mhurhangee/patent-ind-claim-en huggingface dataset:
A ring-divider, comprising: a first master ring oscillator configured to be driven at a first frequency determined by an applied signal; and a second slave ring oscillator interconnected to the first ring oscillator, wherein the second ring oscillator is configured by interconnection with the first ring oscillator to operate at a second frequency that is the first frequency divided by an integer, wherein said interconnection comprises outputs of elements (112A-112N) of the first ring oscillator being configured to toggle enable switches for elements (122A-112N) of the second ring oscillator; characterized by : a stuck state eliminator circuit coupled to at least one element of the second ring oscillator, wherein the stuck state eliminator circuit is configured to correct an error in at least one element of the second ring oscillator; wherein at least one element of the second ring oscillator is configured to provide integrated stuck state elimination and the at least one element configured to provide integrated stuck state elimination comprises an element with three inputs comprising a first input coupled to an output of a previous element of the second ring oscillator, a second input coupled to an output of an element of the second ring oscillator prior to the previous element, and a third input coupled to an inverted output of said element prior to the previous element of the second ring oscillator. a first master ring oscillator configured to be driven at a first frequency determined by an applied signal; and a second slave ring oscillator interconnected to the first ring oscillator, wherein the second ring oscillator is configured by interconnection with the first ring oscillator to operate at a second frequency that is the first frequency divided by an integer, wherein said interconnection comprises outputs of elements (112A-112N) of the first ring oscillator being configured to toggle enable switches for elements (122A-112N) of the second ring oscillator; characterized by : a stuck state eliminator circuit coupled to at least one element of the second ring oscillator, wherein the stuck state eliminator circuit is configured to correct an error in at least one element of the second ring oscillator; wherein at least one element of the second ring oscillator is configured to provide integrated stuck state elimination and the at least one element configured to provide integrated stuck state elimination comprises an element with three inputs comprising a first input coupled to an output of a previous element of the second ring oscillator, a second input coupled to an output of an element of the second ring oscillator prior to the previous element, and a third input coupled to an inverted output of said element prior to the previous element of the second ring oscillator.
Electrotherapy device, the device being of the type that includes a single needle arranged in a needle housing and the needle housing being comprised of a head and a body , the needle acting as a cathode, a surface application electrode, which can be hand-held or attached to the patient's skin, acting as an anode, a unit for generating and controlling electric current , characterised in that the unit for generating and controlling electric current having, on its rear side, a support for the needle housing , wherein the support is comprised at its base of a connecting element to the unit for generating and controlling electric current and which is coupled to said unit for generating and controlling electric current and includes at least two projecting fins which are coupled in a separable manner to two support elements , these support elements serving to support the needle housing and these support elements being interchangeable with each other such that the support is reversible, wherein the shape of the support elements is matched in each case to the front and rear side of the needle housing .
A lighting device, comprising: a polychromatic light source emitting light in a plurality of colors, a light filter , and an optical element , wherein the light filter and the optical element are sequentially provided in an optical path of the polychromatic light source ; a through hole is provided in the light filter , and the through hole is smaller than light spots of the polychromatic light source reaching the through hole from the polychromatic light source ; and the optical element is used for adjusting the light spots, wherein the light filter is configured to block stray light of the polychromatic light source ; characterized in that the optical element comprises a lens which is located at a focus point of the polychromatic light source . a polychromatic light source emitting light in a plurality of colors, a light filter , and an optical element , wherein the light filter and the optical element are sequentially provided in an optical path of the polychromatic light source ; a through hole is provided in the light filter , and the through hole is smaller than light spots of the polychromatic light source reaching the through hole from the polychromatic light source ; and the optical element is used for adjusting the light spots, wherein the light filter is configured to block stray light of the polychromatic light source ; characterized in that the optical element comprises a lens which is located at a focus point of the polychromatic light source .
An expanded polytetrafluoroethylene (ePTFE) membrane comprising: a matrix tensile strength of at least about 600 MPa in both longitudinal and transverse directions; and a crystallinity index of at least about 94%, the matrix tensile strength and the crystallinity index being determined as indicated in the description. a matrix tensile strength of at least about 600 MPa in both longitudinal and transverse directions; and a crystallinity index of at least about 94%, the matrix tensile strength and the crystallinity index being determined as indicated in the description.
A vehicle transformer comprising: a pipe forming a circulation path of a coolant; a transformer body connected to the pipe and having an iron core, a winding wound around the iron core, and a tank containing the iron core and the winding immersed in the coolant; at least one cooler connected to the pipe and configured to cool the coolant by heat exchange with outside air; and a pump connected to the pipe and configured to forcibly circulate the coolant, the transformer body and the coolant being arranged to be aligned along a traveling direction of a vehicle on a roof of the vehicle , at least part of the pipe protruding from a surface of the transformer body along the traveling direction of the vehicle , characterised in that at least part of the pipe protruding from a sidewall of the transformer body, in side view, the pipe extending intermittently along the traveling direction of the vehicle while being arranged in a zigzag pattern by being bent alternately upward and downward at a plurality of intermittent portions. a pipe forming a circulation path of a coolant; a transformer body connected to the pipe and having an iron core, a winding wound around the iron core, and a tank containing the iron core and the winding immersed in the coolant; at least one cooler connected to the pipe and configured to cool the coolant by heat exchange with outside air; and a pump connected to the pipe and configured to forcibly circulate the coolant, the transformer body and the coolant being arranged to be aligned along a traveling direction of a vehicle on a roof of the vehicle , at least part of the pipe protruding from a surface of the transformer body along the traveling direction of the vehicle , characterised in that at least part of the pipe protruding from a sidewall of the transformer body, in side view, the pipe extending intermittently along the traveling direction of the vehicle while being arranged in a zigzag pattern by being bent alternately upward and downward at a plurality of intermittent portions.
Apparatus for occluding a cardiovascular defect or a gap between a medical device and adjacent body tissue, the apparatus for use with a guidewire and a delivery system , the apparatus comprising an occlusion device , which comprises: a compliant balloon defining a fluid-tight balloon chamber and comprising an inflation port for filling and unfilling a fluid into and from the balloon chamber ; a distal tip element disposed at a distal side of the balloon , and a proximal base element disposed at a proximal side of the balloon ; an elongate element having a fixed length, and fixed to the distal tip element and the proximal base element , the elongate element being a wire or a cable; and a proximal connection element that is disposed at the proximal side of the balloon and is configured to releasably connect the occlusion device to a correspondingly configured distal connection element of the delivery system , characterised in that : the elongate element is fixed to the distal tip element and the proximal base element so as to set a fixed distance between the distal tip element and the proximal base element , the balloon has a balloon lumen forming a longitudinal passage from the proximal side to the distal side of the balloon , and the elongate element is disposed in the balloon lumen . a compliant balloon defining a fluid-tight balloon chamber and comprising an inflation port for filling and unfilling a fluid into and from the balloon chamber ; a distal tip element disposed at a distal side of the balloon , and a proximal base element disposed at a proximal side of the balloon ; an elongate element having a fixed length, and fixed to the distal tip element and the proximal base element , the elongate element being a wire or a cable; and a proximal connection element that is disposed at the proximal side of the balloon and is configured to releasably connect the occlusion device to a correspondingly configured distal connection element of the delivery system , characterised in that : the elongate element is fixed to the distal tip element and the proximal base element so as to set a fixed distance between the distal tip element and the proximal base element , the balloon has a balloon lumen forming a longitudinal passage from the proximal side to the distal side of the balloon , and the elongate element is disposed in the balloon lumen . the elongate element is fixed to the distal tip element and the proximal base element so as to set a fixed distance between the distal tip element and the proximal base element , the balloon has a balloon lumen forming a longitudinal passage from the proximal side to the distal side of the balloon , and the elongate element is disposed in the balloon lumen .
Cosmetic composition comprising: - at least one oxidation coupler chosen from 6-hydroxybenzomorpholine of formula (II) below, one of its addition salts, its solvates and/or solvates of its salts: - at least one oxidation coupler chosen from hydroxyethyl-3,4-methylenedioxyaniline of formula (III) below, one of its addition salts, its solvates and/or solvates of its salts: - one or more nonionic surfactants of alkylpolyglycoside type. - at least one oxidation coupler chosen from 6-hydroxybenzomorpholine of formula (II) below, one of its addition salts, its solvates and/or solvates of its salts: - at least one oxidation coupler chosen from hydroxyethyl-3,4-methylenedioxyaniline of formula (III) below, one of its addition salts, its solvates and/or solvates of its salts: - one or more nonionic surfactants of alkylpolyglycoside type.
An electrical motor/generator excited by magnetic transference, comprising a stator with projections and a rotor , in which keepers made of magnetic conductor material of a stator and the rotor , rotating inside the stator , are communicated by an external core of magnetic conductor material, which differs from both and is stationary relative to them, the external core being joined to the keeper of the stator by direct contact, and to the keeper of the rotor by means of a secondary air gap ; the said rotor faces the stator through the active air gap , the aforementioned external core has an outer axial part, which is joined directly to the keeper of the stator , referred to as axial armature , an inner part, referred to as central core , which communicates with the keeper of the rotor through the secondary air gap and a third part, which is located between the outer axial part and the inner part, and joins them together, which is referred to as disk ; the parts of the external core being made of magnetic conductor material with little or no magnetic remanence, such as soft iron and thin lamination sheets of magnetic steel, the rotor does not have any kind of excitation coil, the keeper of the stator supports a polyphase winding or individual coils on each projection, characterised in that the external core has a complete ring-shaped cross- section of the axial armature and a complete circular crown of the disk , formed by permanent magnets and by electromagnets , and ventilation windows , between every two of them and a section of the central core replaced or formed by an axial permanent magnet , wherein the permanent magnets are surrounded by the electromagnet and the axial permanent magnet are each surrounded by a coil , of which they are the corresponding magnetic core, both forming electromagnets with a permanent magnet core. the aforementioned external core has an outer axial part, which is joined directly to the keeper of the stator , referred to as axial armature , an inner part, referred to as central core , which communicates with the keeper of the rotor through the secondary air gap and a third part, which is located between the outer axial part and the inner part, and joins them together, which is referred to as disk ; the parts of the external core being made of magnetic conductor material with little or no magnetic remanence, such as soft iron and thin lamination sheets of magnetic steel, the rotor does not have any kind of excitation coil, the keeper of the stator supports a polyphase winding or individual coils on each projection, characterised in that the external core has a complete ring-shaped cross- section of the axial armature and a complete circular crown of the disk , formed by permanent magnets and by electromagnets , and ventilation windows , between every two of them and a section of the central core replaced or formed by an axial permanent magnet , wherein the permanent magnets are surrounded by the electromagnet and the axial permanent magnet are each surrounded by a coil , of which they are the corresponding magnetic core, both forming electromagnets with a permanent magnet core.
A data transmission method, performed by an apparatus of an optical transport network, OTN, comprising: mapping (S104) first-type service data to a payload block at a specific location in a plurality of consecutive payload blocks, wherein the first-type service data comprises first service data, the plurality of consecutive payload blocks occupy a payload area of an optical data unit, ODU, frame, the plurality of consecutive payload blocks are one transport period; and a location of a payload block occupied by the first service data in a first transport period is the same as a location of a payload block occupied by the first service data in a second transport period; mapping (S104) second-type service data to a payload block that is other than the payload block at a specific location and that is at any location in the plurality of consecutive payload blocks; mapping (S105) the ODU frame to an optical transport unit, OTU, frame or a flexible OTN, FlexO, frame; and sending (S106) the OTU frame or the FlexO frame. mapping (S104) first-type service data to a payload block at a specific location in a plurality of consecutive payload blocks, wherein the first-type service data comprises first service data, the plurality of consecutive payload blocks occupy a payload area of an optical data unit, ODU, frame, the plurality of consecutive payload blocks are one transport period; and a location of a payload block occupied by the first service data in a first transport period is the same as a location of a payload block occupied by the first service data in a second transport period; mapping (S104) second-type service data to a payload block that is other than the payload block at a specific location and that is at any location in the plurality of consecutive payload blocks; mapping (S105) the ODU frame to an optical transport unit, OTU, frame or a flexible OTN, FlexO, frame; and sending (S106) the OTU frame or the FlexO frame.
A hair styler comprising: an upper arm including an upper grip and an upper clamp head , the upper clamp head including a top and an upper clamp plate including an upper hair contact surface , wherein the upper hair contact surface is twisted relative to the upper grip , whereby the upper hair contact surface is twisted; an upper heat insulation layer between the upper hair contact surface and the top of the upper clamp head ; a lower arm including a lower grip and a lower clamp head , the lower clamp head including a bottom and a lower clamp plate including a lower hair contact surface , wherein the lower hair contact surface is twisted relative to the lower grip , whereby the lower hair contact surface is twisted; a lower heat insulation layer between the lower hair contact surface and the bottom of the lower clamp head ; and a hinge attaching the upper and lower arms together such that the upper and lower arms are openable and closeable relative to one another, wherein the hair styler is configured to receive hair between the upper and lower hair contact surfaces when the hair styler is in a closed position, wherein the outer wall of the upper grip , the outer wall of the lower grip , the top of the upper clamp head and the bottom of the lower clamp head are shaped such that the hair styler is generally cylindrical when the hair styler is in the closed position. an upper arm including an upper grip and an upper clamp head , the upper clamp head including a top and an upper clamp plate including an upper hair contact surface , wherein the upper hair contact surface is twisted relative to the upper grip , whereby the upper hair contact surface is twisted; an upper heat insulation layer between the upper hair contact surface and the top of the upper clamp head ; a lower arm including a lower grip and a lower clamp head , the lower clamp head including a bottom and a lower clamp plate including a lower hair contact surface , wherein the lower hair contact surface is twisted relative to the lower grip , whereby the lower hair contact surface is twisted; a lower heat insulation layer between the lower hair contact surface and the bottom of the lower clamp head ; and a hinge attaching the upper and lower arms together such that the upper and lower arms are openable and closeable relative to one another, wherein the hair styler is configured to receive hair between the upper and lower hair contact surfaces when the hair styler is in a closed position, wherein the outer wall of the upper grip , the outer wall of the lower grip , the top of the upper clamp head and the bottom of the lower clamp head are shaped such that the hair styler is generally cylindrical when the hair styler is in the closed position.
A wall holder for a wall-mounted object, particularly a sanitary object, especially a toilet bowl, comprising a housing that encloses a cavity , a clamping device with two clamping elements that can be spread apart by a spring force, and an actuating element that acts upon the clamping device , wherein the clamping device can, in a compressed state, be inserted into the cavity along an inserting direction through an insertion opening and, when the actuating element is released, spreads apart in said cavity as a result of the spring force in such a way that a movement out of the cavity is blocked, and wherein the clamping device inserted into the cavity can be compressed by means of the actuating element in such a way that a mounting rod , which is anchored in a wall with a fixed end and protrudes into the cavity with a free end, is non-positively and/or positively fixed between the clamping elements .
A waveguide heterostructure (0, 0', 0") for a semiconductor laser, comprising: an active part (I), comprising an active region layer depending on the type of semiconductor used, which is sandwiched between an electrode layer and a substrate , and a passive part (II), comprising at least an intercladding layer and a passive part top cladding surrounding a passive core layer , the passive part (II) being inserted into the sandwich between the substrate and the electrode layer in the direction of the growth axis (G) on top of or below the active part (I), wherein the intercladding layer , the passive part top cladding and the passive core layer are semiconductors and the refractive indices (n , n ) of the active region layer and of the passive core layer are greater than the refractive indices (n , n ) of the intercladding layer and of the passive part top cladding , characterized by the active part (I) and the passive part (II) together forming a coupled waveguide by coupling between a primary waveguide, whose core is the active region layer , and a secondary waveguide, whose core is the passive core layer , said coupling changing what would otherwise be respective uncoupled fundamental modes of the primary and secondary waveguides into an antisymmetric mode (-) and a symmetric mode (+), the antisymmetric mode (-) having a lower group velocity dispersion than that of the fundamental mode of the primary waveguide as well as having a larger overlap (Γ AR ) with the active region layer than that of the symmetric mode (+), so that the antisymmetric mode (-) is selected for lasing. an active part (I), comprising an active region layer depending on the type of semiconductor used, which is sandwiched between an electrode layer and a substrate , and a passive part (II), comprising at least an intercladding layer and a passive part top cladding surrounding a passive core layer , the passive part (II) being inserted into the sandwich between the substrate and the electrode layer in the direction of the growth axis (G) on top of or below the active part (I), wherein the intercladding layer , the passive part top cladding and the passive core layer are semiconductors and the refractive indices (n , n ) of the active region layer and of the passive core layer are greater than the refractive indices (n , n ) of the intercladding layer and of the passive part top cladding , characterized by the active part (I) and the passive part (II) together forming a coupled waveguide by coupling between a primary waveguide, whose core is the active region layer , and a secondary waveguide, whose core is the passive core layer , said coupling changing what would otherwise be respective uncoupled fundamental modes of the primary and secondary waveguides into an antisymmetric mode (-) and a symmetric mode (+), the antisymmetric mode (-) having a lower group velocity dispersion than that of the fundamental mode of the primary waveguide as well as having a larger overlap (Γ AR ) with the active region layer than that of the symmetric mode (+), so that the antisymmetric mode (-) is selected for lasing.
Pressure welding apparatus having a plastification device and an upsetting device and also component holders for the components to be welded and a machine frame , wherein the pressure welding apparatus has a machine head movably arranged on the machine frame and having a rotatable spindle and a component holder and an associated spindle drive , characterized in that the machine head and the spindle drive are arranged separately from each other on the machine frame , a controllable mass decoupling means being arranged between the spindle drive movably arranged on the machine frame and the machine head .