mhurhangee/patent-ind-claim-en huggingface dataset:
A handlebar for steering a vehicle, the handlebar comprising: a stem clamp region ; a plurality of control end regions ; and a plurality of transition regions , wherein a cross-section of: at least a portion of said stem clamp region; and/or at least a portion of said plurality of control end regions; and/or at least a portion of one or more of said plurality of transition regions, is an asymmetric cross-section, characterized in that said asymmetric cross-section is based on an intersection of four ellipses and defined by four different radii (R1, R2, R3, R4) and an angle (α) of an axis of symmetry of said ellipses with respect to a horizontal line, wherein said four ellipses have a coincident centre. a stem clamp region ; a plurality of control end regions ; and a plurality of transition regions , wherein a cross-section of: at least a portion of said stem clamp region; and/or at least a portion of said plurality of control end regions; and/or at least a portion of one or more of said plurality of transition regions, at least a portion of said stem clamp region; and/or at least a portion of said plurality of control end regions; and/or at least a portion of one or more of said plurality of transition regions, is an asymmetric cross-section, characterized in that said asymmetric cross-section is based on an intersection of four ellipses and defined by four different radii (R1, R2, R3, R4) and an angle (α) of an axis of symmetry of said ellipses with respect to a horizontal line, wherein said four ellipses have a coincident centre.
A method of cooling a metal casting of a metal that is brittle and/or susceptible to thermal shock on exposure to atmosphere, the method controlling its cooling to mitigate against thermal shock of the casting , the method comprising the steps of: - pouring molten metal into a mould for forming the casting ; - allowing the molten metal to solidify; - removing the mould at least in part from the resulting solidified metal casting ; - placing the solidified metal casting on a base ; - lifting a cover into position in contact with and on the base to form an enclosure in the form of a chamber that completely surrounds the metal casting , the cover defining an interior space of the chamber and having an interior surface that is lined with an insulation material that is a refractory blanket , the refractory blanket positioned against the interior surface of the cover for exposure directly to the metal casting positioned within the chamber and having a pre-selected thickness and/or a pre-selected heat transfer coefficient so as to facilitate a controlled rate of cooling of the metal casting ; - allowing the metal casting to cool at the controlled rate to a temperature at which the metal casting is able to be removed from the chamber without cracking due to thermal shock; and - removing the cover to produce the metal casting . - pouring molten metal into a mould for forming the casting ; - allowing the molten metal to solidify; - removing the mould at least in part from the resulting solidified metal casting ; - placing the solidified metal casting on a base ; - lifting a cover into position in contact with and on the base to form an enclosure in the form of a chamber that completely surrounds the metal casting , the cover defining an interior space of the chamber and having an interior surface that is lined with an insulation material that is a refractory blanket , the refractory blanket positioned against the interior surface of the cover for exposure directly to the metal casting positioned within the chamber and having a pre-selected thickness and/or a pre-selected heat transfer coefficient so as to facilitate a controlled rate of cooling of the metal casting ; - allowing the metal casting to cool at the controlled rate to a temperature at which the metal casting is able to be removed from the chamber without cracking due to thermal shock; and - removing the cover to produce the metal casting .
A process for washing fabrics comprising the steps of; a. Obtaining a water-soluble unit dose article comprising at least a first water-soluble film, a second water-soluble film and a detergent composition, wherein the first water-soluble film and the second water-soluble film are chemically different to one another, and wherein the first water-soluble film has a first water capacity, and wherein the second water-soluble film has a second water capacity, wherein the first water capacity is less than the second water capacity and wherein the difference between the water capacity of the first water soluble film and the second water-soluble film is between 0.01% and 1%; b. Adding the water-soluble unit dose article to an automatic washing machine, preferably to the drum of an automatic washing machine, with fabrics to be washed, wherein preferably the fabrics comprise at least one stain or soil to be removed; c. Washing the fabrics in an automatic washing machine wash process wherein said process comprises a main wash step. a. Obtaining a water-soluble unit dose article comprising at least a first water-soluble film, a second water-soluble film and a detergent composition, wherein the first water-soluble film and the second water-soluble film are chemically different to one another, and wherein the first water-soluble film has a first water capacity, and wherein the second water-soluble film has a second water capacity, wherein the first water capacity is less than the second water capacity and wherein the difference between the water capacity of the first water soluble film and the second water-soluble film is between 0.01% and 1%; b. Adding the water-soluble unit dose article to an automatic washing machine, preferably to the drum of an automatic washing machine, with fabrics to be washed, wherein preferably the fabrics comprise at least one stain or soil to be removed; c. Washing the fabrics in an automatic washing machine wash process wherein said process comprises a main wash step.
A metal powder in which a coating made of one or more types of elements selected from Gd, Ho, Lu, Mo, Nb, Os, Re, Ru, Tb, Tc, Th, Tm, U, V, W, Y, Zr, Cr, Rh, Hf, La, Ce, Pr, Nd, Pm, Sm and Ti is formed on a surface of a copper or copper alloy powder, wherein a thickness of the coating is 5 nm or more and 500 nm or less and an average grain size d 50 of the copper or copper alloy powder, at an integrated value of 50% in a grain size distribution measured based on image analysis, is 20 μm or more and 100 μm or less.
An impeller for a centrifugal pump , having a housing , an inlet , an outlet , a chamber provided in the housing in fluidic contact with the inlet and the outlet , wherein the impeller can be rotatably accommodated in the chamber in such a manner that a gap is provided between a rear side of the impeller and a housing wall , wherein the rear side of the impeller has at least one scraper which is integrally bonded with the impeller at a first location and a second location , and wherein the first location and the second location are spaced apart from each other, characterized in that a cleanable intermediate space is created in said space between the scraper and the rear side of the impeller .
An animal feed composition comprising unbranched beta- -glucan and an animal feed component, wherein the animal feed composition comprises algae meal derived from heterotrophically grown Euglena gracilis, the algae meal comprising the unbranched beta- -glucan, wherein the algae meal comprises greater than 20% beta glucan, as measured on a dry weight basis, and the beta glucan comprises greater than 90% unbranched beta- -glucan, and wherein the unbranched beta- -glucan is present in an amount of from 0.001% to 1% of the total weight of the animal feed composition. wherein the animal feed composition comprises algae meal derived from heterotrophically grown Euglena gracilis, the algae meal comprising the unbranched beta- -glucan, wherein the algae meal comprises greater than 20% beta glucan, as measured on a dry weight basis, and the beta glucan comprises greater than 90% unbranched beta- -glucan, and wherein the unbranched beta- -glucan is present in an amount of from 0.001% to 1% of the total weight of the animal feed composition.
A method, performed in a wireless device , for cell detection within a group of cells in a Long Term Evolution, LTE, system, wherein a synchronization signal comprises a physical cell identity, PCI, the method comprising: - detecting (S1) a first synchronization signal of a first cell in the group , wherein the detecting (S1) comprises searching for any of a set of predefined synchronization signals, wherein detecting the first synchronization signal comprises (S1a) applying a filter for each predefined synchronization signal until a match is found, - obtaining (S2), based on the detected first synchronization signal, Physical Cell Identity, PCI, group information defining a subset of PCI values in a group of cells, wherein the PCI group information constitutes a set of possible synchronization signals that is a subset of the set of predefined synchronization signals, and - decoding (S3) one or more further synchronization signals of cells in the group of cells using the obtained PCI group information, wherein - the decoding (S3) of one or more further synchronization signals comprises applying (S3b) a filter for each possible synchronization signal in the subset until a match is found. - detecting (S1) a first synchronization signal of a first cell in the group , wherein the detecting (S1) comprises searching for any of a set of predefined synchronization signals, wherein detecting the first synchronization signal comprises (S1a) applying a filter for each predefined synchronization signal until a match is found, - obtaining (S2), based on the detected first synchronization signal, Physical Cell Identity, PCI, group information defining a subset of PCI values in a group of cells, wherein the PCI group information constitutes a set of possible synchronization signals that is a subset of the set of predefined synchronization signals, and - decoding (S3) one or more further synchronization signals of cells in the group of cells using the obtained PCI group information, wherein - the decoding (S3) of one or more further synchronization signals comprises applying (S3b) a filter for each possible synchronization signal in the subset until a match is found.
An overhead high voltage line comprising a conductor, the conductor comprising an aluminium alloy, in which the aluminium alloy comprises one or several of a group 3, 4 or 5 element and optionally a lanthanide, each with a concentration in the range 0.006 to 0.030 %(m/m), preferably in the range 0.006 to 0.027 %(m/m) such as for example in the range 0.008 to 0.025 %(m/m), and in which the conductor has undergone a thermal treatment at a temperature from within the range 185 °C to 315 °C for a period from within the range 12 hours to 24 hours, so that the conductor has a conductivity of 61 % IACS or more. in which the aluminium alloy comprises one or several of a group 3, 4 or 5 element and optionally a lanthanide, each with a concentration in the range 0.006 to 0.030 %(m/m), preferably in the range 0.006 to 0.027 %(m/m) such as for example in the range 0.008 to 0.025 %(m/m), and in which the conductor has undergone a thermal treatment at a temperature from within the range 185 °C to 315 °C for a period from within the range 12 hours to 24 hours, so that the conductor has a conductivity of 61 % IACS or more.
Housing cover for an electric machine with a housing , wherein the housing cover comprises an outer casing made from thermoplastic material, wherein an inner core made from thermosetting material is provided, wherein an electric circuit arrangement , which can be connected by way of an electrical connecting element , is embedded in the inner core , and wherein the housing cover is shaped such that with it a face side opening of the housing of the electric machine can be closed in a tight manner, characterised in that a bearing seat is embodied on a face side of the inner core . wherein the housing cover comprises an outer casing made from thermoplastic material, wherein an inner core made from thermosetting material is provided, wherein an electric circuit arrangement , which can be connected by way of an electrical connecting element , is embedded in the inner core , and wherein the housing cover is shaped such that with it a face side opening of the housing of the electric machine can be closed in a tight manner, characterised in that a bearing seat is embodied on a face side of the inner core .
Device for determining liquid-specific parameters and/or components of a sample in a measurement chamber using a titration unit, an indicator, a reagent and a measurement chamber which has an RGB camera arranged outside the measurement chamber , wherein the data recorded by this RGB camera can be transmitted to a computer unit and the image data transmitted in this context to the computer unit can be compared and evaluated by means of this computer unit with a reference database, preferably comprising an image and color database, wherein based on the image data compared and evaluated with the reference database, instructions can be automatically output, preferably via a voice module, and wherein this device has an access for a sample on the measurement chamber and this access has a filter and/or a pump, in particular a peristaltic pump, so that the sample can be introduced into the measurement chamber in particular in a filtered manner, and wherein the access has a sampling unit with which a sample can be taken from an evacuated region and brought to normal pressure within the sampling unit before the sample is introduced into the measurement chamber, without interrupting the vacuum of the region originating from the sample.
An optical device for all-optically multiplexing or demultiplexing light of substantially different predetermined wavelengths, the optical device comprising: - at least one first dielectric Silicon-on-insulator waveguide formed on a substrate ; - at least one second dielectric Silicon-on-insulator waveguide formed on said substrate, said at least one first dielectric Silicon-on-insulator waveguide and said at least one second dielectric Silicon-on-insulator waveguide intersecting at an intersection; and - a diffraction grating structure formed at said intersection, wherein said diffraction grating structure is adapted for diffracting a first radiation beam having a first predetermined central wavelength from said at least one first dielectric Silicon-on-insulator waveguide in a coupling direction, and for diffracting a second radiation beam having a second predetermined central wavelength from said at least one second dielectric Silicon-on-insulator waveguide in substantially the same coupling direction which is substantially different from the normal direction on the average plane defined by the grating structure, the first predetermined central wavelength and the second predetermined central wavelength being substantially different, characterised in that the first predetermined central wavelength is between 1250 nm and 1350 nm, and the second predetermined central wavelength is between 1455 nm and 1605 nm. - at least one first dielectric Silicon-on-insulator waveguide formed on a substrate ; - at least one second dielectric Silicon-on-insulator waveguide formed on said substrate, said at least one first dielectric Silicon-on-insulator waveguide and said at least one second dielectric Silicon-on-insulator waveguide intersecting at an intersection; and - a diffraction grating structure formed at said intersection,
A pellet of a liquid crystal polyester resin composition, comprising: a liquid crystal polyester resin; and an inorganic filler, characterized in that a horizontal Feret length of a rectangle circumscribed around a front projected image of the pellet is taken as a length of a long side of the rectangle, and a vertical Feret length thereof is taken as a length of a short side of the rectangle, the length of the long side of the rectangle is 3 mm to 4 mm, and an area ratio S/SO of an area S of the projected image to an area S0 of the rectangle is 0.55 to 0.70, wherein the length of both the long and short side of the rectangle, area S and area S0 are measured as outlined in the description. a horizontal Feret length of a rectangle circumscribed around a front projected image of the pellet is taken as a length of a long side of the rectangle, and a vertical Feret length thereof is taken as a length of a short side of the rectangle, the length of the long side of the rectangle is 3 mm to 4 mm, and an area ratio S/SO of an area S of the projected image to an area S0 of the rectangle is 0.55 to 0.70,
A bipolar electrode for radio frequency ablation, the electrode comprising: a cylindrical body provided with first and second coupling grooves formed on an outer circumferential surface of the cylindrical body ; an active electrode body inserted in the first coupling groove of the cylindrical body and connected to a first terminal of a radiofrequency generator ; and a passive electrode body inserted in the second coupling groove of the cylindrical body and connected to a second terminal of the radiofrequency generator wherein the first and second coupling grooves are formed on an outer circumferential surface of the cylindrical body in a screw thread shape and spaced apart from each other at a predetermined interval, the active electrode body being wound on the first coupling groove a plurality of times and the passive electrode body being wound on the second coupling groove a plurality of times, or wherein the first and second coupling grooves are formed by extending in a lengthwise direction of the cylindrical body , wherein the cylindrical body is made of an insulating material and characterised in that the cylindrical body is provided with a cooling water circulation channel in which cooling water supplied from a cooling pipe circulates, the cooling water circulation channel including a cylindrical inflow channel into which cooling water supplied from the cooling pipe flows, and a cylindrical outflow channel (1c") provided outside the inflow channel and discharging the cooling water flowing in from the inflow channel to the cooling pipe . a cylindrical body provided with first and second coupling grooves formed on an outer circumferential surface of the cylindrical body ; an active electrode body inserted in the first coupling groove of the cylindrical body and connected to a first terminal of a radiofrequency generator ; and a passive electrode body inserted in the second coupling groove of the cylindrical body and connected to a second terminal of the radiofrequency generator wherein the first and second coupling grooves are formed on an outer circumferential surface of the cylindrical body in a screw thread shape and spaced apart from each other at a predetermined interval, the active electrode body being wound on the first coupling groove a plurality of times and the passive electrode body being wound on the second coupling groove a plurality of times, or wherein the first and second coupling grooves are formed by extending in a lengthwise direction of the cylindrical body , wherein the cylindrical body is made of an insulating material and characterised in that the cylindrical body is provided with a cooling water circulation channel in which cooling water supplied from a cooling pipe circulates, the cooling water circulation channel including a cylindrical inflow channel into which cooling water supplied from the cooling pipe flows, and a cylindrical outflow channel (1c") provided outside the inflow channel and discharging the cooling water flowing in from the inflow channel to the cooling pipe .
A MEMS device comprising: a substrate, which defines a substrate plane; a rotor mounted to the substrate via a rotor anchor point , wherein the rotor is capable of rotation about a rotation axis with respect to the substrate plane; and two stators , wherein the position of each stator is fixed with respect to the substrate plane; a first stator is mounted to the substrate via a first stator anchor point and a second stator is mounted to the substrate via a second stator anchor point ; wherein the first stator and the second stator are positioned on one side of the rotation axis ; the first stator and the second stator are positioned symmetrically with respect to a common axis that is perpendicular to the rotation axis ; characterized in that the first stator and the second stator are electrically separate; and the rotor anchor point , the first stator anchor point and the second stator anchor point overlap the common axis . a substrate, which defines a substrate plane; a rotor mounted to the substrate via a rotor anchor point , wherein the rotor is capable of rotation about a rotation axis with respect to the substrate plane; and two stators , wherein the position of each stator is fixed with respect to the substrate plane; a first stator is mounted to the substrate via a first stator anchor point and a second stator is mounted to the substrate via a second stator anchor point ; wherein the first stator and the second stator are positioned on one side of the rotation axis ; the first stator and the second stator are positioned symmetrically with respect to a common axis that is perpendicular to the rotation axis ; characterized in that the first stator and the second stator are electrically separate; and the rotor anchor point , the first stator anchor point and the second stator anchor point overlap the common axis .
A motorized valve assembly that comprises a box-like body for the accommodation of at least one flow control valve , said box-like body forming at least one window for access to said at least one flow control valve and being associated with at least one covering body which can move, with respect to said box-like body , between a position for closing said at least one window and an open position, in which it allows access to said at least one flow control valve , said flow control valve having a flow control body which can be actuated by an actuation stem which can rotate about an actuation axis arranged substantially at right angles to the plane of arrangement of said access window , characterized in that it further comprises an actuation motor for the movement of said actuation stem which can be associated detachably, by virtue of coupling means , with said flow control valve and is provided with a motor body associated with an extraction body which is movable with respect to said motor body between an inactive condition, in which it is completely accommodated within said box-like body , and an active or extraction condition, in which it passes at least partially through said access window , so as to facilitate the uncoupling of said actuation motor from said flow control valve , wherein when said actuation motor is coupled to said flow control valve , if the extraction body is in said inactive condition, the entire motor body is accommodated within the box-like body and accordingly the covering body can be closed.