mhurhangee/ep-ind-claims huggingface dataset:
An electrical cable analysis method, comprising: - providing an electrical cable comprising: two or more cable cores helically stranded around a cable longitudinal axis and each comprising an electrical conductor; an elongated metallic element (12, 8a) and a cable core;; wherein the elongated metallic element is a metallic tube included in an optical fibre cable and/or a metallic conductor of a ground conductor; - connecting an electrical generator to an electrical circuit including said elongated metallic element (12, 8a); generating by the electrical generator an electrical current flowing along the electrical circuit; detecting externally to the electrical cable a magnetic field external to the electrical cable and associated to the electrical cable and the electrical current (i); measuring at least one value relating to the magnetic field along the cable length; and analysing the measured at least one value to obtain information about at least one structural aspect of the electrical cable comprising a position assumed by the elongated metallic element (12, 8a) inside said electrical cable. - providing an electrical cable comprising: two or more cable cores helically stranded around a cable longitudinal axis and each comprising an electrical conductor; an elongated metallic element (12, 8a) and a cable core;; wherein the elongated metallic element is a metallic tube included in an optical fibre cable and/or a metallic conductor of a ground conductor; two or more cable cores helically stranded around a cable longitudinal axis and each comprising an electrical conductor; an elongated metallic element (12, 8a) and a cable core;; wherein the elongated metallic element is a metallic tube included in an optical fibre cable and/or a metallic conductor of a ground conductor; - connecting an electrical generator to an electrical circuit including said elongated metallic element (12, 8a); generating by the electrical generator an electrical current flowing along the electrical circuit; detecting externally to the electrical cable a magnetic field external to the electrical cable and associated to the electrical cable and the electrical current (i); measuring at least one value relating to the magnetic field along the cable length; and analysing the measured at least one value to obtain information about at least one structural aspect of the electrical cable comprising a position assumed by the elongated metallic element (12, 8a) inside said electrical cable. generating by the electrical generator an electrical current flowing along the electrical circuit; detecting externally to the electrical cable a magnetic field external to the electrical cable and associated to the electrical cable and the electrical current (i); measuring at least one value relating to the magnetic field along the cable length; and analysing the measured at least one value to obtain information about at least one structural aspect of the electrical cable comprising a position assumed by the elongated metallic element (12, 8a) inside said electrical cable.
A sample collection device (100; 100', 100") for extracting and collecting a sample of a fluid of a user, the sample collection device (100; 100', 100") comprising: - an outer shell (101; 101', 101"); - an inner shell having a pierceable membrane, wherein a pre-packaged vacuum is sealed in a first chamber defined between the outer shell (101; 101', 101") and the inner shell, and - a partially elastically deformable push button section (200, 200', 200"), integrally formed with the outer shell (101; 100', 100"), wherein the push button section (200; 200', 200") includes: - a center portion having a sharp piercing element for piercing the pierceable membrane of the inner shell when a pushing force is applied on the push button section (200; 200', 200"), for allowing releasing of the vacuum in a second chamber, defined by the inner shell; - a peripheral wall, extending toward the inside from a flat wall of the outer shell (101; 101', 101"); - a bottom wall, protruding toward the center portion; - a first connection portion, connecting the peripheral wall and the bottom wall; - a second connection portion, connecting the bottom wall and the center portion, the second connection portion having a reduced thickness, - wherein a first circular groove is formed at the first connection portion between the peripheral wall and the bottom wall, and wherein a second circular groove is formed at the second connection portion between the bottom wall and the center portion. - an outer shell (101; 101', 101"); - an inner shell having a pierceable membrane, wherein a pre-packaged vacuum is sealed in a first chamber defined between the outer shell (101; 101', 101") and the inner shell, and - a partially elastically deformable push button section (200, 200', 200"), integrally formed with the outer shell (101; 100', 100"), - a center portion having a sharp piercing element for piercing the pierceable membrane of the inner shell when a pushing force is applied on the push button section (200; 200', 200"), for allowing releasing of the vacuum in a second chamber, defined by the inner shell; - a peripheral wall, extending toward the inside from a flat wall of the outer shell (101; 101', 101"); - a bottom wall, protruding toward the center portion; - a first connection portion, connecting the peripheral wall and the bottom wall; - a second connection portion, connecting the bottom wall and the center portion, the second connection portion having a reduced thickness, - wherein a first circular groove is formed at the first connection portion between the peripheral wall and the bottom wall, and
A powered fastener driving tool comprising: (a) a housing; (b) a spring/gas chamber in the housing and configured to contain pressurized gas; (c) a dual compression/combustion chamber in the housing and configured to contain a fuel/gas mixture; (d) a gas communication channel in the housing fluidly connecting the spring/gas chamber and the dual compression/combustion chamber, wherein the communication channel is configured to contain pressurized gas moving from the spring/gas chamber to the dual compression/combustion chamber when the piston moves from a firing position to a resting position, the pressurized gas increasing the pressure in the dual compression/combustion chamber to reduce recoil of the piston.; (e) a piston movable in the housing such that pressurized gas in the spring/gas chamber causes the piston to move in the housing to compress the fuel/gas mixture in the dual compression/combustion chamber; and (f) a driving blade connected to the piston such that the combustion of the compressed fuel/gas mixture causes the piston to move in the housing to cause the driving blade to drive a fastener. (a) a housing; (b) a spring/gas chamber in the housing and configured to contain pressurized gas; (c) a dual compression/combustion chamber in the housing and configured to contain a fuel/gas mixture; (d) a gas communication channel in the housing fluidly connecting the spring/gas chamber and the dual compression/combustion chamber, wherein the communication channel is configured to contain pressurized gas moving from the spring/gas chamber to the dual compression/combustion chamber when the piston moves from a firing position to a resting position, the pressurized gas increasing the pressure in the dual compression/combustion chamber to reduce recoil of the piston.; (e) a piston movable in the housing such that pressurized gas in the spring/gas chamber causes the piston to move in the housing to compress the fuel/gas mixture in the dual compression/combustion chamber; and (f) a driving blade connected to the piston such that the combustion of the compressed fuel/gas mixture causes the piston to move in the housing to cause the driving blade to drive a fastener.
A textile, fabric or other flexible material having applied thereto a chromatic luminescent composition, comprising at least one non-luminescent material, at least one luminescent material and at least one binder, wherein the chromatic luminescent composition modulates color, brightness and/or frequency through absorption and emission as a function of incident electromagnetic radiation, and wherein the material has a hand comparable to the material not including the chromatic luminescent composition, and wherein the weight ratio of the at least one binder to the at least one luminescent material is between 3.8:1 and 10:1, and wherein the fluorescence of the chromatic luminescent composition is greater than 5000 a.u. when the chromatic luminescent composition is excited at 470 nm and the fluorescence is measured at λmax of 518.6.
A method for producing a hermetic insecticidal crop storage textile bag, the bag comprising an inner side facing an inner volume and an opposite outer side facing the environment, wherein the method comprises providing the bag with a textile layer forming the inner side of the bag, wherein the textile is woven, knitted, or non-woven, and providing the bag with a polymer multilayer film (8, 18) only on the outer side; wherein the multilayer film comprises an insecticidal polymer layer in which an insecticide is melt-incorporated for preventing intrusion of insects into the bag by the insecticidal polymer layer; characterised in that the method comprises including at least one oxygen barrier polymer layer in the multilayer film (8, 18) for providing an Oxygen Transmission Rate, OTR, through the multilayer film sufficiently low for preventing breeding or killing potential insects inside the bag when the bag is in closed condition.
A fluid pressure cylinder (10, 150, 170, 200, 220, 240) comprising a cylinder tube (12, 172, 174) including cylinder chambers (22, 22a, 22b) defined in interior thereof, cover members (14, 16, 152, 154, 180, 182, 184, 202, 211, 222, 224) attached to ends of the cylinder tube (12, 172, 174) by means of connecting rods, and a piston (18, 130, 160, 176, 178, 232, 250) disposed displaceably along the cylinder chambers (22, 22a, 22b), the fluid pressure cylinder further comprising: a magnetic body (122, 132a, 132b) disposed at a predetermined location along a circumferential direction of the piston (18, 130, 160, 176, 178, 232, 250); and a rotation restricting member configured to restrict rotational displacement of the piston (18, 130, 160, 176, 178, 232, 250);wherein the magnetic body (122, 132a, 132b) is disposed at a position facing toward a detection sensor that is arranged along a circumferential surface of the cylinder tube (12, 172, 174), characterized in that sensor retaining bodies that hold detection sensors for detecting a position of the piston (18, 130, 160, 176, 178, 232, 250) are disposed on the connecting rods, wherein the sensor retaining bodies are disposed substantially perpendicular with respect to a direction of extension of the connecting rods, and are disposed so as to be capable of moving along the connecting rods, together with including mounting sections that extend from locations retained on the connecting rods and in which the detection sensors are mounted. a magnetic body (122, 132a, 132b) disposed at a predetermined location along a circumferential direction of the piston (18, 130, 160, 176, 178, 232, 250); and a rotation restricting member configured to restrict rotational displacement of the piston (18, 130, 160, 176, 178, 232, 250);wherein the magnetic body (122, 132a, 132b) is disposed at a position facing toward a detection sensor that is arranged along a circumferential surface of the cylinder tube (12, 172, 174), characterized in that sensor retaining bodies that hold detection sensors for detecting a position of the piston (18, 130, 160, 176, 178, 232, 250) are disposed on the connecting rods, wherein the sensor retaining bodies are disposed substantially perpendicular with respect to a direction of extension of the connecting rods, and are disposed so as to be capable of moving along the connecting rods, together with including mounting sections that extend from locations retained on the connecting rods and in which the detection sensors are mounted.
A multilayer optical compensation film comprising, a first layer comprising a positive C-plate material and a second layer comprising a polyimide, wherein said polyimide is a negative C-plate having a negative out-of-plane birefringence and a refractive index profile of n x = n y > n z, wherein n x and n y represent in-plane refractive indices, and n z the thickness refractive index, wherein said multilayer optical compensation film composition has positive out-of-plane retardations that satisfy the relations of 0.7< R / R <1 and 1< R / R <1.25, wherein R, R, and R are out-of-plane retardations at the light wavelengths of 450 nm, 550 nm, and 650 nm respectively, and wherein said positive C-plate material is a material capable of providing a positive out-of-plane birefringence of greater than 0.015 throughout the light wavelength range of from 400 nm to 800 nm. a first layer comprising a positive C-plate material and a second layer comprising a polyimide, wherein said polyimide is a negative C-plate having a negative out-of-plane birefringence and a refractive index profile of n x = n y > n z, wherein n x and n y represent in-plane refractive indices, and n z the thickness refractive index, wherein said multilayer optical compensation film composition has positive out-of-plane retardations that satisfy the relations of 0.7< R / R <1 and 1< R / R <1.25, wherein R, R, and R are out-of-plane retardations at the light wavelengths of 450 nm, 550 nm, and 650 nm respectively, and wherein said positive C-plate material is a material capable of providing a positive out-of-plane birefringence of greater than 0.015 throughout the light wavelength range of from 400 nm to 800 nm.
An engine control system for automatically starting an internal combustion engine of outdoor power equipment, comprising: a manually activated start button that generates a start signal upon activation; an ignition shorting relay coupled to the controller; an enable device receptacle sized to receive an enable device; and a controller, coupled to the ignition shorting relay, that receives the start signal from the start button, wherein insertion of the enable device into the enable device receptacle activates the ignition shorting relay to allow operation of the internal combustion engine and removal of the enable device from the enable device receptacle activates the ignition shorting relay to prevent the controller from operating the internal combustion engine, whereby the controller activates a starter for the engine only when the enable device is in the enable device receptacle and the controller receives the start signal. a manually activated start button that generates a start signal upon activation; an ignition shorting relay coupled to the controller; an enable device receptacle sized to receive an enable device; and a controller, coupled to the ignition shorting relay, that receives the start signal from the start button, wherein insertion of the enable device into the enable device receptacle activates the ignition shorting relay to allow operation of the internal combustion engine and removal of the enable device from the enable device receptacle activates the ignition shorting relay to prevent the controller from operating the internal combustion engine, whereby the controller activates a starter for the engine only when the enable device is in the enable device receptacle and the controller receives the start signal.
Ajar, comprising: a cylindrical body having an anvil therein; a mandrel concentric inside the cylindrical body, the mandrel having a set of grooves at a selected position and a hammer; a trigger sleeve disposed inside the cylindrical body, the trigger sleeve having grooves and protuberances in an inside diameter; a collet disposed between the trigger sleeve and the mandrel, the collet having grooves and protuberances in an inside diameter adapted to come into registration with the grooves of the mandrel and grooves and protuberances on an outside diameter adapted to come into registration with the trigger sleeve; a main spring in the cylindrical body disposed to apply a first axial force to the collet as the collet moves a selected displacement to compress the main spring until the grooves and protuberances on the outside diameter of the collet come into registration with the grooves and protuberances in the outside diameter of the trigger sleeve to release the mandrel; a shoulder disposed to relieve the first axial force to the collet after the mandrel is released; an auxiliary spring in the cylindrical body disposed to apply a second axial force to the trigger sleeve and the collet after the mandrel is released, the second axial force being less than the first axial force. a cylindrical body having an anvil therein; a mandrel concentric inside the cylindrical body, the mandrel having a set of grooves at a selected position and a hammer; a trigger sleeve disposed inside the cylindrical body, the trigger sleeve having grooves and protuberances in an inside diameter; a collet disposed between the trigger sleeve and the mandrel, the collet having grooves and protuberances in an inside diameter adapted to come into registration with the grooves of the mandrel and grooves and protuberances on an outside diameter adapted to come into registration with the trigger sleeve; a main spring in the cylindrical body disposed to apply a first axial force to the collet as the collet moves a selected displacement to compress the main spring until the grooves and protuberances on the outside diameter of the collet come into registration with the grooves and protuberances in the outside diameter of the trigger sleeve to release the mandrel; a shoulder disposed to relieve the first axial force to the collet after the mandrel is released; an auxiliary spring in the cylindrical body disposed to apply a second axial force to the trigger sleeve and the collet after the mandrel is released, the second axial force being less than the first axial force.
An improved gas cooker, which comprises: - a box-like housing for delimiting an upper compartment and a lower compartment, said compartments (3, 4) being divided by a horizontal metal plate interposed therebetween and being in fluid communication with each other through a series of slits formed in said plate; - a hob placed above said upper compartment and comprising a plurality of burners and a pivoting cover; - an oven housed in said lower compartment, and comprising a front opening, a pivoting door for selectively closing said compartment and at least one grill device; - a front panel mounted to the front edge of said upper compartment and comprising control means connected to said burners and said oven and operable by a user; - an exhaust path for outwardly discharging the fumes and the combustion products of the oven, wherein said exhaust path extends in the rear portion of said box-like housing; - a folded metal sheet accommodated in said upper compartment in correspondence of said slits, said metal sheet having lateral lower edges contacting said plate to define a conduit adapted to provide fluid communication between said slits and said exhaust path and separate it from the rest of the upper compartment which houses said control means, to prevent them and said front panel from being overheated; characterized in that said gas cooker comprises a substantially horizontal first baffle, said first baffle being slidingly coupled to said metal plate to move from a first retracted position in which it blocks the slits and prevents fluid communication between said lower compartment and said conduit through said slits, and a second extended position in which it does not block said slits and allows fluid communication between said lower compartment and said conduit. - a box-like housing for delimiting an upper compartment and a lower compartment, said compartments (3, 4) being divided by a horizontal metal plate interposed therebetween and being in fluid communication with each other through a series of slits formed in said plate; - a hob placed above said upper compartment and comprising a plurality of burners and a pivoting cover; - an oven housed in said lower compartment, and comprising a front opening, a pivoting door for selectively closing said compartment and at least one grill device; - a front panel mounted to the front edge of said upper compartment and comprising control means connected to said burners and said oven and operable by a user; - an exhaust path for outwardly discharging the fumes and the combustion products of the oven, wherein said exhaust path extends in the rear portion of said box-like housing; - a folded metal sheet accommodated in said upper compartment in correspondence of said slits, said metal sheet having lateral lower edges contacting said plate to define a conduit adapted to provide fluid communication between said slits and said exhaust path and separate it from the rest of the upper compartment which houses said control means, to prevent them and said front panel from being overheated;
A method for implementing access control using a mobile device configured to generate access requests, the method comprising: detecting a status change of the mobile device by: receiving sound data from a microphone of the mobile device the sound data being a predefined sound transmitted from a device located at an access point, the device being triggered to transmit the predefined sound upon detecting a user interaction; comparing the received sound data to a predetermined sound signature; and determining that the sound data matches a predetermined sound signature; the method further comprising: upon detecting the status change of the mobile device, triggering logic on the mobile device into a state to monitor for receipt of one or more access control beacons; receiving an access control beacon from an access control device; generating an access request based on the received access control beacon; and transmitting the access request over a wireless communication interface of the mobile device; wherein determining the received sound data to a predetermined sound signature comprises identifying the sound data as indicative of the transmitted predefined sound. receiving sound data from a microphone of the mobile device the sound data being a predefined sound transmitted from a device located at an access point, the device being triggered to transmit the predefined sound upon detecting a user interaction; comparing the received sound data to a predetermined sound signature; and determining that the sound data matches a predetermined sound signature; the method further comprising: upon detecting the status change of the mobile device, triggering logic on the mobile device into a state to monitor for receipt of one or more access control beacons; receiving an access control beacon from an access control device; generating an access request based on the received access control beacon; and transmitting the access request over a wireless communication interface of the mobile device; wherein determining the received sound data to a predetermined sound signature comprises identifying the sound data as indicative of the transmitted predefined sound. upon detecting the status change of the mobile device, triggering logic on the mobile device into a state to monitor for receipt of one or more access control beacons; receiving an access control beacon from an access control device; generating an access request based on the received access control beacon; and transmitting the access request over a wireless communication interface of the mobile device; wherein determining the received sound data to a predetermined sound signature comprises identifying the sound data as indicative of the transmitted predefined sound.