mhurhangee/ep-ind-claims huggingface dataset:
Sheet-fed printing machine with individually driven cylinders, wherein the electric motor of the respective individual drive consists of at least two subsystems (6, 19), characterized in that the at least two subsystems (6, 19) consist of at least two galvanically separated parallel double coils (9, 10), at least one current controller for both partial systems (6, 19) is provided, both partial systems (6, 19) have their own actuation devices and are actuatable in a weighted manner by a computer-assisted monitoring and control logic so that at least one subsystem (6, 19) may remain functional and thus capable of compensating for a defective subsystem (6, 19). the at least two subsystems (6, 19) consist of at least two galvanically separated parallel double coils (9, 10), at least one current controller for both partial systems (6, 19) is provided, both partial systems (6, 19) have their own actuation devices and are actuatable in a weighted manner by a computer-assisted monitoring and control logic so that at least one subsystem (6, 19) may remain functional and thus capable of compensating for a defective subsystem (6, 19).
A CD24 protein for use in treating a demyelinating disorder in a subject, wherein the demyelinating disorder is selected from the group consisting of an Alzheimer's disease, a Parkinson's disease, neuromyelitis optica spectrum disorder, optic neuritis, transverse myelitis, and acute flaccid myelitis.
A solid cleansing composition, comprising a soap, a plant oil, and hydrolyzed protein, wherein the plant oil and the hydrolyzed protein are present in an effective amount to maintain or increase hydration of skin, wherein plant oil is present in an amount of from greater than 0 weight % to less than or equal to 5 weight % and comprises flaxseed oil, wherein the hydrolyzed protein is present in an amount of from greater than 0 weight % to less than or equal to 1 weight % and is selected from the group consisting of hydrolyzed gelatin, hydrolyzed collagen, hydrolyzed casein, hydrolyzed whey protein, hydrolyzed milk protein, hydrolyzed soy protein, hydrolyzed egg protein, hydrolyzed wheat protein, amino acids and peptides and combinations thereof. wherein plant oil is present in an amount of from greater than 0 weight % to less than or equal to 5 weight % and comprises flaxseed oil, wherein the hydrolyzed protein is present in an amount of from greater than 0 weight % to less than or equal to 1 weight % and is selected from the group consisting of hydrolyzed gelatin, hydrolyzed collagen, hydrolyzed casein, hydrolyzed whey protein, hydrolyzed milk protein, hydrolyzed soy protein, hydrolyzed egg protein, hydrolyzed wheat protein, amino acids and peptides and combinations thereof.
Method for selecting out of a plurality of predetermined blade geometries a blade geometry for a blade wheel to be manufactured from solid material for a turbomachine, with for the predetermined blade geometries at least one characteristic value identifying an aerodynamic property of the blade geometry and at least one characteristic value identifying a structural mechanism of the blade geometry being filed in a data memory, and a data evaluation unit ascertaining for each blade geometry a total value, which is calculated from the assigned characteristic values, with the data evaluation unit selecting at least that blade geometry whose total value has an extreme value of all computed total values of the blade geometries, with at least one characteristic value identifying a producibility of the respective blade geometry being filed in the data memory additionally to the blade geometries, and with the data evaluation unit also incorporating the characteristic value identifying the producibility while ascertaining the total value of the respective blade geometry, characterized in that a characteristic value identifying the producibility of the blade geometry is proportional to a maximum diameter of a generated surface of a rotationally symmetrical body, by means of which all surface points (9 to 19) of the blade geometry in the area of the blades (21, 23) can be reached.
Date mechanism comprising - a date wheel intended to provide an item of information relating to the date, - a control wheel intended to be driven by a clockwork movement and to drive the date wheel by at least one step per day, in which the control wheel comprises: - a first drive level (12.2) for driving the date wheel by one step at the end of each day, - a second drive level (12.4) for driving the date wheel by an additional step at the end of the last day of a month comprising 30 days, and in which the date wheel bears: - a jumping end-of-month wheel (10.0), intended to collaborate with the second drive level (12.4) of the control wheel at least at the end of months comprising 30 days, the said jumping end-of-month wheel (10.0) being mounted in the manner of a satellite on the date wheel, characterized in that the date wheel also bears: - an assembly of an annual cam (10.1) and of a feeler-spindle (10.2), the latter being borne by a lever and being designed to position the jumping end-of-month wheel (10.0) angularly with reference to its own axis of rotation on the date wheel. - a date wheel intended to provide an item of information relating to the date, - a control wheel intended to be driven by a clockwork movement and to drive the date wheel by at least one step per day, - a first drive level (12.2) for driving the date wheel by one step at the end of each day, - a second drive level (12.4) for driving the date wheel by an additional step at the end of the last day of a month comprising 30 days, - a jumping end-of-month wheel (10.0), intended to collaborate with the second drive level (12.4) of the control wheel at least at the end of months comprising 30 days, the said jumping end-of-month wheel (10.0) being mounted in the manner of a satellite on the date wheel, - an assembly of an annual cam (10.1) and of a feeler-spindle (10.2), the latter being borne by a lever and being designed to position the jumping end-of-month wheel (10.0) angularly with reference to its own axis of rotation on the date wheel.
An in vitro method of creating one or more heritable mutant alleles in rat loci of interest, the method comprising: modifying one or more loci in the genome of one or more cells of a rat embryo by introducing, into the rat cell, one or more zinc finger nucleases (ZFNs) that bind to target sites into the endogenous IgM gene under conditions such that the ZNFs cleave the one or more endogenous cellular genes such that the endogenous IgM gene is modified, wherein a first ZFN comprises a ZFP having the recognition helix regions as shown in the ZFPs designated 17747, 17759, 17756, 17767 and 17764 as set forth in a single row of table 6, and raising the rat embryo to sexual maturity.
An apparatus comprising: a first sensor comprising a depth sensor; one or more computer-readable storage media embodying instructions; and one or more processors configured to execute the instructions to: monitor, at least in part by output of the depth sensor, a physical environment comprising a user-defined interactive region for a predetermined event; detect, at least in part by the output of the depth sensor, the predetermined event in the interactive region; and in response to detection of the predetermined event, initiate a predetermined action associated with the predetermined event, wherein: the predetermined event comprises a plurality of event conditions, characterised in that the apparatus comprises a second sensor for detecting an environmental condition and in that the plurality of event conditions includes an event determined from the output of the second sensor used for detecting an environmental condition. a first sensor comprising a depth sensor; one or more computer-readable storage media embodying instructions; and one or more processors configured to execute the instructions to: monitor, at least in part by output of the depth sensor, a physical environment comprising a user-defined interactive region for a predetermined event; detect, at least in part by the output of the depth sensor, the predetermined event in the interactive region; and in response to detection of the predetermined event, initiate a predetermined action associated with the predetermined event, wherein: the predetermined event comprises a plurality of event conditions, characterised in that the apparatus comprises a second sensor for detecting an environmental condition and in that the plurality of event conditions includes an event determined from the output of the second sensor used for detecting an environmental condition. monitor, at least in part by output of the depth sensor, a physical environment comprising a user-defined interactive region for a predetermined event; detect, at least in part by the output of the depth sensor, the predetermined event in the interactive region; and in response to detection of the predetermined event, initiate a predetermined action associated with the predetermined event, wherein: the predetermined event comprises a plurality of event conditions, characterised in that the apparatus comprises a second sensor for detecting an environmental condition and in that the plurality of event conditions includes an event determined from the output of the second sensor used for detecting an environmental condition. the predetermined event comprises a plurality of event conditions, characterised in that the apparatus comprises a second sensor for detecting an environmental condition and in that the plurality of event conditions includes an event determined from the output of the second sensor used for detecting an environmental condition.
A rare-earth doped optical fiber amplifier for providing optical signal amplification over a defined bandwidth of operation, the rare-earth doped optical fiber amplifier comprising a section of rare-earth doped optical fiber, fiber, the section of rare-earth doped optical fiber formed to include a continuous grating structure inscribed therein, and incorporated along at least a majority thereof, including along an output termination section thereof to minimize the opportunity for additional gain variations to be generated prior to exiting the section of rare-earth doped optical fiber; and a source for providing a pump beam at a wavelength appropriate for creating gain for an optical signal propagating through the section of rare-earth doped optical fiber, creating as an output an amplified optical output signal, wherein the continuous grating structure is configured to provide distributed spectral filtering within the defined bandwidth of operation of the rare-earth doped optical fiber amplifier. a section of rare-earth doped optical fiber, fiber, the section of rare-earth doped optical fiber formed to include a continuous grating structure inscribed therein, and incorporated along at least a majority thereof, including along an output termination section thereof to minimize the opportunity for additional gain variations to be generated prior to exiting the section of rare-earth doped optical fiber; and a source for providing a pump beam at a wavelength appropriate for creating gain for an optical signal propagating through the section of rare-earth doped optical fiber, creating as an output an amplified optical output signal, wherein the continuous grating structure is configured to provide distributed spectral filtering within the defined bandwidth of operation of the rare-earth doped optical fiber amplifier.
A device for separating first particles from mixture comprising the first particles and second particles, each of the first particles having positive magnetic susceptibility and each of the second particles having magnetic susceptibility smaller than that of each of the first particles, the device comprising: - first magnetizing equipment (801, 901, 1001, 1101, 1201) for producing first magnetic field acting on the mixture, - carrier equipment (202, 702, 802, 902, 1002, 1102, 1202) for carrying the mixture so that the mixture is adapted to move with respect to the first magnetic field, - supply equipment (232, 432, 732, 832, 932) comprising a feed box (220, 420, 620, 720, 820, 920) for supplying the mixture to the carrier equipment with the aid of gravitation, wherein the first magnetizing equipment and the carrier equipment are adapted to produce the first magnetic field and to carry the mixture so that mutually opposite polarity portions of the first magnetic field are adapted to sweep the mixture in a sweeping direction and deflect a direction of movement of the first particles towards the sweeping direction and away from a direction of movement of the second particles, the deflected direction of movement of the first particles intersecting the sweeping direction, characterized in that the feed box comprises a second magnetizing equipment (231, 431, 631, 731, 831, 931) for producing second magnetic field acting on the mixture adapted to deflect a direction of movement of the first particles differently than a direction of movement of the second particles when the mixture is moved by the gravitation towards the carrier equipment. - first magnetizing equipment (801, 901, 1001, 1101, 1201) for producing first magnetic field acting on the mixture, - carrier equipment (202, 702, 802, 902, 1002, 1102, 1202) for carrying the mixture so that the mixture is adapted to move with respect to the first magnetic field, - supply equipment (232, 432, 732, 832, 932) comprising a feed box (220, 420, 620, 720, 820, 920) for supplying the mixture to the carrier equipment with the aid of gravitation,
Package comprising two panels (1, 2), one of which is included in a base part, which includes a bubble that is intended for storage purpose and projects downward from an under side of the panel and mouths in an opening in the upper side thereof, while the other panel is included in a cover, which is connected with the base part via a hinge in order to be turnable between a raised position, in which the interior of the bubble is accessible, and a lowered position, in which the panel of the cover covers the opening of the bubble, characterized in that the panels (1, 2) of the base part as well as of the cover comprise two seats (12a, 12b; 13a, 13b), and the individual seat has an available depth that amounts to half of the depth of the bubble, wherein, in the lowered position of the cover, the seats (12a, 12b; 13a, 13b) of the base part and the cover are laterally and equidistantly separated from the bubble, and the lower half of the projecting bubble is insertable into an open seat (13a, 13b) of another, equal package when the package is piled together with the another, equal package and the package and the another, equal package have been rotated 90° in relation to each other.
A system comprising: circuitry configured to determine a cell density and cell type in an area corresponding to a location of a user equipment; determine a mobility state of the user equipment based on the determined cell density and the determined cell type; and control cell reselection for the user equipment based on the determined mobility state of the user equipment, wherein the cell type includes at least a first cell type corresponding to a macro cell and a second cell type corresponding to a small cell having a smaller coverage area than the macro cell; and the circuitry is configured: to receive, from a cell serving the user equipment, information identifying clusters of small cells, to determine the number of small cells in each cluster and to determine identifier information of each small cell in each cluster; and to determine the cell density in each cluster according to the number of small cells in that cluster. circuitry configured to determine a cell density and cell type in an area corresponding to a location of a user equipment; determine a mobility state of the user equipment based on the determined cell density and the determined cell type; and control cell reselection for the user equipment based on the determined mobility state of the user equipment, wherein determine a cell density and cell type in an area corresponding to a location of a user equipment; determine a mobility state of the user equipment based on the determined cell density and the determined cell type; and control cell reselection for the user equipment based on the determined mobility state of the user equipment, the cell type includes at least a first cell type corresponding to a macro cell and a second cell type corresponding to a small cell having a smaller coverage area than the macro cell; and the circuitry is configured: to receive, from a cell serving the user equipment, information identifying clusters of small cells, to determine the number of small cells in each cluster and to determine identifier information of each small cell in each cluster; and to determine the cell density in each cluster according to the number of small cells in that cluster. to receive, from a cell serving the user equipment, information identifying clusters of small cells, to determine the number of small cells in each cluster and to determine identifier information of each small cell in each cluster; and to determine the cell density in each cluster according to the number of small cells in that cluster.
A high-strength steel sheet having a chemical composition containing, by mass%, C: 0.070% to 0.100%, Si: 0.30% to 0.70%, Mn: 2.20% to 2.80%, P: 0.025% or less, S: 0.0020% or less, Al: 0.020% to 0.060%, N: 0.0050% or less, Nb: 0.010% to 0.060%, Ti: 0.010% to 0.030%, B: 0.0005% to 0.0030%, Ca: 0.0015% or less, optionally one or more elements selected from Sb: 0.005% to 0.015%, Cr: 0.30% or less, V: 0.10% or less, Mo: 0.20% or less, Cu: 0.10% or less, Ni: 0.10% or less, and REM: 0.0010% to 0.0050%, whereas Sb is not added when its amount is less than 0.0003 mass%, and the balance being Fe and inevitable impurities; a microstructure consists of, in terms of area ratio, 30% or more of a ferrite phase, 40% to 65% of a bainite phase and/or a martensite phase, and 5% or less of cementite, and optionally 5% or less of retained austenite, the metallographic structure determined at a position in a cross section at 1/4 of the thickness from the surface of the steel sheet, wherein, in a surface layer that is a region within 50 μm from the surface in the thickness direction, the area ratio of a ferrite phase is 40% to 55% and the total area ratio of a bainite phase having a grain diameter of more than 5 μm and/or a martensite phase having a grain diameter of more than 5 μm is 20% or less; and a tensile strength being 980 MPa or more, and having a limit bending radius to the thickness R/t of 2.0 or less measured according JIS Z 2248.
A neighboring cell relationship configuration method for a mobile satellite communications system, wherein the method comprises: receiving, by a communications device of the mobile satellite communications system from a first satellite of the mobile satellite communications system, neighboring cell relationship configuration information, wherein the neighboring cell relationship configuration information comprises a neighboring cell status function identifier, and the neighboring cell status function identifier is used to indicate an inactive state of at least one neighboring cell of a first satellite cel, wherein the satellite cell is a cell covered by a beam of the first satellite at a specific moment or in a specific state; and determining, by the communications device, a configuration status of the neighboring cell based on the neighboring cell relationship configuration information. receiving, by a communications device of the mobile satellite communications system from a first satellite of the mobile satellite communications system, neighboring cell relationship configuration information, wherein the neighboring cell relationship configuration information comprises a neighboring cell status function identifier, and the neighboring cell status function identifier is used to indicate an inactive state of at least one neighboring cell of a first satellite cel, wherein the satellite cell is a cell covered by a beam of the first satellite at a specific moment or in a specific state; and determining, by the communications device, a configuration status of the neighboring cell based on the neighboring cell relationship configuration information.
Timepiece barrel for pivotal assembly between a bottom plate and a bridge and including at least one main spring, housed between a pivoting drum and a cover, and said spring being hooked between, at the outer end thereof said drum, and at the inner end thereof an arbor pivoting integrally, about a pivot axis, with a ratchet comprised in said barrel, said arbor including, about a cylindrical drum element along said pivot axis, on the one hand, a protruding hook for hooking said main spring, and on the other hand, recessed pivotal drive means, which cooperate with complementary drive means comprised in said ratchet for the pivotal driving thereof, characterized in that said complementary drive means of said ratchet consist in at least one strip spring permitting the fitting of said ratchet on said arbor and forming pivotal drive means, and further characterized in that said main spring is 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, in that said main spring has a width to thickness ratio of between 3 and 23, and in that the ratio between the maximum radius of a spring bearing shoulder of said arbor and the thickness of said spring is between 3 and 9.
An indirect firing fastening tool comprising, in one case, an axially movable equipment with a tip guide projecting from the case to drive a fastening member into a support material, a reception housing for a fastener charger and anti-firing safety means to prevent the recoil of the tip guide, characterized in that an anti-firing trigger support is mounted on said reception housing to convert the tool into a mono-firing tool, the trigger being arranged to cooperate with the anti-firing safety means so as to remove them and authorize firing.
An infant cereal product comprising - a hydrolyzed whole grain composition; - an alpha-amylase or fragment thereof, which alpha-amylase or fragment thereof shows no hydrolytic activity towards dietary fibers when in the active state; - a moisture content below 5% (w/w), - vitamin and mineral fortification. - a hydrolyzed whole grain composition; - an alpha-amylase or fragment thereof, which alpha-amylase or fragment thereof shows no hydrolytic activity towards dietary fibers when in the active state; - a moisture content below 5% (w/w), - vitamin and mineral fortification.
A home appliance, particularly an oven, comprising a body, at least one flange provided on said body, at least one panel, least one coupling element comprising a connection piece and a support piece in one-piece manner, the connection piece providing connection between the flange and the at least one panel and the support piece extending in the direction of the height of the panel, wherein said connection piece has at least one connection channel wherein the flange is partially placed and an upper channel provided in recess form extending from a seating surface of the connection piece for the panel towards the support piece and wherein at least one engagement tab of the panel is placed, characterized in that the support piece fills the clearance provided between the flange and a front wall of the panel, the panel having control knobs controlling the functions of the home appliance, and an upper tab, whereon said connection channel is provided, is placed into a slit provided on the flange and wherein the coupling element comprises at least one lower tab provided in the vicinity of one end of the support piece and placed to at least one housing provided on the flange.