mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for allocating resources within a cloud which comprises a plurality of hierarchical layers, the computer-implemented method comprising the steps of: collecting profile data from a plurality of resource agents in the plurality of hierarchical layers, wherein the resource agents include logic to implement a variety of functions specific to the type of layer and are configured to manage the execution of tasks using a number of resource units allocated; and allocating, via a unified resource manager in communication with the plurality of resource agents in the plurality of hierarchical layers, the number of resource units to each resource agent in the plurality of resource agents based on the collected profile data, wherein the resource manager is configured to allocate resource units independently to each layer and to have visibility into the resource requirement of each layer based on requests received from the resource agents . collecting profile data from a plurality of resource agents in the plurality of hierarchical layers, wherein the resource agents include logic to implement a variety of functions specific to the type of layer and are configured to manage the execution of tasks using a number of resource units allocated; and allocating, via a unified resource manager in communication with the plurality of resource agents in the plurality of hierarchical layers, the number of resource units to each resource agent in the plurality of resource agents based on the collected profile data, wherein the resource manager is configured to allocate resource units independently to each layer and to have visibility into the resource requirement of each layer based on requests received from the resource agents .
An air outlet for the temperature control of a room , in particular of a laboratory, having a housing through which flow can pass and which has a length (L), a width (B) and an air inflow cross-section and at least one air outflow cross-section , there being a connection piece for supplying feed air in a region of the air inflow cross-section , two mutually opposing side walls of the housing each being provided with at least one jet element through which individual feed air jets can be delivered turbulently into the room , there being at least one channel on an underside of the housing , which channel extends in the longitudinal direction of the housing and via which feed air can be delivered to the room , the underside of the housing being closed apart from the at least one channel , characterised in that the side walls of the housing which each have the at least one jet element are perforated, and the at least one channel is situated in an at least partially cylindrical element or in multiple at least partially cylindrical elements arranged in series, wherein the at least one channel is designed such that there is a change in direction as seen in the flow direction of the at least one channel , wherein the at least one element or the multiple elements in series are each mounted rotatably about its or their longitudinal axis, wherein at least one air-guiding element (21, 21' 21'') is arranged inside the housing .
Method for operating an air/water heat pump for heating a building and for preparing hot service water, characterised by the steps - measuring the sound level of the environment by means of a sound sensor over a period of several days and determining and storing sound level values with the respective time values, - comparing the sound level values with a threshold value, - identifying and storing time windows in which the threshold value is exceeded, - demand-controlled operation of the air/water heat pump within the time windows. - measuring the sound level of the environment by means of a sound sensor over a period of several days and determining and storing sound level values with the respective time values, - comparing the sound level values with a threshold value, - identifying and storing time windows in which the threshold value is exceeded, - demand-controlled operation of the air/water heat pump within the time windows.
A biaxially stretched polyamide resin film comprising: as a first component, nylon 6; and as a second component, a polyamide including xylylenediamine and an aliphatic dicarboxylic acid having 4 to 12 carbon atoms, wherein the composition ratio between the first component and the second component (first component/second component) is 95/5 to 30/70 in terms of mass ratio, and wherein in the biaxially stretched polyamide resin film, the content of low molecular weight compounds is 0% by mass to 0.2% by mass when determined in accordance with the method indicated in the description, where the low molecular weight compounds are components included in the peak at the same elution time of the caprolactam monomer when the low molecular weight compounds such as a monomer and a dimer in a nylon 6 resin are measured by HPLC. as a first component, nylon 6; and as a second component, a polyamide including xylylenediamine and an aliphatic dicarboxylic acid having 4 to 12 carbon atoms, wherein the composition ratio between the first component and the second component (first component/second component) is 95/5 to 30/70 in terms of mass ratio, and wherein in the biaxially stretched polyamide resin film, the content of low molecular weight compounds is 0% by mass to 0.2% by mass when determined in accordance with the method indicated in the description, where the low molecular weight compounds are components included in the peak at the same elution time of the caprolactam monomer when the low molecular weight compounds such as a monomer and a dimer in a nylon 6 resin are measured by HPLC.
A gas turbine engine for an aircraft comprising: an engine core comprising a turbine , a compressor , and a core shaft connecting the turbine to the compressor; a core casing surrounding the engine core; a core cowl providing an aerodynamic fairing which surrounds the engine core and the core casing ; an engine accessory gearbox driven by a take-off from the core shaft, and mounted between the core casing and the core cowl ; and an oil system having one or more oil pumps powered by the engine accessory gearbox for circulating lubricating oil around components of the engine including the engine accessory gearbox , and having an oil tank for receiving and storing oil scavenged from the engine components before recirculation thereto; wherein the engine accessory gearbox and the oil tank are mounted between the core casing and the core cowl , with the oil tank being located forward of the engine accessory gearbox ; characterised in that the gas turbine engine further comprises an oil fill line which extends from the engine accessory gearbox to an inlet port accessible from the core cowl, the oil tank being fillable from the inlet port via the fill line and the engine accessory gearbox . an engine core comprising a turbine , a compressor , and a core shaft connecting the turbine to the compressor; a core casing surrounding the engine core; a core cowl providing an aerodynamic fairing which surrounds the engine core and the core casing ; an engine accessory gearbox driven by a take-off from the core shaft, and mounted between the core casing and the core cowl ; and an oil system having one or more oil pumps powered by the engine accessory gearbox for circulating lubricating oil around components of the engine including the engine accessory gearbox , and having an oil tank for receiving and storing oil scavenged from the engine components before recirculation thereto; wherein the engine accessory gearbox and the oil tank are mounted between the core casing and the core cowl , with the oil tank being located forward of the engine accessory gearbox ; characterised in that the gas turbine engine further comprises an oil fill line which extends from the engine accessory gearbox to an inlet port accessible from the core cowl, the oil tank being fillable from the inlet port via the fill line and the engine accessory gearbox .
A device for use with an electronic communication device having a camera to take a picture or video comprising: - a body comprising a mirror surface ; - a fastener engageable with the electronic communication device characterized in that the fastener is directly engaged with the mirror surface; - at least one light source to emit light to illuminate a picture taking area; and - a control circuit and an input device adapted to activate the camera and to activate at least one light source. - a body comprising a mirror surface ; - a fastener engageable with the electronic communication device characterized in that the fastener is directly engaged with the mirror surface; - at least one light source to emit light to illuminate a picture taking area; and - a control circuit and an input device adapted to activate the camera and to activate at least one light source.
A method of detecting an incomplete combustion in an internal combustion engine operating at least partly on gaseous fuel, the method comprising: receiving (step 402) a pressure data corresponding to a temporal development of a cylinder pressure during combustion within a single combustion cycle; deriving (step 404) from the pressure data for that specific combustion cycle a combustion energy value of the combustion, associating the derived combustion energy value with a burnt fuel energy value, and, optionally, receiving data corresponding to a total energy value of the combustion and yielding an unburnt fuel energy value from the total energy value of the combustion and the burnt fuel energy value; determining (step 406B) that the burnt fuel energy value is below a predetermined combustion-cycle specific combustion threshold level, or that the unburnt fuel energy value is above the predetermined combustion-cycle specific combustion threshold level, the predetermined combustion-cycle specific combustion threshold level being based on a critical cylinder pressure determined during operation of a test engine, at which critical cylinder pressure one or all cylinders of the internal combustion engine start to misfire; and associating (step 410) the combustion event with an incomplete combustion at that specific combustion cycle if the combustion energy level is beyond the predetermined combustion threshold level. receiving (step 402) a pressure data corresponding to a temporal development of a cylinder pressure during combustion within a single combustion cycle; deriving (step 404) from the pressure data for that specific combustion cycle a combustion energy value of the combustion, associating the derived combustion energy value with a burnt fuel energy value, and, optionally, receiving data corresponding to a total energy value of the combustion and yielding an unburnt fuel energy value from the total energy value of the combustion and the burnt fuel energy value; determining (step 406B) that the burnt fuel energy value is below a predetermined combustion-cycle specific combustion threshold level, or that the unburnt fuel energy value is above the predetermined combustion-cycle specific combustion threshold level, the predetermined combustion-cycle specific combustion threshold level being based on a critical cylinder pressure determined during operation of a test engine, at which critical cylinder pressure one or all cylinders of the internal combustion engine start to misfire; and associating (step 410) the combustion event with an incomplete combustion at that specific combustion cycle if the combustion energy level is beyond the predetermined combustion threshold level.
An article comprising a substrate comprising two main faces defining two main surfaces separated by edges, said substrate bearing: - a functional coating deposited on at least part of a main surface and - a temporary protective layer deposited on at least part of the functional coating, wherein: - the temporary protective layer has a thickness of greater than 1 micrometer and preferentially less than 100 micrometers, - the temporary protective layer comprises or consists essentially of a poly(furfuryl alcohol) resin, - said substrate is made of flat glass or glass ceramic. - a functional coating deposited on at least part of a main surface and - a temporary protective layer deposited on at least part of the functional coating, wherein: - the temporary protective layer has a thickness of greater than 1 micrometer and preferentially less than 100 micrometers, - the temporary protective layer comprises or consists essentially of a poly(furfuryl alcohol) resin, - said substrate is made of flat glass or glass ceramic.
Network server apparatus , located at the edge of a CDN network, the network server apparatus comprising: a processor ; computer memory holding computer program instructions adapted to be executed by the processor, the computer program instructions comprise: step to receive requests having a HTTP host header associated therewith, the HTTP host header including a value; step to determine whether the value in the HTTP host header is recognized; step to perform a DNS query on the value when the value in the HTTP host header is not recognized; step to receive a list of Domain Name Service, DNS, canonical names in response to the DNS query; step to analyze the list of DNS canonical names to determine whether a predetermined intermediate pattern is recognized for the value; step to use at least the predetermined intermediate pattern to attempt to locate a content handling metadata file when the predetermined intermediate pattern is recognized, the content handling metadata file including content handling metadata to be applied to content requests thereafter associated with the request. a processor ; computer memory holding computer program instructions adapted to be executed by the processor, the computer program instructions comprise: step to receive requests having a HTTP host header associated therewith, the HTTP host header including a value; step to determine whether the value in the HTTP host header is recognized; step to perform a DNS query on the value when the value in the HTTP host header is not recognized; step to receive a list of Domain Name Service, DNS, canonical names in response to the DNS query; step to analyze the list of DNS canonical names to determine whether a predetermined intermediate pattern is recognized for the value; step to use at least the predetermined intermediate pattern to attempt to locate a content handling metadata file when the predetermined intermediate pattern is recognized, the content handling metadata file including content handling metadata to be applied to content requests thereafter associated with the request. step to receive requests having a HTTP host header associated therewith, the HTTP host header including a value; step to determine whether the value in the HTTP host header is recognized; step to perform a DNS query on the value when the value in the HTTP host header is not recognized; step to receive a list of Domain Name Service, DNS, canonical names in response to the DNS query; step to analyze the list of DNS canonical names to determine whether a predetermined intermediate pattern is recognized for the value; step to use at least the predetermined intermediate pattern to attempt to locate a content handling metadata file when the predetermined intermediate pattern is recognized, the content handling metadata file including content handling metadata to be applied to content requests thereafter associated with the request.
Ground-working implement, in particular lawnmower, having a housing , on which at least two wheels are pivotably mounted and in which a mowing unit is accommodated, having a height-adjusting device for adjusting the cutting height and by means of which the wheels can be fixed in at least two different positions around a pivot axis relative to the housing , wherein the height-adjusting device has a coupling member for coupling the pivoting movements of the wheels , and also has an actuating element , wherein the actuating element is mounted so as to be able to move translationally on, in particular in, the housing , wherein the actuating element can be connected in a form-fitting manner to the coupling member by way of a fixing region , wherein an actuating region of the actuating element and the fixing region are designed to be immobile relative to one another, and having a handle , wherein the handle is arranged centrally above the mowing unit and the actuating element for actuating the height-adjusting device is arranged so as to be adjacent to the handle , characterized in that the handle is spaced apart from the actuating region of the actuating element in such a manner that, when gripping the handle in the palm of the hand, it is possible to actuate the actuating element with the thumb at the same time.
A reinforcing plate (120; 1100; 1200; 1420) for a sole structure (100; 1400) for an article of footwear , the reinforcing plate (120; 1100; 1200; 1420) including a flange portion , the flange portion having a first end portion connected to a central portion of the reinforcing plate (120; 1100; 1200; 1420) and a second end portion extending to an outer peripheral portion of the reinforcing plate (120; 1100; 1200; 1420); wherein the flange portion (142; 1222) is formed by a first flex groove (132; 1432) and a second flex groove (133; 1433) defined by the reinforcing plate (120; 1100; 1200; 1420); wherein the first flex groove (132; 1432) extends from a first flex groove first end at the central portion (122; 1422) in an approximately radial direction toward a first flex groove second end at a medial side of the reinforcing plate (120; 1100; 1200; 1420); wherein the second flex groove (133; 1433) extends from a second flex groove first end at the central portion (122; 1422) in an approximately radial direction toward a second flex groove second end at the medial side of the reinforcing plate (120; 1100; 1200; 1420); wherein the second flex groove (133; 1433) is disposed farther from a forward edge of the sole structure (100; 1400) than the first flex groove (132; 1432); wherein the first flex groove first end is separated from the second flex groove first end at the central portion (122; 1422) to define the first end portion of the flange portion and a bending region disposed adjacent to the central portion (122; 1422) of the reinforcing plate (120; 1100; 1200; 1420); wherein the flange portion is narrower at the first end portion and widens toward the second end portion ; wherein a single cleat member is associated with the flange portion ; wherein the flange portion corresponds to a ball region of a foot ; wherein the flange portion is capable of bending with the ball region of the foot at the bending region ; and wherein a plurality of remaining cleat members (241, 243-247) are associated with a remaining portion of the reinforcing plate (120; 1420) beyond the flange portion , characterized in that the cleat member moves independently from the plurality of remaining cleat members (241, 243-247) when the flange portion bends at the bending region ; the flange portion of the reinforcing plate bends upwardly about the bending region in a vertical direction such that the cleat member has a higher vertical position than the plurality of remaining cleat members (241, 243-247); and/or the flange portion of the reinforcing plate bends downwardly about the bending region in a vertical direction such that the cleat member has a lower vertical position than the plurality of remaining cleat members (241, 243-247); and the flange portion is configured to bend downwardly in response to a downward force by the ball portion of the foot .
A robotic work tool comprising at least two rear wheels (130") independently drivable for enabling steering of the robotic work tool, at least one front wheel arranged to be pivotable and a controller for controlling the propulsion of the robotic work tool and a level detection device , wherein the robotic work tool is characterized in that it is configured to detect a downwards slope based on the level detection device and then turn and reverse down the downwards slope.
A method for moving a wind turbine component relative to a wind turbine having a tower with a door for closing off an opening through the tower , the method comprising: removably positioning a transport system relative to the wind turbine , the transport system having a track and a powered drive device , such that a first end of the track is positioned outside the tower , a second end of the track is positioned inside the tower , and the track extends through the opening in the tower , the transport system configured to facilitate movement of the wind turbine component between an inside of the tower and an outside of the tower through the opening ; and moving the wind turbine component vertically within the tower away from or toward the track using the powered drive device of the transport system , wherein the method further comprising removably coupling a hoist assembly to a support structure of the tower above the opening in the tower and above the wind turbine component , the hoist assembly including a plurality of sheaves ; operatively coupling the hoist assembly and the powered drive device via one or more feed cables ; operatively coupling the hoist assembly to the wind turbine component ; and activating the powered drive device to move the wind turbine component vertically within the tower , wherein operatively coupling the hoist assembly and the powered drive device further comprises extending one or more of the feed cables through one or more sheaves at the second end of the track . removably positioning a transport system relative to the wind turbine , the transport system having a track and a powered drive device , such that a first end of the track is positioned outside the tower , a second end of the track is positioned inside the tower , and the track extends through the opening in the tower , the transport system configured to facilitate movement of the wind turbine component between an inside of the tower and an outside of the tower through the opening ; and moving the wind turbine component vertically within the tower away from or toward the track using the powered drive device of the transport system , wherein the method further comprising removably coupling a hoist assembly to a support structure of the tower above the opening in the tower and above the wind turbine component , the hoist assembly including a plurality of sheaves ; operatively coupling the hoist assembly and the powered drive device via one or more feed cables ; operatively coupling the hoist assembly to the wind turbine component ; and activating the powered drive device to move the wind turbine component vertically within the tower , wherein operatively coupling the hoist assembly and the powered drive device further comprises extending one or more of the feed cables through one or more sheaves at the second end of the track .