mhurhangee/ep-ind-claims huggingface dataset:
A base station (406, 506) for coordinating communication of data packets between a user device (404, 504) and an application server (408, 508), the data packets corresponding to a bit-stream of encoded video data, the base station (406, 506) comprising: a memory (464, 564); and a computer processor (460, 462, 560, 563) operatively coupled to the memory, (464, 564), to a radio transmitter, and to a radio receiver, the computer processor (460, 462, 560, 563) being configured to: detect a video frame type of the data packets; determine, based on the detected video frame type of a data packet, whether the data packet will be transmitted without modification, transmitted with a reduced bit rate, or removed from the video bit-stream using a video frame transrating processor; assign, based on the detected video frame type, at least one resource block for transmission of the data packet; and transmit, using the assigned at least one resource block, one or more of the plurality of data packets. a memory (464, 564); and a computer processor (460, 462, 560, 563) operatively coupled to the memory, (464, 564), to a radio transmitter, and to a radio receiver, the computer processor (460, 462, 560, 563) being configured to: detect a video frame type of the data packets; determine, based on the detected video frame type of a data packet, whether the data packet will be transmitted without modification, transmitted with a reduced bit rate, or removed from the video bit-stream using a video frame transrating processor; assign, based on the detected video frame type, at least one resource block for transmission of the data packet; and transmit, using the assigned at least one resource block, one or more of the plurality of data packets. detect a video frame type of the data packets; determine, based on the detected video frame type of a data packet, whether the data packet will be transmitted without modification, transmitted with a reduced bit rate, or removed from the video bit-stream using a video frame transrating processor; assign, based on the detected video frame type, at least one resource block for transmission of the data packet; and transmit, using the assigned at least one resource block, one or more of the plurality of data packets.
A programmable logic device, comprising: a multiplier configured to perform a multiplication operation based on a multiplier coding comprising one or more coded multiplier values, characterised in that: the multiplier skips implementation for a subset of the coded multiplier values; and a structure configured to detect whether the multiplier skips implementation for a coded multiplier value and handle a skipped coded multiplier value. a multiplier configured to perform a multiplication operation based on a multiplier coding comprising one or more coded multiplier values, characterised in that: the multiplier skips implementation for a subset of the coded multiplier values; and a structure configured to detect whether the multiplier skips implementation for a coded multiplier value and handle a skipped coded multiplier value.
A method for defining multiple routes to a Software as a Service, 'SaaS', provider through a virtual network defined over a set of one or more public clouds (105, 110) for an entity, the method comprising: providing, to each of a plurality of managed forwarding nodes, 'MFNs', in the set of public clouds (105, 110), an identifier identifying the SaaS provider for the MFN to generate a measurement that quantifies an attribute of a network path between the MFN and the identified SaaS provider; receiving, from each MFN, measurements for the identified SaaS provider; based on the received measurements, selecting a set of at least two MFNs to use to reach the SaaS provider from the virtual network, the set of MFNs not including all of the plurality of MFNs; using the selected set of at least two MFNs to define routes through the virtual network to the SaaS provider from a multi-machine compute node (130, 134, 2505, 2510) that belongs to the entity, that is outside of the set of public clouds (105, 110), and that comprises an edge forwarding element that connects multiple computers at the multi-machine compute node (130, 134, 2505, 2510) to the virtual network through at least one MFN; and based on the defined routes, providing a set of forwarding rules to the edge forwarding element of the multi-machine compute node (130, 134, 2505, 2510) to use to forward data messages to the SaaS provider through one of the MFNs in said selected set of at least two MFNs and the virtual network. providing, to each of a plurality of managed forwarding nodes, 'MFNs', in the set of public clouds (105, 110), an identifier identifying the SaaS provider for the MFN to generate a measurement that quantifies an attribute of a network path between the MFN and the identified SaaS provider; receiving, from each MFN, measurements for the identified SaaS provider; based on the received measurements, selecting a set of at least two MFNs to use to reach the SaaS provider from the virtual network, the set of MFNs not including all of the plurality of MFNs; using the selected set of at least two MFNs to define routes through the virtual network to the SaaS provider from a multi-machine compute node (130, 134, 2505, 2510) that belongs to the entity, that is outside of the set of public clouds (105, 110), and that comprises an edge forwarding element that connects multiple computers at the multi-machine compute node (130, 134, 2505, 2510) to the virtual network through at least one MFN; and based on the defined routes, providing a set of forwarding rules to the edge forwarding element of the multi-machine compute node (130, 134, 2505, 2510) to use to forward data messages to the SaaS provider through one of the MFNs in said selected set of at least two MFNs and the virtual network.
A transmission management system comprising: a first destination information management unit that manages destination information indicating destination candidates of a request source terminal of communication; a receiver that receives, from the request source terminal, a destination registration request designating one or more request destination terminals as the destination candidates of the request source terminal; and a transmitter that, when approval of the destination registration request is determined being necessary, transmits an approval request for the destination registration request to the one or more request destination terminals designated as the destination candidates, wherein, the receiver receives a response to the approval request from the one or more request destination terminals, and the first destination information management unit registers the request destination terminal that transmitted the response to the approval request indicating approval in the destination information of the request source terminal as a destination candidate; a second destination information management unit, when the approval of the destination registration request is determined not being necessary, registers one or more request destination terminals in the destination information as destination candidates of the request source terminal. a first destination information management unit that manages destination information indicating destination candidates of a request source terminal of communication; a receiver that receives, from the request source terminal, a destination registration request designating one or more request destination terminals as the destination candidates of the request source terminal; and a transmitter that, when approval of the destination registration request is determined being necessary, transmits an approval request for the destination registration request to the one or more request destination terminals designated as the destination candidates, wherein, the receiver receives a response to the approval request from the one or more request destination terminals, and the first destination information management unit registers the request destination terminal that transmitted the response to the approval request indicating approval in the destination information of the request source terminal as a destination candidate; a second destination information management unit, when the approval of the destination registration request is determined not being necessary, registers one or more request destination terminals in the destination information as destination candidates of the request source terminal.
A method of initiating a network scan for an Institute of Electrical and Electronic Engineers, IEEE, 802.11 class network according to network scan parameters, the method comprising: receiving, at an application program interface residing on a communication device, a request to initiate the network scan for the IEEE 802.11 class network from an application operating on the communication device, characterized by the request comprising one or more requested network scan parameters; and in response to receiving the request: adjusting the network scan parameters based on the one or more requested network scan parameters when the request is received within a first time period and a previous network scan has not been initiated by the communication device within a second time period; and configuring and initiating the network scan, at the communication device, according to the network scan parameters that have been adjusted; wherein one of the one or more requested network scan parameters indicates how frequently the network scan is conducted. receiving, at an application program interface residing on a communication device, a request to initiate the network scan for the IEEE 802.11 class network from an application operating on the communication device, characterized by the request comprising one or more requested network scan parameters; and in response to receiving the request: adjusting the network scan parameters based on the one or more requested network scan parameters when the request is received within a first time period and a previous network scan has not been initiated by the communication device within a second time period; and configuring and initiating the network scan, at the communication device, according to the network scan parameters that have been adjusted; wherein one of the one or more requested network scan parameters indicates how frequently the network scan is conducted. adjusting the network scan parameters based on the one or more requested network scan parameters when the request is received within a first time period and a previous network scan has not been initiated by the communication device within a second time period; and configuring and initiating the network scan, at the communication device, according to the network scan parameters that have been adjusted;
Process for converting one or more alkyl halides to ethylene and propylene, said process comprising the following steps: a) providing a feedstream comprising one or more alkyl halides; optionally, diluted in at least one diluent; b) providing a first catalyst composition and a second catalyst composition, said second catalyst composition comprising a cracking catalyst; c) contacting said feedstream with said first catalyst composition in a first reaction zone under first reaction conditions to provide a first product stream; and d) subjecting at least a part of said first product stream to an Olefin Catalytic Cracking with said second catalyst composition in a second reaction zone under second reaction conditions to provide a second product stream, the process is characterized in that it further comprises a step of steaming said first catalyst composition before the step (c), and in that said first catalyst composition comprises one or more zeolites and a binder, wherein said one or more zeolites comprise at least one 10-membered ring channel. a) providing a feedstream comprising one or more alkyl halides; optionally, diluted in at least one diluent; b) providing a first catalyst composition and a second catalyst composition, said second catalyst composition comprising a cracking catalyst; c) contacting said feedstream with said first catalyst composition in a first reaction zone under first reaction conditions to provide a first product stream; and d) subjecting at least a part of said first product stream to an Olefin Catalytic Cracking with said second catalyst composition in a second reaction zone under second reaction conditions to provide a second product stream,
A gas turbine engine and a system for controlling a start sequence of the gas turbine engine, comprising: an electronic engine control system; a thermal model resident upon the electronic engine control system and configured to synthesize a heat state of the gas turbine engine; a memory configured to record the heat state of the gas turbine engine at shutdown and configured to record a shutdown time of the gas turbine engine; a risk model for determining a motoring time period t motoring for motoring the gas turbine engine at a predetermined speed N target wherein the predetermined speed N target is less than a speed used to start the gas turbine engine and wherein the motoring time period t motoring is a function of the heat state recorded at engine shutdown and an elapsed time of an engine start request relative to a previous shutdown time; and a controller configured to modulate a discrete starter valve of a starter of the gas turbine engine in order to maintain the gas turbine engine within a predetermined speed range of N targetMin to N targetMax for homogenizing engine temperatures. an electronic engine control system; a thermal model resident upon the electronic engine control system and configured to synthesize a heat state of the gas turbine engine; a memory configured to record the heat state of the gas turbine engine at shutdown and configured to record a shutdown time of the gas turbine engine; a risk model for determining a motoring time period t motoring for motoring the gas turbine engine at a predetermined speed N target wherein the predetermined speed N target is less than a speed used to start the gas turbine engine and wherein the motoring time period t motoring is a function of the heat state recorded at engine shutdown and an elapsed time of an engine start request relative to a previous shutdown time; and a controller configured to modulate a discrete starter valve of a starter of the gas turbine engine in order to maintain the gas turbine engine within a predetermined speed range of N targetMin to N targetMax for homogenizing engine temperatures.
A system comprising at least a mobile device and a plurality of gateways whose positions are known, wherein the gateways are operatively arranged to receive each a localization packet from the mobile device, determine for each gateway a received signal strength indicator (RSSI) of the localization packet at the gateway, the system comprising a solver unit operatively arranged to select a subset of gateways, compute the position of the mobile device, based on said received signal strength indicators, wherein the solver unit is arranged to compute a sorted list of the gateways of the subset ordered by received signal strength indicators, compute for each gateway in the subset a weight factor based on the rank of the gateway in the sorted list, whereby those gateways whose signal strength indicator is bigger receive a heavier weight, the system being further arranged to compute the position of the mobile device by a weighted sum of the position of the gateways in the subset using said weight factors, characterized in that the gateways in the subset are sorted by their received signal strength indicators in the descending order and the weighting factors ( w i) are calculated by: RSSI 0 > RSSI 1 >... > RSSI N − 1; i = 0,... N − 1 w i = 1 + RSSI i − RSSI N − 1 ⋅ N − i 2; i = 0,... N − 1. wherein N denotes the number of gateways in the subset, and i the rank of the gateway ranging from 0 to N-1.
A mechanical seal assembly for coaxial arrangement around a rotatable shaft of a machine to inhibit the emission of a pressurized gas from within the machine, the mechanical seal assembly comprising: a mechanical seal including a rotating ring presenting a first annular seal face and a stationary ring presenting a second annular seal face oriented in opposed juxtaposition to the first annular seal face, the first and second annular seal faces being axially shiftable relative to each other at least in part by a flow of sealing fluid passing between the first and second annular seal faces; characterised by an annular plunger at least partially surrounding the mechanical seal and being axially slidable between - an open position wherein an inboard end of the plunger is axially spaced apart from a plunger seat, thereby permitting the flow of sealing fluid to the mechanical seal through a passageway defined between the inboard end of the plunger and the plunger seat, and a closed position wherein the inboard end of the plunger abuts the plunger seat, such that the flow of the sealing fluid through the passageway to the mechanical seal is inhibited. a mechanical seal including a rotating ring presenting a first annular seal face and a stationary ring presenting a second annular seal face oriented in opposed juxtaposition to the first annular seal face, the first and second annular seal faces being axially shiftable relative to each other at least in part by a flow of sealing fluid passing between the first and second annular seal faces; characterised by an annular plunger at least partially surrounding the mechanical seal and being axially slidable between - an open position wherein an inboard end of the plunger is axially spaced apart from a plunger seat, thereby permitting the flow of sealing fluid to the mechanical seal through a passageway defined between the inboard end of the plunger and the plunger seat, and a closed position wherein the inboard end of the plunger abuts the plunger seat, such that the flow of the sealing fluid through the passageway to the mechanical seal is inhibited. an open position wherein an inboard end of the plunger is axially spaced apart from a plunger seat, thereby permitting the flow of sealing fluid to the mechanical seal through a passageway defined between the inboard end of the plunger and the plunger seat, and a closed position wherein the inboard end of the plunger abuts the plunger seat, such that the flow of the sealing fluid through the passageway to the mechanical seal is inhibited.
A method for filling a fillable portion of a garment to be padded in order to obtain a padded garment, for example a padded jacket or other garment, or a blanket, comprising the steps of: - providing a cashmere fibre mass to be fed towards a carding station; - mechanically opening and blending the cashmere fibre mass in said carding station, by means of a carding machine, to obtain staple cashmere fibre; - feeding said staple cashmere fibre exiting from said carding station towards a beating station; - subjecting said staple cashmere fibre to a cleaning step in said beating station, by means of a cleaning air flow adapted to cross and inflate the staple cashmere fibre to remove residual impurities and dusts from the staple cashmere fibre; - feeding the staple cashmere fibre exiting from said beating station towards a filling station; - inserting the staple cashmere fibre into said fillable portion so as to obtain said padded garment, in said filling station, characterized in that said cleaning air flow is a concentrated airflow along an elongated linear cross section. - providing a cashmere fibre mass to be fed towards a carding station; - mechanically opening and blending the cashmere fibre mass in said carding station, by means of a carding machine, to obtain staple cashmere fibre; - feeding said staple cashmere fibre exiting from said carding station towards a beating station; - subjecting said staple cashmere fibre to a cleaning step in said beating station, by means of a cleaning air flow adapted to cross and inflate the staple cashmere fibre to remove residual impurities and dusts from the staple cashmere fibre; - feeding the staple cashmere fibre exiting from said beating station towards a filling station; - inserting the staple cashmere fibre into said fillable portion so as to obtain said padded garment, in said filling station,
An internal combustion engine comprising - a cylinder (301, 302) comprising a piston connected to a rotatable crankshaft, - an exhaust guide (501, 502) being arranged to guide a gas flow from the cylinder (301, 302), - an adjustable flow restriction element (601, 602) arranged to restrict the flow through the exhaust guide (501, 502), - an exhaust valve arranged to control a communication between the cylinder (301, 302) and the exhaust guide (501, 502), and - an exhaust valve actuation assembly for actuating the exhaust valve so as to perform in each of a plurality of cycles of the cylinder (301, 302) an exhaust valve actuation sequence, - characterized in that the exhaust valve actuation assembly is adapted to control, during engine braking, the commencement of the exhaust valve actuation sequence to occur selectively at any crankshaft angle within a non-zero crankshaft angle interval. - a cylinder (301, 302) comprising a piston connected to a rotatable crankshaft, - an exhaust guide (501, 502) being arranged to guide a gas flow from the cylinder (301, 302), - an adjustable flow restriction element (601, 602) arranged to restrict the flow through the exhaust guide (501, 502), - an exhaust valve arranged to control a communication between the cylinder (301, 302) and the exhaust guide (501, 502), and - an exhaust valve actuation assembly for actuating the exhaust valve so as to perform in each of a plurality of cycles of the cylinder (301, 302) an exhaust valve actuation sequence, - characterized in that the exhaust valve actuation assembly is adapted to control, during engine braking, the commencement of the exhaust valve actuation sequence to occur selectively at any crankshaft angle within a non-zero crankshaft angle interval.