mhurhangee/ep-ind-claims huggingface dataset:
Solid oral composition comprising an organic or inorganic ferrous salt, vitamin E, sodium ascorbate, animal or plant proteins and magnesium oxide, in combination with suitable excipients and/or diluents for use in the treatment of disorders caused by iron deficiency, wherein, when said solid oral composition comes in contact with an aqueous medium having a pH of between 4.8 and 6.8 a Fe II -ascorbate-proteinate complex forms in said aqueous medium containing also vitamin E and magnesium oxide.
A tube comprising a rubber composition comprising a diene based rubber, from 0.25 to 5 parts by weight, per 100 parts by weight of rubber (phr), of a self-lubrication agent capable of migrating from the rubber composition to surface of the tube and disposing on the tube surface as a liquid, and from 1 to 15 parts by weight, per 100 parts by weight of rubber (phr), of a vulcanization modifier including at least one of α,ω-bis(N,N'-dihydrocarbylthiocarbamoyldithio)alkanes, bismaleimides, and biscitraconimides.
A monocular display unit with a screen wherein the screen can be worn on the head of a user as part of peaked cap or visor cap and wherein a) on the underside of the screen of the peaked cap or visor cap the display unit is arranged in such a way that the central field of vision of a first user eye is not essentially impaired, and b) the display unit contains a transmitted light LCD module and, facing the first eye, a Fresnel lens which positions a display surface of the transmitted light LCD module with a virtual image width of a few metres in the user's field of vision so that when the line of vision of the eye changes to upwards the information to be displayed can be seen without accommodation changes and c) the transmitted light LCD module is illuminated at the back by the output end of a light guide which on the screen of the peaked cap or visor cap forms a light collector unit, the upwardly pointing inlet surface of which absorbs or collects ambient light, wherein d) the light guide contains a fluorescence dye activated to shine, preferably in the green to yellow wavelength range, by ambient light so that the collected ambient light is homogenised and is displaced in wavelength to a preferred contrast colour. a) on the underside of the screen of the peaked cap or visor cap the display unit is arranged in such a way that the central field of vision of a first user eye is not essentially impaired, and b) the display unit contains a transmitted light LCD module and, facing the first eye, a Fresnel lens which positions a display surface of the transmitted light LCD module with a virtual image width of a few metres in the user's field of vision so that when the line of vision of the eye changes to upwards the information to be displayed can be seen without accommodation changes and c) the transmitted light LCD module is illuminated at the back by the output end of a light guide which on the screen of the peaked cap or visor cap forms a light collector unit, the upwardly pointing inlet surface of which absorbs or collects ambient light, wherein d) the light guide contains a fluorescence dye activated to shine, preferably in the green to yellow wavelength range, by ambient light so that the collected ambient light is homogenised and is displaced in wavelength to a preferred contrast colour.
A disposable sleeve having an antimicrobial property for covering an arm of a pair of spectacles, the disposable sleeve comprising: - an elasticated and seamless generally tubular body comprising: (i) an opening at at least one end thereof for receiving the spectacle arm; (ii) at least one concertinaed portion configured to selectively extend or retract according to an overall length of the tubular body; and (iii) at least one tab portion located adjacent the opening, the at least one tab portion comprising a low tack adhesive strip for temporarily adhering the at least one tab portion to one of an external portion of the tubular body, the spectacle arm, a lens and a lens frame portion of the pair of spectacles for securing the sleeve to the spectacle arm in a sealing engagement in use; and - at least one antimicrobial agent containing component applied to a surface of the tubular body and/or dispersed therein, to impart the antimicrobial property thereto. - an elasticated and seamless generally tubular body comprising: (i) an opening at at least one end thereof for receiving the spectacle arm; (ii) at least one concertinaed portion configured to selectively extend or retract according to an overall length of the tubular body; and (iii) at least one tab portion located adjacent the opening, the at least one tab portion comprising a low tack adhesive strip for temporarily adhering the at least one tab portion to one of an external portion of the tubular body, the spectacle arm, a lens and a lens frame portion of the pair of spectacles for securing the sleeve to the spectacle arm in a sealing engagement in use; and (i) an opening at at least one end thereof for receiving the spectacle arm; (ii) at least one concertinaed portion configured to selectively extend or retract according to an overall length of the tubular body; and (iii) at least one tab portion located adjacent the opening, the at least one tab portion comprising a low tack adhesive strip for temporarily adhering the at least one tab portion to one of an external portion of the tubular body, the spectacle arm, a lens and a lens frame portion of the pair of spectacles for securing the sleeve to the spectacle arm in a sealing engagement in use; and - at least one antimicrobial agent containing component applied to a surface of the tubular body and/or dispersed therein, to impart the antimicrobial property thereto.
Method for detecting a state of a fluid within a microfluidic plate using at least one sensor for detecting a state of a fluid within a microfluidic plate, comprising at least a first planar electrode and a second planar electrode arranged parallel to one another so as to form an electric capacitor, wherein the first planar electrode and the second planar electrode are configured to generate an electric field within the fluid, wherein the sensor is configured to detect the state of the fluid by means of a capacitance of the electric capacitor, the method comprising - providing a microfluidic plate, the microfluidic plate being a multiwell plate comprising a plurality of wells, - arranging the sensor above the multiwell plate with respect to a direction of gravity, - filling a fluid into at least one well, - generating an electric field within the fluid, and - detecting the state of the fluid by means of a capacitance of the electric capacitor, wherein the method further comprises detecting the presence or absence of a sealing foil sealing the well. - providing a microfluidic plate, the microfluidic plate being a multiwell plate comprising a plurality of wells, - arranging the sensor above the multiwell plate with respect to a direction of gravity, - filling a fluid into at least one well, - generating an electric field within the fluid, and - detecting the state of the fluid by means of a capacitance of the electric capacitor, wherein the method further comprises detecting the presence or absence of a sealing foil sealing the well.
A wrench comprising a head having a mouth and jaw cheeks for torque-transmitting engagement on a polygonal profile of a nut or a bolt head, the wrench having two torque-introducing zones which are disposed adjacent to one another in an axial direction with respect to the direction of rotation of the nut or the bolt head, each zone having a radial jaw opening, a first of the two torque-introducing zones being formed by a steel base body of the wrench and having a multi-point configuration (5, 8) which has two angular notches (4, 5, 6; 8, 4', 9), each of which has three flanks, two flanks being in each case formed by the steel base body and having a corner for torque-transmitting partially-surrounding engagement on the polygon corners of the polygonal profile, the second of the two torque-introducing zones being formed by a steel plate, which is fixedly connected to the steel base body, has parallel jaws that run parallel to one another for torque-transmitting engagement on the polygon faces of the same polygonal profile, and forms the third flank of the angular notches as a stop for a portion of an end face of the polygonal profile.
A humidified gases delivery device comprising a source of humidified gas, and a medical tube for providing humidified gas to a patient, a first connector attached to a first end of the medical tube and a second connector attached to a second end of the medical tube, the medical tube comprising: an elongate conduit having a first opening as a humidified gases inlet for receiving humidified gases, a second opening as a humidified gases outlet for expelling humidified gases, a longitudinal axis, a lumen extending between the first opening and the second opening along the longitudinal axis, and a conduit wall, extending between the first opening and the second opening and surrounding the lumen, characterised in that the first opening is connected to a humidifier of the source of humidified gas by the first connector, and the elongate conduit is a single conduit and the conduit wall is stiffer adjacent the first opening than adjacent the second opening such that the conduit wall adjacent the first opening is configured to extend upwardly from the source of humidified gas to define a drain-back length, the drain-back length configured to drain condensate back towards the source of humidified gas. an elongate conduit having a first opening as a humidified gases inlet for receiving humidified gases, a second opening as a humidified gases outlet for expelling humidified gases, a longitudinal axis, a lumen extending between the first opening and the second opening along the longitudinal axis, and a conduit wall, extending between the first opening and the second opening and surrounding the lumen, characterised in that the first opening is connected to a humidifier of the source of humidified gas by the first connector, and the elongate conduit is a single conduit and the conduit wall is stiffer adjacent the first opening than adjacent the second opening such that the conduit wall adjacent the first opening is configured to extend upwardly from the source of humidified gas to define a drain-back length, the drain-back length configured to drain condensate back towards the source of humidified gas.
A solid seismic streamer cable, comprising a core part, the core part comprising a buffer layer, wherein the buffer layer is provided with cut-outs at selected locations along the cable; and a hydrophone arranged in one of the cut-outs, the hydrophone comprising a split-element sensor base (10, 11) and an optical fibre sensor coil, characterized in that the split-element sensor base (10, 11) comprises a pair of inner cylindrical parts (10A, 10B), and a pair of compliant outer cylindrical parts (11A, 11B), wherein - the inner cylindrical parts (10A, 10B) are assembled together in the cut-out of the buffer layer to form an inner cylinder, - the outer cylindrical parts (11A, 11B) are assembled together onto the inner cylinder to form an outer cylinder in the cut-out of the buffer layer, wherein the outer cylindrical parts (11A, 11B) are rotated with respect to the inner cylindrical parts (10A, 10B), wherein the inner and outer cylindrical parts (10A, 10B, 11A, 11B) form an air filled cavity, and wherein an optical fibre of the optical fibre sensor coil is wound onto the outer surfaces of the outer cylindrical parts (11A, 11B). a core part, the core part comprising a buffer layer, wherein the buffer layer is provided with cut-outs at selected locations along the cable; and a hydrophone arranged in one of the cut-outs, the hydrophone comprising a split-element sensor base (10, 11) and an optical fibre sensor coil, characterized in that the split-element sensor base (10, 11) comprises a pair of inner cylindrical parts (10A, 10B), and a pair of compliant outer cylindrical parts (11A, 11B), wherein - the inner cylindrical parts (10A, 10B) are assembled together in the cut-out of the buffer layer to form an inner cylinder, - the outer cylindrical parts (11A, 11B) are assembled together onto the inner cylinder to form an outer cylinder in the cut-out of the buffer layer, wherein the outer cylindrical parts (11A, 11B) are rotated with respect to the inner cylindrical parts (10A, 10B), - the inner cylindrical parts (10A, 10B) are assembled together in the cut-out of the buffer layer to form an inner cylinder, - the outer cylindrical parts (11A, 11B) are assembled together onto the inner cylinder to form an outer cylinder in the cut-out of the buffer layer, wherein the outer cylindrical parts (11A, 11B) are rotated with respect to the inner cylindrical parts (10A, 10B), wherein the inner and outer cylindrical parts (10A, 10B, 11A, 11B) form an air filled cavity, and wherein an optical fibre of the optical fibre sensor coil is wound onto the outer surfaces of the outer cylindrical parts (11A, 11B).
An electric vehicle comprising: a driving device including an electric motor and a mechanism transmitting a driving force from the electric motor to a rear wheel axle, the electric motor and the mechanism being accommodated in a case, and the driving device being disposed in a rear portion of the vehicle such that the driving device crosses the rear wheel axle; a first oil cooler and a second oil cooler configured to cool oil in the case, characterized in that the first oil cooler being disposed behind the rear wheel axle and cooling oil supplied to the electric motor via a first oil passage; and the second oil cooler being disposed behind the rear wheel axle and disposed at a position misaligned in a vehicle front-rear direction with respect to the first oil cooler and cooling oil supplied to the electric motor via a second oil passage. a driving device including an electric motor and a mechanism transmitting a driving force from the electric motor to a rear wheel axle, the electric motor and the mechanism being accommodated in a case, and the driving device being disposed in a rear portion of the vehicle such that the driving device crosses the rear wheel axle; a first oil cooler and a second oil cooler configured to cool oil in the case, characterized in that the first oil cooler being disposed behind the rear wheel axle and cooling oil supplied to the electric motor via a first oil passage; and the second oil cooler being disposed behind the rear wheel axle and disposed at a position misaligned in a vehicle front-rear direction with respect to the first oil cooler and cooling oil supplied to the electric motor via a second oil passage.
Contact device for a vacuum bulb comprising two electrodes each rigidly attached to a shaft, said shafts being axially aligned with each other, each electrode comprising a tablet-shaped element associated with a base element via a coupling surface, the two electrodes being able to take a position in which the tablet-shaped elements are in contact and a position in which they are separated from one another by a relative translation along the shafts, a contact device in which the coupling surface comprises cut-outs extending between a first end at the periphery of the base element and a second end internal to the base element, each cut-out being tangent to a circle centered on the shaft at its second end, the cut-outs passing through the thickness of the base element, the cut-outs of a base element being all in the same direction in such a manner as to form sectors of an arc base element broadening from the center toward the periphery, characterized in that the two electrodes are a mirror image of each other, such that the cut-outs are superposed in the contact device.
A tri-segmented infectious and replication-competent arenavirus particle comprising one L segment and two S segments, wherein one of the two S segments is selected from the group consisting of: (i) an S segment, wherein the ORF encoding the NP is under control of an arenavirus 5' UTR; (ii) an S segment, wherein the ORF encoding the Z protein is under control of an arenavirus 5' UTR; (iii) an S segment, wherein the ORF encoding the L protein is under control of an arenavirus 5' UTR; (iv) an S segment, wherein the ORF encoding the GP is under control of an arenavirus 3' UTR; (v) an S segment, wherein the ORF encoding the L is under control of an arenavirus 3' UTR; and (vi) an S segment, wherein the ORF encoding the Z protein is under control of an arenavirus 3' UTR, wherein the tri-segmented virus particle comprises two heterologous ORFs. (i) an S segment, wherein the ORF encoding the NP is under control of an arenavirus 5' UTR; (ii) an S segment, wherein the ORF encoding the Z protein is under control of an arenavirus 5' UTR; (iii) an S segment, wherein the ORF encoding the L protein is under control of an arenavirus 5' UTR; (iv) an S segment, wherein the ORF encoding the GP is under control of an arenavirus 3' UTR; (v) an S segment, wherein the ORF encoding the L is under control of an arenavirus 3' UTR; and (vi) an S segment, wherein the ORF encoding the Z protein is under control of an arenavirus 3' UTR,
An equipment for the continuous cleaning of a moving steel strip comprising: - a tank containing an aqueous solution, - at least a roll for guiding said strip into said tank, - at least a transducer, comprising a resonator rod having at either one or both extremities a driverhead, immerged in the aqueous solution. - a tank containing an aqueous solution, - at least a roll for guiding said strip into said tank, - at least a transducer, comprising a resonator rod having at either one or both extremities a driverhead, immerged in the aqueous solution.
An injection element for an engine, the injection element comprising: - a first fuel duct for a first fuel component extending in a longitudinal direction; - a plurality of second fuel ducts for a second fuel component arranged around the first fuel duct, and - a plurality of bores, characterized in that each of the plurality of bores intersects with at least one duct of the plurality of second fuel ducts and further intersects with another bore of the plurality of bores. - a first fuel duct for a first fuel component extending in a longitudinal direction; - a plurality of second fuel ducts for a second fuel component arranged around the first fuel duct, and - a plurality of bores, characterized in that each of the plurality of bores intersects with at least one duct of the plurality of second fuel ducts and further intersects with another bore of the plurality of bores.
Laundry washing machine, comprising: - a washing tub external to a rotatable washing drum adapted to receive laundry; - a recirculation circuit, suitable for withdrawing liquid from a first recirculation region of said washing tub and for re-admitting such a liquid into a second recirculation region of said washing tub, said recirculation circuit comprising a recirculation pump (60, 156) suitable for forcing liquid inside said recirculation circuit comprising at least one recirculation duct (64, 68, 148, 162) for transporting liquid; - an UV source within said recirculating circuit; wherein said recirculation duct (64, 68, 148, 162) comprises a conduit for the liquid to flow and a seat for receiving said UV source including a UV-transparent wall, wherein a portion of the UV-transparent wall separates said seat from the conduit, wherein said seat is designed in such a way that the recirculation duct in its housing region forms a laterally extended pocket for housing the UV source, the lateral extension is formed in a direction perpendicular to the direction of flow of liquid through the recirculation duct, by means of this lateral extension said recirculation duct being laterally enlarged to house said UV source and still allowing flow of liquid through said recirculation duct, characterized in that said pocket is built or designed in such a way that with the UV source inserted, the flow through said duct is not hindered compared to parts of said duct downstream or upstream of this pocket, leading to continuous flow and avoiding clogging, in said housing region of said duct, whereby said UV source comprises an UV lamp which produces UV-C light, and whereby said UV lamp comprises a housing which is built of quartz, and whereby said housing at least partially comprises an inner reflective surface for the UV radiation emitted from said UV lamp. - a washing tub external to a rotatable washing drum adapted to receive laundry; - a recirculation circuit, suitable for withdrawing liquid from a first recirculation region of said washing tub and for re-admitting such a liquid into a second recirculation region of said washing tub, said recirculation circuit comprising a recirculation pump (60, 156) suitable for forcing liquid inside said recirculation circuit comprising at least one recirculation duct (64, 68, 148, 162) for transporting liquid; - an UV source within said recirculating circuit;
A method for measuring viscosity in continuous flow field of arbitrary geometry having at least one inlet and outlet, the method comprising: preparing two flow numbers K p and K s in the flow field; measuring a flow rate and pressure drop of fluid in the flow field; and calculating an average energy dissipation rate using the flow rate and the pressure drop, and deriving the viscosity of the fluid for an effective shear rate based on the average energy dissipation rate and the flow numbers in the flow field, wherein the deriving of the viscosity of the fluid comprises deriving the viscosity of the fluid for the effective shear rate using Equations 1 and 2 below: μ γ ̇ eff = ε K p · γ ̇ eff 2 γ eff = K s · γ app where ∈ with a bar above represents the average energy dissipation rate of the flow field as a function of the flow rate, the pressure drop and the volume of the flow field, γ̇ eff represents an effective shear rate of the flow field, μ ( γ̇ eff) represents the viscosity of the fluid, γ̇ app represents an apparent shear rate of the flow field, K p represents a coefficient of energy dissipation rate, and K s represents a coefficient of effective shear rate preparing two flow numbers K p and K s in the flow field; measuring a flow rate and pressure drop of fluid in the flow field; and calculating an average energy dissipation rate using the flow rate and the pressure drop, and deriving the viscosity of the fluid for an effective shear rate based on the average energy dissipation rate and the flow numbers in the flow field, wherein the deriving of the viscosity of the fluid comprises deriving the viscosity of the fluid for the effective shear rate using Equations 1 and 2 below: μ γ ̇ eff = ε K p · γ ̇ eff 2 γ eff = K s · γ app where ∈ with a bar above represents the average energy dissipation rate of the flow field as a function of the flow rate, the pressure drop and the volume of the flow field, γ̇ eff represents an effective shear rate of the flow field, μ ( γ̇ eff) represents the viscosity of the fluid, γ̇ app represents an apparent shear rate of the flow field, K p represents a coefficient of energy dissipation rate, and K s represents a coefficient of effective shear rate