mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for monitoring a piece of equipment, the method comprising: receiving a first image, being an image of a specification data display coupled to the piece of equipment and displaying data specifications for the piece of equipment, wherein the data specifications indicate rated operating conditions for the piece of equipment; extracting data specifications from the first image; storing the data specifications; receiving a second image, the second image including measurement information for the piece of equipment; extracting first measurement data from the second image; storing the first measurement data; storing a measurement data trend profile for the piece of equipment, the trend profile containing measurements taken over a period of time; comparing the first measurement data against the measurement data trend profile and the stored data specifications; and notifying one or more users when the first measurement data associated with the piece of equipment deviates from at least one of the measurement data trend profile and the stored data specifications, wherein the second image includes an information-encoding fiduciary marker, the information-encoding fiduciary marker encoding the measurement information, and wherein extracting the first measurement data from the second image includes decoding measurement information from the information-encoding fiduciary marker. receiving a first image, being an image of a specification data display coupled to the piece of equipment and displaying data specifications for the piece of equipment, wherein the data specifications indicate rated operating conditions for the piece of equipment; extracting data specifications from the first image; storing the data specifications; receiving a second image, the second image including measurement information for the piece of equipment; extracting first measurement data from the second image; storing the first measurement data; storing a measurement data trend profile for the piece of equipment, the trend profile containing measurements taken over a period of time; comparing the first measurement data against the measurement data trend profile and the stored data specifications; and notifying one or more users when the first measurement data associated with the piece of equipment deviates from at least one of the measurement data trend profile and the stored data specifications, wherein the second image includes an information-encoding fiduciary marker, the information-encoding fiduciary marker encoding the measurement information, and wherein extracting the first measurement data from the second image includes decoding measurement information from the information-encoding fiduciary marker.
A brake for trailer axles of agricultural type comprising at least one axle, a wheel hub, a brake drum and a brake mass rigidly connected to said axle and comprising at least one brake plate, at least two shoes (50 A, 50 B) equipped with friction material (51 A, 51 B) and an articulating pin of said two shoes (50 A, 50B) having a head and a stem, said stem of said pin being removably housed in an axial direction in a hole provided on said brake plate, and a tightening nut for tightening said pin to said hole being provided, characterised in that said stem of said pin is housed with radial clearance in said hole and in that locking means is provided to lock rigidly and firmly a distance set between an axis of said pin and an axis of said hole, said locking means comprising at least two reciprocally engaged conjugate surfaces (44, 74, 201, 202, 203, 204), at least one of which has a rippled finish.
An actuating device for a driving robot, having at least one actuating means (10, 20, 30, 300, 310), comprising: - at least one actuating rod comprising an actuator region and a contact element, wherein said contact element can be brought into connection with a pedal and in said actuator region said actuating rod is a rotationally symmetrical component, which is slidably received in an actuator housing in said actuator region; and wherein said actuating rod includes a first element in said actuator region, and said actuator housing includes a second element which is provided in an outer circumferential region of said first element, said first element and said second element forming an electromagnetic force generating means for moving said actuating rod, characterized in that magnetic field sensors are provided that scan said magnets in said actuator region so that, thereby, the position of said actuating rod and therefore the position of said pedal connectable with said contact element can be determined by means of an interpolation. - at least one actuating rod comprising an actuator region and a contact element, wherein said contact element can be brought into connection with a pedal and in said actuator region said actuating rod is a rotationally symmetrical component, which is slidably received in an actuator housing in said actuator region; and
Method of mechanically folding items of laundry and/or stacking items of laundry, wherein the items of laundry are transported through at least one longitudinal-folding station, the items of laundry are folded longitudinally at least once in the longitudinal-folding station and preferably the folded items of laundry are stacked at a plurality of stacking locations, characterized in that the items of laundry are transported through the longitudinal-folding station at a transporting speed adapted to their size, wherein the transporting speed is adjusted such that relatively small items of laundry are transported through the longitudinal-folding station more quickly than larger items of laundry.
A slot format indication method, which is applied to a base station, comprising: determining a plurality of Listen Before Talk, LBT, bandwidth units, BW units, included in an active bandwidth part, BWP, in a target serving cell corresponding to a terminal; performing LBT on the plurality of LBT BW units; determining (201, 301, 401), from the plurality of LBT BW units, at least one LBT BW unit of which a corresponding channel is idle, as a target LBT BW unit; and sending downlink control information, DCI, to the terminal, wherein the DCI comprises one or more types of slot format indications, SFIs, of one or more target LBT BW units. determining a plurality of Listen Before Talk, LBT, bandwidth units, BW units, included in an active bandwidth part, BWP, in a target serving cell corresponding to a terminal; performing LBT on the plurality of LBT BW units; determining (201, 301, 401), from the plurality of LBT BW units, at least one LBT BW unit of which a corresponding channel is idle, as a target LBT BW unit; and sending downlink control information, DCI, to the terminal, wherein the DCI comprises one or more types of slot format indications, SFIs, of one or more target LBT BW units.
An image processing system, comprising: a water tank with walls (101, 103, 104, 105) forming a water storage space; and an image processing device (21; 22; 24; 26; 27) comprising: an image generating unit configured to generate a stereoscopic view image to be displayed on a wall (101, 103, 104, 105) of the water tank toward an inside of the water storage space, wherein: the image processing device further comprises a water level acquiring unit configured to acquire information related to the water level of the water stored in the water tank as a distance from a bottom surface of the water tank to a surface of the water, and the image generating unit is configured to: generate the stereoscopic view image for expressing a depth from the wall according to a point-of-view position in the water storage space, and generate different stereoscopic view images in a lower region below the water surface and an upper region above the water surface. a water tank with walls (101, 103, 104, 105) forming a water storage space; and an image processing device (21; 22; 24; 26; 27) comprising: an image generating unit configured to generate a stereoscopic view image to be displayed on a wall (101, 103, 104, 105) of the water tank toward an inside of the water storage space, wherein: the image processing device further comprises a water level acquiring unit configured to acquire information related to the water level of the water stored in the water tank as a distance from a bottom surface of the water tank to a surface of the water, and the image generating unit is configured to: generate the stereoscopic view image for expressing a depth from the wall according to a point-of-view position in the water storage space, and generate different stereoscopic view images in a lower region below the water surface and an upper region above the water surface. the image processing device further comprises a water level acquiring unit configured to acquire information related to the water level of the water stored in the water tank as a distance from a bottom surface of the water tank to a surface of the water, and the image generating unit is configured to: generate the stereoscopic view image for expressing a depth from the wall according to a point-of-view position in the water storage space, and generate different stereoscopic view images in a lower region below the water surface and an upper region above the water surface. generate the stereoscopic view image for expressing a depth from the wall according to a point-of-view position in the water storage space, and generate different stereoscopic view images in a lower region below the water surface and an upper region above the water surface.
Method for transferring freight from a car of a first train to a car of a second train, in which: - the first train travels at a predetermined constant speed on a first rail pair, - the second train travels at the predetermined constant speed on a second rail pair arranged parallel to the first rail pair, - the two cars are coupled together during the travel, - after coupling of the two cars during travel a transfer of freight from the car of one train to the car of the other train is undertaken, - after transfer has been carried out during the travel a decoupling of the cars is undertaken, - it is monitored by means of a control unit whether the transfer of the freight and the decoupling of the cars have been carried out successfully and - in the case of a transfer carried out unsuccessfully or decoupling of the cars carried out unsuccessfully the control unit brings into effect an emergency mode of operation, characterised in that the control unit in the emergency mode of operation diverts a following train travelling on the first rail pair or the second rail pair to a third rail pair. - the first train travels at a predetermined constant speed on a first rail pair, - the second train travels at the predetermined constant speed on a second rail pair arranged parallel to the first rail pair, - the two cars are coupled together during the travel, - after coupling of the two cars during travel a transfer of freight from the car of one train to the car of the other train is undertaken, - after transfer has been carried out during the travel a decoupling of the cars is undertaken, - it is monitored by means of a control unit whether the transfer of the freight and the decoupling of the cars have been carried out successfully and - in the case of a transfer carried out unsuccessfully or decoupling of the cars carried out unsuccessfully the control unit brings into effect an emergency mode of operation,
A radiometer chip, comprising: a base board comprising opposing first and second surfaces, each surface comprising ground and signal pads (101, 111), and a cavity formed in the second surface; a middle board comprising opposing first and second surfaces, wherein the middle board first surface is attached to the base board second surface and such that ground and signal pads on the middle board first surface are electrically connected to the ground and signal pads (101, 111) respectively of the base board second surface, wherein the middle board first surface comprises one or more electrical components that extend into the base board cavity, and wherein the middle board second surface comprises etched radio frequency, RF, circuits, a waveguide-to-microstrip transition, at least one low noise amplifier, LNA,, a detector diode operatively connected to a capacitor of the radiometer chip to form a detector circuit, a video amplifier, and a temperature sensor, wherein the LNA is operatively connected to the waveguide-to-microstrip transition and the detector circuit for producing a detected signal and for further amplification by the video amplifier; and a cover attached to the middle board second surface, the cover comprising a feed horn that is connected to the waveguide-to-microstrip transition. a base board comprising opposing first and second surfaces, each surface comprising ground and signal pads (101, 111), and a cavity formed in the second surface; a middle board comprising opposing first and second surfaces, wherein the middle board first surface is attached to the base board second surface and such that ground and signal pads on the middle board first surface are electrically connected to the ground and signal pads (101, 111) respectively of the base board second surface, wherein the middle board first surface comprises one or more electrical components that extend into the base board cavity, and wherein the middle board second surface comprises etched radio frequency, RF, circuits, a waveguide-to-microstrip transition, at least one low noise amplifier, LNA,, a detector diode operatively connected to a capacitor of the radiometer chip to form a detector circuit, a video amplifier, and a temperature sensor, wherein the LNA is operatively connected to the waveguide-to-microstrip transition and the detector circuit for producing a detected signal and for further amplification by the video amplifier; and a cover attached to the middle board second surface, the cover comprising a feed horn that is connected to the waveguide-to-microstrip transition.
Apparatus for generating motion around a remote centre of motion, comprising: a base link comprising a local centre of motion, a first motion mechanism comprising a proximal link, a distal link and a first intermediate link pivotally interconnecting the proximal link and the distal link, wherein the proximal link is coupled to the local centre of motion through a revolute joint and a sliding joint allowing the proximal link to translate relative to the local centre of motion and to rotate about the local centre of motion, wherein the first motion mechanism is configured to copy motion of the proximal link relative to the local centre of motion to an identical motion of the distal link relative to the remote centre of motion, and a tool holder fixed to the distal link, wherein the tool holder defines a tool axis intersecting the remote centre of motion, characterised in that the distal link defines a first orientation which is inclined relative to the tool axis. a base link comprising a local centre of motion, a first motion mechanism comprising a proximal link, a distal link and a first intermediate link pivotally interconnecting the proximal link and the distal link, wherein the proximal link is coupled to the local centre of motion through a revolute joint and a sliding joint allowing the proximal link to translate relative to the local centre of motion and to rotate about the local centre of motion, wherein the first motion mechanism is configured to copy motion of the proximal link relative to the local centre of motion to an identical motion of the distal link relative to the remote centre of motion, and a tool holder fixed to the distal link, wherein the tool holder defines a tool axis intersecting the remote centre of motion,
A carriage for a sliding leaf, in particular for a window or a door, comprising a bearing part, on which at least two rollers are mounted so they are rotatable, and a support part for fixing a leaf on the carriage, wherein the support part is movable in relation to the bearing part parallel to the axes of rotation of the rollers, wherein a bearing for the rotatable mounting of the support part in relation to the bearing part is provided between the at least two rollers, and an axis, which is held so it is displaceable in the bearing, is fixed on the support part, characterized in that the bearing is designed as a linear ball bearing comprising a plurality of spherical roller bodies arranged in multiple rows and the spherical roller bodies contact the axis.
A method for logging into a terminal based on fingerprint identification in a standby state, characterized in comprising the following steps: detecting periodically with a fingerprint scanning module of the terminal whether a user performs a touch operation in the standby state, wherein the fingerprint scanning module is in a low power-consumption mode in the standby state; upon detection of a touch operation performed by a user, entering a scanning mode to scan whether the user inputs fingerprint information; and if it is scanned that the user inputs fingerprint information, awaking a primary control chip and sending the scanned fingerprint information to the primary control chip to enable the primary control chip to identify the fingerprint information, and unlock the terminal upon successful identification, such that the user successfully logs into the terminal. detecting periodically with a fingerprint scanning module of the terminal whether a user performs a touch operation in the standby state, wherein the fingerprint scanning module is in a low power-consumption mode in the standby state; upon detection of a touch operation performed by a user, entering a scanning mode to scan whether the user inputs fingerprint information; and if it is scanned that the user inputs fingerprint information, awaking a primary control chip and sending the scanned fingerprint information to the primary control chip to enable the primary control chip to identify the fingerprint information, and unlock the terminal upon successful identification, such that the user successfully logs into the terminal.
A liquid accommodating container (4, 5) in which a fiber member (406, 460) and a liquid are accommodated, wherein a fiber ratio of the fiber member is 5% or more to 30% or less, a fiber diameter of the fiber member is 10 μm or more to 50 μm or less, a volume average particle diameter of a pigment included in the liquid satisfies a condition of 50 nm < D50 < 150 nm; and a maximum particle diameter is 200 nm or less.
A latching device for a rotationally or translationally movable operating element, comprising - a resiliently mounted latching projection (32,32') and - a latching guideway (24,24') being in sliding contact with the latching projection (32,32') and having a plurality of latching depressions (26,26') with latching elevations arranged between them, - the latching depressions (26,26') and the latching elevations (28, 28') forming a substantially corrugated latching path (30,30') which extends above and below a latching path extension plane and along which the latching projection (32,32') slides during a relative movement between the latching guideway and the latching projection (32,32'), and - the latching projection (32,32') having a surface which contacts the latching path (30,30') along at least one contact line (40,42, 40',42') running substantially transversely to the longitudinal extension of the latching path (30,30'), characterized in - that, when sliding along the latching path (32,32'), the latching projection (30,30') experiences an upward and downward movement with periodic change of the orientation of its contact line (40,42, 40',42') with respect to the latching path extension plane, and - that the surface of the latching path (30,30') has a change of inclination relative to the latching path extension plane, which change follows the change of inclination of the contact line (40,42,40',42') of the latching projection (32,32') during its upward and downward movement. - a resiliently mounted latching projection (32,32') and - a latching guideway (24,24') being in sliding contact with the latching projection (32,32') and having a plurality of latching depressions (26,26') with latching elevations arranged between them, - the latching depressions (26,26') and the latching elevations (28, 28') forming a substantially corrugated latching path (30,30') which extends above and below a latching path extension plane and along which the latching projection (32,32') slides during a relative movement between the latching guideway and the latching projection (32,32'), and - the latching projection (32,32') having a surface which contacts the latching path (30,30') along at least one contact line (40,42, 40',42') running substantially transversely to the longitudinal extension of the latching path (30,30'), - that, when sliding along the latching path (32,32'), the latching projection (30,30') experiences an upward and downward movement with periodic change of the orientation of its contact line (40,42, 40',42') with respect to the latching path extension plane, and - that the surface of the latching path (30,30') has a change of inclination relative to the latching path extension plane, which change follows the change of inclination of the contact line (40,42,40',42') of the latching projection (32,32') during its upward and downward movement.
A system comprising: an AC electric motor (106, 462); at least one photovoltaic panel (102, 452); a DC-DC converter coupled to receive power from the at least one photovoltaic panel (102, 452) and provide a second DC voltage; a variable-frequency motor driver (114, 450) coupled to receive the second DC voltage and provide an AC power to the AC electric motor (106, 462); and a microcontroller configured to regulate the second DC voltage; the microcontroller being configured to gradually and simultaneously increase the second DC voltage and a frequency of the AC power until the AC electric motor (106, 462) starts rotating, and characterized in that the microcontroller is configured to detect that the AC electric motor (106, 462) has started rotating by detecting a decrease in current received from the at least one photovoltaic panel (102, 452), and when the AC electric motor (106, 462) has started rotating to use a maximum-power-point tracking firmware to increase the frequency of the AC power to optimize power output, while regulating the second DC voltage at a predetermined value. an AC electric motor (106, 462); at least one photovoltaic panel (102, 452); a DC-DC converter coupled to receive power from the at least one photovoltaic panel (102, 452) and provide a second DC voltage; a variable-frequency motor driver (114, 450) coupled to receive the second DC voltage and provide an AC power to the AC electric motor (106, 462); and a microcontroller configured to regulate the second DC voltage; the microcontroller being configured to gradually and simultaneously increase the second DC voltage and a frequency of the AC power until the AC electric motor (106, 462) starts rotating, and characterized in that the microcontroller is configured to detect that the AC electric motor (106, 462) has started rotating by detecting a decrease in current received from the at least one photovoltaic panel (102, 452), and when the AC electric motor (106, 462) has started rotating to use a maximum-power-point tracking firmware to increase the frequency of the AC power to optimize power output, while regulating the second DC voltage at a predetermined value.