mhurhangee/ep-ind-claims huggingface dataset:
A method of dry testing a chemical detecting device comprised of an array of pixel elements, each pixel element including a chemically-sensitive transistor having a source terminal, a drain terminal, and a floating gate terminal, the method comprising: connecting of a group of the chemically-sensitive transistors' first terminals in common, wherein the first terminals are the source terminals or the drain terminals of the chemically-sensitive transistors; applying first test voltages at the first terminals of the group to operate the group in an operational mode that is a triode mode; measuring corresponding first currents at the second terminals produced by the first test voltages, wherein the second terminals are the drain terminals in the case that the first terminals are the source terminals and wherein the second terminals are the source terminals in the case that the first terminals are the drain terminals; calculating resistance values based on the first test voltages and currents; applying second test voltages at the first terminals of the group to operate the group in an operational mode that is a saturation mode, wherein the second test voltages are based on the resistance values; measuring a corresponding second set of currents at second terminals produced by the second test voltages; based on the second test voltages and currents and operational properties of the chemically-sensitive transistors, calculating a floating gate voltage of each chemically-sensitive transistor in the group; and determining if each calculated floating gate voltage is within a predetermined threshold. connecting of a group of the chemically-sensitive transistors' first terminals in common, wherein the first terminals are the source terminals or the drain terminals of the chemically-sensitive transistors; applying first test voltages at the first terminals of the group to operate the group in an operational mode that is a triode mode; measuring corresponding first currents at the second terminals produced by the first test voltages, wherein the second terminals are the drain terminals in the case that the first terminals are the source terminals and wherein the second terminals are the source terminals in the case that the first terminals are the drain terminals; calculating resistance values based on the first test voltages and currents; applying second test voltages at the first terminals of the group to operate the group in an operational mode that is a saturation mode, wherein the second test voltages are based on the resistance values; measuring a corresponding second set of currents at second terminals produced by the second test voltages; based on the second test voltages and currents and operational properties of the chemically-sensitive transistors, calculating a floating gate voltage of each chemically-sensitive transistor in the group; and determining if each calculated floating gate voltage is within a predetermined threshold.
A method of registering image space and physical space with a computer aided navigation system, comprising: acquiring image data to define the image space, wherein the image data includes a plurality of points having a sub-plurality of fiducial points; extracting surface points in the acquired image data including the sub-plurality of fiducial points; defining a tangent plane near the extracted surface points to form tangential resection image data; comparing a two-dimensional template to the plurality of points, wherein comparing the two-dimensional template to the plurality of points includes comparing the two-dimensional template to the tangential resection image data; determining an initial list of points from the plurality of points as the sub-plurality of fiducial points from the plurality of points based on comparing the two-dimensional template to the plurality of points; determining a final list of points as the sub-plurality of fiducial points at least by comparing a three-dimensional fiducial template to the acquired image data; identifying a plurality of fiducial markers in the physical space that are imaged in the acquired image data; and registering the image space to the physical space based on the determined final list of points and the identified plurality of fiducial markers. acquiring image data to define the image space, wherein the image data includes a plurality of points having a sub-plurality of fiducial points; extracting surface points in the acquired image data including the sub-plurality of fiducial points; defining a tangent plane near the extracted surface points to form tangential resection image data; comparing a two-dimensional template to the plurality of points, wherein comparing the two-dimensional template to the plurality of points includes comparing the two-dimensional template to the tangential resection image data; determining an initial list of points from the plurality of points as the sub-plurality of fiducial points from the plurality of points based on comparing the two-dimensional template to the plurality of points; determining a final list of points as the sub-plurality of fiducial points at least by comparing a three-dimensional fiducial template to the acquired image data; identifying a plurality of fiducial markers in the physical space that are imaged in the acquired image data; and registering the image space to the physical space based on the determined final list of points and the identified plurality of fiducial markers.
A process to form a viscosified liquid slurry polymerization additive, the process comprising: contacting a polymerization additive with a liquid to form a liquid slurry polymerization additive; and shearing the liquid slurry polymerization additive to increase a viscosity of the liquid slurry polymerization additive and form the viscosified liquid slurry polymerization additive, wherein the polymerization additive comprises an aluminum stearate and at least one other material. contacting a polymerization additive with a liquid to form a liquid slurry polymerization additive; and shearing the liquid slurry polymerization additive to increase a viscosity of the liquid slurry polymerization additive and form the viscosified liquid slurry polymerization additive, wherein the polymerization additive comprises an aluminum stearate and at least one other material.
A marine infrastructure comprising a concrete matrix, the concrete matrix comprising at least one type of cement, at least one aggregate, fine graded sand less than 4.75mn and or natural or crashed aggregates less than 0-2mm and potable water not containing more than 1000 part per million of chloride or sulfates and free from lead, cropper, zinc (<5ppm) or phosphate (<5ppm), the concrete matrix, having a pH of less than 12 for use in promoting the growth of fauna and flora in aquatic environment, wherein said concrete matrix has average compressive strength of between 30 to 80 Mpa water penetration depth under 7 bar of between 5 to 50 μm and chloride penetration resistance of between 500 to 2000 Coulombs.
A brush head for an electric toothbrush, comprising: a bristle support including mounting means for the movable mounting of the bristle support, said bristle support carrying at least two outer bristle tufts and several inner bristle tufts (13a, 13b, 13c), said outer bristle tufts having a greater height than said inner bristle tufts (13a, 13b, 13c), a working surface being defined by the free ends of the bristles of the outer and inner bristle tufts (11; 13a, 13b, 13c) and having a central depression which has a groove-shaped concave bottom curved in one direction, and characterized in that at least one of the outer bristle tufts has a chamfer on an outer lying edge of its free end close to the circumferential side of the bristle support. a bristle support including mounting means for the movable mounting of the bristle support, said bristle support carrying at least two outer bristle tufts and several inner bristle tufts (13a, 13b, 13c), said outer bristle tufts having a greater height than said inner bristle tufts (13a, 13b, 13c), a working surface being defined by the free ends of the bristles of the outer and inner bristle tufts (11; 13a, 13b, 13c) and having a central depression which has a groove-shaped concave bottom curved in one direction, and characterized in that at least one of the outer bristle tufts has a chamfer on an outer lying edge of its free end close to the circumferential side of the bristle support.
Device for folding a sheet of paper or similar materials, for an apparatus for feeding and folding said sheet, said apparatus comprising at least one store, able to contain a plurality of said sheets stacked in a pile, a device for feeding sheets in sequence, removed from said store, and said folding device disposable downstream of said feed device with respect to a direction of feed of said sheets to be folded, said folding device comprising a closed circuit belt-type conveyor able to accommodate, resting on it, a sequence of said sheets to be folded, said folding device being characterized by said conveyor being mobile in said direction of feed of said sheets and extending along an operating path from a pick-up zone of a said sheet in a lying configuration to an ejection zone of the same in a folded configuration, and along a return path in the opposite direction; said folding device comprising at least a first routing roller, disposed transversely with respect to the direction of feed, which engages said conveyor in proximity to said feed device; a winding unit, disposed along said operating path and intended to intercept a sheet and direct it to be wound in a tube manner, forming a winding seating able to house said sheet, and a slit that faces on said conveyor to allow the entry of said sheet into said winding seating; a folding unit, comprising folding means, mobile between an inactive position and a folding position, and intended to be inserted, in its path toward said folding position, inside said winding seating, in order to compress the sheet into a tubular configuration and facilitate its exit from said seating; ejector means, disposed downstream of said winding unit, in correspondence with said ejection zone and intended to pick up the folded sheet from said conveyer and expel it from the folding device.
A process for producing a deletion in a bacterial genome, wherein the bacteria are of the class Clostridia, wherein the bacteria comprise a CRISPR/Cas system, the process comprising the steps: (a) transforming a population of bacteria with one or more Deletion Vectors, wherein the Deletion Vector(s) are capable of directing production of first and second crRNAs which target first and second PAM/Protospacers within the genomes of the bacteria within the population; (b) culturing the population of bacteria under conditions whereby the first and second crRNAs are produced, wherein they target the first and second PAM/Protospacers, and wherein the first and second crRNAs promote the dual cleavage of the genome in one or more bacteria within the population, and wherein the two cleaved ends of the major fragment of the bacterial genomic DNA rejoin; and (c) isolating one or more bacteria whose genomes comprise a deletion in the bacterial genomic DNA between the first and second PAM/Protospacers. (a) transforming a population of bacteria with one or more Deletion Vectors, wherein the Deletion Vector(s) are capable of directing production of first and second crRNAs which target first and second PAM/Protospacers within the genomes of the bacteria within the population; (b) culturing the population of bacteria under conditions whereby the first and second crRNAs are produced, wherein they target the first and second PAM/Protospacers, and wherein the first and second crRNAs promote the dual cleavage of the genome in one or more bacteria within the population, and wherein the two cleaved ends of the major fragment of the bacterial genomic DNA rejoin; and (c) isolating one or more bacteria whose genomes comprise a deletion in the bacterial genomic DNA between the first and second PAM/Protospacers.
A method for routing a communication session initiated by a first computing device through a second computing device, the method performed by a communication session server and comprising: receiving, from a communication session application being executed by a first computing device, a request to establish a communication session using a first communication mode; determining whether the communication session is permissible using the first communication mode based on a location of the first computing device; in response to a determination that the communication session is not permissible using the first communication mode, determining, whether a second computing device is available to establish the communication session with a second communication mode, where the second communication mode is different from the first communication mode; in response to a determination that the second computing device is available, transmitting an instruction to the second computing device to establish the communication session using the second communication mode different from the first communication mode. receiving, from a communication session application being executed by a first computing device, a request to establish a communication session using a first communication mode; determining whether the communication session is permissible using the first communication mode based on a location of the first computing device; in response to a determination that the communication session is not permissible using the first communication mode, determining, whether a second computing device is available to establish the communication session with a second communication mode, where the second communication mode is different from the first communication mode; in response to a determination that the second computing device is available, transmitting an instruction to the second computing device to establish the communication session using the second communication mode different from the first communication mode.
A garlic clove peeler (20, 130) comprising a housing formed with a clove receiving compartment formed with a friction wall (42, 120) and a complementary peeling element (51, 112) formed with a peeler surface extending adjacent the friction wall; and a displacement mechanism (38, 132) for displacing one or both of said friction wall and said peeling element, wherein the peeling element (51, 112) is resiliently biased in direction facing the friction wall surface, characterized in that the housing comprises a top cover (32, 138) fitable over a base member (28, 122), both made of a rigid material, said top cover (32, 138) supporting the peeling element (51, 112) projecting towards the friction wall.
Method for identifying a position change of a vehicle that is at least partially switched off, in particular a rail-bound vehicle, characterised by identifying the position change by means of an anti-skid control facility of the vehicle, wherein the anti-skid control facility assumes a standby state when the vehicle is at least partially switched off.
Power relay for a vehicle, in particular a utility vehicle, - having a housing that is formed from a connection socket and a housing pot installed thereon, - having two connection bolts introduced into the connection socket for contacting a load current circuit, - having a coil assembly arranged in the housing, said coil assembly comprising a magnetic coil and a magnetic anchor, wherein the magnetic anchor is coupled to a contacting bridge via a force transfer member and can be shifted in the housing under the effect of a magnetic field generated by means of the magnetic coil in such a way that the contact bridge can be reversibly moved between a closed position, in which the contact bridge electrically conductively bypasses the connection bolts, and an open position, in which the contact bridge is de-contacted by the connection bolts, wherein the housing pot is formed as a plastic injection moulded part, wherein the connection socket is connected to the housing pot in a fluid-tight manner by means of a casting compound, characterised in that on the side of the opening, the housing pot has a peripheral shoulder, on which the connection socket abuts with a peripheral radial web, on the outside, the housing pot surrounds the radial web with a collar and protrudes axially beyond this, such that a trough-like receiver for the casting compound is formed by the collar of the housing pot and the connection socket. - having a housing that is formed from a connection socket and a housing pot installed thereon, - having two connection bolts introduced into the connection socket for contacting a load current circuit, - having a coil assembly arranged in the housing, said coil assembly comprising a magnetic coil and a magnetic anchor, wherein the magnetic anchor is coupled to a contacting bridge via a force transfer member and can be shifted in the housing under the effect of a magnetic field generated by means of the magnetic coil in such a way that the contact bridge can be reversibly moved between a closed position, in which the contact bridge electrically conductively bypasses the connection bolts, and an open position, in which the contact bridge is de-contacted by the connection bolts,
A fluid filter, comprising: an upper housing shell comprising a fluid outlet; a lower housing shell comprising a fluid inlet; a pleat pack element comprising a peripheral frame, a first filtration medium, and a second filtration medium, the first filtration medium and second filtration medium being held in place by the peripheral frame; wherein: the first filtration medium is a pleated filter medium having a first filtration density; the second filtration medium is a pleated filter medium having a second filtration density that differs from the first filtration density; the peripheral frame is at least partially molded over the first and second filtration medium (132, 134); the pleat pack element further comprises stiffeners that are overmolded on the first filtration medium and second filtration medium and which divide the first filtration medium into a plurality of first media rows and the second filtration medium into a plurality of second media rows; and the number of first media rows is different than the number of second media rows. an upper housing shell comprising a fluid outlet; a lower housing shell comprising a fluid inlet; a pleat pack element comprising a peripheral frame, a first filtration medium, and a second filtration medium, the first filtration medium and second filtration medium being held in place by the peripheral frame; the first filtration medium is a pleated filter medium having a first filtration density; the second filtration medium is a pleated filter medium having a second filtration density that differs from the first filtration density; the peripheral frame is at least partially molded over the first and second filtration medium (132, 134); the pleat pack element further comprises stiffeners that are overmolded on the first filtration medium and second filtration medium and which divide the first filtration medium into a plurality of first media rows and the second filtration medium into a plurality of second media rows; and the number of first media rows is different than the number of second media rows.
A mobile communication method comprising: a step A (S1002, S1003) of a mobile station transmitting a connection setup request signal containing a radio access capability of the mobile station to a network device of a first communication scheme, upon detecting a predetermined trigger while camping on in a cell of the first communication scheme; a step B (S1004, S1005) of the network device of the first communication scheme transmitting an instruction signal for instructing redirection to a cell of a second communication scheme for the mobile station, in a case where the radio access capability of the mobile station is contained in the received connection setup request signal; and a step C of the mobile station setting up the connection in the cell of the second communication scheme in response to the received instruction signal, wherein in the step A, the mobile station judges whether to transmit the connection setup request signal containing the radio access capability of the mobile station, in accordance with at least one of a communication service and a communication processing for a communication service, that are allowed in the cell of the second communication scheme. a step A (S1002, S1003) of a mobile station transmitting a connection setup request signal containing a radio access capability of the mobile station to a network device of a first communication scheme, upon detecting a predetermined trigger while camping on in a cell of the first communication scheme; a step B (S1004, S1005) of the network device of the first communication scheme transmitting an instruction signal for instructing redirection to a cell of a second communication scheme for the mobile station, in a case where the radio access capability of the mobile station is contained in the received connection setup request signal; and a step C of the mobile station setting up the connection in the cell of the second communication scheme in response to the received instruction signal, wherein in the step A, the mobile station judges whether to transmit the connection setup request signal containing the radio access capability of the mobile station, in accordance with at least one of a communication service and a communication processing for a communication service, that are allowed in the cell of the second communication scheme.
An electronic apparatus (100, 100') comprising: a memory configured to store information regarding an artificial intelligence model (30, 310) including a plurality of layers; and a processor configured to perform interpolation processing on an input image and to process the interpolated image using the artificial intelligence model (30, 310) to obtain an output image, wherein the processor is configured to be operated in a first mode or a second mode based on an update of parameters used in at least one of the plurality of layers being required, the first mode is a mode in which the output image is obtained based on an image processed using the artificial intelligence model (30, 310) in which the parameters are updated and based on the interpolated image, and the second mode is a mode in which the output image is obtained based on the interpolated image without using the artificial intelligence model (30, 310). a memory configured to store information regarding an artificial intelligence model (30, 310) including a plurality of layers; and a processor configured to perform interpolation processing on an input image and to process the interpolated image using the artificial intelligence model (30, 310) to obtain an output image, wherein the processor is configured to be operated in a first mode or a second mode based on an update of parameters used in at least one of the plurality of layers being required, the first mode is a mode in which the output image is obtained based on an image processed using the artificial intelligence model (30, 310) in which the parameters are updated and based on the interpolated image, and the second mode is a mode in which the output image is obtained based on the interpolated image without using the artificial intelligence model (30, 310).
An injectable composition for use in a method of repairing or augmenting a tissue in a subject, said composition comprising a plurality of porous silk fibroin particles, wherein the porous silk fibroin particles are not a hydrogel, wherein the silk fibroin particles retain at least 50% of their original volume within the tissue for at least 6 weeks, wherein the porous silk fibroin particles have a porosity of at least 1% and a size of 500 nm to 5000 μm.