mhurhangee/ep-ind-claims huggingface dataset:
A print job distribution program executed on a computer comprising: reception means for receiving, from a printer, a request to send a print job to the printer and the print job is formed of print content and print attributes; conversion means for converting the print job from a first, device independent format to a second format; and sending means for sending the print job to the printer in the second format, which second format is compatible with the printer, characterised in that the conversion means is configured to convert the print job from the first, device independent format into a plurality of print jobs in different formats, including the print job in the second format, prior to receipt of the request to send the print job to the printer; and the sending means is configured to select the print job in the second format from the plurality of print jobs in different formats in dependence upon the identity of the printer from which the request to send a print job was received. reception means for receiving, from a printer, a request to send a print job to the printer and the print job is formed of print content and print attributes; conversion means for converting the print job from a first, device independent format to a second format; and sending means for sending the print job to the printer in the second format, which second format is compatible with the printer, characterised in that the conversion means is configured to convert the print job from the first, device independent format into a plurality of print jobs in different formats, including the print job in the second format, prior to receipt of the request to send the print job to the printer; and the sending means is configured to select the print job in the second format from the plurality of print jobs in different formats in dependence upon the identity of the printer from which the request to send a print job was received.
A multiphase ground fault circuit interrupter comprising: a first phase power line input; a second phase power line input; a third phase power line input; a neutral line input; a controller circuit having a relay control output; a first phase latching relay having a first phase switch input coupled to the first phase power line input and a first phase relay control input coupled to the relay control output of the controller circuit; a second phase latching relay having a second phase switch input coupled to the second phase power line input and a second phase relay control input coupled to the relay control output of the controller circuit; a third phase latching relay having a third phase switch input coupled to the third phase power line input and a third phase relay control input coupled to the relay control output of the controller circuit; a sensor having a core and a sensor pickup coupled to the controller circuit; a first phase load wire coupled to a first phase switch output of the first phase latching relay and extending through the core; a second phase load wire coupled to a second phase switch output of the second phase latching relay and extending through the core; and a third phase load wire coupled to a third phase switch output of the third phase latching relay and extending through the core. a first phase power line input; a second phase power line input; a third phase power line input; a neutral line input; a controller circuit having a relay control output; a first phase latching relay having a first phase switch input coupled to the first phase power line input and a first phase relay control input coupled to the relay control output of the controller circuit; a second phase latching relay having a second phase switch input coupled to the second phase power line input and a second phase relay control input coupled to the relay control output of the controller circuit; a third phase latching relay having a third phase switch input coupled to the third phase power line input and a third phase relay control input coupled to the relay control output of the controller circuit; a sensor having a core and a sensor pickup coupled to the controller circuit; a first phase load wire coupled to a first phase switch output of the first phase latching relay and extending through the core; a second phase load wire coupled to a second phase switch output of the second phase latching relay and extending through the core; and a third phase load wire coupled to a third phase switch output of the third phase latching relay and extending through the core.
Operating method for a rolling test stand for a wheelset of a rail vehicle, for simulating a sinusoidal run, wherein - the rolling test stand comprises two rail rollers (2, 3) arranged parallel to one another, - the wheelset comprises two wheels (12, 13) connected to a wheel axle, the wheel axle being mounted to rotate with its ends in a first axle bearing and a second axle bearing, - in a respective basic position of the wheel bearings (14, 15) the wheels (12, 13) are in each case in contact with the rail rollers at a specific point of the rail rollers (2, 3), - in a longitudinal direction (x) transverse to the wheel axle, a first longitudinal actuator and a second longitudinal actuator act respectively upon the first axle bearing and the second axle bearing, and - the first longitudinal actuator that acts upon the first axle bearing is operated with force regulation, characterised in that - a deflection (Sx 1) of the first axle bearing relative to its basic position in the longitudinal direction (x) is determined, and - the second longitudinal actuator that acts upon the second axle bearing is operated with path regulation, in such manner that a deflection (Sx 2) of the second axle bearing relative to its basic position is set, which corresponds in size to the deflection (Sx 1) of the first axle bearing and is set against the deflection (Sx 1) of the first axle bearing in the longitudinal direction (x). - the rolling test stand comprises two rail rollers (2, 3) arranged parallel to one another, - the wheelset comprises two wheels (12, 13) connected to a wheel axle, the wheel axle being mounted to rotate with its ends in a first axle bearing and a second axle bearing, - in a respective basic position of the wheel bearings (14, 15) the wheels (12, 13) are in each case in contact with the rail rollers at a specific point of the rail rollers (2, 3), - in a longitudinal direction (x) transverse to the wheel axle, a first longitudinal actuator and a second longitudinal actuator act respectively upon the first axle bearing and the second axle bearing, and - the first longitudinal actuator that acts upon the first axle bearing is operated with force regulation, - a deflection (Sx 1) of the first axle bearing relative to its basic position in the longitudinal direction (x) is determined, and - the second longitudinal actuator that acts upon the second axle bearing is operated with path regulation, in such manner that a deflection (Sx 2) of the second axle bearing relative to its basic position is set, which corresponds in size to the deflection (Sx 1) of the first axle bearing and is set against the deflection (Sx 1) of the first axle bearing in the longitudinal direction (x).
An endoscope apparatus comprising: a light source unit configured to emit first illumination light and second illumination light respectively corresponding to a first observation mode and a second observation mode; an imaging unit configured to capture an image of a photographic subject irradiated with the first illumination light or the second illumination light; a detector configured to detect a detection target from images sequentially captured by the imaging unit; a continuous detection determination unit configured to determine whether the detector continuously detects the detection target; and an observation mode switching unit configured to switch between the first observation mode and the second observation mode; an amount-of-change calculation unit configured to calculate an amount of change in a specific region of images captured by the imaging unit; and an amount-of-change determination unit configured to determine whether the amount of change calculated by the amount-of-change calculation unit is within a threshold value, wherein in a state where the first observation mode is used, the observation mode switching unit is configured to automatically switch to the second observation mode in response to the continuous detection determination unit determining that the detection target is continuously detected and the amount-of-change determination unit determining that the amount of change is within the threshold value, the combination of both indicating that the endoscope insertion section remains substantially stationary. a light source unit configured to emit first illumination light and second illumination light respectively corresponding to a first observation mode and a second observation mode; an imaging unit configured to capture an image of a photographic subject irradiated with the first illumination light or the second illumination light; a detector configured to detect a detection target from images sequentially captured by the imaging unit; a continuous detection determination unit configured to determine whether the detector continuously detects the detection target; and an observation mode switching unit configured to switch between the first observation mode and the second observation mode; an amount-of-change calculation unit configured to calculate an amount of change in a specific region of images captured by the imaging unit; and an amount-of-change determination unit configured to determine whether the amount of change calculated by the amount-of-change calculation unit is within a threshold value, wherein in a state where the first observation mode is used, the observation mode switching unit is configured to automatically switch to the second observation mode in response to the continuous detection determination unit determining that the detection target is continuously detected and the amount-of-change determination unit determining that the amount of change is within the threshold value, the combination of both indicating that the endoscope insertion section remains substantially stationary.
Method for detecting a fault in an arrangement comprising a transformer that has a primary winding which can be connected in series with a DC voltage line (DC+, DC-) and a secondary winding coupled magnetically to the primary winding, and comprising an evaluation unit that processes a secondary signal on the secondary winding, characterized in that a signal component (n(fn)) at at least one frequency (fn) is determined from the secondary signal and a signal level (P(fn)) of the signal component (n(fn)) is compared with a signal threshold (P_min(fn)), and in that the fault is detected in the arrangement when the signal level (P(fn)) falls below the signal threshold (P_min(fn)), at least one noise frequency typically occurring on the secondary winding of the fault-free arrangement being used as at least one frequency (fn).
A system, comprising: a marine vibrator, including: at least two actuators and at least two sensors (503-1, 503-2); wherein the marine vibrator is configured to generate acoustic output at respective positions in or on the marine vibrator via mechanical movement driven by the at least two actuators, characterized in that: the at least two actuators are independently controllable to concurrently produce at least two resonant frequencies in the acoustic output of the marine vibrator, and wherein the at least two sensors are configured to measure the acoustic output; and that the system further comprises: a control unit (507-1, 507-2) configured to: iteratively and independently change actuating signals for the at least two actuators based on the measured acoustic output and a specified reference signal. a marine vibrator, including: at least two actuators and at least two sensors (503-1, 503-2); wherein the marine vibrator is configured to generate acoustic output at respective positions in or on the marine vibrator via mechanical movement driven by the at least two actuators, characterized in that: the at least two actuators are independently controllable to concurrently produce at least two resonant frequencies in the acoustic output of the marine vibrator, and wherein the at least two sensors are configured to measure the acoustic output; and that the system further comprises: a control unit (507-1, 507-2) configured to: iteratively and independently change actuating signals for the at least two actuators based on the measured acoustic output and a specified reference signal.
High-density matter conveying device, in particular for conveying concrete, comprising two conveying cylinders, by means of which high-density matter can be conveyed from a high-density matter collecting container into a conveying line, and two rotatable stirring devices, arranged inside the high-density matter collecting container, for stirring the high-density matter, wherein the conveying cylinders are connected via two suction openings to the interior of the high-density matter collecting container and can be driven in such a manner that one of the conveying cylinders performs a pumping stroke while at the same time the other conveying cylinder performs a suction stroke, characterised in that the rotational axes of the stirring devices are not oriented collinearly with each another.
A process for converting heavy hydrocarbon feed into lighter hydrocarbon products comprising: mixing said heavy hydrocarbon liquid feed with catalyst and hydrogen to form a heavy hydrocarbon slurry comprising hydrocarbon liquid and catalyst particles, said catalyst comprising molybdenum and carbon particles comprising pore volume of at least 0.2 cc/g, and a mean diameter of no more than 800 microns, as determined by ASTM D4464; said molybdenum and said carbon particles are added separately to said hydrocarbon feed; hydrocracking hydrocarbons in said heavy hydrocarbon slurry in the presence of hydrogen and catalyst in a hydrocracking reactor to produce a hydrocracked slurry product comprising lighter hydrocarbon products; and withdrawing said hydrocracked slurry product from said hydrocracking reactor. mixing said heavy hydrocarbon liquid feed with catalyst and hydrogen to form a heavy hydrocarbon slurry comprising hydrocarbon liquid and catalyst particles, said catalyst comprising molybdenum and carbon particles comprising pore volume of at least 0.2 cc/g, and a mean diameter of no more than 800 microns, as determined by ASTM D4464; said molybdenum and said carbon particles are added separately to said hydrocarbon feed; hydrocracking hydrocarbons in said heavy hydrocarbon slurry in the presence of hydrogen and catalyst in a hydrocracking reactor to produce a hydrocracked slurry product comprising lighter hydrocarbon products; and withdrawing said hydrocracked slurry product from said hydrocracking reactor.
A computer-implemented method of manipulating a facial image for simulating wrinkle changes with age, the method comprising: - capturing a neutral image of a face comprising a relaxed expression; - capturing an expression image of the face comprising any facial expression that causes wrinkling; - performing a registration between the neutral and expression images; - mapping at least a patch of the expression image onto the neutral image to generate a wrinkle-changed facial image, wherein a patch is a delineated sub-section of the expression image and contains at least one wrinkle associated with wrinkle aging; - generating the wrinkle-changed facial image by performing an image mosaicing technique configured to eliminate border artefacts of the mapped patches; wherein the registration includes an elastic registration which determines a calculated morphing of the face from the neutral image to the expression image, and wherein the mapping is performed in accordance with the calculated morphing on a patch-by-patch basis. - capturing a neutral image of a face comprising a relaxed expression; - capturing an expression image of the face comprising any facial expression that causes wrinkling; - performing a registration between the neutral and expression images; - mapping at least a patch of the expression image onto the neutral image to generate a wrinkle-changed facial image, wherein a patch is a delineated sub-section of the expression image and contains at least one wrinkle associated with wrinkle aging; - generating the wrinkle-changed facial image by performing an image mosaicing technique configured to eliminate border artefacts of the mapped patches;
A compound of Formula: wherein: n is 0, 1, or 2; m is 1 or 2; p is 1, 2, or 3, provided that when X is oxygen, p is 2 or 3, and when X is a single bond, p is 1; X is oxygen or a single bond; R 1 is chosen from hydrogen, C 1-4 alkyl groups, C 1-3 alkyl-(CH 2)-groups wherein C 1-3 alkyl moiety is substituted by 1, 2, or 3 fluorine atoms, C 1-4 alkyl groups substituted by cyano, C 1-3 alkoxy-C 2-4 alkyl groups, C 3-6 cycloalkyl groups, C 1-4 alkylcarbonyl groups, and formyl; R 2 is chosen from hydrogen and C 1-4 alkyl groups; or R 1 and R 2 together with the nitrogen and carbon atoms to which they are attached form a saturated or unsaturated 4- to 6-membered heterocyclyl ring optionally containing a further heteroatom chosen from N, O, and S, wherein said N heteroatom may be optionally substituted by C 1-3 alkyl; R 3 is chosen from hydrogen, hydroxymethyl, and 2-hydroxyethyl; and pharmaceutically acceptable salts thereof. n is 0, 1, or 2; m is 1 or 2; p is 1, 2, or 3, provided that when X is oxygen, p is 2 or 3, and when X is a single bond, p is 1; X is oxygen or a single bond; R 1 is chosen from hydrogen, C 1-4 alkyl groups, C 1-3 alkyl-(CH 2)-groups wherein C 1-3 alkyl moiety is substituted by 1, 2, or 3 fluorine atoms, C 1-4 alkyl groups substituted by cyano, C 1-3 alkoxy-C 2-4 alkyl groups, C 3-6 cycloalkyl groups, C 1-4 alkylcarbonyl groups, and formyl; R 2 is chosen from hydrogen and C 1-4 alkyl groups; or R 1 and R 2 together with the nitrogen and carbon atoms to which they are attached form a saturated or unsaturated 4- to 6-membered heterocyclyl ring optionally containing a further heteroatom chosen from N, O, and S, wherein said N heteroatom may be optionally substituted by C 1-3 alkyl; R 3 is chosen from hydrogen, hydroxymethyl, and 2-hydroxyethyl;
A power driver adapter configured for cutting into an intramedullary canal of a tibia, the power driver adapter comprising: an elongated body having a driving end, a cutting tool bit receiving end, and a longitudinal axis; wherein the driving end has a drive shaft coaxially located with the longitudinal axis and configured to mate with a power delivering unit that rotates the drive shaft coaxially about the longitudinal axis; wherein the cutting tool bit receiving end comprises a cutting tool bit receiving base that is configured for engaging with a cutting tool bit and rotates the cutting tool bit for cutting action, wherein the cutting tool receiving base rotates with a rotational axis that is orthogonal to the longitudinal axis of the elongated body such that the cutting tool bit receiving end is configured to translate linearly in a direction that is coaxial to the rotational axis and orthogonal to the longitudinal axis when the cutting tool bit is being rotated; wherein the elongated body comprises a series of gears connecting the drive shaft to the cutting tool bit receiving end; wherein the series of gears are configured in an arrangement that converts the coaxial rotation of the drive shaft to the rotation of the cutting tool bit receiving base. an elongated body having a driving end, a cutting tool bit receiving end, and a longitudinal axis; wherein the driving end has a drive shaft coaxially located with the longitudinal axis and configured to mate with a power delivering unit that rotates the drive shaft coaxially about the longitudinal axis; wherein the cutting tool bit receiving end comprises a cutting tool bit receiving base that is configured for engaging with a cutting tool bit and rotates the cutting tool bit for cutting action, wherein the cutting tool receiving base rotates with a rotational axis that is orthogonal to the longitudinal axis of the elongated body such that the cutting tool bit receiving end is configured to translate linearly in a direction that is coaxial to the rotational axis and orthogonal to the longitudinal axis when the cutting tool bit is being rotated; wherein the elongated body comprises a series of gears connecting the drive shaft to the cutting tool bit receiving end; wherein the series of gears are configured in an arrangement that converts the coaxial rotation of the drive shaft to the rotation of the cutting tool bit receiving base.
Method for producing synthetic products from a flowable synthetic starting material, the flowable synthetic starting material being provided with particles and/or components consisting of a pine heartwood material, characterised in that, prior to further processing of the synthetic starting material provided with the particles consisting of the pine heartwood shavings or the pine heartwood flour, the synthetic starting material provided with the pine heartwood shavings or pine heartwood flour is supplied to a separator, for example a disk filter, a screen filter or a centrifuge, for separating pine heartwood shavings and/or for separating pine heartwood flour.
A method, comprising: - displaying a presentation of a sample burst image, the sample burst image being one of a plurality of burst images; - receiving a selection of a location within the presentation of the sample burst image, the selection defining a portion of the sample burst image; - determining a plurality of burst image fragments (330, 340, 350), wherein each burst image fragment is determined by a location being defined by the received selection of the location in a respective burst image in the plurality of burst images; - displaying a presentation of the plurality of burst image fragments (330, 340, 350) in association with the sample burst image; - receiving a selection of a particular burst image via a presentation of a particular burst image fragment (330, 340, 350); - associating the selected location with the particular burst image fragment; and - generating a composite image based on the particular burst image and the selected location. - displaying a presentation of a sample burst image, the sample burst image being one of a plurality of burst images; - receiving a selection of a location within the presentation of the sample burst image, the selection defining a portion of the sample burst image; - determining a plurality of burst image fragments (330, 340, 350), wherein each burst image fragment is determined by a location being defined by the received selection of the location in a respective burst image in the plurality of burst images; - displaying a presentation of the plurality of burst image fragments (330, 340, 350) in association with the sample burst image; - receiving a selection of a particular burst image via a presentation of a particular burst image fragment (330, 340, 350); - associating the selected location with the particular burst image fragment; and - generating a composite image based on the particular burst image and the selected location.
A security system for a vehicle, comprising a portable surveillance unit and portable viewing means, the surveillance unit comprising a camera and wireless transmitter means for transmitting surveillance data from the camera to the portable viewing means, the surveillance unit being attachable to the vehicle by releasable attachment means, the surveillance unit being portable when not attached to the vehicle, the surveillance unit being battery operated and such that it contains at least one battery, and the releasable attachment means being such that it has a locking device for helping to prevent the surveillance unit from being stolen from the vehicle.