mhurhangee/ep-ind-claims huggingface dataset:
A round baler comprising: a baling chamber; press means, said press means mounted within said baling chamber, said press means being operable in a bale formation cycle; and said press means being functionally communicatable with a primary power source for transmitting a power to the press means, the round baler further comprising an auxiliary power source connectable with said press means, said auxiliary power source being operable in a power transmitting mode to transmit an auxiliary power to said press means, the baler further comprising control means for controlling operation of said auxiliary power source, wherein, the operation of said auxiliary power source is controllable manually and/or corresponding to bale formation cycle parameters, wherein the bale formation cycle includes a low pressure sequence in a first part of said bale formation cycle and a high pressure sequence in a second part of said baling formation cycle, characterized in that, the auxiliary power source is powered by energy from a power storage source, and additional power is suppliable by the auxiliary power source during the high pressure sequence or when there is a plugging at the feeding point of the baler for feeding residue material inside the baling chamber. a baling chamber; press means, said press means mounted within said baling chamber, said press means being operable in a bale formation cycle; and said press means being functionally communicatable with a primary power source for transmitting a power to the press means, the round baler further comprising an auxiliary power source connectable with said press means, said auxiliary power source being operable in a power transmitting mode to transmit an auxiliary power to said press means, the baler further comprising control means for controlling operation of said auxiliary power source, wherein, the operation of said auxiliary power source is controllable manually and/or corresponding to bale formation cycle parameters, wherein the bale formation cycle includes a low pressure sequence in a first part of said bale formation cycle and a high pressure sequence in a second part of said baling formation cycle, characterized in that, the auxiliary power source is powered by energy from a power storage source, and additional power is suppliable by the auxiliary power source during the high pressure sequence or when there is a plugging at the feeding point of the baler for feeding residue material inside the baling chamber.
A computed tomography system comprising: an emitter configured to emit radiation; a stage assembly including: a stage positioned at a first angle relative to a first reference axis, the stage configured to couple to an inspection part and to rotate the inspection part about a first rotation axis, characterized by a first sensor coupled to the stage, the first sensor configured to measure the first angle; and a detector positioned at a second angle relative to a second reference axis, the detector configured to detect at least a portion of the radiation emitted by the emitter, the detector including: a second sensor configured to measure the second angle; and an analyzer configured to receive measurement data characterizing the first angle and the second angle from the first sensor and the second sensor, respectively, the analyzer including at least one data processor configured to generate one or more images of the inspection part based on the received measurement data, wherein the at least one data processor of the analyzer is configured to compensate for a tilt angle of one or more of the stage and the detector using the received measurement data, and to generate the one or more images according to the compensation. an emitter configured to emit radiation; a stage assembly including: a stage positioned at a first angle relative to a first reference axis, the stage configured to couple to an inspection part and to rotate the inspection part about a first rotation axis, characterized by a first sensor coupled to the stage, the first sensor configured to measure the first angle; and a stage positioned at a first angle relative to a first reference axis, the stage configured to couple to an inspection part and to rotate the inspection part about a first rotation axis, characterized by a first sensor coupled to the stage, the first sensor configured to measure the first angle; and a detector positioned at a second angle relative to a second reference axis, the detector configured to detect at least a portion of the radiation emitted by the emitter, the detector including: a second sensor configured to measure the second angle; and an analyzer configured to receive measurement data characterizing the first angle and the second angle from the first sensor and the second sensor, respectively, the analyzer including at least one data processor configured to generate one or more images of the inspection part based on the received measurement data, wherein the at least one data processor of the analyzer is configured to compensate for a tilt angle of one or more of the stage and the detector using the received measurement data, and to generate the one or more images according to the compensation.
An N-level class D amplifier circuit comprising: a first comparator for comparing a first signal (Vi) derived from an input voltage signal with a first reference signal in the form of a first triangular waveform; a second comparator for comparing a second signal (Vi) derived from the input voltage signal with a second reference signal in the form of a second triangular waveform, wherein a phase relationship between the signals to the first comparator is phase shifted relative to a phase relationship between the signals to the second comparator; an amplifier stage for generating the N-level PWM output signal; a controller for controlling the amplifier stage based on the outputs of the first and second comparators; a feedback path from the N-level PWM output signal (Vo); a voltage to current converter at the input of the circuit to generate an input current; and a first integrator for converting the difference between the input current and feedback current to a voltage, wherein the feedback path connects to the output of the voltage to current converter. a first comparator for comparing a first signal (Vi) derived from an input voltage signal with a first reference signal in the form of a first triangular waveform; a second comparator for comparing a second signal (Vi) derived from the input voltage signal with a second reference signal in the form of a second triangular waveform, wherein a phase relationship between the signals to the first comparator is phase shifted relative to a phase relationship between the signals to the second comparator; an amplifier stage for generating the N-level PWM output signal; a controller for controlling the amplifier stage based on the outputs of the first and second comparators; a feedback path from the N-level PWM output signal (Vo); a voltage to current converter at the input of the circuit to generate an input current; and a first integrator for converting the difference between the input current and feedback current to a voltage, wherein the feedback path connects to the output of the voltage to current converter.
A traffic optimizer facilitating communication of data packets between a server and at least one of a plurality of clients through a multicast network, the traffic optimizer comprising: a communication processor that receives association data and the data packets having a unicast stream control transmission protocol from the server, the association data including IP addresses of the server and IP addresses of at least one of a plurality of clients available for communication; a packet analyzer that identifies a most complete set of packets to be delivered to at least one of the plurality of clients and finds redundant copies of the received data packets; a packet processor that processes the received data packets by trimming off the redundant copies of the received data packets, compiling a substantially complete set of received data packets, and forwarding the processed data packets to at least one of the plurality of clients at respective ones of the received IP addresses through a multicast network. a communication processor that receives association data and the data packets having a unicast stream control transmission protocol from the server, the association data including IP addresses of the server and IP addresses of at least one of a plurality of clients available for communication; a packet analyzer that identifies a most complete set of packets to be delivered to at least one of the plurality of clients and finds redundant copies of the received data packets; a packet processor that processes the received data packets by trimming off the redundant copies of the received data packets, compiling a substantially complete set of received data packets, and forwarding the processed data packets to at least one of the plurality of clients at respective ones of the received IP addresses through a multicast network.
A method for producing a dome-shaped element provided with thermal protection for a solid propellant rocket engine; the method comprising the steps of: - providing a coupling annular body; - arranging said coupling annular body in a mold; - treating a surface of said coupling annular body so as to clean and/or activate said surface; - depositing at least an intermediate fixing layer (26,27) onto the treated surface; - applying ablative material to said intermediate fixing layer (26,27) and to a side area of said mold, in form of subsequent layers; characterized in that the step of treating said surface comprises a treatment with atmospheric-pressure plasma. - providing a coupling annular body; - arranging said coupling annular body in a mold; - treating a surface of said coupling annular body so as to clean and/or activate said surface; - depositing at least an intermediate fixing layer (26,27) onto the treated surface; - applying ablative material to said intermediate fixing layer (26,27) and to a side area of said mold, in form of subsequent layers;
A soft magnetic metal powder having soft magnetic metal particles including Fe, wherein a surface of the soft magnetic metal particle is covered by a coating part, the coating part has a first coating part, a second coating part, and a third coating part in this order from the surface of the soft magnetic metal particle towards outside, the first coating part includes oxides of Si as a main component, the second coating part includes oxides of Fe as a main component, and characterised in that the third coating part includes an oxide glass of at least one element selected from the group consisting of P, Si, Bi, and Zn.
Operator device for moving the leaf of a swing gate, comprising an outer tubular body which extends mainly along a longitudinal axis and having a proximal extremity suitable for being hinged to a fixed upright of the gate, a mobile stem inserted telescopically in the outer tubular body and having a distal extremity (12") suitable for being hinged to a leaf of the gate, and a motor apparatus able to move said mobile stem; the mobile stem having an abutment suitable to axially engage a step element inside the outer tubular body providing a limit stop position of the operator device; and wherein the motor apparatus comprises a worm which extends axially inside the outer tubular body and which is susceptible to be placed in rotation by the motor of the motor apparatus, the mobile stem comprising an inner tubular body placed coaxially around the worm and a translation bush joined to said inner tubular body and having a threaded axial hole coupling to the thread of the worm, said distal extremity (12") of the mobile stem being opposite to the open proximal extremity of the inner tubular body facing towards the fixed upright, said operator device being characterized in that in the outer tubular body a longitudinal slot is provided at least near one end, said longitudinal slot being engaged by an end-stroke element comprising said stop element inside the outer tubular body, and wherein said abutment of the mobile stem comprises a radial abutment boss suitable to axially engage the stop element so as to stop the mobile stem, the end-stroke element being translatable along the longitudinal slot so as to be fixed in a desired axial position to define a limit stop position of the operator device; and wherein a protection element is placed on the outer tubular body which covers at least the portion of said tubular body where the longitudinal slot with relative end-stroke element is situated.
An agent for use in a method of treating or preventing shock, comprising as an active ingredient a diaminotrifluoromethylpyridine derivative represented by the formula or its salt: wherein X is a cycloalkylcarbonyl group, an alkenylcarbonyl group, a thiophenecarbonyl group or a benzoyl group which may be substituted by a halogen atom; and Y is an alkylsulfonyl group.
A method implemented by a computing device, the method comprising: calculating a keep alive interval by an operating system of the computing device, wherein calculating the keep alive interval includes computing the minimum of a server timeout interval of an endpoint of a network interlace device of the computing device and of a network timeout interval of inter-mediating devices of a network the network interface device is connected to; and using the keep alive interval to maintain one or more notification channels between one or more applications of the computing device and a network. calculating a keep alive interval by an operating system of the computing device, wherein calculating the keep alive interval includes computing the minimum of a server timeout interval of an endpoint of a network interlace device of the computing device and of a network timeout interval of inter-mediating devices of a network the network interface device is connected to; and using the keep alive interval to maintain one or more notification channels between one or more applications of the computing device and a network.
A method for generating pancreatic progenitor cells, comprising: (a) contacting non-pluripotent_starting mammalian cells with a first composition comprising an effective amount of a TGFβ family member and a WNT activator, while the mammalian cells transiently express pluripotency factors comprising OCT4, SOX2, and KLF4, wherein the effective amount is sufficient to generate a first cell population comprising definitive endoderm cells and wherein at least 5% of the cells in the first population express Sox17 and/or Foxa2, but where the first cell population does not express detectable NANOG; and (b) contacting cells from the first cell population with a second composition comprising an effective amount of the TGFβ receptor inhibitor A83-01, the hedgehog pathway inhibitor LDE225, 2-phospho-L-ascorbic acid, and retinoic acid to generate a second cell population comprising pancreatic progenitor cells, wherein at least 10% of the cells in the second population express Pdx1 and Nkx6.1. (a) contacting non-pluripotent_starting mammalian cells with a first composition comprising an effective amount of a TGFβ family member and a WNT activator, while the mammalian cells transiently express pluripotency factors comprising OCT4, SOX2, and KLF4, wherein the effective amount is sufficient to generate a first cell population comprising definitive endoderm cells and wherein at least 5% of the cells in the first population express Sox17 and/or Foxa2, but where the first cell population does not express detectable NANOG; and (b) contacting cells from the first cell population with a second composition comprising an effective amount of the TGFβ receptor inhibitor A83-01, the hedgehog pathway inhibitor LDE225, 2-phospho-L-ascorbic acid, and retinoic acid to generate a second cell population comprising pancreatic progenitor cells, wherein at least 10% of the cells in the second population express Pdx1 and Nkx6.1.
Plug connector having a plug connector housing which is axially mounted against a rear face of a housing flange by means of a compression spring, wherein holding means are provided, the plug connector housing being attached to the housing flange at the front face by means of the said holding means, and wherein the holding means have a fastening section and a holding section, characterized in that a predetermined breaking point is arranged between the fastening section and the holding section, so that an axial movement of the plug connector housing with respect to the housing flange is only possible when the holding means have been severed at the predetermined breaking point.
Use of apaziquone in the manufacture of a medicament for treating bladder cancers comprising administering via intravesical instillation a therapeutic composition comprising a therapeutic amount of apaziquone, wherein said administering occurs within about 6 hours following transurethral resection of bladder tumor (TUR-BT).
A method for identifying a bitter taste modulator comprising: a) contacting a 16HBE cell or a derivative thereof, the derivative thereof endogenously expressing a bitter taste receptor selected from T2R46 or T2R38, with a bitter tastant and a test compound; and b) measuring bitter taste receptor activity, wherein a change in bitter taste receptor activity by the bitter tastant indicates modulation of the bitter taste receptor by the test compound, thus identifying a bitter taste modulator. a) contacting a 16HBE cell or a derivative thereof, the derivative thereof endogenously expressing a bitter taste receptor selected from T2R46 or T2R38, with a bitter tastant and a test compound; and b) measuring bitter taste receptor activity, wherein a change in bitter taste receptor activity by the bitter tastant indicates modulation of the bitter taste receptor by the test compound, thus identifying a bitter taste modulator.
A method of increasing the precision of time synchronization among a plurality of host nodes in a packet-switched communication network by reducing transmission delay variation in the communication network, each host node having a clock, the method comprising the following steps carried out at each respective host node of the plurality of host nodes: synchronizing the clock at the respective host node with the clock at each other host node of the plurality of host nodes; providing to the respective host node a distinct set of transmission times for transmitting messages on the communication network, wherein the distinct set of transmission times comprises at least one time selected from a global schedule of transmission times, the selection being made in such a manner as to avoid concurrent transmission of messages by the plurality of host nodes; executing at the respective host node a time-synchronization program operable to adjust the clock at the respective host node, to generate a time-synchronization message, and to cause the respective host node to transmit the time-synchronization message via the communication network to at least one other host node of the plurality of host nodes according to a transmission time selected from the distinct set of transmission times provided to the respective host node; and receiving at the respective host node at least one other time-synchronization message transmitted from at least one other host node of the plurality of host nodes, and in turn delivering the received at least one other time-synchronization message to the time-synchronization program executing at the respective host node. synchronizing the clock at the respective host node with the clock at each other host node of the plurality of host nodes; providing to the respective host node a distinct set of transmission times for transmitting messages on the communication network, wherein the distinct set of transmission times comprises at least one time selected from a global schedule of transmission times, the selection being made in such a manner as to avoid concurrent transmission of messages by the plurality of host nodes; executing at the respective host node a time-synchronization program operable to adjust the clock at the respective host node, to generate a time-synchronization message, and to cause the respective host node to transmit the time-synchronization message via the communication network to at least one other host node of the plurality of host nodes according to a transmission time selected from the distinct set of transmission times provided to the respective host node; and receiving at the respective host node at least one other time-synchronization message transmitted from at least one other host node of the plurality of host nodes, and in turn delivering the received at least one other time-synchronization message to the time-synchronization program executing at the respective host node.
The use of at least one hydrocarbyl succinic acid or hydrocarbyl succinic acid derivative of the formula wherein R 1 is a linear or branched C 4 -C 40 -alkenyl or C 4 -C 40 -alkyl group, wherein at least 95% of the carbon atoms are not quaternary, or R 1 is a C 1 -C 20 -alkylaryl group; X and Y are, independently of each other, OR 2 or O - (M x+) 1/x or X and Y together form a group -O-; R 2 is hydrogen, C 1 -C 8 -alkyl, aryl or C 1 -C 20 -alkylaryl; (M x+) 1/x is a metal equivalent, an ammonium cation [NH 4] + or a substituted ammonium cation equivalent; and x is 1, 2, 3 or 4 in case (M x+) 1/x is a metal equivalent, or is 1 in case (M x+) 1/x is an ammonium cation [NH 4] + or is an integer from 1 to 10 in case (M x+) 1/x is a substituted ammonium cation equivalent, as friction modifying additive in a gasoline. R 1 is a linear or branched C 4 -C 40 -alkenyl or C 4 -C 40 -alkyl group, wherein at least 95% of the carbon atoms are not quaternary, or R 1 is a C 1 -C 20 -alkylaryl group; X and Y are, independently of each other, OR 2 or O - (M x+) 1/x or X and Y together form a group -O-; R 2 is hydrogen, C 1 -C 8 -alkyl, aryl or C 1 -C 20 -alkylaryl; (M x+) 1/x is a metal equivalent, an ammonium cation [NH 4] + or a substituted ammonium cation equivalent; and x is 1, 2, 3 or 4 in case (M x+) 1/x is a metal equivalent, or is 1 in case (M x+) 1/x is an ammonium cation [NH 4] + or is an integer from 1 to 10 in case (M x+) 1/x is a substituted ammonium cation equivalent,