mhurhangee/ep-ind-claims huggingface dataset:
An electric riding machine, comprising: a seat; a main frame configured to support the seat; and a walking assembly configured to at least drive the electric riding machine to travel on the ground; an electric motor to drive the walking assembly; and a power supply device comprising one or more battery packs to power the electric motor; characterized in that the power supply device is mounted to the main frame, and at least one of the one or more battery packs of the power supply device is configured to be capable of being removed from the main frame to power another power tool. a seat; a main frame configured to support the seat; and a walking assembly configured to at least drive the electric riding machine to travel on the ground; an electric motor to drive the walking assembly; and a power supply device comprising one or more battery packs to power the electric motor; characterized in that the power supply device is mounted to the main frame, and at least one of the one or more battery packs of the power supply device is configured to be capable of being removed from the main frame to power another power tool.
A method for manufacturing a rotor for a slip ring motor, the method comprising the steps of: a) arranging a plurality of electric cables (4, 5) inside a hollow shaft, wherein the electric cables (4, 5) are distributed over an inner circumference of the hollow shaft, b) filling a resin into an empty space defined between the hollow shaft and the electric cables (4, 5), c) arranging a rod inside the hollow shaft thereby displacing the resin into an annular gap between the rod and the hollow shaft, wherein the electric cables (4, 5) are arranged in the annular gap, and d) curing of the resin to form the rotor. a) arranging a plurality of electric cables (4, 5) inside a hollow shaft, wherein the electric cables (4, 5) are distributed over an inner circumference of the hollow shaft, b) filling a resin into an empty space defined between the hollow shaft and the electric cables (4, 5), c) arranging a rod inside the hollow shaft thereby displacing the resin into an annular gap between the rod and the hollow shaft, wherein the electric cables (4, 5) are arranged in the annular gap, and d) curing of the resin to form the rotor.
A method of protecting an industrial system from cyberattacks, the method comprising: collecting initial operating data from a plurality of sensors each positioned within the industrial system and operable to monitor an operating parameter of the industrial system; analyzing the initial operating data to develop a program that includes a time-series database including expected operating ranges for each operating parameter, a clustering-based database that includes clusters of operating parameters having similarities, and a correlation database that includes pairs of operating parameters that show a correlation in their initial operating data; operating the program including the time-series database, the clustering-based database, and the correlation database in a computer, the program operable to receive current operating data and to analyze that operating data in view of each of the time-series database, the clustering-based database, and the correlation database; and triggering an alarm in response to the analysis of the current operating data indicating at least one of an operating parameter outside of an expected range, a change in the expected clustering, and a variation in a correlation. collecting initial operating data from a plurality of sensors each positioned within the industrial system and operable to monitor an operating parameter of the industrial system; analyzing the initial operating data to develop a program that includes a time-series database including expected operating ranges for each operating parameter, a clustering-based database that includes clusters of operating parameters having similarities, and a correlation database that includes pairs of operating parameters that show a correlation in their initial operating data; operating the program including the time-series database, the clustering-based database, and the correlation database in a computer, the program operable to receive current operating data and to analyze that operating data in view of each of the time-series database, the clustering-based database, and the correlation database; and triggering an alarm in response to the analysis of the current operating data indicating at least one of an operating parameter outside of an expected range, a change in the expected clustering, and a variation in a correlation.
An aqueous binder for an inorganic-fiber heat-insulating sound-absorbing member, comprising: an acrylic resin having an acid value of 350 to 850 mg KOH/g; a cross-linking agent containing at least one or more types of an alkanolamine; and an ammonium salt of an inorganic acid selected from ammonium sulfate and ammonium phosphate, characterized in that the aqueous binder contains the ammonium salt of the inorganic acid in an amount of 5.5 to 10 parts by mass relative to a total of 100 parts by mass of the acrylic resin and the cross-linking agent; the total number of moles of hydroxyl groups, amino groups, and imino groups in the cross-linking agent is 0.8 to 1.5 in terms of the molar ratio relative to the number of moles of carboxyl groups in the acrylic resin; and the pH is adjusted to 5.0 to 8.0 using a basic compound. an acrylic resin having an acid value of 350 to 850 mg KOH/g; a cross-linking agent containing at least one or more types of an alkanolamine; and an ammonium salt of an inorganic acid selected from ammonium sulfate and ammonium phosphate, characterized in that the aqueous binder contains the ammonium salt of the inorganic acid in an amount of 5.5 to 10 parts by mass relative to a total of 100 parts by mass of the acrylic resin and the cross-linking agent; the total number of moles of hydroxyl groups, amino groups, and imino groups in the cross-linking agent is 0.8 to 1.5 in terms of the molar ratio relative to the number of moles of carboxyl groups in the acrylic resin; and the pH is adjusted to 5.0 to 8.0 using a basic compound.
An information processing apparatus comprising: a signal processor configured to extract at least some frequency components as second control information from a plurality of frequency components included in first control information in accordance with a state of communication; and control a frequency component to be extracted as the second control information from the first control information in accordance with a resonant frequency of a haptic presentation section, or in accordance with a part to which a haptic stimulus is to be presented through the haptic presentation section, wherein the signal processor is configured to preferentially extract, as the second control information, a frequency component that allows the part to more easily perceive a haptic stimulus, and wherein the haptic presentation section that presents the haptic stimulus is configured to be controlled through the communication on a basis of the second control information. a signal processor configured to extract at least some frequency components as second control information from a plurality of frequency components included in first control information in accordance with a state of communication; and control a frequency component to be extracted as the second control information from the first control information in accordance with a resonant frequency of a haptic presentation section, or in accordance with a part to which a haptic stimulus is to be presented through the haptic presentation section, wherein the signal processor is configured to preferentially extract, as the second control information, a frequency component that allows the part to more easily perceive a haptic stimulus, and wherein extract at least some frequency components as second control information from a plurality of frequency components included in first control information in accordance with a state of communication; and control a frequency component to be extracted as the second control information from the first control information in accordance with a resonant frequency of a haptic presentation section, or in accordance with a part to which a haptic stimulus is to be presented through the haptic presentation section, wherein the signal processor is configured to preferentially extract, as the second control information, a frequency component that allows the part to more easily perceive a haptic stimulus, and wherein the haptic presentation section that presents the haptic stimulus is configured to be controlled through the communication on a basis of the second control information.
A method performed by a radio station, the method comprising: communicating with a radio terminal performing Licensed Assisted Access, LAA, using a licensed frequency and an unlicensed frequency; transmitting to the radio terminal, on the licensed frequency, a notification regarding detection and measurement of a non-serving cell on the unlicensed frequency; and receiving from the radio terminal, on the licensed frequency, a result of measurement of one or more discovery signals transmitted on the non-serving cell which has been detected in a predetermined period which is different depending on whether the radio terminal uses Discontinuous Reception, DRX, or not, wherein the detection and measurement is performed by the radio terminal in response to the notification. communicating with a radio terminal performing Licensed Assisted Access, LAA, using a licensed frequency and an unlicensed frequency; transmitting to the radio terminal, on the licensed frequency, a notification regarding detection and measurement of a non-serving cell on the unlicensed frequency; and receiving from the radio terminal, on the licensed frequency, a result of measurement of one or more discovery signals transmitted on the non-serving cell which has been detected in a predetermined period which is different depending on whether the radio terminal uses Discontinuous Reception, DRX, or not, wherein the detection and measurement is performed by the radio terminal in response to the notification.
A sensor system for an underground mining vehicle, which system is arranged to be fastened at a perimeter of the underground mining vehicle, comprising a sensor and a stand, characterized in that the stand comprises - a mounting plate for fastening the stand to the underground mining vehicle, - a movable plate, having an inner end and an outer end, fastened moveably to the mounting plate, - a guard member (7a, 7b,...) comprising a rim, which guard member (7a, 7b,...) is provided at the outer end so that the rim extends over the outer end of the movable plate, and - a biasing member (9a, 9b,...) fastened between the movable plate and the mounting plate; wherein the sensor is fastened to the movable plate so that the sensor is between the rim of the guard member (7a, 7b,...) and the inner end of the movable plate, the movable plate has two positions: - a resting position, wherein the rim of the guard member (7a, 7b,...) is extending outside of the underground vehicle perimeter when the system is fastened to the underground mining vehicle, and - a retracted position, wherein the outer end and the sensor are retracted inside the perimeter of the underground mining vehicle when the system is fastened to the underground mining vehicle, and the biasing member (9a, 9b,...) is biasing the movable plate to the resting position. - a mounting plate for fastening the stand to the underground mining vehicle, - a movable plate, having an inner end and an outer end, fastened moveably to the mounting plate, - a guard member (7a, 7b,...) comprising a rim, which guard member (7a, 7b,...) is provided at the outer end so that the rim extends over the outer end of the movable plate, and - a biasing member (9a, 9b,...) fastened between the movable plate and the mounting plate; the sensor is fastened to the movable plate so that the sensor is between the rim of the guard member (7a, 7b,...) and the inner end of the movable plate, the movable plate has two positions: - a resting position, wherein the rim of the guard member (7a, 7b,...) is extending outside of the underground vehicle perimeter when the system is fastened to the underground mining vehicle, and - a retracted position, wherein the outer end and the sensor are retracted inside the perimeter of the underground mining vehicle when the system is fastened to the underground mining vehicle, and - a resting position, wherein the rim of the guard member (7a, 7b,...) is extending outside of the underground vehicle perimeter when the system is fastened to the underground mining vehicle, and - a retracted position, wherein the outer end and the sensor are retracted inside the perimeter of the underground mining vehicle when the system is fastened to the underground mining vehicle, the biasing member (9a, 9b,...) is biasing the movable plate to the resting position.
A method for producing an image of a subj ect with a magnetic resonance imaging system, the method comprising: acquiring, using the MRI system, a first set of partial k-space data from the subject; reconstructing a crude image from the first set of partial k-space data; using one of a neural network model, a wavelet transform algorithm, a principal component analysis algorithm or a total variance algorithm with the crude image to determine a phase correction factor, wherein the phase correction factor is a high-resolution denoised phase; generating a phase corrected image by multiplying the phase correction factor and the crude image; Fourier transforming the phase corrected image into a second set of partial k-space data; and reconstructing, by multiplying the second set of the partial k-space data and a weighting function, the image of the subject. acquiring, using the MRI system, a first set of partial k-space data from the subject; reconstructing a crude image from the first set of partial k-space data; using one of a neural network model, a wavelet transform algorithm, a principal component analysis algorithm or a total variance algorithm with the crude image to determine a phase correction factor, wherein the phase correction factor is a high-resolution denoised phase; generating a phase corrected image by multiplying the phase correction factor and the crude image; Fourier transforming the phase corrected image into a second set of partial k-space data; and reconstructing, by multiplying the second set of the partial k-space data and a weighting function, the image of the subject.
A method for managing file system replication, the method comprising: collecting event data associated with file system events, each of the file system events indicative of a modification of at least one file at a first file system location; for each of the file system events, generating at least one file system action to apply the modification of the at least one file at the first file system location to at least one corresponding file at a second file system location; storing the at least one generated file system action in an action buffer; identifying dependencies between file system actions in the action buffer; scheduling the file system actions in the action buffer for execution based on the dependencies; wherein the method further comprises: upon determining one of the file system events associated with the received event data indicates that content data of at least one file at the first location is being modified: monitoring a length of the content data being modified; and generating a copy chunk action when the length of the content data being modified indicates that a new chunk of modified content data having a defined chunk size is available for copying, the copy chunk action to replicate the new chunk of modified content data at the second location. collecting event data associated with file system events, each of the file system events indicative of a modification of at least one file at a first file system location; for each of the file system events, generating at least one file system action to apply the modification of the at least one file at the first file system location to at least one corresponding file at a second file system location; storing the at least one generated file system action in an action buffer; identifying dependencies between file system actions in the action buffer; scheduling the file system actions in the action buffer for execution based on the dependencies; wherein the method further comprises: upon determining one of the file system events associated with the received event data indicates that content data of at least one file at the first location is being modified: monitoring a length of the content data being modified; and generating a copy chunk action when the length of the content data being modified indicates that a new chunk of modified content data having a defined chunk size is available for copying, the copy chunk action to replicate the new chunk of modified content data at the second location. monitoring a length of the content data being modified; and generating a copy chunk action when the length of the content data being modified indicates that a new chunk of modified content data having a defined chunk size is available for copying, the copy chunk action to replicate the new chunk of modified content data at the second location.
Method for the preparation of compound of formula; the method comprises a step ST1; ST1 comprises a reaction REAC1 of compound of formula with oxalyl chloride; REAC1 is done at a temperature TEMPI of 160 to 250°C for a time TIME1 of from 10 sec to 24 h; the molar amount of oxalyl chloride is from 1.5 to 25 times based on the molar amount of compound of formula; R1 isH or Cl.
A centered double universal joint comprising: a housing having a first inner joint fork and a second inner joint fork, a first outer joint fork hingedly connected to the first inner joint fork via a first trunnion cross, a second outer joint fork hingedly connected to the second inner joint fork via a second trunnion cross, an annular recess in the housing disposed about a longitudinal axis of the housing, a guide disc that is guided in a radially adjustable manner in the annular recess of the housing, the two outer joint forks (1, 12) being coupled in an articulated manner to the guide disc, and two floating discs (26, 27) arranged in the axial direction on both sides of the guide disc in the annular recess, characterized in that the housing, the floating discs (26, 27) or the guide disc is/are magnetized, exerting a magnetic force on the floating discs (26, 27) in the direction of the longitudinal axis. a housing having a first inner joint fork and a second inner joint fork, a first outer joint fork hingedly connected to the first inner joint fork via a first trunnion cross, a second outer joint fork hingedly connected to the second inner joint fork via a second trunnion cross, an annular recess in the housing disposed about a longitudinal axis of the housing, a guide disc that is guided in a radially adjustable manner in the annular recess of the housing, the two outer joint forks (1, 12) being coupled in an articulated manner to the guide disc, and two floating discs (26, 27) arranged in the axial direction on both sides of the guide disc in the annular recess, characterized in that the housing, the floating discs (26, 27) or the guide disc is/are magnetized, exerting a magnetic force on the floating discs (26, 27) in the direction of the longitudinal axis.
A fluid flow control valve (101, 601), comprising a housing and a spherical obstructer comprising a through hole, wherein said spherical obstructer is inserted in said housing and is adapted to rotate therein about an axis of rotation between a first position, in which said through hole is substantially coaxial to said control valve (101, 601) to allow the passage of a fluid, and a second position, in which said through hole is substantially transversal to said control valve (101, 601) to prevent the passage of a fluid, wherein said control valve (101, 601) further comprises a rotor within said through hole, wherein said rotor is adapted to rotate in a continuous manner under the action of a fluid flowing through said control valve (101, 601), said rotor rotating about a second axis of rotation, characterized in that said second axis of rotation is substantially coaxial with said axis of rotation of said spherical obstructer.
A sintering press to perform a sintering of electronic components on a substrate, comprising a pressing unit comprising a multi-rod cylinder having a front head and a rear head which jointly delimit a compression chamber, presser rods which are parallel and independent of each other being slidingly supported in said front head, each of the presser rods having a respective rod axis such that the barycenter of respective electronic components to be sintered can be positioned coincident with said respective axes, the presser rods further having respective thrust sections which are proportional to the force to be applied to the respective electronic component, the area of each electronic component to be sintered being known, and for a predetermined sintering pressure, wherein a sealing membrane extends in the compression chamber and hermetically divides the compression chamber into a rear chamber and a front chamber (26"), the rear chamber being in fluidic communication with an inlet passage for a fluid under pressure at the sintering pressure, the front chamber (26") being delimited by a substantially flat bottom wall from which the rear ends of the presser rods project, the projection of the rear ends of the presser rods with respect to the bottom wall of the front chamber (26") and the distance between the sealing membrane and said bottom wall being such that the sealing membrane is deformable between an inactive position in the absence of pressure in the compression chamber in which the sealing membrane is substantially flat and is positioned so as to skim the rear ends of the presser rods, and an active position when the rear chamber is pressurised at the sintering pressure in which the sealing membrane abuts both against the rear ends of the presser rods and against the bottom wall for transferring the sintering pressure to each presser rod mutually independently.
A strain relief for a coaxial cable and coaxial connector interconnection, comprising: an injection moldable polymer material surrounding the interconnection, characterized in that: the injection moldable material fills a solder pre-form cavity between an outer conductor of the coaxial cable, a solder joint and an inner diameter of a bore of a connector body. an injection moldable polymer material surrounding the interconnection, characterized in that: the injection moldable material fills a solder pre-form cavity between an outer conductor of the coaxial cable, a solder joint and an inner diameter of a bore of a connector body. the injection moldable material fills a solder pre-form cavity between an outer conductor of the coaxial cable, a solder joint and an inner diameter of a bore of a connector body.