mhurhangee/ep-ind-claims huggingface dataset:
A steerable acid tunneling system for creating lateral tunnels (52, 60) in a subterranean formation surrounding a wellbore, the steerable acid tunneling system comprising a bottom hole assembly, the bottom hole assembly comprising: an acid tunneling tool having a wand with a nozzle for injecting acid into the formation and at least one articulable joint (46, 48) for angularly orienting the wand within the wellbore; one or more sensors for detection of at least one downhole parameter and transmission of a signal indicative of the at least one downhole parameter to surface; and a pulsating tool; wherein the acid tunneling tool is steered by the pulsating tool which creates pressure pulses that are transmitted to the acid tunneling tool to activate flexure of the wand in real time response to the at least one downhole parameter detected in order to inject acid in a particular direction. an acid tunneling tool having a wand with a nozzle for injecting acid into the formation and at least one articulable joint (46, 48) for angularly orienting the wand within the wellbore; one or more sensors for detection of at least one downhole parameter and transmission of a signal indicative of the at least one downhole parameter to surface; and a pulsating tool; wherein the acid tunneling tool is steered by the pulsating tool which creates pressure pulses that are transmitted to the acid tunneling tool to activate flexure of the wand in real time response to the at least one downhole parameter detected in order to inject acid in a particular direction.
Navigational aid system, designed to switch between an operating mode certified according to a standard and a non-certified operating mode, characterized in that it is based on a modular architecture, in that it is implemented by the execution of modules (MOD 1, MOD 2) compliant with the standard and having an attribute of compliance and of modules (MOD 3, MOD 4) with no attribute of compliance, in that it comprises an indicator representative of the current operating mode, and in that the compliant modules (MOD 1, MOD 2, MOD P) are designed to call a function (FN1; FN2; FN3; SRV) of another module (MOD 1; MOD 2; MOD 3; MOD 4) only when the indicator is representative of the non-certified operating mode or when the other module (MOD 1; MOD 2) has an attribute of compliance.
A cubic boron nitride particle having a coating layer formed thereon, the coating layer comprising: a first coating layer including nitrides, borides, or boronitrides of Ti or Al and formed on a surface of the cubic boron nitride particle; and a second coating layer including nitrides, borides, or boronitrides including one or more elements selected from the group consisting of Ti, Si, Al, Cr, Y, Nb, V, W, Mo, and Zr formed on the first coating layer. a first coating layer including nitrides, borides, or boronitrides of Ti or Al and formed on a surface of the cubic boron nitride particle; and a second coating layer including nitrides, borides, or boronitrides including one or more elements selected from the group consisting of Ti, Si, Al, Cr, Y, Nb, V, W, Mo, and Zr formed on the first coating layer.
An arrangement comprising an internal combustion engine, a flywheel arranged on the crankshaft of the internal combustion engine, a starter generator arranged in a housing of the flywheel, and a friction clutch, which connects the flywheel to a transmission, wherein an intermediate piece is fastened to the output side of the flywheel such that - a torque-transmitting fastening of the intermediate piece to the flywheel is arranged radially to the inside of a torque-transmitting fastening of the intermediate piece to the friction clutch, based on the radial spacing from the axis of rotation of the flywheel, and that - the intermediate piece forms the abutment for a friction lining of the friction clutch at an abutment surface, characterized in that the intermediate piece is of disc-, cylinder- and/or prism-type design and preferably comprises an accommodation region for an output shaft element in its centre, said accommodation region ensuring accommodation that allows rotary motion and ensuring support in the radial direction of the output shaft element. - a torque-transmitting fastening of the intermediate piece to the flywheel is arranged radially to the inside of a torque-transmitting fastening of the intermediate piece to the friction clutch, based on the radial spacing from the axis of rotation of the flywheel, and that - the intermediate piece forms the abutment for a friction lining of the friction clutch at an abutment surface,
A maintenance cap for attachment to at least part of a printhead, the maintenance cap comprising: a housing defining at least one chamber for receiving a liquid, the housing comprising: at least one opening providing a path for the liquid to pass from the chamber into a portion of the printhead when the maintenance cap is engaged with the printhead; and a seal disposed around the at least one opening for engagement with the printhead; and at least one transducer coupled to the housing for generating ultrasound acoustic waves in the liquid contained in the chamber and printhead, thereby cleaning the printhead as a result of forces produced by cavitation of the liquid, and wherein the at least one transducer is configured to generate acoustic waves having frequencies between 20kHz and 100kHz. a housing defining at least one chamber for receiving a liquid, the housing comprising: at least one opening providing a path for the liquid to pass from the chamber into a portion of the printhead when the maintenance cap is engaged with the printhead; and a seal disposed around the at least one opening for engagement with the printhead; and at least one opening providing a path for the liquid to pass from the chamber into a portion of the printhead when the maintenance cap is engaged with the printhead; and a seal disposed around the at least one opening for engagement with the printhead; and at least one transducer coupled to the housing for generating ultrasound acoustic waves in the liquid contained in the chamber and printhead, thereby cleaning the printhead as a result of forces produced by cavitation of the liquid, and wherein the at least one transducer is configured to generate acoustic waves having frequencies between 20kHz and 100kHz.
A method for inspecting structures formed of composite materials during the fabrication thereof, the method comprising: imaging multiple individual plies (1,2,3,4,5,6,7,8) of a structure, whereby the locations and orientations of edge joints (430;530) between adjacent courses (408;508) of each ply are recorded; characterized by: providing a three-dimensional image file of said structure; and ascertaining from the three-dimensional image file mutual offsets in the locations of mutually parallel ones of said edge joints of different plies in said multiple individual plies. providing a three-dimensional image file of said structure; and ascertaining from the three-dimensional image file mutual offsets in the locations of mutually parallel ones of said edge joints of different plies in said multiple individual plies.
A method for regulating a user emotion, comprising: acquiring (51 10) a to-be-regulated emotion of a user during driving; reading adopted data of each regulation mode in a plurality of regulation modes for the to-be-regulated emotion from a database according to the to-be-regulated emotion; selecting a target regulation mode from the plurality of regulation modes according to the adopted data of the each regulation mode; and performing an emotion regulation operation on the user according to the target regulation mode, wherein the adopted data comprises at least one of: a number of times that each regulation mode is adopted, a frequency at which each regulation mode is adopted, or a rate at which each regulation mode is adopted. acquiring (51 10) a to-be-regulated emotion of a user during driving; reading adopted data of each regulation mode in a plurality of regulation modes for the to-be-regulated emotion from a database according to the to-be-regulated emotion; selecting a target regulation mode from the plurality of regulation modes according to the adopted data of the each regulation mode; and performing an emotion regulation operation on the user according to the target regulation mode, wherein the adopted data comprises at least one of: a number of times that each regulation mode is adopted, a frequency at which each regulation mode is adopted, or a rate at which each regulation mode is adopted.
A method for the management of invitations by mobile terminals (100, 200, 213) which can be operated in mobile radio networks, which invitations consist of an invitation object which respectively comprises at least one field for receiving at least one information about an invitation sender, at least one information about at least one invitation recipient and at least one invitation proposal with at least one information about the time, the location, the purpose, the content and/or the condition of the invitation proposal, wherein the following process steps are carried out by a terminal (100, 200, 213): a) receiving a first invitation object (EO V2); b) creating a second invitation object (EO V3) by using the first received invitation object (EO V2); c) displaying the created second invitation object (EO V3) and d) sending the created second invitation object (EO V3) to invitation participants; characterized in that the received first invitation object (EO V2) is stored in a first invitation register (EV-In), a device (module) of the terminal (100, 200, 213) for managing invitation objects identifies, as invitation manager, the third invitation object (EO V1), which was most recently stored in a second invitation register, by means of an associated invitation object ID, the device (module) of the terminal (100, 200, 213) for managing invitation objects creates, as invitation manger, the second invitation object (EO V3) by cumulating the received first invitation object (EO V2) with the third invitation object (EO V1) presented by the terminal (100, 200, 213); wherein the values of the fields of the third invitation object (EO V1) which is stored in the second invitation register and the values of the first invitation object (EO V2) of the first invitation register (EV-In) are copied into the second invitation object (EO V3), and the device (module) of the terminal (100, 200, 213) for managing invitation objects stores, as invitation manager, the newly created second invitation object (EO V3) in the invitation register (EV-Out); and an invitation survey is thus created which represents the first invitation object (EO V2) and simultaneously or additionally shows the reactions of the invitation participants to the invitation object as an overview or a survey. a) receiving a first invitation object (EO V2); b) creating a second invitation object (EO V3) by using the first received invitation object (EO V2); c) displaying the created second invitation object (EO V3) and d) sending the created second invitation object (EO V3) to invitation participants;
A transmitter, comprising: a dual-band input circuit, a modulo circuit, a signal decomposition circuit, a modulation circuit, and a dual-band power amplifier, wherein the dual-band input circuit comprises a first band input end for inputting a first input baseband signal, a second band input end for inputting a second input baseband signal, and two digital pre-distortion, DPD, components (DPDA, DPDB), each one of the two DPD components (DPDA, DPDB) being connected to the first band input end and the second band input end, and the dual-band input circuit is configured to output a first output baseband signal based on the first input baseband signal input by the first band input end (A, B) and a second output baseband signal based on the second input baseband signal input by the second band input end, wherein an input end of each one of the two DPD components (DPDA, DPDB) inputs the first baseband signal and the second baseband signal, the first input baseband signal and the second input baseband signal are processed by the two DPD components (DPDA, DPDB) before being output, and the first output baseband signal and the second output baseband signal on which DPD processing has been performed are separately output at an output end of each one of the two DPD components (DPDA, DPDB); the modulo circuit is configured to: perform modulo processing on the first input baseband signal and the second input baseband signal that are input by the first band input end and the second band input end, respectively, or perform modulo processing on the first output baseband signal and the second output baseband signal that are output by the first DPD component (DPDA) and the second DPD component (DPDB), respectively, and output a corresponding first baseband signal modulus value and a corresponding second baseband signal modulus value; the signal decomposition circuit comprises a memory storing a lookup table, and a multiplier, and is configured to: receive the first output baseband signal and the second output baseband signal that are input by the DPD components (DPDA, DPDB), and the first baseband signal modulus value and the second baseband signal modulus value that are from the modulo circuit, and separately perform signal decomposition processing based on the lookup table and the multiplier to obtain multiple decomposed signals; and the modulation circuit is connected to the signal decomposition circuit, receives the multiple decomposed signals output by the signal decomposition circuit, performs combination processing on the multiple decomposed signals to obtain two corresponding processed signals, modulates the two processed signals to corresponding working frequencies, and outputs the two processed signals to the dual-band power amplifier.
A medical injection device for apportioning set doses of a liquid drug, comprising A housing supporting a cartridge containing the liquid drug, A needle cannula having a distal part with a distal tip and an opposite proximal part and a longitudinal lumen there between, the needle cannula being mounted relatively to the housing such that the distal part extends in a distal direction and the proximal part extends in a proximal direction and into the cartridge, A telescopically movable shield which is telescopically movable in relation to the housing and urged in the distal direction by a spring means operable between the telescopically movable shield and the housing, and wherein the telescopically movable shield carries a first cleaning reservoir containing a liquid cleaning solvent for cleaning at least the distal tip of the needle cannula between subsequent injections, And wherein the first cleaning reservoir is sealed distally by a distal seal and proximally by a proximal seal which are longitudinally spaced from each other to define a volume containing the cleaning solvent, CHARACTERIZED IN THAT, the first cleaning reservoir further is provided with an opening connecting the first cleaning reservoir with a second overflow reservoir to accommodate a volume expansion of the liquid cleaning solvent contained in the first cleaning reservoir, and wherein a predetermined amount of liquid cleaning solvent is present inside the second overflow reservoir.
A method for sterilizing powder or grain, the method comprising: applying heat and pressure in which powder or grain is supplied into a heated gas flow pipe kept under heated and pressurized conditions, and the powder or grain is transferred while coming into direct contact with a steam in the heated gas flow pipe for 0.008 to 2 seconds; instantaneous reduced pressure sterilizing in which the steam and the powder or grain are instantaneously released into a space having a pressure lower than that in the heated gas flow pipe, water contained in microorganisms adhering to the powder or grain is boiled rapidly, and tissues of the microorganisms are destroyed; cooling the steam and the powder or grain immediately after the instantaneous reduced pressure sterilizing by air or a non-oxidizing gas supplied from a cooling unit; and separating the cooled powder or grain from the steam and the air or non-oxidizing gas, wherein in the instantaneous reduced pressure sterilizing, the steam and the powder or grain are passed through a narrow tube or orifice provided downstream of the heated gas flow pipe to perform a pressure reduction process, and the pressure reduction process is achieved within 0.00001 to 0.1 second. applying heat and pressure in which powder or grain is supplied into a heated gas flow pipe kept under heated and pressurized conditions, and the powder or grain is transferred while coming into direct contact with a steam in the heated gas flow pipe for 0.008 to 2 seconds; instantaneous reduced pressure sterilizing in which the steam and the powder or grain are instantaneously released into a space having a pressure lower than that in the heated gas flow pipe, water contained in microorganisms adhering to the powder or grain is boiled rapidly, and tissues of the microorganisms are destroyed; cooling the steam and the powder or grain immediately after the instantaneous reduced pressure sterilizing by air or a non-oxidizing gas supplied from a cooling unit; and separating the cooled powder or grain from the steam and the air or non-oxidizing gas, wherein in the instantaneous reduced pressure sterilizing, the steam and the powder or grain are passed through a narrow tube or orifice provided downstream of the heated gas flow pipe to perform a pressure reduction process, and the pressure reduction process is achieved within 0.00001 to 0.1 second.
Method for the selective catalytic reduction of nitrogen oxides in exhaust gases of diesel engines by - adding ammonia, or a precursor compound from which ammonia can be formed, from a source independent of the engine into the exhaust gas which contains nitrogen oxides and which is to be cleaned and - passing the mixture produced in step a.) over a catalyst, characterized in that the catalyst contains a) a molecular sieve selected from the group consisting of chabazite, SAPO-34 and ALPO-34, which contains 1 to 10 wt.% copper in relation to the total weight of the zeolite; and b) a mixed oxide consisting of oxides of cerium, zirconium, niobium and one or more rare earth elements, or consisting of oxides of cerium, zirconium, niobium, tungsten and one or more rare earth elements; wherein the weight ratio between the molecular sieve and the mixed oxide is 3:1 to 10:1. - adding ammonia, or a precursor compound from which ammonia can be formed, from a source independent of the engine into the exhaust gas which contains nitrogen oxides and which is to be cleaned and - passing the mixture produced in step a.) over a catalyst, a) a molecular sieve selected from the group consisting of chabazite, SAPO-34 and ALPO-34, which contains 1 to 10 wt.% copper in relation to the total weight of the zeolite; and b) a mixed oxide consisting of oxides of cerium, zirconium, niobium and one or more rare earth elements, or consisting of oxides of cerium, zirconium, niobium, tungsten and one or more rare earth elements; wherein the weight ratio between the molecular sieve and the mixed oxide is 3:1 to 10:1.
Driver arrangement, comprising: - a digital controller that is configured to receive a digital input signal, - a driver that comprises a driver input and a driver output and is configured to provide an analog output signal (SANO) at the driver output and - a coupling circuit that comprises a digital-to-analog converter, a feedback circuit and a change-over switch, wherein the digital-to-analog converter comprises a converter input coupled to the digital controller and a converter output and the feedback circuit is coupled to the driver output and to a feedback input of the digital controller, characterized in that in a driving phase, the converter output is coupled to the driver input via the change-over switch and in a sense phase, the converter output is connected to an input of the feedback circuit via the change-over switch, wherein the driving phase follows the sense phase that in turn follows a previous driving phase. - a digital controller that is configured to receive a digital input signal, - a driver that comprises a driver input and a driver output and is configured to provide an analog output signal (SANO) at the driver output and - a coupling circuit that comprises a digital-to-analog converter, a feedback circuit and a change-over switch,
A solid electrolyte composition comprising: an inorganic solid electrolyte; and a dispersion medium, wherein the dispersion medium includes a ketone compound, and at least one dispersant selected from a ketone compound (A2-1) having a chemical structure different from the ketone compound or an alcohol compound (A2-2), and wherein the total carbon number of the ketone compound is 15 or less, the total carbon number of the ketone compound (A2-1) is 4 or more and 15 or less, the total carbon number of the alcohol compound (A2-2) is 4 or more and 15 or less, and the ketone compound (2A-1) is a compound having a different molecular weight from the ketone compound, or the ketone compound (A2-1) is an isomer of the ketone compound, wherein the isomer has the same molecular weight as the ketone compound but has a structure different from the ketone compound. an inorganic solid electrolyte; and a dispersion medium, wherein the dispersion medium includes a ketone compound, and at least one dispersant selected from a ketone compound (A2-1) having a chemical structure different from the ketone compound or an alcohol compound (A2-2), and wherein the total carbon number of the ketone compound is 15 or less, the total carbon number of the ketone compound (A2-1) is 4 or more and 15 or less, the total carbon number of the alcohol compound (A2-2) is 4 or more and 15 or less, and the ketone compound (2A-1) is a compound having a different molecular weight from the ketone compound, or the ketone compound (A2-1) is an isomer of the ketone compound, wherein the isomer has the same molecular weight as the ketone compound but has a structure different from the ketone compound.
A power tool comprising: a power tool main body, the power tool main body having an end portion; a handle holder protruding from the end portion; a handle extending in a protruding direction of the handle holder and having an arm portion engaging the handle holder; and an elastic body carried between the power tool main body and the handle; wherein the elastic body is carried between the power tool main body and the handle around the outer circumference of the handle holder in a radial direction vertical to the central axis of the handle holder in the protruding direction; and a first contact face between one end of the elastic body and the end portion and a second contact face between the other end of the elastic body and the handle, characterised in that an outer circumferential face of the handle holder is fitted to be slidable on an inner circumferential face in the arm portion of the handle. a power tool main body, the power tool main body having an end portion; a handle holder protruding from the end portion; a handle extending in a protruding direction of the handle holder and having an arm portion engaging the handle holder; and an elastic body carried between the power tool main body and the handle; wherein the elastic body is carried between the power tool main body and the handle around the outer circumference of the handle holder in a radial direction vertical to the central axis of the handle holder in the protruding direction; and a first contact face between one end of the elastic body and the end portion and a second contact face between the other end of the elastic body and the handle, characterised in that an outer circumferential face of the handle holder is fitted to be slidable on an inner circumferential face in the arm portion of the handle.