mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for cutting a wellbore, fittable to a downhole end of a string of tubulars for advancing the string in a wellbore, the string having an axial bore therethrough for communicating fluids to an annulus between the string and the wellbore for circulation to surface, the apparatus comprising: a tubular stator for connection to the downhole end of the string, the stator having a stator bore extending axially therethrough; a tubular shaft having, a shaft bore extending axially therethrough, and a downhole end connected to a cutting structure; the stator bore being concentrically fit about the shaft or the shaft bore being concentrically fit about the stator, the bore of the innermost of the stator and the shaft being fluidly connected to the axial bore, wherein at least one of the stator bore and the shaft bore is configured to allow the passage of a further cutting structure through the at least one of the stator bore and the shaft bore; and a drive arrangement acting between the stator and the shaft for driving the shaft rotationally in relation to the stator. a tubular stator for connection to the downhole end of the string, the stator having a stator bore extending axially therethrough; a tubular shaft having, a shaft bore extending axially therethrough, and a downhole end connected to a cutting structure; a shaft bore extending axially therethrough, and a downhole end connected to a cutting structure; the stator bore being concentrically fit about the shaft or the shaft bore being concentrically fit about the stator, the bore of the innermost of the stator and the shaft being fluidly connected to the axial bore, wherein at least one of the stator bore and the shaft bore is configured to allow the passage of a further cutting structure through the at least one of the stator bore and the shaft bore; and a drive arrangement acting between the stator and the shaft for driving the shaft rotationally in relation to the stator.
A print system (300A, 300B) adapted to be driven by a plurality of power sources (29, 30, 31), the print system (300A, 300B) comprising: a head adapted to perform printing on a medium; a conveyance motor adapted to generate motive power to convey the medium; a first connector (32, 33, 34) adapted to connect a first power source (29, 30, 31); a second connector (32, 33, 34) adapted to connect a second power source (29, 30, 31); and a power supply circuit (100, 100A, 100B) adapted to supply power to the head and to the conveyance motor, characterized in that when the first power source (29, 30, 31) is connected to the first connector (32, 33, 34) and the second power source (29, 30, 31) is connected to the second connector (32, 33, 34), the power supply circuit (100, 100A, 100B) simultaneously supplies at least some of a first power to the head and at least some of a second power to the conveyance motor, the first power being a power of the first power source (29, 30, 31), and the second power being a power of the second power source (29, 30, 31). a head adapted to perform printing on a medium; a conveyance motor adapted to generate motive power to convey the medium; a first connector (32, 33, 34) adapted to connect a first power source (29, 30, 31); a second connector (32, 33, 34) adapted to connect a second power source (29, 30, 31); and a power supply circuit (100, 100A, 100B) adapted to supply power to the head and to the conveyance motor, characterized in that when the first power source (29, 30, 31) is connected to the first connector (32, 33, 34) and the second power source (29, 30, 31) is connected to the second connector (32, 33, 34), the power supply circuit (100, 100A, 100B) simultaneously supplies at least some of a first power to the head and at least some of a second power to the conveyance motor, the first power being a power of the first power source (29, 30, 31), and the second power being a power of the second power source (29, 30, 31).
A cooking range comprising: a user interface having a plurality of touch pad buttons further comprising an informational display area; a microprocessor-based fader electronic control system further comprising: a digitized exponential curve; a time-stepping algorithm to read data from the exponential curve; a pulse width modulated output signal generated by the microprocessor and controlled by the time-stepped algorithm; a digital to analog circuit driven by the pulse-width modulated output signal; an LED array located behind the user interface and driven by the digital to analog circuit; and, wherein the LED fader electronic control system receives an input from the user interface and further processes the information to reduce or increase at least a portion of the light intensity of the LED array. a user interface having a plurality of touch pad buttons further comprising an informational display area; a microprocessor-based fader electronic control system further comprising: a digitized exponential curve; a time-stepping algorithm to read data from the exponential curve; a pulse width modulated output signal generated by the microprocessor and controlled by the time-stepped algorithm; a digital to analog circuit driven by the pulse-width modulated output signal; an LED array located behind the user interface and driven by the digital to analog circuit; and, a digitized exponential curve; a time-stepping algorithm to read data from the exponential curve; a pulse width modulated output signal generated by the microprocessor and controlled by the time-stepped algorithm; a digital to analog circuit driven by the pulse-width modulated output signal; an LED array located behind the user interface and driven by the digital to analog circuit; and, wherein the LED fader electronic control system receives an input from the user interface and further processes the information to reduce or increase at least a portion of the light intensity of the LED array.
A photodiode device, comprising: - a substrate of semiconductor material with a main surface, - a plurality of doped wells of a first type of conductivity, spaced apart at the main surface, - a guard ring surrounding an area of the main surface including the plurality of doped wells without dividing this area, - conductor tracks electrically connected with the doped wells, the conductor tracks interconnecting the doped wells and forming a single photodetector, and - further conductor tracks electrically connected to a doped surface region of a second type of conductivity, which is opposite to the first type of conductivity, characterized in that - contact regions are arranged at the main surface within the doped wells, the contact regions having a doping concentration that is higher than the doping concentration of the doped wells, - contact plugs connect the conductor tracks with the contact regions, - the guard ring comprises a doped region of the second type of conductivity, - said doped surface region is present at the main surface and covers the entire area between the guard ring and the doped wells, and - further contact plugs are arranged on the doped surface region in the vicinity of the doped wells, the further contact plugs being connected to the further conductor tracks, which are thus electrically connected with the doped surface region. - a substrate of semiconductor material with a main surface, - a plurality of doped wells of a first type of conductivity, spaced apart at the main surface, - a guard ring surrounding an area of the main surface including the plurality of doped wells without dividing this area, - conductor tracks electrically connected with the doped wells, the conductor tracks interconnecting the doped wells and forming a single photodetector, and - further conductor tracks electrically connected to a doped surface region of a second type of conductivity, which is opposite to the first type of conductivity, - contact regions are arranged at the main surface within the doped wells, the contact regions having a doping concentration that is higher than the doping concentration of the doped wells, - contact plugs connect the conductor tracks with the contact regions, - the guard ring comprises a doped region of the second type of conductivity, - said doped surface region is present at the main surface and covers the entire area between the guard ring and the doped wells, and - further contact plugs are arranged on the doped surface region in the vicinity of the doped wells, the further contact plugs being connected to the further conductor tracks, which are thus electrically connected with the doped surface region.
A rotary wing aircraft, comprising: a flight unit including a plurality of rotary blades, a plurality of power units for mounting and driving the plurality of rotary blades, and an arm part for supporting the plurality of power units; a mounting part for mounting an object, the mounting part including an adjusting mechanism for extending the length of the mounting part; and a connecting part for connecting the mounting part to the arm part in a state where the mounting part is movable within a predetermined range, characterized by: the rotary wing aircraft comprises lined up from bottom to top: - an airframe center of gravity G B for the rotary wing aircraft when stopped; - a flight center of gravity G F of the flight unit; - a buoyancy center of gravity G L of a lift generated on an airframe due to the rotations of the plurality of rotary blades to with respect to the rotary wing aircraft, and - the connecting part wherein the position of the connecting part is above the airframe center of gravity G B, the flight center of gravity G F, and the buoyancy center of gravity G L and above the mounting part. a flight unit including a plurality of rotary blades, a plurality of power units for mounting and driving the plurality of rotary blades, and an arm part for supporting the plurality of power units; a mounting part for mounting an object, the mounting part including an adjusting mechanism for extending the length of the mounting part; and a connecting part for connecting the mounting part to the arm part in a state where the mounting part is movable within a predetermined range, - an airframe center of gravity G B for the rotary wing aircraft when stopped; - a flight center of gravity G F of the flight unit; - a buoyancy center of gravity G L of a lift generated on an airframe due to the rotations of the plurality of rotary blades to with respect to the rotary wing aircraft, and - the connecting part wherein the position of the connecting part is above the airframe center of gravity G B, the flight center of gravity G F, and the buoyancy center of gravity G L and above the mounting part.
Method for magnetic-resonance imaging, with the following steps - receiving a time series of image data, which depicts a plurality of neurophysical events in the brain of a person under examination in a spatially-resolved manner, - performance of an independent component analysis to identify a plurality of candidate correlation patterns, wherein the plurality of candidate correlation patterns includes correlation patterns of the plurality of neurophysical events and false patterns, and - application of a computer-implemented classifier to the plurality of candidate correlation patterns, which is configured to differentiate between the false patterns and the correlation patterns of the plurality of neurophysical events, wherein the classifier comprises an artificial neural network comprising an input layer, several hidden inter-layers and an output layer, for example an artificial convolutional neural network, and wherein the output layer comprises at least two neurons, one for the correlation patterns of the neurophysical events and one for the false patterns. - receiving a time series of image data, which depicts a plurality of neurophysical events in the brain of a person under examination in a spatially-resolved manner, - performance of an independent component analysis to identify a plurality of candidate correlation patterns, wherein the plurality of candidate correlation patterns includes correlation patterns of the plurality of neurophysical events and false patterns, and - application of a computer-implemented classifier to the plurality of candidate correlation patterns, which is configured to differentiate between the false patterns and the correlation patterns of the plurality of neurophysical events, wherein the classifier comprises an artificial neural network comprising an input layer, several hidden inter-layers and an output layer, for example an artificial convolutional neural network, and wherein the output layer comprises at least two neurons, one for the correlation patterns of the neurophysical events and one for the false patterns.
Lock with a trigger-actuated driving rod, in particular for an espagnolette on a fixed leaf of a double-leaf door, with a locking rod which is extendable through a guide opening in a lock case front from an open position into a locking position, a clamping element which, in a clamping position, prevents the locking rod from extending in the open position, and with a trigger which, upon shifting from a stand-by position into a triggering position, shifts the clamping element from the clamping position into a release position such that the locking rod can extend into the closed position, wherein the trigger is a slide having a run-on slope, and wherein the locking rod is guided in a guide hole of the trigger, the guide hole opening out in the run-on slope, characterized in that the clamping element is a latch which is pivotable about a pivot axis directed transversely with respect to the shifting direction of the locking rod, wherein the trigger upon shifting into the triggering position acts upon a latch arm of the latch, and wherein the latch has a clamping surface running substantially on a spiral curve with respect to the pivot axis.
A method of producing a wet-cast slag-based concrete product comprising steps of: providing a slag-based binder, an aggregate and water; mixing the slag-based binder, the aggregate and the water to produce a non-zero-slump concrete composition comprising a first water to slag-based binder ratio by weight of greater than 0.2; casting the non-zero-slump concrete composition by transferring the non-zero-slump concrete composition into a mould; setting the non-zero-slump concrete composition within the mould to produce a slag-based intermediate comprising a second water to slag-based binder ratio by weight that is less than the first water to slag-based binder ratio by weight; demoulding the slag-based intermediate to produce a demoulded intermediate; pre-conditioning the demoulded intermediate to produce a demoulded pre-conditioned slag-based intermediate comprising a third water to slag-based binder ratio by weight that is less than the first water to slag-based binder ratio by weight and that is also less than the second water to slag-based binder ratio by weight; and curing the demoulded pre-conditioned slag-based intermediate with carbon dioxide to produce the wet-cast slag-based concrete product, wherein the step of casting of the non-zero-slump concrete composition is free of pressing/compaction. providing a slag-based binder, an aggregate and water; mixing the slag-based binder, the aggregate and the water to produce a non-zero-slump concrete composition comprising a first water to slag-based binder ratio by weight of greater than 0.2; casting the non-zero-slump concrete composition by transferring the non-zero-slump concrete composition into a mould; setting the non-zero-slump concrete composition within the mould to produce a slag-based intermediate comprising a second water to slag-based binder ratio by weight that is less than the first water to slag-based binder ratio by weight; demoulding the slag-based intermediate to produce a demoulded intermediate; pre-conditioning the demoulded intermediate to produce a demoulded pre-conditioned slag-based intermediate comprising a third water to slag-based binder ratio by weight that is less than the first water to slag-based binder ratio by weight and that is also less than the second water to slag-based binder ratio by weight; and curing the demoulded pre-conditioned slag-based intermediate with carbon dioxide to produce the wet-cast slag-based concrete product, wherein the step of casting of the non-zero-slump concrete composition is free of pressing/compaction.
A fuel cell cathode flow channel comprising: (a) an inlet; (b) an outlet; (c) a floor of constant depth extending lengthwise between the inlet and outlet; and (d) a pair of opposed side walls extending upwards from the floor and defining a channel width therebetween characterised in that the channel width decreases exponentially along the length of the channel from the inlet to the outlet. (a) an inlet; (b) an outlet; (c) a floor of constant depth extending lengthwise between the inlet and outlet; and (d) a pair of opposed side walls extending upwards from the floor and defining a channel width therebetween characterised in that the channel width decreases exponentially along the length of the channel from the inlet to the outlet.
System comprising a) at least one catalyst for the anionic polymerization of lactams; and b) at least one activator for the anionic polymerization of lactams, characterized in that at least one uretdione as dimeric cyclic isocyanate is used as activator. a) at least one catalyst for the anionic polymerization of lactams; and b) at least one activator for the anionic polymerization of lactams,
An optical circuit switch collimator device, the device comprising: a fiber array comprising a plurality of optical fibers disposed in a hole array; an optical lens array aligned and coupled to the fiber array; a spacer disposed between the fiber array and the optical lens array and configured to provide substantially uniform spacing between lenses in the optical lens array and corresponding fibers in the fiber array; a plurality of pads positioned along edges of a surface of the spacer facing the optical lens array and defining a first separation gap between the spacer and the optical lens array; a first epoxy coupling the spacer to the optical lens array, wherein the first epoxy has a first refractive index value about halfway between a value of respective refractive indices of the spacer and a glass material of the lens array; and a second epoxy coupling the spacer to the fiber array, wherein the second epoxy has a second refractive index value about halfway between a value of a refractive index of the spacer and a value of a refractive index of optical cores of the plurality of optical fibers of the fiber array. a fiber array comprising a plurality of optical fibers disposed in a hole array; an optical lens array aligned and coupled to the fiber array; a spacer disposed between the fiber array and the optical lens array and configured to provide substantially uniform spacing between lenses in the optical lens array and corresponding fibers in the fiber array; a plurality of pads positioned along edges of a surface of the spacer facing the optical lens array and defining a first separation gap between the spacer and the optical lens array; a first epoxy coupling the spacer to the optical lens array, wherein the first epoxy has a first refractive index value about halfway between a value of respective refractive indices of the spacer and a glass material of the lens array; and a second epoxy coupling the spacer to the fiber array, wherein the second epoxy has a second refractive index value about halfway between a value of a refractive index of the spacer and a value of a refractive index of optical cores of the plurality of optical fibers of the fiber array.
Linear drive for a stretch and/or blow moulding machine, comprising a force sensor for detecting the actual force absorption of the linear drive during operation, a storage device in which data for a desired force absorption of the linear drive during operation are stored, wherein the storage device has a plurality of data of data sets for the desired force absorption of the linear drive for different reshapings of preforms into containers, wherein a data set stored in the storage device comprises a plurality of data which comprise the force necessary for movement of the stretching rod at different times during the stretching process, characterised in that a comparison devices for the comparison of the actual force absorption with the desired force absorption over a time range of the process which is suitable for identification of the friction coefficient, and a signal emitter for outputting a signal if a previously defined deviation between the desired force absorption and actual force absorption is exceeded. a force sensor for detecting the actual force absorption of the linear drive during operation, a storage device in which data for a desired force absorption of the linear drive during operation are stored, wherein the storage device has a plurality of data of data sets for the desired force absorption of the linear drive for different reshapings of preforms into containers, wherein a data set stored in the storage device comprises a plurality of data which comprise the force necessary for movement of the stretching rod at different times during the stretching process, characterised in that a comparison devices for the comparison of the actual force absorption with the desired force absorption over a time range of the process which is suitable for identification of the friction coefficient, and a signal emitter for outputting a signal if a previously defined deviation between the desired force absorption and actual force absorption is exceeded.