mhurhangee/patent-ind-claim-en huggingface dataset:
A method for automatic application deployment, wherein the method is performed by a cloud management node, the cloud management node is deployed on at least one of multiple computer devices, and the method comprises: a.) receiving an application orchestration template input by a user, wherein the application orchestration template specifies application modules included by an application and a relationship between the application modules (S 1100), b.) determining, according to processing content information of the application in the application orchestration template, whether an application model characteristic comprises that the application is not in a running state, or the running state of the application is a stable state (S 1200), c.) in case of yes in step b.), determining that a first instance creation manner is a container creation manner (S 1300), d.) determining a first computer device corresponding to the first instance creation manner in the multiple computer devices (S 1400), e.) sending a first instance creation command to the first computer device, wherein the first instance creation command is used to instruct the first computer device to create a first instance for the application according to the first instance creation manner (S 1500). a.) receiving an application orchestration template input by a user, wherein the application orchestration template specifies application modules included by an application and a relationship between the application modules (S 1100), b.) determining, according to processing content information of the application in the application orchestration template, whether an application model characteristic comprises that the application is not in a running state, or the running state of the application is a stable state (S 1200), c.) in case of yes in step b.), determining that a first instance creation manner is a container creation manner (S 1300), d.) determining a first computer device corresponding to the first instance creation manner in the multiple computer devices (S 1400), e.) sending a first instance creation command to the first computer device, wherein the first instance creation command is used to instruct the first computer device to create a first instance for the application according to the first instance creation manner (S 1500).
A light pipe for illumination by a light source at an end of the light pipe, and for passing the light from the light source along the light pipe by total internal reflection, the light pipe comprising an outer surface and an interior region bounded by an inner surface interfacing with the outer surface , wherein the outer surface has a first portion and at least a second portion thereof ; wherein an exterior protrusion having one or more reflective surfaces is provided on the first portion of the outer surface, wherein the one or more reflective surfaces interfere with the total internal reflection and cause light to be emitted before reaching the end of the light pipe and function as a secondary light source, are aligned with the inner surface , and are disposed such that when at least one of the one or more reflective surfaces is illuminated, light is emitted from the light pipe through the second portion of the outer surface to provide a wide effective angle of illumination at one or more specified angles of light emission, wherein the at least second portion has a radius of curvature which is greater than a radius of curvature of the first portion of the outer surface ; and the one or more reflective surfaces functioning as the secondary light source provide a substantially uniform distribution of light along a length of the light pipe.
An urging roller for urging a cleaning web to a rotatable member of an electrophotographic image forming apparatus , said urging roller comprising: a shaft ; a sponge layer provided on a peripheral surface of said shaft ; and a wire wound on a peripheral surface of said sponge layer , by which a pressure to be applied by the cleaning web to the rotatable member is locally increased; wherein said wire spirally extends on the peripheral surface of said sponge layer , characterized in that said urging roller further comprises a toner parting layer covering both, a peripheral surface of said sponge layer and said wire winding on the peripheral surface of said sponge layer . a shaft ; a sponge layer provided on a peripheral surface of said shaft ; and a wire wound on a peripheral surface of said sponge layer , by which a pressure to be applied by the cleaning web to the rotatable member is locally increased; wherein said wire spirally extends on the peripheral surface of said sponge layer , characterized in that said urging roller further comprises a toner parting layer covering both, a peripheral surface of said sponge layer and said wire winding on the peripheral surface of said sponge layer .
Use of a standard reference plate in an additive manufacturing apparatus having an electron beam for melting powder layer by layer according to a predetermined pattern and an X-ray detector, wherein the standard reference plate is inserted for calibrating the size, shape, and position of the electron beam and then removed before starting to manufacture three-dimensional articles in the additive manufacturing apparatus, wherein said electron beam is calibrated with said standard reference plate by measuring X-ray signals generated by scanning said electron beam onto the reference plate, wherein the standard reference plate comprises: a lower and an upper plate being essentially in parallel and attached spaced apart from each other, the upper plate comprises a plurality of holes , wherein a predetermined hollow pattern is provided inside the holes; wherein the upper plate comprises a first and a second plate, the first plate comprises the holes, the second plate comprises the predetermined hollow pattern, and wherein the second plate faces towards the lower plate, wherein the hollow pattern is made of a material having a higher atomic number than the first and/or lower plate, wherein: a spacing between the holes and the size of the holes in the first plate and the distance between the upper plate and the lower plate and the position of the x-ray sensor with respect to the standard reference object are arranged so that x-ray emanating from the lower plate when at least a portion of the electron beam is passing through a hollow part of the hollow pattern will not pass directly from the lower plate through any one of the holes to the detector . a lower and an upper plate being essentially in parallel and attached spaced apart from each other, the upper plate comprises a plurality of holes , wherein a predetermined hollow pattern is provided inside the holes; wherein the upper plate comprises a first and a second plate, the first plate comprises the holes, the second plate comprises the predetermined hollow pattern, and wherein the second plate faces towards the lower plate, wherein the hollow pattern is made of a material having a higher atomic number than the first and/or lower plate, wherein: a spacing between the holes and the size of the holes in the first plate and the distance between the upper plate and the lower plate and the position of the x-ray sensor with respect to the standard reference object are arranged so that x-ray emanating from the lower plate when at least a portion of the electron beam is passing through a hollow part of the hollow pattern will not pass directly from the lower plate through any one of the holes to the detector .
A method for controlling a power of an electromagnetic cooking device comprising: controlling a power supply to deliver a power level to an amplifier ; monitoring an output power of at least one RF feed delivered to an enclosed cavity ; comparing the output power to a maximum power; determining a power difference of the output power compared to a target power; comparing the power difference to a plurality of difference thresholds; and based on the comparison, adjusting the power level by a plurality of power adjustment magnitudes. controlling a power supply to deliver a power level to an amplifier ; monitoring an output power of at least one RF feed delivered to an enclosed cavity ; comparing the output power to a maximum power; determining a power difference of the output power compared to a target power; comparing the power difference to a plurality of difference thresholds; and based on the comparison, adjusting the power level by a plurality of power adjustment magnitudes.
A device comprising: one or more processors configured to: detect a first order indicator of compromise on a data center network based at least in part on an analysis of east-west data center network traffic; detect a second order indicator of compromise on said data center network based at least in part on an analysis of north-south data center network traffic; generate a risk score based on correlating said first order indicator of compromise on said data center network with said second order indicator of compromise on said data center network; generate at least one incident alert based on comparing said risk score to a threshold. detect a first order indicator of compromise on a data center network based at least in part on an analysis of east-west data center network traffic; detect a second order indicator of compromise on said data center network based at least in part on an analysis of north-south data center network traffic; generate a risk score based on correlating said first order indicator of compromise on said data center network with said second order indicator of compromise on said data center network; generate at least one incident alert based on comparing said risk score to a threshold.
A decentralized water treatment unit for purifying untreated water to purified water for human consumption, the unit comprising: - a filtration module , comprising at least one filtration membrane configured to, during a filtration cycle, purify the untreated water; - a cleaning module , comprising an electrolytic cell configured to, during a generation cycle, generate a cleaning solution of predetermined composition from a chloride starting solution ; wherein the cleaning solution comprises an oxidant solution having an acidic pH and/or a reductant solution having a basic pH; - the electrolytic cell further comprising an anode in electrical communication with a first compartment and a cathode in electrical communication with a second compartment; wherein the first and second compartment are separated by a membrane ; and - the cleaning module further comprising a first pump configured to control a portion of the chloride starting solution flowed through the first compartment to form the oxidant solution; and/or the cleaning module further comprising a second pump configured to control a portion of the chloride starting solution flowed through the second compartment to form the reductant solution; wherein the cleaning module is further configured to, during a cleaning cycle , pump the cleaning solution through the filtration module to clean the at least one filtration membrane . - a filtration module , comprising at least one filtration membrane configured to, during a filtration cycle, purify the untreated water; - a cleaning module , comprising an electrolytic cell configured to, during a generation cycle, generate a cleaning solution of predetermined composition from a chloride starting solution ; wherein the cleaning solution comprises an oxidant solution having an acidic pH and/or a reductant solution having a basic pH; - the electrolytic cell further comprising an anode in electrical communication with a first compartment and a cathode in electrical communication with a second compartment; wherein the first and second compartment are separated by a membrane ; and - the cleaning module further comprising a first pump configured to control a portion of the chloride starting solution flowed through the first compartment to form the oxidant solution; and/or the cleaning module further comprising a second pump configured to control a portion of the chloride starting solution flowed through the second compartment to form the reductant solution;
A block copolymer comprising a first block and a second block, the first block comprising a polyester polymer, wherein the polyester polymer is a reaction product of a reaction mixture comprising one or more monomers of Formula (Ia): and one or more monomers of Formula (Ib): wherein: R 1 is -OH or -OR 3 ; R 2 is -O-(C 1-6 alkyl); R 3 is C 1-6 alkyl or C 1-6 oxyalkyl; X 1 is C 4-10 alkylene; R 11 is -OH or -OR 13 ; R 12 is -O-(C 1-6 alkyl); R 13 is C 1-6 alkyl or C 1-6 oxyalkyl; and X 11 is C 4-10 alkylene, wherein the second block comprises a poly(alkylene oxide); and oxyalkyl is as defined in the description. R 1 is -OH or -OR 3 ; R 2 is -O-(C 1-6 alkyl); R 3 is C 1-6 alkyl or C 1-6 oxyalkyl; X 1 is C 4-10 alkylene; R 11 is -OH or -OR 13 ; R 12 is -O-(C 1-6 alkyl); R 13 is C 1-6 alkyl or C 1-6 oxyalkyl; and X 11 is C 4-10 alkylene, wherein the second block comprises a poly(alkylene oxide); and oxyalkyl is as defined in the description.
A system for facilitating the execution of application programs on a computing device having an operating system implementation environment , comprising: a first application programming interface, API, intercept layer configured to intercept an API call from an application executing within the operating system implementation environment running on the computing device ; wherein handling of said API call necessitates a component which is not implemented in the operating system implementation environment ; and an API redirect rules engine configured to instruct said first API intercept layer to redirect said API call away from said unimplemented component, wherein said rules engine is configured to apply at least one redirection rule; wherein said API call is redirected to a cloud server or another device on the same network as the computing device for handling the API call. a first application programming interface, API, intercept layer configured to intercept an API call from an application executing within the operating system implementation environment running on the computing device ; wherein handling of said API call necessitates a component which is not implemented in the operating system implementation environment ; and an API redirect rules engine configured to instruct said first API intercept layer to redirect said API call away from said unimplemented component, wherein said rules engine is configured to apply at least one redirection rule; wherein said API call is redirected to a cloud server or another device on the same network as the computing device for handling the API call.
A method comprising: positioning one or more cables proximate the wind turbine ; positioning a modular robotic component proximate an area of interest on a surface of a wind turbine , the modular robotic component comprising a plurality of modules that perform a plurality of tasks; modulating the one or more cables to assist with positioning of the modular robotic component as it ascends the one or more cables to a position proximate the area of interest and descends the one or more cables ; inspecting the area of interest with the modular robotic component for an indication requiring at least one of repair or upgrade; and operating the modular robotic component to perform the plurality of tasks sequentially as the modular robotic component moves along the surface of the wind turbine . positioning one or more cables proximate the wind turbine ; positioning a modular robotic component proximate an area of interest on a surface of a wind turbine , the modular robotic component comprising a plurality of modules that perform a plurality of tasks; modulating the one or more cables to assist with positioning of the modular robotic component as it ascends the one or more cables to a position proximate the area of interest and descends the one or more cables ; inspecting the area of interest with the modular robotic component for an indication requiring at least one of repair or upgrade; and operating the modular robotic component to perform the plurality of tasks sequentially as the modular robotic component moves along the surface of the wind turbine .
An engine assembly comprising: a combustion turbine engine (10; 110) comprising a first compressor spool, a first turbine spool, a first shaft (44; 144) connecting the first compressor spool and the first turbine spool, and a combustor (16; 116) disposed in a working gas flow path between the first compressor spool and the first turbine spool; characterized by a first controller (46; 146) programmed with a surge map, and configured to operate the combustion turbine engine (10; 110) in a range extending between a first suppressed idle mode, a second base idle mode, and a maximum takeoff power rating mode; an idle speed suppressor including at least one idle assist motor connected to the first shaft (44; 144) of the combustion turbine engine (10; 110); and a second controller (52; 152) configured to manage operation of the idle speed suppressor relative to the combustion turbine engine (10; 110) during times of minimum power demand, such that operating the idle speed suppressor increases a compressor speed in the first suppressed idle mode relative to a compressor speed in the second base idle mode. a combustion turbine engine (10; 110) comprising a first compressor spool, a first turbine spool, a first shaft (44; 144) connecting the first compressor spool and the first turbine spool, and a combustor (16; 116) disposed in a working gas flow path between the first compressor spool and the first turbine spool; characterized by a first controller (46; 146) programmed with a surge map, and configured to operate the combustion turbine engine (10; 110) in a range extending between a first suppressed idle mode, a second base idle mode, and a maximum takeoff power rating mode; an idle speed suppressor including at least one idle assist motor connected to the first shaft (44; 144) of the combustion turbine engine (10; 110); and a second controller (52; 152) configured to manage operation of the idle speed suppressor relative to the combustion turbine engine (10; 110) during times of minimum power demand, such that operating the idle speed suppressor increases a compressor speed in the first suppressed idle mode relative to a compressor speed in the second base idle mode.
Method for providing an object message relating to an object detected in an environment of a road user in a communication network for communicating with other road users , wherein the road user has a sensor system for capturing the environment and an evaluation unit for evaluating sensor data generated by the sensor system and transmitting object messages via the communication network, wherein the method comprises: receiving sensor data generated by the sensor system in the evaluation unit ; detecting at least one object in the environment of the road user on the basis of the sensor data , wherein at least one movement parameter (p 1 , p 2 ) describing a movement of the object and/or at least one further object parameter (p 3 ) describing a further property of the object is/are determined; calculating an object transmission priority (p) from the movement parameter (p 1 , p 2 ) and/or the further object parameter (p 3 ), wherein the object transmission priority (p) represents a relevance of the detected object to the road user and/or the other road users , wherein the movement parameter (p 1 , p 2 ) and/or the further object parameter (p 3 ) is/are weighted and the object transmission priority (p) is calculated from the weighted movement parameter (p 1 , p 2 ) and/or the weighted further object parameter (p 3 ), wherein precisely one object transmission priority is assigned to each detected object; determining , on the basis of the object transmission priority (p), whether the detected object is intended to be included in an object message ; and if so: generating the object message with the detected object and transmitting the object message via the communication network. receiving sensor data generated by the sensor system in the evaluation unit ; detecting at least one object in the environment of the road user on the basis of the sensor data , wherein at least one movement parameter (p 1 , p 2 ) describing a movement of the object and/or at least one further object parameter (p 3 ) describing a further property of the object is/are determined; calculating an object transmission priority (p) from the movement parameter (p 1 , p 2 ) and/or the further object parameter (p 3 ), wherein the object transmission priority (p) represents a relevance of the detected object to the road user and/or the other road users , wherein the movement parameter (p 1 , p 2 ) and/or the further object parameter (p 3 ) is/are weighted and the object transmission priority (p) is calculated from the weighted movement parameter (p 1 , p 2 ) and/or the weighted further object parameter (p 3 ), wherein precisely one object transmission priority is assigned to each detected object; determining , on the basis of the object transmission priority (p), whether the detected object is intended to be included in an object message ; and if so: generating the object message with the detected object and transmitting the object message via the communication network.
Device, comprising a cylinder, wherein the cylinder comprises an outer tube with at least one end region and an inner tube , which is mounted inside the outer tube and is shorter than the outer tube , a piston, a piston rod, a cylinder head for closing a first end region of the inner tube and of the outer tube , a piston rod bearing for closing a second end region of the inner tube and of the outer tube and for supporting the piston rod for movement in the inner tube , and a sleeve , which is designed to secure the at least one end region of the outer tube , characterised in that the outer tube with the exception of the at least one end region is cylindrically formed, the at least one end region of the outer tube is slotted in the axial direction, the sleeve is designed to secure the slotted end region of the outer tube on the cylinder head or on the piston rod bearing in that the sleeve is arranged from outside on tongues of the outer tube , and the sleeve is pressed from outside onto tongues of the outer tube . a cylinder, wherein the cylinder comprises an outer tube with at least one end region and an inner tube , which is mounted inside the outer tube and is shorter than the outer tube , a piston, a piston rod, a cylinder head for closing a first end region of the inner tube and of the outer tube , a piston rod bearing for closing a second end region of the inner tube and of the outer tube and for supporting the piston rod for movement in the inner tube , and a sleeve , which is designed to secure the at least one end region of the outer tube , characterised in that the outer tube with the exception of the at least one end region is cylindrically formed, the at least one end region of the outer tube is slotted in the axial direction, the sleeve is designed to secure the slotted end region of the outer tube on the cylinder head or on the piston rod bearing in that the sleeve is arranged from outside on tongues of the outer tube , and the sleeve is pressed from outside onto tongues of the outer tube .