mhurhangee/patent-ind-claim-en huggingface dataset:
A method for executing a smart contract, comprising: after deploying bytecode of a smart contract, compiling (S621), by a blockchain node, the bytecode of the smart contract into machine code through Just-In-Time, JIT, compilation and storing the machine code in a memory local to the blockchain node; determining whether the machine code corresponding to the bytecode of the smart contract to be invoked is locally stored in the memory; and in response to determining that the machine code corresponding to the bytecode of the smart contract to be invoked is not locally stored in the memory, before the JIT compilation of the bytecode of the smart contract is completed, interpreting and executing (S623), by the blockchain node when executing the smart contract, the bytecode of the smart contract. after deploying bytecode of a smart contract, compiling (S621), by a blockchain node, the bytecode of the smart contract into machine code through Just-In-Time, JIT, compilation and storing the machine code in a memory local to the blockchain node; determining whether the machine code corresponding to the bytecode of the smart contract to be invoked is locally stored in the memory; and in response to determining that the machine code corresponding to the bytecode of the smart contract to be invoked is not locally stored in the memory, before the JIT compilation of the bytecode of the smart contract is completed, interpreting and executing (S623), by the blockchain node when executing the smart contract, the bytecode of the smart contract.
Thruster for propelling a watercraft, comprising - at least one propeller arranged on a propeller shaft to be rotated during operation of the thruster ; - a motor for driving the propeller shaft , comprising a rotatable output shaft ; - a drive arrangement coupling the propeller shaft to the output shaft of the motor , the drive arrangement comprising a rotatable drive shaft and a coupling arrangement arranged between the drive shaft and the output shaft of the motor for coupling the drive shaft to the output shaft of the motor , the drive shaft extending in substantially the same direction as the output shaft of the motor , and the propeller shaft being perpendicular to both the drive shaft and the output shaft of the motor ; and - a housing arrangement comprising a gearbox portion for accommodating the propeller shaft and other components including gearing components , an end of the drive shaft extending into the gearbox portion , and a tube- shaped housing portion accommodating and surrounding a part of the drive shaft , connecting to the gearbox portion at one side thereof; characterized in that the motor is a permanent magnet motor and comprises a stationary stator body and a rotatable rotor body, the output shaft of the motor extending from the rotor body; and in that the stator body is provided with a recess at a side of the stator body where the drive arrangement is located, the recess surrounding at least a part of the output shaft of the motor , and the coupling arrangement being at least partially located inside the recess . - at least one propeller arranged on a propeller shaft to be rotated during operation of the thruster ; - a motor for driving the propeller shaft , comprising a rotatable output shaft ; - a drive arrangement coupling the propeller shaft to the output shaft of the motor , the drive arrangement comprising a rotatable drive shaft and a coupling arrangement arranged between the drive shaft and the output shaft of the motor for coupling the drive shaft to the output shaft of the motor , the drive shaft extending in substantially the same direction as the output shaft of the motor , and the propeller shaft being perpendicular to both the drive shaft and the output shaft of the motor ; and - a housing arrangement comprising a gearbox portion for accommodating the propeller shaft and other components including gearing components , an end of the drive shaft extending into the gearbox portion , and a tube- shaped housing portion accommodating and surrounding a part of the drive shaft , connecting to the gearbox portion at one side thereof;
A medicament for use in treating renally impaired patients with chronic kidney disease (CKD) or end-stage renal disease (ESRD) comprising an effective amount of a monoclonal antibody specifically binding to human bone-sialoprotein (BSP) in blood, plasma or serum, whereby extracellular tissue and vascular calcification, atherosclerosis, arteriosclerosis, and arterial calcification are prevented or reduced and the overall outcome of said patients is improved.
A population of mesenchymal stem cells (MSCs) that expresses the Hematopoietic Cell E-/L-selectin Ligand (HCELL) for use in a method of treating diabetes, the method comprising: administering to a subject the population of MSCs, wherein said administering occurs coincident with E-selectin expression on endothelial cells within the target tissue and/or coincident with accumulation of leukocytes within the target tissue. administering to a subject the population of MSCs, wherein said administering occurs coincident with E-selectin expression on endothelial cells within the target tissue and/or coincident with accumulation of leukocytes within the target tissue.
A vehicle front portion structure comprising: a bumper cover ; a bumper absorber provided rearward of the bumper cover of a vehicle, the bumper absorber being configured to absorb energy of a collision between the bumper cover and a collision body during the collision while allowing the bumper cover to move rearward; a front grill provided rearward of the bumper cover of the vehicle and above the bumper absorber , the front grill being configured to move rearward along with the bumper cover during the collision between the bumper cover and the collision body ; a radar device attached to the front grill ; and a deformation limiting member attached to at least one of the front grill and the radar device to be positioned outside a radio wave irradiation range of the radar device and in a space between the radar device and the front grill or the bumper cover , the deformation limiting member being configured to limit deformation of the front grill or the bumper cover to the radar device side during the collision between the bumper cover and the collision body . a bumper cover ; a bumper absorber provided rearward of the bumper cover of a vehicle, the bumper absorber being configured to absorb energy of a collision between the bumper cover and a collision body during the collision while allowing the bumper cover to move rearward; a front grill provided rearward of the bumper cover of the vehicle and above the bumper absorber , the front grill being configured to move rearward along with the bumper cover during the collision between the bumper cover and the collision body ; a radar device attached to the front grill ; and a deformation limiting member attached to at least one of the front grill and the radar device to be positioned outside a radio wave irradiation range of the radar device and in a space between the radar device and the front grill or the bumper cover , the deformation limiting member being configured to limit deformation of the front grill or the bumper cover to the radar device side during the collision between the bumper cover and the collision body .
Arrangement (1, 1a-c; 1') including a fibre-reinforced composite component or composite assembly (2, 2a-c; 2') which comprises at least first and second reinforcing fibre formation sections (3, 4; 3, 5) stitched to each other using a yarn (30; 30'; 60; 60') so as to connect the first and second reinforcing fibre formation sections (3, 4; 3, 5) along a seam (25, 25a-c; 55), the yarn (30; 30'; 30"; 60; 60'; 60") being electrically conductive along a length thereof, and a monitoring device (45; 75) adapted and coupled to the yarn (30; 30'; 30"; 60; 60'; 60") in such a manner as to be capable of sending an electrical input signal along at least a section (37; 67) of the yarn (30; 30'; 30"; 60; 60'; 60") that forms the seam (25, 25a-c; 55) or part thereof and receiving a response signal on the yarn (30; 30'; 30"; 60; 60'; 60"). a fibre-reinforced composite component or composite assembly (2, 2a-c; 2') which comprises at least first and second reinforcing fibre formation sections (3, 4; 3, 5) stitched to each other using a yarn (30; 30'; 60; 60') so as to connect the first and second reinforcing fibre formation sections (3, 4; 3, 5) along a seam (25, 25a-c; 55), the yarn (30; 30'; 30"; 60; 60'; 60") being electrically conductive along a length thereof, and a monitoring device (45; 75) adapted and coupled to the yarn (30; 30'; 30"; 60; 60'; 60") in such a manner as to be capable of sending an electrical input signal along at least a section (37; 67) of the yarn (30; 30'; 30"; 60; 60'; 60") that forms the seam (25, 25a-c; 55) or part thereof and receiving a response signal on the yarn (30; 30'; 30"; 60; 60'; 60").
A near eye display system , comprising: a laser diode configured to generate a light beam, wherein the light beam has a wavelength within a visible spectrum; a modulator coupled to the laser diode , the modulator being configured to vary a current for driving the laser diode ; a diffuser optically coupled to the laser diode , wherein the diffuser comprises a random patterned surface or a pseudo-random surface configured to cause a plurality of light beams including the light beam to bounce off the random patterned surface or the pseudo-random surface and scatter back into the laser diode as reflected beams to generate a chaotic laser pattern; and a 2D spatial light modulator optically coupled to the diffuser , wherein the diffuser couples 2 to 4% of the light impingement back into the laser diode due to the uneven surface of the diffuser , but most of the light pass through the diffuser . a laser diode configured to generate a light beam, wherein the light beam has a wavelength within a visible spectrum; a modulator coupled to the laser diode , the modulator being configured to vary a current for driving the laser diode ; a diffuser optically coupled to the laser diode , wherein the diffuser comprises a random patterned surface or a pseudo-random surface configured to cause a plurality of light beams including the light beam to bounce off the random patterned surface or the pseudo-random surface and scatter back into the laser diode as reflected beams to generate a chaotic laser pattern; and a 2D spatial light modulator optically coupled to the diffuser , wherein the diffuser couples 2 to 4% of the light impingement back into the laser diode due to the uneven surface of the diffuser , but most of the light pass through the diffuser .
An apparatus for tracking a pig travelling inside a tubular object , the apparatus comprising: a sensor arrangement including at least one position sensor configured to detect a passage of the pig travelling inside the tubular object , characterised in that the apparatus further comprises a tracking device configured to: process the detected passage of the pig from a run of the pig through the tubular object to determine a travel time of the pig ; using the determined travel time, calculate a speed of the pig through the tubular object ; and using the calculated pig's speed, perform real-time tracking of the pig's position inside the tubular object in a subsequent run of the pig through the tubular object . a sensor arrangement including at least one position sensor configured to detect a passage of the pig travelling inside the tubular object , characterised in that the apparatus further comprises a tracking device configured to: process the detected passage of the pig from a run of the pig through the tubular object to determine a travel time of the pig ; using the determined travel time, calculate a speed of the pig through the tubular object ; and using the calculated pig's speed, perform real-time tracking of the pig's position inside the tubular object in a subsequent run of the pig through the tubular object . process the detected passage of the pig from a run of the pig through the tubular object to determine a travel time of the pig ; using the determined travel time, calculate a speed of the pig through the tubular object ; and using the calculated pig's speed, perform real-time tracking of the pig's position inside the tubular object in a subsequent run of the pig through the tubular object .
Closure for a container, in particular for fluids, in particular liquids, comprising a connecting element for connecting the closure to a container, a sealing device for sealing the access to a container content and an interface to an adapter, which interface comprises a coupling receptacle , wherein the closure has a delivery position and a use position, wherein in the delivery position the sealing device is closed in a gas- and liquid-tight manner, and wherein in the use position the sealing device is opened, wherein channels for the supply and discharge of air are designed to be closable by the sealing device, characterized in that the coupling receptacle is designed to be movable along a longitudinal axis of the closure from a delivery position into a use position and the coupling receptacle comprises engagement grooves , wherein the engagement grooves are aligned in such a way that engagement elements of a coupling element of an adapter can be inserted along the axis in an insertion direction into the engagement grooves of the coupling receptacle of the closure.
Filter holder for coffee machines, comprising a handle connected to a substantially cylindrical body, inside which a perforated filter is provided, the cylindrical body forming a cup-shaped container for containing coffee powder and being provided with engagement fins , the filter holder further comprising identification means for identifying the type of filter holder , characterized in that said identification means for identifying the type of filter holder comprise at least one diametral magnet whose magnetic orientation can be detected outside the filter holder , wherein said diametral magnet is a disk-shaped magnet having a N-S polarity aligned along a diameter of the magnetic disk itself.
A rotating device for a rotatable lamp with a lighting element , - wherein the rotating device has a first rotating element having a first stop portion , a second rotating element and an intermediate element arranged between the first rotating element and the second rotating element along a common axis of rotation and having a first intermediate stop portion , - wherein the first rotating element , the second rotating element and the intermediate element are arranged rotatably around the axis of rotation , - wherein the first stop portion and the first intermediate stop portion are configured to strike against each other to order to stop a relative rotation of the first rotation element opposite the intermediate element around the axis of rotation , wherein the first intermediate stop portion of the intermediate element extends in radial direction, characterized in that the second rotating element has a second stop portion and the intermediate element has a second intermediate stop portion which extends from the intermediate element in radial direction, wherein the second stop portion and the second intermediate stop portion are configured to strike against each other in order to stop a relative rotation of the second rotation element against the intermediate element around the axis of rotation . - wherein the rotating device has a first rotating element having a first stop portion , a second rotating element and an intermediate element arranged between the first rotating element and the second rotating element along a common axis of rotation and having a first intermediate stop portion , - wherein the first rotating element , the second rotating element and the intermediate element are arranged rotatably around the axis of rotation , - wherein the first stop portion and the first intermediate stop portion are configured to strike against each other to order to stop a relative rotation of the first rotation element opposite the intermediate element around the axis of rotation , wherein
A computer-implemented method for using a portable user profile in multiple smart buildings, wherein the portable user profile is portable across different sites, the method comprising: detecting a presence of a user at the smart building; determining that the user had not previously visited the smart building; retrieving a portable user profile for the user; and setting access control rules based on the portable user profile. detecting a presence of a user at the smart building; determining that the user had not previously visited the smart building; retrieving a portable user profile for the user; and setting access control rules based on the portable user profile.
A control device for a high voltage direct current (HVDC) system , the control device comprising: a communication unit configured to perform communication with a component in the HVDC system ; and a control unit configured to control the communication unit to receive, from the component, data on an available state of the component, and configured to calculate an availability of the HVDC system defined as a ratio of an actual operation time of the HVDC system to an operable time of the HVDC system based on data on the available state of the component, characterized in that the actual operation time of the HVDC system is defined as a time excluding an inoperable time of the HVDC system from the operable time of the HVDC system , wherein the inoperable time of the HVDC system is defined as a time for which the HVDC system does not normally operate for inoperable reasons though the HVDC system is in an operable state, and wherein a planned stop time is not included in the inoperable time of the HVDC system , wherein the planned stop time is a time that has been scheduled to stop for system maintenance and a component check upon the construction of the HVDC system , wherein if the HVDC system transmits power as a bipolar transmission signal and the availability of the HVDC system is lower than a desired value, the control unit is further configured to check a component connected to one side of the bipolar transmission signal at a time when the power moves to another side of the bipolar transmission signal. a communication unit configured to perform communication with a component in the HVDC system ; and a control unit configured to control the communication unit to receive, from the component, data on an available state of the component, and configured to calculate an availability of the HVDC system defined as a ratio of an actual operation time of the HVDC system to an operable time of the HVDC system based on data on the available state of the component, characterized in that the actual operation time of the HVDC system is defined as a time excluding an inoperable time of the HVDC system from the operable time of the HVDC system , wherein the inoperable time of the HVDC system is defined as a time for which the HVDC system does not normally operate for inoperable reasons though the HVDC system is in an operable state, and wherein a planned stop time is not included in the inoperable time of the HVDC system , wherein the planned stop time is a time that has been scheduled to stop for system maintenance and a component check upon the construction of the HVDC system , wherein if the HVDC system transmits power as a bipolar transmission signal and the availability of the HVDC system is lower than a desired value, the control unit is further configured to check a component connected to one side of the bipolar transmission signal at a time when the power moves to another side of the bipolar transmission signal.
A subcutaneous implantation tool for use in implanting an implantable medical device , the subcutaneous implantation tool comprising: a tunneler comprising a first proximal end and a first distal end; a handle comprising a second proximal end and a second distal end, wherein the handle defines a channel configured to receive the implantable medical device , wherein the channel extends along the handle from the second proximal end to a distal opening at the second distal end through which the implantable medical device , when received in the channel , is deliverable into tissue, wherein the channel terminates at the second distal end, and wherein a portion of the channel is open to allow visual verification that the implantable medical device , when received in the channel , is properly inserted into the channel , wherein the tunneler extends distally from the implantation tool handle such that the first proximal end of the tunneler adjoins the second distal end of the handle on the lower surface of the channel , a plunger , fitting within the channel , and movable in the channel to advance the implantable medical device , when received in the channel , through the distal opening and alongside and exterior to the tunneler , wherein the first distal end of the tunneler is configured to be insertable into an incision and for blunt dissection of the subcutaneous tissue from the incision to form an implantation path for the implantable medical device . a tunneler comprising a first proximal end and a first distal end; a handle comprising a second proximal end and a second distal end, wherein the handle defines a channel configured to receive the implantable medical device , wherein the channel extends along the handle from the second proximal end to a distal opening at the second distal end through which the implantable medical device , when received in the channel , is deliverable into tissue, wherein the channel terminates at the second distal end, and wherein a portion of the channel is open to allow visual verification that the implantable medical device , when received in the channel , is properly inserted into the channel , wherein the tunneler extends distally from the implantation tool handle such that the first proximal end of the tunneler adjoins the second distal end of the handle on the lower surface of the channel , a plunger , fitting within the channel , and movable in the channel to advance the implantable medical device , when received in the channel , through the distal opening and alongside and exterior to the tunneler , wherein the first distal end of the tunneler is configured to be insertable into an incision and for blunt dissection of the subcutaneous tissue from the incision to form an implantation path for the implantable medical device .
A boom mower head for mounting on a commercial vehicle, with at least one cutting unit which has at least two cutter blade discs running in a mower housing, the mower housing having at least one inlet opening set up towards the mowing direction, characterized in that the mower housing has a housing base , and in that the housing base has a closed base plate and a finger cutter bar which extends beneath the cutter blade discs and the fingers of which point to the inlet opening of the mower housing . that the mower housing has a housing base , and in that the housing base has a closed base plate and a finger cutter bar which extends beneath the cutter blade discs and the fingers of which point to the inlet opening of the mower housing .