mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: receiving , from an external computing device, a request to provision a stack of network resources (108 -(N)) based at least in part on a template received from the external computing device, the template comprising: one or more parameters associated with each of the network resources (108 -(N)); and instructions effective at least in part to provision the stack of network resources (108 -(N)) according to the one or more parameters; parsing the template to: identify each of the network resources (108 -(N)) requested for provisioning; identify each of the associated one or more parameters; and determine an order to provision each of the network resources (108 -(N)) based on respective dependencies of the network resources (108 -(N)) identified in the template; and executing a stack management workflow comprising attempting to provision each of the network resources (108 -(N)) according to the one or more parameters and the determined order. one or more parameters associated with each of the network resources (108 -(N)); and instructions effective at least in part to provision the stack of network resources (108 -(N)) according to the one or more parameters; parsing the template to: identify each of the network resources (108 -(N)) requested for provisioning; identify each of the associated one or more parameters; and determine an order to provision each of the network resources (108 -(N)) based on respective dependencies of the network resources (108 -(N)) identified in the template; and executing a stack management workflow comprising attempting to provision each of the network resources (108 -(N)) according to the one or more parameters and the determined order. identify each of the network resources (108 -(N)) requested for provisioning; identify each of the associated one or more parameters; and determine an order to provision each of the network resources (108 -(N)) based on respective dependencies of the network resources (108 -(N)) identified in the template; and executing a stack management workflow comprising attempting to provision each of the network resources (108 -(N)) according to the one or more parameters and the determined order.
A tire rubber composition comprising: a rubber elastomer comprising at least 50 phr of natural rubber or natural polyisoprene; a reinforcing filler component and an oil component; said reinforcing filler component comprising 1 to 80 phr of a recycled carbon black; said oil component comprising 1 to 8 phr of a plant oil; and a recycled particulate rubber in an amount of 1 phr to 75 phr; wherein the composition contains no more than 10 phr of any oil other than the plant oil and no more than 5 phr of any carbon black other than the recycled carbon black, and wherein said recycled carbon black is at least 75% by weight of the reinforcing filler component. a rubber elastomer comprising at least 50 phr of natural rubber or natural polyisoprene; a reinforcing filler component and an oil component; said reinforcing filler component comprising 1 to 80 phr of a recycled carbon black; said oil component comprising 1 to 8 phr of a plant oil; and a recycled particulate rubber in an amount of 1 phr to 75 phr; wherein the composition contains no more than 10 phr of any oil other than the plant oil and no more than 5 phr of any carbon black other than the recycled carbon black, and wherein said recycled carbon black is at least 75% by weight of the reinforcing filler component.
A lithium electrode comprising: a lithium metal; and a protective layer on at least one surface of the lithium metal, wherein the protective layer comprises a copolymer containing an acetal and a fluorine-based material. a lithium metal; and a protective layer on at least one surface of the lithium metal, wherein the protective layer comprises a copolymer containing an acetal and a fluorine-based material.
A locking cabinet comprising: a shell having high-strength material and at least one aperture, and configured to contain at least one electronic device; a shell door attached to the shell and covering an aperture, and having high-strength material and; a locking mechanism configured for locking the shell door closed; a mirror at least partially covering and concealing the shell door; a mirror touch screen keypad configured to accept a combination for locking or unlocking the locking mechanism; and an electric power source inside the shell configured to provide electric power to the at least one electronic device when the shell door is closed. a shell having high-strength material and at least one aperture, and configured to contain at least one electronic device; a shell door attached to the shell and covering an aperture, and having high-strength material and; a locking mechanism configured for locking the shell door closed; a mirror at least partially covering and concealing the shell door; a mirror touch screen keypad configured to accept a combination for locking or unlocking the locking mechanism; and an electric power source inside the shell configured to provide electric power to the at least one electronic device when the shell door is closed.
A device for research on an ignition mechanism of an oblique-injecting non-premixed annular combustor, comprising: a distribution chamber and an annular combustor , wherein the distribution chamber comprises a top flange , and the annular combustor comprises oblique-injecting swirl nozzles , an inner wall of the combustor, and an outer wall assembly of the combustor; and the inner wall of the combustor and the outer wall assembly of the combustor are mounted at a top end of the top flange ; each of the oblique-injecting swirl nozzles obliquely passes through the top flange and is mounted on the top flange , and the annular combustor is in communication with the distribution chamber through the oblique-injecting swirl nozzle , wherein a side wall of the outer wall assembly of the combustor is provided with an ignition pin hole , characterized in that the device further comprises an atomizing jet assembly, wherein the atomizing jet assembly comprises an atomizing nozzle and an atomizing nozzle fixing seat , wherein the atomizing nozzle fixing seat is provided with a fuel delivery inlet threaded hole and an atomizing nozzle connecting threaded hole, the atomizing nozzle fixing seat is in a threaded connection with a side wall of an outer middle wall of the combustor, the atomizing nozzle is mounted in the atomizing nozzle connecting threaded hole, and the fuel delivery inlet threaded hole is connected to a fuel delivery pipeline, wherein the oblique-injecting swirl nozzle is provided with a first swirl channel , a second swirl channel , and a main flow channel . the device further comprises an atomizing jet assembly, wherein the atomizing jet assembly comprises an atomizing nozzle and an atomizing nozzle fixing seat , wherein the atomizing nozzle fixing seat is provided with a fuel delivery inlet threaded hole and an atomizing nozzle connecting threaded hole, the atomizing nozzle fixing seat is in a threaded connection with a side wall of an outer middle wall of the combustor, the atomizing nozzle is mounted in the atomizing nozzle connecting threaded hole, and the fuel delivery inlet threaded hole is connected to a fuel delivery pipeline, wherein the oblique-injecting swirl nozzle is provided with a first swirl channel , a second swirl channel , and a main flow channel .
Integrated circuitry, comprising: a clock path for carrying a clock signal from a clock source to a circuit block , the circuit block being operable based on said clock signal; and an AC coupling capacitor connected in series along the clock path , wherein: the integrated circuitry has a layered structure comprising a plurality of metal layers and one or more via layers sandwiched between adjacent said metal layers, characterised in that : the clock path is implemented across adjacent or different said metal layers with portions of the clock path implemented over one another in an overlapped configuration; the AC coupling capacitor is implemented in a said via layer between two adjacent said metal layers across which the clock path is implemented; and the AC coupling capacitor comprises a plurality of capacitors connected together and is provided between the overlapped portions and distributed along a length of the overlapped portions so that it underlies or overlies part of the clock path so as not to take up additional area either side of the clock path in said layers. a clock path for carrying a clock signal from a clock source to a circuit block , the circuit block being operable based on said clock signal; and an AC coupling capacitor connected in series along the clock path , wherein: the integrated circuitry has a layered structure comprising a plurality of metal layers and one or more via layers sandwiched between adjacent said metal layers, characterised in that : the clock path is implemented across adjacent or different said metal layers with portions of the clock path implemented over one another in an overlapped configuration; the AC coupling capacitor is implemented in a said via layer between two adjacent said metal layers across which the clock path is implemented; and the AC coupling capacitor comprises a plurality of capacitors connected together and is provided between the overlapped portions and distributed along a length of the overlapped portions so that it underlies or overlies part of the clock path so as not to take up additional area either side of the clock path in said layers. the clock path is implemented across adjacent or different said metal layers with portions of the clock path implemented over one another in an overlapped configuration; the AC coupling capacitor is implemented in a said via layer between two adjacent said metal layers across which the clock path is implemented; and the AC coupling capacitor comprises a plurality of capacitors connected together and is provided between the overlapped portions and distributed along a length of the overlapped portions so that it underlies or overlies part of the clock path so as not to take up additional area either side of the clock path in said layers.
Personal protection apparatus of a vehicle , wherein the vehicle is designed as a rail vehicle, with a fairing in front of elements posing a risk of injury on the front side of the vehicle , characterised in that the fairing has the elements posing a risk of injury in a releasable manner, wherein the fairing has a two-part, C-shaped frame with a stretched, flexible tarpaulin , and an upper frame part of the two-part frame is fixed, and a lower frame part of the two-part frame in a region of the vehicle set back from the front side is connected to the upper frame part or to the vehicle in an articulated manner.
A device, preferably for a lift system, for actuating at least one cabin or shaft door , comprising a coupling mechanism which can be fastened to a moveable cabin door of a cabin and/or to a shaft door on the respective storey , and comprising a plate unit cooperating with the coupling mechanism and which can be fixed onto the shaft door on the respective storey or to the cabin door , whereby the coupling mechanism has a coupling element that can be adjusted transversely to the latter or to the cabin door or the shaft door and which is moveable from a drawn back position into a position coupled with a counter-element of the plate unit , characterised in that the coupling element of an adjusting device of the coupling mechanism is moveable from a drawn back position into a position coupled in the counter-element of the plate unit .
A computer implemented method of reading a multi-character code, said method comprising in response to receiving an image of the multi-character code, identifying regions in which respective characters of the code reside; applying the identified regions to a neural network to determine the respective characters in the identified regions; displaying the determined characters in an ordered sequence for a user to visually inspect to confirm that each of the determined characters are correct, characterized wherein displaying the determined characters includes displaying the determined characters with character recognition probability levels over a threshold probability level as determined by the neural network; displaying one or more characters of respective one or more characters determined to have character recognition probability levels below the threshold probability level in a format different from the characters determined to have character recognition probability levels over the threshold probability level so as to notify the user to supply one or more corrected characters of the code displayed in the different format; enabling the user to enter the one or more corrected characters for each of the characters in a different format; and responsive to receiving the one or more corrected characters from the user, applying the one or more corrected characters to a training set of characters to train the neural network. in response to receiving an image of the multi-character code, identifying regions in which respective characters of the code reside; applying the identified regions to a neural network to determine the respective characters in the identified regions; displaying the determined characters in an ordered sequence for a user to visually inspect to confirm that each of the determined characters are correct, characterized wherein displaying the determined characters includes displaying the determined characters with character recognition probability levels over a threshold probability level as determined by the neural network; displaying one or more characters of respective one or more characters determined to have character recognition probability levels below the threshold probability level in a format different from the characters determined to have character recognition probability levels over the threshold probability level so as to notify the user to supply one or more corrected characters of the code displayed in the different format; enabling the user to enter the one or more corrected characters for each of the characters in a different format; and responsive to receiving the one or more corrected characters from the user, applying the one or more corrected characters to a training set of characters to train the neural network.
A network node coupleable via a transmission line to an apparatus , the network node comprising means for: - receiving supply power from the apparatus via the transmission line ; - performing a line measurement on the transmission line ; and - signaling to the apparatus to disconnect from the transmission line , wherein the means are further configured to perform the line measurement on the transmission line during a period of time when the apparatus is disconnected from the transmission line , wherein the means are further configured for: applying an invalid or no predefined signature to the transmission line ; or violating a power constraint for drawing supply power provided from the apparatus . - receiving supply power from the apparatus via the transmission line ; - performing a line measurement on the transmission line ; and - signaling to the apparatus to disconnect from the transmission line , applying an invalid or no predefined signature to the transmission line ; or violating a power constraint for drawing supply power provided from the apparatus .
A motor drive device that drives a motor , the motor drive device comprising: a rectifier circuit to enable an alternating-current voltage to be rectified by respective rectification systems of full-wave rectification and voltage doubler rectification, and to output a direct-current voltage; an inverter circuit to convert the direct-current voltage into an alternating-current voltage and to output the alternating-current voltage to the motor ; a switching unit to perform switching between the full-wave rectification and the voltage doubler rectification; and a control unit , characterized in that inverter circuit being capable of switching a state between a driving state in which the direct-current voltage is applied and the motor is driven and a standby state in which the direct-current voltage is applied and the motor is stopped being driven, and the control unit controls the switching unit on a basis of a voltage value of the alternating-current voltage, the state of the inverter circuit , and an external input signal input to the motor drive device from an instrument outside the motor drive device or information on an integrated operation time of a device including the motor drive device indicated by internal data stored in the control unit . a rectifier circuit to enable an alternating-current voltage to be rectified by respective rectification systems of full-wave rectification and voltage doubler rectification, and to output a direct-current voltage; an inverter circuit to convert the direct-current voltage into an alternating-current voltage and to output the alternating-current voltage to the motor ; a switching unit to perform switching between the full-wave rectification and the voltage doubler rectification; and a control unit , characterized in that inverter circuit being capable of switching a state between a driving state in which the direct-current voltage is applied and the motor is driven and a standby state in which the direct-current voltage is applied and the motor is stopped being driven, and the control unit controls the switching unit on a basis of a voltage value of the alternating-current voltage, the state of the inverter circuit , and an external input signal input to the motor drive device from an instrument outside the motor drive device or information on an integrated operation time of a device including the motor drive device indicated by internal data stored in the control unit . characterized in that inverter circuit being capable of switching a state between a driving state in which the direct-current voltage is applied and the motor is driven and a standby state in which the direct-current voltage is applied and the motor is stopped being driven, and the control unit controls the switching unit on a basis of a voltage value of the alternating-current voltage, the state of the inverter circuit , and an external input signal input to the motor drive device from an instrument outside the motor drive device or information on an integrated operation time of a device including the motor drive device indicated by internal data stored in the control unit .
Outlet device for draining waste water, having an upper edge surface forming an outer enclosure of the outlet device , a supporting surface for supporting a cover element such that its walkable surface is substantially flush with the upper edge surface , and a bottom for collecting and directing waste water into an opening of a drain pipe in the bottom of the outlet device , wherein at least part of the supporting surface is designed to slope down towards the bottom in such a way that, in use, waste water that reaches the supporting surface flows towards the bottom , wherein the upper edge surface , the supporting surface and the bottom are connected to one another by connecting walls that extend essentially vertically in use, wherein the bottom has a plurality of bottom elements that are inclined at an angle to one another and slope down towards the opening of the drain pipe , wherein the bottom elements are connected to one another via connecting edges , wherein the connecting edges between the bottom elements of the bottom are each aligned perpendicular to one another when viewed from above. a supporting surface for supporting a cover element such that its walkable surface is substantially flush with the upper edge surface , and a bottom for collecting and directing waste water into an opening of a drain pipe in the bottom of the outlet device , wherein at least part of the supporting surface is designed to slope down towards the bottom in such a way that, in use, waste water that reaches the supporting surface flows towards the bottom , wherein the upper edge surface , the supporting surface and the bottom are connected to one another by connecting walls that extend essentially vertically in use, wherein the bottom has a plurality of bottom elements that are inclined at an angle to one another and slope down towards the opening of the drain pipe , wherein the bottom elements are connected to one another via connecting edges , wherein the connecting edges between the bottom elements of the bottom are each aligned perpendicular to one another when viewed from above.
A polyester resin having a structure, wherein acid moieties derived from a dicarboxylic acid or a derivative thereof and diol moieties derived from diol are repeated by polymerization of the dicarboxylic acid or the derivative thereof comprising a terephthalic acid or a derivative thereof and diol comprising isosorbide, the polyester resin comprising 7 to 20 mol% of the diol moieties derived from isosorbide with respect to the total diol moieties derived from diol, having an intrinsic viscosity of 0.85 dl/g or more, which is measured at 35°C after dissolving the polyester resin in ortho chloro phenol at a concentration of 1.2 g/dl at 150°C for 15 minutes, a glass transition temperature of 87°C or higher, measured using the method described in the present specification, and enthalpy of fusion of 40 J/g or more, which is measured during 1 st scan by differential scanning calorimetry (DSC).
Actuator assembly configured for rotary actuation around a pivot axis, especially for pivoting angles greater than 0° and less than 360°, comprising: a motor with a rotary drive; a drive train with a capstan drive comprising a drive pulley and a main pulley and transmission means for interconnecting the pulleys, wherein the main pulley is pivotable around the pivot axis, wherein the drive train couples the motor to the pivot axis via the drive pulley and the transmission means; an absolute torque sensor device configured for detecting the torque in the pivot axis; wherein the transmission means are provided by at least one cable, preferably a plurality of cables, each cable transmitting the drive pulley's pivoting motion to the main pulley by tensile forces applied to the lateral area (1.4) of the main pulley, characterized in that the absolute torque sensor device exhibits at least one force sensor (12.2), especially at least one strain gauge load cell, the force sensor being coupled to the capstan drive, especially coupled to the drive pulley, such that the actuator assembly is configured for absolute torque measurement via force measurement. a motor with a rotary drive; a drive train with a capstan drive comprising a drive pulley and a main pulley and transmission means for interconnecting the pulleys, wherein the main pulley is pivotable around the pivot axis, wherein the drive train couples the motor to the pivot axis via the drive pulley and the transmission means; an absolute torque sensor device configured for detecting the torque in the pivot axis; wherein the transmission means are provided by at least one cable, preferably a plurality of cables, each cable transmitting the drive pulley's pivoting motion to the main pulley by tensile forces applied to the lateral area (1.4) of the main pulley, characterized in that the absolute torque sensor device exhibits at least one force sensor (12.2), especially at least one strain gauge load cell, the force sensor being coupled to the capstan drive, especially coupled to the drive pulley, such that the actuator assembly is configured for absolute torque measurement via force measurement.