mhurhangee/ep-ind-claims huggingface dataset:
An agricultural working machine, in particular in the form of a tractor, comprising: - a front axle and a rear axle; - an internal combustion engine; - at least one hybrid module, as well as - a transmission device, wherein the internal combustion engine and the hybrid module are respectively in operational connection with the transmission device, wherein both a power output from the internal combustion engine as well as a power output from the hybrid module can be taken up and the combined power outputs can be transmitted to the rear axle by means of the transmission device so that rear wheels of the working machine disposed on the rear axle can be driven, wherein the internal combustion engine is disposed in a front region of the agricultural working machine, characterized in that the hybrid module is disposed in a rear region of the working machine, wherein the power outputs from the internal combustion engine and from the hybrid module can be supplied separately to the transmission device, wherein the hybrid module is spatially disposed between the rear wheels, wherein a centre of gravity of the hybrid module is located in an imaginary cylindrical space spanning the rear wheels which are constructed as round wheels. - a front axle and a rear axle; - an internal combustion engine; - at least one hybrid module, as well as - a transmission device, wherein the internal combustion engine and the hybrid module are respectively in operational connection with the transmission device, wherein both a power output from the internal combustion engine as well as a power output from the hybrid module can be taken up and the combined power outputs can be transmitted to the rear axle by means of the transmission device so that rear wheels of the working machine disposed on the rear axle can be driven, wherein the internal combustion engine is disposed in a front region of the agricultural working machine, characterized in that the hybrid module is disposed in a rear region of the working machine, wherein the power outputs from the internal combustion engine and from the hybrid module can be supplied separately to the transmission device, wherein the hybrid module is spatially disposed between the rear wheels, wherein a centre of gravity of the hybrid module is located in an imaginary cylindrical space spanning the rear wheels which are constructed as round wheels.
One or more computer-readable media, CRM, comprising instructions to, upon execution of the instructions by one or more processors of a user equipment, UE, cause the UE to: decode, upon reception of a message from an access node, AN, an information element, IE, that is to indicate a first bandwidth part, BWP, to be an active BWP; configure a measurement gap, MG, on the first BWP, wherein the MG is configured and not activated based on the first BWP being the active BWP; switch the active BWP from the first BWP to a second BWP; activate the MG with respect to a measurement of a synchronization signal block, SSB, (415d, 415e), when the second BWP has a SubCarrier Spacing, SCS, different from a SCS of the first BWP; and measure the SSB (415d, 415e) during an intra-frequency measurement with the MG that is configured and activated. decode, upon reception of a message from an access node, AN, an information element, IE, that is to indicate a first bandwidth part, BWP, to be an active BWP; configure a measurement gap, MG, on the first BWP, wherein the MG is configured and not activated based on the first BWP being the active BWP; switch the active BWP from the first BWP to a second BWP; activate the MG with respect to a measurement of a synchronization signal block, SSB, (415d, 415e), when the second BWP has a SubCarrier Spacing, SCS, different from a SCS of the first BWP; and measure the SSB (415d, 415e) during an intra-frequency measurement with the MG that is configured and activated.
Drivable expansion joint, comprising: - at least one profiled joint element, - at least one toothed road plate, this plate having bores provided with counterbores, - threaded elements for fixing the road plate to the profiled element, - locking washers, which are interposed axially between the threaded elements and the bottom of the counterbores, for preventing the threaded elements from loosening, characterized in that the locking washers are wedge-locking washers, - a seal is received in a groove in the profiled element, the threaded elements being engaged in bores in the profiled element that open into said groove, the surface of the groove onto which the bores open being concave towards the inside of the groove, the threaded elements having a length such that their end extends at least partially out of the bore into the groove, the threaded elements coming into contact with the seal. - at least one profiled joint element, - at least one toothed road plate, this plate having bores provided with counterbores, - threaded elements for fixing the road plate to the profiled element, - locking washers, which are interposed axially between the threaded elements and the bottom of the counterbores, for preventing the threaded elements from loosening, characterized in that the locking washers are wedge-locking washers, - a seal is received in a groove in the profiled element, the threaded elements being engaged in bores in the profiled element that open into said groove, the surface of the groove onto which the bores open being concave towards the inside of the groove, the threaded elements having a length such that their end extends at least partially out of the bore into the groove, the threaded elements coming into contact with the seal.
An interchangeable lens attachable to a camera body, the interchangeable lens comprising: a focusing optical system configured to vary a focal position of the interchangeable lens; and a transmitter (38, 39) configured to transmit a first value and a second value to the camera body, the first value indicating a relationship between an amount of movement of the focusing optical system and an amount of movement of an image plane at a position to which the focusing optical system has moved, the second value indicating a relationship between an amount of movement of the focusing optical system and an amount of movement of the image plane, the second value being equal to the first value. a focusing optical system configured to vary a focal position of the interchangeable lens; and a transmitter (38, 39) configured to transmit a first value and a second value to the camera body, the first value indicating a relationship between an amount of movement of the focusing optical system and an amount of movement of an image plane at a position to which the focusing optical system has moved, the second value indicating a relationship between an amount of movement of the focusing optical system and an amount of movement of the image plane, the second value being equal to the first value.
A flood prevention device comprising: a gate device constituting a passage between a flood prevention area and an outside area, and a portable flood prevention material that separates the flood prevention area and the outside area with the gate device, wherein the gate device has a side wall corresponding to one end of the portable flood prevention material, and wherein the gate device has a watertight surface on the side wall, the watertight surface is configured to stop water between the side wall and the portable flood prevention material, characterized in that the portable flood prevention material is a tubular water bag. wherein the gate device has a side wall corresponding to one end of the portable flood prevention material, and wherein the gate device has a watertight surface on the side wall, the watertight surface is configured to stop water between the side wall and the portable flood prevention material, characterized in that the portable flood prevention material is a tubular water bag.
A method of wireless communications between a wireless communications network and wireless user equipment, comprising: receiving, using a primary time division duplex 'TDD' configuration, data on a primary component carrier in a first frequency band; receiving, using a secondary TDD configuration, data on a secondary component carrier, in a secondary frequency band different from the first frequency band; transmitting, using a supplemental TDD configuration an uplink Hybrid Automatic Repeat Request 'HARQ' ACK/NACK for the data received on the secondary component carrier, wherein the supplemental TDD configuration is different from the secondary TDD configuration and combines a set of uplink subframes including uplink subframes in the primary TDD configuration and the secondary TDD configuration; and the method characterised by receiving, using the supplemental uplink TDD configuration, an uplink grant granting resources for uplink data transmissions on the secondary component carrier. receiving, using a primary time division duplex 'TDD' configuration, data on a primary component carrier in a first frequency band; receiving, using a secondary TDD configuration, data on a secondary component carrier, in a secondary frequency band different from the first frequency band; transmitting, using a supplemental TDD configuration an uplink Hybrid Automatic Repeat Request 'HARQ' ACK/NACK for the data received on the secondary component carrier, wherein the supplemental TDD configuration is different from the secondary TDD configuration and combines a set of uplink subframes including uplink subframes in the primary TDD configuration and the secondary TDD configuration; and the method characterised by receiving, using the supplemental uplink TDD configuration, an uplink grant granting resources for uplink data transmissions on the secondary component carrier.
A rectifier for converting an AC current into a DC current, the rectifier comprising: at least two half-bridges comprising semiconductor switches, which are connected in parallel with respect to two output phases (18a, 18b) of a DC output of the rectifier, wherein each half-bridge is adapted for rectifying an input phase (16a, 16b, 16c) of an AC input of the rectifier; an arc detection device for detecting an electric arc fault of the rectifier; a shorting device for shorting the input phases (16a, 16b, 16c), when actuated by the arc detection device; wherein the shorting device comprises thyristors for conducting a shorting current, characterized in that the thyristors delta-connect the input phases (16a, 16b, 16c); and that the thyristors of the shorting device, which interconnect the input phases (16a, 16b, 16c), are connected in a ring to the input phases (16a, 16b, 16c), in which ring the thyristors all have the same orientation. at least two half-bridges comprising semiconductor switches, which are connected in parallel with respect to two output phases (18a, 18b) of a DC output of the rectifier, wherein each half-bridge is adapted for rectifying an input phase (16a, 16b, 16c) of an AC input of the rectifier; an arc detection device for detecting an electric arc fault of the rectifier; a shorting device for shorting the input phases (16a, 16b, 16c), when actuated by the arc detection device; wherein the shorting device comprises thyristors for conducting a shorting current, characterized in that the thyristors delta-connect the input phases (16a, 16b, 16c); and that the thyristors of the shorting device, which interconnect the input phases (16a, 16b, 16c), are connected in a ring to the input phases (16a, 16b, 16c), in which ring the thyristors all have the same orientation.
A metering device for an agricultural machine for single-grain discharge of grains, such as seeds, comprising a housing with a grain feed and a seed storage in a chamber, in which chamber a pressure level prevails; wherein a metering organ is rotatably disposed in the metering device, with the metering organ delimiting the chamber, and with recesses for receiving the grains to be spread being present, along at least one cam track, at regular intervals in said metering organ; wherein said recesses connect the chamber to an area where a lower pressure level than in the chamber prevails; wherein grains are received in the recesses by way of the pressure difference thus generated, with said grains being subsequently conveyed along the cam track to a grain discharge area by rotation of the metering organ; wherein a seed metering tube for the discharge of grains into a seed furrow produced by means of furrowing tools ends in said grain discharge area; wherein a pressure level in turn prevails in the grain discharge area, and an airstream is in turn generated by said pressure level, with the grains undergoing a change of direction toward a guideway of a guide element and toward a seed metering tube by way of said airstream; as well as with an airstream being likewise present in the seed metering tube, whereby the grains undergo an active acceleration in said seed metering tube, characterised in that the guideway of the guide element at least in sections has the same longitudinal direction and accordingly the same orientation as the seed metering tube, whereby a guided airflow is generated such that largely all grains and/or foreign materials reaching the grain discharge area are discharged in a positively guided manner along the guideway of the guide element into the seed metering tube.
A method, comprising: receiving, at one or more ports (154a, 154b) of a network device, signals from a master clock, the signals from the master clock received via a plurality of different communication paths (128, 132); determining, at the network device, a plurality of path time data sets corresponding to the plurality of different communication paths based on the signals from the master clock received via the plurality of different communication paths; characterised by selecting, at the network device, based on (i) first path characteristics corresponding to only a single path time data set and (ii) second path characteristics corresponding to a mathematical combination of at least two path time data sets, (i) a first technique for determining a time of day using only the single path time data set or (ii) a second technique for determining the time of day using the mathematical combination of the at least two path time data sets; and determining, at the network device, the time of day using the selected one of the first technique and the second technique. receiving, at one or more ports (154a, 154b) of a network device, signals from a master clock, the signals from the master clock received via a plurality of different communication paths (128, 132); determining, at the network device, a plurality of path time data sets corresponding to the plurality of different communication paths based on the signals from the master clock received via the plurality of different communication paths; characterised by selecting, at the network device, based on (i) first path characteristics corresponding to only a single path time data set and (ii) second path characteristics corresponding to a mathematical combination of at least two path time data sets, (i) a first technique for determining a time of day using only the single path time data set or (ii) a second technique for determining the time of day using the mathematical combination of the at least two path time data sets; and determining, at the network device, the time of day using the selected one of the first technique and the second technique.
An exercise apparatus, comprising: a stationary frame comprising a base portion, an upright portion, and an overhead portion; an assist bar pivotally mounted on the upright portion of the stationary frame below the overhead portion and configured for assisting a user during performance of exercises on the apparatus, the assist bar having a foot engaging portion configured for engagement by the user; and an adjustable overhead handle assembly secured to the overhead portion of the stationary frame and comprising at least one handle pair, characterised in that the at least one handle pair comprises a pair of adjustable handles, wherein each of the adjustable handles has a pivot portion rotatably mounted on a respective pivot mount and a hand grip extending from the pivot portion at a predetermined angle to a respective pivot axis, wherein each hand grip is substantially horizontal and angled towards the rear end of the stationary frame in a first end position, wherein each hand grip extends in a forward direction relative to the stationary frame in a second end position, wherein the first position comprises a chin-up position in which each of the adjustable handles are oriented for gripping by a user while performing a chin-up exercise and the second position comprises a pull-up position in which each of the adjustable handles are oriented for gripping by a user while performing a pull-up exercise. a stationary frame comprising a base portion, an upright portion, and an overhead portion; an assist bar pivotally mounted on the upright portion of the stationary frame below the overhead portion and configured for assisting a user during performance of exercises on the apparatus, the assist bar having a foot engaging portion configured for engagement by the user; and an adjustable overhead handle assembly secured to the overhead portion of the stationary frame and comprising at least one handle pair, characterised in that the at least one handle pair comprises a pair of adjustable handles, wherein each of the adjustable handles has a pivot portion rotatably mounted on a respective pivot mount and a hand grip extending from the pivot portion at a predetermined angle to a respective pivot axis, wherein each hand grip is substantially horizontal and angled towards the rear end of the stationary frame in a first end position, wherein each hand grip extends in a forward direction relative to the stationary frame in a second end position, wherein the first position comprises a chin-up position in which each of the adjustable handles are oriented for gripping by a user while performing a chin-up exercise and the second position comprises a pull-up position in which each of the adjustable handles are oriented for gripping by a user while performing a pull-up exercise.
Method for managing a battery comprising several accumulators (A i) that can be linked in series or in parallel, comprising a charging or discharging phase during which the accumulators are disposed in series, thereafter comprising a balancing phase comprising the placing of the accumulators in parallel, characterized in that it during which an electrical quantity G min representing the balancing of the accumulator that has attained the maximum voltage during the charging phase or minimum voltage during the discharging phase is measured or estimated, and during which an electrical quantity G i representing the balancing of another accumulator i of the battery is also measured or estimated, and in that the state of health SOH i of this other accumulator i is computed on the basis of the two electrical quantities G min and G i and on the basis of the knowledge of the performance of the accumulator i at the start of life.
An air seed meter, comprising: a housing including a seed meter side and a vacuum side, said seed meter side including a seed pool wherein seed is deposited in the housing; a disc mounted in said housing for rotation about an axis and having a plurality of seed cells spaced radially about the axis for seating and retaining seeds; wherein the seed meter side of the housing further comprises an outer sidewall radially positioned from the axis of the housing and extending in the axial direction, characterized in that at least a portion of the outer sidewall adjacent the seed pool is offset radially outward from the remainder of the outer sidewall so as to provide seed additional room to move about and be drawn onto or against the seed cell of the disc; and a relief member at least partially covering the offset portion of the housing. a housing including a seed meter side and a vacuum side, said seed meter side including a seed pool wherein seed is deposited in the housing; a disc mounted in said housing for rotation about an axis and having a plurality of seed cells spaced radially about the axis for seating and retaining seeds; wherein the seed meter side of the housing further comprises an outer sidewall radially positioned from the axis of the housing and extending in the axial direction, characterized in that at least a portion of the outer sidewall adjacent the seed pool is offset radially outward from the remainder of the outer sidewall so as to provide seed additional room to move about and be drawn onto or against the seed cell of the disc; and a relief member at least partially covering the offset portion of the housing.
A composition comprising a particulate solid, an organic medium and a compound with an alkyleneoxy compound with an inorganic acidic polar head group, wherein the compound is defined by Formula and salts thereof: U- x -T-N r -(B-Z) q (Formula 1) wherein U is independently R'-N-(G')-T'-O-, or R-O-; R or R' may be the same or different and are independently H or C 1-50 -optionally substituted hydrocarbyl, or hydrocarbonyl group (acyl group), or the residue of an epoxide, or the residue of an optionally substituted (meth) acrylic ester or amide group; Y is C 2-4 -alkyleneoxy comprising up to a maximum of 30 wt% of ethyleneoxy groups; T or T' is independently C 2-4 alkylene; B is an alkylene group selected from methylene, ethylene, propylene, or mixtures thereof; Z is an inorganic acidic polar head group selected from a sulphur or phosphorus acidic polar head group; G and G' may be the same or different and are independently H or C 1-50 -optionally substituted hydrocarbyl or C 1-50 -optionally substituted hydrocarbyl or hydrocarbonyl group or the residue of an epoxide, or the residue of an optionally substituted (meth) acrylic ester or amide group; r is zero or 1; q is 1 or 2, with the proviso that when q is 2, r is zero; and x is from 2 to 90. R'-N-(G')-T'-O-, or R-O-;
A method of estimating useful life of a seal in a process control device, comprising: determining a plurality of operational cycles of a stem or shaft of the process control device; determining a value corresponding to a stress experienced by the seal for each of the operational cycles; and estimating a total amount of useful life of the seal consumed based on each of the values. determining a plurality of operational cycles of a stem or shaft of the process control device; determining a value corresponding to a stress experienced by the seal for each of the operational cycles; and estimating a total amount of useful life of the seal consumed based on each of the values.