mhurhangee/ep-ind-claims huggingface dataset:
A patient interface for sealed delivery of a flow of air at positive pressure with respect to ambient air pressure to an entrance to the airways of a patient including at least the nares of the patient, wherein the patient interface is configured to maintain a therapy pressure in a range of about 4 cmH 2 O to about 30 cmH 2 O above ambient air pressure in use, throughout the patient's respiratory cycle, while the patient is sleeping, to ameliorate sleep disordered breathing, said patient interface comprising: a plenum chamber at least partially forming a breathing chamber pressurisable to a therapeutic pressure above ambient air pressure, said plenum chamber including a plenum chamber inlet sized and structured to receive a flow of air at the therapeutic pressure for breathing by a patient; and a seal-forming structure constructed and arranged to form a seal with a region of the patient's face surrounding an entrance to the patient's airways, said seal-forming structure having an opening formed therein such that the flow of air at said therapeutic pressure is delivered to at least an entrance to the patient's nares, wherein the plenum chamber comprises a textile outer layer, a textile inner layer and a foam interior disposed between the textile outer layer and the textile inner layer, the textile outer layer and the textile inner layer being respectively joined to opposing sides of the foam interior. a plenum chamber at least partially forming a breathing chamber pressurisable to a therapeutic pressure above ambient air pressure, said plenum chamber including a plenum chamber inlet sized and structured to receive a flow of air at the therapeutic pressure for breathing by a patient; and a seal-forming structure constructed and arranged to form a seal with a region of the patient's face surrounding an entrance to the patient's airways, said seal-forming structure having an opening formed therein such that the flow of air at said therapeutic pressure is delivered to at least an entrance to the patient's nares, wherein the plenum chamber comprises a textile outer layer, a textile inner layer and a foam interior disposed between the textile outer layer and the textile inner layer, the textile outer layer and the textile inner layer being respectively joined to opposing sides of the foam interior.
Multilayer plastic film for perennial agricultural uses with self-adjusting shading attribute of width (W 1) and of thickness (t 1) wherein the multilayer plastic film has the attribute to self-adjust the shading in the space it covers according to the ambient light conditions by employing a photochromic compound that is incorporated into the matrix of the core layer of the multilayered plastic film or several of the layers of said film and it is encapsulated by layers that exhibit barrier properties to oxygen so that the photochromic compound is protected from the exposure to the atmospheric oxygen, characterized in that the film is a coextruded seven-layer film, shown in cross section and in sequence said layers are: Layer A: Polyolefin such as LDPE, LLDPE, EVA or a blend thereof Layer B: Tie material compatible with both polyolefins and the barrier material Layer C: Low oxygen permeability (barrier) material (preferably PVDC) Layer D: Core Layer that incorporates the photochromic material and has as a matrix a material that exhibits thermal properties such as EVA, preferably with high VA content so that it can be readily interfaced with the barrier layer (preferably PVDC) Layer E: Low oxygen permeability (barrier) material (preferably PVDC) Layer F: Tie material compatible with both polyolefins and the barrier material Layer G: Polyolefin such as LDPE, LLDPE, EVA or a blend thereof. Layer A: Polyolefin such as LDPE, LLDPE, EVA or a blend thereof Layer B: Tie material compatible with both polyolefins and the barrier material Layer C: Low oxygen permeability (barrier) material (preferably PVDC) Layer D: Core Layer that incorporates the photochromic material and has as a matrix a material that exhibits thermal properties such as EVA, preferably with high VA content so that it can be readily interfaced with the barrier layer (preferably PVDC) Layer E: Low oxygen permeability (barrier) material (preferably PVDC) Layer F: Tie material compatible with both polyolefins and the barrier material Layer G: Polyolefin such as LDPE, LLDPE, EVA or a blend thereof.
A seamless steel pipe for a high-strength hollow spring, comprising: 0.20 to 0.70 mass% of C, 0.5 to 3.0 mass% of Si, 0.1 to 3.0 mass% of Mn, 0.030 mass% or less (including 0%) of P, 0.030 mass% or less (including 0%) of S, 0.02 mass% or less (including 0%) of N, and optionally one element or more selected from a group consisting of 3.0 mass% or less (not including 0%, hereinafter the same) of Cr, 0.0150 mass% or less of B, 0.10 mass% or less of Al, 1.0 mass% or less of V, 0.30 mass% or less of Ti, 0.30 mass% or less of Nb, 3.0 mass% or less of Ni, 3.0 mass% or less of Cu, 2.0 mass% or less of Mo, 0.0050 mass% or less of Ca, 0.0050 mass% or less of Mg, 0.020 mass% or less of REM, 0.10 mass% or less of Zr, 0.10 mass% or less of Ta, and 0.10 mass% or less of Hf, with the remainder being Fe and unavoidable impurities, wherein carbide has an equivalent circle diameter of 1.00 μm or less. 0.20 to 0.70 mass% of C, 0.5 to 3.0 mass% of Si, 0.1 to 3.0 mass% of Mn, 0.030 mass% or less (including 0%) of P, 0.030 mass% or less (including 0%) of S, 0.02 mass% or less (including 0%) of N, and optionally one element or more selected from a group consisting of 3.0 mass% or less (not including 0%, hereinafter the same) of Cr, 0.0150 mass% or less of B, 0.10 mass% or less of Al, 1.0 mass% or less of V, 0.30 mass% or less of Ti, 0.30 mass% or less of Nb, 3.0 mass% or less of Ni, 3.0 mass% or less of Cu, 2.0 mass% or less of Mo, 0.0050 mass% or less of Ca, 0.0050 mass% or less of Mg, 0.020 mass% or less of REM, 0.10 mass% or less of Zr, 0.10 mass% or less of Ta, and 0.10 mass% or less of Hf, with the remainder being Fe and unavoidable impurities, wherein carbide has an equivalent circle diameter of 1.00 μm or less.
A dry powder dose container assembly, comprising: a dose container disk having opposing upper and lower primary surfaces and a plurality of circumferentially spaced apart dose containers sized and shaped to accommodate a dry powder therein, wherein dose container apertures extend through the dose container disk, characterized in that the dose containers are sealed with respective upper and lower sealants (36, 37); and a first airway disk residing above or below the dose container disk, the first airway disk comprising a plurality of circumferentially spaced apart airway channels; wherein the airway channels are elongate and extend in a radial direction across the respective airway disk, wherein the elongate channels have opposing first and second end portions (41a, 41b), with the first end portion being substantially open and the second end portion (41 a) being substantially closed, and wherein the first end portion resides proximate an inner or outer perimeter of the dose container disk and the second end portion resides above or below a respective dose container. a dose container disk having opposing upper and lower primary surfaces and a plurality of circumferentially spaced apart dose containers sized and shaped to accommodate a dry powder therein, wherein dose container apertures extend through the dose container disk, characterized in that the dose containers are sealed with respective upper and lower sealants (36, 37); and a first airway disk residing above or below the dose container disk, the first airway disk comprising a plurality of circumferentially spaced apart airway channels; wherein the airway channels are elongate and extend in a radial direction across the respective airway disk, wherein the elongate channels have opposing first and second end portions (41a, 41b), with the first end portion being substantially open and the second end portion (41 a) being substantially closed, and wherein the first end portion resides proximate an inner or outer perimeter of the dose container disk and the second end portion resides above or below a respective dose container.
A transporter for the transport of a large payload across an uneven ground surface comprising: a body; ground contacting transport means below the body, provided with drive means (1, 2, 8) to move the body across a ground surface in use; a payload support module to support a payload above the body in use; an array of four elongate extendable elevators each having a first articulated joint with the body at a first end and a second articulated joint with the payload support module at a second end; wherein each of the four elongate extendable elevators is independently operable so as to enable the elongate extendable elevators together to vary both the height and the attitude of the payload relative to the body; characterised in that: each elevator is provided with a load sensor; and in that one of each of the first or second articulated joints comprises a rotationally restricted joint that allows the elongate extendable elevator to pivot relative to an axis orthogonal to its elongate direction but acts to prevent its rotation about an axis parallel to its elongate direction, and each other of the first or second articulated joints is configured to allow three full degrees of freedom of rotation. a body; ground contacting transport means below the body, provided with drive means (1, 2, 8) to move the body across a ground surface in use; a payload support module to support a payload above the body in use; an array of four elongate extendable elevators each having a first articulated joint with the body at a first end and a second articulated joint with the payload support module at a second end; wherein each of the four elongate extendable elevators is independently operable so as to enable the elongate extendable elevators together to vary both the height and the attitude of the payload relative to the body; characterised in that: each elevator is provided with a load sensor; and in that one of each of the first or second articulated joints comprises a rotationally restricted joint that allows the elongate extendable elevator to pivot relative to an axis orthogonal to its elongate direction but acts to prevent its rotation about an axis parallel to its elongate direction, and each other of the first or second articulated joints is configured to allow three full degrees of freedom of rotation. each elevator is provided with a load sensor; and in that one of each of the first or second articulated joints comprises a rotationally restricted joint that allows the elongate extendable elevator to pivot relative to an axis orthogonal to its elongate direction but acts to prevent its rotation about an axis parallel to its elongate direction, and each other of the first or second articulated joints is configured to allow three full degrees of freedom of rotation.
An AES encryption circuit comprising: a first AddRoundKey Transformation module; a ShiftRows Transformation module; a SubBytes Transformation module; a MixColumns Transformation module; and a data holding unit, characterized by further comprising: a second AddRoundKey Transformation module; and a selector configured to select and output one of the output from the MixColumns Transformation module and the output from the second AddRoundKey Transformation module, wherein in a final cycle of encryption, said selector is configured to select the output from the second AddRoundKey Transformation module, and said first AddRoundKey Transformation module and said second AddRoundKey Transformation module are executed using different Round Keys. a first AddRoundKey Transformation module; a ShiftRows Transformation module; a SubBytes Transformation module; a MixColumns Transformation module; and a data holding unit, characterized by further comprising: a second AddRoundKey Transformation module; and a selector configured to select and output one of the output from the MixColumns Transformation module and the output from the second AddRoundKey Transformation module, wherein in a final cycle of encryption, said selector is configured to select the output from the second AddRoundKey Transformation module, and said first AddRoundKey Transformation module and said second AddRoundKey Transformation module are executed using different Round Keys. a second AddRoundKey Transformation module; and a selector configured to select and output one of the output from the MixColumns Transformation module and the output from the second AddRoundKey Transformation module, wherein in a final cycle of encryption, said selector is configured to select the output from the second AddRoundKey Transformation module, and said first AddRoundKey Transformation module and said second AddRoundKey Transformation module are executed using different Round Keys.
Aquatic activity fin comprising a foot support portion configured for fixing to a person's foot, and a fin portion extending from the foot support portion substantially along a base plane, the fin portion comprising a support frame, a plurality of hydrofoil blades mounted pivotally to the support frame via pivot couplings, and a mechanism for limiting the maximum blade pivot angle β of each hydrofoil blade, the mechanism for limiting the maximum blade pivot angle comprising bidirectional angle stops configured to allow pivoting of the hydrofoil blade from the a thrust position where a trailing edge of the hydrofoil blade is above said base plane, to a return position where the trailing edge is below said base plane characterized in that the bidirectional angle stops are configured to stop the hydrofoil blade in the thrust position such that an angle ( γ) of a chord line of the hydrofoil blade with respect to the base plane is in a range of 3 to 30 degrees, and in that the bidirectional angle stops are configured to stop the hydrofoil blade in the return position such that an angle of the chord line of the hydrofoil blade with respect to the base plane P is in a range of 70 to 90 degrees.
Cleaning device for separating unsolidified remaining build-up material from at least one object created by layer-by-layer application and selective solidification of the build-up material as part of a generative building process, having at least the following: a) an object holder which is designed to hold the at least one object, a building platform of the at least one object or a building container which contains the at least one object, b) an electronic control, and c) a vibration exciter controlled by the electronic control, which is controlled by the electronic control in such a way that it excites at least the object holder to vibrate in order to separate unsolidified remaining build-up material from the at least one object which is held on or in the object holder as part of a cleaning process, characterized in that d) the object holder is mounted or guided movably relative to a base in at least one degree of freedom, and that e) the vibration exciter is arranged between the object holder and the base and excites the object holder to vibrate in the at least one degree of freedom, in that it is supported on the object holder on the one hand and, on the other hand, on the base. a) an object holder which is designed to hold the at least one object, a building platform of the at least one object or a building container which contains the at least one object, b) an electronic control, and c) a vibration exciter controlled by the electronic control, which is controlled by the electronic control in such a way that it excites at least the object holder to vibrate in order to separate unsolidified remaining build-up material from the at least one object which is held on or in the object holder as part of a cleaning process, characterized in that d) the object holder is mounted or guided movably relative to a base in at least one degree of freedom, and that e) the vibration exciter is arranged between the object holder and the base and excites the object holder to vibrate in the at least one degree of freedom, in that it is supported on the object holder on the one hand and, on the other hand, on the base.
Multistage rinsing module for tunnel dishwashers of the type comprising in succession from upstream to downstream following the movement of the dishes three independent zones, respectively: - a draining zone of the dishes full of detergent supplied in said module, - a pre-rinsing zone of said drained dishes, - a final rinsing zone of said drained and pre-rinsed dishes; wherein - said final rinsing zone being provided with rinsing nozzles for delivering net water; - said pre-rinsing zone being provided with pre-rinsing nozzles for delivering a pre-rinsing solution; said pre-rinsing solution consisting exclusively of the net water delivered by said rinsing nozzles and the substances removed from the dishes, - said draining zone being provided with draining nozzles for delivering the draining solution; said draining solution consisting exclusively of the pre-rinsing solution delivered by said pre-rinsing nozzles and the substances removed from the dishes; characterised in that said draining nozzles being configured so as to deliver said draining solution at a flow-rate and a speed that are greater with respect to the pre-rinsing solution and to the net water delivered by said pre-rinsing nozzles and by said rinsing nozzles. - a draining zone of the dishes full of detergent supplied in said module, - a pre-rinsing zone of said drained dishes, - a final rinsing zone of said drained and pre-rinsed dishes; wherein - said final rinsing zone being provided with rinsing nozzles for delivering net water; - said pre-rinsing zone being provided with pre-rinsing nozzles for delivering a pre-rinsing solution; said pre-rinsing solution consisting exclusively of the net water delivered by said rinsing nozzles and the substances removed from the dishes, - said draining zone being provided with draining nozzles for delivering the draining solution; said draining solution consisting exclusively of the pre-rinsing solution delivered by said pre-rinsing nozzles and the substances removed from the dishes; characterised in that said draining nozzles being configured so as to deliver said draining solution at a flow-rate and a speed that are greater with respect to the pre-rinsing solution and to the net water delivered by said pre-rinsing nozzles and by said rinsing nozzles.
An offshore foundation structure having a jacket portion which has a plurality of struts connected to one another in a framework-like manner, and a receiver for a tower shaft, in particular for a tower shaft of a wind turbine, characterised in that the receiver is arranged at least partially within the jacket portion.
An authentication method for authenticating a first party to a second party, where an operation is performed on condition that the authentication succeeds, comprising the steps of: - verifying whether the first party is authenticated or not, the verifying comprising - comparing a date of issuance measure of a compliance certificate with a comparison measure of the second party, the comparison measure comprising a range of allowed validity numbers, - verifying if the first party is compliant or not according to the compliance certificate concerning the first party, wherein the first party is authenticated only if it is compliant and if it is determined by the comparison that the date of issuance measure is not out of date; and - if the first party is not authenticated, then qualifying the first party for a sub-authorization during a grace period determined by the range of allowed validity numbers, wherein, if the first party qualifies for the sub-authorization, the operation is still performed, the first party being non-qualified for said sub-authorization if the date of issuance measure is lower than a minimum validity number of said range of allowed validity numbers, - wherein the minimum validity number of said range of allowed validity numbers is a previous validity number stored at the second party. - verifying whether the first party is authenticated or not, the verifying comprising - comparing a date of issuance measure of a compliance certificate with a comparison measure of the second party, the comparison measure comprising a range of allowed validity numbers, - verifying if the first party is compliant or not according to the compliance certificate concerning the first party, wherein the first party is authenticated only if it is compliant and if it is determined by the comparison that the date of issuance measure is not out of date; and - if the first party is not authenticated, then qualifying the first party for a sub-authorization during a grace period determined by the range of allowed validity numbers, wherein, if the first party qualifies for the sub-authorization, the operation is still performed, the first party being non-qualified for said sub-authorization if the date of issuance measure is lower than a minimum validity number of said range of allowed validity numbers, - wherein the minimum validity number of said range of allowed validity numbers is a previous validity number stored at the second party.
Dismantlable timepiece assembly including at least one bar or bridge arranged to be positioned on a plate by a first centring pin including a first peripheral surface and a second alignment pin, which are comprised in said assembly and arranged to cooperate both with said plate and said bar, wherein at least said plate or said bar includes, for the relative centring of said bar relative to said plate, a first female centring arrangement, which includes two first facets which form a dihedral edge parallel to a direction of engagement, and said first female arrangement is arranged to receive said first pin in abutment on said two first facets via a first portion of said first peripheral surface, which said first peripheral surface includes a second portion distinct from said first portion, and wherein said assembly includes first play take-up means which are arranged to press one surface of said first pin in a position abutting said two first facets, characterized in that said first play take-up means are internal to said first pin which is a split pin, each slot of which forms said first play take-up means, which are arranged to exert, when said first pin is in a position abutting said two first facets, a thrust force on only a second portion of said first peripheral surface, distinct from said first portion abutting on said dihedral edge.
A molded article comprising a composition comprising: a reinforcing fiber, a resin particle, and a matrix resin, wherein the reinforcing fiber comprises a carbon fiber, and the resin particle comprises: a spherical resin particle having a particle diameter less than an average fiber diameter of the reinforcing fiber and a ratio of major axis/minor axis of 1.3/1 to 1/1 and a spherical resin particle having a particle diameter not less than the average fiber diameter of the reinforcing fiber and a ratio of major axis/minor axis of 1.3/1 to 1/1 the reinforcing fiber is in a form of a fiber assembly, the resin particle is locally distributed between fibers inside the fiber assembly, and the resin particle is locally distributed on or near a boundary between a surface of the fiber assembly and the matrix resin, wherein the resin particle comprises a polyamide resin particle. a reinforcing fiber, a resin particle, and a matrix resin, a spherical resin particle having a particle diameter less than an average fiber diameter of the reinforcing fiber and a ratio of major axis/minor axis of 1.3/1 to 1/1 and a spherical resin particle having a particle diameter not less than the average fiber diameter of the reinforcing fiber and a ratio of major axis/minor axis of 1.3/1 to 1/1 the reinforcing fiber is in a form of a fiber assembly,