbon atoms, and a is 0 or 1, a value of an imaginary part, μ", of relative permeability of the electromagnetic wave absorbing thermally conductive composition is 0.9 or more in at least some bands in a frequency range of 18 to 26.5 GHz, and the electromagnetic wave absorbing thermally conductive composition in the form of a sheet has a thermal conductivity of 2.0 W/m·K or more in a thickness direction. a matrix resin component; metal soft magnetic particles; and thermally conductive particles, wherein the matrix resin component is a thermosetting silicone resin and has a viscosity of 1.5 Pa·s or less at 25°C before curing, the metal soft magnetic particles are carbonyl iron particles and are present in an amount of 30% by volume or more and 63% by volume or less when the electromagnetic wave absorbing thermally conductive composition is a population parameter, the thermally conductive particles are present in an amount of 13% by volume or more and 41% by volume or less when the electromagnetic wave absorbing thermally conductive composition is a population parameter, at least one selected from the metal soft magnetic particles and the thermally conductive particles are surface treated with a silane compound or a partial hydrolysate thereof, the silane compound being expressed by R a Si(OR') 4-a , where R represents a substituted or unsubstituted organic group having 1 to 20 carbon atoms, R' represents an alkyl group having 1 to 4 carbon atoms, and a is 0 or 1, a value of an imaginary part, μ", of relative permeability of the electromagnetic wave absorbing thermally conductive composition is 0.9 or more in at least some bands in a frequency range of 18 to 26.5 GHz, and the electromagnetic wave absorbing thermally conductive composition in the form of a sheet has a thermal conductivity of 2.0 W/m·K or more in a thickness direction.
A casing for electrical equipment, which has a drip-proof louver structure , comprising: a first vertical plate made of a metal and having a plurality of first openings and a plurality of tongue-shaped louvers disposed in the respective first openings , each first opening being formed into a horizontally long rectangular shape, each one of the louvers having a lower end continuous to the first vertical plate and right and left ends and an upper end all of which are separated from the first vertical plate , the upper end side of each louver being folded to a back side of the first vertical plate with the lower end serving as a fulcrum; and a second plate made of a metal and disposed on a front of the first vertical plate , the second plate having a plurality of second openings each one of which is formed to be horizontally long in shape and has a smaller area than each first opening , each second opening having an upper edge located lower than an upper edge of the corresponding first opening and a lower edge located lower than a lower edge of the louver serving as a lower edge of the corresponding first opening , wherein the first and second plates are overlapped with each other so that the corresponding first and second openings communicate with each other, thereby forming the louver structure ; and wherein the first and second plates are coated in the overlapped state with a result that a gap therebetween is filled with a paint. a first vertical plate made of a metal and having a plurality of first openings and a plurality of tongue-shaped louvers disposed in the respective first openings , each first opening being formed into a horizontally long rectangular shape, each one of the louvers having a lower end continuous to the first vertical plate and right and left ends and an upper end all of which are separated from the first vertical plate , the upper end side of each louver being folded to a back side of the first vertical plate with the lower end serving as a fulcrum; and a second plate made of a metal and disposed on a front of the first vertical plate , the second plate having a plurality of second openings each one of which is formed to be horizontally long in shape and has a smaller area than each first opening , each second opening having an upper edge located lower than an upper edge of the corresponding first opening and a lower edge located lower than a lower edge of the louver serving as a lower edge of the corresponding first opening , wherein the first and second plates are overlapped with each other so that the corresponding first and second openings communicate with each other, thereby forming the louver structure ; and wherein the first and second plates are coated in the overlapped state with a result that a gap therebetween is filled with a paint.
A method for triggering commands based on event notifications, comprising: identifying , at a control device , an event notification supported on a source device ; identifying, at the control device , one or more commands supported on a target device ; displaying at the control device, the one or more commands for selection by a user; defining , at the control device, a trigger that links the event notification supported on the source device to a user selected command of the one or more commands supported on the target device, wherein the defined trigger causes the target device to execute the identified command in response to the source device broadcasting the identified event notification; the method characterized in further comprising transmitting , from the control device to the source device , the trigger that links the event notification supported on the source device to the command supported on the target device , wherein the transmitted trigger causes the source device to directly invoke the command on the target device , without communicating with the control device, when the source device broadcasts the identified event notification. identifying , at a control device , an event notification supported on a source device ; identifying, at the control device , one or more commands supported on a target device ; displaying at the control device, the one or more commands for selection by a user; defining , at the control device, a trigger that links the event notification supported on the source device to a user selected command of the one or more commands supported on the target device, wherein the defined trigger causes the target device to execute the identified command in response to the source device broadcasting the identified event notification; the method characterized in further comprising transmitting , from the control device to the source device , the trigger that links the event notification supported on the source device to the command supported on the target device , wherein the transmitted trigger causes the source device to directly invoke the command on the target device , without communicating with the control device, when the source device broadcasts the identified event notification.
A structure of a GDI fuel delivery pipe, comprising: a main pipe configured to flow fuel through a hollow formed therein; a plurality of injector cups formed in cylindrical shapes having open lower ends, and configured to be coupled and fastened to the main pipe through outside surfaces thereof, to flow fuel, entering into the main pipe , therethrough through side surfaces thereof, and to be coupled to respective injectors adapted to selectively inject fuel at lower ends thereof; a plurality of mount holders configured to form tubular parts each having a bolt hole in a lengthwise direction, and to be coupled and fastened to the main pipe through outside surfaces thereof; and fastening members configured to fasten the plurality of injector cups or mount holders to the main pipe by being coupled to an outer circumferential surface of the main pipe at both left and right ends thereof while surrounding outer circumferences of the plurality of injector cups or mount holders , characterized in that each of the fastening members has an inverted "U"-shaped cross section, and junction surfaces which are formed to be concave in conformity with the outer circumferential surface of the main pipe are formed at both left and right ends of each of the fastening members , respectively, which are formed in a direction in which the fastening members are coupled to the main pipe . a main pipe configured to flow fuel through a hollow formed therein; a plurality of injector cups formed in cylindrical shapes having open lower ends, and configured to be coupled and fastened to the main pipe through outside surfaces thereof, to flow fuel, entering into the main pipe , therethrough through side surfaces thereof, and to be coupled to respective injectors adapted to selectively inject fuel at lower ends thereof; a plurality of mount holders configured to form tubular parts each having a bolt hole in a lengthwise direction, and to be coupled and fastened to the main pipe through outside surfaces thereof; and fastening members configured to fasten the plurality of injector cups or mount holders to the main pipe by being coupled to an outer circumferential surface of the main pipe at both left and right ends thereof while surrounding outer circumferences of the plurality of injector cups or mount holders , characterized in that each of the fastening members has an inverted "U"-shaped cross section, and junction surfaces which are formed to be concave in conformity with the outer circumferential surface of the main pipe are formed at both left and right ends of each of the fastening members , respectively, which are formed in a direction in which the fastening members are coupled to the main pipe .
A sand moulding machine for the production of sand mould parts including a moulding chamber formed by a chamber top wall , a chamber bottom wall , two opposed chamber side walls and two opposed chamber end walls , wherein a chamber wall is provided with at least one sand filling opening , wherein at least one of the chamber end walls is provided with a pattern plate having a pattern adapted to form a pattern in a sand mould part , wherein at least one of the chamber end walls is displaceable in a longitudinal direction (LD) of the moulding chamber in order to compact sand fed into the moulding chamber , wherein at least one of the pattern plates is associated with at least one reference pattern block positioned in fixed relationship to the pattern of said pattern plate and adapted to form a reference pattern in an external face of a sand mould part , and wherein a non-contact detection system is arranged adjacent a path of travel of the compacted sand mould parts and is adapted to detect a position of a pattern face of the reference patterns of the sand mould parts , characterised in that the at least one reference pattern block includes a face having a tangent varying in the longitudinal direction (LD) of the moulding chamber and being adapted to form a corresponding reference pattern including a pattern face having a tangent varying in a corresponding longitudinal direction (Id) of the sand mould part , in that the non-contact detection system is adapted to detect the position of a number of different points distributed over the pattern face of the reference pattern in the longitudinal direction of the sand mould part , and in that the tangent in the longitudinal direction of the sand mould part is different between at least two of said points.
A catalytic thruster comprising: a reaction chamber that extends between first and second opposed chamber ends , the first chamber end including a thermal standoff cup ; a catalyst bed in the reaction chamber ; and a feed tube that extends into the reaction chamber through the thermal standoff cup ; characterised in that : the feed tube extends a distance D1 into the reaction chamber , the distance D1 being defined from an inside surface of a narrow bottom of the thermal standoff cup where the feed tube enters to a tip of the feed tube in the reaction chamber ; the reaction chamber is disposed about a central axis (A) and has a radial dimension D2 relative to the central axis (A); and a penetration ratio of the distance D1 to the radial dimension D2 is greater than or equal to 1:1. a reaction chamber that extends between first and second opposed chamber ends , the first chamber end including a thermal standoff cup ; a catalyst bed in the reaction chamber ; and a feed tube that extends into the reaction chamber through the thermal standoff cup ; characterised in that : the feed tube extends a distance D1 into the reaction chamber , the distance D1 being defined from an inside surface of a narrow bottom of the thermal standoff cup where the feed tube enters to a tip of the feed tube in the reaction chamber ; the reaction chamber is disposed about a central axis (A) and has a radial dimension D2 relative to the central axis (A); and a penetration ratio of the distance D1 to the radial dimension D2 is greater than or equal to 1:1. the feed tube extends a distance D1 into the reaction chamber , the distance D1 being defined from an inside surface of a narrow bottom of the thermal standoff cup where the feed tube enters to a tip of the feed tube in the reaction chamber ; the reaction chamber is disposed about a central axis (A) and has a radial dimension D2 relative to the central axis (A); and a penetration ratio of the distance D1 to the radial dimension D2 is greater than or equal to 1:1.
A process for producing jet fuel , including the following steps: (a) contacting hydrogen and a renewable feedstock with a hydrogenation catalyst under hydro-deoxygenation conditions, (b) contacting an amount of the effluent of step (a) with a hydroprocessing catalyst as hydrogenation component on a carrier comprising a zeolitic compound under hydrocracking conditions, and (c) performing a fractionating step, wherein the naphtha is separated from the fractionated product stream and converted into C1-C4 hydrocarbons in a separate reactor in the presence of hydrogen and a hydrocracking catalyst. (a) contacting hydrogen and a renewable feedstock with a hydrogenation catalyst under hydro-deoxygenation conditions, (b) contacting an amount of the effluent of step (a) with a hydroprocessing catalyst as hydrogenation component on a carrier comprising a zeolitic compound under hydrocracking conditions, and (c) performing a fractionating step,
A humidification and evaporative-cooling ventilation system for an environment to be humidified and cooled, comprising: means for generation of a flow of air; a channel for conveying said flow of air, said channel comprising a plurality of holes for transferring said flow of air into the environment, at least one water-nebulisation nozzle for releasing nebulised water into the environment; characterised in that said channel further comprising at least one outflow nozzle positioned along the duct and orientated towards the environment, configured for expelling said flow of air so to define a primary flow, and having a three-dimensional structure open both at the back and at the front, and a fluid-thread straightener set at the rear end of said at least one outflow nozzle , wherein said plurality of holes are arranged in a number of rows aligned longitudinally along the channel so to trigger an inductive effect that recalls air from the environment, said outflow nozzle being further configured to recall a flow of air from the environment surrounding the channel , said flow of air coming from said holes and from the air induced by them, directing it in a specific direction, represented by the primary flow of the outflow nozzle ; wherein the at least one water-nebulisation nozzle has the outlet hole for nebulised water directed towards the environment; and wherein said at least one water-nebulisation nozzle is set within said at least one outflow nozzle . means for generation of a flow of air; a channel for conveying said flow of air, said channel comprising a plurality of holes for transferring said flow of air into the environment, at least one water-nebulisation nozzle for releasing nebulised water into the environment; characterised in that said channel further comprising at least one outflow nozzle positioned along the duct and orientated towards the environment, configured for expelling said flow of air so to define a primary flow, and having a three-dimensional structure open both at the back and at the front, and a fluid-thread straightener set at the rear end of said at least one outflow nozzle , wherein said plurality of holes are arranged in a number of rows aligned longitudinally along the channel so to trigger an inductive effect that recalls air from the environment, said outflow nozzle being further configured to recall a flow of air from the environment surrounding the channel , said flow of air coming from said holes and from the air induced by them, directing it in a specific direction, represented by the primary flow of the outflow nozzle ; wherein the at least one water-nebulisation nozzle has the outlet hole for nebulised water directed towards the environment; and wherein said at least one water-nebulisation nozzle is set within said at least one outflow nozzle .
Method for the safe starting and/or stopping of a rotor of a rotor spinning machine for the production of yarn, with a multiple number of rotors, each of which rotates in a rotor housing covered by a lid, wherein each rotor is driven by its own motor and is held in at least one radially and/or axially active magnetic bearing by means of a position controller, and a data connection of the motor with a control unit is provided, in order to control the rotor in various operating states, characterized in that - the control for the drive of the rotor in relation to its speed and the current operating state of the rotor, - the position control for the one or more active magnetic bearings and/or - the data connection for controlling the motor are checked and, in the event that predetermined target values and/or states are not met, the start of the rotor is blocked or the rotor that is already running is selectively stopped. - the control for the drive of the rotor in relation to its speed and the current operating state of the rotor, - the position control for the one or more active magnetic bearings and/or - the data connection for controlling the motor