mhurhangee/ep-ind-claims huggingface dataset:
Slipform paver comprising a monitoring device for monitoring the compaction of concrete introduced into a slipform of the slipform paver by means of at least one concrete compacting device which has an asynchronous motor for driving an unbalanced mass which generates vibrations, characterised in that the monitoring device comprises an apparatus for monitoring the stator current (I Stator) of the asynchronous motor of the at least one concrete compacting device, said monitoring apparatus being configured such that a change in the compaction of the concrete introduced into the slipform of the slipform paver is determined based on an analysis of the stator current (I sta-tor) of the asynchronous motor, the apparatus for monitoring the stator current (I Stator) of the asynchronous motor being configured such that the amplitude spectrum of the stator current is determined in order to analyse the stator current, the stator current is sampled, the amplitude spectrum of the stator current being determined by a discrete-time Fourier transform, in particular a discrete-time fast Fourier transform, of the stator current, and the distribution of individual harmonics, which are attributable to the unbalanced mass, over the frequency of the spectral components is continuously determined and is compared with a distribution of individual harmonics over the frequency of the spectral components, which distribution is characteristic of a predefined speed of the asynchronous motor, a control signal being generated when a deviation occurs in the distribution of the individual harmonics, which control signal signals a change in the compaction of the concrete introduced into the slipform of the slipform paver. the monitoring device comprises an apparatus for monitoring the stator current (I Stator) of the asynchronous motor of the at least one concrete compacting device, said monitoring apparatus being configured such that a change in the compaction of the concrete introduced into the slipform of the slipform paver is determined based on an analysis of the stator current (I sta-tor) of the asynchronous motor, the apparatus for monitoring the stator current (I Stator) of the asynchronous motor being configured such that the amplitude spectrum of the stator current is determined in order to analyse the stator current, the stator current is sampled, the amplitude spectrum of the stator current being determined by a discrete-time Fourier transform, in particular a discrete-time fast Fourier transform, of the stator current, and the distribution of individual harmonics, which are attributable to the unbalanced mass, over the frequency of the spectral components is continuously determined and is compared with a distribution of individual harmonics over the frequency of the spectral components, which distribution is characteristic of a predefined speed of the asynchronous motor, a control signal being generated when a deviation occurs in the distribution of the individual harmonics, which control signal signals a change in the compaction of the concrete introduced into the slipform of the slipform paver.
An imaging system for capturing images of a patient during a medical scan using a scanner having a scanning system and a patient support, the imaging system comprising: a set of one or more cameras for mounting in a fixed position relative to the scanning system directed towards the patient support for capturing images, wherein each camera of the set has an optical axis orthogonal to a direction of the patient support displacement in use of the scanner, and wherein pixel rows of images captured by each camera correspond to locations along an axis parallel to the direction of patient support movement; a processor, wherein the processor is configured to: perform image post-processing to correct distortions within the captured images resulting from the width of the field of view of the camera or cameras and to provide perspective correction; identify patient motion based only on image movements in the pixel column direction between sequential captured images; and output a measure of patient motion. a set of one or more cameras for mounting in a fixed position relative to the scanning system directed towards the patient support for capturing images, wherein each camera of the set has an optical axis orthogonal to a direction of the patient support displacement in use of the scanner, and wherein pixel rows of images captured by each camera correspond to locations along an axis parallel to the direction of patient support movement; a processor, wherein the processor is configured to: perform image post-processing to correct distortions within the captured images resulting from the width of the field of view of the camera or cameras and to provide perspective correction; identify patient motion based only on image movements in the pixel column direction between sequential captured images; and output a measure of patient motion. perform image post-processing to correct distortions within the captured images resulting from the width of the field of view of the camera or cameras and to provide perspective correction; identify patient motion based only on image movements in the pixel column direction between sequential captured images; and output a measure of patient motion.
Method of lifting a wind turbine part at a wind turbine site (1, 2), the method including: providing a lifting apparatus and a wind turbine part to be lifted; - providing a shield; - suspending said part from said lifting apparatus; - moving said part by means of said lifting apparatus; the method characterised by - providing manipulation equipment associated with said shield; and - -holding said shield aloft, proximate and upwind of said part being lifted, by means of said manipulation equipment. providing a lifting apparatus and a wind turbine part to be lifted; - providing a shield; - suspending said part from said lifting apparatus; - moving said part by means of said lifting apparatus; - providing a shield; - suspending said part from said lifting apparatus; - moving said part by means of said lifting apparatus; the method characterised by - providing manipulation equipment associated with said shield; and - -holding said shield aloft, proximate and upwind of said part being lifted, by means of said manipulation equipment. - providing manipulation equipment associated with said shield; and - -holding said shield aloft, proximate and upwind of said part being lifted, by means of said manipulation equipment.
A flight control system comprising: a first module configured to shape one or more flight control commands through a model following control law of a fly-by-wire flight control system based at least upon one or more pilot commands; characterized by a second module configured to determine an expected engine power required data in response to at least one of said shaped one or more flight control commands, wherein said expected engine power required data is utilized to perform at least one action to control an engine speed, and wherein said at least one action is initiated prior to said at least one of said shaped one or more flight control commands is effectuated to an aircraft flight control. a first module configured to shape one or more flight control commands through a model following control law of a fly-by-wire flight control system based at least upon one or more pilot commands; characterized by a second module configured to determine an expected engine power required data in response to at least one of said shaped one or more flight control commands, wherein said expected engine power required data is utilized to perform at least one action to control an engine speed, and wherein said at least one action is initiated prior to said at least one of said shaped one or more flight control commands is effectuated to an aircraft flight control.
Ball mill with at least two grinding bowl holders arranged on a machine base for clamping grinding bowl ends frontally in a horizontal arrangement, as well as a grinding bowl to be filled with balls as grinding media, and with a drive inducing a rotational movement of the grinding bowl holders, characterised in that each of the grinding bowl holders arranged in pairs is offset in force-guided circular motion parallel to the machine base by means of a drive via two eccentric shafts connected respectively on opposite sides of a symmetry axis of the grinding bowl, wherein a counterweight is arranged underneath the machine base on each of the two eccentric shafts passing through the machine base and respectively coordinated with a grinding bowl holder, wherein the counterweight serves as a mass balance for the grinding bowl holder connected to the eccentric shafts with the grinding bowl clamped therein, and arranged on the side of the eccentric shaft lying opposite the connection to the eccentric shaft of the grinding bowl holder with respect to the longitudinal axis of the eccentric shaft, and that the eccentricities of the two eccentric shafts respectively connected to the two grinding bowl holders are equal, while their counter-weights are arranged on opposite sides with respect to the longitudinal axis of the grinding bowl and grinding bowl holder, and the drives are offset in a respective counter-rotating and anti-phase circular motion.
A computer-implemented method for preventing centrifugal clutch lock-ups within a transmission of a work vehicle, the method comprising: - transmitting, with a computing device, a signal associated with disengaging a clutch of the transmission, the clutch including a hydraulic actuator having a pressure relief valve, the pressure relief valve being configured to allow hydraulic fluid to be evacuated from a piston chamber of the hydraulic actuator when the pressure relief valve is in an opened state; - monitoring, with the computing device, a pressure of the hydraulic fluid supplied to the hydraulic actuator relative to a predetermined pressure threshold; - monitoring, with the computing device, a rotational speed of a clutch can associated with the clutch relative to a predetermined speed threshold, the predetermined speed threshold being defined relative to a lock-up speed associated with the clutch can; and - when the pressure exceeds the predetermined pressure threshold and the rotational speed exceeds the predetermined speed threshold, transmitting, with the computing device, a lock-up signal associated with at least one of limiting the rotational speed of the clutch can or providing an indication that a clutch lock-up is likely to occur. characterized in that the predetermined pressure threshold corresponds to a fluid pressure at which the hydraulic fluid contained within the piston chamber applies a force against a piston of the hydraulic actuator that is substantially equal to a biasing force applied by a clutch spring of the hydraulic actuator. - transmitting, with a computing device, a signal associated with disengaging a clutch of the transmission, the clutch including a hydraulic actuator having a pressure relief valve, the pressure relief valve being configured to allow hydraulic fluid to be evacuated from a piston chamber of the hydraulic actuator when the pressure relief valve is in an opened state; - monitoring, with the computing device, a pressure of the hydraulic fluid supplied to the hydraulic actuator relative to a predetermined pressure threshold; - monitoring, with the computing device, a rotational speed of a clutch can associated with the clutch relative to a predetermined speed threshold, the predetermined speed threshold being defined relative to a lock-up speed associated with the clutch can; and - when the pressure exceeds the predetermined pressure threshold and the rotational speed exceeds the predetermined speed threshold, transmitting, with the computing device, a lock-up signal associated with at least one of limiting the rotational speed of the clutch can or providing an indication that a clutch lock-up is likely to occur.
: A process for operating a microbial fuel cell comprising an anode, a cathode, microbes in contact with the anode, a conduit for electrons connecting the anode to the cathode, a sensor for determining the concentration of biodegradable material in the fluid introduced into the microbial fuel cell, and an interface connected to the sensor that displays or interprets the results of the sensor; wherein the process comprises the steps of: A) contacting the fluid containing biodegradable material with the anode in the presence of microbes; B) contacting the cathode with an oxygen containing fluid; C) using the sensor to sense the level of biodegradable material in the fluid and displaying or interpreting the results of the sensor using the interface; D) adjusting the voltage of the cell based on the concentration of biodegradable material in the fluid in order to achieve the desired degradation of biodegradable material; E) removing the fluid from the location of the anode. A) contacting the fluid containing biodegradable material with the anode in the presence of microbes; B) contacting the cathode with an oxygen containing fluid; C) using the sensor to sense the level of biodegradable material in the fluid and displaying or interpreting the results of the sensor using the interface; D) adjusting the voltage of the cell based on the concentration of biodegradable material in the fluid in order to achieve the desired degradation of biodegradable material; E) removing the fluid from the location of the anode.
An ion guide device, comprising: a plurality of electrode sets distributed along a central axis longitudinally, wherein each electrode set has a ring shape and consists of at least two segmented electrodes (1, 3); and a power supply device which is configured to provide radio-frequency voltages with different phases to adjacent said segmented electrodes along said central axis, and is configured to provide DC potentials to said segmented electrodes of said electrodes sets, wherein the distribution of said DC potentials is configured to drive the ions to move in the radial direction of said ion guide device while driving said ions to move along the direction of said central axis, and; characterised in that, for at least some of said plurality of electrode sets, the ratio of the lengths of the at least two segmented electrodes changes with distance along said central axis. a plurality of electrode sets distributed along a central axis longitudinally, wherein each electrode set has a ring shape and consists of at least two segmented electrodes (1, 3); and a power supply device which is configured to provide radio-frequency voltages with different phases to adjacent said segmented electrodes along said central axis, and is configured to provide DC potentials to said segmented electrodes of said electrodes sets, wherein the distribution of said DC potentials is configured to drive the ions to move in the radial direction of said ion guide device while driving said ions to move along the direction of said central axis, and; characterised in that, for at least some of said plurality of electrode sets, the ratio of the lengths of the at least two segmented electrodes changes with distance along said central axis.
A portable audio networking system, comprising: a power source (108, 208); a master device configured to receive a digital audio signal, receive a DC power from the power source (108, 208), provide the DC power, and transceive a data signal with a plurality of slave devices; the plurality of slave devices in communication with the master device, wherein each of the plurality of slave devices is configured to transmit a digital audio signal to the master device, receive the DC power from the master device, and transceive a data signal with the master device; a plurality of first cables (106, 206) for connecting the master device and the plurality of slave devices, wherein the master device and the plurality of slave devices are in communication over the plurality of first cables (106, 206) adapted to simultaneously transport a digital audio signal, the DC power, and a data signal; and an audio device comprising one or more of an audio recorder and an audio mixer, wherein the master device is a gateway interconnection device and is further in communication with the audio device via a second cable, wherein the gateway interconnection device is configured to generate a combined digital audio signal based on the digital audio signals from the plurality of slave devices, and via the second cable, transmit the combined digital audio signal to the audio device, provide the DC power to the audio device and transceive the data signal with the audio device. a power source (108, 208); a master device configured to receive a digital audio signal, receive a DC power from the power source (108, 208), provide the DC power, and transceive a data signal with a plurality of slave devices; the plurality of slave devices in communication with the master device, wherein each of the plurality of slave devices is configured to transmit a digital audio signal to the master device, receive the DC power from the master device, and transceive a data signal with the master device; a plurality of first cables (106, 206) for connecting the master device and the plurality of slave devices, wherein the master device and the plurality of slave devices are in communication over the plurality of first cables (106, 206) adapted to simultaneously transport a digital audio signal, the DC power, and a data signal; and an audio device comprising one or more of an audio recorder and an audio mixer, wherein the master device is a gateway interconnection device and is further in communication with the audio device via a second cable, wherein the gateway interconnection device is configured to generate a combined digital audio signal based on the digital audio signals from the plurality of slave devices, and via the second cable, transmit the combined digital audio signal to the audio device, provide the DC power to the audio device and transceive the data signal with the audio device.
A customization system for printing a graphic onto an article (830,832) of equipment to be worn, comprising: a printing system, including a printer; a cylinder for holding the article (830,832) in proximity to the printer; a vacuum system in fluid communication with the cylinder; and wherein the vacuum system is configured to apply a partial vacuum to the article (830,832), characterised in that the article (830,832) is configured to be disposed within a recess (810,820) in an outer surface of the cylinder and in that the said partial vacuum holds the article (830,832) within the recess (810,820). a printing system, including a printer; a cylinder for holding the article (830,832) in proximity to the printer; a vacuum system in fluid communication with the cylinder; and wherein the vacuum system is configured to apply a partial vacuum to the article (830,832), characterised in that the article (830,832) is configured to be disposed within a recess (810,820) in an outer surface of the cylinder and in that the said partial vacuum holds the article (830,832) within the recess (810,820).
Hair styling appliance comprising: - a base comprising: ∘ a mount; ∘ a removable reservoir configured to take up a disconnected position in which the reservoir is away from the mount and an operating position in which the reservoir engages fluidically with the mount, - a portable unit remote from the base; - a line that fluidically connects the base and the portable unit; characterised in that the base further comprises a detection system having a detector configured to detect the passage of the reservoir from the disconnected position to the operating position. - a base comprising: ∘ a mount; ∘ a removable reservoir configured to take up a disconnected position in which the reservoir is away from the mount and an operating position in which the reservoir engages fluidically with the mount, ∘ a mount; ∘ a removable reservoir configured to take up a disconnected position in which the reservoir is away from the mount and an operating position in which the reservoir engages fluidically with the mount, - a portable unit remote from the base; - a line that fluidically connects the base and the portable unit;
A composition for improving bone health, comprising a functional fermented material using oysters, the composition comprising a fermented extract extracted from a fermented material of oysters and seaweed, which is obtained by fermenting oysters and seaweed, wherein the fermented material of oysters is fermented using Lactobacillus fermentum JS and/or Aspergillus usamii.
A manifold (10, 110, 210) for connecting an electric pumping assembly, comprising: - a tubular main body (11, 211), said tubular main body (11, 211) having at least one hole (13, 113) with an axis of extension that is perpendicular to the axis of extension of said tubular main body (11, 211), - two tubular portions (12a, 12b, 212a, 212b) arranged at the longitudinal ends of said tubular main body (11, 211) and coaxial therewith, wherein said tubular main body (11, 211) has a wall with a thickness on the order of 1 mm, characterized in that at said at least one hole (13, 113) there is a second seat for accommodating a sealing element, which is provided by drawing the edge of said at least one hole (13, 113) toward the inside of said tubular main body. - a tubular main body (11, 211), said tubular main body (11, 211) having at least one hole (13, 113) with an axis of extension that is perpendicular to the axis of extension of said tubular main body (11, 211), - two tubular portions (12a, 12b, 212a, 212b) arranged at the longitudinal ends of said tubular main body (11, 211) and coaxial therewith,
A manufacturing method of a transflective display panel, comprising: forming a pixel unit layer on a substrate; forming a first photosensitive polymer layer on the pixel unit layer; performing rubbing alignment in a first direction on the first photosensitive polymer layer; drying and illumination curing the first photosensitive polymer layer to form a first aligning layer; forming a reflective layer on the first aligning layer at a location corresponding a reflective area; forming a second photosensitive polymer layer on the first aligning layer and the reflective layer; performing rubbing alignment in a second direction on the second photosensitive polymer layer; conducting drying treatment on the second photosensitive polymer layer and conducting illumination curing treatment on the second photosensitive polymer layer directly above the reflective layer via a mask to form a second aligning layer, so as to obtain an array substrate; and cell-assembling the array substrate with a color filter substrate and filling liquid crystals between them. forming a pixel unit layer on a substrate; forming a first photosensitive polymer layer on the pixel unit layer; performing rubbing alignment in a first direction on the first photosensitive polymer layer; drying and illumination curing the first photosensitive polymer layer to form a first aligning layer; forming a reflective layer on the first aligning layer at a location corresponding a reflective area; forming a second photosensitive polymer layer on the first aligning layer and the reflective layer; performing rubbing alignment in a second direction on the second photosensitive polymer layer; conducting drying treatment on the second photosensitive polymer layer and conducting illumination curing treatment on the second photosensitive polymer layer directly above the reflective layer via a mask to form a second aligning layer, so as to obtain an array substrate; and cell-assembling the array substrate with a color filter substrate and filling liquid crystals between them.