mhurhangee/patent-ind-claim-en huggingface dataset:
An air filter, comprising: a housing having an inlet , an outlet , and a cavity therebetween; and an electrode assembly between the inlet and the outlet , wherein the electrode assembly includes a corona electrode , a plurality of collecting electrodes alternating with a plurality of repelling electrodes ; wherein the collecting electrodes include an internal first conductive portion and an outer surface generally parallel with an airflow through the cavity , and wherein the collecting electrodes further include a porous open-cell foam first collecting portion made from a first material characterized by having a high electrical resistivity greater than 10 2 Ωm. a housing having an inlet , an outlet , and a cavity therebetween; and an electrode assembly between the inlet and the outlet , wherein the electrode assembly includes a corona electrode , a plurality of collecting electrodes alternating with a plurality of repelling electrodes ; wherein the collecting electrodes include an internal first conductive portion and an outer surface generally parallel with an airflow through the cavity , and wherein the collecting electrodes further include a porous open-cell foam first collecting portion made from a first material characterized by having a high electrical resistivity greater than 10 2 Ωm.
A welding crane for welding of objects, which welding crane comprises: an arm (A) including at least a first and a second segment which are arranged with their respective length axes essentially parallelly and which are telescopically movable along their length axes in relation to each other so that at least a second segment of said segments at least partly slides into at least a first segment of said segments, a stand , and a welding head arranged in a distal end of an outermost segment of said segments of the arm (A), and wherein an innermost segment of said segments of the arm (A) is suspended in the stand , and that at least one linear guide, which comprises at least one rail (15, 16; 18, 19) and at least one sled which is arranged to be slided along the at least one rail , is arranged on at least a first segment of said segments and that a co-operating part of said at least one linear guide is arranged on at least a second segment of said segments , wherein the at least one linear guide is adapted to allow said telescopic movement, characterized in that a rack is arranged on a first segment of said segments in combination with at least one linear guide, and wherein a cogwheel driven by a motor is arranged on a second segment of said segments, which second segment by driving the motor and engagement of the cogwheel in the rack is telescopically movable along a length axis in relation to the first segment . an arm (A) including at least a first and a second segment which are arranged with their respective length axes essentially parallelly and which are telescopically movable along their length axes in relation to each other so that at least a second segment of said segments at least partly slides into at least a first segment of said segments, a stand , and a welding head arranged in a distal end of an outermost segment of said segments of the arm (A), and wherein an innermost segment of said segments of the arm (A) is suspended in the stand , and that at least one linear guide, which comprises at least one rail (15, 16; 18, 19) and at least one sled which is arranged to be slided along the at least one rail , is arranged on at least a first segment of said segments and that a co-operating part of said at least one linear guide is arranged on at least a second segment of said segments , wherein the at least one linear guide is adapted to allow said telescopic movement, characterized in that a rack is arranged on a first segment of said segments in combination with at least one linear guide, and wherein a cogwheel driven by a motor is arranged on a second segment of said segments, which second segment by driving the motor and engagement of the cogwheel in the rack is telescopically movable along a length axis in relation to the first segment .
A device, comprising: a catheter including a lumen extending therethrough, the catheter being sized and shaped to extend through an endoscopic shaft to a target tissue within a living body, the lumen being sized and shaped for receiving a puncturing device therethrough, the catheter including a first catheter portion distal to a second catheter portion , the first and second catheter portions being formed from different materials, the first catheter portion having a flexible curved distal end ; wherein the device further comprises a sheath longitudinally slidable along an exterior of the catheter ; and characterised in that the sheath is an electrosurgical sheath having an electrosurgical tip for electrosurgically dilating an access hole when the electrosurgical sheath is slid over the curved distal end and an electrical current is applied. a catheter including a lumen extending therethrough, the catheter being sized and shaped to extend through an endoscopic shaft to a target tissue within a living body, the lumen being sized and shaped for receiving a puncturing device therethrough, the catheter including a first catheter portion distal to a second catheter portion , the first and second catheter portions being formed from different materials, the first catheter portion having a flexible curved distal end ; wherein the device further comprises a sheath longitudinally slidable along an exterior of the catheter ; and characterised in that the sheath is an electrosurgical sheath having an electrosurgical tip for electrosurgically dilating an access hole when the electrosurgical sheath is slid over the curved distal end and an electrical current is applied.
Method for processing a tree trunk which, after orientation with respect to a longitudinal axis , is profiled with the aid of at least one tool to form a wood block and is then sawn to form sawn timber, wherein the tree trunk is orientated by a displacement of at least one trunk end transversely to the tree trunk with respect to a longitudinal axis and is clamped in its orientated position before the clamped tree trunk is profiled to form a wood block , wherein the tree trunk is profiled to form a wood block with the aid of a tool which can travel along the tree trunk , characterised in that the tree trunk is clamped in its orientated position coaxially to the longitudinal axis and, while the clamping-in is maintained, is profiled to form a wood block , and that, after profiling, the wood block is clasped in the clamped position for profiling and is sawn to form sawn timber, wherein, after measurement, the tree trunk is orientated with respect to the specified longitudinal axis , is rotated, after being clamped-in, into a predetermined reference rotational position, and the profiling of the tree trunk to form a wood block and/or the sawing of the wood block is carried out according to a processing program selected from stored processing programs in dependence upon a tree trunk measurement.
Post part for a dental implant for incorporation into the jawbone of a patient, with a shaped recess , into which an assigned contact peg of an abutment can be inserted and which is designed so as to widen towards its free end, and wherein the cross-section of shaped recess designed so as to widen towards its free end has at least three main directions in which the respective diameter assumes a maximum value, wherein the outer contour of the cross-section is selected in such a way that at each point it has precisely one tangent which is intersected by any straight line at at most two points and in the areas between two main directions in each case corresponds to an oval segment.
A method of manufacturing a heater for use in heating smokable material to volatilise at least one component of the smokable material , the method comprising: providing a substrate ; and forming a closed circuit (10a-10f) of heating material on the substrate , wherein the heating material is heatable by penetration with a varying magnetic field, and wherein the forming comprises adhering the closed circuit (10a-10f) of heating material on the substrate , wherein an adhesive is used to adhere the closed circuit (10a-10f) of heating material on the substrate. providing a substrate ; and forming a closed circuit (10a-10f) of heating material on the substrate , wherein the heating material is heatable by penetration with a varying magnetic field, and wherein the forming comprises adhering the closed circuit (10a-10f) of heating material on the substrate , wherein an adhesive is used to adhere the closed circuit (10a-10f) of heating material on the substrate.
Lithium battery, containing a negative mass as anode in the form of a transition metal-free, oxygen-containing conversion electrode, a transition metal-containing cathode and an aprotic lithium electrolyte, wherein the transition metal-free, oxygen-containing conversion electrode in the fully discharged state consists of lithium hydroxide, and optionally conductivity-enhancing additives. a negative mass as anode in the form of a transition metal-free, oxygen-containing conversion electrode, a transition metal-containing cathode and an aprotic lithium electrolyte, wherein the transition metal-free, oxygen-containing conversion electrode in the fully discharged state consists of lithium hydroxide, and optionally conductivity-enhancing additives.
A radiation phase contrast imaging device comprising: a radiation source configured to emit a radiation; a multi-slit (3b, 3b1, 3b2, 53b) including a plurality of slits arranged to transmit the radiation generated from the radiation source; a grating (55; 5) including linear structures arranged; a detector configured to detect a self-image of the grating or a shadow produced through absorption by the grating, the detector including detection elements arranged longitudinally and latitudinally, the detection elements detecting the radiation; a slit arrangement pitch change unit conf igured to change an arrangement pitch of the slits related to the multi-slit at a position through which the radiation emitted from the radiation source passes; and characterised by a grating change unit configured to change an arrangement pitch of the structures related to the grating and a distance between the grating and the detector when the arrangement pitch of the slits is changed. a radiation source configured to emit a radiation; a multi-slit (3b, 3b1, 3b2, 53b) including a plurality of slits arranged to transmit the radiation generated from the radiation source; a grating (55; 5) including linear structures arranged; a detector configured to detect a self-image of the grating or a shadow produced through absorption by the grating, the detector including detection elements arranged longitudinally and latitudinally, the detection elements detecting the radiation; a slit arrangement pitch change unit conf igured to change an arrangement pitch of the slits related to the multi-slit at a position through which the radiation emitted from the radiation source passes; and characterised by a grating change unit configured to change an arrangement pitch of the structures related to the grating and a distance between the grating and the detector when the arrangement pitch of the slits is changed.
A method of x-ray imaging, comprising: obtaining , by a processor , a first plurality of x-ray projection images of a patient ; and identifying , by the processor, at least one object in the first plurality of x-ray projection images; wherein the first plurality of x-ray projection images is received from an x-ray receiver ; obtaining , by the processor, a priori information of the at least one identified object; adjusting , by the processor, at least one x-ray imaging parameter based upon the at least one identified object and the obtained a priori information; restricting , by a collimator , at least one dimension of an x-ray beam of x-rays from an x-ray emitter based upon the first plurality of x-ray projection images; obtaining , by the processor, a second plurality of x-ray projection images from the x-ray receiver in accordance with the at least one adjusted x-ray imaging parameter and the at least one restricted dimension of the x-ray beam of x-rays; reconstructing , by the processor, a three-dimensional volume from the second plurality of x-ray projection images and the a priori information of the at least one identified object to produce a reconstructed 3D image from the 3D volume; and presenting , by a graphical display , the reconstructed 3D image; wherein the at least one identified object comprises a dental implant and the a priori information comprises a physical property of the at least one identified object. obtaining , by a processor , a first plurality of x-ray projection images of a patient ; and identifying , by the processor, at least one object in the first plurality of x-ray projection images; wherein the first plurality of x-ray projection images is received from an x-ray receiver ; obtaining , by the processor, a priori information of the at least one identified object; adjusting , by the processor, at least one x-ray imaging parameter based upon the at least one identified object and the obtained a priori information; restricting , by a collimator , at least one dimension of an x-ray beam of x-rays from an x-ray emitter based upon the first plurality of x-ray projection images; obtaining , by the processor, a second plurality of x-ray projection images from the x-ray receiver in accordance with the at least one adjusted x-ray imaging parameter and the at least one restricted dimension of the x-ray beam of x-rays; reconstructing , by the processor, a three-dimensional volume from the second plurality of x-ray projection images and the a priori information of the at least one identified object to produce a reconstructed 3D image from the 3D volume; and presenting , by a graphical display , the reconstructed 3D image; wherein the at least one identified object comprises a dental implant and the a priori information comprises a physical property of the at least one identified object.
A glucagon peptide comprising: • SEQ ID 1, wherein X 24 is Lys and wherein at least one of the following substitutions are present: X 15 is Glu or X 16 is Ala, Ile, Phe, Arg, Thr, Val, Leu, Glu, Trp or Tyr, and up to six additional amino acid substitutions are present in said glucagon peptide and • a substituent comprising three or more negatively charged moieties, wherein one of the said negatively charged moieties is distal of a lipophilic moiety and where the substituent is attached at the side chain nitrogen of Lys in position 24, or a pharmaceutically acceptable salt, ester, amide, or acid thereof. • SEQ ID 1, wherein X 24 is Lys and wherein at least one of the following substitutions are present: X 15 is Glu or X 16 is Ala, Ile, Phe, Arg, Thr, Val, Leu, Glu, Trp or Tyr, and up to six additional amino acid substitutions are present in said glucagon peptide and • a substituent comprising three or more negatively charged moieties, wherein one of the said negatively charged moieties is distal of a lipophilic moiety and where the substituent is attached at the side chain nitrogen of Lys in position 24,
A yarn producing apparatus for producing carbon nanotube yarn (Y) from carbon nanotube fibers (F) while the carbon nanotube fibers (F) are running, the yarn producing apparatus comprising an aggregating unit configured to be movable with the running carbon nanotube fibers (F) and to aggregate the carbon nanotube fibers (F), wherein the aggregating unit has a groove provided at a part thereof to aggregate the carbon nanotube fibers (F); wherein the aggregating unit is a pair of rollers configured to rotate about axes (AX1, AX2) in a direction orthogonal to a running direction of the carbon nanotube fibers (F) and arranged to be opposed to each other at a position at which the carbon nanotube fibers (F) are sandwiched, and the groove is provided on an outer circumference of at least one of the pair of rollers and formed in a circumferential direction of the roller; wherein the yarn producing apparatus comprises a second aggregating unit on a downstream side from the aggregating unit in the running direction of the carbon nanotube fibers (F) to further aggregate the carbon nanotube fibers (F) aggregated by the aggregating unit ; wherein the second aggregating unit is any one of a roller having a groove on an outer circumference thereof to aggregate the carbon nanotube fibers (F), a yarn producing unit configured to false-twist the carbon nanotube fibers (F) with a swirl flow of compressed air, a narrow tube configured to aggregate the carbon nanotube fibers (F) while exerting resistive force on the running carbon nanotube fibers (F), and a twisting unit configured to mechanically twist the carbon nanotube fibers (F); characterized by that the yarn producing apparatus further comprises a support having a supporting surface for supporting a carbon nanotube assembly from which the carbon nanotube fibers (F) are drawn, wherein the pair of rollers rotate about axes (AX1, AX2) in a direction orthogonal to the running direction of the carbon nanotube fibers (F) and orthogonal to the supporting surface of the support .
A tendon actuating assembly for a surgical instrument , wherein the instrument includes a shaft-like member having a distal working end for insertion into a patient's body through an aperture, the working end including at least one distal moveable member arranged to be actuated by at least one of a plurality of movable tendons, the actuating assembly comprising: an actuator plate configured to be movable to at least pivot in two degrees of freedom, the actuator plate including a plurality of tendon engagement portions distributed around a center , each engagement portion being drivingly couplable to at least one of the plurality of tendons; and a drive mechanism drivingly coupled to the actuator plate so as to controllably pivot the actuator plate in the two degrees of freedom, so as to move at least one of the tendons relative to the shaft-like member so as to actuate the distal moveable member ; and a gimbal assembly selectively pivotable by the drive mechanism about each of a first pivot axis and a second pivot axis; characterized in that different ones of the plurality of engagement portions are spaced at different distances from the center , so that selectable pivoting of the actuator plate about the at least one of the first and second pivot axes moves different ones of the respective coupled tendons by different amounts relative to the shaft-like member . an actuator plate configured to be movable to at least pivot in two degrees of freedom, the actuator plate including a plurality of tendon engagement portions distributed around a center , each engagement portion being drivingly couplable to at least one of the plurality of tendons; and a drive mechanism drivingly coupled to the actuator plate so as to controllably pivot the actuator plate in the two degrees of freedom, so as to move at least one of the tendons relative to the shaft-like member so as to actuate the distal moveable member ; and a gimbal assembly selectively pivotable by the drive mechanism about each of a first pivot axis and a second pivot axis; characterized in that different ones of the plurality of engagement portions are spaced at different distances from the center , so that selectable pivoting of the actuator plate about the at least one of the first and second pivot axes moves different ones of the respective coupled tendons by different amounts relative to the shaft-like member .
Simplified system for disconnecting a power take-off of a cardan in a vehicle with a trailer operatively connected thereto with a cardan by a power take-off, said system being suitable for disconnecting said power take- off when said cardan forms with said vehicle and/or with said trailer an angle (ε) smaller than a first threshold value (a) and/or greater than a second threshold value (β) and switching it back on when said angle (ε) exceeds said first threshold value (a) again and/or goes below said second threshold value (β) thanks to suitable actuators, the system being capable of cooperating with means for detecting the angle formed between the cardan and said vehicle and/or trailer, characterized in that the system comprises a detector constituted by a magnetic device adapted to be placed on the trailer or vehicle and an electronic compass adapted to be placed on the vehicle or on the trailer , respectively, the detector being capable of detecting said angle (ε).
A turning device for knitted tubular articles, particularly for turning inside-out tubular articles with pockets that protrude from the lateral surface thereof, which comprises a main supporting structure which supports a tubular body arranged with its axis substantially vertical, said tubular body having its upper axial end beveled along a plane that is inclined with respect to its axis , first actuation means being provided which can be activated to perform a translation of said tubular body along its own axis with respect to said main supporting structure , said tubular body being insertable, with its upper axial end , through an axial end of a tubular article in order to turn it inside out, characterized in that it comprises second actuation means which can be activated to rotate said tubular body about its own axis , through an angle of preset breadth, with respect to said main supporting structure .
A method for operating a power generating asset, the method comprising: receiving, with a controller, a plurality of operational data sets including data indicative of a performance anomaly for the power generating asset; determining, via a plurality of predictive models implemented by the controller, a plurality of potential root causes of the performance anomaly and a plurality of corresponding probabilities for each of the plurality of potential root causes based on the plurality of operational data sets; generating, via the controller, a consolidation model classifying the plurality of potential root causes of the performance anomaly and the plurality of corresponding probabilities for each of the plurality of potential root causes; training, via the controller, the consolidation model via a training data set to correlate the plurality of potential root causes and the plurality of corresponding probabilities to an actual root cause for the performance anomaly; determining, via the consolidation model implemented by the controller, the actual root cause of the performance anomaly based on the plurality of potential root causes of the performance anomaly and the plurality of corresponding probabilities; and implementing a control action based on the determined actual root cause. receiving, with a controller, a plurality of operational data sets including data indicative of a performance anomaly for the power generating asset; determining, via a plurality of predictive models implemented by the controller, a plurality of potential root causes of the performance anomaly and a plurality of corresponding probabilities for each of the plurality of potential root causes based on the plurality of operational data sets; generating, via the controller, a consolidation model classifying the plurality of potential root causes of the performance anomaly and the plurality of corresponding probabilities for each of the plurality of potential root causes; training, via the controller, the consolidation model via a training data set to correlate the plurality of potential root causes and the plurality of corresponding probabilities to an actual root cause for the performance anomaly; determining, via the consolidation model implemented by the controller, the actual root cause of the performance anomaly based on the plurality of potential root causes of the performance anomaly and the plurality of corresponding probabilities; and implementing a control action based on the determined actual root cause.