mhurhangee/ep-ind-claims huggingface dataset:
A method for pulse-width-modulated, PWM, control of a power MOSFET having a load path, the method comprising: a) providing an electrical load that is series connected with the load path of the power MOSFET; b) activating the power MOSFET with a PWM gate voltage, the PWM gate voltage having a frequency and a duty cycle; c) measuring the current in the load path of the power MOSFET during activation of the power MOSFET; d) comparing the measured current in the load path of the power MOSFET with a current limit value; and e) iteratively decreasing a frequency of the PWM gate voltage and increasing a duty cycle of the PWM gate voltage until the measured current in the load path is determined to exceed the current limit value, measuring the current in the load path after each gate voltage modification, and reverting (54, 62) to an immediately previous frequency or duty cycle of the PWM gate voltage if the measured current is not less than the current limit value. a) providing an electrical load that is series connected with the load path of the power MOSFET; b) activating the power MOSFET with a PWM gate voltage, the PWM gate voltage having a frequency and a duty cycle; c) measuring the current in the load path of the power MOSFET during activation of the power MOSFET; d) comparing the measured current in the load path of the power MOSFET with a current limit value; and e) iteratively decreasing a frequency of the PWM gate voltage and increasing a duty cycle of the PWM gate voltage until the measured current in the load path is determined to exceed the current limit value, measuring the current in the load path after each gate voltage modification, and reverting (54, 62) to an immediately previous frequency or duty cycle of the PWM gate voltage if the measured current is not less than the current limit value.
An exercise apparatus, comprising: a stationary frame including an upper frame portion and a lower frame portion; at least one column which has a longitudinal axis and is hollow along at least a major part of its length to define an internal channel, the column being mounted between the upper and lower frame portions for rotation about the longitudinal axes of the column; an internal guide track extending along the channel; a pulley carriage assembly moveably engaged with the internal guide track for vertical movement along the internal guide track, the pulley carriage assembly comprising a carriage and at least one pulley rotationally mounted on the carriage; an exercise resistance; a cable assembly coupled with the exercise resistance and including a cable extending around at least part of the pulley and having a cable end extending out of the column; and a cable pull secured to the cable end extending out of the column, the cable pull being attachable to a selected accessory for engagement by a user when performing an exercise. a stationary frame including an upper frame portion and a lower frame portion; at least one column which has a longitudinal axis and is hollow along at least a major part of its length to define an internal channel, the column being mounted between the upper and lower frame portions for rotation about the longitudinal axes of the column; an internal guide track extending along the channel; a pulley carriage assembly moveably engaged with the internal guide track for vertical movement along the internal guide track, the pulley carriage assembly comprising a carriage and at least one pulley rotationally mounted on the carriage; an exercise resistance; a cable assembly coupled with the exercise resistance and including a cable extending around at least part of the pulley and having a cable end extending out of the column; and a cable pull secured to the cable end extending out of the column, the cable pull being attachable to a selected accessory for engagement by a user when performing an exercise.
A method for controlling a fitness machine by a user, the method comprising the step of: storing intensity ratings within a memory device, wherein the intensity ratings correspond to an intensity for the user operating the fitness machine, characterized in that the method further comprises the steps of: displaying first parameter operating levels selectable to control the fitness machine, wherein the intensity for the user varies for each of the first parameter operating levels; displaying second parameter operating levels selectable to control the fitness machine, wherein the intensity for the user varies for each of the second parameter operating levels; determining and displaying the intensity ratings associated with each of the first parameter operating levels and each of the second parameter operating levels; and receiving selections for the first parameter operating levels and the second parameter operating levels and automatically controlling the fitness machine to operating according thereto, wherein selecting one of the first parameter operating levels changes at least one of the intensity ratings displayed with the second parameter operating levels. storing intensity ratings within a memory device, wherein the intensity ratings correspond to an intensity for the user operating the fitness machine, characterized in that the method further comprises the steps of: displaying first parameter operating levels selectable to control the fitness machine, wherein the intensity for the user varies for each of the first parameter operating levels; displaying second parameter operating levels selectable to control the fitness machine, wherein the intensity for the user varies for each of the second parameter operating levels; determining and displaying the intensity ratings associated with each of the first parameter operating levels and each of the second parameter operating levels; and receiving selections for the first parameter operating levels and the second parameter operating levels and automatically controlling the fitness machine to operating according thereto, wherein selecting one of the first parameter operating levels changes at least one of the intensity ratings displayed with the second parameter operating levels. displaying first parameter operating levels selectable to control the fitness machine, wherein the intensity for the user varies for each of the first parameter operating levels; displaying second parameter operating levels selectable to control the fitness machine, wherein the intensity for the user varies for each of the second parameter operating levels; determining and displaying the intensity ratings associated with each of the first parameter operating levels and each of the second parameter operating levels; and receiving selections for the first parameter operating levels and the second parameter operating levels and automatically controlling the fitness machine to operating according thereto, wherein selecting one of the first parameter operating levels changes at least one of the intensity ratings displayed with the second parameter operating levels.
Compactor roller for a soil compactor, comprising an oscillation mass arrangement with at least one oscillation shaft (36, 38) that can be rotated about an oscillation shaft rotary axis (Do) which is eccentric to a compactor roller rotary axis (Dw), with at least one oscillation unbalanced mass (66, 68) and a vibration mass arrangement with a vibration shaft which can be rotated about a vibration shaft rotary axis (Dv) with at least one vibration unbalanced mass, wherein at least one oscillation shaft (36, 38) and the vibration shaft are carried in the compactor roller where they can be driven for rotation, wherein a shaft drive is provided for driving at least one oscillation shaft (36, 38) for rotation about its shaft rotary axis (Do), wherein said shaft drive comprises a drive motor and a transmission gear arrangement, characterized in that a rotational speed transmission ratio of the transmission gear arrangement varies in relation to a number of revolutions of the compactor roller about said compactor roller rotary axis (Dw), wherein preferably, when the compactor roller does not rotate about said compactor roller rotary axis (Dw) a rotational speed transmission ratio of said transmission gear arrangement is 2:1.
A method for mobile communications, the method comprising: receiving a subscription activation message from a subscriber at a Signaling Gateway, the subscriber being associated with a Home Public Mobile Network and having a Home Public Mobile Network Subscriber Identity Module with a corresponding Home Public Mobile Network International Mobile Subscriber Identity and a corresponding Home Public Mobile Network Mobile Station International Subscriber Directory Number; assigning one or more Mobile Station International Subscriber Directory Numbers to the subscriber based on the subscription activation message; and associating the one or more Mobile Station International Subscriber Directory Numbers with the Home Public Mobile Network Mobile Station International Subscriber Directory Number to facilitate mobile originating and terminating services associated with the one or more Mobile Station International Subscriber Directory Numbers assigned to the subscriber. receiving a subscription activation message from a subscriber at a Signaling Gateway, the subscriber being associated with a Home Public Mobile Network and having a Home Public Mobile Network Subscriber Identity Module with a corresponding Home Public Mobile Network International Mobile Subscriber Identity and a corresponding Home Public Mobile Network Mobile Station International Subscriber Directory Number; assigning one or more Mobile Station International Subscriber Directory Numbers to the subscriber based on the subscription activation message; and associating the one or more Mobile Station International Subscriber Directory Numbers with the Home Public Mobile Network Mobile Station International Subscriber Directory Number to facilitate mobile originating and terminating services associated with the one or more Mobile Station International Subscriber Directory Numbers assigned to the subscriber.
A composition comprising Platycodi Radix, Poria Cocos, Ligustici Wallichii Rhizoma, Auranti Fructus, Bupleuri Radix, Peucedani Radix, Menthe Herba, Schizonepetae Herba, Sileris Radix, Forsythia Fructus, Ginseng Radix, Notoptergii Rhizoma et Radix, Angelicae Pubescentis Radix, Glycyrrhizae Radix, Zingiberis Recens Rhizoma, Angelicae Radix, Trichosanthis Radix, Atractylodis Alba Rhizoma, Fritillariae Bulbus, Scutellariae Radix, Rhei Rhizoma et Radix, Citri Reticulatae Percarpium, and Massa Medicata Fermentata.
A method of detecting an operating condition of a blasting machine for treating a surface of a workpiece with a blasting medium, comprising the steps of: continuously measuring a level of abrasive in a main hopper provided upstream of a blasting device, and replenishing blasting medium from a pre-bunker provided upstream of the main bunker into the main bunker so that the filling level in the main bunker is kept within a predetermined filling level range, characterized in that the method comprises the following further steps: measurement of the weights replenished from the pre-bunker to the main bunker and recording of the measured weights over time, measuring a current consumption of a blasting medium accelerating device and measuring an actual blasting time, determining a blasting duration time interval, determining an average abrasive consumption for a specific point in time from the total weight of abrasive replenished during the specified blasting time interval up to the specific points in time, repeating the step of determining the average abrasive consumption for subsequent further specified points in time, and display of the respective average abrasive consumption over the respective specific points in time. continuously measuring a level of abrasive in a main hopper provided upstream of a blasting device, and replenishing blasting medium from a pre-bunker provided upstream of the main bunker into the main bunker so that the filling level in the main bunker is kept within a predetermined filling level range, characterized in that the method comprises the following further steps: measurement of the weights replenished from the pre-bunker to the main bunker and recording of the measured weights over time, measuring a current consumption of a blasting medium accelerating device and measuring an actual blasting time, determining a blasting duration time interval, determining an average abrasive consumption for a specific point in time from the total weight of abrasive replenished during the specified blasting time interval up to the specific points in time, repeating the step of determining the average abrasive consumption for subsequent further specified points in time, and display of the respective average abrasive consumption over the respective specific points in time. measurement of the weights replenished from the pre-bunker to the main bunker and recording of the measured weights over time, measuring a current consumption of a blasting medium accelerating device and measuring an actual blasting time, determining a blasting duration time interval, determining an average abrasive consumption for a specific point in time from the total weight of abrasive replenished during the specified blasting time interval up to the specific points in time, repeating the step of determining the average abrasive consumption for subsequent further specified points in time, and display of the respective average abrasive consumption over the respective specific points in time.
Use of an external preparation for improving skin firmness, wrinkles or elasticity; alleviating dry skin; delaying aging phenomena; delaying dullness or sag; moisturizing skin; or whitening skin by removing melanin and active oxygen generated by UV irradiation, said external preparation comprising a inorganic salt of a phosphorylated saccharide, wherein the saccharide moiety in the phosphorylated saccharide is a glucan or reduced glucan having the degree of polymerization of 2 or more and 100 or less.
A method for operating an electronic device, comprising: executing an application (147, 370) in response to a first user input; switching the application to a background in response to a second user input; determining whether the application that has been switched to the background satisfies at least one condition; automatically limiting an operation of the application if the application that has been switched to the background satisfies the at least one condition; and displaying a report of the result of the automatically limiting the operation of the application (147, 370). executing an application (147, 370) in response to a first user input; switching the application to a background in response to a second user input; determining whether the application that has been switched to the background satisfies at least one condition; automatically limiting an operation of the application if the application that has been switched to the background satisfies the at least one condition; and displaying a report of the result of the automatically limiting the operation of the application (147, 370).
An instrument cassette (100, 200, 300) for handling a set of dental instruments, the instrument cassette (100, 200, 300) comprising a body section (101, 201, 301) for holding the instruments and a radio frequency identifier (102, 202, 302) readable from a distance away from the radio frequency identifier (102, 202, 302), characterized in that a part of the body section (101, 201, 301) is a part for mechanically supporting the instruments, wherein said part of the body section (101, 201, 301) is shaped to constitute a cavity (103, 203, 303) and the radio frequency identifier (102, 202, 302) is located in the cavity (103, 203, 303).
A winter service spreading apparatus, comprising a spreading disk rotatable around a rotation axis and an arrangement of down pipes or chutes (2, 3, 4) for supplying spreading grit to the spreading disk with a mouth piece from the outlet end of which, when the rotation axis is oriented vertically, the spreading grit drops onto the spreading disk through the force of gravity, wherein the spreading disk has a central cone, characterized in that the mouth piece at its outlet end points away from a central region around the rotation axis of the spreading disk, such that the spreading grit is supplied to the spreading disk in the discharge direction, wherein the outlet end of the mouth piece is arranged relative to the cone surface such that, when the rotation axis of the spreading disk is arranged vertically, spreading grit dropping from the outlet end through the force of gravity hits the cone surface of the spreading disk.
A method for constructing a thermographic image of a large measurement object, wherein thermographic images (32, 32a, 32b, 32c, 32d, 32e) of portions of the measurement object are acquired with a swiveling motion of a thermal imaging camera, characterized by the fact that partial regions with the same image region are identified among the acquired thermographic images (32, 32a, 32b, 32c, 32d, 32e) in the thermal imaging camera and the acquired thermographic images (32, 32a, 32b, 32c, 32d, 32e) are stitched in the thermal imaging camera at the identified same image regions into an overall image by assembling the acquired thermographic images (32, 32a, 32b, 32c, 32d, 32e) using a set of undistorted stripes configured to limit distortion of the acquired thermographic images (32, 32a, 32b, 32d, 32e) such that information for the stitching process can be taken without the need to apply a distortion correction, wherein the acquisition of the thermographic images (32, 32a, 32b, 32c, 32d, 32e) and the construction of the overall image on display tool takes place in real time during a swiveling motion of the thermal imaging camera using only computational capacity integrated in the thermal imaging camera.
A reconfigurable antenna, comprising a bottom plate, a vertically polarized high-density antenna wherein the bottom plate is disposed in the polarization direction of the vertically polarized high-density antenna, and a controllable reflector, wherein the controllable reflector is located between the bottom plate and the vertically polarized high-density antenna, and a projection of the controllable reflector on the bottom plate is at a center of a projection of the vertically polarized high-density antenna on the bottom plate; and the controllable reflector comprises a switch, and the switch is configured to enable the controllable reflector to be in an operating state or an off state characterized in that the controllable reflector is further provided with an inductor structure, the inductor structure and the switch are connected in parallel, the inductor structure and the switch form a resonator, and a resonance frequency of the resonator falls within the operating frequency band of the vertically polarized high-density antenna. the controllable reflector is located between the bottom plate and the vertically polarized high-density antenna, and a projection of the controllable reflector on the bottom plate is at a center of a projection of the vertically polarized high-density antenna on the bottom plate; and the controllable reflector comprises a switch, and the switch is configured to enable the controllable reflector to be in an operating state or an off state characterized in that the controllable reflector is further provided with an inductor structure, the inductor structure and the switch are connected in parallel, the inductor structure and the switch form a resonator, and a resonance frequency of the resonator falls within the operating frequency band of the vertically polarized high-density antenna.
A prosthesis comprising: an expandable tubular frame structure having a proximal frame end and a distal frame end; a covering disposed along the frame structure, the covering including a first liner, a proximal liner, and a distal liner discrete from the proximal liner, the first liner comprising a plurality of first liner layers (532, 534, 535), wherein at least one of the first liner layers is an extended layer extending beyond a proximal end of the remaining first liner layers (532, 535) and a distal end of the remaining first liner layers (532, 535) of the first liner, and comprises an extended liner layer proximal end, an extended liner layer distal end and an intermediate segment disposed between the extended liner layer proximal and distal end (534A, 534B) wherein the extended liner layer proximal end is bonded to the proximal liner along the proximal frame end at a first coupling segment, and the extended liner layer distal end is bonded to the distal liner along the distal frame end at a second coupling segment, and wherein one of the first liner layers (532, 534, 535) immediately adjacent to the expandable tubular frame structure remains unbonded to the expandable tubular frame structure along an intermediate region of the frame structure disposed between the proximal and distal frame ends (140, 160). an expandable tubular frame structure having a proximal frame end and a distal frame end; a covering disposed along the frame structure, the covering including a first liner, a proximal liner, and a distal liner discrete from the proximal liner, the first liner comprising a plurality of first liner layers (532, 534, 535), wherein at least one of the first liner layers is an extended layer extending beyond a proximal end of the remaining first liner layers (532, 535) and a distal end of the remaining first liner layers (532, 535) of the first liner, and comprises an extended liner layer proximal end, an extended liner layer distal end and an intermediate segment disposed between the extended liner layer proximal and distal end (534A, 534B) wherein the extended liner layer proximal end is bonded to the proximal liner along the proximal frame end at a first coupling segment, and the extended liner layer distal end is bonded to the distal liner along the distal frame end at a second coupling segment, and wherein one of the first liner layers (532, 534, 535) immediately adjacent to the expandable tubular frame structure remains unbonded to the expandable tubular frame structure along an intermediate region of the frame structure disposed between the proximal and distal frame ends (140, 160).
Laser system comprising - a short pulse laser, - a spectral limitation means which receives pulsed laser radiation, emitted by the short pulse laser and having a pulse duration, and converts it into spectrally limited laser radiation which does not comprise any spectral portions beyond a limit frequency, - a non-linear optical element which receives the spectrally limited laser radiation and converts it, by spectral broadening, into frequency-converted laser radiation which comprises spectral portions beyond the limit frequency, and - an optical filter which is permeable for the spectral portions of the frequency-converted laser radiation beyond the limit frequency and is impermeable for the spectrally limited laser radiation, wherein the assembly constituted by the short pulse laser, the spectral limitation means, the non-linear optical element, and the optical filter, is configured effect a shortening of the pulse duration and a shift of the central wavelength of the laser radiation. - a short pulse laser, - a spectral limitation means which receives pulsed laser radiation, emitted by the short pulse laser and having a pulse duration, and converts it into spectrally limited laser radiation which does not comprise any spectral portions beyond a limit frequency, - a non-linear optical element which receives the spectrally limited laser radiation and converts it, by spectral broadening, into frequency-converted laser radiation which comprises spectral portions beyond the limit frequency, and - an optical filter which is permeable for the spectral portions of the frequency-converted laser radiation beyond the limit frequency and is impermeable for the spectrally limited laser radiation,