mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a wing for an aircraft including a foldable wing tip portion , the method comprising the following steps: - Providing a wing for an aircraft , the wing comprising a fixed wing , a foldable wing tip portion mounted to the fixed wing pivotally about an axis of rotation between an extended position and a folded position, an actuation unit for actuating movement of the foldable wing tip portion between the extended position and the folded position, and an arresting unit for locking the foldable wing tip portion in the extended position and/or in the folded position, - Controlling the actuation unit to move the foldable wing tip portion either to the extended position or to the folded position until the foldable wing tip portion or the actuation unit contacts a stop element , - Continuing actuation until the actuation unit reaches a stall condition, - Detecting the stall condition of the actuation unit , - Locking the arresting unit upon detection of the stall condition. - Providing a wing for an aircraft , the wing comprising a fixed wing , a foldable wing tip portion mounted to the fixed wing pivotally about an axis of rotation between an extended position and a folded position, an actuation unit for actuating movement of the foldable wing tip portion between the extended position and the folded position, and an arresting unit for locking the foldable wing tip portion in the extended position and/or in the folded position, a foldable wing tip portion mounted to the fixed wing pivotally about an axis of rotation between an extended position and a folded position, an actuation unit for actuating movement of the foldable wing tip portion between the extended position and the folded position, and an arresting unit for locking the foldable wing tip portion in the extended position and/or in the folded position, - Controlling the actuation unit to move the foldable wing tip portion either to the extended position or to the folded position until the foldable wing tip portion or the actuation unit contacts a stop element , - Continuing actuation until the actuation unit reaches a stall condition, - Detecting the stall condition of the actuation unit , - Locking the arresting unit upon detection of the stall condition.
A light emitting device comprising: a light emitting part configured to emit light and having a top face, a bottom face, and side faces; a black interlayer film provided with an opening part that allows light emitted from the light emitting part to pass through it; a transparent interlayer film that is surrounded by the black interlayer film, wherein the transparent interlayer film covers the top face and side faces of the light emitting part; a light diffusion part that is formed on the transparent interlayer film, wherein light emitted from the light emitting part passes through the light diffusion part via the transparent interlayer film, and a light reflection film that is formed between the black interlayer film and the transparent interlayer film, wherein the light reflection film reflects a portion of the light emitted from the light emitting part and allows the light to pass through the light diffusion part. a light emitting part configured to emit light and having a top face, a bottom face, and side faces; a black interlayer film provided with an opening part that allows light emitted from the light emitting part to pass through it; a transparent interlayer film that is surrounded by the black interlayer film, wherein the transparent interlayer film covers the top face and side faces of the light emitting part; a light diffusion part that is formed on the transparent interlayer film, wherein light emitted from the light emitting part passes through the light diffusion part via the transparent interlayer film, and a light reflection film that is formed between the black interlayer film and the transparent interlayer film, wherein the light reflection film reflects a portion of the light emitted from the light emitting part and allows the light to pass through the light diffusion part.
A tool assembly for performing a tubular operation, comprising: an actuatable tool, wherein the actuatable tool is a perforating gun assembly substantially fabricated from a friable material and comprising a perforating gun having an associated charge; a location device for sensing the location of the actuatable tool within a tubular body based on a physical signature provided along the tubular body, wherein the tubular body is a wellbore constructed to produce hydrocarbon fluids; and an on-board controller configured to send an actuation signal to the tool when the location device has recognized a selected location of the tool based on the physical signature ; a plurality of non-friable ball sealers ; and a container for temporarily holding the ball sealers , wherein: the actuatable tool, the location device , and the on-board controller are together dimensioned and arranged to be deployed in the tubular body as an autonomously actuatable unit; and the actuatable tool is designed to be autonomously actuated to perform the tubular operation in response to the actuation signal, and the container for temporarily holding the ball sealers is part of the autonomous unit of the tool assembly and is designed to release the ball sealers in response to a command from the on-board controller proximate the time of the perforating gun being fired, and the perforating gun assembly self-destructs after the perforating gun is fired at a selected level. an actuatable tool, wherein the actuatable tool is a perforating gun assembly substantially fabricated from a friable material and comprising a perforating gun having an associated charge; a location device for sensing the location of the actuatable tool within a tubular body based on a physical signature provided along the tubular body, wherein the tubular body is a wellbore constructed to produce hydrocarbon fluids; and an on-board controller configured to send an actuation signal to the tool when the location device has recognized a selected location of the tool based on the physical signature ; a plurality of non-friable ball sealers ; and a container for temporarily holding the ball sealers , wherein: the actuatable tool, the location device , and the on-board controller are together dimensioned and arranged to be deployed in the tubular body as an autonomously actuatable unit; and the actuatable tool is designed to be autonomously actuated to perform the tubular operation in response to the actuation signal, and the container for temporarily holding the ball sealers is part of the autonomous unit of the tool assembly and is designed to release the ball sealers in response to a command from the on-board controller proximate the time of the perforating gun being fired, and the perforating gun assembly self-destructs after the perforating gun is fired at a selected level.
A hydraulic down-the-hole hammer , comprising: a piston mounted for reciprocal movement within the hammer to impact a percussion bit ; a pressure fluid path for supplying pressure fluid to the hammer from a base machine to effect reciprocal movement of the piston; and a first accumulator assembly for hydraulic fluid, wherein the first accumulator assembly comprises a plurality of first accumulator elements ; characterised in that each of the first accumulator elements is arranged at the same proximity to the piston and wherein a plurality of the first accumulator elements are individually configured as pressure accumulators and are in fluid communication only with the pressure fluid path of the hammer throughout the piston cycle. a piston mounted for reciprocal movement within the hammer to impact a percussion bit ; a pressure fluid path for supplying pressure fluid to the hammer from a base machine to effect reciprocal movement of the piston; and a first accumulator assembly for hydraulic fluid, wherein the first accumulator assembly comprises a plurality of first accumulator elements ; characterised in that each of the first accumulator elements is arranged at the same proximity to the piston and wherein a plurality of the first accumulator elements are individually configured as pressure accumulators and are in fluid communication only with the pressure fluid path of the hammer throughout the piston cycle.
A method for routing a data packet toward a destination end point over a virtual network, VN, pre-configured on a network, performed by a virtual router, v-router, associated with a VN node of the VN, the VN node being associated with a particular physical network node, NN, of the network, wherein the method comprises: • receiving a data packet associated with the VN and specifying a name identifier of the destination end point (step 210); • obtaining a location corresponding to the name identifier (step 215), wherein the obtaining the location comprises a transmission of a location resolution request including the name identifier to a connection management entity operative on the VN, and receiving a location resolution response including the location, wherein the location resolution request is transmitted after checking an end point routing table to obtain the location corresponding to the name identifier and determining that at least one of the name identifier or the location is not available in the end point routing table; • obtaining an indication of a destination VN node corresponding to the obtained location (step 220); • obtaining an indication of a next VN node on a pre-configured path between the virtual router and the destination VN node (step 225); • inserting the indication of the next VN node into the data packet to produce a routed data packet (step 230); and, • submitting the routed data packet to the associated NN (step 235). • receiving a data packet associated with the VN and specifying a name identifier of the destination end point (step 210); • obtaining a location corresponding to the name identifier (step 215), wherein the obtaining the location comprises a transmission of a location resolution request including the name identifier to a connection management entity operative on the VN, and receiving a location resolution response including the location, wherein the location resolution request is transmitted after checking an end point routing table to obtain the location corresponding to the name identifier and determining that at least one of the name identifier or the location is not available in the end point routing table; • obtaining an indication of a destination VN node corresponding to the obtained location (step 220); • obtaining an indication of a next VN node on a pre-configured path between the virtual router and the destination VN node (step 225); • inserting the indication of the next VN node into the data packet to produce a routed data packet (step 230); and, • submitting the routed data packet to the associated NN (step 235).
Method for determining the number and/or capabilities of user equipments in a geographic area of an access network of a public land mobile network , wherein the access network comprises at least one base transceiver station , wherein a plurality of user equipments in the geographic area receive control signals from the base transceiver station , wherein the control signals are sent on a broadcast control channel, BCCH, wherein the method comprises the following steps: -- in a first step, an identity request information element is sent from the base transceiver station to the plurality of user equipments on the broadcast control channel, BCCH, of the base transceiver station , -- in a second step, an identity information element is sent to the base transceiver station by at least a part of the user equipments of the plurality of user equipments , wherein the plurality of user equipments are in a passive state or in a passive mode of operation, wherein the identity information element comprises an indication related to the identity of the user equipment and at least one out of the following pieces of information: -- an indication related to a current status of the user equipment , wherein the indication related to the current status of the user equipment refers to whether the user equipment is in idle mode; -- an indication related to capabilities of the user equipment , wherein the indication related to the capabilities of the user equipment relates to an information regarding to a possible set of radio access technologies the user equipment is able to use; -- an indication related to a record of previous usage of the user equipment . -- in a first step, an identity request information element is sent from the base transceiver station to the plurality of user equipments on the broadcast control channel, BCCH, of the base transceiver station , -- in a second step, an identity information element is sent to the base transceiver station by at least a part of the user equipments of the plurality of user equipments , -- an indication related to a current status of the user equipment , wherein the indication related to the current status of the user equipment refers to whether the user equipment is in idle mode; -- an indication related to capabilities of the user equipment , wherein the indication related to the capabilities of the user equipment relates to an information regarding to a possible set of radio access technologies the user equipment is able to use; -- an indication related to a record of previous usage of the user equipment .
Security glazing system, comprising a first and a second security glass pane that can be joined to one another over corner and at least one corner reinforcing profile , wherein the security glass panes have in each case an outer pane and an inner pane as well as a corner recess extending along an edge, characterized in that the corner reinforcing profile can be accommodated in a space for corner reinforcement defined by the corner recesses and is formed in one piece, and wherein one inner pane ends before or at a level of an inner side of the other inner pane and vice versa.
Method for ensuring road tracking up to a predefined lateral acceleration limit (a lat,R7 9 ) in a road vehicle having an autonomous steering function arranged to selectively apply a steering wheel overlay torque ( T PA ) to a normal steering assistance torque ( T a ) in an electrical power assisted steering system of the road vehicle , characterized in that it comprises: setting the predetermined lateral acceleration limit ( a lat,R 79 ); and obtaining a signal representing a current lateral acceleration ( a lat ) of the road vehicle ; differentiating the set predetermined lateral acceleration limit ( a lat , R 79 ) with the obtained current lateral acceleration signal ( a lat ) to obtain a controller error ( e ); subjecting the controller error ( e ) to a rate selector which is arranged to either output a positive, negative or zero torque rate ( T R ) depending on the current value of the controller error ( e ); arranging the rate selector to use a predetermined controller error ( e ) tolerance dead zone interval having an upper limit and a lower limit; outputting by the rate selector , if the controller error ( e ) is below or equal to the lower limit of the dead zone interval or if a driver is interacting, a positive torque rate ( T R ); outputting by the rate selector , if the controller error ( e ) is above or equal to the upper limit of the dead zone interval, a negative torque rate ( T R ); outputting by the rate selector , if the controller error ( e ) is between the lower limit and the upper limit of the dead zone interval, a zero torque rate ( T R ); integrating the output torque rate ( T R ) to provide a torque limit ( T LIM ) for the steering wheel overlay torque ( T PA ). setting the predetermined lateral acceleration limit ( a lat,R 79 ); and obtaining a signal representing a current lateral acceleration ( a lat ) of the road vehicle ; differentiating the set predetermined lateral acceleration limit ( a lat , R 79 ) with the obtained current lateral acceleration signal ( a lat ) to obtain a controller error ( e ); subjecting the controller error ( e ) to a rate selector which is arranged to either output a positive, negative or zero torque rate ( T R ) depending on the current value of the controller error ( e ); arranging the rate selector to use a predetermined controller error ( e ) tolerance dead zone interval having an upper limit and a lower limit; outputting by the rate selector , if the controller error ( e ) is below or equal to the lower limit of the dead zone interval or if a driver is interacting, a positive torque rate ( T R ); outputting by the rate selector , if the controller error ( e ) is above or equal to the upper limit of the dead zone interval, a negative torque rate ( T R ); outputting by the rate selector , if the controller error ( e ) is between the lower limit and the upper limit of the dead zone interval, a zero torque rate ( T R ); integrating the output torque rate ( T R ) to provide a torque limit ( T LIM ) for the steering wheel overlay torque ( T PA ).
An actuator comprising: a case having an opening ; a shaft accommodated inside the case and having a tip protruding towards an outside of the case through the opening ; a motor accommodated inside the case and configured to displace the shaft in an axis direction thereof; and a circuit board accommodated inside the case and having a mounting surface on which at least a part of a circuit configured to drive the motor is mounted, wherein an end edge of the circuit board is formed with a notch , characterized in that: a circuit board support protrusion is formed inside the case on a wall of the case , and wherein the circuit board support protrusion is fitted into the notch to independently support the circuit board inside the case . a case having an opening ; a shaft accommodated inside the case and having a tip protruding towards an outside of the case through the opening ; a motor accommodated inside the case and configured to displace the shaft in an axis direction thereof; and a circuit board accommodated inside the case and having a mounting surface on which at least a part of a circuit configured to drive the motor is mounted, wherein an end edge of the circuit board is formed with a notch , characterized in that: a circuit board support protrusion is formed inside the case on a wall of the case , and wherein the circuit board support protrusion is fitted into the notch to independently support the circuit board inside the case . a circuit board support protrusion is formed inside the case on a wall of the case , and wherein the circuit board support protrusion is fitted into the notch to independently support the circuit board inside the case .
An information processing apparatus, comprising: a broadcast content processor (701, 702, 704-706) configured to receive and process broadcast content; and a controller configured to obtain via a broadband network an application information table, the application information table storing information for starting an application and information specifying broadcast content, and to determine (S105) if it is possible to present the application and the broadcast content simultaneously or not, wherein the information specifying broadcast content includes a channel identifier, an event identifier, a first flag, and a second flag, the channel identifier specifying a channel, the event identifier specifying an event, the first flag defining if one or both of the channel identifier and the event identifier are to be treated as being allowed to be presented with the application simultaneously or to be treated as not being allowed to be presented with the application simultaneously, and the second flag defining if availability of simultaneous presentation of the application and the broadcast content is determined for each channel or for each combination of the channel and the event, and wherein the controller is configured to utilize the first flag and the second flag to determine if it is possible to present the application and the broadcast content simultaneously or not, and to start the application (S119) or finish the application (S122, S111). a broadcast content processor (701, 702, 704-706) configured to receive and process broadcast content; and a controller configured to obtain via a broadband network an application information table, the application information table storing information for starting an application and information specifying broadcast content, and to determine (S105) if it is possible to present the application and the broadcast content simultaneously or not, wherein the information specifying broadcast content includes a channel identifier, an event identifier, a first flag, and a second flag, the channel identifier specifying a channel, the event identifier specifying an event, the first flag defining if one or both of the channel identifier and the event identifier are to be treated as being allowed to be presented with the application simultaneously or to be treated as not being allowed to be presented with the application simultaneously, and the second flag defining if availability of simultaneous presentation of the application and the broadcast content is determined for each channel or for each combination of the channel and the event, and wherein the controller is configured to utilize the first flag and the second flag to determine if it is possible to present the application and the broadcast content simultaneously or not, and to start the application (S119) or finish the application (S122, S111).
A process for the reactivation of an acidic ion exchange resin that has been at least partially deactivated by contact with an impure ethylenically unsaturated acid or ester containing target impurities comprising the step of:- contacting the at least partially deactivated resin with a C 1 -C 12 aliphatic alkanol to thereby increase the activity thereof, wherein the resins have been used to treat one or more target impurities in the impure ethylenically unsaturated liquid which treatment has led to deactivation of the resin and wherein the target impurities are selected from the list consisting of:-optionally substituted C 4 -C 20 dienes; optionally substituted C 6 -C 20 trienes; optionally substituted unsaturated aldehydes; divinyl ketone, , ethyl isopropenyl ketone, 3-methylene 1-hexen-4-one, methacrolein and isobutanol; pentenals; and a source of isobutyraldehyde, wherein the source of isobutyraldehyde is isobutyraldehyde itself or a compound which generates isobutyraldehyde when exposed to the ion exchange resin.