mhurhangee/patent-ind-claim-en huggingface dataset:
Industrial truck which is designed as a towing vehicle for towing a plurality of trailers in a route train, wherein a curve control is provided which reduces a maximum permissible value for at least one driving parameter for a trip around a curve characterised in that the curve control additionally has a signal input for a trailer curve signal which indicates a turning movement for one of the towed trailers , wherein the curve control does not cancel the reduction of the maximum permissible value of the driving parameter until the curve signal present at the signal input indicates that none of the trailers is in a turning movement.
Apparatus, comprising: a flexible mesh having an insertion configuration, in which the mesh is smaller than a muscle hole to be repaired to facilitate advancing the mesh through the hole , and an implanted configuration, in which the mesh is substantially flat and larger than the hole to block the hole , the apparatus being characterised in that the apparatus further comprises: a ribbon or threads plug engaged with the mesh to fill the muscle hole when the mesh is in the implanted configuration, the plug being formed in a petal configuration and extending away from a plane defined by the mesh when the mesh is in the implanted configuration; and at least one strengthening member engaged with at least one periphery of the plug, wherein: said muscle hole to be repaired is an opening of a muscle wall , said muscle wall being a wall of an abdomen muscle in which the muscle hole has formed as a hernia. a ribbon or threads plug engaged with the mesh to fill the muscle hole when the mesh is in the implanted configuration, the plug being formed in a petal configuration and extending away from a plane defined by the mesh when the mesh is in the implanted configuration; and at least one strengthening member engaged with at least one periphery of the plug, wherein: said muscle hole to be repaired is an opening of a muscle wall , said muscle wall being a wall of an abdomen muscle in which the muscle hole has formed as a hernia.
A method for executing a smart contract of a blockchain, wherein the blockchain is interconnected to a trusted third party, a contract engine for executing a smart contract is deployed in the trusted third party, and the method comprises: receiving , by a node device in the blockchain, a target transaction initiated by a client device to invoke a target smart contract; obtaining , by the node device, contract source code of the target smart contract from a distributed database of the blockchain in response to the target transaction; sending , by the node device, the contract source code to the trusted third party so that the contract engine of the trusted third party executes the contract source code and returns an execution result to the node device, wherein the blockchain is interconnected to a second trusted third party that serves as a verification party; sending, by the node device, the execution result to the second trusted third party for a contract engine of the second trusted third party to verify the execution result; in response to determining that verification on the execution result succeeds, publishing, by the node device, the execution result to all node devices in the blockchain for consensus processing; and storing the execution result in the blockchain after the consensus succeeds. receiving , by a node device in the blockchain, a target transaction initiated by a client device to invoke a target smart contract; obtaining , by the node device, contract source code of the target smart contract from a distributed database of the blockchain in response to the target transaction; sending , by the node device, the contract source code to the trusted third party so that the contract engine of the trusted third party executes the contract source code and returns an execution result to the node device, wherein the blockchain is interconnected to a second trusted third party that serves as a verification party; sending, by the node device, the execution result to the second trusted third party for a contract engine of the second trusted third party to verify the execution result; in response to determining that verification on the execution result succeeds, publishing, by the node device, the execution result to all node devices in the blockchain for consensus processing; and storing the execution result in the blockchain after the consensus succeeds.
Method for adjusting a pitch angle (α) of a rotor blade connected to a rotor of a wind turbine , the method comprising: pitching the rotor blade towards a target blade pitch angle with a pitch rotational speed that depends on a load on a pitch bearing, wherein the pitch rotational speed is adjusted to be lower in a range of azimuthal positions in which the load on the pitch bearing due to aerodynamics and due to gravitation is larger than for other azimuthal positions, wherein the pitch rotational speed depends on the azimuthal position (β, 41), if a pitch bearing load indicating quantity indicates that the load of the pitch bearing exceeds a threshold. pitching the rotor blade towards a target blade pitch angle with a pitch rotational speed that depends on a load on a pitch bearing, wherein the pitch rotational speed is adjusted to be lower in a range of azimuthal positions in which the load on the pitch bearing due to aerodynamics and due to gravitation is larger than for other azimuthal positions, wherein the pitch rotational speed depends on the azimuthal position (β, 41), if a pitch bearing load indicating quantity indicates that the load of the pitch bearing exceeds a threshold.
A glucose monitoring method using glucose dehydrogenase comprising the following properties and : a Km for D-glucose of 0.1 mM or more and 100 mM or less; and a Km for D-xylose of 736 mM or more and 3000 mM or less. a Km for D-glucose of 0.1 mM or more and 100 mM or less; and a Km for D-xylose of 736 mM or more and 3000 mM or less.
A thermoelectric conversion element , characterized by being made of a magnetic material with a band structure having Weyl points which exist within a range of ±0.1 eV from Fermi energy, wherein the thermoelectric conversion element has a thermoelectric mechanism for generating electromotive force by anomalous Nernst effect.
A clutch control system for a vehicle with a clutch and a manual transmission , the clutch control system comprising: a driver interface configured to switch between an active state and an inactive state, wherein the driver interface is operable by a driver of the vehicle; a clutch control unit configured to receive an indication of a switching operation of the driver interface , wherein the clutch control unit is operable to control the clutch to engage or to disengage in response to the received indication and to control the clutch as long as the driver interface is in the active state; and characterized in that a timer coupled to the clutch control unit and configured to measure a time-out period, wherein the timer is activated upon switching the driver interface from the active state to the inactive state and the clutch control unit is configured to engage the clutch only upon expiring of the time-out period. a driver interface configured to switch between an active state and an inactive state, wherein the driver interface is operable by a driver of the vehicle; a clutch control unit configured to receive an indication of a switching operation of the driver interface , wherein the clutch control unit is operable to control the clutch to engage or to disengage in response to the received indication and to control the clutch as long as the driver interface is in the active state; and characterized in that a timer coupled to the clutch control unit and configured to measure a time-out period, wherein the timer is activated upon switching the driver interface from the active state to the inactive state and the clutch control unit is configured to engage the clutch only upon expiring of the time-out period.
Method for machining longitudinal edges of metal workpieces using a circumferential milling cutter having at least one spiral-shaped cutting edge, the at least one cutting edge (z) of the circumferential milling cutter contacting a machining surface (B) of the workpiece with a plurality of teeth simultaneously, characterised in that the plurality of teeth, acting in the feed direction, of the at least one cutting edge simultaneously contact the machining surface (B) at regular intervals (a s ), and in that , during the machining of the workpiece , all of the cutting edges (z) are brought into engagement with the machining surface (B) over an effective length (I) and at an equal cutting depth (t), and the chips (s) in each case are removed over a length of the workpiece , which corresponds to the tooth interval (a s ), between the adjacent teeth simultaneously with the movement thereof along the effective length (I) in the feed direction.
A heat pump comprising: a compressor configured to compress a refrigerant; a first temperature sensor disposable in heating pipes connected to a heating device for performing indoor heating and configured to sense a temperature of water flowing through the heating pipes ; and a controller configured to control the compressor to operate depending on an operation of a boiler ; characterized in that : the controller is configured to: calculate a rate of change of the temperature of the water flowing through the heating pipes based on a sensing value of the first temperature sensor , and determine whether the boiler provides a heating function based on the calculated rate of change of the temperature of the water. a compressor configured to compress a refrigerant; a first temperature sensor disposable in heating pipes connected to a heating device for performing indoor heating and configured to sense a temperature of water flowing through the heating pipes ; and a controller configured to control the compressor to operate depending on an operation of a boiler ; calculate a rate of change of the temperature of the water flowing through the heating pipes based on a sensing value of the first temperature sensor , and determine whether the boiler provides a heating function based on the calculated rate of change of the temperature of the water.
A vent filter , preferably for a pure liquid storage tank, comprising: a cylindrical shell ; at least one compartment (A) for accommodating granular filter material , said at least one compartment (A) defined between an inner peripheral surface of the shell and a pair of spaced apart separator plates arranged in the shell such that the spacing of the separator plates in the axial direction of the shell can be changed and fixed so as to apply a pressure on the granular filter material in the at least one compartment (A); an air inlet and an air outlet respectively arranged to allow a flow of air through the granular filter material in the at least one compartment (A); and a support member and a locking mechanism for allowing fixing of at least one of the separator plates in a plurality of defined positions in the axial direction of the shell on the support member , wherein the support member comprises a preferably central shaft extending in the axial direction of the shell and supporting the at least one of the separator plates thereon; the separator plate(s) has/have a hub supported on the shaft so as to be movable in the axial direction; and the locking mechanism comprises one or more protrusions provided on the hub and configured to be engaged with plural recesses provided on the shaft to define the plural axial fixing positions for the hub . a cylindrical shell ; at least one compartment (A) for accommodating granular filter material , said at least one compartment (A) defined between an inner peripheral surface of the shell and a pair of spaced apart separator plates arranged in the shell such that the spacing of the separator plates in the axial direction of the shell can be changed and fixed so as to apply a pressure on the granular filter material in the at least one compartment (A); an air inlet and an air outlet respectively arranged to allow a flow of air through the granular filter material in the at least one compartment (A); and a support member and a locking mechanism for allowing fixing of at least one of the separator plates in a plurality of defined positions in the axial direction of the shell on the support member , wherein the support member comprises a preferably central shaft extending in the axial direction of the shell and supporting the at least one of the separator plates thereon; the separator plate(s) has/have a hub supported on the shaft so as to be movable in the axial direction; and the locking mechanism comprises one or more protrusions provided on the hub and configured to be engaged with plural recesses provided on the shaft to define the plural axial fixing positions for the hub .
Process for producing reactive resins for intumescent coatings, characterized in that a first monomer mixture comprising at least one acid-functionalized monomer is polymerized to a degree of polymerization of 70% by weight to 95% by weight, after which the polymerization is terminated, in that the polymer thereby formed has a glass transition temperature, calculated according to the Fox equation, of less than 23°C, and in that , after termination of the polymerization, the mixture containing 70 to 95% by weight of polymer is diluted with a second monomer mixture that differs from the first monomer mixture.
A method performed by a first device forming a first node of a machine-to-machine, M2M, network, the method comprising: determining to communicate with a second device forming a second node of the M2M network at a first time; accessing information associated with an estimated availability of the second device, the information associated with the estimated availability having been derived from a historical collection of data indicating a past availability of the second device; determining, based on the estimated availability of the second device, that the second device is estimated to be not available to communicate with the first device at the first time; and determining, based on the estimated availability of the second device, to communicate with the second device at a second time when the second device is estimated to be available. determining to communicate with a second device forming a second node of the M2M network at a first time; accessing information associated with an estimated availability of the second device, the information associated with the estimated availability having been derived from a historical collection of data indicating a past availability of the second device; determining, based on the estimated availability of the second device, that the second device is estimated to be not available to communicate with the first device at the first time; and determining, based on the estimated availability of the second device, to communicate with the second device at a second time when the second device is estimated to be available.
A method for manufacturing a profile member for a suspended ceiling system, comprising forming a sheet metal material into an elongate T-shaped profile member with a web having two web side walls and a pair of oppositely disposed flanges projecting from a bottom portion of the web , and laser welding the elongate T-shaped profile member for providing a laser weld joint extending in a longitudinal direction (L1) of the T-shaped profile member and joining the two web side walls to each other, characterized in that the step of laser welding comprises alternatingly performing a first operation and a second operation, the second operation being different from the first operation, whereby a laser weld joint is provided comprising along its extension alternating welded first sections associated to the first operation and welded second sections associated to the second operation, wherein each first operation comprises laser welding at first energy level and each second operation comprises laser welding at a second energy level, the second energy level being below the first energy level. forming a sheet metal material into an elongate T-shaped profile member with a web having two web side walls and a pair of oppositely disposed flanges projecting from a bottom portion of the web , and laser welding the elongate T-shaped profile member for providing a laser weld joint extending in a longitudinal direction (L1) of the T-shaped profile member and joining the two web side walls to each other, characterized in that the step of laser welding comprises alternatingly performing a first operation and a second operation, the second operation being different from the first operation, whereby a laser weld joint is provided comprising along its extension alternating welded first sections associated to the first operation and welded second sections associated to the second operation, wherein each first operation comprises laser welding at first energy level and each second operation comprises laser welding at a second energy level, the second energy level being below the first energy level.
A drive system , having - a transmission housing , - an input shaft , - an output shaft , - a multistage superposition transmission via which the input shaft and the output shaft are connected to a first rotor shaft of a first motor and to a second rotor shaft of a second motor , - a power controller via which the two motors are coupled to form a continuously variable actuating mechanism, and - an energy accumulator to which the two motors are connected, wherein the multistage superposition transmission has a planetary gear stage with a sungear , a ring gear and a planet carrier with a plurality of planet gears , wherein - the input shaft , the output shaft and the second motor with its second rotor shaft are arranged coaxially on a first shaft train , - the multistage superposition transmission with the sungear , the ring gear and the planet carrier is configured only as a three-shaft planetary gear stage, and - the first motor with its first rotor shaft is arranged on a third shaft train which is situated parallel to the first shaft train and to a second shaft train , characterized in that the three-shaft planetary gear stage is arranged on a second shaft train which is arranged parallel to the first shaft train . - a transmission housing , - an input shaft , - an output shaft , - a multistage superposition transmission via which the input shaft and the output shaft are connected to a first rotor shaft of a first motor and to a second rotor shaft of a second motor , - a power controller via which the two motors are coupled to form a continuously variable actuating mechanism, and - an energy accumulator to which the two motors are connected, wherein the multistage superposition transmission has a planetary gear stage with a sungear , a ring gear and a planet carrier with a plurality of planet gears , wherein - the input shaft , the output shaft and the second motor with its second rotor shaft are arranged coaxially on a first shaft train , - the multistage superposition transmission with the sungear , the ring gear and the planet carrier is configured only as a three-shaft planetary gear stage, and - the first motor with its first rotor shaft is arranged on a third shaft train which is situated parallel to the first shaft train and to a second shaft train ,
An scFv antibody fragment which specifically binds tumor-associated glycoprotein 72 (TAG-72), wherein the antibody fragment comprises SEQ ID NO: 1 or SEQ ID NO:2.
A submarine having at least one first fuel cell and at least one first reformer, wherein the at least one first reformer is configured to produce hydrogen from methanol, wherein the submarine has at least one first tank , a second tank and a third tank , wherein the first tank being connectable to the reformer for fluid transport, wherein the second tank can be connected to the reformer for fluid transport, wherein the third tank can be connected to the reformer for fluid transport, wherein the first tank can be connected to the second tank for fluid transport, 17) for fluid transport, wherein the first tank is connectable to the third tank for fluid transport, wherein the second tank being connectable to the third tank for fluid transport, the first tank being connected on the underside to a first outlet valve , the first tank being connected on the upper side to a first inlet valve at the top, that the second tank is to a second outlet valve at the bottom, that the second tank is connected at the top to a second inlet valve , that the third tank is connected at the bottom to a third outlet valve , and that the third tank is connected at the bottom to a third outlet valve , 14, 15, 16, 17) is connected on the upper side to a third inlet valve , characterised in that the first outlet valve , the second outlet valve and the third outlet valve are connected to a second outlet valve , 21, 22, 23, 24, 25, 26, 27) are connected via an outlet connection , wherein the first inlet valve , the second inlet valve and the third inlet valve are connected via an inlet connection , 37) are connected via an inlet connection , wherein the inlet connection and the outlet connection are connected to one another via a pump , wherein the first tank is connected on the underside to a first methanol drain valve on the underside, that the second tank is connected to a second methanol drain valve on the underside, and that the third tank is connected to a second methanol drain valve on the underside, 17) is connected on the underside to a third methanol drain valve , wherein the first methanol drain valve , the second methanol drain valve and the third methanol drain valve are connected to each other via a methanol discharge valve , 86, 87) are connected via a methanol discharge connection , wherein the methanol discharge connection is connected to the at least one first reformer via at least one first methanol discharge pump, wherein the first tank is connected on the underside to a first water drain valve , in that the second tank is connected on the underside to a second water drain valve , and in that the third tank is connected on the underside to a second water drain valve , 11, 12, 13, 14, 15, 16, 17) is connected at the underside to a third water drain valve , wherein the first water drain valve , the second water drain valve and the third water drain valve are connected at the underside to a third water drain valve , 117) and the third water drain valve are connected via a water drain connection , wherein the water drain connection is connected to the at least one first reformer via at least one first water drain pump.