mhurhangee/patent-ind-claim-en huggingface dataset:
An active-active cluster control method, comprising: receiving(S330), by a control node, a first query request sent by a first network processing node in an active-active cluster, wherein the first query request carries forwarding information of a first packet, and the forwarding information of the first packet records a sending direction of the first packet as an outbound direction; configuring, by the control node, an outbound forwarding rule based on the forwarding information of the first packet, generating an inbound forwarding rule whose direction is opposite to that of the outbound forwarding rule, recording the outbound forwarding rule and the inbound forwarding rule, and sending(S335) the outbound forwarding rule to the first network processing node; receiving(S355), by the control node, a second query request sent by a second network processing node in the active-active cluster, wherein the second query request carries forwarding information of a second packet, and the forwarding information of the second packet records a sending direction of the second packet as an inbound direction; and determining, by the control node, that the forwarding information of the second packet matches the inbound forwarding rule, obtaining, based on the forwarding information of the second packet, the recorded inbound forwarding rule, and sending the inbound forwarding rule to the second network processing node. receiving(S330), by a control node, a first query request sent by a first network processing node in an active-active cluster, wherein the first query request carries forwarding information of a first packet, and the forwarding information of the first packet records a sending direction of the first packet as an outbound direction; configuring, by the control node, an outbound forwarding rule based on the forwarding information of the first packet, generating an inbound forwarding rule whose direction is opposite to that of the outbound forwarding rule, recording the outbound forwarding rule and the inbound forwarding rule, and sending(S335) the outbound forwarding rule to the first network processing node; receiving(S355), by the control node, a second query request sent by a second network processing node in the active-active cluster, wherein the second query request carries forwarding information of a second packet, and the forwarding information of the second packet records a sending direction of the second packet as an inbound direction; and determining, by the control node, that the forwarding information of the second packet matches the inbound forwarding rule, obtaining, based on the forwarding information of the second packet, the recorded inbound forwarding rule, and sending the inbound forwarding rule to the second network processing node.
A footwear sole, comprising a composition comprising: a propylene-based elastomer comprising at least 50 wt% propylene-derived units and 5 to 35 wt% ethylene-derived units, based on the total weight of the propylene-based elastomer, wherein the propylene-based elastomer has a heat of fusion of less than 80 J/g; and wherein the footwear sole has a compression set (SATRA TM64, 50°C) of less than 25%.
A battery module comprising: a bus bar comprising first and second portions electrically connected respectively to different battery packs and a bypass bent portion formed between the first and second portions of the bus bar; and a bus bar cover covering the bus bar to insulate the bus bar, wherein the bus bar cover comprises first and second portions covering the first and second portions of the bus bar and a hinge portion providing pivotable connection between the first and second portions; wherein the bypass bent portion protrudes away from and in an opposite direction with respect to the hinge portion. a bus bar comprising first and second portions electrically connected respectively to different battery packs and a bypass bent portion formed between the first and second portions of the bus bar; and a bus bar cover covering the bus bar to insulate the bus bar, wherein the bus bar cover comprises first and second portions covering the first and second portions of the bus bar and a hinge portion providing pivotable connection between the first and second portions; wherein the bypass bent portion protrudes away from and in an opposite direction with respect to the hinge portion.
A method for producing a sealed optical semiconductor device including: a step of placing a sealing film on an optical semiconductor element mounting substrate on which the optical semiconductor element is mounted, in a pressure reduction chamber, and reducing the pressure within the pressure reduction chamber; a step of heating the sealing film so as to thermally fuse at least a peripheral portion of the sealing film to a surface of the element mounting substrate; and a step of releasing the reduced pressure within the pressure reduction chamber so as to seal the optical semiconductor element mounting substrate with the sealing film, wherein the temperature T 2 of the optical semiconductor element mounting substrate when the reduced pressure within the pressure reduction chamber is released is a temperature at which the sealing film exhibits a tensile strength of 0.02 to 0.15 MPa and an elongation at break of 150 to 450%.
Direct flame preheating section for a continuous processing line for metal strips (B), comprising a connection zone which is provided for circulating combustion fumes from an active zone , which is equipped with burners , toward a recovery zone for preheating the strip by exchange with said fumes, characterized in that the burners are capable of operating in a so-called flameless mode and in that said connection zone comprises an outlet chamber for directing the flow of fumes such that they flow head-on relative to the strip at the outlet of the active zone and an inlet chamber for directing the flow of fumes such that they flow head-on relative to the strip at the inlet of the recovery zone, depending on the direction of flow of the fumes, wherein the outlet chamber is arranged at the outlet of the active zone in the direction of flow of the fumes and is arranged for fume extraction, the inlet chamber is arranged at the inlet of the recovery zone and is arranged for fume injection, the connection zone further comprises two turn chambers which are each arranged to cause the flow of fumes to make a 90-degree turn between an inlet opening and an outlet opening , a first turn chamber communicating directly with the outlet chamber and a second turn chamber communicating directly with the inlet chamber , and two connection tunnels for circulating the fumes, a first connection tunnel directly connecting the outlet opening of the first chamber with an inlet opening of the inlet chamber and a second connection tunnel directly connecting an outlet opening of the outlet chamber and the inlet opening of the second chamber .
A process for preparing a hydrolysate of water extract of Syzygium samarangense, characterized by : subjecting a fruit material of Syzygium samarangense to an extraction treatment with water so as to obtain a water extract; and subjecting the water extract to a hydrolysis treatment with bromelain. subjecting a fruit material of Syzygium samarangense to an extraction treatment with water so as to obtain a water extract; and subjecting the water extract to a hydrolysis treatment with bromelain.
A device for preparing a fluid sample for use in a fluid analyte meter, comprising: a first portion , comprising: a septum piercing projection , a capillary channel , and a vent on an outer surface of the first portion ; and a second portion , comprising: a treatment solution chamber , and a septum sealing the treatment solution chamber , characterized in that the vent is open when the first portion of the device is partially inserted into the second portion of the device , and in that the vent is closed when the first portion of the device is fully inserted into the second portion of the device , wherein the vent comprises a slot extending along a portion of the outer surface of the first portion of the device , and wherein the slot extends from a leading edge of the outer surface part way along the length of the outer surface of the first portion of the device . a first portion , comprising: a septum piercing projection , a capillary channel , and a vent on an outer surface of the first portion ; and a septum piercing projection , a capillary channel , and a vent on an outer surface of the first portion ; and a second portion , comprising: a treatment solution chamber , and a septum sealing the treatment solution chamber , characterized in that the vent is open when the first portion of the device is partially inserted into the a treatment solution chamber , and a septum sealing the treatment solution chamber , characterized in that the vent is open when the first portion of the device is partially inserted into the second portion of the device , and in that the vent is closed when the first portion of the device is fully inserted into the second portion of the device , wherein the vent comprises a slot extending along a portion of the outer surface of the first portion of the device , and wherein the slot extends from a leading edge of the outer surface part way along the length of the outer surface of the first portion of the device .
A method for managing buffer status reporting for a wireless communication device in a wireless communication system, wherein the method comprises: - checking condition(s) (S1) for suppressing at least one Buffer Status Report, BSR, which is up for transmission, wherein the BSR up for transmission is a BSR for which a timer has expired and/or the wireless communication device has valid uplink resources for transmitting the BSR; and - suppressing (S2) the BSR if the condition(s) is/are fulfilled, wherein the BSR is suppressed upon any of the following of said condition(s): when the BSR indicates less than or equal to a first threshold amount of bytes, and when the BSR indicates that the wireless communication device has less than or equal to Z bytes in the buffer(s), where Z is a value equal to or larger than zero, and/or when one or more previous BSRs indicate less than or equal to a second threshold amount of bytes, and when the X most recent BSR(s) transmitted by the wireless communication device indicated less than or equal to Y bytes in the buffer(s), where X is an integer equal to or greater than 1 and Y is a value equal to or greater than zero. - checking condition(s) (S1) for suppressing at least one Buffer Status Report, BSR, which is up for transmission, wherein the BSR up for transmission is a BSR for which a timer has expired and/or the wireless communication device has valid uplink resources for transmitting the BSR; and - suppressing (S2) the BSR if the condition(s) is/are fulfilled, when the BSR indicates less than or equal to a first threshold amount of bytes, and when the BSR indicates that the wireless communication device has less than or equal to Z bytes in the buffer(s), where Z is a value equal to or larger than zero, and/or when one or more previous BSRs indicate less than or equal to a second threshold amount of bytes, and when the X most recent BSR(s) transmitted by the wireless communication device indicated less than or equal to Y bytes in the buffer(s), where X is an integer equal to or greater than 1 and Y is a value equal to or greater than zero.
A system for tracking movement of an eye, comprising: a camera system configured to generate a plurality of images of the eye; a computer system comprising: a memory configured to store the plurality of images and store at least one of the images as a reference image; and one or more processors configured to: track movement of the eye within a tracking range by comparing a current image of the plurality of images with the reference image, and by determining a movement of the eye from the comparison of the current image and the reference image, the tracking range having one or more alert points; and determine an orientation of the eye relative to at least one alert point of the tracking range; characterised by an output device configured to output a range indicator that indicates the orientation of the eye relative to the at least one alert point of the tracking range. a camera system configured to generate a plurality of images of the eye; a computer system comprising: a memory configured to store the plurality of images and store at least one of the images as a reference image; and one or more processors configured to: track movement of the eye within a tracking range by comparing a current image of the plurality of images with the reference image, and by determining a movement of the eye from the comparison of the current image and the reference image, the tracking range having one or more alert points; and determine an orientation of the eye relative to at least one alert point of the tracking range; characterised by an output device configured to output a range indicator that indicates the orientation of the eye relative to the at least one alert point of the tracking range. a memory configured to store the plurality of images and store at least one of the images as a reference image; and one or more processors configured to: track movement of the eye within a tracking range by comparing a current image of the plurality of images with the reference image, and by determining a movement of the eye from the comparison of the current image and the reference image, the tracking range having one or more alert points; and determine an orientation of the eye relative to at least one alert point of the tracking range; characterised by an output device configured to output a range indicator that indicates the orientation of the eye relative to the at least one alert point of the tracking range. track movement of the eye within a tracking range by comparing a current image of the plurality of images with the reference image, and by determining a movement of the eye from the comparison of the current image and the reference image, the tracking range having one or more alert points; and determine an orientation of the eye relative to at least one alert point of the tracking range; characterised by an output device configured to output a range indicator that indicates the orientation of the eye relative to the at least one alert point of the tracking range.
A metal ion battery cell comprising a plurality of electrodes and an electrolyte encased within a housing , the housing comprising a safety valve or vent configured to allow gas build up within the housing to vent outside the housing, and a felt filter covering the safety valve or vent , such that gas may pass through the felt filter , but sparks are contained by the felt filter , characterised in that the felt filter is secured to the housing by an adhesive, the felt filter comprising an adhesive film or tape , and the adhesive film or tape is covered by a removable backing prior to installation on the lithium ion battery cell.
A method performed by a terminal in a mobile communication system supporting a dual connectivity, the method comprising: receiving configuration information for a first medium access control, MAC, entity corresponding to a first cell group of a first base station and a second MAC entity corresponding to a second cell group of a second base station; identifying whether power backoff value for one of activated cells of the first MAC entity and the second MAC entity is changed more than a predetermined value; and transmitting , to the first base station and the second base station, both of a first power headroom report, PHR, corresponding to the first MAC entity and a second PHR corresponding to the second MAC entity in case that the power backoff value for the one of activated cells of the first MAC entity and the second MAC entity is changed more than the predetermined value. receiving configuration information for a first medium access control, MAC, entity corresponding to a first cell group of a first base station and a second MAC entity corresponding to a second cell group of a second base station; identifying whether power backoff value for one of activated cells of the first MAC entity and the second MAC entity is changed more than a predetermined value; and transmitting , to the first base station and the second base station, both of a first power headroom report, PHR, corresponding to the first MAC entity and a second PHR corresponding to the second MAC entity in case that the power backoff value for the one of activated cells of the first MAC entity and the second MAC entity is changed more than the predetermined value.
A method for bundling data packet acknowledgments in a wireless communication device , the method comprising: determining a communication distance between the wireless communication device and a counterpart wireless communication device; selecting a number of data packet acknowledgments to be bundled together according to the determined communication distance such that when the communication distance is higher, the higher number of data packet acknowledgments are bundled together into a single acknowledgment message; and causing transmission of the single acknowledgment message comprising the selected number of data packet acknowledgements to be bundled together, comprising causing the wireless communication device to transmit to the counterpart wireless communication device a message comprising an information element indicating the selected number of data packet acknowledgments the counterpart wireless communication device shall bundle together into the single acknowledgment message, wherein the message is a data packet, and wherein the information element is comprised in a header of the data packet. determining a communication distance between the wireless communication device and a counterpart wireless communication device; selecting a number of data packet acknowledgments to be bundled together according to the determined communication distance such that when the communication distance is higher, the higher number of data packet acknowledgments are bundled together into a single acknowledgment message; and causing transmission of the single acknowledgment message comprising the selected number of data packet acknowledgements to be bundled together, comprising causing the wireless communication device to transmit to the counterpart wireless communication device a message comprising an information element indicating the selected number of data packet acknowledgments the counterpart wireless communication device shall bundle together into the single acknowledgment message, wherein the message is a data packet, and wherein the information element is comprised in a header of the data packet.
A method for wireless communication in a non-geosynchronous orbit, NGSO, satellite system, the method performed by a user terminal, UT, and comprising: receiving data for transmission to a network controller via a satellite; receiving , from the network controller, an activation of contention-based resources of the satellite system; transmitting , during a time period, a first portion of the data on a plurality of subframes of the contention-based resources prior to receiving a grant of scheduled return link resources; and terminating data transmissions on the contention-based resources after expiration of the time period or upon receiving the grant of scheduled return link resources during the time period, irrespective of collisions on the contention-based resources. receiving data for transmission to a network controller via a satellite; receiving , from the network controller, an activation of contention-based resources of the satellite system; transmitting , during a time period, a first portion of the data on a plurality of subframes of the contention-based resources prior to receiving a grant of scheduled return link resources; and terminating data transmissions on the contention-based resources after expiration of the time period or upon receiving the grant of scheduled return link resources during the time period, irrespective of collisions on the contention-based resources.
A fluid control system , comprising: an apparatus comprising a first and second fluid port ; first and second control lines used in a first state and a bypass line providing communication of the first control line with the second fluid port , used in a second state; a valve arrangement being configurable between: the first state in which the first fluid port is in fluid communication with the first control line and the second fluid port is in fluid communication with the second control line , wherein when the valve arrangement is configured in the first state, the apparatus is switchable between first and second configurations responsive to pressure differentials between the first and second control lines ; and the second state in which the second fluid port is in fluid communication with a source of pressurized fluid via the bypass line and the first fluid port is in fluid communication with a vent arrangement to thereby permit venting of pressure at the first fluid port , and configure the apparatus into the second configuration; and a control arrangement for reconfiguring the valve arrangement between the first and second states in response to an actuation signal. an apparatus comprising a first and second fluid port ; first and second control lines used in a first state and a bypass line providing communication of the first control line with the second fluid port , used in a second state; a valve arrangement being configurable between: the first state in which the first fluid port is in fluid communication with the first control line and the second fluid port is in fluid communication with the second control line , wherein when the valve arrangement is configured in the first state, the apparatus is switchable between first and second configurations responsive to pressure differentials between the first and second control lines ; and the second state in which the second fluid port is in fluid communication with a source of pressurized fluid via the bypass line and the first fluid port is in fluid communication with a vent arrangement to thereby permit venting of pressure at the first fluid port , and configure the apparatus into the second configuration; and the first state in which the first fluid port is in fluid communication with the first control line and the second fluid port is in fluid communication with the second control line , wherein when the valve arrangement is configured in the first state, the apparatus is switchable between first and second configurations responsive to pressure differentials between the first and second control lines ; and the second state in which the second fluid port is in fluid communication with a source of pressurized fluid via the bypass line and the first fluid port is in fluid communication with a vent arrangement to thereby permit venting of pressure at the first fluid port , and configure the apparatus into the second configuration; and a control arrangement for reconfiguring the valve arrangement between the first and second states in response to an actuation signal.