mhurhangee/ep-ind-claims huggingface dataset:
A power transmission device for a vehicle, the power transmission device comprising: an input shaft configured to rotate about an axis of the input shaft together with a wheel of the vehicle; a driving gear arranged coaxially with the input shaft, and configured to rotate about the axis of the input shaft integrally with the input shaft; a regenerative energy converting means connected to an output shaft; a driven gear meshing with the driving gear, and configured to transmit a rotational force to the output shaft, so that it is possible to recover regenerative energy both when a rotational force is transmitted from a driving source to the wheel, and when a braking force is applied to the wheel; a wheel bearing supporting the input shaft such that the input shaft is rotatable about the axis of the input shaft relative to the driven gear; and a constant-velocity universal joint to which the input shaft is coupled, and which is configured to transmit a rotational force about an axis of the constant-velocity universal joint to the input shaft under a driving force of the driving source. an input shaft configured to rotate about an axis of the input shaft together with a wheel of the vehicle; a driving gear arranged coaxially with the input shaft, and configured to rotate about the axis of the input shaft integrally with the input shaft; a regenerative energy converting means connected to an output shaft; a driven gear meshing with the driving gear, and configured to transmit a rotational force to the output shaft, so that it is possible to recover regenerative energy both when a rotational force is transmitted from a driving source to the wheel, and when a braking force is applied to the wheel; a wheel bearing supporting the input shaft such that the input shaft is rotatable about the axis of the input shaft relative to the driven gear; and a constant-velocity universal joint to which the input shaft is coupled, and which is configured to transmit a rotational force about an axis of the constant-velocity universal joint to the input shaft under a driving force of the driving source.
An absorbent article having a lengthwise direction and a widthwise direction, comprising a body section which has a liquid-permeable top sheet provided on the skin side, a liquid-impermeable back sheet provided on the clothing side and a liquid-retaining absorbent body provided between the top sheet and the back sheet, and wing sections that extend out from both edges of the body section in the widthwise direction, the surface on the side opposite the clothing side on the wing sections being made of the top sheet or of side sheets provided on both sides in the widthwise direction of the top sheet of the body section, and comprising a plurality of bent sections which extend in a discontinuous manner in the lengthwise direction of the absorbent article and are aligned in the widthwise direction of the absorbent article, having approximately U-shaped widthwise cross-sectional shapes, on the surface of the top sheet or the side sheets, on the side opposite the clothing side of at least the wing sections, and discontinuous sections rendering each bent section discontinuous, such that the bent sections extending in the lengthwise direction are interrupted at multiple locations along them by a plurality of the discontinuous sections aligned along a plurality of straight lines, wherein the discontinuous section which renders each bent section discontinuous is aligned along the same straight line as that of the discontinuous section of the bent section adjacent to that bent section.
A method for preparing a coral scaffold or coral biomatrix seeded with precursor cells for inducing or enhancing bone and/or cartilage formation, wherein the method comprises seeding a coral scaffold or coral biomatrix with precursor cells in culture in the presence of a calcium chelator for a period of time sufficient to seed said precursor cells in said coral scaffold or coral biomatrix, provided that the precursor cells are not human embryonic stem cells.
A relay node for use in a wireless communication network, the relay node comprising: one or more components configured to wirelessly transmit, during initialization of the relay node, a Radio Resource Control, RRC, Connection Setup Complete message to an access node in the network, the message identifying the relay node as a relay node, as opposed to a mobile station, based on a lack of content in the RRC Connection Setup Complete message, wherein the initialization of the relay node is the RRC connection establishment phase of the relay node. one or more components configured to wirelessly transmit, during initialization of the relay node, a Radio Resource Control, RRC, Connection Setup Complete message to an access node in the network, the message identifying the relay node as a relay node, as opposed to a mobile station, based on a lack of content in the RRC Connection Setup Complete message, wherein the initialization of the relay node is the RRC connection establishment phase of the relay node.
A separator for use in a silver-zinc rechargeable battery comprising: a polymer material comprising ABS; and a filler comprising a zirconium oxide material, wherein the separator is substantially free of titanium and has a resistivity of no more than 2000 Ohm·cm wherein the zirconium oxide material comprises from 1 mol% to 10 mol% of yttrium oxide. a polymer material comprising ABS; and a filler comprising a zirconium oxide material,
A method of reducing and/or preventing the accumulation of concentrated ink at an ejection point of a printhead of an electrostatic inkjet printer when ink is not being ejected at the ejection point, the printhead further comprising: an ejection electrode; and an intermediate electrode, the electrostatic inkjet printer further comprising: a bias supply for supplying a voltage to the ejection electrode of the printhead; and an intermediate electrode supply for supplying a voltage to the intermediate electrode of the printhead characterised in that the method further comprises reversing the electric field at the ejection point of the printhead during a non-printing phase of operation to reduce the concentration of ink at the ejection point by short-circuiting the bias supply to ground. an ejection electrode; and an intermediate electrode, a bias supply for supplying a voltage to the ejection electrode of the printhead; and an intermediate electrode supply for supplying a voltage to the intermediate electrode of the printhead characterised in that the method further comprises reversing the electric field at the ejection point of the printhead during a non-printing phase of operation to reduce the concentration of ink at the ejection point by short-circuiting the bias supply to ground.
A floating offshore wind turbine system, comprising; - a plurality of wind turbines arranged on the ocean, each supported by a floating body and each having a rotor; - an anemoscope; and - a movable mooring mechanism (4, 7) that is capable of mooring the wind turbines on the ocean while maintaining relative positions of the wind turbines and is also capable of changing the relative positions of the wind turbines, characterized by - a control device that controls a drive of the movable mooring mechanism (4, 7) on the basis of a wind direction measured by the anemoscope and controls to change the relative positions of the wind turbines so that a total number of rotors which enters a wake flow of another rotor decreases, wherein - the movable mooring mechanism (4, 7) includes a plurality of mooring cables locked to the floating body and a plurality of winding devices (7, 7a, 7b) winding the mooring cables respectively, - the winding devices (7, 7a, 7b) being provided on all or at least one of the floating bodies, and the wind turbine being able to be moved by winding one mooring cable by one winding device and unwinding another mooring cable by another winding device thereby changing the relative positions of the wind turbines. - a plurality of wind turbines arranged on the ocean, each supported by a floating body and each having a rotor; - an anemoscope; and - a movable mooring mechanism (4, 7) that is capable of mooring the wind turbines on the ocean while maintaining relative positions of the wind turbines and is also capable of changing the relative positions of the wind turbines, characterized by - a control device that controls a drive of the movable mooring mechanism (4, 7) on the basis of a wind direction measured by the anemoscope and controls to change the relative positions of the wind turbines so that a total number of rotors which enters a wake flow of another rotor decreases, wherein - the movable mooring mechanism (4, 7) includes a plurality of mooring cables locked to the floating body and a plurality of winding devices (7, 7a, 7b) winding the mooring cables respectively, - the winding devices (7, 7a, 7b) being provided on all or at least one of the floating bodies, and the wind turbine being able to be moved by winding one mooring cable by one winding device and unwinding another mooring cable by another winding device thereby changing the relative positions of the wind turbines.
Process for preparing an alkenone, which comprises the following steps: (a) providing a halogenated precursor of the alkenone (b) eliminating the hydrogen halide from said precursor to form the alkenone by a thermolysis treatment selected from a thermolysis carried out at a temperature from greater than 90°C to 120°C, a flash thermolysis, vacuum thermolysis carried out at a temperature from 60°C to 140°C and thermolysis under stripping with inert gas, wherein the halogenated precursor of the alkenone corresponding to Formula: R1-C -CH2-CH -OR2 wherein X represents fluorine, chlorine or bromine and R1 is a fluorinated C1-C4 alkyl group, preferably a CF3 group; and R2 represents aryl, substituted aryl, or a C1-C10 alkyl group which is optionally substituted by at least one halogen atom is prepared by reaction of an acid halide corresponding to Formula: R1-C X in which X and R1 has the meaning given above, is reacted with a vinyl ether corresponding to Formula: CH2=C -OR2 in which R2 has the meaning given above. (a) providing a halogenated precursor of the alkenone (b) eliminating the hydrogen halide from said precursor to form the alkenone by a thermolysis treatment selected from a thermolysis carried out at a temperature from greater than 90°C to 120°C, a flash thermolysis, vacuum thermolysis carried out at a temperature from 60°C to 140°C and thermolysis under stripping with inert gas, wherein the halogenated precursor of the alkenone corresponding to Formula: R1-C -CH2-CH -OR2 wherein X represents fluorine, chlorine or bromine and R1 is a fluorinated C1-C4 alkyl group, preferably a CF3 group; and R2 represents aryl, substituted aryl, or a C1-C10 alkyl group which is optionally substituted by at least one halogen atom is prepared by reaction of an acid halide corresponding to Formula: R1-C X in which X and R1 has the meaning given above, is reacted with a vinyl ether corresponding to Formula: CH2=C -OR2 in which R2 has the meaning given above.
A high loading immediate release dosage form comprising: (a) at least 50 wt% of a solid dispersion formed by spray-drying, said dispersion comprising a low solubility drug having a minimum aqueous solubility over the pH range 1-8 of less than 1 mg/ml and being selected from cholesterol ester transfer protein inhibitors and a concentration-enhancing polymer selected from the group consisting of carboxymethyl ethyl cellulose, hydroxypropyl methyl cellulose acetate succinate, hydroxypropyl methyl cellulose phthalate, cellulose acetate phthalate, cellulose acetate trimellitate, and blends thereof, wherein the amount of drug in crystalline form in said dispersion does not exceed 10 wt%, said polymer being present in said dispersion in a drug-to-polymer weight ratio greater than 0.05 and less than 2.5; (b) 5 wt% to 20 wt% of a disintegrant, wherein said disintegrant is selected from the group consisting of crospovidone, croscarmellose sodium, and mixtures thereof; and (c) 10 wt% to 50 wt% of a porosigen, wherein said porosigen is selected from the group consisting of dibasic calcium phosphate anhydrous and dibasic calcium phosphate dehydrate, microcrystalline cellulose, and mixtures thereof wherein said dosage form disintegrates in 10 minutes or less following introduction into a disintegration medium, said dosage form being a tablet. (a) at least 50 wt% of a solid dispersion formed by spray-drying, said dispersion comprising a low solubility drug having a minimum aqueous solubility over the pH range 1-8 of less than 1 mg/ml and being selected from cholesterol ester transfer protein inhibitors and a concentration-enhancing polymer selected from the group consisting of carboxymethyl ethyl cellulose, hydroxypropyl methyl cellulose acetate succinate, hydroxypropyl methyl cellulose phthalate, cellulose acetate phthalate, cellulose acetate trimellitate, and blends thereof, wherein the amount of drug in crystalline form in said dispersion does not exceed 10 wt%, said polymer being present in said dispersion in a drug-to-polymer weight ratio greater than 0.05 and less than 2.5; (b) 5 wt% to 20 wt% of a disintegrant, wherein said disintegrant is selected from the group consisting of crospovidone, croscarmellose sodium, and mixtures thereof; and (c) 10 wt% to 50 wt% of a porosigen, wherein said porosigen is selected from the group consisting of dibasic calcium phosphate anhydrous and dibasic calcium phosphate dehydrate, microcrystalline cellulose, and mixtures thereof wherein said dosage form disintegrates in 10 minutes or less following introduction into a disintegration medium, said dosage form being a tablet.
A region of interest, ROI, segmentation system, comprising: a display device configured to display an image; a gaze-tracking device configured to generate gaze points relative to the displayed image; a gaze point collector configured to select gaze points from the generated gaze points corresponding to a ROI of the displayed image; a boundary identifier configured to estimate a boundary based on the selected gaze points (54, 60); and a region identifier configured to segment the ROI based on the generated boundary, wherein the gaze point collector is further configured to generate a dwelling point from the generated gaze points, and the dwelling point identifies a spatial location in the displayed image within the ROI, and the dwelling point defines a spatial and temporal proximity of the selected gaze points, and wherein the display device is further configured to display a visual representation of the dwelling point relative to the displayed image. a display device configured to display an image; a gaze-tracking device configured to generate gaze points relative to the displayed image; a gaze point collector configured to select gaze points from the generated gaze points corresponding to a ROI of the displayed image; a boundary identifier configured to estimate a boundary based on the selected gaze points (54, 60); and a region identifier configured to segment the ROI based on the generated boundary, wherein the gaze point collector is further configured to generate a dwelling point from the generated gaze points, and the dwelling point identifies a spatial location in the displayed image within the ROI, and the dwelling point defines a spatial and temporal proximity of the selected gaze points, and wherein the display device is further configured to display a visual representation of the dwelling point relative to the displayed image.
A myoelectric controller for a weight bearing member having at least one powered joint, comprising: a velocity reference module for receiving myoelectric control signals from a user during a non-weight bearing mode for the at least one powered joint and generating a velocity reference for the at least one powered joint based on the myoelectric control signals; and a volitional impedance module for generating a torque control signal for actuating the at least one powered joint based at least on the velocity reference. a velocity reference module for receiving myoelectric control signals from a user during a non-weight bearing mode for the at least one powered joint and generating a velocity reference for the at least one powered joint based on the myoelectric control signals; and a volitional impedance module for generating a torque control signal for actuating the at least one powered joint based at least on the velocity reference.
A method of determining tumor hypoxia, comprising: - determining the hypermethylation status of one or more promoters of tumor suppressor genes in a sample comprising circulating tumor DNA from a subject; - comparing the said hypermethylation status to a methylation status of a normoxic tissue wherein a hypermethylation status is present when the methylation status is at least 3% higher compared to said normoxic tissue. - determining the hypermethylation status of one or more promoters of tumor suppressor genes in a sample comprising circulating tumor DNA from a subject; - comparing the said hypermethylation status to a methylation status of a normoxic tissue wherein a hypermethylation status is present when the methylation status is at least 3% higher compared to said normoxic tissue.
A method for sealing an array of wells having an aqueous fluid disposed therein by disposing a layer of immiscible fluid over the array of wells, the method comprising: actuating movement of a droplet of aqueous fluid towards a droplet of immiscible fluid by using digital microfluidics electrodes such that the two droplets contact each other thereby forming a biphasic droplet comprising an aqueous phase formed by the droplet of aqueous fluid and a non-aqueous phase formed by the droplet of immiscible fluid; actuating movement of the aqueous phase of the biphasic droplet by using DMF electrodes thereby pulling the non-aqueous phase present in the biphasic droplet towards an array of wells; contacting the array of wells with the aqueous phase of the biphasic droplet by actuating movement of the aqueous phase of the biphasic droplet over the array of wells by using DMF electrodes; and contacting the array of wells with the non-aqueous phase of the biphasic droplet by actuating movement of the aqueous phase of the biphasic droplet to a position adjacent the array of wells by using DMF electrodes such that the non-aqueous phase is pulled over the array of wells, wherein contacting the array of wells with the non-aqueous phase of the biphasic droplet covers the array of wells with the immiscible fluid thereby sealing the array of wells. actuating movement of a droplet of aqueous fluid towards a droplet of immiscible fluid by using digital microfluidics electrodes such that the two droplets contact each other thereby forming a biphasic droplet comprising an aqueous phase formed by the droplet of aqueous fluid and a non-aqueous phase formed by the droplet of immiscible fluid; actuating movement of the aqueous phase of the biphasic droplet by using DMF electrodes thereby pulling the non-aqueous phase present in the biphasic droplet towards an array of wells; contacting the array of wells with the aqueous phase of the biphasic droplet by actuating movement of the aqueous phase of the biphasic droplet over the array of wells by using DMF electrodes; and contacting the array of wells with the non-aqueous phase of the biphasic droplet by actuating movement of the aqueous phase of the biphasic droplet to a position adjacent the array of wells by using DMF electrodes such that the non-aqueous phase is pulled over the array of wells, wherein contacting the array of wells with the non-aqueous phase of the biphasic droplet covers the array of wells with the immiscible fluid thereby sealing the array of wells.
An electrical insulation system comprising: a first insulation layer comprising a first polymer and a first filler in the form of nanoparticles; a second insulation layer comprising a second polymer and a second filler in the form of chromium oxide, Cr 2 O 3, iron oxide, Fe 2 O 3, or a mixture of chromium oxide and iron oxide; characterized in that at least one of the first and the second insulation layers (60, 70) is in the form of a solid and flat sheet.
A torque power wrench for tightening and loosening fasteners, the torque power wrench including: a device for effecting rotation of the fastener having a trigger operatable by a hand of an operator for activating the torque power wrench; and a safety device operatable by another hand of the operator, and being configured such that, in use, the device for effecting rotation is operatable, characterized by a reaction arm connectable with and disconnectable from a housing of the torque power wrench and configured to abut against an adjacent stationary object during the functioning of the torque power wrench so as to stop it from turning around the fastener during its tightening or loosening, the safety device being configured such that the reaction arm is non-rotatably connected with the housing when the safety device is in use and can divert a reaction force to the adjacent stationary object, but is disconnected from the housing when only one hand of the operator is used and the trigger is operated and therefore, when disconnected, cannot divert a reaction force to the adjacent stationary object. a device for effecting rotation of the fastener having a trigger operatable by a hand of an operator for activating the torque power wrench; and a safety device operatable by another hand of the operator, and being configured such that, in use, the device for effecting rotation is operatable, characterized by a reaction arm connectable with and disconnectable from a housing of the torque power wrench and configured to abut against an adjacent stationary object during the functioning of the torque power wrench so as to stop it from turning around the fastener during its tightening or loosening, the safety device being configured such that the reaction arm is non-rotatably connected with the housing when the safety device is in use and can divert a reaction force to the adjacent stationary object, but is disconnected from the housing when only one hand of the operator is used and the trigger is operated and therefore, when disconnected, cannot divert a reaction force to the adjacent stationary object.
A composition useful as an artificial tear, wherein the composition is as defined in the table below: Ingredient Formulation 1: Concentration, % (w/v) Formulation 4: Concentration, % (w/v) Carboxymethyl cellulose sodium 0.5 % w/v 0.5 % w/v Glycerin 0.9 % w/v 1.0 % w/v Sodium hyaluronate 0.1 % w/v 0.1 % w/v Purite 0.01 % w/v - Boric acid 0.7 % w/v - Sodium lactate - 0.3% w/v Sodium borate decahydrate 0.2 % w/v - Sodium citrate dihydrate 0.1 % w/v - Potassium chloride 0.14 % w/v 0.14 % w/v Calcium chloride dihydrate 0.006 % w/v 0.006 % w/v Magnesium chloride hexahydrate 0.006 % w/v 0.006 % w/v Erythritol 0.5 % w/v 0.5 % w/v Levocarnitine - 0.25% w/v NaOH/HCl for pH adjustment 7.2 pH 6.2-7.0 pH Water for injection /purified water 100 % w/v 100% w/v