mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting a terminal device anomaly, comprising: obtaining , by a packet data network gateway, PGW of a 3GPP evolved packet system, abnormal event triggering information of a terminal device, wherein the abnormal event triggering information comprises at least one of the following: an abnormal event triggering condition or configuration information of an abnormal event trigger; characterized in that the method further comprises: determining , by the PGW according to the abnormal event triggering information, that an anomaly occurs in the terminal device; and sending , by the PGW, anomaly information of the terminal device to a network node, wherein the network node is a policy and charging rules function, PCRF, node or an application function, AF, node; wherein the obtaining , by a PGW, abnormal event triggering information of a terminal device comprises: receiving, by the PGW, the abnormal event triggering information from the network node. obtaining , by a packet data network gateway, PGW of a 3GPP evolved packet system, abnormal event triggering information of a terminal device, wherein the abnormal event triggering information comprises at least one of the following: an abnormal event triggering condition or configuration information of an abnormal event trigger; characterized in that the method further comprises: determining , by the PGW according to the abnormal event triggering information, that an anomaly occurs in the terminal device; and sending , by the PGW, anomaly information of the terminal device to a network node, wherein the network node is a policy and charging rules function, PCRF, node or an application function, AF, node; determining , by the PGW according to the abnormal event triggering information, that an anomaly occurs in the terminal device; and sending , by the PGW, anomaly information of the terminal device to a network node, wherein the network node is a policy and charging rules function, PCRF, node or an application function, AF, node; wherein the obtaining , by a PGW, abnormal event triggering information of a terminal device comprises: receiving, by the PGW, the abnormal event triggering information from the network node.
A video coding method of deriving a block vector for intra block copy coding, the method comprising: identifying a first block vector, BVo, for prediction of a current video block, B0, wherein the first block vector points from the current video block, B0, to a first candidate block, B1; identifying at least a second block vector, BV 1 , that was used to code the first candidate block, B1; generating a derived block vector, BVd, from the first block vector, BV 0 , and the second block vector, BV 1 , by adding the first block vector, BV 0 , and the second block vector, BV 1 ; and coding the current video block, B0, with intra block copy coding using the derived block vector, BVd. identifying a first block vector, BVo, for prediction of a current video block, B0, wherein the first block vector points from the current video block, B0, to a first candidate block, B1; identifying at least a second block vector, BV 1 , that was used to code the first candidate block, B1; generating a derived block vector, BVd, from the first block vector, BV 0 , and the second block vector, BV 1 , by adding the first block vector, BV 0 , and the second block vector, BV 1 ; and coding the current video block, B0, with intra block copy coding using the derived block vector, BVd.
A method performed by a mobility management entity, MME , the method comprising: receiving , from a source home eNodeB, HeNB, a first message including a first local home network, LHN, identifier, ID, corresponding to a local home network where the source HeNB is located, wherein whether to allow a selected IP traffic offload, SIPTO, service of the local home network for an access point name, APN, is determined by the MME based on subscription information of a user equipment, UE; receiving , from a target HeNB, a second message associated with a handover of the UE, the second message including a second LHN ID corresponding to a local home network where the target HeNB is located; and disconnecting the SIPTO service after the handover based on identifying that the first LHN ID is not the same as the second LHN ID. receiving , from a source home eNodeB, HeNB, a first message including a first local home network, LHN, identifier, ID, corresponding to a local home network where the source HeNB is located, wherein whether to allow a selected IP traffic offload, SIPTO, service of the local home network for an access point name, APN, is determined by the MME based on subscription information of a user equipment, UE; receiving , from a target HeNB, a second message associated with a handover of the UE, the second message including a second LHN ID corresponding to a local home network where the target HeNB is located; and disconnecting the SIPTO service after the handover based on identifying that the first LHN ID is not the same as the second LHN ID.
A method for treating a surface of a fastener , comprising: (a) forming an interface film using a sol-gel process by applying a pre-gel solution on a surface of the fastener , which pre-gel solution is capable of converting into colloidal material, which colloidal material in turn is capable of converting into an interface film upon removal of liquid solvent from the solution, wherein the interface film comprises an organometallic-based network system, where a starting solution comprising an epoxy-functional silane and an organometallic chemical compound is utilized; (b) applying a coating material on at least a portion of a surface of a shank of the fastener after step (a) has been completed, wherein the coating material comprises a metal powder dissolved in liquid solvent; and (c) curing the coating material to form a solid coating that is adhered to the fastener by means of the interface film . (a) forming an interface film using a sol-gel process by applying a pre-gel solution on a surface of the fastener , which pre-gel solution is capable of converting into colloidal material, which colloidal material in turn is capable of converting into an interface film upon removal of liquid solvent from the solution, wherein the interface film comprises an organometallic-based network system, where a starting solution comprising an epoxy-functional silane and an organometallic chemical compound is utilized; (b) applying a coating material on at least a portion of a surface of a shank of the fastener after step (a) has been completed, wherein the coating material comprises a metal powder dissolved in liquid solvent; and (c) curing the coating material to form a solid coating that is adhered to the fastener by means of the interface film .
A grid-connected inverter safety detection device applied in a photovoltaic inverter system, wherein the photovoltaic inverter system comprises a PV array , an inverter (Inv), a three-phase switch (Kr, Ks, Kt), a three-phase power grid , and resistors comprising a first resistor, a second resistor, a third resistor and a fourth resistor, wherein output terminals of the PV array are connected to input terminals of the inverter (Inv), output terminals of the inverter (Inv) are connected to first terminals of the three-phase power grid via the three-phase switch (Kr, Ks, Kt) respectively, the three-phase switch (Kr, Ks, Kt) is in an off state, second terminals of the three-phase power grid are connected together as a point N which is connected to a negative output terminal of the PV array via the fourth resistor, and the first terminals of the three-phase power grid are connected to the negative output terminal of the PV array via the first resistor, the second resistor and the third resistor respectively; and the device comprises a voltage detection circuit , a filter circuit , a comparison circuit and a controller , wherein the voltage detection circuit is configured to detect a voltage between the point N and the ground, or a voltage between the first terminal for any phase of the three-phase power grid and the ground; the filter circuit is configured to fitter out an alternating current component of the voltage detected by the voltage detection circuit and to retain a direct current component of the voltage; the comparison circuit is configured to compare the direct current component of the voltage with a preset voltage value and transmit a comparison result to the controller ; and the controller is configured to determine, according to the comparison result, whether an alternating current side at the output terminals of the inverter (Inv) has normal insulation.
Composition of a solder in which particles of a thermodynamically metastable alloy are dispersed, which alloy comprises an element that, upon application of the composition to a metal oxide containing surface, will form an adhesion layer of an intermetallic compound with the metal of said surface, wherein the adhesion layer provides the contact between the surface and the composition of solder, wherein the particles comprise (i) one or more of the group of indium, tin, bismuth and zinc, and (ii) an element chosen from the group of titanium, chromium, aluminum and nickel, wherein the dispersed particles are present in a weight concentration of 0.1 to 90 %, and the dispersed particles have an average diameter between 0.5 and 80 μm.
A method for machining a toothing , wherein, to form a chamfer on a tooth edge formed between a front face of the toothing and a tooth flank belonging to a tooth space of the toothing, material is removed from the tooth edge by cutting, by means of a machining tool equipped with a cutting edge, in a machining operation, wherein the machining tool is toothed, and the machining operation is a skiving machining operation at an axis intersection angle (Σ) between the axes of rotation (Z10, Z2) of the machining tool and the toothing, which operation does not extend beyond the tooth root section of the tooth space, characterised in that first toothing data of a first equivalent toothing (B), whose helix angle is determined by the orientation of the chamfer and whose transverse section profile matches that of the toothing being machined in the transition from the tooth flank into the tooth edge chamfer being formed, is determined from predetermined chamfer parameter relating to the size of the chamfer and its orientation to the front face, as well as from toothing parameters relating to the profile of the toothing being machined and, where applicable, its helix angle, and in that the machining tool is configured according to the first toothing data and consists in a skiving wheel designed to generate the first equivalent toothing by means of power skiving.
Plug system comprising a plug connector designed to transmit currents of 50 A or more and a mating plug connector for coupling to the plug connector, comprising a closure device which, in a closed position (I), prevents the plug connector from being pulled off the mating plug connector, the closure device having a lever part pivotably fastened to the plug connector and a securing clip hingedly attached thereto for engaging in an engagement portion of the mating plug connector in the closed position (I), and comprising a pretensioning part which acts in the closed position (I) between the plug connector and the mating plug connector , is yielding in the axial direction, and can be compressed in the axial direction when the closure device moves into the closed position (I), characterized by a securing device which can be moved from a release position (III), in which it allows a pivoting movement of the lever part , into a securing position (IV), in which it blocks a pivoting movement of the lever part starting from the closed position (I), and vice versa, the securing device having a locking bolt which is arranged so as to be movable in the axial direction and which engages in a pivot path of the lever part in the closed position (IV).
A gas turbine , comprising: a low-pressure compressor and a low-pressure expansion turbine , which are arranged on a common shaft and together form a lower stage, as well as at least two upper stages, each upper stage comprising a high-pressure compressor , a gas heater arranged downstream of the high-pressure compressor, and a high-pressure expansion turbine which is arranged downstream of the gas heater in the flow direction and is located on a common shaft together with the high-pressure compressor, an inlet of each of the high-pressure compressors being in direct fluid communication with an outlet of the low-pressure compressor, and an outlet of each of the high-pressure expansion turbines being in direct fluid communication with an inlet of the low-pressure expansion turbine, at least one bypass line furthermore being connected to the outlet of the low-pressure compressor and the inlet of the low-pressure expansion turbine, an adjustable throttle member moreover being arranged in each bypass line. an inlet of each of the high-pressure compressors being in direct fluid communication with an outlet of the low-pressure compressor, and an outlet of each of the high-pressure expansion turbines being in direct fluid communication with an inlet of the low-pressure expansion turbine, at least one bypass line furthermore being connected to the outlet of the low-pressure compressor and the inlet of the low-pressure expansion turbine, an adjustable throttle member moreover being arranged in each bypass line.
Ironing appliance comprising a water tank , an iron having a steam generating chamber for producing steam, a feed pump fluidly connected to the water tank and configured to supply water to the steam generating chamber , a steam control member to be manually operated by a user and configured to control a water supply to the steam generating chamber when the steam control member is actuated, and a flow control circuit connected to the steam control member and configured to control the operation of the feed pump , wherein the steam control member is configured to control the communication of an activation signal to the flow control circuit when the steam control member is actuated, and wherein the flow control circuit is configured to control the operation of the feed pump according to a flow control programme when an activation signal is communicated to the flow control circuit , characterised in that the flow control programme has a series of at least three successive flow control phases, the average flow rate of the feed pump being regulated, during each flow control phase, around a respective setpoint flow rate, the values of the setpoint flow rates decreasing from a flow control phase to a next flow control phase.
Method for controlling a light signal system, wherein - in a first time interval of the light signal system, signal times of a signal group (SG1, SG2, SG3, SG4) of the light signal system are determined for a second time interval which follows the first time interval in terms of time on the basis of measured traffic data , - wherein the determined signal times remain unchanged from a predetermined time instant , - wherein the signal group (SG1, SG2, SG3, SG4) in the second time interval is controlled on the basis of the signal times remaining unchanged, so that the signal group (SG1, SG2, SG3, SG4) in the second time interval outputs signals corresponding to the signal times remaining unchanged, - wherein remaining times for the signal images of the signals are determined from the signal times remaining unchanged, provided the signals are switched in the second time interval, - wherein the predetermined time instant is determined such that for currently running signal images of the light signal system, the remaining times determined for each future time instant remain unchanged and that the next switching time instant of a signal is present at the latest at the time instant of the preceding switching time instant. - in a first time interval of the light signal system, signal times of a signal group (SG1, SG2, SG3, SG4) of the light signal system are determined for a second time interval which follows the first time interval in terms of time on the basis of measured traffic data , - wherein the determined signal times remain unchanged from a predetermined time instant , - wherein the signal group (SG1, SG2, SG3, SG4) in the second time interval is controlled on the basis of the signal times remaining unchanged, so that the signal group (SG1, SG2, SG3, SG4) in the second time interval outputs signals corresponding to the signal times remaining unchanged, - wherein remaining times for the signal images of the signals are determined from the signal times remaining unchanged, provided the signals are switched in the second time interval, - wherein the predetermined time instant is determined such that for currently running signal images of the light signal system, the remaining times determined for each future time instant remain unchanged and that the next switching time instant of a signal is present at the latest at the time instant of the preceding switching time instant.
A method for manufacturing a roll of roll-your-own cigarette paper comprising a moisture-activable adhesive tape along one of its long edges, the method comprising the following steps: a) cutting a tape of roll-your-own cigarette paper to obtain a roll of roll-your-own cigarette paper, b) applying a moisture-activable adhesive tape to obtain the roll of roll-your-own cigarette paper comprising a moisture-activable adhesive tape along one of its long edges, the application step b) being carried out before or after the cutting step a), characterised in that the application step b) is carried out by flexographic printing, rotogravure printing or indirect flexographic printing. a) cutting a tape of roll-your-own cigarette paper to obtain a roll of roll-your-own cigarette paper, b) applying a moisture-activable adhesive tape to obtain the roll of roll-your-own cigarette paper comprising a moisture-activable adhesive tape along one of its long edges,
Pneumatic actuation system for machining aggregates, in particular provided with at least one processing tool, said pneumatic actuation system being connectable to a pneumatic supply line , comprising at least one piston-cylinder unit , having a cylinder and a piston , wherein said cylinder has a first chamber , such that when said first chamber is supplied with compressed air, said piston is actuated so as to allow the actuation of the respective machining aggregate, and a pressure adjustment and control unit (U), connectable to said pneumatic supply line , wherein said adjustment and control unit (U) is configured to switch and send upon command the compressed air coming from said pneumatic supply line to said first chamber of said cylinder of said at least one piston-cylinder unit , characterized in that said adjustment and control unit (U) comprises a control valve group , adapted to switch the pressure coming from said supply pneumatic line on said first chamber , and an adjustment valve group for adjusting the compressed air pressure coming from said supply pneumatic line , wherein said control valve group and said adjustment valve group are connected to each other by a pneumatic control line and wherein said adjustment valve group is connected to said supply pneumatic line . at least one piston-cylinder unit , having a cylinder and a piston , wherein said cylinder has a first chamber , such that when said first chamber is supplied with compressed air, said piston is actuated so as to allow the actuation of the respective machining aggregate, and a pressure adjustment and control unit (U), connectable to said pneumatic supply line , wherein said adjustment and control unit (U) is configured to switch and send upon command the compressed air coming from said pneumatic supply line to said first chamber of said cylinder of said at least one piston-cylinder unit , characterized in that said adjustment and control unit (U) comprises a control valve group , adapted to switch the pressure coming from said supply pneumatic line on said first chamber , and an adjustment valve group for adjusting the compressed air pressure coming from said supply pneumatic line , wherein said control valve group and said adjustment valve group are connected to each other by a pneumatic control line and wherein said adjustment valve group is connected to said supply pneumatic line .
A controlled release pet food composition comprising: a source of hydrolyzed animal or plant protein including a nutritionally complete amino acid profile; and a matrix comprising: a fiber component comprising a high solubility fiber source and a low solubility fiber source, wherein the high solubility fiber comprises beet pulp, and wherein the low solubility fiber source comprises a combination of pecan fiber and a cellulosic material; and a polyphenol source, wherein the polyphenol source comprises one or more of cranberry pomace, pomegranate extract, green tea extract; wherein the matrix is extruded and adapted to deliver the polyphenol source to the lower gastrointestinal (GI) tract of a mammal after ingestion by the mammal, wherein the mammal is a dog or a cat, and wherein the weight ratio of the high solubility fiber source to the low solubility fiber source is from 1:20 to 1:2. a fiber component comprising a high solubility fiber source and a low solubility fiber source, wherein the high solubility fiber comprises beet pulp, and wherein the low solubility fiber source comprises a combination of pecan fiber and a cellulosic material; and a polyphenol source, wherein the polyphenol source comprises one or more of cranberry pomace, pomegranate extract, green tea extract; wherein the matrix is extruded and adapted to deliver the polyphenol source to the lower gastrointestinal (GI) tract of a mammal after ingestion by the mammal, wherein the mammal is a dog or a cat, and wherein the weight ratio of the high solubility fiber source to the low solubility fiber source is from 1:20 to 1:2.
Stator holder for a torque sensor device for sensing a torque applied to a shaft, in particular for sensing a torque applied to a steering shaft of a motor vehicle, wherein the stator holder has a receiving region extending in the axial direction along an axis of rotation of the stator holder and a fastening region which, in a functional use state, is adjacent to the receiving region in the axial direction and extends in the axial direction along the axis of rotation of the stator holder , wherein the receiving region is designed for receiving a first stator element and a second stator element on the stator holder , and wherein the fastening region has a fastening sleeve for the fastening of the stator holder on the shaft for rotation therewith, wherein the receiving region and the fastening region are formed by separate components and/or separate assemblies, wherein the second stator element can be introduced into the receiving region in the axial direction from a side facing the fastening region , with respect to a functional use state of the stator holder , and can be secured axially on the stator holder by means of a first fixing ring which can be mounted in the axial direction on the side facing the fastening region , and wherein the first fixing ring is part of the component forming the fastening region and/or of the assembly forming the fastening region , and is connected to the fastening sleeve in an end region of the fastening sleeve that faces the receiving region , with respect to a functional use state of the stator holder , wherein the first fixing ring is arranged on the outside of the fastening sleeve in the radial direction, wherein the fastening sleeve has a flange which extends outwards in the radial direction and to which the fixing ring is fastened, characterized in that the fixing ring has a radial groove via which the fixing ring is fastened radially to the flange, wherein the flange forms that end of the fastening sleeve which faces the receiving region , in order to permit a direct connection between fixing ring and receiving region .