mhurhangee/ep-ind-claims huggingface dataset:
An anti-torque rotor for a helicopter, comprising: - a mast, rotatable about a first axis; - a plurality of blades, hinged on said mast, extending along respective second axes transversal to said first axis and rotatable about respective said second axes to vary the respective angles of attack; - a control element, sliding along said first axis with respect to said mast, integrally rotatable with said mast, and operatively connected to said blades to cause the rotation of said blades about respective said second axes following a translation of said element along said first axis; - a control mechanism, sliding axially along said first axis with respect to said mast and angularly fixed with respect to said first axis; and - a connection element, interposed between said control mechanism and said control element, sliding along said first axis with respect to said mast and integrally with said control mechanism, and configured to enable the relative rotation of said control element with respect to said control mechanism about said first axis in a correct operating configuration; characterized in that said control mechanism comprises: - a first rod; and - a second rod, connected to said connection element; said rotor further comprising a coupling, which enables said first and second rods (60, 61) to slide along said first axis integrally with one another; said coupling being configured so as to enable rotation of said second rod with respect to said first rod when the torque exerted, in use, by said first connection element on said second rod about said first axis is greater than a threshold value in the event of failure of said connection element; said coupling being configured so as to prevent the rotation of said second rod with respect to said first rod when said torque exerted, in use, by said connection element on said second rod is less than said threshold value. - a mast, rotatable about a first axis; - a plurality of blades, hinged on said mast, extending along respective second axes transversal to said first axis and rotatable about respective said second axes to vary the respective angles of attack; - a control element, sliding along said first axis with respect to said mast, integrally rotatable with said mast, and operatively connected to said blades to cause the rotation of said blades about respective said second axes following a translation of said element along said first axis; - a control mechanism, sliding axially along said first axis with respect to said mast and angularly fixed with respect to said first axis; and - a connection element, interposed between said control mechanism and said control element, sliding along said first axis with respect to said mast and integrally with said control mechanism, and configured to enable the relative rotation of said control element with respect to said control mechanism about said first axis in a correct operating configuration; - a first rod; and - a second rod, connected to said connection element; said rotor further comprising a coupling, which enables said first and second rods (60, 61) to slide along said first axis integrally with one another;
A method for assembling a structure formed of objects including discrete objects and a large object that is bigger than the discrete objects, the method comprising: operating in an asynchronous phase in which pick-and-place machines at a placement station are each operated independently to place the discrete objects onto a mandrel; and operating in a synchronous phase in which the PNP machines are operated in tandem to place the large object that spans multiple PNP machines onto the mandrel. operating in an asynchronous phase in which pick-and-place machines at a placement station are each operated independently to place the discrete objects onto a mandrel; and operating in a synchronous phase in which the PNP machines are operated in tandem to place the large object that spans multiple PNP machines onto the mandrel.
A portable device, comprising: a stylus unit, which is an input means for the portable device; a housing unit configured to accommodate the stylus unit; a sensor unit configured to sense a pulled out length of the stylus unit from the housing unit and a rotation angle of the stylus unit around an axis of a direction of the stylus being pulled out; and a processor configured to: provide a menu interface of a plurality of menu interfaces corresponding to the pulled out length of the stylus unit when the stylus unit is pulled out from the housing unit, navigate first menus provided by the menu interface according to a rotation of the stylus unit when the rotation is sensed while the menu interface is provided, select a menu from the first menus when the rotation is not sensed during a predetermined time, and execute the selected menu when the stylus unit is completely pulled out from the housing unit. a stylus unit, which is an input means for the portable device; a housing unit configured to accommodate the stylus unit; a sensor unit configured to sense a pulled out length of the stylus unit from the housing unit and a rotation angle of the stylus unit around an axis of a direction of the stylus being pulled out; and a processor configured to: provide a menu interface of a plurality of menu interfaces corresponding to the pulled out length of the stylus unit when the stylus unit is pulled out from the housing unit, navigate first menus provided by the menu interface according to a rotation of the stylus unit when the rotation is sensed while the menu interface is provided, select a menu from the first menus when the rotation is not sensed during a predetermined time, and execute the selected menu when the stylus unit is completely pulled out from the housing unit. provide a menu interface of a plurality of menu interfaces corresponding to the pulled out length of the stylus unit when the stylus unit is pulled out from the housing unit, navigate first menus provided by the menu interface according to a rotation of the stylus unit when the rotation is sensed while the menu interface is provided, select a menu from the first menus when the rotation is not sensed during a predetermined time, and execute the selected menu when the stylus unit is completely pulled out from the housing unit.
Method for machining a through-hole in a wall of a component, comprising: - setting in rotation on itself a cutting tool of radius r about a rotation axis, - setting said rotation axis of the tool in rotation about a first orbital rotation axis parallel to, and eccentric by an eccentricity value E with respect to, the rotation axis of the tool, - making the cutting tool and the component effect a movement relative to one another so as to cause the cutting tool to interact with the component in such a way as to obtain a through-hole, - setting in rotation the first orbital rotation axis about a second orbital rotation axis parallel and eccentric by a distance f with respect to the first orbital rotation axis, - using a first intermediate support that allows the cutting tool a rotational movement about its rotation axis and a second intermediate support that allows the first intermediate support a rotational movement about the first orbital rotation axis, - withdrawing the cutting tool from the through-hole, characterized in that said distance f is adjustable as a function of the through-hole to be produced and independent of the eccentricity value, said distance f being kept fixed on at least one turn so as to obtain a through-hole with a circular periphery and the first intermediate support is at least one of statically and dynamically balanced. - setting in rotation on itself a cutting tool of radius r about a rotation axis, - setting said rotation axis of the tool in rotation about a first orbital rotation axis parallel to, and eccentric by an eccentricity value E with respect to, the rotation axis of the tool, - making the cutting tool and the component effect a movement relative to one another so as to cause the cutting tool to interact with the component in such a way as to obtain a through-hole, - setting in rotation the first orbital rotation axis about a second orbital rotation axis parallel and eccentric by a distance f with respect to the first orbital rotation axis, - using a first intermediate support that allows the cutting tool a rotational movement about its rotation axis and a second intermediate support that allows the first intermediate support a rotational movement about the first orbital rotation axis, - withdrawing the cutting tool from the through-hole,
A liquid cooling device, comprising: a liquid cooling conductor including a chamber defined therein for communicating with outside, the chamber being configured to accommodate a coolant, and the surface of the liquid cooling conductor being provided with at least one communicating port communicating with the chamber, wherein the liquid cooling conductor is formed by joining at least two combination blocks (112, 114), and a seam is formed between the at least two combination blocks, wherein at least one of the at least two combination blocks (112, 114) is a metal conductor; characterized in that a detecting probe is disposed on the liquid cooling conductor, the detecting probe is disposed beside the seam or surrounds the at least one communicating port, and the liquid cooling device further comprises a determining circuit, electrically connected to the metal conductor and the detecting probe,, and operable to generate a liquid leakage alarm signal when the metal conductor and the detecting probe are electrically connected. a liquid cooling conductor including a chamber defined therein for communicating with outside, the chamber being configured to accommodate a coolant, and the surface of the liquid cooling conductor being provided with at least one communicating port communicating with the chamber, wherein the liquid cooling conductor is formed by joining at least two combination blocks (112, 114), and a seam is formed between the at least two combination blocks, wherein at least one of the at least two combination blocks (112, 114) is a metal conductor; characterized in that a detecting probe is disposed on the liquid cooling conductor, the detecting probe is disposed beside the seam or surrounds the at least one communicating port, and the liquid cooling device further comprises a determining circuit, electrically connected to the metal conductor and the detecting probe,, and operable to generate a liquid leakage alarm signal when the metal conductor and the detecting probe are electrically connected.
A compound for use in the preventive and/or curative treatment of diseases or disorders of the central nervous system characterized by a decline in neuronal plasticity, in particular characterized by a decline in the synaptic plasticity, for example in the treatment of diseases or disorders of the central nervous system affecting the cognitive processes such as learning, perception, attention, reasoning, language and/or memory, in the treatment of diseases of the central nervous system such as the neurodegenerative diseases of the Parkinson's, Alzheimer's and/or amyotrophic lateral sclerosis type, in the treatment of diseases or disorders of the central nervous system responsible for mood disorders, hyperexcitability, hyperactivity and/or stress, in the treatment of neurological disorders such as epilepsy, said compound being magnesium N-acetyl-taurinate dihydrate comprising two intrinsic water molecules.
A lighting device, comprising: one or more light emitting units formed on a printed circuit board; a reflection member which is formed on the printed circuit board and is configured such that the one or more light emitting units passes through the reflection member; a resin layer which is formed on the light emitting units so that the light emitting units are embedded in the resin layer; a diffusion member formed on an upper side of the resin layer, wherein the diffusion member comprises a first protruding optical pattern formed on a lower surface of the diffusion member and the reflection member comprises a second protruding optical pattern formed on an upper surface of the reflection member, characterised in that a first spacing part is formed between the resin layer and the first protruding optical pattern of the diffusion member. one or more light emitting units formed on a printed circuit board; a reflection member which is formed on the printed circuit board and is configured such that the one or more light emitting units passes through the reflection member; a resin layer which is formed on the light emitting units so that the light emitting units are embedded in the resin layer; a diffusion member formed on an upper side of the resin layer, wherein the diffusion member comprises a first protruding optical pattern formed on a lower surface of the diffusion member and the reflection member comprises a second protruding optical pattern formed on an upper surface of the reflection member, characterised in that a first spacing part is formed between the resin layer and the first protruding optical pattern of the diffusion member.
Controlled system for supplying weft yarn in a loom, comprising supply control means of the weft yarn, unwinding means of the weft yarn wound on a reel, measuring and accumulating means of an unwound section of length of the weft yarn comprising first sliding means adapted to deviate the weft yarn with respect to second sliding means, further measuring and accumulating means (3, 4) of an unwound section of length of the weft yarn, said unwinding means of the weft yarn wound on a reel, said measuring and accumulating means of an unwound section of length of the weft yarn and said further measuring and accumulating means (3, 4) of an unwound section of length of the weft yarn being connected to a drive (100, 200, 300) controlled by the supply control means of the weft yarn, said further measuring and accumulating means (3, 4) comprising oscillating means (30, 40), in strict relationship with the motion of said unwinding means and in strict relationship with the motion of the inserting means of the weft in the pitch, said oscillating means (30, 40) comprising at least one oscillating arm (31, 41) with respect tod a rotation axis, said at least one oscillating arm (31, 41) comprising third sliding means (32, 42) adapted to allow deviating the weft yarn with respect to fourth sliding means (33, 43), characterized in that said at least one oscillating arm (31, 41) is connected to a motor which moves approximately with a constant torque. said unwinding means of the weft yarn wound on a reel, said measuring and accumulating means of an unwound section of length of the weft yarn and said further measuring and accumulating means (3, 4) of an unwound section of length of the weft yarn being connected to a drive (100, 200, 300) controlled by the supply control means of the weft yarn, said further measuring and accumulating means (3, 4) comprising oscillating means (30, 40), in strict relationship with the motion of said unwinding means and in strict relationship with the motion of the inserting means of the weft in the pitch, said oscillating means (30, 40) comprising at least one oscillating arm (31, 41) with respect tod a rotation axis, said at least one oscillating arm (31, 41) comprising third sliding means (32, 42) adapted to allow deviating the weft yarn with respect to fourth sliding means (33, 43),
A cleaning tool (100, 200, 300, 400, 500, 600), comprising: a handle assembly (102, 202, 302, 402, 502, 602) including an extension member (108, 208, 308, 408) connected to a scrub head (122, 222, 322, 422, 522 622); and a mop head (104, 204, 304, 404, 800, 1004) connected to the handle assembly (102, 202, 302, 402, 502, 602), wherein the mop head (104, 204, 304, 404, 800, 1004) can be moved between a first position exposing the mop head and a second position exposing the scrub head; characterized by: a power head (112, 212, 312, 412, 512, 612) connected to a distal end of the extension member (108, 208, 308, 408), the scrub head being attached to the power head. a handle assembly (102, 202, 302, 402, 502, 602) including an extension member (108, 208, 308, 408) connected to a scrub head (122, 222, 322, 422, 522 622); and a mop head (104, 204, 304, 404, 800, 1004) connected to the handle assembly (102, 202, 302, 402, 502, 602), wherein the mop head (104, 204, 304, 404, 800, 1004) can be moved between a first position exposing the mop head and a second position exposing the scrub head; characterized by: a power head (112, 212, 312, 412, 512, 612) connected to a distal end of the extension member (108, 208, 308, 408), the scrub head being attached to the power head. a power head (112, 212, 312, 412, 512, 612) connected to a distal end of the extension member (108, 208, 308, 408), the scrub head being attached to the power head.
A tamper-evident overcap for snap-fitting to a drum, the overcap comprising: a cap having a top panel, an annular skirt forming a sidewall extending downward from the top panel, and at least one engagement flange protruding radially inward from the sidewall; and a removable tamper evident member comprising: a tamper evident ring attached to a periphery of the cap by way of a plurality of frangible bridge elements; and a grasping handle extending radially outward from the tamper evident ring, wherein the tamper evident member is held to a peripheral edge of the top panel; and characterized in that the tamper evident ring comprises a first groove disposed along a vertically-oriented axis; and in that a second groove is formed in the tamper evident ring, wherein the first groove and the second groove are adapted to tear on disengagement of the tamper evident ring from the cap. a cap having a top panel, an annular skirt forming a sidewall extending downward from the top panel, and at least one engagement flange protruding radially inward from the sidewall; and a removable tamper evident member comprising: a tamper evident ring attached to a periphery of the cap by way of a plurality of frangible bridge elements; and a grasping handle extending radially outward from the tamper evident ring, a tamper evident ring attached to a periphery of the cap by way of a plurality of frangible bridge elements; and a grasping handle extending radially outward from the tamper evident ring, wherein the tamper evident member is held to a peripheral edge of the top panel; and characterized in that the tamper evident ring comprises a first groove disposed along a vertically-oriented axis; and in that a second groove is formed in the tamper evident ring,
Electron sensor for electron microscopy using an electron microscope, wherein the electron sensor comprises a substrate, with a front plane and a rear plane parallel to one another, the substrate being adapted to absorb at least one electron of an electron beam after traversing a sample and being generated by the electron microscope, wherein the electron is susceptible of generating an electric charge of free electron-hole (e-h) pairs in the substrate, characterized in that the electron sensor further comprises: - a lateral reception surface, placed on one of the sides of the substrate to perpendicularly receive the electron beam, - a contact unit, placed on the rear plane, and the following units placed on the front plane by order of shortest to longest distance to the lateral reception surface: - a guard unit, bordering in parallel at least the lateral reception surface receiving the electron beam, and adapted to avoid leakage currents in the edge of the substrate, - an input unit, adapted to detect the input point of the electrons of the electron beam, a base unit, adapted to measure the energy of the electrons of the electron beam which impact on the lateral reception surface, - an electronic circuit unit, linked to at least the base unit, the contact unit and the input unit, which comprises an electric generator and electric circuit, wherein said electric generator is adapted to generate an electric polarization current, between the front plane and the rear plane, adapted to pull the free electrons generated in the substrate towards the base unit and/or the input unit, adapted to pull the free holes towards the contact unit; and to allow the electrons and the holes to be captured by their respective units, and wherein the electric circuit is adapted to condition and process the free electrons to form a one-dimensional or two-dimensional image with greater dynamic range. - a lateral reception surface, placed on one of the sides of the substrate to perpendicularly receive the electron beam, - a contact unit, placed on the rear plane, and - a guard unit, bordering in parallel at least the lateral reception surface receiving the electron beam, and adapted to avoid leakage currents in the edge of the substrate, - an input unit, adapted to detect the input point of the electrons of the electron beam, a base unit, adapted to measure the energy of the electrons of the electron beam which impact on the lateral reception surface, - an electronic circuit unit, linked to at least the base unit, the contact unit and the input unit, which comprises an electric generator and electric circuit,
A thermal contact device comprising: a thermal contact die embedded in a moldable plastic material, the thermal contact die comprising: a number of resistors integrated into the thermal contact die; and a number of heater drivers integrated into the thermal contact die and electronically coupled to the resistors, wherein the heating drivers are integrated circuits, wherein the moldable plastic material is coplanar with a thermal contact side of the thermal contact device wherein the moldable material comprises at least one gradient edge along a medium feed path. a thermal contact die embedded in a moldable plastic material, the thermal contact die comprising: a number of resistors integrated into the thermal contact die; and a number of heater drivers integrated into the thermal contact die and electronically coupled to the resistors, wherein the heating drivers are integrated circuits, a number of resistors integrated into the thermal contact die; and a number of heater drivers integrated into the thermal contact die and electronically coupled to the resistors, wherein the heating drivers are integrated circuits, wherein the moldable plastic material is coplanar with a thermal contact side of the thermal contact device wherein the moldable material comprises at least one gradient edge along a medium feed path.
Electric heating device with a casing which forms inlet and outlet openings (10,12) for the fluid to be heated and a circulation chamber in which a heat emitting surface of a PTC heating element is exposed and is coupled in a heat conductive manner to a platelet-like PTC element having a length or width being greater by at least a factor of five than the thickness, main side surfaces for decoupling heat and face side surfaces extending perpendicular to the main side surfaces, and which PTC element is contacted in an electrically conductive manner by way of electrical conductor tracks to different polarities characterized in that said conductor tracks are contacted in an electrically conductive manner to face side surfaces of said PTC element.