mhurhangee/ep-ind-claims huggingface dataset:
A magnetic stimulator for applying magnetic stimulation to a particular portion of a subject, comprising: a magnetic field generating means (11, 41) including at least a dynamic magnetic field generating means configured to generate a dynamic magnetic field so as to apply the magnetic stimulation; an operating means operated to displace a relative position of the magnetic field generating means (11, 41) with respect to the particular portion of the subject; characterized by a plurality of magnetic field detecting means each configured to detect the magnetic field generated by the magnetic field generating means (11, 41), as an intensity of the magnetic field in a predetermined direction; and an instructing means configured to provide instruction information, by calculating three-dimensional data reflection at least a position of the magnetic field generating means (11, 41) in a space based on a result of the detection of the magnetic field generated by the magnetic field generating means (11, 41), and by using a result of a calculation for comparison with pre-stored three-dimensional reference data to provide the instruction information indicating an operation of displacement to be performed using the operating means, the detection being made by the plurality of magnetic field detecting means either before or during the magnetic stimulation. a magnetic field generating means (11, 41) including at least a dynamic magnetic field generating means configured to generate a dynamic magnetic field so as to apply the magnetic stimulation; an operating means operated to displace a relative position of the magnetic field generating means (11, 41) with respect to the particular portion of the subject; characterized by a plurality of magnetic field detecting means each configured to detect the magnetic field generated by the magnetic field generating means (11, 41), as an intensity of the magnetic field in a predetermined direction; and an instructing means configured to provide instruction information, by calculating three-dimensional data reflection at least a position of the magnetic field generating means (11, 41) in a space based on a result of the detection of the magnetic field generated by the magnetic field generating means (11, 41), and by using a result of a calculation for comparison with pre-stored three-dimensional reference data to provide the instruction information indicating an operation of displacement to be performed using the operating means, the detection being made by the plurality of magnetic field detecting means either before or during the magnetic stimulation.
A method for observing eukaryotic cells without cell wall, comprising - Providing a device comprising a plurality of wells suitable for containing only one single eukaryotic cell, wherein the width of the wells is about the diameter of the cells in suspension at a resting phase, more or less 5 or 10 %, the dimensions of the wells being suitable for constraining the cells during mitosis into an oblong shape with a long axis parallel to the depth of the wells, wherein the cells contained in said wells have the closure plane of their cytokinetic ring parallel to the observation plan and wherein the device is not used with a top covering the upper surface of the wells and being coated with molecules promoting cell attachment; and - Observing the cells placed into the wells. - Providing a device comprising a plurality of wells suitable for containing only one single eukaryotic cell, wherein the width of the wells is about the diameter of the cells in suspension at a resting phase, more or less 5 or 10 %, the dimensions of the wells being suitable for constraining the cells during mitosis into an oblong shape with a long axis parallel to the depth of the wells, wherein the cells contained in said wells have the closure plane of their cytokinetic ring parallel to the observation plan and wherein the device is not used with a top covering the upper surface of the wells and being coated with molecules promoting cell attachment; and - Observing the cells placed into the wells.
A method of dynamically configuring a wireless communication system comprising a plurality of antennas and a plurality of base stations, each base station being adapted to connect to one or more of the antennas, the method comprising: dynamically allocating one or more portions of an available spectrum to each antenna; and assigning each antenna for connection to one of the plurality of base stations, wherein the allocating is dependent on mutual interference between the antennas and is further dependent on bandwidth requirements associated with the respective antennas characterized in that the allocating comprises: choosing a mutually compatible subset of the antennas; provisionally allocating an amount of spectrum in a channel of the available spectrum to the antennas in the mutually compatible chosen subset of the antennas dependent on the bandwidth requirements of those antennas; removing at least one antenna that is fully satisfied by the provisionally allocated spectrum; and repeating the choosing, provisional allocating, and removing for each channel until all bandwidth requirements are satisfied. dynamically allocating one or more portions of an available spectrum to each antenna; and assigning each antenna for connection to one of the plurality of base stations, wherein the allocating is dependent on mutual interference between the antennas and is further dependent on bandwidth requirements associated with the respective antennas characterized in that the allocating comprises: choosing a mutually compatible subset of the antennas; provisionally allocating an amount of spectrum in a channel of the available spectrum to the antennas in the mutually compatible chosen subset of the antennas dependent on the bandwidth requirements of those antennas; removing at least one antenna that is fully satisfied by the provisionally allocated spectrum; and repeating the choosing, provisional allocating, and removing for each channel until all bandwidth requirements are satisfied. choosing a mutually compatible subset of the antennas; provisionally allocating an amount of spectrum in a channel of the available spectrum to the antennas in the mutually compatible chosen subset of the antennas dependent on the bandwidth requirements of those antennas; removing at least one antenna that is fully satisfied by the provisionally allocated spectrum; and repeating the choosing, provisional allocating, and removing for each channel until all bandwidth requirements are satisfied.
Method for applying a band-shaped edge strip onto narrow surfaces of a workpiece, the multilayer adhesive-free, heat-activatable edge strip being fixed to the narrow surfaces by means of a feeding apparatus for the edge strip and a pressure roller, which presses the heat-activated edge strip onto the narrow surface of the workpiece, characterised in that in the region of the feeding apparatus and/or pressure roller, heated compressed air is blown under pressure onto the edge strip and/or the heat-activatable layer of the edge strip, the heated compressed air being brought at least to the required activation temperature for the heat-activatable layer of the edge strip by means of a heating apparatus, and the compressed air blown into the heating apparatus coming from an external air compressor.
Antenna with an average emission frequency ranging from 300 kHz to 3 MHz, comprising an existing vertical unit with a height of at least ten metres and an electrically-conductive wired means of electromagnetic excitation (4a, 7a) arranged at least partially in the vicinity of and outside the unit and connected to an emitter, characterised in that the existing unit contains at least one conductive element inside the unit and connected to a ground connection, such that the unit emits at an average emission frequency ranging from 300 kHz and 3 MHz.
A refractory object comprising: a zircon body comprising zircon grains and an Al 2 O 3 rich intergranular phase, wherein the zircon body comprises: at least 2.1 wt.% and not greater than 5.5 wt.% of Al 2 O 3 for a total weight of the zircon body; at least 25 wt.% and not greater than 35 wt.% of SiO 2 component for a total weight of the zircon body; and wherein the Al 2 O 3 rich intergranular phase comprises a content of Al 2 O 3 of at least 40 wt.% and not greater than 95 wt.% for a total weight of the Al 2 O 3 rich intergranular phase as shown by wavelength dispersive X-ray spectroscopy or energy dispersive X-ray spectroscopy. a zircon body comprising zircon grains and an Al 2 O 3 rich intergranular phase, wherein the zircon body comprises: at least 2.1 wt.% and not greater than 5.5 wt.% of Al 2 O 3 for a total weight of the zircon body; at least 25 wt.% and not greater than 35 wt.% of SiO 2 component for a total weight of the zircon body; and at least 2.1 wt.% and not greater than 5.5 wt.% of Al 2 O 3 for a total weight of the zircon body; at least 25 wt.% and not greater than 35 wt.% of SiO 2 component for a total weight of the zircon body; and wherein the Al 2 O 3 rich intergranular phase comprises a content of Al 2 O 3 of at least 40 wt.% and not greater than 95 wt.% for a total weight of the Al 2 O 3 rich intergranular phase as shown by wavelength dispersive X-ray spectroscopy or energy dispersive X-ray spectroscopy.
A material comprising a substrate coated with a functional coating and with a permanent organic protective layer deposited on at least a part of the functional coating, characterized in that the organic protective layer is obtained by crosslinking a polymerizable composition comprising: a) (meth)acrylate compounds not comprising a polyorganosiloxane group, b) at least one compound comprising a polyorganosiloxane group and at least two (meth)acrylate functional groups and c) optionally a polymerization initiator. a) (meth)acrylate compounds not comprising a polyorganosiloxane group, b) at least one compound comprising a polyorganosiloxane group and at least two (meth)acrylate functional groups and c) optionally a polymerization initiator.
Method for the targeted desulfurization of NOx storage catalysts which are used for exhaust gas purification of predominantly lean-burning gasoline engines, wherein the NOx storage catalysts comprise cerium and alkaline earth metal-containing nitric oxide storage materials in a weight ratio of cerium-containing nitric oxide storage materials to alkaline earth metal-containing nitric oxide storage materials of 10:1 to 20:1, relative to CeO 2:alkaline earth metal oxide, characterized in that these are desulfurized at ≥500 °C on average in an A/F range of 0.99 ≤ λ ≤ 1.0.
A hemostasis valve assembly, comprising: a housing; and a resilient valve member positioned within the housing, the valve member comprising: opposed first and second primary surfaces (42, 44) and a valve thickness (T 1) defined between the first and second primary surfaces; an opening formed in the first primary surface; and characterized in that it further comprises first and second slits (54, 56) arranged in series between the first and second primary surfaces and intersecting each other and extending through a portion of the valve thickness (T 1), at least one of the first and second slits being accessible within the opening; a recess positioned between the opening and the first and second slits (54, 56), wherein the opening has a first diameter (D 1) and the recess has a second diameter (D 2), the first diameter being smaller than the second diameter wherein the opening and recess are arranged coaxially with an intersection point between the first and second slits (54, 56). a housing; and a resilient valve member positioned within the housing, the valve member comprising: opposed first and second primary surfaces (42, 44) and a valve thickness (T 1) defined between the first and second primary surfaces; an opening formed in the first primary surface; and characterized in that it further comprises first and second slits (54, 56) arranged in series between the first and second primary surfaces and intersecting each other and extending through a portion of the valve thickness (T 1), at least one of the first and second slits being accessible within the opening; a recess positioned between the opening and the first and second slits (54, 56), wherein the opening has a first diameter (D 1) and the recess has a second diameter (D 2), the first diameter being smaller than the second diameter wherein the opening and recess are arranged coaxially with an intersection point between the first and second slits (54, 56). opposed first and second primary surfaces (42, 44) and a valve thickness (T 1) defined between the first and second primary surfaces; an opening formed in the first primary surface; and characterized in that it further comprises first and second slits (54, 56) arranged in series between the first and second primary surfaces and intersecting each other and extending through a portion of the valve thickness (T 1), at least one of the first and second slits being accessible within the opening; a recess positioned between the opening and the first and second slits (54, 56), wherein the opening has a first diameter (D 1) and the recess has a second diameter (D 2), the first diameter being smaller than the second diameter wherein the opening and recess are arranged coaxially with an intersection point between the first and second slits (54, 56).
Sealing means in combination with a centrifugal pump of the type comprising at least one impeller member suitable to be driven in rotation for transporting a fluid, said sealing means being suitable to be fixed at the body of the pump and cooperating with a feed portion of said impeller member, said sealing means comprising at least one flexible portion shaping an annular lip, suitable to be elastically driven between a rest configuration and a tight active configuration at which said annular lip is stressed in abutment against an opposite external surface of said feed portion upon the thrust of the transported fluid, said sealing means having a discoid ring shape comprising a central opening and said annular lip having a thinned shape and having axial extension from the edge of said central opening, said annular lip, at said rest configuration, being spaced by a meatus of determined width from said opposite external surface, characterized in that said annular lip has an operative surface directed towards said central opening comprising in cross section a divergent tract, so that when said annular lip is in said active configuration, said divergent tract of said operative surface rotates and arranges itself parallel to said external surface.
A fluorescence filter for measuring fluorescence generated by a measurement object including biosamples, the fluorescence filter including: an absorption filter configured to: transmit light within a specific wavelength band generated by the measurement object, and absorb light in the remaining wavelength bands, and a reflection filter that is disposed adjacent to the absorption filter, and configured to: transmit light within a specific wavelength band generated by the measurement object, and reflect light in the remaining wavelength bands, characterized in that the absorption filter has a plurality of wells having a predetermined depth and the wells are configured to accommodate the measurement object, and wherein the plurality of wells are disposed at regular intervals on an incident surface of the absorption filter to which external light is incident. an absorption filter configured to: transmit light within a specific wavelength band generated by the measurement object, and absorb light in the remaining wavelength bands, and transmit light within a specific wavelength band generated by the measurement object, and absorb light in the remaining wavelength bands, and a reflection filter that is disposed adjacent to the absorption filter, and configured to: transmit light within a specific wavelength band generated by the measurement object, and reflect light in the remaining wavelength bands, transmit light within a specific wavelength band generated by the measurement object, and reflect light in the remaining wavelength bands, characterized in that the absorption filter has a plurality of wells having a predetermined depth and the wells are configured to accommodate the measurement object, and wherein the plurality of wells are disposed at regular intervals on an incident surface of the absorption filter to which external light is incident.
A spraying method which comprises mixing water and a powder quick-setting admixture comprising an alkaline earth metal carbonate, a water-soluble acidic substance, calcium aluminate and an alkali metal sulfate, to form a slurry quick-setting admixture, mixing this slurry quick-setting admixture with cement concrete to form a quick-setting cement concrete, and spraying this quick-setting cement concrete.
Timepiece barrel assembly, including at least one barrel mainspring mounted between, at a first end a barrel drum, and at a second end, a receiving surface comprised in a barrel core coaxial to said drum about a pivot axis, said spring being made of a multiphase, cobalt-nickel-chromium based alloy, comprising 44 to 46% cobalt, 20 to 22% nickel, 17 to 19% chromium, 4 to 6 % iron, 3 to 5% tungsten, 3 to 5% molybdenum, 0 to 2% titanium, 0 to 1% beryllium, and having a Young's modulus of between 200 and 240 GPa and a shear modulus of between 80 and 100 GPa, and having a width to thickness ratio of between 9 and 21, in which assembly said core is made of steel or stainless steel, and the maximum radius of said core relative to said pivot axis is less than ten times the maximum thickness of said spring, said core comprising in series, from a first end towards a second end: - a means of fixing a ratchet, and/or a first pivot shoulder in a plate or a bridge of a timepiece mechanism, - then a pivot shoulder relative to a bore of said drum, - then a collar radially projecting relative to said shoulder and cooperating in abutment with an inner face of said drum on the side of said at least one spring, - then, flush with or set back radially relative to said collar, said receiving surface for said at least one spring, - then, set back radially relative to said receiving surface, a pivot shoulder relative to a bore in a cover arranged to form, with said drum, a chamber containing said at least one mainspring, - then a second pivot shoulder in a plate or a bridge of said timepiece mechanism. - a means of fixing a ratchet, and/or a first pivot shoulder in a plate or a bridge of a timepiece mechanism, - then a pivot shoulder relative to a bore of said drum, - then a collar radially projecting relative to said shoulder and cooperating in abutment with an inner face of said drum on the side of said at least one spring, - then, flush with or set back radially relative to said collar, said receiving surface for said at least one spring, - then, set back radially relative to said receiving surface, a pivot shoulder relative to a bore in a cover arranged to form, with said drum, a chamber containing said at least one mainspring, - then a second pivot shoulder in a plate or a bridge of said timepiece mechanism.
Electric arc furnace comprising a chamber suitable for containing molten steel, a roof suitable for interfacing with and covering the chamber and suitable for loading a mass of scrap steel, at least one electrode to supply heat for melting the mass of scrap steel, support means of the chamber on a base, the support means being suitable for supporting the chamber and allowing its oscillation around an axis of rotation (X-X); roof and chamber are coupled in correspondence to reciprocal interface walls suitable for creating a gastight seal against the gases that develop in the chamber; characterised by the fact that said axis of rotation (X-X) is horizontal, roof and chamber are counterprofiled in correspondence to said interface walls to create a rotoidal type coupling with regard to the axis of rotation (X-X) of chamber in such a way that, maintaining the roof fixed with regard to the base, it is possible to carry out oscillation of the chamber around the axis of rotation (X-X) to allow operations of continual scrap loading, tapping and/or deslagging, always remaining in the closed position.
A probe for fill limiting device for liquid petroleum fuel transport tank, comprising a level detector mounted on a support (10, 11) which is fixed in a compartment of the tank so that the detector is placed in the compartment at a maximum permissible filling height, the level detector including a measuring sensor including at least two sets of several electrodes (5, 6, 4, 7, 8; 12, 13, 14), the sets of several electrodes delimiting two areas (Zl, Z2), the probe comprising means for testing the proper operation of the entire acquisition chain of the measurement of dielectric permittivity of the fluid present at the electrodes, characterised in that the electrodes are made in the form of independent sets of metal plates separated by a common separating electrode formed by one of the plates and at least two means (9a, 9b; 16) for measuring the dielectric permittivity of a fluid present between the electrodes are incorporated in the probe, the probe comprising two redundant level measuring assemblies each formed by a set of metal plates each associated with a measuring means.
A video processing apparatus comprising: a first storage means which stores, in correspondence to a viewer, frame feature values to characterize each frame of scenes constituted by a series of frames in a video content viewed by the viewer; a second storage means which stores, as scene groups classified by attributes of the scenes, the frame feature values of scenes constitute by the series of frames; an interest level accumulation means which compares the frame feature values stored in the first storage means with the frame feature values stored in the second storage means, and in case the compared frame feature values match, increases a score about the viewer which represents the interest level with respect to the scene group of which the frame feature values match; and a viewer preference determination means which determines that the scene groups of the which the scores are higher are the scene groups preferred by the viewer. a first storage means which stores, in correspondence to a viewer, frame feature values to characterize each frame of scenes constituted by a series of frames in a video content viewed by the viewer; a second storage means which stores, as scene groups classified by attributes of the scenes, the frame feature values of scenes constitute by the series of frames; an interest level accumulation means which compares the frame feature values stored in the first storage means with the frame feature values stored in the second storage means, and in case the compared frame feature values match, increases a score about the viewer which represents the interest level with respect to the scene group of which the frame feature values match; and a viewer preference determination means which determines that the scene groups of the which the scores are higher are the scene groups preferred by the viewer.