mhurhangee/ep-ind-claims huggingface dataset:
A structure of an external cover of an air drying apparatus that includes an outer case and a base which is housed in the outer case, a drying case which has a large-diameter cylindrical body and a small-diameter cylindrical body formed integrally with the large-diameter cylindrical body, the drying case includes a desiccant filled in the large-diameter cylindrical body, and the base is fixed to a lower end of the drying case and that has an inlet port and an outlet port for compressed air; and that is fixed by swaging an outer edge to a lower end of the outer case, characterized in that the external cover includes: a rising piece that is inserted into and engaged with an inlet port of the base for compressed air; a first slope that is formed at an intermediate position between the rising piece and a bottom; an outer vertical wall that is formed so as to rise from the bottom; a top face formed at an upper end of the outer vertical wall; an inner vertical wall that is formed opposite to the outer vertical wall; a circular-arc portion that is formed at a lower end of the inner vertical wall; a second slope formed at a position on the circular-arc portion that corresponds to an intermediate position of a height of the external cover and a position of a predetermined height from a lower end face; an outermost vertical wall that is formed so as to fall from the second slope by way of the circular arc portion; and a sealing agent that is fitted to an indentation defined by the outer vertical wall, the top face, and the inner vertical wall. a rising piece that is inserted into and engaged with an inlet port of the base for compressed air; a first slope that is formed at an intermediate position between the rising piece and a bottom; an outer vertical wall that is formed so as to rise from the bottom; a top face formed at an upper end of the outer vertical wall; an inner vertical wall that is formed opposite to the outer vertical wall; a circular-arc portion that is formed at a lower end of the inner vertical wall; a second slope formed at a position on the circular-arc portion that corresponds to an intermediate position of a height of the external cover and a position of a predetermined height from a lower end face; an outermost vertical wall that is formed so as to fall from the second slope by way of the circular arc portion; and a sealing agent that is fitted to an indentation defined by the outer vertical wall, the top face, and the inner vertical wall.
A self closing valve (1-3, 5-6) for an opening in a lid of a container for ash, where the valve is arranged on the underside of the lid of the container for ash, where the valve comprises a rocker comprising a first and a second blade attached to each other with the blades angled from each other, where the rocker in its entirety may be pivoted around a rocker carrier, and where the rocker is balanced such that it when unloaded tends towards a position where the first blade seals the opening, wherein the second blade is provided with an angle stop that limits the maximum angular movement of the rocker from its unloaded position, where the angle stop at its furthest reaches the underside of the lid, characterized in that the angle stop comprises at least one pointy element, where the tip of the pointy element stops the angular movement of the rocker at maximum extent.
A dental treatment appliance comprising: a handle; a datum component for engaging the teeth of a user, the datum component being moveable relative to the handle; and a dental treatment system comprising a contact member for engaging the teeth of the user, the contact member also being moveable relative to the handle, and characterized by a control circuit comprising a sensor for providing an output which varies with relative movement between the contact member and the datum component as the appliance is moved along the teeth of a user, and a controller for actuating the treatment of the teeth of the user depending on the output from the sensor. a handle; a datum component for engaging the teeth of a user, the datum component being moveable relative to the handle; and a dental treatment system comprising a contact member for engaging the teeth of the user, the contact member also being moveable relative to the handle, and characterized by a control circuit comprising a sensor for providing an output which varies with relative movement between the contact member and the datum component as the appliance is moved along the teeth of a user, and a controller for actuating the treatment of the teeth of the user depending on the output from the sensor.
A compound represented by the general formula (Formula 1) (Bi 1-( x +y+z) M x Ln y Yb z) 2 O 3 wherein: - M is selected from the group consisting of: Sc, Y, La, Lu, Li, Na, K, Mg, Ca, Sr, Mn, Ti, V, Mo, Re, Cr, Fe, Co, Ni, Cu, Zn, In, Al, Ga, Ta or a combination thereof; - Ln is selected from the group consisting of: Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, or a combination thereof; - x can be any value from 0 to 0.4; - y can be any value from 0.0000001 to 0.1; - z can be any value from 0.0000001 to 0.4; x, y and z are independent parameters satisfying the relationship: x+y+z < 0.5. - M is selected from the group consisting of: Sc, Y, La, Lu, Li, Na, K, Mg, Ca, Sr, Mn, Ti, V, Mo, Re, Cr, Fe, Co, Ni, Cu, Zn, In, Al, Ga, Ta or a combination thereof; - Ln is selected from the group consisting of: Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, or a combination thereof; - x can be any value from 0 to 0.4; - y can be any value from 0.0000001 to 0.1; - z can be any value from 0.0000001 to 0.4; x, y and z are independent parameters satisfying the relationship: x+y+z < 0.5.
A method of fitting a customized prosthetic finger having a proximal ring configured to anchor to a patient's residual finger, comprising: inserting the residual finger into an interior of the proximal ring of the prosthetic finger; assessing a tightness of the proximal ring about the residual finger; selecting a first shim having a first thickness from a plurality of shims configured to line the interior of the proximal ring; removing the prosthetic finger; inserting the first shim into the interior of the proximal ring; and reinserting the residual finger; characterised in that the proximal ring contains one or more shim-retainment apertures, each of the shims include one or more retaining grommets, and the first shim is retained onto the interior of the proximal ring by the retaining grommets configured to protrude through the shim-retainment apertures. inserting the residual finger into an interior of the proximal ring of the prosthetic finger; assessing a tightness of the proximal ring about the residual finger; selecting a first shim having a first thickness from a plurality of shims configured to line the interior of the proximal ring; removing the prosthetic finger; inserting the first shim into the interior of the proximal ring; and reinserting the residual finger; characterised in that the proximal ring contains one or more shim-retainment apertures, each of the shims include one or more retaining grommets, and the first shim is retained onto the interior of the proximal ring by the retaining grommets configured to protrude through the shim-retainment apertures.
A system for inflating-deflating a tyre that comprises a wheel, said system comprises a reserve of air and a valve carried on board the wheel, the air being confined to the reserve under pressure higher than that of the tyre, the valve is in communication, with the reserve and with the tyre, characterized in that said valve comprises control means able to adopt: - a resting position in which said control means ensure stable and hermetic communication between the tyre and the valve; - an inflation position in which said control means provide communication between the tyre and the reserve, by being moved by air injected into the valve by means of an inflation electrically operated valve connected to the reserve; - a deflation position in which said control means make it possible to place the tyre in communication with the exterior of the valve, by being moved by the air injected by means of a deflation electrically operated valve connected to the reserve. - a resting position in which said control means ensure stable and hermetic communication between the tyre and the valve; - an inflation position in which said control means provide communication between the tyre and the reserve, by being moved by air injected into the valve by means of an inflation electrically operated valve connected to the reserve; - a deflation position in which said control means make it possible to place the tyre in communication with the exterior of the valve, by being moved by the air injected by means of a deflation electrically operated valve connected to the reserve.
A method for determining the intrinsic viscosity [η] of an aqueous polymer solution at a temperature T, wherein the aqueous polymer solution comprises at least one acrylamide-based polymer in an aqueous solvent, the aqueous solvent having a salinity of from 6 to 250 g/L, the method comprising the steps of: - providing a single universal relation R 1 between (i), the product of polymer concentration and intrinsic viscosity C·[η], and (ii) specific viscosity at zero shear rate η sp; - performing a measurement of the dynamic viscosity of the aqueous polymer solution at one polymer concentration C 1, at temperature T and at various shear rates; - determining from said measurement the zero-shear viscosity η 0 of the aqueous polymer solution at polymer concentration C 1 and at temperature T; - calculating the specific viscosity at zero shear rate of the aqueous polymer solution at polymer concentration C 1 and at temperature T as η sp = (η 0 - η s) / η s, where η s is the zero-shear viscosity of the aqueous solvent; - estimating the intrinsic viscosity [η] of the aqueous polymer solution at temperature T by applying the universal relation R 1 to the calculated specific viscosity at zero shear rate η sp and polymer concentration C 1. - providing a single universal relation R 1 between (i), the product of polymer concentration and intrinsic viscosity C·[η], and (ii) specific viscosity at zero shear rate η sp; - performing a measurement of the dynamic viscosity of the aqueous polymer solution at one polymer concentration C 1, at temperature T and at various shear rates; - determining from said measurement the zero-shear viscosity η 0 of the aqueous polymer solution at polymer concentration C 1 and at temperature T; - calculating the specific viscosity at zero shear rate of the aqueous polymer solution at polymer concentration C 1 and at temperature T as η sp = (η 0 - η s) / η s, where η s is the zero-shear viscosity of the aqueous solvent; - estimating the intrinsic viscosity [η] of the aqueous polymer solution at temperature T by applying the universal relation R 1 to the calculated specific viscosity at zero shear rate η sp and polymer concentration C 1.
A method for detecting and classifying a fault of a housing, in particular for an electronic device, comprising: arranging at least one loudspeaker and at least one microphone in the interior of the housing; characterized by measuring a reference frequency response of the sound transmission from this loudspeaker to this microphone; at a later point in time, measuring a present frequency response of the sound transmission from this loudspeaker to this microphone; determining a difference frequency response as a deviation between the present frequency response and the reference frequency response; and determining a measure of the difference frequency response, and, if this measure exceeds a predetermined detection threshold: detecting a fault, calculating a ratio of the signal energy (E i+k) of a high-frequency frequency band (B i+k) of the difference frequency response to the signal energy (E i) of a low-frequency frequency band (Bi) of the difference frequency response, and if the ratio exceeds a predetermined classification threshold: then classifying the fault as a foreign object (8 - 10) in the housing, otherwise, classifying the fault as a defect (5 - 7) in the housing. arranging at least one loudspeaker and at least one microphone in the interior of the housing; characterized by measuring a reference frequency response of the sound transmission from this loudspeaker to this microphone; at a later point in time, measuring a present frequency response of the sound transmission from this loudspeaker to this microphone; determining a difference frequency response as a deviation between the present frequency response and the reference frequency response; and determining a measure of the difference frequency response, and, if this measure exceeds a predetermined detection threshold: detecting a fault, calculating a ratio of the signal energy (E i+k) of a high-frequency frequency band (B i+k) of the difference frequency response to the signal energy (E i) of a low-frequency frequency band (Bi) of the difference frequency response, and if the ratio exceeds a predetermined classification threshold: then classifying the fault as a foreign object (8 - 10) in the housing, otherwise, classifying the fault as a defect (5 - 7) in the housing. detecting a fault, calculating a ratio of the signal energy (E i+k) of a high-frequency frequency band (B i+k) of the difference frequency response to the signal energy (E i) of a low-frequency frequency band (Bi) of the difference frequency response, and if the ratio exceeds a predetermined classification threshold: then classifying the fault as a foreign object (8 - 10) in the housing, otherwise, classifying the fault as a defect (5 - 7) in the housing. then classifying the fault as a foreign object (8 - 10) in the housing, otherwise, classifying the fault as a defect (5 - 7) in the housing.
A polyimide film for a display substrate, which comprises internal voids having a maximum size of 10 nm or less and has a maximum dielectric breakdown voltage of 350 V/ μ m or more, wherein the polyimide is a polymerization product of polymeric components comprising a dianhydride of Formula 1 and diamines of Formulae 2 and 3: wherein a formulation ratio of the dianhydride and the diamines is 98.7:100 to 98.9:100; wherein the diamines of Formulae 2 and 3 are comprised in a molar ratio of 80:20 to 95:5 in the polymeric components; wherein the internal voids comprised in the polyimide film have an average size of 1 nm to 5 nm; wherein the internal voids comprised in the polyimide film have a volume fraction of 1×10 -4 or less, wherein the size of the internal voids is measured by small-angle X-ray scattering technique SAXS. wherein the polyimide is a polymerization product of polymeric components comprising a dianhydride of Formula 1 and diamines of Formulae 2 and 3: wherein a formulation ratio of the dianhydride and the diamines is 98.7:100 to 98.9:100; wherein the diamines of Formulae 2 and 3 are comprised in a molar ratio of 80:20 to 95:5 in the polymeric components; wherein the internal voids comprised in the polyimide film have an average size of 1 nm to 5 nm; wherein the internal voids comprised in the polyimide film have a volume fraction of 1×10 -4 or less, wherein the size of the internal voids is measured by small-angle X-ray scattering technique SAXS.
A device comprising: a semiconductor structure including a light emitting region disposed between an n-type region and a p-type region, the light emitting region being configured to emit first light; a wavelength converting material (20, 24, 27) disposed in a path of the first light, the wavelength converting material being configured to absorb a portion of the first light and emit second light; and a filter (22, 26, 32, 34) disposed in a path of the first light, the filter comprising a material which is transparent below a predetermined input fluence threshold level and which is opaque for any first light beyond the predetermined input fluence threshold level. a semiconductor structure including a light emitting region disposed between an n-type region and a p-type region, the light emitting region being configured to emit first light; a wavelength converting material (20, 24, 27) disposed in a path of the first light, the wavelength converting material being configured to absorb a portion of the first light and emit second light; and a filter (22, 26, 32, 34) disposed in a path of the first light, the filter comprising a material which is transparent below a predetermined input fluence threshold level and which is opaque for any first light beyond the predetermined input fluence threshold level.
A hydrodynamic retarder, comprising 1.1 a driven primary blade wheel and a secondary blade wheel, which form together a toroidal working chamber which selectively can be filled with a working medium via an inlet and can be drained via an outlet, to transfer torque hydrodynamically from the primary blade wheel to the secondary blade wheel; characterised by the following features: 1.2 having an adjusting device for permanent variable adjustment of the flow cross-section for working medium of the hydrodynamic retarder flowing out via the outlet and/or flowing in via the inlet, including 1.3 a manually mobile or deformable adjusting body, which delineates in an adjustable fashion the flow cross-section for the working medium flowing out and/or into the working chamber; whereas 1.4 the adjusting body is arranged in the region of the outlet or as seen in the flow direction of the working medium between the working chamber and the outlet and/or is arranged in the region of the inlet or as seen in the flow direction of the working medium between the inlet and the working chamber; whereas 1.5 the flow cross-section adjusted through the adjusting body is constant during operation of the hydrodynamic retarder. 1.1 a driven primary blade wheel and a secondary blade wheel, which form together a toroidal working chamber which selectively can be filled with a working medium via an inlet and can be drained via an outlet, to transfer torque hydrodynamically from the primary blade wheel to the secondary blade wheel; characterised by the following features: 1.2 having an adjusting device for permanent variable adjustment of the flow cross-section for working medium of the hydrodynamic retarder flowing out via the outlet and/or flowing in via the inlet, including 1.3 a manually mobile or deformable adjusting body, which delineates in an adjustable fashion the flow cross-section for the working medium flowing out and/or into the working chamber; whereas 1.4 the adjusting body is arranged in the region of the outlet or as seen in the flow direction of the working medium between the working chamber and the outlet and/or is arranged in the region of the inlet or as seen in the flow direction of the working medium between the inlet and the working chamber; whereas 1.5 the flow cross-section adjusted through the adjusting body is constant during operation of the hydrodynamic retarder.
An apparatus comprising: a receiver for receiving a first wide angle image, the first wide angle image having a viewing angle of at least 90° and a first projection where a vertical image position of a scene position depends on a horizontal distance from the scene position to an optical axis for the wide angle image; a mapper for applying a mapping to the first wide angle image to generate a modified image having a modified projection, the mapping providing a vertical mapping function matching a mapping from the first projection to a perspective projection followed by a non-linear vertical mapping from the perspective projection to a modified vertical projection of the modified projection and a horizontal mapping function matching a mapping from the first projection to the perspective projection followed by a non-linear horizontal mapping from the perspective projection to a modified horizontal projection of the modified projection; a disparity estimator for generating a set of disparities for the modified image relative to a second image representing a different view point than the first wide angle image; and a disparity mapper for generating a further set of disparities for the first wide angle image by mapping the further set of disparities to the first projection by applying an inverse mapping of the mapping applied to the first wide angle image; wherein the non-linear horizontal mapping has a gradient that decreases with an increasing horizontal distance to a center of the first wide angle image and/or the non-linear vertical mapping has a gradient that decreases with an increasing vertical distance to the center of the first wide angle image. a receiver for receiving a first wide angle image, the first wide angle image having a viewing angle of at least 90° and a first projection where a vertical image position of a scene position depends on a horizontal distance from the scene position to an optical axis for the wide angle image; a mapper for applying a mapping to the first wide angle image to generate a modified image having a modified projection, the mapping providing a vertical mapping function matching a mapping from the first projection to a perspective projection followed by a non-linear vertical mapping from the perspective projection to a modified vertical projection of the modified projection and a horizontal mapping function matching a mapping from the first projection to the perspective projection followed by a non-linear horizontal mapping from the perspective projection to a modified horizontal projection of the modified projection; a disparity estimator for generating a set of disparities for the modified image relative to a second image representing a different view point than the first wide angle image; and a disparity mapper for generating a further set of disparities for the first wide angle image by mapping the further set of disparities to the first projection by applying an inverse mapping of the mapping applied to the first wide angle image;