mhurhangee/patent-ind-claim-en huggingface dataset:
Communication system comprising an LPWAN endpoint and a server , said endpoint being adapted for exchanging LPWAN frames with at least one gateway , referred to as an LPWAN gateway, by means of a first wireless network of the LPWAN low power long range type, and the server being adapted for exchanging LPWAN frames with LPWAN gateways, each frame exchanged between the endpoint and the server having to pass through an electricity meter among a plurality of electricity meters and a data concentrator included in a second powerline communication network of a system for the automatic management of readings from a plurality of electricity meters , referred to as meters, said meters in the plurality of meters being attached to at least one data concentrator via the second network , at least one meter in the plurality implementing an LPWAN gateway and comprising a communication interface enabling it to exchange LPWAN frames with said endpoint by means of the first network , the system being characterised in that it furthermore comprises a frame transmission device , connected to said data concentrator by means of a third network and to said server by means of a fourth network , configured so that each LPWAN frame exchanged between the device and the server is encapsulated in a second frame in accordance with a frame format that the server would exchange with an LPWAN gateway, and so that, when an LPWAN frame sent by the endpoint and received directly by a plurality of said meters and by a plurality of said data concentrators in the second network so that the device receives a plurality of copies of the LPWAN frame, the device transmits a single copy of said LPWAN frame to the server , said LPWAN frame being associated, in the second frame that encapsulates it, with information representing one of the meters that directly received the LPWAN frame, selected by the device in accordance with a predetermined criterion.
A controller comprising: a master clock (Cm); a controller clock (Ci, Cr); a master clock management unit configured to synchronize the master clock (Cm) with an external global clock and set a master time based on the master clock (Cm); a controller clock management unit configured to synchronize the controller clock (Ci, Cr) with the master clock (Cm) and perform time synchronization to synchronize a controller time based on the controller clock (Ci, Cr) with the master time, and to transmit controller time data indicating the synchronized controller time to at least one local device ; characterized by further comprising a window setting unit configured to set a plurality of time windows corresponding to a plurality of clock cycles of a clock signal for the time synchronization; a determination unit configured to determine whether one clock cycle of the plurality of clock cycles has started within one time window of the plurality of time windows, the one time window corresponding to the one clock cycle; and an update control unit configured to suspend the time synchronization corresponding to the one clock cycle, in response to determining that the one clock cycle has not started within the one time window. a master clock (Cm); a controller clock (Ci, Cr); a master clock management unit configured to synchronize the master clock (Cm) with an external global clock and set a master time based on the master clock (Cm); a controller clock management unit configured to synchronize the controller clock (Ci, Cr) with the master clock (Cm) and perform time synchronization to synchronize a controller time based on the controller clock (Ci, Cr) with the master time, and to transmit controller time data indicating the synchronized controller time to at least one local device ; characterized by further comprising a window setting unit configured to set a plurality of time windows corresponding to a plurality of clock cycles of a clock signal for the time synchronization; a determination unit configured to determine whether one clock cycle of the plurality of clock cycles has started within one time window of the plurality of time windows, the one time window corresponding to the one clock cycle; and an update control unit configured to suspend the time synchronization corresponding to the one clock cycle, in response to determining that the one clock cycle has not started within the one time window.
A polyester elastomer resin composition comprising: a polyester elastomer (A); an aliphatic amide compound (B); and a copolyether (C), wherein the polyester elastomer (A) comprises a hard segment and a soft segment, the hard segment comprising a polyester that comprises, as constituents, an aromatic dicarboxylic acid and an aliphatic and/or alicyclic diol, the soft segment being at least one member selected from aliphatic polyethers, aliphatic polyesters, and aliphatic polycarbonates, the copolyether (C) comprises two or more different types of alkylene units and has a number average molecular weight of 1500 to 5000, wherein the number average molecular weight is determined by dissolving the copolyether (C) in deuterated chloroform (CDCl 3 )/trifluoroacetic acid (TFA) at a volume ratio of 85/15, and calculating the number average molecular weight from the spectral ratio of ethylene oxide and propylene oxide, and the amount of the terminal group obtained by 1 H-NMR, and the aliphatic amide compound (B) is present in an amount of 0.01 to 1 part by mass, and the copolyether (C) is present in an amount of 0.1 to 10 parts by mass, per 100 parts by mass of the polyester elastomer (A). a polyester elastomer (A); an aliphatic amide compound (B); and a copolyether (C), wherein the polyester elastomer (A) comprises a hard segment and a soft segment, the hard segment comprising a polyester that comprises, as constituents, an aromatic dicarboxylic acid and an aliphatic and/or alicyclic diol, the soft segment being at least one member selected from aliphatic polyethers, aliphatic polyesters, and aliphatic polycarbonates, the copolyether (C) comprises two or more different types of alkylene units and has a number average molecular weight of 1500 to 5000, wherein the number average molecular weight is determined by dissolving the copolyether (C) in deuterated chloroform (CDCl 3 )/trifluoroacetic acid (TFA) at a volume ratio of 85/15, and calculating the number average molecular weight from the spectral ratio of ethylene oxide and propylene oxide, and the amount of the terminal group obtained by 1 H-NMR, and the aliphatic amide compound (B) is present in an amount of 0.01 to 1 part by mass, and the copolyether (C) is present in an amount of 0.1 to 10 parts by mass, per 100 parts by mass of the polyester elastomer (A).
A cell reselection method performed by a wireless device in a wireless communication system, the method comprising: receiving, from a network, first priority information through a dedicated signaling; receiving, from the network, second priority information through a broadcast signaling; receiving, from the network, lowest priority request information and a timer value through a radio resource control, RRC, connection reject message, wherein the lowest priority request information is for indicating a priority of a current frequency or all frequencies of radio access technology, RAT, to be the lowest, and wherein the timer value indicates a time interval to which the lowest priority request information is applied; and performing a cell reselection with selectively applying one of the first priority information and the second priority information based on a state of the wireless device , wherein based on a state of the wireless device being in a camped normally state, performing the cell reselection by applying the lowest priority request information during the time interval indicated by the timer value, and wherein based on a state of the wireless device that is camped on any cell state, performing the cell reselection by applying the second priority information received through the broadcast signaling; conserving the first priority information, and stopping application of the lowest priority request information, and conserving the lowest priority request information received through the RRC connection reject message. receiving, from a network, first priority information through a dedicated signaling; receiving, from the network, second priority information through a broadcast signaling; receiving, from the network, lowest priority request information and a timer value through a radio resource control, RRC, connection reject message, wherein the lowest priority request information is for indicating a priority of a current frequency or all frequencies of radio access technology, RAT, to be the lowest, and wherein the timer value indicates a time interval to which the lowest priority request information is applied; and performing a cell reselection with selectively applying one of the first priority information and the second priority information based on a state of the wireless device , wherein based on a state of the wireless device being in a camped normally state, performing the cell reselection by applying the lowest priority request information during the time interval indicated by the timer value, and wherein based on a state of the wireless device that is camped on any cell state, performing the cell reselection by applying the second priority information received through the broadcast signaling; conserving the first priority information, and stopping application of the lowest priority request information, and conserving the lowest priority request information received through the RRC connection reject message.
A filler neck closure assembly comprising a nozzle inhibitor formed to include a door support having a central opening sized to receive a fuel-dispensing nozzle during a tank-refueling activity, a first door mounted for movement relative to the door support about a door-pivot axis from a closed position partly occluding the central opening to an opened position opening the central opening , and a second door mounted for movement relative to the door support about the door-pivot axis from a closed position partly occluding the central opening and an opened position opening the central opening , the first and second doors cooperating to block movement of a fuel-dispensing nozzle through the central opening of the door support when each of the first and second doors is moved to assume the closed position, wherein the door-pivot axis extends parallel to the filler neck .
A device for producing castings of metal, in particular light-metal alloys, by gravity, tilt or low-pressure casting, with a plurality of mold segments , which form mold shells and surround, in a casting position, a casting cavity in a sealed manner, the mold shell comprising sections lying locally high above the casting cavity and forming air collecting sections , comprising venting means at least in one of the high-lying sections, the or each venting means comprising a channel terminating in the air collecting section and penetrating the wall of the mold shell, the venting insert comprising at least one coolant channel being closed toward the casting cavity , said coolant channel being connectable or connected, at its ends terminating at the outside of the mold shell, to a coolant transportation device, and a passing venting channel connecting the casting cavity to the ambient atmosphere, characterized by that the venting insert made of a material having a good heat conductivity is inserted and fixed with a sleeve made of a material of a poor heat conductivity surrounding the venting insert .
A method to associate a set of physical ports on a device with a set of software virtual interfaces: the method comprising: placing the set of software virtual interfaces to be associated with a set of N physical ports in an enabled state which has a first link state when no activation device is connected to a particular physical port and a second link state when an activation device is connected to the particular physical port; connecting a first activation device to a first physical port selected by a user; reporting a change of state from the first link state to the second link state for a first particular software virtual interface; associating the first physical port with the first particular software virtual interface; connecting an activation device to a second physical port selected by the user; reporting a change of state from the first link state to the second link state for a second particular software virtual interface; associating the second physical port with the second particular software virtual interface; and connecting at least one piece of equipment to the first physical port for use with software to be run on the device in reliance of the previously determined association between the first physical port and the first particular software virtual interface. placing the set of software virtual interfaces to be associated with a set of N physical ports in an enabled state which has a first link state when no activation device is connected to a particular physical port and a second link state when an activation device is connected to the particular physical port; connecting a first activation device to a first physical port selected by a user; reporting a change of state from the first link state to the second link state for a first particular software virtual interface; associating the first physical port with the first particular software virtual interface; connecting an activation device to a second physical port selected by the user; reporting a change of state from the first link state to the second link state for a second particular software virtual interface; associating the second physical port with the second particular software virtual interface; and connecting at least one piece of equipment to the first physical port for use with software to be run on the device in reliance of the previously determined association between the first physical port and the first particular software virtual interface.
A compound of general Formula (Ib): wherein one or two Z are present on one ring and Z is absent on the other ring; and each Z is independently selected from unsubstituted linear alkyl or unsubstituted branched alkyl, having 1 to 6 carbon atoms (C 1-6 alkyl); and R 5 is alkyl, selected from linear alkyl or branched alkyl, having 1 to 6 carbon atoms (C 1-6 alkyl), wherein each alkyl may be unsubstituted or substituted with one, two, or three substituents selected from the group consisting of halo, nitro, cyano and amino; and stereoisomers, enantiomers, and tautomers thereof, pharmaceutically acceptable salts thereof and mixtures thereof. one or two Z are present on one ring and Z is absent on the other ring; and each Z is independently selected from unsubstituted linear alkyl or unsubstituted branched alkyl, having 1 to 6 carbon atoms (C 1-6 alkyl); and R 5 is alkyl, selected from linear alkyl or branched alkyl, having 1 to 6 carbon atoms (C 1-6 alkyl), wherein each alkyl may be unsubstituted or substituted with one, two, or three substituents selected from the group consisting of halo, nitro, cyano and amino; and stereoisomers, enantiomers, and tautomers thereof, pharmaceutically acceptable salts thereof and mixtures thereof.
An apparatus to refine molten glass, comprising: an upstream vessel to contain molten glass; a downstream vessel arranged downstream of the upstream vessel; and characterized by a plurality of vacuum refining vessels located downstream of the upstream vessel in separate, alternating fluid communication therewith, and located upstream of the downstream vessel in separate, alternating fluid communication therewith, and wherein the refining vessels are not in direct fluid communication with one another, and wherein the refining vessels are operated in a mutually exclusive manner to provide a continuous flow of refined molten glass toward the downstream vessel . an upstream vessel to contain molten glass; a downstream vessel arranged downstream of the upstream vessel; and characterized by a plurality of vacuum refining vessels located downstream of the upstream vessel in separate, alternating fluid communication therewith, and located upstream of the downstream vessel in separate, alternating fluid communication therewith, and wherein the refining vessels are not in direct fluid communication with one another, and wherein the refining vessels are operated in a mutually exclusive manner to provide a continuous flow of refined molten glass toward the downstream vessel .
A patient interface (5010; 5610; 6010; 6510) for delivering breathable gas to a patient comprising: a nasal pillows assembly (20; xx20) adapted to form a seal with a patient's nose; and wherein the nasal pillows assembly (20; xx20) comprises a pair of nasal pillows (24; xx24) and a gusset (25g-6) adapted to provide contact with the patient's upper lip when worn, wherein each pillow (24; xx24) includes (i) a wall of pillow region (25g-1), (ii) an attachment of pillow to stalk region (25g-2), (iii) a stalk region (25g-3) and (iv) an attachment of stalk to platform region (25g-4), and wherein the gusset (25g-6) includes (v) a platform region (25g-8) and (vi) a gusset or base region (25g-6); and further wherein (i) the wall of pillow region (25g-1) is a flexing region, (ii) the attachment of pillow to stalk region (25g-2) is a flexing region, (iii) the stalk region (25g-3) is a flexing region, (iv) the attachment of stalk to platform region (25g-4) is a flexing region, (v) the nasal pillow assembly includes an additional flexing region (25g-5) located on the platform region (25g-8), wherein the additional flexing region (25g-5) is adapted to bend when the pillow is compressed, and wherein (vi) the gusset or base region (25g-6) is a flexing region. a nasal pillows assembly (20; xx20) adapted to form a seal with a patient's nose; and wherein the nasal pillows assembly (20; xx20) comprises a pair of nasal pillows (24; xx24) and a gusset (25g-6) adapted to provide contact with the patient's upper lip when worn, wherein each pillow (24; xx24) includes (i) a wall of pillow region (25g-1), (ii) an attachment of pillow to stalk region (25g-2), (iii) a stalk region (25g-3) and (iv) an attachment of stalk to platform region (25g-4), and wherein the gusset (25g-6) includes (v) a platform region (25g-8) and (vi) a gusset or base region (25g-6); and further wherein (i) the wall of pillow region (25g-1) is a flexing region, (ii) the attachment of pillow to stalk region (25g-2) is a flexing region, (iii) the stalk region (25g-3) is a flexing region, (iv) the attachment of stalk to platform region (25g-4) is a flexing region, (v) the nasal pillow assembly includes an additional flexing region (25g-5) located on the platform region (25g-8), wherein the additional flexing region (25g-5) is adapted to bend when the pillow is compressed, and wherein (vi) the gusset or base region (25g-6) is a flexing region. (i) the wall of pillow region (25g-1) is a flexing region, (ii) the attachment of pillow to stalk region (25g-2) is a flexing region, (iii) the stalk region (25g-3) is a flexing region, (iv) the attachment of stalk to platform region (25g-4) is a flexing region, (v) the nasal pillow assembly includes an additional flexing region (25g-5) located on the platform region (25g-8), wherein the additional flexing region (25g-5) is adapted to bend when the pillow is compressed,
A method of wireless communication performed by a user equipment, UE, comprising: receiving a master information block, MIB, that includes an indication that there is no cell-defining synchronization signal block, SSB, on a frequency on which the UE is camped; assigning a lower priority to a reselection procedure for one or more cells on the frequency than for one or more candidate cells on frequencies for which a cell-defining SSB is present based at least in part on the indication that there is no cell-defining SSB on the frequency; and performing the reselection procedure for the one or more cells after the reselection procedure has failed for each of the one or more candidate cells on frequencies for which the cell-defining SSB is present. receiving a master information block, MIB, that includes an indication that there is no cell-defining synchronization signal block, SSB, on a frequency on which the UE is camped; assigning a lower priority to a reselection procedure for one or more cells on the frequency than for one or more candidate cells on frequencies for which a cell-defining SSB is present based at least in part on the indication that there is no cell-defining SSB on the frequency; and performing the reselection procedure for the one or more cells after the reselection procedure has failed for each of the one or more candidate cells on frequencies for which the cell-defining SSB is present.
A method comprising: determining a sequence of a plurality of pixels including a first pixel and a second pixel relating to the first pixel, wherein an image consisting of the plurality of pixels is to be reconstructed and is reconstructed from X-ray projection data acquired by a CT system; determining a first geometry calculation used for at least one processor to access a first set of projection data relating to the first pixel from a first storage, wherein a geometry calculation determines shadow location of a pixel on a projection plane and determines projection data corresponding to the pixel based on the shadow location; determining a second geometry calculation based on the first geometry calculation; determining, based on the second geometry calculation, a first data template relating to the first pixel and a second data template relating to the second pixel, wherein a data template corresponds to a pixel and includes a frame that is partially filled or to be filled with projection data needed to generate image data corresponding to the pixel; and pre-fetching by the first storage, from a second storage, a second set of projection data based on the first data template and the second data template, wherein the second data template at least partially overlaps a filled first data template, and the second data template is a frame that is partially filled. determining a sequence of a plurality of pixels including a first pixel and a second pixel relating to the first pixel, wherein an image consisting of the plurality of pixels is to be reconstructed and is reconstructed from X-ray projection data acquired by a CT system; determining a first geometry calculation used for at least one processor to access a first set of projection data relating to the first pixel from a first storage, wherein a geometry calculation determines shadow location of a pixel on a projection plane and determines projection data corresponding to the pixel based on the shadow location; determining a second geometry calculation based on the first geometry calculation; determining, based on the second geometry calculation, a first data template relating to the first pixel and a second data template relating to the second pixel, wherein a data template corresponds to a pixel and includes a frame that is partially filled or to be filled with projection data needed to generate image data corresponding to the pixel; and pre-fetching by the first storage, from a second storage, a second set of projection data based on the first data template and the second data template, wherein the second data template at least partially overlaps a filled first data template, and the second data template is a frame that is partially filled.