mhurhangee/patent-ind-claim-en huggingface dataset:
Tilting vehicle , such as motorcycle or motorcycle-like motor vehicle, with at least one frame carrier structure for receiving, in a fastening manner, at least one drive means , a steering head unit , a suspension strut and/or a swing arm unit of a rear wheel, which frame carrier structure comprises at least one frame unit , and with at least one energy store unit which comprises at least one electrical store means and at least one store housing , in which the store means can be arranged or is arranged, the frame unit of the frame carrier structure and the store housing of the energy store unit comprising a common component at least in sections, the store housing which is configured as a frame unit comprising at least one continuous hollow-cylindrical recess , in which the steering head unit can be fixed or is fixed rotatably, and the store housing which is configured as a frame unit comprising at least one load-supporting shell-like upper ring body and at least one load-supporting shell-like lower ring body which can be fixed to one another in a releasable or non-releasable manner and which together delimit a central cavity at least virtually completely to the outside, in which cavity at least one first electrical store means can be arranged or is arranged, characterized in that the continuous hollow-cylindrical recess , in which the steering head unit can be fixed or is fixed rotatably, can be arranged or is arranged in the load-supporting shell-like upper ring body and in the load-supporting shell-like lower ring body .
A computing system, comprising: one or more processors; and a memory coupled to the one or more processors and storing program instructions that when executed by the one or more processors cause the one or more processors to: determine a remaining power available to a first automated mobile vehicle, wherein the first automated mobile vehicle is at a destination position within an event area and providing coverage to replace an at least partially inoperable infrastructure component; determine a recovery location, wherein the recovery location is configured to provide power to the first automated mobile vehicle; transmit instructions to a second automated mobile vehicle that is capable of providing relief for the first automated mobile vehicle and configured to provide the coverage; determine that the second automated mobile vehicle has arrived to provide relief for the first automated mobile vehicle; and cause the first automated mobile vehicle to depart toward the recovery location. one or more processors; and a memory coupled to the one or more processors and storing program instructions that when executed by the one or more processors cause the one or more processors to: determine a remaining power available to a first automated mobile vehicle, wherein the first automated mobile vehicle is at a destination position within an event area and providing coverage to replace an at least partially inoperable infrastructure component; determine a recovery location, wherein the recovery location is configured to provide power to the first automated mobile vehicle; transmit instructions to a second automated mobile vehicle that is capable of providing relief for the first automated mobile vehicle and configured to provide the coverage; determine that the second automated mobile vehicle has arrived to provide relief for the first automated mobile vehicle; and cause the first automated mobile vehicle to depart toward the recovery location. determine a remaining power available to a first automated mobile vehicle, wherein the first automated mobile vehicle is at a destination position within an event area and providing coverage to replace an at least partially inoperable infrastructure component; determine a recovery location, wherein the recovery location is configured to provide power to the first automated mobile vehicle; transmit instructions to a second automated mobile vehicle that is capable of providing relief for the first automated mobile vehicle and configured to provide the coverage; determine that the second automated mobile vehicle has arrived to provide relief for the first automated mobile vehicle; and cause the first automated mobile vehicle to depart toward the recovery location.
A glow plug , comprising: a heater including a tubular sheath tube that extends in an axial direction and that has a closed front end, a heating coil accommodated in the sheath tube with a front-end portion thereof joined to a front-end portion of the sheath tube , and an insulator filled in the sheath tube around the heating coil , wherein the heating coil contains at least one selected from tungsten (W) and molybdenum (Mo) as a main component and contains an additional element that is at least one element selected from potassium (K), aluminum (Al), silicon (Si), lanthanum (La), thorium (Th), and cerium (Ce), wherein the sheath tube contains at least one metal selected from nickel (Ni) and iron (Fe), wherein a melt portion that is in contact with an outer surface of the front-end portion of the heating coil and that contains at least the same material as that of a portion of the sheath tube other than the melt portion is formed at the front-end portion of the sheath tube , and wherein, when a cross section of a wire forming the heating coil is viewed at the front-end portion of the heating coil , the additional element exists at a crystal grain boundary of the main component at least in a surface layer extending from the outer surface of the heating coil to a length of a quarter of a diameter of the wire, characterized in that a content of the additional element of the heating coil is between 5 ppm or more and 200 ppm or less. a heater including a tubular sheath tube that extends in an axial direction and that has a closed front end, a heating coil accommodated in the sheath tube with a front-end portion thereof joined to a front-end portion of the sheath tube , and an insulator filled in the sheath tube around the heating coil , wherein the heating coil contains at least one selected from tungsten (W) and molybdenum (Mo) as a main component and contains an additional element that is at least one element selected from potassium (K), aluminum (Al), silicon (Si), lanthanum (La), thorium (Th), and cerium (Ce), wherein the sheath tube contains at least one metal selected from nickel (Ni) and iron (Fe), wherein a melt portion that is in contact with an outer surface of the front-end portion of the heating coil and that contains at least the same material as that of a portion of the sheath tube other than the melt portion is formed at the front-end portion of the sheath tube , and wherein, when a cross section of a wire forming the heating coil is viewed at the front-end portion of the heating coil , the additional element exists at a crystal grain boundary of the main component at least in a surface layer extending from the outer surface of the heating coil to a length of a quarter of a diameter of the wire, characterized in that a content of the additional element of the heating coil is between 5 ppm or more and 200 ppm or less.
A method of printing using an inkjet printing system having plurality of linear arrays of nozzles, the method comprising: detecting a defective nozzle in a first array of nozzles; disabling a nozzle in a second array of nozzles, wherein a location of said defective nozzle along said first array, and a location of said disabled nozzle along said second array of nozzles, are within 0 to 5 array pitch units from each other; dispensing a first material formulation from nozzles of said first array, other than said defective nozzles ; and dispensing a second material formulation from nozzles of said second array, other than said disabled nozzle . detecting a defective nozzle in a first array of nozzles; disabling a nozzle in a second array of nozzles, wherein a location of said defective nozzle along said first array, and a location of said disabled nozzle along said second array of nozzles, are within 0 to 5 array pitch units from each other; dispensing a first material formulation from nozzles of said first array, other than said defective nozzles ; and dispensing a second material formulation from nozzles of said second array, other than said disabled nozzle .
Cabinet for deep-freezing or storing food, medical or biological products, using a cryogenic fluid that vaporises in the closed enclosure of the cabinet as cooling fluid, said cabinet being of the type that is: - provided with one or more convection fans located in the enclosure of the cabinet and capable of agitating the air inside the cabinet and thus of contributing to the thermal exchange that occurs therein; - and provided with a system for extracting the gases formed in the enclosure of the cabinet due to the vaporization of said cryogenic fluid, said extraction system including an extraction tube that is connected to one wall of the cabinet and links the enclosure to the outside; characterized in that it includes a flap , located on said wall, at the point where the extraction tube enters the cabinet, and extending into the cabinet, the shape, position and orientation of said flap making it possible to divert, toward the extraction tube, all or part of the turbulence created by said one or more convection fans. - provided with one or more convection fans located in the enclosure of the cabinet and capable of agitating the air inside the cabinet and thus of contributing to the thermal exchange that occurs therein; - and provided with a system for extracting the gases formed in the enclosure of the cabinet due to the vaporization of said cryogenic fluid, said extraction system including an extraction tube that is connected to one wall of the cabinet and links the enclosure to the outside;
A computer-implemented method comprising: receiving first data representing a proposed change for a current configuration of a Software-Defined-Networking, SDN, controller ; storing an indication of the proposed change in association with a list of proposed changes for the configuration of the SDN controller; refraining from deploying the proposed changes in the list of proposed changes for a period of time; receiving second data representing an approval or disapproval of at least one of the proposed changes in the list of proposed changes; subsequent to the period of time, deploying the proposed changes in the list of proposed changes to the SDN controller such that the current configuration is changed to an updated configuration. receiving first data representing a proposed change for a current configuration of a Software-Defined-Networking, SDN, controller ; storing an indication of the proposed change in association with a list of proposed changes for the configuration of the SDN controller; refraining from deploying the proposed changes in the list of proposed changes for a period of time; receiving second data representing an approval or disapproval of at least one of the proposed changes in the list of proposed changes; subsequent to the period of time, deploying the proposed changes in the list of proposed changes to the SDN controller such that the current configuration is changed to an updated configuration.
Method for detecting wear, damage to the gearing and/or damage to the bearings, in an engine transmission unit , having an engine and a transmission which is coupled to the engine on its output side, in which - when the transmission is put into motion by the engine , an input and/or output torque is either directly determined, or indirectly as a measurement variable which can be unambiguously correlated with the input and/or output torque, by means of a detection module , in order to generate a signal curve for such motion which describes each directly or indirectly determined input and/or output torque in dependency on a variable which correlates with the position of the transmission , - at least some of these signal curves are automatically evaluated, wherein a range of the variable which correlates with the position of the transmission is identified, to which a value which is typical for a transmission defect can be assigned for the respective signal curve , characterized in that - the identified range is automatically assigned to a class of a histogram and - it is automatically verified whether there is an unexpected proliferation of entries in any class in the histogram , indicating the presence of wear and/or damage to the transmission. - when the transmission is put into motion by the engine , an input and/or output torque is either directly determined, or indirectly as a measurement variable which can be unambiguously correlated with the input and/or output torque, by means of a detection module , in order to generate a signal curve for such motion which describes each directly or indirectly determined input and/or output torque in dependency on a variable which correlates with the position of the transmission , - at least some of these signal curves are automatically evaluated, wherein a range of the variable which correlates with the position of the transmission is identified, to which a value which is typical for a transmission defect can be assigned for the respective signal curve , characterized in that - the identified range is automatically assigned to a class of a histogram and - it is automatically verified whether there is an unexpected proliferation of entries in any class in the histogram , indicating the presence of wear and/or damage to the transmission.
A sensor assembly providing values of a physical property of a vehicle, preferably pressure values of a gas-inflated tire of a wheel , more preferably of a tire of an aircraft, the sensor assembly comprising an electronic circuitry comprising a sensor suited to sense the physical property and a locking arrangement, and further an exhaustable power source , in particular a battery, and a first (75, 76; 76,222,220; 76,232,230,220) switch means functionally arranged between the circuitry and the power source, wherein the first switch means is controllable from outside the sensor assembly, preferably by means of a field, more preferably a magnetic field, characterized in - that the sensor assembly comprises a second (77; 224, 222, 220; 242,244, 220) switch means functionally arranged in parallel to the first switch means and between the circuitry and the power source, - that the second switch means is controllable by the locking arrangement, so that starting with a storage mode where both switch means are open, the first switch can be closed from outside the sensor assembly, and the locking arrangement powered-on thereby is capable to activate the second switch means so that reopening the first switch means is no more capable to interrupt the connection between power source and circuitry, and - that first (75, 76; 76,222,220; 76,232,230,220) and second (77; 224, 222, 220; 242,244, 220) switch means comprise in common a third switch element and a logical OR unit having at least two inputs and an output, one input is assigned to the first switch means and the other input being assigned to the second switch means, and the output is functionally connected to a control input of the third switch element , wherein the third switch element is arranged that by closing the third switch element the power supply is connected to the electronic circuitry of the sensor assembly. - that the sensor assembly comprises a second (77; 224, 222, 220; 242,244, 220) switch means functionally arranged in parallel to the first switch means and between the circuitry and the power source, - that the second switch means is controllable by the locking arrangement, so that starting with a storage mode where both switch means are open, the first switch can be closed from outside the sensor assembly, and the locking arrangement powered-on thereby is capable to activate the second switch means so that reopening the first switch means is no more capable to interrupt the connection between power source and circuitry, and - that first (75, 76; 76,222,220; 76,232,230,220) and second (77; 224, 222, 220; 242,244, 220) switch means comprise in common a third switch element and a logical OR unit having at least two inputs and an output, one input is assigned to the first switch means and the other input being assigned to the second switch means, and the output is functionally connected to a control input of the third switch element , wherein the third switch element is arranged that by closing the third switch element the power supply is connected to the electronic circuitry of the sensor assembly.
Device for merging at least two mass flows of rod-shaped products from the tobacco processing industry, comprising: - at least two supply channels , in which the mass flows are supplied to a collection point and which - comprise at least two conveyor devices for transporting the products of the mass flows to the collection point , and - at least one blocking flap which, depending on its position, interrupts the supply of a mass flow or allows the mass flows to be mixed, - it being possible for the blocking flap to be driven between an open position and a closed position, and vice versa, by means of a drive motor , and - at least one of the two supply channels having a variable storage means for receiving products from the mass flow, - the variable storage means being formed by a cavity covered by a flexible strip , and - the cavity being arranged on the side of the blocking flap facing the mass flow, characterised in that - the cavity on the blocking flap is formed by a curvature of the side of the blocking flap facing the mass flow. - at least two supply channels , in which the mass flows are supplied to a collection point and which - comprise at least two conveyor devices for transporting the products of the mass flows to the collection point , and - at least one blocking flap which, depending on its position, interrupts the supply of a mass flow or allows the mass flows to be mixed, - it being possible for the blocking flap to be driven between an open position and a closed position, and vice versa, by means of a drive motor , and - at least one of the two supply channels having a variable storage means for receiving products from the mass flow, - the variable storage means being formed by a cavity covered by a flexible strip , and - the cavity being arranged on the side of the blocking flap facing the mass flow, characterised in that - the cavity on the blocking flap is formed by a curvature of the side of the blocking flap facing the mass flow.
Rotary brush for suction head , comprising a brush body which has a mainly tubular shape about a central axis (A), the brush body being intended to be mounted in a receiving housing provided on the suction head, the brush body being configured to be rotated about an axis of rotation by a drive device belonging to the suction head, the axis of rotation of the brush body being substantially coaxial with the central axis (A) of the brush body , the rotary brush further comprising: - centering means disposed in the brush body and configured to engage with complementary centering means belonging to the drive device , so as to center the brush body with respect to a drive shaft which is coupled to a drive motor belonging to the drive device , and - coupling means , different from the centering means , disposed in the brush body and configured to be rotatably coupled with complementary coupling means which belong to the drive device and which are rotatably coupled to the drive shaft . - centering means disposed in the brush body and configured to engage with complementary centering means belonging to the drive device , so as to center the brush body with respect to a drive shaft which is coupled to a drive motor belonging to the drive device , and - coupling means , different from the centering means , disposed in the brush body and configured to be rotatably coupled with complementary coupling means which belong to the drive device and which are rotatably coupled to the drive shaft .
A tetrafluoroethene-based fluoropolymer, having an MFI (265/5) of from 13 to 30 g/10 min (ASTM), a melting point (ASTM) of from 170 °C to 230 °C, wherein the tetrafluoroethene-based fluoropolymer is a copolymer comprising more than 52 % by weight based on the weight of the polymer of units derived from tetrafluoroethene and is selected from copolymers comprising interpolymerized units of tetrafluoroethene and ethene or interpolymerized units of tetrafluoroethene and hexafluoropropene, and wherein the tetrafluoroethene-based fluoropolymer is obtainable by a radical aqueous emulsion polymerization in the presence of one or more fluorinated emulsifiers of the general formula R f O-L-CO 2 - X + (I) wherein Rf is selected from a partially or fully fluorinated alkyl group that may optionally be interrupted with one or more oxygen atoms; L is selected from a partially or fully fluorinated linear or branched alkylene group that is optionally interrupted with one or more oxygen atoms, and X + represents a cation or H + , and one or more fluorinated liquids selected from saturated partially or perfluorinated hydrocarbons which may contain one or more catenary heteroatoms selected from oxygen and/or nitrogen and having a boiling point of greater than 50 °C, and wherein the fluoropolymer has a long chain branching index of less than 0.2, and wherein the fluorpolymer is selected from copolymers comprising interpolymerized units derived from a) tetrafluoroethene, hexafluoropropene and ethene (HTE), b) tetrafluoroethene, hexafluoropropene and vinylidene fluoride (THV) and c) tetrafluoroethene and ethene (TFE-E). wherein Rf is selected from a partially or fully fluorinated alkyl group that may optionally be interrupted with one or more oxygen atoms; L is selected from a partially or fully fluorinated linear or branched alkylene group that is optionally interrupted with one or more oxygen atoms, and X + represents a cation or H + , and one or more fluorinated liquids selected from saturated partially or perfluorinated hydrocarbons which may contain one or more catenary heteroatoms selected from oxygen and/or nitrogen and having a boiling point of greater than 50 °C, and wherein the fluoropolymer has a long chain branching index of less than 0.2, and wherein the fluorpolymer is selected from copolymers comprising interpolymerized units derived from a) tetrafluoroethene, hexafluoropropene and ethene (HTE), b) tetrafluoroethene, hexafluoropropene and vinylidene fluoride (THV) and c) tetrafluoroethene and ethene (TFE-E).