mhurhangee/patent-ind-claim-en huggingface dataset:
A method for mobility prediction in a wireless network, the method comprising: negotiating with a mobile device to determine a mobility prediction policy to be implemented on both the mobile device and a mobility prediction server, the mobility prediction policy comprising a mobility predictor selected from a predetermined pool of mobility predictors, parameters for the mobility predictor, a condition for reporting a location, and a condition for renegotiating a new mobility predictor and parameters, wherein the negotiating comprises receiving at least one message from the mobile device and sending at least one message to the mobile device to agree on a mobility prediction policy based on one or more factors, the factors comprising mobile device requirements, pricing information, mobility data availability, network conditions, and design objectives; receiving at least one actual location and timestamp from the mobile device during a training period according to the mobility prediction policy so as to train the mobility predictor; using the mobility predictor to predict the location of the mobile device after the training period when the condition for reporting a location is not met; receiving actual location information and previous location information from the mobile device after the training period only when the condition for reporting a location is met; and renegotiating with the mobile device a new mobility predictor and parameters when the condition for renegotiating is met. negotiating with a mobile device to determine a mobility prediction policy to be implemented on both the mobile device and a mobility prediction server, the mobility prediction policy comprising a mobility predictor selected from a predetermined pool of mobility predictors, parameters for the mobility predictor, a condition for reporting a location, and a condition for renegotiating a new mobility predictor and parameters, wherein the negotiating comprises receiving at least one message from the mobile device and sending at least one message to the mobile device to agree on a mobility prediction policy based on one or more factors, the factors comprising mobile device requirements, pricing information, mobility data availability, network conditions, and design objectives; receiving at least one actual location and timestamp from the mobile device during a training period according to the mobility prediction policy so as to train the mobility predictor; using the mobility predictor to predict the location of the mobile device after the training period when the condition for reporting a location is not met; receiving actual location information and previous location information from the mobile device after the training period only when the condition for reporting a location is met; and renegotiating with the mobile device a new mobility predictor and parameters when the condition for renegotiating is met.
An axial flow compressor in which an annular flow passage is formed by a rotor having a plurality of rotor blades fitted thereto and a casing having a plurality of stator vanes fitted thereto, wherein two or more of the stator vanes are disposed downstream of a last-stage rotor blade of the annular flow passage, the two or more stator vanes, disposed downstream of said last-stage rotor blade , being fixed stator vanes, characterized in that , a blade loading on a first stator vane disposed at the most upstream side among the two or more stator vanes, disposed downstream of said last-stage rotor blade , is set to be smaller than a blade loading of a second stator vane disposed downstream of said first stator vane by one row.
A system for manufacturing a welding-type filler metal wire, comprising: - a substrate transport system configured to move a work-in-progress filler metal build under a heat source (130; 230, 240); - a material source system configured to provide a source material that is added to a wire substrate or a previously bonded material by the heat source (130; 230, 240) over one or more passes to build a near-net shaped solid wire; characterized by - a plate assembly or a die assembly configured to draw down to ensure a diameter or a cross-sectional area of the near-net shape solid wire into a finished solid wire, wherein the substrate transport system includes one or more pulleys that are arranged to pull the wire substrate through the material source and past the heat source (130; 230, 240). - a substrate transport system configured to move a work-in-progress filler metal build under a heat source (130; 230, 240); - a material source system configured to provide a source material that is added to a wire substrate or a previously bonded material by the heat source (130; 230, 240) over one or more passes to build a near-net shaped solid wire; characterized by - a plate assembly or a die assembly configured to draw down to ensure a diameter or a cross-sectional area of the near-net shape solid wire into a finished solid wire, wherein the substrate transport system includes one or more pulleys that are arranged to pull the wire substrate through the material source and past the heat source (130; 230, 240).
A method, comprising: monitoring, at a node of a ring transport of an integrated circuit, IC, device , a wire used to transmit clock wake signals around the ring transport, the ring transport comprising a plurality of nodes connected into a ring via a wire interconnect comprising a plurality of wires; and configuring the node into a clock suppression state for a first specified duration responsive to identifying an idle condition on the ring transport via the monitoring of the wire , wherein while in the clock suppression state the node suppresses further transmission of any clock wake signals received at the node, wherein the clock wake signals comprise signals that precede a transmitted packet in the ring transport, wherein the idle condition comprises a lapse of a second specified duration since a clock wake signal was received at the node without a following data packet. monitoring, at a node of a ring transport of an integrated circuit, IC, device , a wire used to transmit clock wake signals around the ring transport, the ring transport comprising a plurality of nodes connected into a ring via a wire interconnect comprising a plurality of wires; and configuring the node into a clock suppression state for a first specified duration responsive to identifying an idle condition on the ring transport via the monitoring of the wire , wherein while in the clock suppression state the node suppresses further transmission of any clock wake signals received at the node, wherein the clock wake signals comprise signals that precede a transmitted packet in the ring transport, wherein the idle condition comprises a lapse of a second specified duration since a clock wake signal was received at the node without a following data packet.
A display apparatus comprising: a substrate comprising a first area including a display area (DA), a second area spaced apart from the first area, and a bent area (BA) between the first area and the second area and connecting the first area and the second area to each other, wherein the substrate is bent about a bending axis (BAX); an inorganic insulating layer over the substrate, wherein the inorganic insulating layer comprises a first opening (OP1) or a first groove completely overlapping the bent area and a second opening (OP2) or a second groove located outside the display area to extend away from the bent area and along a part of the outside of the display area; and organic material at least partially filling the first opening or the first groove, and at least partially filling the second opening or the second groove; wherein the second opening or the second groove, together with the first opening or the first groove, collectively surround the display area; wherein the first opening or the first groove has a larger area than the bent area. a substrate comprising a first area including a display area (DA), a second area spaced apart from the first area, and a bent area (BA) between the first area and the second area and connecting the first area and the second area to each other, wherein the substrate is bent about a bending axis (BAX); an inorganic insulating layer over the substrate, wherein the inorganic insulating layer comprises a first opening (OP1) or a first groove completely overlapping the bent area and a second opening (OP2) or a second groove located outside the display area to extend away from the bent area and along a part of the outside of the display area; and organic material at least partially filling the first opening or the first groove, and at least partially filling the second opening or the second groove; wherein the second opening or the second groove, together with the first opening or the first groove, collectively surround the display area; wherein the first opening or the first groove has a larger area than the bent area.
An implantable stimulator configured to electrically stimulate cardiac tissue comprising - a body and - an operable tissue attachment mechanism, configured to secure the body of the stimulator to the cardiac tissue; the tissue attachment mechanism comprising at least one tine configured to be operated between a first position, wherein a distal end of the tine points away from the body along a longitudinal axis of the body and a second position, wherein the tine is in a curled or hook shape and extends out past an end of the body and the distal end points back towards the body and characterised in that the tine extends out from a non-central bore near a periphery of the body in the second position. - a body and - an operable tissue attachment mechanism, configured to secure the body of the stimulator to the cardiac tissue;
Method for operating a safety apparatus for a handling device , in particular an industrial robot , having a movable gripper device with gripper fingers (15 to 17), wherein the gripper fingers (15 to 17) are arranged on and fixed to a carrier by a force fit, and having at least one sensor device at least largely surrounding the gripper device for detecting at least possible collisions with objects located in the movement path of the gripper device , wherein, when a risk of a collision is detected, a signal to a control apparatus is generated, which results in a modified movement sequence of the gripper device on its movement path , wherein the modified movement sequence is a controlled reduction of the speed of movement of the gripper device , wherein, in the event of collisions with objects located in the movement path of the gripper device , the gripper fingers (15 to 17) give way in the collision direction, so that at least serious injury to the object can be ruled out. having a movable gripper device with gripper fingers (15 to 17), wherein the gripper fingers (15 to 17) are arranged on and fixed to a carrier by a force fit, and having at least one sensor device at least largely surrounding the gripper device for detecting at least possible collisions with objects located in the movement path of the gripper device , wherein, when a risk of a collision is detected, a signal to a control apparatus is generated, which results in a modified movement sequence of the gripper device on its movement path , wherein the modified movement sequence is a controlled reduction of the speed of movement of the gripper device , wherein, in the event of collisions with objects located in the movement path of the gripper device , the gripper fingers (15 to 17) give way in the collision direction, so that at least serious injury to the object can be ruled out.
A cradle for wireless power recharging of an optical information reader including a first portion containing a power receiving coil to be charged, the cradle including: ∘ a first seat adapted to partially house the first portion of the optical information reader , the first seat having a plurality of walls , one of the walls being movable from a first operative position held when the first portion of optical information reader is not inserted in the first seat to a second operative position held when the first portion of the optical information reader is inserted in the first seat ; and ∘ a power transmitting coil located at the movable wall which is adapted to transmit power to the power receiving coil when the optical information reader is inserted in the first seat and the movable wall is in the second operative position wherein said movement from the first to the second operative position includes a rotation of the movable wall . ∘ a first seat adapted to partially house the first portion of the optical information reader , the first seat having a plurality of walls , one of the walls being movable from a first operative position held when the first portion of optical information reader is not inserted in the first seat to a second operative position held when the first portion of the optical information reader is inserted in the first seat ; and ∘ a power transmitting coil located at the movable wall which is adapted to transmit power to the power receiving coil when the optical information reader is inserted in the first seat and the movable wall is in the second operative position wherein said movement from the first to the second operative position includes a rotation of the movable wall .
A computer-implemented method comprising: estimating, at a motion estimator engine , a motion vector for each of a plurality of units of a first image, each unit comprising one or more pixels, by comparing corresponding units of a second image and a third image , wherein the second image comprises an image rendered immediately prior to the first image and the third image comprises an image rendered immediately prior to the second image ; and identifying, at a rendering processor and for each of the plurality of units, a probability that pixels comprising the unit will be unrendered, the probability being proportional to the magnitude of the motion vector for the unit; and selectively rendering, at the rendering processor , the pixels of each unit of the plurality of units for a resulting rendered image based on the identified probabilities if the second and the third images have a correlation above a first threshold. estimating, at a motion estimator engine , a motion vector for each of a plurality of units of a first image, each unit comprising one or more pixels, by comparing corresponding units of a second image and a third image , wherein the second image comprises an image rendered immediately prior to the first image and the third image comprises an image rendered immediately prior to the second image ; and identifying, at a rendering processor and for each of the plurality of units, a probability that pixels comprising the unit will be unrendered, the probability being proportional to the magnitude of the motion vector for the unit; and selectively rendering, at the rendering processor , the pixels of each unit of the plurality of units for a resulting rendered image based on the identified probabilities if the second and the third images have a correlation above a first threshold.
A sliding bearing in which halved members , obtained by dividing a cylinder in two along an axial direction, are provided on upper and lower sides, wherein the halved members on the upper and lower sides each have an inner circumference surface covered with a resin overlay layer including binder resin and at least one of a solid lubricant and a hard material, wherein a first and a second groove are provided only at an end portion on a downstream side of the halved member on the lower side on end portions in an axial direction, and extend in a circumference direction from a mating surface on the downstream side in a rotation direction to a position corresponding to a predetermined bearing angle, wherein a distance from one end portion of the halved member on the lower side in the axial direction to the first groove and a distance from other end portion of the halved member on the lower side in the axial direction to the second groove are shorter than the distance between the first groove and the second groove , wherein no grooves are provided between the first groove and the second groove , and wherein each of the grooves is formed to have a depth (d) smaller than a bearing width (D) and bigger than the thickness of the resin overlay layer .
Method for operating a confined track section with a number of points (W, W1 to W6) arranged therein, comprising the steps: a) setting of a route utilising the points (W1 to W6) integrated into the route and a predetermined point position for the points (W1 to W6) of this route ; b) checking the current position of the points (W1 to W6) integrated into the route and if necessary, adjusting the points (W1 to W6) into the point position predetermined for this route ; c) displaying the point position by way of first signalling elements in each case at each of the points (W1 to W6) integrated into the route , and characterised by d) optical and/or acoustic signalling by way of second signalling elements at each of the points (W1 to W6) integrated into the route , such that the points (W1 to W6) are used for a set route . a) setting of a route utilising the points (W1 to W6) integrated into the route and a predetermined point position for the points (W1 to W6) of this route ; b) checking the current position of the points (W1 to W6) integrated into the route and if necessary, adjusting the points (W1 to W6) into the point position predetermined for this route ; c) displaying the point position by way of first signalling elements in each case at each of the points (W1 to W6) integrated into the route , and characterised by d) optical and/or acoustic signalling by way of second signalling elements at each of the points (W1 to W6) integrated into the route , such that the points (W1 to W6) are used for a set route .
A method comprising: estimating a number of hits in a first ternary content addressable memory (TCAM) for a lookup key of a lookup request on the first TCAM; determining whether the number of hits satisfies a first threshold, wherein the first threshold corresponds to a lookup power budget for the first TCAM; based on a determination that the estimated number of hits satisfies the first threshold, splitting the lookup request into a plurality of lookup requests that each target a different set of one or more memory blocks of the first TCAM; and pipelining the plurality of lookup requests to a storage component of the first TCAM, wherein the storage component includes the memory blocks, wherein estimating the number of hits in the first TCAM comprises determining an estimate pattern count of a pattern that is within the lookup key and that should be stored within the first TCAM, wherein the pattern is formed from a subset of bits of the lookup key and wherein the estimated number of hits is the estimate pattern count of the pattern that should be within the first TCAM, wherein the first TCAM hosts multiple logical tables, further comprising the first TCAM maintaining in a register of the first TCAM counts of different patterns per logical table that should be in the storage component of the first TCAM. estimating a number of hits in a first ternary content addressable memory (TCAM) for a lookup key of a lookup request on the first TCAM; determining whether the number of hits satisfies a first threshold, wherein the first threshold corresponds to a lookup power budget for the first TCAM; based on a determination that the estimated number of hits satisfies the first threshold, splitting the lookup request into a plurality of lookup requests that each target a different set of one or more memory blocks of the first TCAM; and pipelining the plurality of lookup requests to a storage component of the first TCAM, wherein the storage component includes the memory blocks, wherein estimating the number of hits in the first TCAM comprises determining an estimate pattern count of a pattern that is within the lookup key and that should be stored within the first TCAM, wherein the pattern is formed from a subset of bits of the lookup key and wherein the estimated number of hits is the estimate pattern count of the pattern that should be within the first TCAM, wherein the first TCAM hosts multiple logical tables, further comprising the first TCAM maintaining in a register of the first TCAM counts of different patterns per logical table that should be in the storage component of the first TCAM.
A retractor/protector comprising: a flexible outer ring having a circumference, wherein the flexible outer ring comprises two separate tubes each having a respective lumen defining a full circle along the circumference of the flexible outer ring ; an inner ring; a flexible sheath having a proximal end and a distal end and being disposed between the flexible outer ring and the inner ring; and a longitudinal axis defining an instrument access channel extending through the flexible sheath from the flexible outer ring to the inner ring, wherein the proximal end of the flexible sheath is de-attachably connected to the flexible outer ring via magnetic attraction and the distal end of the flexible sheath is attached to the inner ring, wherein the flexible sheath comprises a magnetic or ferromagnetic ring or strip imbedded within the proximal end of the flexible sheath ; the proximal end of the flexible sheath is de-attachably connected to the flexible outer ring via magnetic attraction between the magnetic or ferromagnetic ring disposed in the first tube of the two separate tubes of the flexible outer ring and the magnetic or ferromagnetic ring or strip imbedded within the proximal end of the flexible sheath . a flexible outer ring having a circumference, wherein the flexible outer ring comprises two separate tubes each having a respective lumen defining a full circle along the circumference of the flexible outer ring ; an inner ring; a flexible sheath having a proximal end and a distal end and being disposed between the flexible outer ring and the inner ring; and a longitudinal axis defining an instrument access channel extending through the flexible sheath from the flexible outer ring to the inner ring, wherein the proximal end of the flexible sheath is de-attachably connected to the flexible outer ring via magnetic attraction and the distal end of the flexible sheath is attached to the inner ring, wherein the flexible sheath comprises a magnetic or ferromagnetic ring or strip imbedded within the proximal end of the flexible sheath ; the proximal end of the flexible sheath is de-attachably connected to the flexible outer ring via magnetic attraction between the magnetic or ferromagnetic ring disposed in the first tube of the two separate tubes of the flexible outer ring and the magnetic or ferromagnetic ring or strip imbedded within the proximal end of the flexible sheath .
A current sampling system to de-alias a current signal, comprising: an integrator circuit that receives the current signal as an input and integrates the current signal to output a charge signal , wherein the current signal is indicative of a current at an energy storage asset of an energy storage system; a charge signal sampler circuit that samples the charge signal at a charge signal sampling rate; and a differentiator circuit that receives the samples of the charge signal from the charge signal sampler circuit and differentiates the samples of the charge signal to output an anti-aliased current signal. an integrator circuit that receives the current signal as an input and integrates the current signal to output a charge signal , wherein the current signal is indicative of a current at an energy storage asset of an energy storage system; a charge signal sampler circuit that samples the charge signal at a charge signal sampling rate; and a differentiator circuit that receives the samples of the charge signal from the charge signal sampler circuit and differentiates the samples of the charge signal to output an anti-aliased current signal.