mhurhangee/patent-ind-claim-en huggingface dataset:
A manufacturing facility for assembling a jacket structure comprising a number of subcomponents , each subcomponent including at least one brace and an opposite pair of elongated legs , wherein the manufacturing facility comprises: - a number of first supports (20, 20', 20") for supporting each of the opposite elongated legs of one subcomponent in a lying-down position relative to the ground level of said facility; - a number of second supports for supporting the braces ; - at least one first welding unit for connecting said at least one brace(s) to said opposite elongated legs to form a respective one of said subcomponents ; and - a first self-propelled unit being configured for moving one of said elongated legs in a lying down position from a storage position to said first supports (20, 20', 20"), characterized in that said first self-propelled unit or the first support (20, 20', 20") has means, such as rollers , for rotating said elongated leg about a longitudinal axis thereof, when said elongated leg (30, 30") is arranged on said means. - a number of first supports (20, 20', 20") for supporting each of the opposite elongated legs of one subcomponent in a lying-down position relative to the ground level of said facility; - a number of second supports for supporting the braces ; - at least one first welding unit for connecting said at least one brace(s) to said opposite elongated legs to form a respective one of said subcomponents ; and - a first self-propelled unit being configured for moving one of said elongated legs in a lying down position from a storage position to said first supports (20, 20', 20"), characterized in that said first self-propelled unit or the first support (20, 20', 20") has means, such as rollers , for rotating said elongated leg about a longitudinal axis thereof, when said elongated leg (30, 30") is arranged on said means.
A method of operating device-to-device, D2D, communication with a first user equipment, UE, by a second UE in a wireless communication system, the method comprising: receiving, from a base station, information on a resource set for measuring a D2D link with the first UE; measuring the D2D link with the first UE on the resource set determined based on the received information; and transmitting a D2D link failure declaration to the base station, based on a result of the measuring the D2D link with the first UE, wherein the D2D link failure declaration comprises buffer state information related to data being received from the first UE. receiving, from a base station, information on a resource set for measuring a D2D link with the first UE; measuring the D2D link with the first UE on the resource set determined based on the received information; and transmitting a D2D link failure declaration to the base station, based on a result of the measuring the D2D link with the first UE, wherein the D2D link failure declaration comprises buffer state information related to data being received from the first UE.
An ultraviolet sterilization device comprising: a processing chamber housing that defines a processing chamber that is a cylindrical member extending from a first end toward a second end in an axial direction and in which a fluid that is a subject of sterilization flows; a light source provided to radiate ultraviolet light in the axial direction toward an opening of the first end of the processing chamber housing such that ultraviolet light enters an interior of the processing chamber; a window member provided in the vicinity of the first end so as to provide a gap relative to the first end and transmitting the ultraviolet light from the light source, and an outer flow passage which is provided outside the processing chamber and in which the fluid passing through the processing chamber flows, characterized in that a wall of the processing chamber is a stack structure including a first layer made of polytetrafluoroethylene (PTFE) having a thickness of 3 mm or larger and a second layer made of aluminum (Al), the first layer being provided on an inner side of the processing chamber and at least a part of the wall of the processing chamber is a partition wall positioned between the processing chamber and the outer flow passage, the partition wall being a stack structure including the first layer , the second layer , and a third layer of a fluororesin material stacked in the stated order, and the first layer being positioned toward the processing chamber and the third layer being positioned toward the outer flow passage. a processing chamber housing that defines a processing chamber that is a cylindrical member extending from a first end toward a second end in an axial direction and in which a fluid that is a subject of sterilization flows; a light source provided to radiate ultraviolet light in the axial direction toward an opening of the first end of the processing chamber housing such that ultraviolet light enters an interior of the processing chamber; a window member provided in the vicinity of the first end so as to provide a gap relative to the first end and transmitting the ultraviolet light from the light source, and an outer flow passage which is provided outside the processing chamber and in which the fluid passing through the processing chamber flows, characterized in that a wall of the processing chamber is a stack structure including a first layer made of polytetrafluoroethylene (PTFE) having a thickness of 3 mm or larger and a second layer made of aluminum (Al), the first layer being provided on an inner side of the processing chamber and at least a part of the wall of the processing chamber is a partition wall positioned between the processing chamber and the outer flow passage, the partition wall being a stack structure including the first layer , the second layer , and a third layer of a fluororesin material stacked in the stated order, and the first layer being positioned toward the processing chamber and the third layer being positioned toward the outer flow passage.
Arrangement having - at least one AC voltage connection (L1, L2, L3), at which an alternating current (Ie) can be fed in or withdrawn, - at least one series circuit (R) having at least two submodules connected in series and - a drive unit for driving the submodules , - wherein the submodules of the series circuit (R) each comprise at least two switching elements (S1-S4) and a capacitor (C), characterized in that - the submodules each have a submodule-specific control device connected to the drive unit , said control device being configured to drive the switching elements (S1-S4) of the respective submodule and to obtain its operating voltage from the capacitor (C) of the respective submodule , and - the arrangement has at least one changeover device (160-162, 190, 192), which is connected to the at least one series circuit (R) and, in a manner controlled by the drive unit , is configured to change over the series circuit voltage (Ur) applied to the series circuit (R) and, after start-up of the arrangement - in order to charge the capacitors (C) of the submodules -, to be switched to a charging mode, in which it connects the at least one series circuit (R) differently than in a normal operating mode that follows the charging mode after conclusion of the charging mode. - at least one AC voltage connection (L1, L2, L3), at which an alternating current (Ie) can be fed in or withdrawn, - at least one series circuit (R) having at least two submodules connected in series and - a drive unit for driving the submodules , - wherein the submodules of the series circuit (R) each comprise at least two switching elements (S1-S4) and a capacitor (C), - the submodules each have a submodule-specific control device connected to the drive unit , said control device being configured to drive the switching elements (S1-S4) of the respective submodule and to obtain its operating voltage from the capacitor (C) of the respective submodule , and - the arrangement has at least one changeover device (160-162, 190, 192), which is connected to the at least one series circuit (R) and, in a manner controlled by the drive unit , is configured to change over the series circuit voltage (Ur) applied to the series circuit (R) and, after start-up of the arrangement - in order to charge the capacitors (C) of the submodules -, to be switched to a charging mode, in which it connects the at least one series circuit (R) differently than in a normal operating mode that follows the charging mode after conclusion of the charging mode.
A vacuum powered tool that is connectable to a vacuum source and arranged to, in an object engagement position, engage and hold an object as a result of a negative pressure in the tool as well as to resiliently return to an initial position when the negative pressure ceases and, which tool comprises an object handling engagement part, wherein the tool, in a first end, has a fitting to be fixedly received in a vacuum connection implement for fixation of the tool, and in a second end of the tool is formed for air-proof contact with, and provided with, an at least partly flexible and partly collapsible essentially spherical hollow inner geometry having at least one collapsible part , onto which at least partly flexible and at least partly collapsible essentially spherical hollow inner geometry an object handling and engagement appliance is provided and arranged such as to, in the object engagement position, by means of gripping means driven in mutually opposite directions, engage and hold the object as a result of the negative pressure in the at least partly flexible and at least partly collapsible spherical hollow inner geometry having collapsed said at least partly flexible and at least partly collapsible essentially spherical hollow inner geometry at least partly, as well as to resiliently return to the initial position when the negative pressure in the at least partly flexible and at least partly collapsible essentially spherical hollow inner geometry ceases and the at least partly flexible and at least partly collapsible essentially spherical hollow inner geometry is essentially spherical, wherein the vacuum powered tool comprises a bellows mounted air proof to a first support , a second conduit , said first support having a through channel for the supply of negative pressure to the bellows via the second conduit , wherein the bellows has an attachment part , to which attachment part the object handling and engagement appliance is mounted.
A method for operating a fuel cell system, comprising: providing a catalyst having a composition of 0.01 to 10 wt% platinum and 0.5 to 40 wt% ruthenium, the balance of material being a catalyst carrier, whereby the ruthenium content of the catalyst is substantially greater than the platinum content; providing a catalytic reactor having surfaces having the catalyst disposed thereon and configured to expose the catalyst to at least a hydrocarbon fuel and steam; reforming a high-sulfur-content hydrocarbon fuel having a sulfur content in the range of 1 to 10 ppmv or greater with at least steam for a first period of time; reforming a low-sulfur-content hydrocarbon fuel having a sulfur content in the range of 0 to 0.05 ppmv with at least steam for a second period of time such that the catalyst self-cleans of sulfur compounds that have bound to the ruthenium during the reforming of the high-sulfur-content hydrocarbon fuel having a sulfur content in the range of 1 to 10 ppmv or greater; and providing reformed hydrocarbon fuel to a fuel cell stack. providing a catalyst having a composition of 0.01 to 10 wt% platinum and 0.5 to 40 wt% ruthenium, the balance of material being a catalyst carrier, whereby the ruthenium content of the catalyst is substantially greater than the platinum content; providing a catalytic reactor having surfaces having the catalyst disposed thereon and configured to expose the catalyst to at least a hydrocarbon fuel and steam; reforming a high-sulfur-content hydrocarbon fuel having a sulfur content in the range of 1 to 10 ppmv or greater with at least steam for a first period of time; reforming a low-sulfur-content hydrocarbon fuel having a sulfur content in the range of 0 to 0.05 ppmv with at least steam for a second period of time such that the catalyst self-cleans of sulfur compounds that have bound to the ruthenium during the reforming of the high-sulfur-content hydrocarbon fuel having a sulfur content in the range of 1 to 10 ppmv or greater; and providing reformed hydrocarbon fuel to a fuel cell stack.
A light guide with first light deflection structures and with second light deflection structures for light propagating in different directions inside the light guide , wherein the first light deflection structures are designed for light propagating tangentially at the inner circumference of the light guide in a right-hand helical manner, and the second light deflection structures are designed for light propagating tangentially at the inner circumference of the light guide in a left-hand helical manner, such that the light propagating in the light guide and assigned to the different light deflection structures intersects, and the light deflection structures designed for the light propagating in a helical manner in the one direction are at least parallel to the light propagating in a helical manner in the other direction, such that it is ensured that the light outcoupling structures provided for the light propagating in the light guide in a right-hand helical manner have no influence on the light propagating in the light guide in a left-hand helical manner, and the light outcoupling structures provided for the light propagating in the light guide in a left-hand helical manner have no influence on the light propagating in the light guide in a right-hand helical manner.
A method for reducing the effect of electromagnetic noise on images displayed by a television, the television having a display , an input for receiving television signals of broadcast TV channels, and a configurable filter for filtering electromagnetic noise from received television signals, the method comprising: (i) receiving, from a camera directed towards the display , image data representing at least a portion of an image being displayed by the television in accordance with a received television signal; (ii) analysing the received image data to identify a presence, in the at least a portion of an image being displayed, of one or more of a predetermined set of image artefacts known to result from the presence of electromagnetic noise related to one or more broadcast TV channels in the received television signal; (iii) determining filter characteristics for the configurable filter to filter from a received television signal electromagnetic noise corresponding to an image artefact identified at (ii); and (iv) sending signals to the configurable filter to implement the filter characteristics determined at (iii), thereby to reduce the presence of the identified image artefact related to the one or more broadcast TV channels. (i) receiving, from a camera directed towards the display , image data representing at least a portion of an image being displayed by the television in accordance with a received television signal; (ii) analysing the received image data to identify a presence, in the at least a portion of an image being displayed, of one or more of a predetermined set of image artefacts known to result from the presence of electromagnetic noise related to one or more broadcast TV channels in the received television signal; (iii) determining filter characteristics for the configurable filter to filter from a received television signal electromagnetic noise corresponding to an image artefact identified at (ii); and (iv) sending signals to the configurable filter to implement the filter characteristics determined at (iii), thereby to reduce the presence of the identified image artefact related to the one or more broadcast TV channels.
A method for continuously conveying agricultural product from an agricultural vehicle to an agricultural product storage tank , characterized by : receiving, via a processor , a signal at an autonomous grain cart of a plurality of autonomous grain carts indicating that another autonomous grain cart of the plurality of autonomous grain carts is moving from the agricultural vehicle to the agricultural product storage tank ; determining, via the processor , an expected location of the agricultural vehicle based at least in part on a harvesting map for the agricultural vehicle ; determining, via the processor , a route to the expected location of the agricultural vehicle based at least in part on the expected location of the agricultural vehicle and the location of the autonomous grain cart ; and controlling, via the processor , the autonomous grain cart based at least in part on the route to the expected location of the agricultural vehicle after the signal indicating that the other autonomous grain cart is moving to the agricultural product storage tank from the agricultural vehicle is received. receiving, via a processor , a signal at an autonomous grain cart of a plurality of autonomous grain carts indicating that another autonomous grain cart of the plurality of autonomous grain carts is moving from the agricultural vehicle to the agricultural product storage tank ; determining, via the processor , an expected location of the agricultural vehicle based at least in part on a harvesting map for the agricultural vehicle ; determining, via the processor , a route to the expected location of the agricultural vehicle based at least in part on the expected location of the agricultural vehicle and the location of the autonomous grain cart ; and controlling, via the processor , the autonomous grain cart based at least in part on the route to the expected location of the agricultural vehicle after the signal indicating that the other autonomous grain cart is moving to the agricultural product storage tank from the agricultural vehicle is received.
Sampling apparatus for collecting and sampling germ buds of plants von plants, with a foot part , and a cutting device for separating germ buds above the root , preferably in the region of the shoot , particularly preferably in the region of the hypocotyl, wherein the cutting device has a cutting board lower part and a cutting board upper part arranged on the cutting board lower part , which are displaceable relative to each other in order to separate the germ buds , or between which a cutting edge can be inserted in order to separate the germ buds , wherein the cutting board lower part has a first plurality of passages and the cutting board upper part has a second plurality of passages , and the first plurality of passages is aligned with the second plurality of passages , and wherein the cutting board upper part has at least one positioning element for positioning receptacles on at least one of the passages of the second plurality of passages to accommodate the separated shoots or parts of the shoots of the germ buds , characterized in that the passages of the first plurality of passages in the cutting board lower part are tapered towards the cutting board upper part and have a cross section with a bore (W) which is selected so as to scrape the pericarp off the germ buds and has a dimension in the range from 1 mm to 6 mm.
A graphics processing unit to accelerate machine-learning operations, the graphics processing unit comprising: a multiprocessor including a single instruction, multiple thread architecture, the multiprocessor to execute a single instruction using multiple threads; a compute unit (1411-1418) included within the multiprocessor , wherein the single instruction is to cause the compute unit (1411-1418) to perform at least a two-dimensional matrix multiply and accumulate operation, wherein to perform the at least two-dimensional matrix multiply and accumulate operation includes to perform a floating-point multiply and accumulate operation on operands indicated by the single instruction be in a non-standard floating-point format; and wherein the compute unit (1411-1418) supports multiple precisions including precisions for IEEE 754 floating-point formats and non-standard floating-point formats, wherein non-standard floating-point formats use different bit allocations for exponent and mantissa as the IEEE 754 floating-point formats and is designed to perform the floating-point multiply and accumulate operation selectively at one of the multiple precisions based on the non-standard floating-point format indicated by the single instruction. a multiprocessor including a single instruction, multiple thread architecture, the multiprocessor to execute a single instruction using multiple threads; a compute unit (1411-1418) included within the multiprocessor , wherein the single instruction is to cause the compute unit (1411-1418) to perform at least a two-dimensional matrix multiply and accumulate operation, wherein to perform the at least two-dimensional matrix multiply and accumulate operation includes to perform a floating-point multiply and accumulate operation on operands indicated by the single instruction be in a non-standard floating-point format; and wherein the compute unit (1411-1418) supports multiple precisions including precisions for IEEE 754 floating-point formats and non-standard floating-point formats, wherein non-standard floating-point formats use different bit allocations for exponent and mantissa as the IEEE 754 floating-point formats and is designed to perform the floating-point multiply and accumulate operation selectively at one of the multiple precisions based on the non-standard floating-point format indicated by the single instruction.
A method for storing a xylylene diisocyanate, the method comprising: a step of measuring an acid content of a xylylene diisocyanate, and a step of accommodating the xylylene diisocyanate in a first container provided with a zinc phosphate coating without a resin layer on an inner surface when the measured acid content is below 15 ppm, or accommodating the xylylene diisocyanate in a second container provided with a resin layer on an inner surface when the measured acid content is 15 ppm or more, wherein the acid content is determined as indicated in the specification. a step of measuring an acid content of a xylylene diisocyanate, and a step of accommodating the xylylene diisocyanate in a first container provided with a zinc phosphate coating without a resin layer on an inner surface when the measured acid content is below 15 ppm, or accommodating the xylylene diisocyanate in a second container provided with a resin layer on an inner surface when the measured acid content is 15 ppm or more, wherein the acid content is determined as indicated in the specification.
A control device of a hybrid vehicle including an engine , a motor mechanically and directly connected to the engine , a battery supplying electric power to the motor , an inverter charging and discharging electric power between the motor and the battery , and a contactor taking any one of an on state of electrically connecting the battery and the inverter and an off state of electrically disconnecting the battery and the inverter , the control device being characterized by a control unit performing zero torque control of controlling a motor torque so that a load given from the motor to the engine becomes zero at the time of running the vehicle only using the engine as a drive source, wherein the control unit causes the contactor to take the off state when a temperature of the battery is lower than a predetermined temperature. a control unit performing zero torque control of controlling a motor torque so that a load given from the motor to the engine becomes zero at the time of running the vehicle only using the engine as a drive source, wherein the control unit causes the contactor to take the off state when a temperature of the battery is lower than a predetermined temperature.