mhurhangee/ep-ind-claims huggingface dataset:
A method for data version comparison between trans-time zone sites, the method comprising: when trans-time zone sites modify target data, receiving, for each respective trans-time zone site of the trans-time zone sites, a time stamp and modified target data, the time stamp being generated by the respective trans-time zone site; when the time stamps are generated by the trans-time zone sites based on respective time zones of the trans-time zone sites, separately performing, for each respective trans-time zone site of the trans-time zone sites and based on a time zone of a central site, time zone conversion on the time stamp submitted by the respective trans-time zone site; and performing, based on the time stamps obtained after the time zone conversion and submitted by the trans-time zone sites, data version comparison on the modified target data submitted by the trans-time zone sites, to determine a latest version of the target data in the modified target data submitted by the trans-time zone sites; wherein performing the data version comparison comprises: comparing values of the time stamps submitted by the trans-time zone sites; and determining that modified target data submitted by a trans-time zone site with the largest time stamp value is the latest version of the target data. when trans-time zone sites modify target data, receiving, for each respective trans-time zone site of the trans-time zone sites, a time stamp and modified target data, the time stamp being generated by the respective trans-time zone site; when the time stamps are generated by the trans-time zone sites based on respective time zones of the trans-time zone sites, separately performing, for each respective trans-time zone site of the trans-time zone sites and based on a time zone of a central site, time zone conversion on the time stamp submitted by the respective trans-time zone site; and performing, based on the time stamps obtained after the time zone conversion and submitted by the trans-time zone sites, data version comparison on the modified target data submitted by the trans-time zone sites, to determine a latest version of the target data in the modified target data submitted by the trans-time zone sites; wherein performing the data version comparison comprises: comparing values of the time stamps submitted by the trans-time zone sites; and determining that modified target data submitted by a trans-time zone site with the largest time stamp value is the latest version of the target data. comparing values of the time stamps submitted by the trans-time zone sites; and determining that modified target data submitted by a trans-time zone site with the largest time stamp value is the latest version of the target data.
A DNA polymerase mutant comprising SEQ ID NO:13 with a mutation at position E230 and optionally one or more of the following mutations E507K, E189K, H28R, L30R, L30P, G38R, F73V, H75R, E76G, E76K, E76A, E90K, K206R, E315K, A348V, L351F, A439T, D452N, G504S, G504D, D551N, L552R, 1553V, D578N, H676R, Q680R, D732G, E734G, E734K, F749V; wherein the polymerase mutant exhibits relative to wild-type DNA polymerase of SEQ ID NO: 13, and under the same conditions, increased polymerase speed and at least one of increased affinity to DNA substrate and/or increased resistance to a DNA polymerase inhibitor.
Gear shifting system, comprising a first, rotatably drivable transmission component, on which a shift element (11; 11') with an annular body (12, 12') is arranged in a torque-proof and axially displaceable manner and is axially movable into at least one shift position, in which the first transmission component is respectively coupled in a torque-proof manner to a transmission component (4, 5) that is arranged adjacent to it and can be attached to it, wherein an axial shifting movement of the shift element (11; 11') into the at least one shift position and/or out of it can be initiated by respective interaction of a shift pin (34, 35) with at least one associated, slot-like shift gate (30, 31, 32, 33), which is variably shaped at least in some portions in the axial direction, wherein the shift element (11; 11') has at its outer diameter the at least one associated shift gate (30, 31, 32, 33), while the respectively one shift pin (34, 35) is arranged radially displaceably and the at least one associated shift gate (30, 31, 32, 33) is arranged radially opposite on a transmission component lying adjacent to the shift element (11; 11'), wherein the respectively one shift pin (34, 35) is movable by means of an associated actuator (38, 39) respectively radially between a basic position and an engagement position, in which the respectively one shift pin (34, 35) can be introduced into the at least one associated shift gate (30, 31, 32, 33), and wherein the respectively one shift pin (34, 35) and the associated actuator (38, 39) are provided on a housing placed so as to lie radially around the shift element (11; 11'), characterized in that the housing bears a first shift pin and a second shift pin, each of which is assigned a respective pair of shift gates (28, 29) on the shift element (11; 11'), wherein each of the pairs of shift gates (28, 29) is made up of two shift gates (30, 31; 32, 33), which are linked to one another and are respectively incorporated in the outer diameter of the shift element (11; 11'), and in that, by means of the first shift pin in interaction with a first shift gate of the assigned, first pair of shift gates, an axial displacement of the shift element (11; 11') from a first shift position into a neutral position can be induced, and in interaction with a second shift gate of the first pair of shift gates an axial displacement from the neutral position into a second shift position can be induced, whereas, by means of the second shift pin in interaction with a first shift gate of the assigned, second pair of shift gates, an axial movement of the shift element (11; 11') from the second shift position into the neutral position can be provided, and in interaction with a second shift gate of the second pair of shift gates an axial displacement from the neutral position into the first shift position can be provided.
A method for enabling active control feedback between a base station and mobile station in a wireless communications network, executed by a controller, the method comprising: allocating a first time slot within a frame for a mobile station to transmit a beacon signal to the base station, wherein the beacon signal is separate from data signals in the frame, wherein the first timeslot comprises a dedicated time slot in which only a beacon signal can be transmitted; allocating a second time slot within the frame for the base station to transmit a control signal in response to the beacon signal, the control signal for providing a basis upon which the mobile station adjusts a transmission parameter; allocating other timeslots for the base station to operate in full duplex frequency division duplex, FDD, mode; characterised by determining to which mobile station the first time slot should be allocated based upon at least one factor from a group consisting of: an expected volume of data transfer; required data transfer rate; frequency of short bursts of data transfer; total number of mobile stations in a CELL_FACH state; time since last data transfer; and mobile station power saving requirements. allocating a first time slot within a frame for a mobile station to transmit a beacon signal to the base station, wherein the beacon signal is separate from data signals in the frame, wherein the first timeslot comprises a dedicated time slot in which only a beacon signal can be transmitted; allocating a second time slot within the frame for the base station to transmit a control signal in response to the beacon signal, the control signal for providing a basis upon which the mobile station adjusts a transmission parameter; allocating other timeslots for the base station to operate in full duplex frequency division duplex, FDD, mode; characterised by determining to which mobile station the first time slot should be allocated based upon at least one factor from a group consisting of: an expected volume of data transfer; required data transfer rate; frequency of short bursts of data transfer; total number of mobile stations in a CELL_FACH state; time since last data transfer; and mobile station power saving requirements. an expected volume of data transfer; required data transfer rate; frequency of short bursts of data transfer; total number of mobile stations in a CELL_FACH state; time since last data transfer; and mobile station power saving requirements.
Electronic device for generation of an audible alarm or music, the electronic device including at least one coil or inductor and a buzzer, which includes at least one capacitor (Cb) connected in series with the coil, for generation of an audible alarm or music when the electronic device is actuated, the electronic device including in a positive feedback loop, a derivative circuit connected to a connection node between the coil and the capacitor (Cb) of the buzzer, to produce a derivative of the signal from the capacitor (Cb), and a comparator for comparing a derivative signal (Vder) at the output of the derivative circuit with a reference voltage (Ref), the comparator supplying an output signal (Vcomp) to the coil to amplify the signal across the capacitor (Cb), in order to generate at least one audible alarm.
A method of wireless communication of a user equipment (904-1, 904-2), UE, comprising: receiving a control resource set, CORESET, configuration of a first CORESET (932, 934), the CORESET configuration indicating a reference location of the first CORESET (932, 934) with reference to a reference point in a frequency domain; and determining resources occupied by the first CORESET (932, 934) in the frequency domain of a carrier based on the reference location and the reference point; characterized by performing blind decoding on down link control channel, DCCH, resource candidates in a search space carried by the first CORESET (932, 934) to obtain a DCCH; wherein the reference point is a point at an offset from a predetermined point of a bandwidth part (922-1, 922-2) of the carrier assigned to the UE (904-1, 904-2) in the frequency domain; wherein the predetermined point is a starting point of the bandwidth part (922-1, 922-2), wherein the reference location is indicated by an integer of allocation units away from the reference point, each of the allocation units including N resource blocks, RBs, N being an integer greater than 0; wherein the offset is an integer selected from 0 to (N-1), said integer being the number of RBs of the offset. receiving a control resource set, CORESET, configuration of a first CORESET (932, 934), the CORESET configuration indicating a reference location of the first CORESET (932, 934) with reference to a reference point in a frequency domain; and determining resources occupied by the first CORESET (932, 934) in the frequency domain of a carrier based on the reference location and the reference point; characterized by performing blind decoding on down link control channel, DCCH, resource candidates in a search space carried by the first CORESET (932, 934) to obtain a DCCH; wherein the reference point is a point at an offset from a predetermined point of a bandwidth part (922-1, 922-2) of the carrier assigned to the UE (904-1, 904-2) in the frequency domain; wherein the predetermined point is a starting point of the bandwidth part (922-1, 922-2), wherein the reference location is indicated by an integer of allocation units away from the reference point, each of the allocation units including N resource blocks, RBs, N being an integer greater than 0; wherein the offset is an integer selected from 0 to (N-1), said integer being the number of RBs of the offset.
A segmented annular combustor comprising circumferentially adjacent integrated combustor nozzles, wherein each integrated combustor nozzle includes an inner liner segment and an outer liner segment, wherein the outer liner segment is radially separated from the inner liner segment and a fuel injection panel extends radially between the inner liner segment and the outer liner segment, wherein the inner liner segment includes a first sealing surface and a second sealing surface and the outer liner segment includes a first sealing surface and a second sealing surface, wherein each sealing surface (130, 134, 150, 154) comprises a seal slot (132, 136, 152, 156), wherein a first seal slot of a first inner liner segment mates with a second seal slot of a second inner liner segment to define a recess within which an inner liner seal is installed and a first seal slot of a first outer liner segment mates with a second seal slot of a second outer liner segment to define a recess within which an outer liner seal is installed characterized in that the sealing surfaces extend in an axial direction of the segmented annular combustor and curve continuously in a circumferential direction of the segmented annular combustor from a forward end of the segmented annular combustor to an aft end of the segmented annular combustor and each of the inner and outer liner seal is a continuous flexible seal comprising: a forward end (142, 162), an aft end (146, 166) axially separated from the forward end, and an intermediate portion (144, 164) between the forward end and the aft end, the intermediate portion defining a continuous curve in the circumferential direction, such that the aft end is circumferentially offset from the forward end.
A power panel for generating thermal and electric energy from solar radiation, the power panel comprising: (a) a synthetic molded enclosure comprising a solar radiation top surface, bottom surface and sidewalls; and (b) a transparent panel disposed on said synthetic molded enclosure, said transparent panel adapted to insulate said thermal energy contained within said enclosure; (c) a photovoltaic panel for generating electrical power disposed between said synthetic molded enclosure and said transparent panel, said photovoltaic panel comprising a plurality of solar cells; wherein said enclosure comprises a plurality of segmented partitions adapted to form liquid pathways for channeling a liquid through said pathways when said photovoltaic panel is disposed on said segmented partitions thereby forming a liquid boundary in proximate contact with said segmented partitions and with said liquid in said enclosure; wherein; and wherein the power panel further comprises a bridge adapted to channel vented air within said enclosure to an external reservoir. (a) a synthetic molded enclosure comprising a solar radiation top surface, bottom surface and sidewalls; and (b) a transparent panel disposed on said synthetic molded enclosure, said transparent panel adapted to insulate said thermal energy contained within said enclosure; (c) a photovoltaic panel for generating electrical power disposed between said synthetic molded enclosure and said transparent panel, said photovoltaic panel comprising a plurality of solar cells;
A fastening device comprising: a) a fastener having a head portion and an elongated threaded body portion extending axially from the head portion; b) a lock member having a lower surface with a plurality of ratchet teeth, the lock member couples to the body portion for axial movement but is fixed rotationally; and c) a threaded lock nut for rotatably mating with the threaded body portion, characterized in that the lock nut has an upper surface having a pair of diametrically opposed, cantilevered arcuate pawl arms (54a, 54b), each pawl arm having at least two pawl teeth (56a, 56b) for engagement with the plurality of ratchet teeth. a) a fastener having a head portion and an elongated threaded body portion extending axially from the head portion; b) a lock member having a lower surface with a plurality of ratchet teeth, the lock member couples to the body portion for axial movement but is fixed rotationally; and c) a threaded lock nut for rotatably mating with the threaded body portion, characterized in that the lock nut has an upper surface having a pair of diametrically opposed, cantilevered arcuate pawl arms (54a, 54b), each pawl arm having at least two pawl teeth (56a, 56b) for engagement with the plurality of ratchet teeth.
Narrow gap inspection system (20, 50), comprising a tube to be inspected, in particular a boiler tube (22, 52), which extends in the axial (44, 76, 88) direction and, surrounding this at a radial distance with a hollow-cylindrical gap (28, 56), a casing, in particular a casing tube (24, 54), characterized in that the casing has an axially (44, 76, 88) extending opening (32, 58) with an opening angle (46, 86) running perpendicular to the axial direction, and in that radially over the opening (32, 58) there is provided an axially (44, 76, 88) mobile support system (34, 64) which supports a ring (26, 80) which is arranged in the gap (28, 56) and is able to rotate about the tube and has an inspection device (30, 74) that can be placed over the tube by means of a respective axial movement of the support system (34, 64) and a respective rotation of the ring (26, 80) in the gap (28, 56).
A method in which a proxy-call session control function, P-CSCF, of a home public land mobile network, H-PLMN, registers a roaming user equipment to an IP multimedia subsystem, IMS, network, the method comprising: receiving, by the P-CSCF, an identifier of a visited public land mobile network, V-PLMN, to which the user equipment is roaming, wherein the identifier of the V-PLMN is received after packet data network, PDN, connection for the user equipment is established but before the P-CSCF receives a request for registration to the IMS network from the user equipment; receiving, by the P-CSCF, a register message for registration to the IMS network from the user equipment; adding, by the P-CSCF, the identifier of the V-PLMN to a header of the register message; and transmitting the register message, to which the identifier of the V-PLMN is added, to an interrogating-CSCF, I-CSCF. receiving, by the P-CSCF, an identifier of a visited public land mobile network, V-PLMN, to which the user equipment is roaming, wherein the identifier of the V-PLMN is received after packet data network, PDN, connection for the user equipment is established but before the P-CSCF receives a request for registration to the IMS network from the user equipment; receiving, by the P-CSCF, a register message for registration to the IMS network from the user equipment; adding, by the P-CSCF, the identifier of the V-PLMN to a header of the register message; and transmitting the register message, to which the identifier of the V-PLMN is added, to an interrogating-CSCF, I-CSCF.
Coating system, comprising at least one hardenable component and at least one nonwoven, where the nonwoven has channels, and the relative open surface area of the nonwoven resulting from the channels is at least 2.5 mm 2 /cm 2 and at most 15 mm 2 /cm 2, and the hardenable component is a reactive resin and hardens via polymerization of the reactive resin.
A slurry composition for forming investment casting molds characterized in that it comprises: a refractory including one or more materials selected from yttria, zirconia, and rare earth metal oxides; a negatively charged or neutral colloidal silica; a soluble organic polymer; a cross-linking agent; water; and optionally, one or more additives selected from the group consisting of sintering aids, surfactants, anti-foaming agents, and pH adjusters, wherein the crosslinking agent is present in an amount of up to 1.0% by weight and is selected from glyoxal dialdehydes and polyamide-epichlorohydrin resins. a refractory including one or more materials selected from yttria, zirconia, and rare earth metal oxides; a negatively charged or neutral colloidal silica; a soluble organic polymer; a cross-linking agent; water; and optionally, one or more additives selected from the group consisting of sintering aids, surfactants, anti-foaming agents, and pH adjusters,
A sector-shaped section of a continuous casting machine for heavy reduction of a solidified terminal of a continuously cast slab, comprising an upper frame, a lower frame, an upper driving roller, a lower driving roller, a left driven roller set, a right driven roller set, a screw-down gear and clamping cylinders which are positioned on the sector-shaped section of the continuous casting machine, characterized in that the clamping cylinders are used for clamping the upper frame and the lower frame and keeping the upper frame and the lower frame at a set interval; the upper driving roller is connected with the screw-down gear; the upper driving roller is connected to the upper frame through an upper bearing base; the lower driving roller is connected to the lower frame through a lower bearing base; the left driven roller set and the right driven roller set are respectively positioned on two sides of the driving rollers; the left driven roller set is used for clamping the cast slab before reduction; the right driven roller set is used for clamping the cast slab after reduction; and the diameter ratio of the driving rollers to the driven rollers is 1.1:1-2:1; wherein the opening degrees of the right driven roller set and the driving rollers are identical with the thickness of the cast slab after reduction; wherein the opening degree of the left driven roller set is identical with the thickness of the cast slab before reduction; wherein the driving rollers are integrated and manufactured through an integral forming process.
Agricultural tool-holder comprising: - a central chassis that supports a three-point coupling system for coupling with the agricultural tractor and houses all the hydraulic and electrical parts used to actuate the articulated components of the tool-holder and of the tools that may be installed from time to time on the tool-holder, if necessary; - at least one lateral chassis that can slide closer to or away from said central chassis; wherein - said central chassis has an axis of symmetry and comprises an adjacent, parallel pair of tubular beams disposed along an orthogonal direction to the axis of symmetry of the central chassis; - said lateral chassis comprises an adjacent, parallel pair of rods suitable for being exactly inserted and sliding inside said tubular beams, which practically support the lateral frame telescopically; - at least one actuator suitable for providing the moving thrust of said at least one lateral chassis and is mounted in the central chassis characterized in that said pair of rods is rigidly connected by means of two spacing bars (11 and 12) that are interposed and screwed to the rods, one in correspondence of one end of said rods, and one in correspondence of the center of said rods, in such a way that said rods can be inserted for a section equal to approximately half of their length inside said tubular beams of the central chassis. - a central chassis that supports a three-point coupling system for coupling with the agricultural tractor and houses all the hydraulic and electrical parts used to actuate the articulated components of the tool-holder and of the tools that may be installed from time to time on the tool-holder, if necessary; - at least one lateral chassis that can slide closer to or away from said central chassis; wherein - said central chassis has an axis of symmetry and comprises an adjacent, parallel pair of tubular beams disposed along an orthogonal direction to the axis of symmetry of the central chassis; - said lateral chassis comprises an adjacent, parallel pair of rods suitable for being exactly inserted and sliding inside said tubular beams, which practically support the lateral frame telescopically; - at least one actuator suitable for providing the moving thrust of said at least one lateral chassis and is mounted in the central chassis