mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of forming a reduced noise image using a set of images, the method comprising: applying respective transformations to at least some of the images of the set to bring them closer to alignment with a reference image from the set of images; determining, for each of the transformed images, a respective measure of alignment of that transformed image with the reference image, wherein the measure of alignment for a transformed image is a misalignment parameter τ i determined as the sum, over all of the pixel positions (x,y) of the transformed image, of the absolute differences between the transformed image W i ( x,y) and the reference image I r ( x, y); for each of one or more of the transformed images, determining a weight for each pixel of the transformed image in dependence on: (a) the misalignment parameter of the transformed image, τ i, and (b) the difference in pixel value between the pixel of the transformed image and the corresponding pixel of the reference image; and combining a plurality of images including said one or more of the transformed images using a filter with the determined weights to form a reduced noise image. applying respective transformations to at least some of the images of the set to bring them closer to alignment with a reference image from the set of images; determining, for each of the transformed images, a respective measure of alignment of that transformed image with the reference image, wherein the measure of alignment for a transformed image is a misalignment parameter τ i determined as the sum, over all of the pixel positions (x,y) of the transformed image, of the absolute differences between the transformed image W i ( x,y) and the reference image I r ( x, y); for each of one or more of the transformed images, determining a weight for each pixel of the transformed image in dependence on: (a) the misalignment parameter of the transformed image, τ i, and (b) the difference in pixel value between the pixel of the transformed image and the corresponding pixel of the reference image; and combining a plurality of images including said one or more of the transformed images using a filter with the determined weights to form a reduced noise image.
Watch including a case having under a dial an electronic watch movement, as an electronic module driving display means for the display of at least one additional function in addition to the normal current time display, said additional function allowing the management of time and penalties relating to an equestrian show jumping activity, said additional function being controlled by control means and comprising at least one operating phase using a scale selected from a first scale and a second scale in each of which the duration of said phase is arranged to be measured and compared to a reference value, the electronic module further allowing, for the first and second scales, at least the manual counting and the display of one type of random occurrences, occurring during said phase, the first scale being such that the measured duration of said phase is arranged to be compared with a first reference value, the random occurrences comprising a first type of occurrences recorded automatically in the form of penalty points when the measured duration of said phase is arranged to exceed the first reference value, the penalty points being added depending on the exceeding of the first reference value, and a second type of occurrences manually recorded, in the form of penalty points, by the user by means of the control means, a second type of occurrence being an obstacle fall, the second scale being such that the measured duration of said phase is arranged to be compared to a second reference value, the random occurrences comprising a third type of occurrences recorded automatically when the measured duration of said phase is arranged to exceed the second reference value so as to stop said phase and a fourth type of occurrences recorded manually, in the form of time additions to the duration measured for said phase, by the user by means of the control means, a fourth type of occurrence being an obstacle fall.
A shoe injection mold comprising a last, an outer die, one or more injection nozzles and a matching mold opening-closing mechanism, said outer die comprises a upper die and a matching first bottom die; characterized in that: one or more injection troughs are provided at the bottom of said last; one or more injection nozzle through-holes are arranged corresponding to said one or more injection troughs respectively on said first bottom die, said injection nozzle passes through matching injection nozzle through-hole with its inner end located in matching injection trough and its outer end located outside said outer die when said shoe injection mold is closed. one or more injection troughs are provided at the bottom of said last; one or more injection nozzle through-holes are arranged corresponding to said one or more injection troughs respectively on said first bottom die, said injection nozzle passes through matching injection nozzle through-hole with its inner end located in matching injection trough and its outer end located outside said outer die when said shoe injection mold is closed.
A compositional variation of tungsten tetraboride comprising: tungsten; boron, and at least one element selected from the group of elements consisting of titanium (Ti), vanadium, chromium (Cr), manganese (Mn), iron (Fe), cobalt (Co), nickel (Ni), copper (Cu), zinc (Zn), zirconium (Zr), niobium (Nb), molybdenum (Mo), ruthenium (Ru), hafnium (Hf), tantalum (Ta), osmium (Os), iridium (Ir), lithium (Li) and aluminum (Al), wherein said composition satisfies the formula W 1-x M x X y wherein X is B, wherein M is at least one of Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Zr, Nb, Mo, Ru, Hf, Ta, Os, Ir, Li and Al, wherein x is at least 0.001 and less than 0.6, and wherein y is 4.0. tungsten; boron, and at least one element selected from the group of elements consisting of titanium (Ti), vanadium, chromium (Cr), manganese (Mn), iron (Fe), cobalt (Co), nickel (Ni), copper (Cu), zinc (Zn), zirconium (Zr), niobium (Nb), molybdenum (Mo), ruthenium (Ru), hafnium (Hf), tantalum (Ta), osmium (Os), iridium (Ir), lithium (Li) and aluminum (Al), wherein said composition satisfies the formula W 1-x M x X y wherein X is B, wherein M is at least one of Ti, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Zr, Nb, Mo, Ru, Hf, Ta, Os, Ir, Li and Al, wherein x is at least 0.001 and less than 0.6, and wherein y is 4.0.
A method of making Scanning Probe and Electron Microscope_probes, comprising: mounting a plurality of wire pieces to a rotatable stage; rotating the stage with mounted wire pieces and simultaneously milling the plurality of wire pieces with an ion beam having an ion energy in the range of 1 to 3500 eV to produce the probe tips mounted to the stage; wherein the rotating stage has an axis of rotation that is perpendicular to a top surface of the stage; wherein the plurality of wire pieces are mounted so that the long axes of the wire pieces are approximately parallel to the central axis of rotation; wherein the angle between the axis of rotation and the ion beam is from 5° to 70°; where the angle is defined with respect to the axis of rotation such that 0° is defined to be the angle if the ion beam originates from directly above the stage and the beam direction is parallel to the axis of rotation. mounting a plurality of wire pieces to a rotatable stage; rotating the stage with mounted wire pieces and simultaneously milling the plurality of wire pieces with an ion beam having an ion energy in the range of 1 to 3500 eV to produce the probe tips mounted to the stage; wherein the rotating stage has an axis of rotation that is perpendicular to a top surface of the stage; wherein the plurality of wire pieces are mounted so that the long axes of the wire pieces are approximately parallel to the central axis of rotation; wherein the angle between the axis of rotation and the ion beam is from 5° to 70°; where the angle is defined with respect to the axis of rotation such that 0° is defined to be the angle if the ion beam originates from directly above the stage and the beam direction is parallel to the axis of rotation.
A wellsite system comprising: a drilling rig; an elevator coupled to the drilling rig, the elevator configured to support a tubular; and a support system disposed on the drilling rig comprising: a housing coupled to the drilling rig; a bracket member pivotably coupled to the housing and configured to be moveable relative to the tubular between a parked position and an extended position; an actuatable arm coupled to the bracket member and configured to be moveable along an axis of the bracket member; a servicing system coupled to the actuatable arm, wherein the servicing system is configured to threadlessly engage the tubular. a drilling rig; an elevator coupled to the drilling rig, the elevator configured to support a tubular; and a support system disposed on the drilling rig comprising: a housing coupled to the drilling rig; a bracket member pivotably coupled to the housing and configured to be moveable relative to the tubular between a parked position and an extended position; an actuatable arm coupled to the bracket member and configured to be moveable along an axis of the bracket member; a servicing system coupled to the actuatable arm, wherein the servicing system is configured to threadlessly engage the tubular. a housing coupled to the drilling rig; a bracket member pivotably coupled to the housing and configured to be moveable relative to the tubular between a parked position and an extended position; an actuatable arm coupled to the bracket member and configured to be moveable along an axis of the bracket member; a servicing system coupled to the actuatable arm, wherein the servicing system is configured to threadlessly engage the tubular.
An exercise device comprising: a lifting bar having an axis and an axial end portion; and at least one weight section mounted to the end portion of the lifting bar, and having an axial end face; a resilient outer skin having a first thickness at least partially surrounding the at least one weight section; characterised in that the device further comprises a plurality of resilient projections formed integrally with the outer skin having a second thickness greater than the first thickness of the outer skin and projecting from the axial end face of the at least one weight section, the plurality of resilient projections disposed and extending intermittently around the periphery of the axial end face, each projection having a distal end surface defining a castellated axially outermost end surface of the exercise device. a lifting bar having an axis and an axial end portion; and at least one weight section mounted to the end portion of the lifting bar, and having an axial end face; a resilient outer skin having a first thickness at least partially surrounding the at least one weight section;
Step for a staircase comprising an upper layer, a carrier layer and a substructure, characterized in that the upper layer is designed as an end grain layer and the carrier layer is a tight-connection reinforcement layer, the upper layer has a firmly-bonded planar connection with the carrier layer such that this connection makes the transfer of transversal shear forces between the upper layer and the carrier layer possible, wherein the carrier layer, is a metal plate or made of HPL material.
A spark plug comprising: a center electrode and a ground electrode, at least one of said electrodes (22, 24) including a core formed of a copper (Cu) alloy and a clad formed of a nickel (Ni) alloy covering said core, said Cu alloy including, in weight percent of said Cu alloy, Cu in an amount of at least 98.5 weight percent and at least one of Zr and Cr in a total amount sufficient to affect the strength of the Cu alloy, and said Ni alloy including, in weight percent of said Ni alloy: Ni in an amount of at least 90.0 weight percent; and at least one of chromium (Cr), silicon (Si), and manganese (Mn), characterized by said Ni alloy including at least one of a Group 3 element, a Group 4 element and a Group 13 element. a center electrode and a ground electrode, at least one of said electrodes (22, 24) including a core formed of a copper (Cu) alloy and a clad formed of a nickel (Ni) alloy covering said core, said Cu alloy including, in weight percent of said Cu alloy, Cu in an amount of at least 98.5 weight percent and at least one of Zr and Cr in a total amount sufficient to affect the strength of the Cu alloy, and said Ni alloy including, in weight percent of said Ni alloy: Ni in an amount of at least 90.0 weight percent; and at least one of chromium (Cr), silicon (Si), and manganese (Mn), characterized by said Ni alloy including at least one of a Group 3 element, a Group 4 element and a Group 13 element. Ni in an amount of at least 90.0 weight percent; and at least one of chromium (Cr), silicon (Si), and manganese (Mn), characterized by said Ni alloy including at least one of a Group 3 element, a Group 4 element and a Group 13 element.
A dental implant analog with an elongated cylindrical body, comprising: a first and a second opposite surfaces, wherein said first surface is adapted as a reference surface for active alignment of said implant analog with one or more surfaces of a physical model of patient's teeth, and wherein said implant analog is configured to be inserted by pulling in a through-going hole of said physical model of a set of a patient's teeth and said one or more surfaces of said physical model of patient's teeth surround said through-going hole, wherein said implant analog is configured to be inserted in said through-going hole first surface first; the dental implant analog further comprising: - a distal end; - a proximal end, wherein said proximal end further comprises at least one internal bore along the longitudinal axis of said analog, said at least one internal bore having an internal thread; and - a central or middle section in between said distal and proximal end; characterized in that said proximal end comprises cutting means; wherein said cutting means are configured to remove, by scraping, redundant material present on an internal surface of said through-going hole of said physical model of a set of a patient's teeth while inserting said implant analog by pulling, thereby ensuring tight fit between said implant analog and said through-going hole of said physical model of a set of a patient's teeth; wherein said cutting means are cutting edges. - a distal end; - a proximal end, wherein said proximal end further comprises at least one internal bore along the longitudinal axis of said analog, said at least one internal bore having an internal thread; and - a central or middle section in between said distal and proximal end; characterized in that said proximal end comprises cutting means; wherein said cutting means are configured to remove, by scraping, redundant material present on an internal surface of said through-going hole of said physical model of a set of a patient's teeth while inserting said implant analog by pulling, thereby ensuring tight fit between said implant analog and said through-going hole of said physical model of a set of a patient's teeth; wherein said cutting means are cutting edges. characterized in that said proximal end comprises cutting means; wherein said cutting means are configured to remove, by scraping, redundant material present on an internal surface of said through-going hole of said physical model of a set of a patient's teeth while inserting said implant analog by pulling, thereby ensuring tight fit between said implant analog and said through-going hole of said physical model of a set of a patient's teeth; wherein said cutting means are cutting edges.
One or more non-transitory computer-readable media, storing computer-executable instructions that, when executed by a processor, cause a computing device to: receive a request to create a virtual machine in a cloud computing environment; receive a selection of a cloud computing offering associated with the request, the cloud computing offering comprising at least one of a service offering or a network offering, the service offering specifying one or more of a processor speed of the virtual machine or an amount of memory of the virtual machine; retrieve, from a storage, a physical resource tag associated with the cloud computing offering, the storage storing a first table containing a set of physical resource tags associated with a set of physical resources in the cloud computing environment, the storage storing a second table containing a set of cloud computing offerings associated with the set of physical resource tags; identify one or more physical resources associated with the physical resource tag, the one or more physical resources being of the set of physical resources in the cloud computing environment; and create the virtual machine, wherein the virtual machine is configured to use the one or more physical resources associated with the physical resource tag. receive a request to create a virtual machine in a cloud computing environment; receive a selection of a cloud computing offering associated with the request, the cloud computing offering comprising at least one of a service offering or a network offering, the service offering specifying one or more of a processor speed of the virtual machine or an amount of memory of the virtual machine; retrieve, from a storage, a physical resource tag associated with the cloud computing offering, the storage storing a first table containing a set of physical resource tags associated with a set of physical resources in the cloud computing environment, the storage storing a second table containing a set of cloud computing offerings associated with the set of physical resource tags; identify one or more physical resources associated with the physical resource tag, the one or more physical resources being of the set of physical resources in the cloud computing environment; and create the virtual machine, wherein the virtual machine is configured to use the one or more physical resources associated with the physical resource tag.
A message transmission method, wherein the method is performed by an access controller being an entity in an optical line termination, OLT, of a passive optical network, PON, or between the OLT and a relay server, wherein the method comprises: receiving, by the access controller, a first message sent by an access node, wherein the first message comprises a first identifier; obtaining, by the access controller, a line identifier according to the first identifier; generating, by the access controller, a second message, wherein the second message comprises the line identifier; and sending, by the access controller, the second message to a relay server. receiving, by the access controller, a first message sent by an access node, wherein the first message comprises a first identifier; obtaining, by the access controller, a line identifier according to the first identifier; generating, by the access controller, a second message, wherein the second message comprises the line identifier; and sending, by the access controller, the second message to a relay server.
A method for determining purity in a sample of OXY133, the method comprising: providing an HPLC eluent comprising OXY133, OXY133 impurities and a mobile volatile phase; generating an aerosol of liquid droplets from the HPLC eluent; drying the droplets to obtain residue particles of OXY133; contacting the OXY133 residue particles with an ion stream which applies a size-dependent electrical charge to each of the residue particles to generate an electrical signal having a level proportional to the amount of charged residue particles of OXY133; and measuring the electrical signal to determine the purity of OXY133 in the sample. providing an HPLC eluent comprising OXY133, OXY133 impurities and a mobile volatile phase; generating an aerosol of liquid droplets from the HPLC eluent; drying the droplets to obtain residue particles of OXY133; contacting the OXY133 residue particles with an ion stream which applies a size-dependent electrical charge to each of the residue particles to generate an electrical signal having a level proportional to the amount of charged residue particles of OXY133; and measuring the electrical signal to determine the purity of OXY133 in the sample.
A system, comprising: a fuel height sensor; a sealed connector extending through a wall of a fuel tank; an electric power connection between the fuel height sensor and the sealed connector; and an internal data communications connection between the fuel height sensor and the sealed connector, wherein at least the electric power connection between the fuel height sensor and the sealed connector comprises a resistive non-metallic wire, wherein the sealed connector comprises an internal electronic circuit. a fuel height sensor; a sealed connector extending through a wall of a fuel tank; an electric power connection between the fuel height sensor and the sealed connector; and an internal data communications connection between the fuel height sensor and the sealed connector, wherein at least the electric power connection between the fuel height sensor and the sealed connector comprises a resistive non-metallic wire, wherein the sealed connector comprises an internal electronic circuit.
A split electric rice cooker, comprising: a base; a cooker suitable to rest on the base and separable with respect to the base, the cooker being provided with an inner pot therein and having a cooker bottom wall, the cooker bottom wall being located below the inner pot, and the cooker bottom wall being constructed as a single-layer wall structure; a base plate provided with a base-plate through hole; a cooker body fixed to the base plate; an inner-pot heat insulation piece provided in the cooker body, the inner-pot heat insulation piece comprising a circumferential wall surrounding the inner pot and the cooker bottom wall located below the inner pot, a bottom-wall protrusion protruding downwards and being formed in the inner-pot heat insulation piece located below the inner pot, the bottom-wall protrusion being fitted in the base-plate through hole, so that the bottom-wall protrusion constitutes part of the single-layer wall structure, wherein the bottom-wall protrusion provides an increased distance between the inner-pot heat insulating piece located below the inner pot and the inner pot, wherein; a lower surface of the bottom-wall protrusion is flush with a lower surface of the base plate. a base; a cooker suitable to rest on the base and separable with respect to the base, the cooker being provided with an inner pot therein and having a cooker bottom wall, the cooker bottom wall being located below the inner pot, and the cooker bottom wall being constructed as a single-layer wall structure; a base plate provided with a base-plate through hole; a cooker body fixed to the base plate; an inner-pot heat insulation piece provided in the cooker body, the inner-pot heat insulation piece comprising a circumferential wall surrounding the inner pot and the cooker bottom wall located below the inner pot, a bottom-wall protrusion protruding downwards and being formed in the inner-pot heat insulation piece located below the inner pot, the bottom-wall protrusion being fitted in the base-plate through hole, so that the bottom-wall protrusion constitutes part of the single-layer wall structure, wherein the bottom-wall protrusion provides an increased distance between the inner-pot heat insulating piece located below the inner pot and the inner pot, wherein; a lower surface of the bottom-wall protrusion is flush with a lower surface of the base plate.