mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine comprising: a turbine section including a fan drive turbine ; a geared architecture including: a sun gear in driving engagement with the fan drive turbine ; a plurality of planet gears surrounding the sun gear ; and a ring gear surrounding the plurality of planet gears ; a deflection limiter mechanically attaching the ring gear to an engine static structure , wherein the deflection limiter includes a first support (86A-D) fixed to the ring gear having a first interlocking feature and a second support (88A-D) fixed to the engine static structure having a second interlocking feature, wherein the first and second interlocking features define a radial clearance of between 0.005 inches (0.127 mm) and 0.080 inches (2.032 mm) and/or a circumferential clearance of between 0.005 inches (0.127 mm) and 0.250 inches ( 6.350 mm); and a fan section including a plurality of fan blades in driving engagement with the geared architecture through a fan drive shaft , wherein one of the first support (86A-D) and the second support (88A-D) includes an aperture (89B-D) and the other of the first support (86A-D) and the second support (88A-D) includes a projection (87B-D) located within a cavity at least partially defined by the aperture (89B-D), and the aperture (89B-D) is elliptical in cross section. a turbine section including a fan drive turbine ; a geared architecture including: a sun gear in driving engagement with the fan drive turbine ; a plurality of planet gears surrounding the sun gear ; and a ring gear surrounding the plurality of planet gears ; a sun gear in driving engagement with the fan drive turbine ; a plurality of planet gears surrounding the sun gear ; and a ring gear surrounding the plurality of planet gears ; a deflection limiter mechanically attaching the ring gear to an engine static structure , wherein the deflection limiter includes a first support (86A-D) fixed to the ring gear having a first interlocking feature and a second support (88A-D) fixed to the engine static structure having a second interlocking feature, wherein the first and second interlocking features define a radial clearance of between 0.005 inches (0.127 mm) and 0.080 inches (2.032 mm) and/or a circumferential clearance of between 0.005 inches (0.127 mm) and 0.250 inches ( 6.350 mm); and a fan section including a plurality of fan blades in driving engagement with the geared architecture through a fan drive shaft , wherein one of the first support (86A-D) and the second support (88A-D) includes an aperture (89B-D) and the other of the first support (86A-D) and the second support (88A-D) includes a projection (87B-D) located within a cavity at least partially defined by the aperture (89B-D), and the aperture (89B-D) is elliptical in cross section.
A method performed by a computer for blocking command content from being executed by a scripting engine , comprising: identifying a host process having first managed code that executes under management of a run-time code manager; injecting an unmanaged interface module into the host process , wherein the unmanaged interface module comprises unmanaged code; detecting , by the unmanaged interface module , loading of a target software component by the host process ; injecting , by the unmanaged interface module in response to detecting the loading of the target software component, a managed interface module into the host process , the managed interface module comprising second managed code that executes under the management of the run-time code manager, the managed interface module being configured to intercept the command content before its execution by the scripting engine ; communicating an intercepted command from the managed interface module, through the unmanaged interface module , and to a threat detection component , wherein the threat detection component is installed as a kernel-mode component; communicating a reply from the threat detection component , through the unmanaged interface module , to the managed interface module, wherein the reply is to block the intercepted command; and preventing , by the managed interface module in response to the reply, the intercepted command from being executed by the scripting engine. identifying a host process having first managed code that executes under management of a run-time code manager; injecting an unmanaged interface module into the host process , wherein the unmanaged interface module comprises unmanaged code; detecting , by the unmanaged interface module , loading of a target software component by the host process ; injecting , by the unmanaged interface module in response to detecting the loading of the target software component, a managed interface module into the host process , the managed interface module comprising second managed code that executes under the management of the run-time code manager, the managed interface module being configured to intercept the command content before its execution by the scripting engine ; communicating an intercepted command from the managed interface module, through the unmanaged interface module , and to a threat detection component , wherein the threat detection component is installed as a kernel-mode component; communicating a reply from the threat detection component , through the unmanaged interface module , to the managed interface module, wherein the reply is to block the intercepted command; and preventing , by the managed interface module in response to the reply, the intercepted command from being executed by the scripting engine.
A method for differentiating service within a service mesh, the method comprising: receiving over a communications network , by a translator , a message for processing by a service mesh , the message comprising a service characteristic determining service over the communications network , and the service mesh comprising a plurality of microservices , wherein the service mesh comprises a plurality of sidecars , and wherein each sidecar is associated with a respective one of the plurality of microservices ; generating , by the translator , a ruleset for the service mesh based on the service characteristic, the ruleset comprising one of forwarding rules or load-balancing rules; transmitting , by the translator , the ruleset to at least one of the plurality of microservices by communicating with the respective sidecars associated with the microservices through a sidecar application programming interface, API, of the translator ; and transmitting, by the translator , the received message to the service mesh . receiving over a communications network , by a translator , a message for processing by a service mesh , the message comprising a service characteristic determining service over the communications network , and the service mesh comprising a plurality of microservices , wherein the service mesh comprises a plurality of sidecars , and wherein each sidecar is associated with a respective one of the plurality of microservices ; generating , by the translator , a ruleset for the service mesh based on the service characteristic, the ruleset comprising one of forwarding rules or load-balancing rules; transmitting , by the translator , the ruleset to at least one of the plurality of microservices by communicating with the respective sidecars associated with the microservices through a sidecar application programming interface, API, of the translator ; and transmitting, by the translator , the received message to the service mesh .
A partition for a building structure, the partition comprising a support frame and at least one plasterboard affixed to the support frame by means of a plurality of screws , wherein the support frame comprises a plurality of elongate timber members , characterised in that the plasterboard comprises a gypsum matrix having fibres embedded therein in an amount of at least 1 wt% relative to the gypsum, the gypsum matrix further comprising a polymeric additive that is present in an amount of at least 1 wt% relative to the gypsum; and in that the average spacing between nearest-neighbour screws is greater than 500mm.
An information processing apparatus installable in or communicable with a device , the device including an image-capturing unit and a display, the information processing apparatus comprising a processing unit configured to, when installed in or communicable with the device : display an additional image (P add ) corresponding to a viewpoint of a user in a real world, guide the user to a vicinity of a viewpoint in the real world at which the additional image (P add ) has been acquired, display, as guidance information, a superimposable area , which corresponds to an area in the real world, where the additional image (P add ) is superimposable on an image of the real world (P real ), if the user is located within the superimposable area , and determine the superimposable area by taking into account at least any of position, posture, and angle of view of the device ; wherein the processing unit is configured to, when there exists an object blocking a user's line of sight from the additional image viewpoint due to a change in the real world, display a virtual image without the object in a superimposed manner, wherein the virtual image is synthesized from the additional image (P add ) and a three-dimensional model of the real world, wherein the three-dimensional model of the real world is estimated based on a plurality of images of the real world, and wherein the processing unit is configured to display, as the virtual image, an image from which the object generated due to a change in the real world has been excluded, if the three-dimensional model and the object agree with each other when there exists the object. display an additional image (P add ) corresponding to a viewpoint of a user in a real world, guide the user to a vicinity of a viewpoint in the real world at which the additional image (P add ) has been acquired, display, as guidance information, a superimposable area , which corresponds to an area in the real world, where the additional image (P add ) is superimposable on an image of the real world (P real ), if the user is located within the superimposable area , and determine the superimposable area by taking into account at least any of position, posture, and angle of view of the device ;
Hydraulic actuating device for actuation of clutches in, in particular, a multi-clutch transmission for motor vehicles, comprising: a multi-circuit pump having a pump inlet , at least two pump outlets (30, 30', 30") and an electric pump drive (M), at least two pressure circuits (16, 16', 16") hydraulically connected with the pump outlets (30, 30', 30") of the pump and a reservoir for hydraulic fluid connected with the pump inlet , from which reservoir the hydraulic fluid can be conveyed by the pump via the pump outlets (30, 30', 30") to the pressure circuits , wherein each pressure circuit (16, 16', 16") starting from the pump comprises a non-return valve (20, 20', 20") blocking in the direction of the pump , an electromagnetically actuable proportional throttle valve (22, 22', 22") by way of which the respective pressure circuit (16, 16', 16") can be the subject of defined hydraulic relief in direction towards the reservoir , and at the outlet side a slave cylinder (24, 24', 24") operatively connected with an associated clutch , and wherein the pump drive (M) and the proportional throttle valves (22, 22', 22") are electrically connected with a control unit (ECU) which co-ordinates the electrical activation of the pump drive (M) and the proportional throttle valves (22, 22', 22"). a multi-circuit pump having a pump inlet , at least two pump outlets (30, 30', 30") and an electric pump drive (M), at least two pressure circuits (16, 16', 16") hydraulically connected with the pump outlets (30, 30', 30") of the pump and a reservoir for hydraulic fluid connected with the pump inlet , from which reservoir the hydraulic fluid can be conveyed by the pump via the pump outlets (30, 30', 30") to the pressure circuits , wherein each pressure circuit (16, 16', 16") starting from the pump comprises a non-return valve (20, 20', 20") blocking in the direction of the pump , an electromagnetically actuable proportional throttle valve (22, 22', 22") by way of which the respective pressure circuit (16, 16', 16") can be the subject of defined hydraulic relief in direction towards the reservoir , and at the outlet side a slave cylinder (24, 24', 24") operatively connected with an associated clutch , and a non-return valve (20, 20', 20") blocking in the direction of the pump , an electromagnetically actuable proportional throttle valve (22, 22', 22") by way of which the respective pressure circuit (16, 16', 16") can be the subject of defined hydraulic relief in direction towards the reservoir , and at the outlet side a slave cylinder (24, 24', 24") operatively connected with an associated clutch , and wherein the pump drive (M) and the proportional throttle valves (22, 22', 22") are electrically connected with a control unit (ECU) which co-ordinates the electrical activation of the pump drive (M) and the proportional throttle valves (22, 22', 22").
An ear muff attachment assembly , comprising: a housing ; an ear muff ; an arm comprising first and second end regions , the first end region positioned within the housing and the second end region attached to the ear muff ; and a spring engaged to the housing and the first end region of the arm ; wherein the arm is rotatable about a first axis of rotation between a first position and an intermediate position, and about a second axis of rotation between the intermediate position and a second position, characterized in that the first and second axes of rotation are parallel. a housing ; an ear muff ;
A flatbed scanner comprising: - a scanner body accommodating a transparent plate for supporting a physical document; - a document cover comprising a sheet member; - a movable carriage extending across the transparent plate in a transverse direction and configured to move below the transparent plate in a longitudinal direction; wherein the movable carriage carries a camera with one or more line cameras oriented in the transverse direction; and - a magnet system, attached to the movable carriage; CHARACTERIZED in that the sheet member is magnetic or carries one or more magnetic plates; the magnet system is configured to magnetically attract the sheet member or the one or more magnetic plates towards the movable carriage and thereby exert a significant pressing force acting on the physical document when supported on the transparent plate; the carriage is upwardly supported at three points; and the magnet system comprises one or more magnets (1401;1402..1405) arranged next to the one or more line cameras and has a magnetic centre falling inside a triangle drawn between the three points. - a scanner body accommodating a transparent plate for supporting a physical document; - a document cover comprising a sheet member; - a movable carriage extending across the transparent plate in a transverse direction and configured to move below the transparent plate in a longitudinal direction; wherein the movable carriage carries a camera with one or more line cameras oriented in the transverse direction; and - a magnet system, attached to the movable carriage;
A rotor for a centrifugal pump having and axial direction (X), the rotor comprising a hub , a shroud having an axially symmetrical shape comprising an attachment portion of the shroud with the hub , an inducer and an impeller , the shroud flaring from the attachment portion in the axial direction (X), characterized in that the rotor includes an annular bead arranged between the shroud and the hub , the annular bead being attached to the shroud while an annular space is provided between the hub and the annular bead and in that the shroud includes a plurality of through openings arranged between the inducer and the impeller .
A method performed in a wireless device , for obtaining resources for device to device, D2D, operation in out-of-network coverage, ONC, the method comprising: - obtaining (S1) a first set of resources for D2D operation in ONC on at least one licensed carrier, wherein resources on a licensed carrier are accessed by the wireless device using a contention-free mechanism; - obtaining (S2) a second set of resources for D2D operation in ONC on at least one un-licensed carrier, wherein resources on an un-licensed carrier are accessed by the wireless device using a contention-based mechanism; - attempting (S3) to determine a location of the wireless device ; and - selecting (S4) one of the first and second sets of resources for D2D operation in ONC, based on information relating to the determined location of the wireless device , wherein selecting (S4) one of the first and second sets of resources comprises: selecting the first set of resources when the location of the wireless device is within a geographical location of the at least one licensed carrier that supports D2D operation in ONC; and selecting the second set of resources when the location of the wireless device is outside the geographical location of the at least one licensed carrier that supports D2D operation in ONC or when failing to determine the location of the wireless device . - obtaining (S1) a first set of resources for D2D operation in ONC on at least one licensed carrier, wherein resources on a licensed carrier are accessed by the wireless device using a contention-free mechanism; - obtaining (S2) a second set of resources for D2D operation in ONC on at least one un-licensed carrier, wherein resources on an un-licensed carrier are accessed by the wireless device using a contention-based mechanism; - attempting (S3) to determine a location of the wireless device ; and - selecting (S4) one of the first and second sets of resources for D2D operation in ONC, based on information relating to the determined location of the wireless device , wherein selecting (S4) one of the first and second sets of resources comprises: selecting the first set of resources when the location of the wireless device is within a geographical location of the at least one licensed carrier that supports D2D operation in ONC; and selecting the second set of resources when the location of the wireless device is outside the geographical location of the at least one licensed carrier that supports D2D operation in ONC or when failing to determine the location of the wireless device . selecting the first set of resources when the location of the wireless device is within a geographical location of the at least one licensed carrier that supports D2D operation in ONC; and selecting the second set of resources when the location of the wireless device is outside the geographical location of the at least one licensed carrier that supports D2D operation in ONC or when failing to determine the location of the wireless device .
The use of an oil a) having a dielectric constant of at least 4.0 in a cosmetic composition to increase after application of the composition to the human skin the evaporation rate of water and/or sweat from the skin;
A flexible secondary battery comprising: an electrode assembly that comprises a first electrode layer , a second electrode layer , and a separator that is disposed between the first electrode layer and the second electrode layer; a gasket that is flexible and surrounds all edges of the electrode assembly ; a first sealing sheet that is attached to a first surface of the gasket ; and a second sealing sheet that is attached to a second surface of the gasket opposite the first surface, wherein each of the first sealing sheet and the second sealing sheet comprises a first insulating layer, a metal layer, and a second insulating layer, wherein the gasket is formed of a single material, and wherein the gasket and the first insulating layer are formed of the same material, wherein the gasket is configured to seal the electrode assembly along with the first sealing sheet and the second sealing sheet , and wherein the first sealing sheet and the second sealing sheet are separate from each other. an electrode assembly that comprises a first electrode layer , a second electrode layer , and a separator that is disposed between the first electrode layer and the second electrode layer; a gasket that is flexible and surrounds all edges of the electrode assembly ; a first sealing sheet that is attached to a first surface of the gasket ; and a second sealing sheet that is attached to a second surface of the gasket opposite the first surface, wherein each of the first sealing sheet and the second sealing sheet comprises a first insulating layer, a metal layer, and a second insulating layer, wherein the gasket is formed of a single material, and wherein the gasket and the first insulating layer are formed of the same material, wherein the gasket is configured to seal the electrode assembly along with the first sealing sheet and the second sealing sheet , and wherein the first sealing sheet and the second sealing sheet are separate from each other.
A device for dispensing a mist of a dose of an ophthalmic liquid fluid, comprising: - a discharge opening for said mist, - a mixing chamber being in fluid flow communication with said discharge opening , - an air chamber , - a first drive operable to expel air from said air chamber , - a fluid chamber for holding a first volume of said liquid and being in fluid flow communication with said mixing chamber , - a dosing chamber for containing a second volume of said liquid corresponding to a plurality of said doses, preferably to two doses, of said liquid, - said dosing chamber being in fluid flow communication with or configured for being in fluid flow communication with said fluid chamber , characterised by said dosing chamber also being in fluid flow communication with or configured for being in fluid flow communication with a supply of said liquid, such as a collapsible liquid container or a liquid container having a movable bottom, - a second drive operable to supply said second volume of said liquid from said supply to said dosing chamber and for emptying said dosing chamber by repetitive delivery of single doses of said plurality of doses of said liquid contained therein towards said fluid chamber , - said air chamber being in fluid flow communication with said fluid chamber for said expelled air to drive said liquid delivered to said fluid chamber into said mixing chamber by said expelled air. - a discharge opening for said mist, - a mixing chamber being in fluid flow communication with said discharge opening , - an air chamber , - a first drive operable to expel air from said air chamber , - a fluid chamber for holding a first volume of said liquid and being in fluid flow communication with said mixing chamber , - a dosing chamber for containing a second volume of said liquid corresponding to a plurality of said doses, preferably to two doses, of said liquid, - said dosing chamber being in fluid flow communication with or configured for being in fluid flow communication with said fluid chamber , characterised by said dosing chamber also being in fluid flow communication with or configured for being in fluid flow communication with a supply of said liquid, such as a collapsible liquid container or a liquid container having a movable bottom, - a second drive operable to supply said second volume of said liquid from said supply to said dosing chamber and for emptying said dosing chamber by repetitive delivery of single doses of said plurality of doses of said liquid contained therein towards said fluid chamber , - said air chamber being in fluid flow communication with said fluid chamber for said expelled air to drive said liquid delivered to said fluid chamber into said mixing chamber by said expelled air.