mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly structure having an assembling component and an assembled component assembled to the assembling component , the assembly structure comprising: a first abutting portion and a second abutting portion in which the assembling component and the assembled component abut against each other when the assembled component is assembled by the assembling component , wherein the first abutting portion has (i) a hook member extending in the assembling direction, and (ii) a locking member which locks the hook member so as not to move along the assembling direction in a state in which the assembled component is assembled to the assembling component , and wherein the second abutting portion has (i) a protruding member extending in the assembling direction, and (ii) a rigid fitting member which rigidly fits the protruding member by the rigid fitting member being plastically deformed by the protruding member when the assembled component is assembled to the assembling component , thereby restricting the movement of the protruding member in a direction substantially orthogonal to the assembling direction, characterized in that a plurality of protrusions , plastically deformed by the protruding member are disposed on the rigid fitting member in a plurality of directions substantially orthogonal to the assembling direction. a first abutting portion and a second abutting portion in which the assembling component and the assembled component abut against each other when the assembled component is assembled by the assembling component , wherein the first abutting portion has (i) a hook member extending in the assembling direction, and (ii) a locking member which locks the hook member so as not to move along the assembling direction in a state in which the assembled component is assembled to the assembling component , and (i) a hook member extending in the assembling direction, and (ii) a locking member which locks the hook member so as not to move along the assembling direction in a state in which the assembled component is assembled to the assembling component , and wherein the second abutting portion has (i) a protruding member extending in the assembling direction, and (ii) a rigid fitting member which rigidly fits the protruding member by the rigid fitting member being plastically deformed by the protruding member when the assembled component is assembled to the assembling component , thereby restricting the movement of the protruding member in a direction substantially orthogonal to the assembling direction, (i) a protruding member extending in the assembling direction, and (ii) a rigid fitting member which rigidly fits the protruding member by the rigid fitting member being plastically deformed by the protruding member when the assembled component is assembled to the assembling component , thereby restricting the movement of the protruding member in a direction substantially orthogonal to the assembling direction, characterized in that a plurality of protrusions , plastically deformed by the protruding member are disposed on the rigid fitting member in a plurality of directions substantially orthogonal to the assembling direction.
A solid rinse aid composition comprising: a pyrithione preservative; a solid acid; a hardening agent comprising urea; one or more nonionic surfactants; and additional functional ingredients, wherein the composition is a concentrate formed into a solid and the solid concentrate is useful in preparing a stable, aqueous use solution having a neutral to acidic pH. a pyrithione preservative; a solid acid; a hardening agent comprising urea; one or more nonionic surfactants; and additional functional ingredients, wherein the composition is a concentrate formed into a solid and the solid concentrate is useful in preparing a stable, aqueous use solution having a neutral to acidic pH.
Apparatus suitable for cleaning vehicles comprising: - a base structure for positioning the vehicle, - a containment structure of the vehicle which is associated with the base structure, the containment structure comprising at least two side walls opposite to the side surfaces of the vehicle once the vehicle is placed on the base structure, - at least one plurality of washing nozzles supported by the side walls of the containment structure and suitable for distributing washing liquid onto the vehicle, and movement means for moving the wash nozzles of said plurality of washing nozzles, said movement means being suitable for moving said washing nozzles according to an oscillating movement with respect to the containment structure of the vehicle, said movement means are suitable for rotating said plurality of washing nozzles around a longitudinal axis (X) so that said plurality of washing nozzles oscillates between a first position (B) at a first height (H1) from the base structure and a second position (C) at a second height (H2) from the base structure, wherein said first height is lower than said second height, wherein said plurality of washing nozzles comprises a first plurality of washing nozzles supported by one of the side walls of the containment structure and a second plurality of washing nozzles supported by the other of the side walls of the containment structure, characterised in that said movement means are suitable for asynchronously moving said first and second plurality during the cleaning of the vehicle. - a base structure for positioning the vehicle, - a containment structure of the vehicle which is associated with the base structure, the containment structure comprising at least two side walls opposite to the side surfaces of the vehicle once the vehicle is placed on the base structure, - at least one plurality of washing nozzles supported by the side walls of the containment structure and suitable for distributing washing liquid onto the vehicle, and movement means for moving the wash nozzles of said plurality of washing nozzles, said movement means being suitable for moving said washing nozzles according to an oscillating movement with respect to the containment structure of the vehicle, said movement means are suitable for rotating said plurality of washing nozzles around a longitudinal axis (X) so that said plurality of washing nozzles oscillates between a first position (B) at a first height (H1) from the base structure and a second position (C) at a second height (H2) from the base structure, wherein said first height is lower than said second height, wherein said plurality of washing nozzles comprises a first plurality of washing nozzles supported by one of the side walls of the containment structure and a second plurality of washing nozzles supported by the other of the side walls of the containment structure, characterised in that said movement means are suitable for asynchronously moving said first and second plurality during the cleaning of the vehicle.
Method for operating a Magnetic Particle imaging, MPI, apparatus comprising a magnet system designed for the generation of a time-varying and position-dependent magnetic field in a detection volume and a detection system detecting signals from MPI contrast agents exposed to said magnetic field within said detection volume, said signals being suitable for reconstructing an image of the spatial - and where required also temporal - distribution of said MPI contrast agents, the magnet system comprising an array with a plurality of permanent magnetic elements geometrically arranged in such a way that at least a part of the plurality of permanent magnetic elements are moveable, characterized in that said at least part of the plurality of permanent magnetic elements are moved with sufficient speed to create the spatial and temporal magnetic field variations for inducing within the contrast agent the MPI signals recorded by the detection system without any drive field coils.
A method for separating out a continuous single thread of fiber from many fiber branches comprising: rotating an electrically grounded collector shape about a first axis; rotating a metallic disk about a second axis substantially orthogonal to said first axis, said metallic disk configured with at least two insulating washers attached using a metallic fastener adapted to engage a metal shaft, said metallic disk and fastener being electrically grounded; electrospinning synthetic polymer fiber streams from an electrically charged syringe needle, the tip of said syringe needle being positioned substantially in line with the edge of the metallic disk realizing an electrical potential difference; positioning said collector shape to intercept a portion of an electromagnetic field generated by the potential difference between said charged syringe needle and said rotating metallic disk, branch threads in said polymer fiber streams being generally aligned with said electromagnetic field; extracting a fiber branch thread from said polymer fiber streams spun from said syringe needle, wherein said fiber branch thread is intercepted by attraction to said collector shape, and depositing said fiber branch thread as substantially aligned fiber on said collector shape. rotating an electrically grounded collector shape about a first axis; rotating a metallic disk about a second axis substantially orthogonal to said first axis, said metallic disk configured with at least two insulating washers attached using a metallic fastener adapted to engage a metal shaft, said metallic disk and fastener being electrically grounded; electrospinning synthetic polymer fiber streams from an electrically charged syringe needle, the tip of said syringe needle being positioned substantially in line with the edge of the metallic disk realizing an electrical potential difference; positioning said collector shape to intercept a portion of an electromagnetic field generated by the potential difference between said charged syringe needle and said rotating metallic disk, branch threads in said polymer fiber streams being generally aligned with said electromagnetic field; extracting a fiber branch thread from said polymer fiber streams spun from said syringe needle, wherein said fiber branch thread is intercepted by attraction to said collector shape, and depositing said fiber branch thread as substantially aligned fiber on said collector shape.
A tubular threaded joint for the drilling, operation of hydrocarbon wells, transport of oil and gas, transport or storage of hydrogen, carbon capture or geothermal energy, comprising a male tubular element and a female tubular element , each of said male or female tubular elements comprising respectively a male threaded portion and a female threaded portion , one or the other of the male or female threaded portions optionally comprising an anticorrosive and/or lubricating solid coating , said male threaded portion and female threaded portion comprising respectively at least one male threading tooth and one female threading tooth and a threaded axial gap TAG ensuring a space, in the mounted state, between a stab flank of said male threading tooth and a load flank of said female threading tooth , characterised in that said threaded axial gap TAG is greater than or equal to a minimum gap TAGmin such that: TAGmin = IT min ∗ 1 / 2 LFpinmin Dpinmin + 1 / 2 LFboxmin Dboxmin + 4 ∗ Epcoat With: 0 ≤ Epcoat ≤ Epcoat max Where: TAGmin Minimum value of the threaded axial gap in mm ITmin Minimum value of the pitch mismatch tolerance in mm LFpinmin Minimum value of the axial male threading length in mm LFboxmin Minimum value of the axial female threading length in mm Dpinmin Minimum value of the distance of the male pitch tolerance in mm Dboxmin Minimum value of the distance of the female pitch tolerance in mm Epcoat Value of the thickness of an anticorrosive and/or lubricating coating in mm Epcoat max Maximum value of the thickness of an anticorrosive and/or lubricating coating With: 0 ≤ Epcoat ≤ Epcoat max Where: TAGmin Minimum value of the threaded axial gap in mm ITmin Minimum value of the pitch mismatch tolerance in mm LFpinmin Minimum value of the axial male threading length in mm LFboxmin Minimum value of the axial female threading length in mm Dpinmin Minimum value of the distance of the male pitch tolerance in mm Dboxmin Minimum value of the distance of the female pitch tolerance in mm Epcoat Value of the thickness of an anticorrosive and/or lubricating coating in mm Epcoat max Maximum value of the thickness of an anticorrosive and/or lubricating coating TAGmin Minimum value of the threaded axial gap in mm ITmin Minimum value of the pitch mismatch tolerance in mm LFpinmin Minimum value of the axial male threading length in mm LFboxmin Minimum value of the axial female threading length in mm Dpinmin Minimum value of the distance of the male pitch tolerance in mm Dboxmin Minimum value of the distance of the female pitch tolerance in mm Epcoat Value of the thickness of an anticorrosive and/or lubricating coating in mm Epcoat max Maximum value of the thickness of an anticorrosive and/or lubricating coating
Method for optimised tracking of a multi-axle trailer behind a towing vehicle , which are connected to one another by means of a detachable coupling device that can be rigidly coupled, wherein the angular velocity (ψ̇ An ) and the path velocity ( υ An ) of the trailer are established as sensor values by means of at least one sensor apparatus arranged on the trailer , characterised in that a path radius (R An ) for the trailer is calculated by a computer unit as a function of these sensor values, and in that the path radius (R An ), placed in an angular relationship to the axle distance (I) between two adjacent trailer axles , gives a target angle (γ) as a function of which at least one steering axle of the trailer is actuated, which can accordingly be connected in a self-controllable manner and/or as part of a vehicle-trailer formation to various types of towing vehicles .
A process for the preparation of black polymer particles dispersed in at least one non-polar perfluorinated solvent, for use in electrophoretic devices, comprising the steps of a) forming a reverse emulsion comprising at least one polymer selected from poly(vinyl pyrrolidone), poly(acrylamide), poly(acrylic acid) and poly(methacrylic acid), at least one carbon black pigment, at least one polar solvent selected from water, low molecular weight alcohols, methyl ethyl ketone, acetonitrile, DMSO, DMF or mixtures thereof, at least one non-polar perfluorinated solvent, and at least one fluorinated surfactant, and b) removing the polar solvent or polar solvents by evaporative methods, wherein the non-polar perfluorinated solvent or solvents are not removed, and c) optionally concentrating the non-polar perfluorinated solvent or solvents. a) forming a reverse emulsion comprising at least one polymer selected from poly(vinyl pyrrolidone), poly(acrylamide), poly(acrylic acid) and poly(methacrylic acid), at least one carbon black pigment, at least one polar solvent selected from water, low molecular weight alcohols, methyl ethyl ketone, acetonitrile, DMSO, DMF or mixtures thereof, at least one non-polar perfluorinated solvent, and at least one fluorinated surfactant, and b) removing the polar solvent or polar solvents by evaporative methods, wherein the non-polar perfluorinated solvent or solvents are not removed, and c) optionally concentrating the non-polar perfluorinated solvent or solvents.
A system comprising a gripping device with two gripper arms and at least one data processing unit , wherein the gripping device is configured for gripping, holding and guiding bottle-like containers, and wherein the gripping device is designed to pivotally move a gripping section of the two gripper arms from an open position to a gripping position or vice versa, and wherein the two gripper arms each comprise a data generation unit and a data preprocessing unit; and wherein the system further comprises the following: a data transmission unit configured to transmit the data of the two gripper arms preprocessed and generated by the data preprocessing units and data generation units to the data processing unit for processing the status data of the gripping device , wherein the data processing unit comprises: a data preparation unit configured to prepare the data received from the gripping device , wherein a status of the gripping device is calculated by way of the preparation and an operability and service life prediction rendered possible, wherein multiple past data sets of the gripping device are compared to one another and to current data during the preparation in order to extrapolate a statement relative to a future state, in particular signs of wear or impermissible loads on the gripping device ; and a data display device for displaying the prepared data of the gripping device . a data preparation unit configured to prepare the data received from the gripping device , wherein a status of the gripping device is calculated by way of the preparation and an operability and service life prediction rendered possible, wherein multiple past data sets of the gripping device are compared to one another and to current data during the preparation in order to extrapolate a statement relative to a future state, in particular signs of wear or impermissible loads on the gripping device ; and a data display device for displaying the prepared data of the gripping device .
A metal decorative product having a metallic luster decoration coated packaging on at least one side of a substrate and enclosing a part with an RFID tag, said metal decorative product is characterized in that : the metallic luster decoration coated packaging being formed by coating an ink mixed with metal powder, in the metallic luster decoration coated packaging, the ink being used to make the metal powder and metal powder connection formed by the metal powder insulated and independent from each other, wherein the surface resistivity of the metallic luster decoration coated packaging is greater than or equal to 10 Ω/sq. the metallic luster decoration coated packaging being formed by coating an ink mixed with metal powder, in the metallic luster decoration coated packaging, the ink being used to make the metal powder and metal powder connection formed by the metal powder insulated and independent from each other, wherein the surface resistivity of the metallic luster decoration coated packaging is greater than or equal to 10 Ω/sq.
Micropile or tie for connecting a structure to a soil , the micropile or tie comprising: - at least one linear metallic element , - at least one external corrosion-protective duct , inside which is positioned the linear metallic element , said external duct being filled with a hardening material, - a head element connected to an upper end of the linear metallic element , wherein the head element is surrounded by a cover (27, 28; 31, 32, 33) for protection against corrosion, charaterized in that the cover (27, 28; 31, 32, 33) is sealed directly to the external duct , in that the head element is threadly connected to the upper end of the linear metallic element , in that the cover (27, 28; 31, 32, 33) is filled with a hardening material, and in that the head element further includes at least one supporting plate , located inside the cover (27, 28; 31, 32, 33) which is filled with the hardening material, to ensure the load transfer between the linear metallic element , the hardening material and the structure . - at least one linear metallic element , - at least one external corrosion-protective duct , inside which is positioned the linear metallic element , said external duct being filled with a hardening material, - a head element connected to an upper end of the linear metallic element ,
A pharmaceutical composition comprising a compound that is (R)-3-(4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl)-3-cyclopentylpropanenitrile phosphoric acid salt and one or more pharmaceutically acceptable excipients; wherein the composition is suitable for providing sustained release of the compound.
An image processing device that processes images obtained by an endoscopic device including an objective lens on its distal portion and a head part at its proximal portion having an image taking part and a gyro part built therein, the image processing device, comprising: circuitry configured to estimate an approximate center of rotation of the endoscopic device that is positioned between the objective lens and the gyro part of the endoscopic device, based on detection of motion of the endoscopic device in response to a movement of the objective lens by manipulating the proximal portion of the endoscopic device wherein detection of motion of the distal portion of the endoscopic device is based on an analysis of relative motion of multiple images obtained using the objective lens at the distal portion of the endoscopic device, and includes determining an angular velocity of the proximal portion of the endoscopic device.
An apparatus for defrosting/heating/cooking for a foodstuff, in particular dough-based such as a pizza or a tart, comprising: - an outer frame including a rear wall , an upper wall , a lower wall , two lateral walls , - an enclosure defined by a bottom wall , a top wall , a lower wall , two lateral walls and a front door movable between at least a first open position in which it is possible to fill the enclosure with a foodstuff to be defrosted/heated/cooked, or to remove the foodstuff from the enclosure once the latter has been defrosted/heated/cooked, and a second closed position in which the foodstuff is defrosted/heated/cooked, - at least one lower heat source , so-called the sole element, powered with a single-phase current, - at least one upper heat source , so-called the vault element, powered with a single-phase current, characterised in that the sole member includes: - at least two pairs of parallel electrical resistors (21a, 21b; 23a, 23b) extending between two walls (3d; 3b, 15b) of the enclosure facing each other, distributed into a central pair , and a peripheral pair , and - a means configured to control each pair of electrical resistors selectively and independently of each other. - an outer frame including a rear wall , an upper wall , a lower wall , two lateral walls , - an enclosure defined by a bottom wall , a top wall , a lower wall , two lateral walls and a front door movable between at least a first open position in which it is possible to fill the enclosure with a foodstuff to be defrosted/heated/cooked, or to remove the foodstuff from the enclosure once the latter has been defrosted/heated/cooked, and a second closed position in which the foodstuff is defrosted/heated/cooked, - at least one lower heat source , so-called the sole element, powered with a single-phase current, - at least one upper heat source , so-called the vault element, powered with a single-phase current, characterised in that the sole member includes: - at least two pairs of parallel electrical resistors (21a, 21b; 23a, 23b) extending between two walls (3d; 3b, 15b) of the enclosure facing each other, distributed into a central pair , and a peripheral pair , and - a means configured to control each pair of electrical resistors selectively and independently of each other.
A composition comprising glyceryl monolaurate and glyceryl monomyristate, and at least one hydrophilic solvent, having a liquid crystalline lamellar structure at a temperature of above about 37°C, a solid crystalline lamellar structure below about 30°C and is in transformation of said solid and liquid crystalline lamellar structures at from about 30°C to about 37°C, a humectant, and optionally one or more of a stabilizer, a preservative, an emollient, a buffering agent, a water retaining compound, or an antimicrobial agent, for use in a method for promoting healing in connection with injuries and wounds in mammals, wherein said composition being a cream, and wherein the monoglycerides comprise a mixture of C12 glycerol monolaurate and C14 glyceryl monomyristate at a ratio of 1:4 to 4:1 at a total amount 15 to 30 % by weight, and the solvent is present in an amount adding up to 100% by weight.