mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting an 802.11ah packet, the method comprising: generating , using control circuitry, a training field sequence; generating , using the control circuitry, a preamble within a packet, wherein the preamble comprises a first training field symbol and the packet comprises a second training field symbol, wherein the first training field symbol comprises the training field sequence , and the second training field symbol comprises a second training field sequence bounded by guard tones of the second training field symbol; and transmitting , using transmit circuitry, the preamble; characterized in that: respective portions of the training field sequence are located at respective guard tone locations at both ends of the first training field symbol; and the transmitting the preamble comprises transmitting the first training field symbol with the same frequency domain power per tone as the second training field symbol. generating , using control circuitry, a training field sequence; generating , using the control circuitry, a preamble within a packet, wherein the preamble comprises a first training field symbol and the packet comprises a second training field symbol, wherein the first training field symbol comprises the training field sequence , and the second training field symbol comprises a second training field sequence bounded by guard tones of the second training field symbol; and transmitting , using transmit circuitry, the preamble; characterized in that: respective portions of the training field sequence are located at respective guard tone locations at both ends of the first training field symbol; and the transmitting the preamble comprises transmitting the first training field symbol with the same frequency domain power per tone as the second training field symbol. respective portions of the training field sequence are located at respective guard tone locations at both ends of the first training field symbol; and the transmitting the preamble comprises transmitting the first training field symbol with the same frequency domain power per tone as the second training field symbol.
A vehicle comprising a base member provided with a frame , wherein the vehicle comprises a plurality of wheels , wherein the base member comprises a rotatable member rotatably attached to the frame in such a manner that the rotatable member can rotate relative to the frame , the vehicle further comprising an extensible member , wherein the rotatable member comprises means for displacement of the extensible member along the rotatable member , preferably along the longitudinal axis (Y) of the rotatable member , wherein the extensible member is a separate unit , wherein the base member is configured to completely dismount the extensible member from the base member , wherein: - the base member comprises at least one receiving member configured to receive a roller member or a longitudinal rod member of the extensible member when the roller member or the longitudinal rod member of the extensible member to be inserted into the receiving member is arrange at ground level or - the extensible member comprises at least one receiving member configured to receive a roller member or a longitudinal rod member of the base member when the roller member or the longitudinal rod member of the base member to be inserted into the receiving member is arrange at ground level, wherein the receiving members comprise a flat bottom surface , and wherein the width of the bottom surface increases towards the distal end of the bottom surface , characterised in that the extensible member comprises two parallel track members each provided with a groove configured to receive roller members rotatably attached to the base member . - the base member comprises at least one receiving member configured to receive a roller member or a longitudinal rod member of the extensible member when the roller member or the longitudinal rod member of the extensible member to be inserted into the receiving member is arrange at ground level or - the extensible member comprises at least one receiving member configured to receive a roller member or a longitudinal rod member of the base member when the roller member or the longitudinal rod member of the base member to be inserted into the receiving member is arrange at ground level, wherein the receiving members comprise a flat bottom surface , and wherein the width of the bottom surface increases towards the distal end of the bottom surface , characterised in that the extensible member comprises two parallel track members each provided with a groove configured to receive roller members rotatably attached to the base member .
A disposable diaper configured by a front waistline portion , a back waistline portion , and a crotch portion , and comprising: a longitudinally elongated absorbent main body including an absorber having liquid retention property; and side flaps provided in at least a part of the side edges of the absorbent main body in a widthwise direction; and a fastening tape installed on the side flaps, and configured to extend out towards the outer side of the absorbent main body in the widthwise direction from one side of the front waistline portion or the back waistline portion, so as to allow it to be fastened at the other of the front waistline portion or the back waistline portion, wherein the fastening tape has a base sheet configured by one layer of a nonwoven fabric or a plurality of layers of nonwoven fabric layered on each other, and a hook sheet in which a plurality of engagement hooks are provided on a base portion, the nonwoven fabric is a spun bond or a spun bond-melt blown-spun bond nonwoven fabric, the total basis weight of the nonwoven fabric is between 40 and 90 g/m 2 , the thickness of the base portion of the hook sheet is between 25 and 45 μm, and the KES flexural rigidity value of an entire fastening tape existent region (S ALL ) in which the fastening tape is provided, in a longitudinal direction of the absorbent main body, is 3.576 gf.cm 2 or more and is 6.147 gf.cm 2 or less; and wherein as the fastening tape extends from the proximal end installed in the side flaps towards the free end positioned on the opposite side of the proximal end, the width of the fastening tape in the longitudinal direction of the absorbent main body reduces, and the difference between the width of the fastening tape along the longitudinal direction of the absorbent main body at the proximal end , and the width of the fastening tape along the longitudinal direction of the absorbent main body at the end of the hook sheet existent region (S HS ) towards the proximal end, is 7.5 mm or less.
Method for machining a workpiece with a milling tool arranged on a rotatable spindle, wherein the spindle is moved relative to the workpiece or the workpiece is moved relative to the spindle along a machining path and the spindle rotates about a spindle axis, wherein a rotational speed and/or a phase position of the rotation of the spindle along the machining path is controlled, characterized in that the machining path comprises linear parallel paths and the phase position of the spindle along the machining path is substantially the same in adjacent paths, the phase position being controlled by varying the rotational speed of the spindle and/or the feed rate of the spindle relative to the workpiece along the machining path.
A method for manufacturing transparent electrodes, the method comprising: preparing a base substrate; forming a silver nanowire contacting one surface of the base substrate; heating the base substrate and the silver nanowire at a predetermined temperature; applying an uncured polymer to the one surface of the base substrate to cover the silver nanowire; disposing a flexible film on the uncured polymer; applying a predetermined pressure between the disposed flexible film and the base substrate; irradiating light having a specific wavelength on the flexible film and curing the uncured polymer to change to a cured polymer; separating the base substrate and the cured polymer so that the silver nanowire is separated from the base substrate and bonded to the cured polymer, thereby forming a silver nanowire assembly comprising the silver nanowire, the cured polymer, and the flexible film; exposing the silver nanowire assembly to an iodine mixture including a chloride-based mixture and potassium for a predetermined time to change only a part of the surface of the silver nanowire to silver chloride having gray or black color and to let the other part of the silver nanowire maintain the conductivity; and annealing the silver nanowire assembly exposed to the iodine mixture at a temperature of 100°C to 110°C for 2-5 minutes, wherein the predetermined pressure is applied by rolling of a roller having a hardness of 30HB to 50HB. preparing a base substrate; forming a silver nanowire contacting one surface of the base substrate; heating the base substrate and the silver nanowire at a predetermined temperature; applying an uncured polymer to the one surface of the base substrate to cover the silver nanowire; disposing a flexible film on the uncured polymer; applying a predetermined pressure between the disposed flexible film and the base substrate; irradiating light having a specific wavelength on the flexible film and curing the uncured polymer to change to a cured polymer; separating the base substrate and the cured polymer so that the silver nanowire is separated from the base substrate and bonded to the cured polymer, thereby forming a silver nanowire assembly comprising the silver nanowire, the cured polymer, and the flexible film; exposing the silver nanowire assembly to an iodine mixture including a chloride-based mixture and potassium for a predetermined time to change only a part of the surface of the silver nanowire to silver chloride having gray or black color and to let the other part of the silver nanowire maintain the conductivity; and annealing the silver nanowire assembly exposed to the iodine mixture at a temperature of 100°C to 110°C for 2-5 minutes, wherein the predetermined pressure is applied by rolling of a roller having a hardness of 30HB to 50HB.
An aerial cable transporting system for transporting of passengers and/or cargo, wherein the system comprises: - a first terminal station and a second terminal station ; - a hauling cable arranged as a ring between the stations to create two branches of opposite transport direction; - at least a supporting cable for each transport branch between stations ; - a plurality of vehicles for transporting passengers and/or goods configured to run along the transport branches in aerial configuration between the stations supported by the at least one supporting cable and hauled by the hauling cable ; - a plurality of support devices configured to support the hauling cable during the stop of the system when vehicles are not running along the transport branches ; characterized by the fact that: - a storage is provided for selectively storing the support devices during the use of the system and vehicles during the stop of the system; - the supporting devices are movable along the transport branches between the stations supported by the at least a supporting cable . - a first terminal station and a second terminal station ; - a hauling cable arranged as a ring between the stations to create two branches of opposite transport direction; - at least a supporting cable for each transport branch between stations ; - a plurality of vehicles for transporting passengers and/or goods configured to run along the transport branches in aerial configuration between the stations supported by the at least one supporting cable and hauled by the hauling cable ; - a plurality of support devices configured to support the hauling cable during the stop of the system when vehicles are not running along the transport branches ; - a storage is provided for selectively storing the support devices during the use of the system and vehicles during the stop of the system; - the supporting devices are movable along the transport branches between the stations supported by the at least a supporting cable .
A compound of Formula (I): or an agronomically acceptable salt thereof, wherein A 1 , A 2 and A 3 are independently CH or N with the proviso that not more than one of A 1 , A 2 and A 3 are N; X is selected from the group consisting of O, S and CH 2 ; Q is a 6-membered nitrogen containing heteroaryl which is optionally substituted by one or more R 3 ; R 1 is selected from the group consisting of C 1 -C 4 alkyl, C 1 -C 4 haloalkyl and C 1 -C 4 alkoxy; R 2 is selected from the group consisting of C 1 -C 4 alkyl, C 1 -C 4 haloalkyl, C 1 -C 4 haloalkoxy, halogen, C 1 -C 4 alkoxy, -S-C 1 -C 4 alkyl and -S-C 1 -C 4 haloalkyl; R 3 is selected from the group consisting of halogen, C 1 -C 4 alkyl, C 1 -C 4 haloalkyl, C 1 -C 4 alkoxy, C 1 -C 4 haloalkoxy, -CN, NO 2 , C 2 -C 4 alkenyl, C 2 -C 4 alkynyl, -S(O) p C 1 -C 4 alkyl; and p = 0, 1 or 2. or an agronomically acceptable salt thereof, wherein A 1 , A 2 and A 3 are independently CH or N with the proviso that not more than one of A 1 , A 2 and A 3 are N; X is selected from the group consisting of O, S and CH 2 ; Q is a 6-membered nitrogen containing heteroaryl which is optionally substituted by one or more R 3 ; R 1 is selected from the group consisting of C 1 -C 4 alkyl, C 1 -C 4 haloalkyl and C 1 -C 4 alkoxy; R 2 is selected from the group consisting of C 1 -C 4 alkyl, C 1 -C 4 haloalkyl, C 1 -C 4 haloalkoxy, halogen, C 1 -C 4 alkoxy, -S-C 1 -C 4 alkyl and -S-C 1 -C 4 haloalkyl; R 3 is selected from the group consisting of halogen, C 1 -C 4 alkyl, C 1 -C 4 haloalkyl, C 1 -C 4 alkoxy, C 1 -C 4 haloalkoxy, -CN, NO 2 , C 2 -C 4 alkenyl, C 2 -C 4 alkynyl, -S(O) p C 1 -C 4 alkyl; and p = 0, 1 or 2.
A method, comprising: generating a series of time-based clustering images for a plurality of contiguity preserved library fragments from a genome sample, wherein each time-based clustering image in the series is sequentially generated by: introducing, to a flow cell, a respective sample including attached fragments, each attached fragment including some of the contiguity preserved library fragments attached to each other via transposases; removing the transposases, thereby releasing sub-fragments of the attached fragments, wherein each of the sub-fragments includes a first sequence portion at a first end, whereby the released sub-fragments seed onto a surface of the flow cell by hybridization of the first sequence portion to a first primer sequence attached to a polymeric hydrogel on the surface of the flow cell; attaching a second sequence portion to each of the hybridized sub-fragments at a second end that is opposed to the first end, the second sequence portion being identical to a second primer sequence attached to the polymeric hydrogel on the surface of the flow cell; amplifying the seeded sub-fragments to generate a plurality of respective template strands; staining the respective template strands; and imaging the respective template strands. introducing, to a flow cell, a respective sample including attached fragments, each attached fragment including some of the contiguity preserved library fragments attached to each other via transposases; removing the transposases, thereby releasing sub-fragments of the attached fragments, wherein each of the sub-fragments includes a first sequence portion at a first end, whereby the released sub-fragments seed onto a surface of the flow cell by hybridization of the first sequence portion to a first primer sequence attached to a polymeric hydrogel on the surface of the flow cell; attaching a second sequence portion to each of the hybridized sub-fragments at a second end that is opposed to the first end, the second sequence portion being identical to a second primer sequence attached to the polymeric hydrogel on the surface of the flow cell; amplifying the seeded sub-fragments to generate a plurality of respective template strands; staining the respective template strands; and imaging the respective template strands.
A method for use in a system comprising a multipath transmission control protocol, MPTCP, proxy , a first radio access type, RAT, a user equipment, UE, being a MPTCP capable user equipment , and a controller of a second RAT, for controlling MPTCP subflow establishment, and for controlling radio access network state in the first RAT of the UE when MPTCP session continuity is applied for the MPTCP capable UE connected to the MPTCP proxy, wherein the UE is connected to the first RAT, and wherein the UE is connected to the second RAT with an active MPTCP subflow, the method comprising: - the MPTCP proxy receiving from the controller of the second RAT, an indication that the UE performance has decreased beyond a first threshold; and - the MPTCP proxy triggering (94, 728, 738A; 738B) an MPTCP control action, which comprises adding a MPTCP subflow for the UE in the first RAT, if the MPTCP subflow is not already established, and activating the UE in the first RAT, to keep the UE in connected state in the first RAT, for reducing disconnection time for the UE, based on the received indication. - the MPTCP proxy receiving from the controller of the second RAT, an indication that the UE performance has decreased beyond a first threshold; and - the MPTCP proxy triggering (94, 728, 738A; 738B) an MPTCP control action, which comprises adding a MPTCP subflow for the UE in the first RAT, if the MPTCP subflow is not already established, and activating the UE in the first RAT, to keep the UE in connected state in the first RAT, for reducing disconnection time for the UE, based on the received indication.
Heat dissipation disc for a clutch mechanism applicable for the incorporation thereof, alternatingly intercalated between the friction discs of an oil-immersed multi-disc clutch, and being provided with inner or outer toothing for engaging either the crankshaft or the gearshift, being configured from at least two solid outer steel discs and a central spacer disc , all of them being attached to one another concentrically like a sandwich; and wherein the central disc has a series of open grooves on its surface with an exit on one of the edges thereof, characterized in that the outer discs have a plurality of notches on one of the edges thereof, said grooves and said notches determining a surface area on the edges of the dissipation disc .
A method of distributing access control in a distributed ledger, the method comprising: receiving , from a client , a payload at a voted principal , the principal being a selected minor from a plurality of networked minors , which process a ledger, the principal being selected based on processing volume, the client interfacing with the principal , wherein the minors are computing nodes; passing the payload to the minors ; verifying a user from the payload via a consensus of the minors ; if verified, preparing a response packet having an authentication unit via the consensus of the minors ; providing the response packet to the client via the voted principal ; and updating the distributed ledger to include the authentication unit. receiving , from a client , a payload at a voted principal , the principal being a selected minor from a plurality of networked minors , which process a ledger, the principal being selected based on processing volume, the client interfacing with the principal , wherein the minors are computing nodes; passing the payload to the minors ; verifying a user from the payload via a consensus of the minors ; if verified, preparing a response packet having an authentication unit via the consensus of the minors ; providing the response packet to the client via the voted principal ; and updating the distributed ledger to include the authentication unit.
A sanitary cleaning device comprising: a nozzle configured to discharge water toward a region of a user; a water supply path through which water is supplied to the nozzle; a backflow prevention mechanism including a tank provided on the water supply path, a water inlet port that is communicated with an upstream water supply path positioned upstream of the tank on the water supply path and through which water flows into the tank, a water outlet port that is communicated with a downstream water supply path positioned downstream of the tank on the water supply path and through which water in the tank flows out to the downstream water supply path, and an overflow port that is provided to form an air gap between the overflow port and the water inlet port and through which surplus water in the tank is discharged; a solution provision unit configured to supply acid solution provided by the user to the tank; and a control unit configured to execute scale removal processing of filling the downstream water supply path and the nozzle with the acid solution accumulated in the tank and then discharging the acid solution from the downstream water supply path and the nozzle, wherein, when having received the instruction to transition to the scale removal mode, the control unit executes water discharge processing of discharging water in the tank before the scale removal processing. a nozzle configured to discharge water toward a region of a user; a water supply path through which water is supplied to the nozzle; a backflow prevention mechanism including a tank provided on the water supply path, a water inlet port that is communicated with an upstream water supply path positioned upstream of the tank on the water supply path and through which water flows into the tank, a water outlet port that is communicated with a downstream water supply path positioned downstream of the tank on the water supply path and through which water in the tank flows out to the downstream water supply path, and an overflow port that is provided to form an air gap between the overflow port and the water inlet port and through which surplus water in the tank is discharged; a solution provision unit configured to supply acid solution provided by the user to the tank; and a control unit configured to execute scale removal processing of filling the downstream water supply path and the nozzle with the acid solution accumulated in the tank and then discharging the acid solution from the downstream water supply path and the nozzle, wherein, when having received the instruction to transition to the scale removal mode, the control unit executes water discharge processing of discharging water in the tank before the scale removal processing.
A loudspeaker comprising: i. an acoustic diaphragm having front and rear surfaces, the acoustic diaphragm in use being driven so as to vibrate and radiate acoustic waves from its front surface in a forward direction away from the loudspeaker and from its rear surface in a rearward direction, and ii. a drive unit, and iii. at least one open duct leading through the drive unit in a rearward direction away from the diaphragm and having an opening at its rearward end, in which the at least one open duct has a cross-sectional area extending in the rearward direction, in which the cross-sectional area decreases along at least part of the rearward direction, in which acoustic waves radiated from the rear surface of the diaphragm pass through substantially all of the open duct before contacting a front surface of an acoustic metamaterial absorber located generally outside and to the rear of the duct, and immediately to the rear of the decreasing cross-sectional area, and in which the acoustic impedance of the acoustic metamaterial absorber substantially matches the characteristic acoustic impedance of acoustic waves radiated from the rear surface of the diaphragm at the point they contact the surface of the acoustic metamaterial absorber. i. an acoustic diaphragm having front and rear surfaces, the acoustic diaphragm in use being driven so as to vibrate and radiate acoustic waves from its front surface in a forward direction away from the loudspeaker and from its rear surface in a rearward direction, and ii. a drive unit, and iii. at least one open duct leading through the drive unit in a rearward direction away from the diaphragm and having an opening at its rearward end,