mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an electronic circuit, to bring the circuit from a first voltage-frequency operating point ((V1, F1) (V1', F1)) to a second voltage-frequency operating point (V2, F2), each voltage-frequency operating point being defined by a voltage and a frequency which are respectively applied by a voltage actuator and a frequency actuator, these actuators taking as input a reference value, respectively of voltage and of frequency, characterized in that it comprises a step of feedback control of a current voltage-frequency operating point (V, F) relative to a reference curve (T3, T4, T5) of a voltage-frequency operating domain associated with the circuit, said reference curve linking said first and second operating points according to an optimum path relative to a boundary of said domain representing, for each voltage value allowable by the circuit, the maximum authorized frequency, the reference curve following said boundary while getting as close as possible with a safety margin, the feedback control comprising the repetition of the following steps a plurality of times during the transition from the first operating point to the second operating point: a) measuring a current value of voltage and a current value of frequency that are applied to the circuit and corresponding to the current operating point, b) determining at least one new reference value to apply to the input of at least one of the actuators, the new reference value being defined according to the current values of voltage and frequency of the current operating point and according to the reference curve; and c) applying the new reference value or values respectively to the actuator concerned, the method further comprising a step of limiting at least one of the variations in the voltage and in the frequency applied to the circuit to prevent bringing the current operating point outside the voltage-frequency operating domain associated with the circuit, or a step of correcting at least one of the variations in the voltage and in the frequency applied to the circuit to prevent bringing the current operating point outside the voltage-frequency operating domain associated with the circuit. a) measuring a current value of voltage and a current value of frequency that are applied to the circuit and corresponding to the current operating point, b) determining at least one new reference value to apply to the input of at least one of the actuators, the new reference value being defined according to the current values of voltage and frequency of the current operating point and according to the reference curve; and c) applying the new reference value or values respectively to the actuator concerned,
An information code reading system provided with an information code reader and a server which are communicable to each other, an information code being read by the information code reader and being configured to have a plurality of types of cells arranged, tones, color densities, or luminance levels of the cells being different between the types, wherein the information code reader comprises: imaging means for imaging the information code; cell information generating means for generating cell information by quantifying the cells of the information code contained in an image imaged by the imaging means, in accordance with the tones, color densities, or luminance levels; and transmitting means (21, 26) for transmitting to the server the cell information generated by the cell information generating means, and the server comprises decoding means (31, S209) for decoding the information code imaged by the imaging means, based on the cell information received from the information code reader; and server-side controlling means (31, S213) for performing control based on results decoded by the decoding means, characterized in that the information code contains an error correction region for correcting an error of the information code, the information code reader comprises error correcting means for correcting the error of the cell information obtained by the cell information generating means, based on information in the error correction region, and determining means for determining whether or not it is possible that the cell information obtained by the cell information generating means can be corrected by the error correcting means, and the transmitting means is configured to transmit, to the server, the cell information generated by the cell information generating means, when the determining means determines that it is possible to correct the cell information. imaging means for imaging the information code; cell information generating means for generating cell information by quantifying the cells of the information code contained in an image imaged by the imaging means, in accordance with the tones, color densities, or luminance levels; and transmitting means (21, 26) for transmitting to the server the cell information generated by the cell information generating means, and error correcting means for correcting the error of the cell information obtained by the cell information generating means, based on information in the error correction region, and determining means for determining whether or not it is possible that the cell information obtained by the cell information generating means can be corrected by the error correcting means, and
A gas turbine engine, comprising: a combustor assembly (7; 107), having a plurality of burners (18; 118); a fuel supply system, configured to supply a fuel flowrate to the burners (18; 118) and including a fuel supply line (17; 117) and a main fuel valve (22; 122) between the fuel supply line (17; 117) and the burners (18; 118); a control unit, configured to control the fuel flowrate using the main fuel valve (22; 122) in a first load range from full load to a threshold partial load; wherein the fuel supply system comprises an auxiliary fuel valve (23; 123) fluidly coupled between the fuel supply line (17; 117) and at least a group of associated burners (18; 118); and wherein the control unit is further configured to control the fuel flowrate using the auxiliary fuel valve (23; 123) in a second load range from the threshold partial load to a minimum load; characterized in that the fuel supply system comprises a fuel plenum and the main fuel valve (22; 122) and the auxiliary fuel valve (23; 123) are arranged between the fuel supply line (17; 117) and the fuel plenum. a combustor assembly (7; 107), having a plurality of burners (18; 118); a fuel supply system, configured to supply a fuel flowrate to the burners (18; 118) and including a fuel supply line (17; 117) and a main fuel valve (22; 122) between the fuel supply line (17; 117) and the burners (18; 118); a control unit, configured to control the fuel flowrate using the main fuel valve (22; 122) in a first load range from full load to a threshold partial load; wherein the fuel supply system comprises an auxiliary fuel valve (23; 123) fluidly coupled between the fuel supply line (17; 117) and at least a group of associated burners (18; 118); and wherein the control unit is further configured to control the fuel flowrate using the auxiliary fuel valve (23; 123) in a second load range from the threshold partial load to a minimum load; characterized in that the fuel supply system comprises a fuel plenum and the main fuel valve (22; 122) and the auxiliary fuel valve (23; 123) are arranged between the fuel supply line (17; 117) and the fuel plenum.
A reception method for a terminal apparatus, the method comprising: receiving downlink control information mapped to at least one control channel element, CCE, among a plurality of CCEs that are configured in a physical downlink control channel, PDCCH, defined in a physical downlink shared channel region, PDSCH region, within a subframe, the subframe comprising a plurality of resource block pairs, RB pairs, each CCE consisting of a plurality of sub-control channel elements, sub-CCEs, and each CCE being generated by combining a plurality of sub-CCEs whose numbers of resource elements, REs, excluding REs for mapping a reference signal are different, in both of a localized mapping scheme where each CCE consists of a plurality of sub-CCEs belonging to a single RB pair and a distributed mapping scheme where each CCE consists of a plurality of sub-CCEs belonging to more than one RB pairs, wherein the plurality of sub-CCEs are combined to CCEs having equal size; and decoding the plurality of CCEs to acquire downlink control information for the terminal apparatus. receiving downlink control information mapped to at least one control channel element, CCE, among a plurality of CCEs that are configured in a physical downlink control channel, PDCCH, defined in a physical downlink shared channel region, PDSCH region, within a subframe, the subframe comprising a plurality of resource block pairs, RB pairs, each CCE consisting of a plurality of sub-control channel elements, sub-CCEs, and each CCE being generated by combining a plurality of sub-CCEs whose numbers of resource elements, REs, excluding REs for mapping a reference signal are different, in both of a localized mapping scheme where each CCE consists of a plurality of sub-CCEs belonging to a single RB pair and a distributed mapping scheme where each CCE consists of a plurality of sub-CCEs belonging to more than one RB pairs, wherein the plurality of sub-CCEs are combined to CCEs having equal size; and decoding the plurality of CCEs to acquire downlink control information for the terminal apparatus.
An actuating device for causing a turbine shaft train to rotate comprising an electrically operated principal turning gear and an hydraulically operated auxiliary turning gear, wherein the auxiliary turning gear which is controlled by a rod of a double-acting hydraulic cylinder comprises a wheel that is integral with the shaft train and an actuator connected to the rod of the cylinder, wherein the actuator is capable of engaging driving means arranged on the periphery of the wheel and is capable of displacement between a retracted position disengaged from the wheel and a position of engagement with one of the driving means, in which an extension movement of the rod of the cylinder controls the rotation of the wheel, wherein the actuator is further being connected to the rod of the cylinder by means of an articulation supported by a slide that is integral with the rod of the cylinder in such a way as to be capable of pivoting between the said retracted position and said engagement position, wherein the slide has a U-shaped form, of which the bottom part is fixed to the rod of the cylinder, wherein the uprights (17a, 17b) of the U support a pivot shaft for the articulation, wherein the slide is guided in translational movement by first guiding means (161a, 161b) supported by a plate that is integral with the cylinder, wherein the plate includes a pair of columns (16a, 16b), characterized in that the first guiding means (161a, 161b) comprise a pair of orthogonal plates supported by each of the columns (16a, 16b) and in that the uprights (17a, 17b) of the U support have second guiding means (171a, 171b) that are complementary to the first guiding means (161a, 161b) supported by the plate.
A wrapping machine for wrapping a flexible and wrappable material around a load, comprising a wrapping unit to wrap a portion of said material having a preset length around said load and a supplying unit to supply said material portion having a preset length to said wrapping unit, said wrapping unit including wrapping means to unwind said material portion from said supplying unit and to wrap it around said load, characterized in that said wrapping means include: - a supporting ring rotating around a wrapping axis and provided with a plurality of wrapping rollers (14; 114) mounted thereon angularly spaced apart and rotating around respective longitudinal axes, in particular parallel to said wrapping axis; characterized in that said wrapping means further include: - an unwinding arm having a first end rotatably fixed to said supporting ring and a second end supporting at least an unwinding roller (16, 17; 116, 117) suitable to abut and guide said portion of material towards said load during the wrapping thereof, said unwinding arm being movable in order to bring near and/or move away said unwinding roller (16, 17; 116, 117) to/from said load during the wrapping; wherein said supporting ring, by rotating in a first wrapping step, unwinds and draws said material portion from said supplying unit, wraps by means of said unwinding arm a first tract of said material portion around said load and wraps a second tract of said material portion around said wrapping rollers (14; 114), and in a second wrapping step, said supporting ring wraps by said unwinding arm said second tract of said material portion, drawn and unwound from said wrapping rollers (14; 114), around said load so as to complete the wrapping thereof. - a supporting ring rotating around a wrapping axis and provided with a plurality of wrapping rollers (14; 114) mounted thereon angularly spaced apart and rotating around respective longitudinal axes, in particular parallel to said wrapping axis; - an unwinding arm having a first end rotatably fixed to said supporting ring and a second end supporting at least an unwinding roller (16, 17; 116, 117) suitable to abut and guide said portion of material towards said load during the wrapping thereof, said unwinding arm being movable in order to bring near and/or move away said unwinding roller (16, 17; 116, 117) to/from said load during the wrapping;
An injection apparatus which injects an injection liquid containing a prescribed substance to an object region, the injection apparatus comprising: a storage unit which stores the injection liquid; a drive unit which imparts injection energy; a pressurization unit (4, 5) which pressurizes the injection liquid stored in the storage unit with the injection energy in the drive unit; and an injection unit which injects the injection liquid having been pressurized by the pressurization unit (4, 5) to the object region through an injection port, wherein in a pressure transition of the injection liquid at the injection port a plurality of pressure vibration elements (S1 to S4) are present and a vibration in the pressure transition reaches a converged state within a prescribed period of time (Δt) from a rising time of pressure, and pressure reaches a peak value thereof at a prescribed rate of increase in an initial first vibration element in the vibration within the prescribed period of time (Δt), or the vibration in the prescribed period of time (Δt) is a vibration at a frequency belonging to a prescribed frequency range, wherein the prescribed rate of increase is a rate at which pressure reaches 10 MPa, which is the peak value (P×1), or higher within 0.5 msec from the rising time, and the prescribed frequency range is 500 to 10000 Hz, and the prescribed period of time (Δt) is a period of 2 msec or less from the rising time. a storage unit which stores the injection liquid; a drive unit which imparts injection energy; a pressurization unit (4, 5) which pressurizes the injection liquid stored in the storage unit with the injection energy in the drive unit; and an injection unit which injects the injection liquid having been pressurized by the pressurization unit (4, 5) to the object region through an injection port, wherein in a pressure transition of the injection liquid at the injection port a plurality of pressure vibration elements (S1 to S4) are present and a vibration in the pressure transition reaches a converged state within a prescribed period of time (Δt) from a rising time of pressure, and pressure reaches a peak value thereof at a prescribed rate of increase in an initial first vibration element in the vibration within the prescribed period of time (Δt), or the vibration in the prescribed period of time (Δt) is a vibration at a frequency belonging to a prescribed frequency range, wherein the prescribed rate of increase is a rate at which pressure reaches 10 MPa, which is the peak value (P×1), or higher within 0.5 msec from the rising time, and the prescribed frequency range is 500 to 10000 Hz, and the prescribed period of time (Δt) is a period of 2 msec or less from the rising time.
Positioning device for a transportation assembly, wherein the transportation assembly has at least one rail and a transportation unit having at least one roller and/or at least one wheel, wherein the rail has a first guide groove having a first guide groove base, wherein for guiding the transportation unit the at least one roller and/or the at least one wheel is disposed in the first guide groove, having a main module, wherein the main module comprises a positioning portion and a rail coupling portion, wherein the rail coupling portion is designed for insertion into the first guide groove and/or for being held in a form-fitting manner by the first guide groove, characterized in that the positioning portion has a second guide groove and a base portion which is able to be travelled on by the at least one wheel and/or the at least one roller, wherein the base portion has a depression for positioning and/or fixing the transportation unit, wherein the guide groove is designed to be continuous and/or open in a longitudinal direction of the main module. wherein the transportation assembly has at least one rail and a transportation unit having at least one roller and/or at least one wheel, wherein the rail has a first guide groove having a first guide groove base, wherein for guiding the transportation unit the at least one roller and/or the at least one wheel is disposed in the first guide groove, having a main module, wherein the main module comprises a positioning portion and a rail coupling portion, wherein the rail coupling portion is designed for insertion into the first guide groove and/or for being held in a form-fitting manner by the first guide groove, characterized in that the positioning portion has a second guide groove and a base portion which is able to be travelled on by the at least one wheel and/or the at least one roller, wherein the base portion has a depression for positioning and/or fixing the transportation unit, wherein the guide groove is designed to be continuous and/or open in a longitudinal direction of the main module.
Microemulsions of oil/water type consisting in, in weight percentage: • at least 80% of water, • 1% to 10% of hydrophobic substances, in particular 3% to 10%, notably about 10%, • 5% to 15%, notably 5% to 10%, of one or more solvo-surfactants having a boiling point lower than 250°C at atmospheric pressure, • 0,1% to 2% of one or more surfactants, in weight percentage, the composition containing the hydrophobic substance, water, the solvo-surfactant and the surfactant containing at most 2% of the total weight of the composition of compounds having a boiling point higher than 250°C at atmospheric pressure, one of the solvo-surfactant being an amphiphilic compound chosen from: ▪ polyethoxylated fatty alcohols C i E j with a linear carbon chain, of formula CH 3 -(CH 2) i-1 -(O-CH 2 -CH 2) j -OH, or polyethoxylated fatty alcohols with a branched chain, of formula C i H 2i+1 (OCH 2 CH 2) j OH, in which • i represents the number of carbon atoms in the linear or branched carbon chain and varies from 4 to 6, • j represents the number of ethylene oxides and varies from 2 to 4, said surfactant is chosen among • anionic surfactants, • cationic surfactants, • amphoteric surfactants, and • non-ionic surfactants. • at least 80% of water, • 1% to 10% of hydrophobic substances, in particular 3% to 10%, notably about 10%, • 5% to 15%, notably 5% to 10%, of one or more solvo-surfactants having a boiling point lower than 250°C at atmospheric pressure, • 0,1% to 2% of one or more surfactants, in weight percentage, • i represents the number of carbon atoms in the linear or branched carbon chain and varies from 4 to 6, • j represents the number of ethylene oxides and varies from 2 to 4, • anionic surfactants, • cationic surfactants, • amphoteric surfactants, and • non-ionic surfactants.
A method for enabling a user at a telephone device to access data from a telephone service system with user input that is not recognizable by the telephone service system, the method performed in a network that includes a voice-enabled user interface for communicating with the telephone device and the telephone service system, the method comprising the acts of: receiving a prompt from the telephone service system, wherein the telephone service system comprises a menu having multiple menu states, each menu state having state specific prompts, said prompt being one of the state specific prompts and comprising speech having multiple sound wave patterns that occur in segments over a period of time; determining which of the multiple menu states the telephone service system is in using a template, by determining the quantity of said segments and the period of time over which each of said segments occur and comparing said segments and period of time with information stored in said template; transferring said prompt to the user at the telephone device; receiving a user input that is entered at the telephone device, wherein said user input comprises a request for data from the telephone service system, and wherein said user input is not recognizable by the telephone service system; transmitting a translation of the user input to the telephone service system, wherein said translation of the user input is recognizable by the telephone service system; receiving the requested data from the telephone service system; and transferring said requested data to the telephone device. receiving a prompt from the telephone service system, wherein the telephone service system comprises a menu having multiple menu states, each menu state having state specific prompts, said prompt being one of the state specific prompts and comprising speech having multiple sound wave patterns that occur in segments over a period of time; determining which of the multiple menu states the telephone service system is in using a template, by determining the quantity of said segments and the period of time over which each of said segments occur and comparing said segments and period of time with information stored in said template; transferring said prompt to the user at the telephone device; receiving a user input that is entered at the telephone device, wherein said user input comprises a request for data from the telephone service system, and wherein said user input is not recognizable by the telephone service system; transmitting a translation of the user input to the telephone service system, wherein said translation of the user input is recognizable by the telephone service system; receiving the requested data from the telephone service system; and transferring said requested data to the telephone device.
A microcontroller comprising distinct electronic functions (102, 104, 106, 108, 110, 112, 114) and an interconnection circuit capable of transmitting, in wireless fashion, data between said functions, the interconnection circuit comprising a central processing unit, a router, a memory, and a data transmit/receive circuit, wherein a usage mode comprises the steps of: a. determining the electronic functions which are present; b. if electronic functions which do not have their configuration characteristics contained in the memory are present, writing their configuration characteristics into the memory of the interconnection circuit; and c. if electronic functions having their configuration characteristics contained in the memory are absent, erasing their configuration characteristics from the memory of the interconnection circuit. a. determining the electronic functions which are present; b. if electronic functions which do not have their configuration characteristics contained in the memory are present, writing their configuration characteristics into the memory of the interconnection circuit; and c. if electronic functions having their configuration characteristics contained in the memory are absent, erasing their configuration characteristics from the memory of the interconnection circuit.