mhurhangee/patent-ind-claim-en huggingface dataset:
Modular and multipurpose covering device for a pool , in particular a swimming pool or the like, comprising a first modular covering tarpaulin made of first tarpaulin elements arranged adjacently, aligned in a first plane (P1) and joined together by transverse supports in order to obtain a covering device with the desired length, said first tarpaulin elements comprising on their transverse edges joining elements arranged to cooperate with first joining zones having a complementary shape provided in said transverse supports and allowing to realize a reversible assembly of the first tarpaulin elements together, characterized in that said covering device moreover comprises a second modular covering tarpaulin , superimposed on first covering tarpaulin , and made of second tarpaulin elements with a width identical or slightly smaller than that of first tarpaulin elements , arranged adjacently, aligned in a second plane (P2) substantially parallel to first plane (P1) in which said first covering tarpaulin is extending, and assembled to first tarpaulin elements by fastening means , said second tarpaulin elements comprising on their transverse edges joining elements arranged to cooperate with second joining zones having a complementary shape provided on said fastening means and allowing to realize a reversible assembly of second tarpaulin elements with respect to first tarpaulin elements , and in that second covering tarpaulin has technical properties different from those of first covering tarpaulin .
A machine for closing the tail end (LF) of logs (R) of web material (N), comprising: a log advancing path (P); along the log advancing path, a tail end unwinding, positioning and sealing station , characterized by comprising an aperture that extends downwards from an inlet under the log advancing path (P); first mechanical ply-bonding members and second mechanical ply-bonding members , associated with said aperture .
A computer implemented method for software architecture analysis, comprising: importing (Step 402) an architecture model, wherein the architecture model comprises a plurality of modules, each module is a software code set with a specific function, and each module comprises at least one file, and wherein the importing comprises receiving, by a communication interface of a computer, the architecture model and storing it in a memory of the computer; analyzing (Step 404) files comprised in the plurality of modules to obtain module call information, wherein the module call information comprises a call relationship between the plurality of modules; obtaining an architecture setting by receiving an input by a user, wherein the architecture setting comprises a layering rule and a call rule, the layering rule comprises set information of a plurality of layers and a module comprised at each of the plurality of layers, and the call rule comprises a call rule between modules located at different layers and/or a call rule between modules comprised at each layer; indicating (Step 408) to generate a layered architecture presentation interface based on the layering rule and the module call information, wherein in the layered architecture presentation interface, each module is allocated to an area corresponding to a layer comprising the module; and detecting (Step 410) the module call information based on the call rule, and displaying a detection result by using the layered architecture presentation interface. importing (Step 402) an architecture model, wherein the architecture model comprises a plurality of modules, each module is a software code set with a specific function, and each module comprises at least one file, and wherein the importing comprises receiving, by a communication interface of a computer, the architecture model and storing it in a memory of the computer; analyzing (Step 404) files comprised in the plurality of modules to obtain module call information, wherein the module call information comprises a call relationship between the plurality of modules; obtaining an architecture setting by receiving an input by a user, wherein the architecture setting comprises a layering rule and a call rule, the layering rule comprises set information of a plurality of layers and a module comprised at each of the plurality of layers, and the call rule comprises a call rule between modules located at different layers and/or a call rule between modules comprised at each layer; indicating (Step 408) to generate a layered architecture presentation interface based on the layering rule and the module call information, wherein in the layered architecture presentation interface, each module is allocated to an area corresponding to a layer comprising the module; and detecting (Step 410) the module call information based on the call rule, and displaying a detection result by using the layered architecture presentation interface.
A wet sheet storage container comprising a container body which has an opening part and is configured to store a wet sheet in a state of being wound in a roll shape from the opening part ; and a lid body which is attached to the container body to open and close the opening and has an extracting part for extracting the wet sheet to outside on an upper surface, characterised in that a plurality of male thread parts for screwing the lid body along a circumferential direction is formed on an outer circumferential surface of an upper end part of the container body , a plurality of female thread parts to be screwed with the male thread parts is formed on an inner circumferential surface of the lid body , the male thread parts include: a base end part formed on an upstream side in a rotating direction of the lid body when the lid body is installed; and a tip end part formed on a downstream side in the rotating direction of the lid body when the lid body is installed, wherein a height (a) of the tip end part is formed to be higher than a height (b) of the base end part wherein the male thread parts are formed such that a length (c) of the tip end part is shorter than a length (d) of the base end part . a base end part formed on an upstream side in a rotating direction of the lid body when the lid body is installed; and a tip end part formed on a downstream side in the rotating direction of the lid body when the lid body is installed, wherein a height (a) of the tip end part is formed to be higher than a height (b) of the base end part wherein the male thread parts are formed such that a length (c) of the tip end part is shorter than a length (d) of the base end part .
Method for obtaining a pair of ophthalmic lenses for correcting cylindrical and spherical refractive defects of the two eyes of a wearer, including: - a step (E10) of defining the cylindrical and spherical correction requirements of the wearer for various vision proximities, - a step (E20) of determining cylindrical and spherical powers of said ophthalmic lenses at vision points of various proximities, depending on the previously defined cylindrical and spherical correction requirements of the wearer, and - a step (E30) of producing said ophthalmic lenses on the basis of the cylindrical and spherical powers determined; characterized in that the powers of at least one of the two ophthalmic lenses are determined (E20) so as to limit the discrepancy obtained, between the two ophthalmic lenses of the pair, in at least one of the following quantities: - the equivalent spherical power addition between the vision points of various proximities, and - the variation in the cylindrical power vector between the vision points of various proximities. - a step (E10) of defining the cylindrical and spherical correction requirements of the wearer for various vision proximities, - a step (E20) of determining cylindrical and spherical powers of said ophthalmic lenses at vision points of various proximities, depending on the previously defined cylindrical and spherical correction requirements of the wearer, and - a step (E30) of producing said ophthalmic lenses on the basis of the cylindrical and spherical powers determined; - the equivalent spherical power addition between the vision points of various proximities, and - the variation in the cylindrical power vector between the vision points of various proximities.
A sensor assembly comprising: one or more accelerometers (116; 412, 414) configured to generate movement signals indicative of sensed movement of a powered system in one or more directions; a fluid level sensor (116; 404) configured to generate fluid level signals indicative of a sensed amount of fluid in the powered system ; a first antenna (434; 440) configured to wirelessly communicate the one or more of the movement signals and the amount of fluid to a remote location; and one or more processors (106; 118) configured to receive the movement signals and the fluid level signals from the one or more accelerometers (116; 412, 414) and the fluid level sensor (116; 404); characterized in that the one or more processors (106; 118) are configured to filter at least some of the movement signals based on a speed at which the powered system operates; wherein the one or more processors (106; 118) are configured to filter the movement signals with a filter having a bandwidth that increases for faster speeds of a motor of the powered system and that decreases for slower speeds of the motor . one or more accelerometers (116; 412, 414) configured to generate movement signals indicative of sensed movement of a powered system in one or more directions; a fluid level sensor (116; 404) configured to generate fluid level signals indicative of a sensed amount of fluid in the powered system ; a first antenna (434; 440) configured to wirelessly communicate the one or more of the movement signals and the amount of fluid to a remote location; and one or more processors (106; 118) configured to receive the movement signals and the fluid level signals from the one or more accelerometers (116; 412, 414) and the fluid level sensor (116; 404); characterized in that the one or more processors (106; 118) are configured to filter at least some of the movement signals based on a speed at which the powered system operates; wherein the one or more processors (106; 118) are configured to filter the movement signals with a filter having a bandwidth that increases for faster speeds of a motor of the powered system and that decreases for slower speeds of the motor .
Electromechanical timepiece fitted with a gear train comprising at least an hour hand and a minute hand for the current time display on the dial side of the timepiece, said hour hand and said minute hand being driven by a common electric motor or by separate electric motors, the timepiece further being arranged to provide at least one additional piece of information relating to a non-time related piece of information, said timepiece further including an additional indicator hand arranged to display the additional information, characterized in that said additional indicator hand is mounted on the back cover side of the timepiece on an arbour of the gear train of said timepiece, so that the additional indicator hand and the hour hand and/or minute hand rotate at the same time and at the same angle, the hour hand and/or the minute hand being driven either to display the current time, or to enable the additional indicator hand to indicate the additional information, the timepiece to this end either including an additional control means which the user activates in order to tell the timepiece that it has been turned over, or a means arranged to enable the timepiece to detect that it has been turned over and to enter into an additional information display mode.
A musical instrument for preventing player's body from damping vibrations comprising: (a) an indirect sound production portion, comprising • a neck including a fingerboard and headstock with tuning heads , • an annular plate which on one end, designated as head, is designed to receive and secure said neck of said musical instrument and further comprises a second end opposite to the head and designated as tail, • a block connected to the inside surface of the annular plate at the head or tail of the annular plate or at both, and • a bridge support connected to said block , and • a bridge mounted on said bridge support , and (b) a direct sound production portion, comprising • at least one string attached on a first end to said tuning heads stretched tautly across said bridge and attached on a second end to said block , and (c) a covering portion, comprising a top and a bottom cover , attached to said annular plate , wherein said top cover provides for an opening for said bridge support , characterised in that said covers are acoustically decoupled from the direct and indirect sound production portions by an acoustically decoupling interface provided between said annular plate and said top and bottom covers , said interface comprising a layer which reduces sound conduction. (a) an indirect sound production portion, comprising • a neck including a fingerboard and headstock with tuning heads , • an annular plate which on one end, designated as head, is designed to receive and secure said neck of said musical instrument and further comprises a second end opposite to the head and designated as tail, • a block connected to the inside surface of the annular plate at the head or tail of the annular plate or at both, and • a bridge support connected to said block , and • a bridge mounted on said bridge support , and • a neck including a fingerboard and headstock with tuning heads , • an annular plate which on one end, designated as head, is designed to receive and secure said neck of said musical instrument and further comprises a second end opposite to the head and designated as tail, • a block connected to the inside surface of the annular plate at the head or tail of the annular plate or at both, and • a bridge support connected to said block , and • a bridge mounted on said bridge support , and (b) a direct sound production portion, comprising • at least one string attached on a first end to said tuning heads stretched tautly across said bridge and attached on a second end to said block , and • at least one string attached on a first end to said tuning heads stretched tautly across said bridge and attached on a second end to said block , and (c) a covering portion, comprising a top and a bottom cover , attached to said annular plate , wherein said top cover provides for an opening for said bridge support ,
An electronic circuit breaker, comprising: a switching contact that is configured to open and close an electric path ; a current detecting device that is configured to detect a current in the electric path ; a characteristic setting unit that is configured to set an instantaneous tripping characteristic and a time-limit tripping characteristic for opening the switching contact in accordance with a current flowing through the electric path ; characterized in that a first microcomputer into which an output signal of the current detecting device is input, and which is configured to output an instantaneous tripping signal (S1); a second microcomputer to which the characteristic setting unit is connected, and which is configured to transmit the instantaneous tripping characteristic to the first microcomputer , acquire information on a current flowing through the electric path from the first microcomputer , and output a time-limit tripping signal (S2); and a tripping device that is configured to open the switching contact based on the instantaneous tripping signal (S1) and the time-limit tripping signal (S2). a switching contact that is configured to open and close an electric path ; a current detecting device that is configured to detect a current in the electric path ; a characteristic setting unit that is configured to set an instantaneous tripping characteristic and a time-limit tripping characteristic for opening the switching contact in accordance with a current flowing through the electric path ; characterized in that a first microcomputer into which an output signal of the current detecting device is input, and which is configured to output an instantaneous tripping signal (S1); a second microcomputer to which the characteristic setting unit is connected, and which is configured to transmit the instantaneous tripping characteristic to the first microcomputer , acquire information on a current flowing through the electric path from the first microcomputer , and output a time-limit tripping signal (S2); and a tripping device that is configured to open the switching contact based on the instantaneous tripping signal (S1) and the time-limit tripping signal (S2).
A microfluidic cell comprising: a microfluidic channel for receiving a fluid sample; and a sensor comprising a diamond material, wherein the diamond material forms at least a portion of a wall defining the microfluidic channel , a plurality of quantum spin defects within the diamond material, uniformly spaced from the channel along its length, and suitable for sensing spin resonance signals from a fluid sample to be disposed in the microfluidic channel , said quantum spin defects being positioned at a distance equal to or less than 100 nm from said portion of the wall of the microfluidic channel , and wherein the quantum spin defects have a decoherence time T 2 equal to or greater than 0.05 ms; and an injection port configured for injecting the fluid sample into the microfluidic cell. a microfluidic channel for receiving a fluid sample; and a sensor comprising a diamond material, wherein the diamond material forms at least a portion of a wall defining the microfluidic channel , a plurality of quantum spin defects within the diamond material, uniformly spaced from the channel along its length, and suitable for sensing spin resonance signals from a fluid sample to be disposed in the microfluidic channel , said quantum spin defects being positioned at a distance equal to or less than 100 nm from said portion of the wall of the microfluidic channel , and wherein the quantum spin defects have a decoherence time T 2 equal to or greater than 0.05 ms; and an injection port configured for injecting the fluid sample into the microfluidic cell.
A beehive protection device comprising: - A first barrier comprising a plurality of first walls defining a first open volume intended to be arranged facing the beehive, at least one of the first walls comprising a plurality of first passage orifices ; characterized by - A second barrier comprising a plurality of second walls defining a second open volume on the rear face and of dimensions smaller than those of the first volume , at least one of the second walls comprising a plurality of second passage orifices whose dimensions are smaller than those of the first passage orifices , the second barrier being arranged within the volume of the first barrier to define an airlock between these first and second barriers. - A first barrier comprising a plurality of first walls defining a first open volume intended to be arranged facing the beehive, at least one of the first walls comprising a plurality of first passage orifices ; characterized by - A second barrier comprising a plurality of second walls defining a second open volume on the rear face and of dimensions smaller than those of the first volume , at least one of the second walls comprising a plurality of second passage orifices whose dimensions are smaller than those of the first passage orifices , the second barrier being arranged within the volume of the first barrier to define an airlock between these first and second barriers.
Method for producing a prestressed concrete component , comprising, preferably in the following order, the steps: - providing at least one reinforcing element comprising a plurality of carbon fibers and several removable holding elements , which are connected to each other by the carbon fibers , so that the carbon fibers can be tensioned in their longitudinal direction (T) by means of the holding elements , wherein the carbon fibers are attached to the holding elements in such a way that the carbon fibers open into the holding elements in a largely straight line when tensioned, the carbon fibers have a net cross-sectional area of less than 5 mm 2 , and the carbon fibers are attached to the holding elements by laminating or by laminating and clamping and are fixed in their mutual arrangement; - tensioning the carbon fibers of the reinforcing element by pulling apart the associated holding elements in their longitudinal direction (T); and - concreting of the concrete component with at least partial concreting of the tensioned carbon fibers . - providing at least one reinforcing element comprising a plurality of carbon fibers and several removable holding elements , which are connected to each other by the carbon fibers , so that the carbon fibers can be tensioned in their longitudinal direction (T) by means of the holding elements , wherein the carbon fibers are attached to the holding elements in such a way that the carbon fibers open into the holding elements in a largely straight line when tensioned, the carbon fibers have a net cross-sectional area of less than 5 mm 2 , and the carbon fibers are attached to the holding elements by laminating or by laminating and clamping and are fixed in their mutual arrangement; - tensioning the carbon fibers of the reinforcing element by pulling apart the associated holding elements in their longitudinal direction (T); and - concreting of the concrete component with at least partial concreting of the tensioned carbon fibers .
An architectural panel comprising: a mesh defining a plurality of openings ; and a plurality of flaps configured for attachment to the mesh within the plurality of openings , each of said flaps being attached to the mesh within one of said openings and movable to allow air flow through said opening, characterized in that said mesh comprises one or more of a welded wire mesh, a cable rod mesh and a woven wire mesh. a mesh defining a plurality of openings ; and a plurality of flaps configured for attachment to the mesh within the plurality of openings , each of said flaps being attached to the mesh within one of said openings and movable to allow air flow through said opening, characterized in that said mesh comprises one or more of a welded wire mesh, a cable rod mesh and a woven wire mesh.