mhurhangee/ep-ind-claims huggingface dataset:
Ventilated shoe comprising an upper, a heel seat provided with a counter, an outsole and a comfort insole, the outsole and the comfort insole defining therebetween a ventilation array (21, 31) comprising at least one longitudinal plantar channel, a ventilation passage being provided between the ventilation system and the outside of the shoe in the rear portion thereof, the ventilation passage being defined between the heel seat and the counter separately from the sole, the heel seat and the counter extending continuously between an opening on the outside and an opening in direct communication with the ventilation array (21, 31) defined between the soles, the shoe comprising spacing means between the heel seat and the counter, the shoe being characterized in that the spacing means comprise a plurality of protruding elements extending from the heel seat and/or from the counter, said spacing means forming a baffling.
A method for processing an original total stream delivering a modified total stream, said original total stream being sent out by a head-end and addressed to a plurality of broadcasting sites, and comprising at least one physical layer pipe encapsulating a transport stream, said method comprising the following steps: - receiving said original total stream, - for at least one physical layer pipe of the original total stream, called an original pipe: - extracting the transport stream encapsulated in said original pipe, called an original transport stream, - obtaining a modified transport stream obtained by replacing at least one main content carried by said original transport stream by at least one secondary content, - time-shifting said original total stream, - aligning at least one reference packet of said modified transport stream with at least one reference packet of said original total stream obtained after the time-shifting, and - replacing, in the original pipe of said original total stream obtained after the time-shifting, said original transport stream by said modified transport stream obtained after the aligning. - receiving said original total stream, - for at least one physical layer pipe of the original total stream, called an original pipe: - extracting the transport stream encapsulated in said original pipe, called an original transport stream, - obtaining a modified transport stream obtained by replacing at least one main content carried by said original transport stream by at least one secondary content, - time-shifting said original total stream, - aligning at least one reference packet of said modified transport stream with at least one reference packet of said original total stream obtained after the time-shifting, and - replacing, in the original pipe of said original total stream obtained after the time-shifting, said original transport stream by said modified transport stream obtained after the aligning. - extracting the transport stream encapsulated in said original pipe, called an original transport stream, - obtaining a modified transport stream obtained by replacing at least one main content carried by said original transport stream by at least one secondary content, - time-shifting said original total stream, - aligning at least one reference packet of said modified transport stream with at least one reference packet of said original total stream obtained after the time-shifting, and - replacing, in the original pipe of said original total stream obtained after the time-shifting, said original transport stream by said modified transport stream obtained after the aligning.
A downhole optical communications system, configured to be provided at a downhole location in use, for communicating between the downhole location and an uphole location, such as a surface location, wherein the downhole optical communications system comprises: a downhole optical transmitter configured to emit an uplink optical signal for transmission over an optical transmission channel between the downhole optical transmitter and the uphole location; wherein the downhole transmitter is an electrical component that is operable to emit light in order to form the optical signals for transmission; the downhole optical transmitter is configured to produce a measureable response dependent on a downlink optical signal incident on the electrical component, the downlink optical signal received from the optical transmission channel; and the downhole optical communications system is configured to determine data represented by the received downlink optical signal from the measurable response produced by the electrical component of the downhole optical transmitter. a downhole optical transmitter configured to emit an uplink optical signal for transmission over an optical transmission channel between the downhole optical transmitter and the uphole location; wherein the downhole transmitter is an electrical component that is operable to emit light in order to form the optical signals for transmission; the downhole optical transmitter is configured to produce a measureable response dependent on a downlink optical signal incident on the electrical component, the downlink optical signal received from the optical transmission channel; and the downhole optical communications system is configured to determine data represented by the received downlink optical signal from the measurable response produced by the electrical component of the downhole optical transmitter.
A method of operating a wireless relay to control backhaul in a data communication network, the method comprising relay user equipment wirelessly attaching to a wireless base station coupled to a data network core and receiving a first backhaul connection from a relay base station through the wireless base station to the data network core, the method characterized by: an Ethernet switch attaching to a network gateway coupled to the data network core and establishing a second backhaul connection from the relay base station through the network gateway to the data network core; the relay base station receiving status data for the first backhaul connection through the wireless base station and receiving status data for the second backhaul connection through the network gateway; and the relay base station wirelessly exchanging voice data and generic internet traffic with served user equipment, the relay base station selecting the first backhaul connection for the voice data based on the status data of the first backhaul connection through the wireless base station and the status data of the second backhaul connection through the network gateway, and wirelessly exchanging the voice data with the data network core over the first backhaul connection, the relay user equipment compressing and decompressing the voice data exchanged over the first backhaul connection, and the relay base station selecting the second backhaul connection for the generic internet traffic based on the status data of the first backhaul connection through the wireless base station and the status data of the second backhaul connection through the network gateway, and exchanging the generic internet data with the data network core over the second backhaul connection. an Ethernet switch attaching to a network gateway coupled to the data network core and establishing a second backhaul connection from the relay base station through the network gateway to the data network core; the relay base station receiving status data for the first backhaul connection through the wireless base station and receiving status data for the second backhaul connection through the network gateway; and the relay base station wirelessly exchanging voice data and generic internet traffic with served user equipment, the relay base station selecting the first backhaul connection for the voice data based on the status data of the first backhaul connection through the wireless base station and the status data of the second backhaul connection through the network gateway, and wirelessly exchanging the voice data with the data network core over the first backhaul connection, the relay user equipment compressing and decompressing the voice data exchanged over the first backhaul connection, and the relay base station selecting the second backhaul connection for the generic internet traffic based on the status data of the first backhaul connection through the wireless base station and the status data of the second backhaul connection through the network gateway, and exchanging the generic internet data with the data network core over the second backhaul connection.
A nacelle for a wind turbine, the nacelle comprising: - a roof panel (10, 11) forming an opening into an internal space; - a cooling arrangement extending upwards from the roof panel; - a closure movable between an open position revealing the opening and a closed position closing the opening; and - a track (16, 17) configured to guide the closure between the open and the closed positions, characterized in that the track is carried at least partly by the cooling arrangement. - a roof panel (10, 11) forming an opening into an internal space; - a cooling arrangement extending upwards from the roof panel; - a closure movable between an open position revealing the opening and a closed position closing the opening; and - a track (16, 17) configured to guide the closure between the open and the closed positions, characterized in that the track is carried at least partly by the cooling arrangement.
Watering bucket for watering plants, having a lateral indentation which is formed continuously from the base of the watering bucket to the free edge of the wall of the watering bucket, wherein at least one opening for the passage of water is provided in the base of the watering bucket, characterized in that the watering bucket has a substantially rectangular ground plan shape with two longitudinal sides and two narrow sides, in that the indentation is provided on one of the longitudinal sides of the watering bucket, in that the side surfaces of the indentation parallel to the narrow sides of the watering bucket are flat, in that the base surface of the indentation parallel to the longitudinal sides of the watering bucket is flat, in that a filter is associated with the opening as a device for regulating the passage of water, and in that the filter is accommodated in a tubular extension, which is arranged in the region of the at least one opening in the base of the watering bucket.
A composition for oral administration comprising: - 0.5-3.5% wt of high(methyl)pectin, - 40-70% wt of glycerol, - 16-30% wt of water, - 0-2.5% wt of at least one surfactant, - 1.5-40% wt of at least one other ingredient selected from the group consisting of: sugar substitutes, flavouring agents, colouring agents and/or active substances, the weight percentages being relative to the total weight of the composition and the pH of the composition being comprised within the range of (about) 2.8 to (about) 3.2. - 0.5-3.5% wt of high(methyl)pectin, - 40-70% wt of glycerol, - 16-30% wt of water, - 0-2.5% wt of at least one surfactant, - 1.5-40% wt of at least one other ingredient selected from the group consisting of: sugar substitutes, flavouring agents, colouring agents and/or active substances,
A synthetic polymer film whose surface has a plurality of raised or recessed portions, wherein the synthetic polymer film has a crosslink structure containing an ethylene oxide unit, and the crosslink structure does not contain any nitrogen element that is a constituent of a urethane bond, the synthetic polymer film contains an organic carboxylic acid, wherein the organic carboxylic acid is benzoic acid or 2,4,6-trimethylbenzoic acid, and at the lapse of 5 minutes since placing a 200 μL drop of water on the surface of the synthetic polymer film, the pH of the aqueous solution is not more than 5, and the area equivalent circle diameter of the aqueous solution is not less than 20 mm, wherein the synthetic polymer film is made of a photocurable resin, and the organic carboxylic acid is generated by photodecomposition of a photopolymerization initiator contained in the photocurable resin, and each of a diameter of a circle equivalent to an area of the plurality of raised or recessed portions when viewed in a normal direction of a surface of the synthetic polymer film is in the range of more than 20 nm and not more than 1 μm. wherein the synthetic polymer film has a crosslink structure containing an ethylene oxide unit, and the crosslink structure does not contain any nitrogen element that is a constituent of a urethane bond, the synthetic polymer film contains an organic carboxylic acid, wherein the organic carboxylic acid is benzoic acid or 2,4,6-trimethylbenzoic acid, and at the lapse of 5 minutes since placing a 200 μL drop of water on the surface of the synthetic polymer film, the pH of the aqueous solution is not more than 5, and the area equivalent circle diameter of the aqueous solution is not less than 20 mm, wherein the synthetic polymer film is made of a photocurable resin, and the organic carboxylic acid is generated by photodecomposition of a photopolymerization initiator contained in the photocurable resin, and each of a diameter of a circle equivalent to an area of the plurality of raised or recessed portions when viewed in a normal direction of a surface of the synthetic polymer film is in the range of more than 20 nm and not more than 1 μm.
A combination weighing apparatus comprising: a conveying unit (3, 4) that conveys an article; a plurality of hoppers that temporarily store the article conveyed by the conveying unit; a weighing unit that weighs a weighing value corresponding to the mass of the article stored in the hoppers; and a control unit that executes combination weighing processing for selecting a weighing value combination, such that a total value becomes a target weighing value, from a plurality of the weighing values weighed by the weighing unit and associated respectively with the plurality of hoppers and controlling the hopper corresponding to the combination so as to discharge the article, characterized in that the control unit is adapted to execute the combination weighing processing with a second value used as the target weighing value after controlling all of the hoppers so as to discharge the article while leaving the article in the conveying unit (3, 4) when the second value is less than a first value in a case where the target weighing value is changed from the first value to the second value. a conveying unit (3, 4) that conveys an article; a plurality of hoppers that temporarily store the article conveyed by the conveying unit; a weighing unit that weighs a weighing value corresponding to the mass of the article stored in the hoppers; and a control unit that executes combination weighing processing for selecting a weighing value combination, such that a total value becomes a target weighing value, from a plurality of the weighing values weighed by the weighing unit and associated respectively with the plurality of hoppers and controlling the hopper corresponding to the combination so as to discharge the article, characterized in that the control unit is adapted to execute the combination weighing processing with a second value used as the target weighing value after controlling all of the hoppers so as to discharge the article while leaving the article in the conveying unit (3, 4) when the second value is less than a first value in a case where the target weighing value is changed from the first value to the second value.
A method, comprising: receiving legacy network jitter information based on at least one prior teleconference, the legacy network jitter information including at least one of packet delay variation, PDV, information or inter-arrival time, IAT, information; determining at least one parameter of a parametric model based, at least in part, on the legacy network jitter information; determining a cumulative distribution function, CDF, of a network jitter parameter using the parametric model; initializing a jitter buffer size estimation algorithm based, at least in part, on the cumulative distribution function, CDF,; and controlling a jitter buffer size during a teleconference according to the jitter buffer size estimation algorithm. receiving legacy network jitter information based on at least one prior teleconference, the legacy network jitter information including at least one of packet delay variation, PDV, information or inter-arrival time, IAT, information; determining at least one parameter of a parametric model based, at least in part, on the legacy network jitter information; determining a cumulative distribution function, CDF, of a network jitter parameter using the parametric model; initializing a jitter buffer size estimation algorithm based, at least in part, on the cumulative distribution function, CDF,; and controlling a jitter buffer size during a teleconference according to the jitter buffer size estimation algorithm.
A method comprising: sending, by a user equipment, UE, to a wireless access node (202; 110, 132) in a wireless local area network, WLAN, a network access identifier, NAI, that includes an identifier for a cellular access network node, wherein sending the NAI to the wireless access node in the WLAN is to cause the wireless access node to select, based on the identifier for the cellular access network node in the NAI, the cellular access network node and to send an authentication message to the cellular access network node; receiving, by the UE from the wireless access node in the WLAN, an authentication challenge based on information in the NAI, wherein the authentication challenge is sent by the cellular access network node responsive to the authentication message; sending, by the UE to the wireless access node in the WLAN, a response to the authentication challenge, to cause the wireless access node in the WLAN to send the response to the cellular access network node; and receiving, by the UE from the wireless access node in the WLAN, an indication of successful authentication of the UE, the indication sent by the wireless access node in the WLAN. sending, by a user equipment, UE, to a wireless access node (202; 110, 132) in a wireless local area network, WLAN, a network access identifier, NAI, that includes an identifier for a cellular access network node, wherein sending the NAI to the wireless access node in the WLAN is to cause the wireless access node to select, based on the identifier for the cellular access network node in the NAI, the cellular access network node and to send an authentication message to the cellular access network node; receiving, by the UE from the wireless access node in the WLAN, an authentication challenge based on information in the NAI, wherein the authentication challenge is sent by the cellular access network node responsive to the authentication message; sending, by the UE to the wireless access node in the WLAN, a response to the authentication challenge, to cause the wireless access node in the WLAN to send the response to the cellular access network node; and receiving, by the UE from the wireless access node in the WLAN, an indication of successful authentication of the UE, the indication sent by the wireless access node in the WLAN.
Extracting device for extracting a trim weight from a rotor blade, the device comprising a support tube provided with a female thread in at least a certain area and a threaded rod located in at least a section of the support tube, wherein the threaded rod is joined to a fixing element for releasable fixing to the trim weight and provided in at least a certain area with a male thread, which engages with the female thread of the support tube in at least a section, characterised in that the threaded rod is plastically deformable without using any aid in at least a certain area and the support tube is plastically deformable in its radial direction.
A terminal, comprising: a printed circuit board, a display panel, and at least two functional modules; wherein the printed circuit board is electrically coupled to the display panel, the display panel comprises: a display region configured to display information; and a functional region configured to receive the at least two functional modules; the functional region being disposed adjacent to the display region; wherein the at least two functional modules comprise a sensor module and a camera; the terminal characterized in that: the camera comprises a base and a lens; the base is stacked on the surface of the printed circuit board, and the lens protrudes from the base, thus the base and the lens cooperatively form a step; the sensor module is disposed on and supported by the step. a display region configured to display information; and a functional region configured to receive the at least two functional modules; the functional region being disposed adjacent to the display region; wherein the at least two functional modules comprise a sensor module and a camera; the terminal characterized in that: the camera comprises a base and a lens; the base is stacked on the surface of the printed circuit board, and the lens protrudes from the base, thus the base and the lens cooperatively form a step; the sensor module is disposed on and supported by the step.
A method for curing an adhesive between electrode layers of an electrode stack comprises the steps of: - Providing an electrode stack with several electrode layers, between which at least one adhesive is arranged at least in certain areas; - Picking up the electrode stack with a transport device; - Conveying of the picked-up electrode stack by the transport device along a conveying path to a curing station; - Providing a ram which can be tempered in zones and which is set up to press an electrode stack picked up by the transport device against the transport device; - Conveying the stack of electrodes picked up by the transport device through the curing station, and curing the adhesive between the multiple electrode layers in the curing station; - Removing the ram from the electrode stack; - Removing the electrode stack from the transport device. - Providing an electrode stack with several electrode layers, between which at least one adhesive is arranged at least in certain areas; - Picking up the electrode stack with a transport device; - Conveying of the picked-up electrode stack by the transport device along a conveying path to a curing station; - Providing a ram which can be tempered in zones and which is set up to press an electrode stack picked up by the transport device against the transport device; - Conveying the stack of electrodes picked up by the transport device through the curing station, and curing the adhesive between the multiple electrode layers in the curing station; - Removing the ram from the electrode stack; - Removing the electrode stack from the transport device.