mhurhangee/patent-ind-claim-en huggingface dataset:
A base for support of a wind turbine tower comprising: a, preferably tubular, central column , with a central column foundation for fixing the central column to the ground or a support platform, pliable inclined upper tensile structural elements , preferably formed of tubular cylindrical bars, with upper ends attached to a tensile structure element bearing portion of the central column above the central column foundation , and tensile structural element foundations around the central column foundation , which provide a fixation to the ground independently from the central column foundation , wherein each lower end of the upper tensile structural elements is attached to a respective, preferably horizontally extending, flexurally rigid compressive structural element that connects said lower end of the respective upper tensile structural element with a compressive structural element bearing portion of the central column , which is located between the tensile structure element bearing portion and the central column foundation , and each lower end of the upper tensile structural elements is attached to a respective, preferably vertically extending, pliable lower tensile structural element that connects said lower end of the respective upper tensile structural element with one of the tensile structural element foundations characterized in that the compressive structural elements are hinged connected to the compressive structural element bearing portion . a, preferably tubular, central column , with a central column foundation for fixing the central column to the ground or a support platform, pliable inclined upper tensile structural elements , preferably formed of tubular cylindrical bars, with upper ends attached to a tensile structure element bearing portion of the central column above the central column foundation , and tensile structural element foundations around the central column foundation , which provide a fixation to the ground independently from the central column foundation , wherein each lower end of the upper tensile structural elements is attached to a respective, preferably horizontally extending, flexurally rigid compressive structural element that connects said lower end of the respective upper tensile structural element with a compressive structural element bearing portion of the central column , which is located between the tensile structure element bearing portion and the central column foundation , and each lower end of the upper tensile structural elements is attached to a respective, preferably vertically extending, pliable lower tensile structural element that connects said lower end of the respective upper tensile structural element with one of the tensile structural element foundations characterized in that the compressive structural elements are hinged connected to the compressive structural element bearing portion .
A controller comprising: a controller clock management unit configured to receive global time data indicating a global time associated with an external global clock (Cg), synchronize an internal controller clock (Cr) of the controller with the global clock (Cg) based on the global time, and set a controller time based on the synchronized controller clock (Cr); and a notification unit configured to transmit controller time data indicating the controller time to at least one local device through periodic communication characterized in that the controller clock management unit is further configured to: determine a time difference between the global clock (Cg) and the controller clock (Cr); compare an amount of time change corresponding to the time difference, to a given threshold; divide the amount of time change over a plurality of communication cycles of the periodic communication to set an amount of correction, in response to determining that the amount of time change exceeds the given threshold; correct the controller clock (Cr) based on the amount of correction; set the controller time based, at least in part, on the corrected controller clock (Cr); and synchronize the corrected controller clock (Cr) with the global clock (Cg). a controller clock management unit configured to receive global time data indicating a global time associated with an external global clock (Cg), synchronize an internal controller clock (Cr) of the controller with the global clock (Cg) based on the global time, and set a controller time based on the synchronized controller clock (Cr); and a notification unit configured to transmit controller time data indicating the controller time to at least one local device through periodic communication characterized in that the controller clock management unit is further configured to: determine a time difference between the global clock (Cg) and the controller clock (Cr); compare an amount of time change corresponding to the time difference, to a given threshold; divide the amount of time change over a plurality of communication cycles of the periodic communication to set an amount of correction, in response to determining that the amount of time change exceeds the given threshold; correct the controller clock (Cr) based on the amount of correction; set the controller time based, at least in part, on the corrected controller clock (Cr); and synchronize the corrected controller clock (Cr) with the global clock (Cg). determine a time difference between the global clock (Cg) and the controller clock (Cr); compare an amount of time change corresponding to the time difference, to a given threshold; divide the amount of time change over a plurality of communication cycles of the periodic communication to set an amount of correction, in response to determining that the amount of time change exceeds the given threshold; correct the controller clock (Cr) based on the amount of correction; set the controller time based, at least in part, on the corrected controller clock (Cr); and synchronize the corrected controller clock (Cr) with the global clock (Cg).
A tape feeder detachably mounted on a component mounting machine configured to mount an electronic component on a circuit board (S) with the use of a suction nozzle , the tape feeder comprising: a main body including a carrier tape in which the electronic component is enclosed; and a tape guide that is disposed on an upper surface of an end portion of the main body at which a component suction position (Pn) where the electronic component is sucked is provided, and guides the carrier tape , wherein the tape feeder includes an end portion guide that is formed as a separate member from the main body and the tape guide and is detachably attached to the main body by a nut to fasten and fix the end portion guide to a screw configured to fasten a member that is separate from the end portion guide to the main body , wherein the end portion guide comprises a guide portion configured to guide waste tape , which is the carrier tape from which the electronic components have been removed at the component suction position (Pn), lower than the plane of the lower surface of the tape guide . a main body including a carrier tape in which the electronic component is enclosed; and a tape guide that is disposed on an upper surface of an end portion of the main body at which a component suction position (Pn) where the electronic component is sucked is provided, and guides the carrier tape , wherein the tape feeder includes an end portion guide that is formed as a separate member from the main body and the tape guide and is detachably attached to the main body by a nut to fasten and fix the end portion guide to a screw configured to fasten a member that is separate from the end portion guide to the main body , wherein the end portion guide comprises a guide portion configured to guide waste tape , which is the carrier tape from which the electronic components have been removed at the component suction position (Pn), lower than the plane of the lower surface of the tape guide .
A hollow-fiber membrane blood purification device provided with a hollow-fiber membrane comprising a polysulfone-based resin, a polyvinyl pyrrolidone and a fat-soluble vitamin E, wherein the abundance of the fat-soluble vitamin E on all surfaces of the hollow-fiber membrane is 2 mg or more and 18 mg or less based on 1 g of the hollow-fiber membrane, whereby all surfaces includes the inner surface of the hollow-fiber in direct contact with blood, the outer surface and inner surface of pores of a porous portion of a membrane-thickness portion, and wherein the moisture content of the hollow-fiber membrane is 0 mass% or more and 600 mass% or less, characterized in that the hollow-fiber membrane comprises a polymer having an ester group, wherein the polymer having the ester group comprises a polymer comprising any one selected from the group consisting of a methacrylate monomer, an acrylate monomer and an ester monomer of vinyl alcohol and a carboxylic acid, and when the hollow-fiber membrane is extracted with ethanol, the extract is dried and subjected to measurement of an infrared absorption spectrum (IR), a ratio of absorbance (Abs(A)) of peak A in the vicinity of 1720 to 1730 cm-1 to absorbance (Abs(B)) of peak B in the vicinity of 1660 to 1670 cm-1, (Abs(A)/Abs(B)), is 0.01 or more and 0.3 or less, wherein the abundance of the fat-soluble vitamin E, the ratio of absorbance and the moisture content are determined as described in the description.
Dispenser for dispensing a sheet-like flat product, in particular paper, with a housing that is closable by a preferably pivotable cover , at least one conveying roller , a roller assigned thereto and at least one device for tensioning the sheet-like flat product conveyed in the dispenser which has a tensioning element , wherein the tensioning device is arranged on the cover , characterized in that the tensioning device is hinged to the inside of the cover or in that the tensioning device is arranged linearly displaceably on the inside of the cover .
A recognition sensor for a motor vehicle, the recognition sensor comprising: a three-dimensional sensor structured to be capable of setting an elevation angle (φ); a processing device having a machine learning neural network, and structured to identify the class of an object; and a controller structured to control the elevation angle of the three-dimensional sensor so as to correct a height of a correction point, characterized in that the three-dimensional sensor is structured to generate a plurality of line data corresponding to a plurality of horizontal scan lines (SL) having different height, and be capable of setting the elevation angle (φ) in order to select one from the plurality of horizontal scan lines, wherein each scan line includes a plurality of measurement points and the controller is structured to select one of the plurality of measurement points as the correction point, and wherein, for each scan line, the controller is furthermore structured to receive a distance measurement data indicative of the distance to the correction point, to calculate the height of the correction point based on the elevation angle and on the distance measurement data, and to correct the elevation angle of the three-dimensional sensor such that the height of the correction point approaches a predetermined value. a three-dimensional sensor structured to be capable of setting an elevation angle (φ); a processing device having a machine learning neural network, and structured to identify the class of an object; and a controller structured to control the elevation angle of the three-dimensional sensor so as to correct a height of a correction point, characterized in that the three-dimensional sensor is structured to generate a plurality of line data corresponding to a plurality of horizontal scan lines (SL) having different height, and be capable of setting the elevation angle (φ) in order to select one from the plurality of horizontal scan lines, wherein each scan line includes a plurality of measurement points and the controller is structured to select one of the plurality of measurement points as the correction point, and wherein, for each scan line, the controller is furthermore structured to receive a distance measurement data indicative of the distance to the correction point, to calculate the height of the correction point based on the elevation angle and on the distance measurement data, and to correct the elevation angle of the three-dimensional sensor such that the height of the correction point approaches a predetermined value.
A hinge , comprising: a first hinge plate configured for attachment to a first solid object ; an on-axis member that extends from the first hinge plate along an axis of rotation , said on-axis member including a stopping feature and a weakened region positioned between the first hinge plate and the stopping feature; and a second hinge plate configured for attachment to a second solid object , said second hinge plate having a thru hole for receiving the on-axis member such that a force exerted on the second solid object rotates the second solid object around the axis of rotation, said second hinge plate having a complementary stopping feature configured in said thru hole to engage the on-axis member's stopping feature at a predetermined angle of rotation to produce a torsional load on the on-axis member that shears the on-axis member at the weakened region to detach the hinge and remove the second solid object from the first solid object. a first hinge plate configured for attachment to a first solid object ; an on-axis member that extends from the first hinge plate along an axis of rotation , said on-axis member including a stopping feature and a weakened region positioned between the first hinge plate and the stopping feature; and a second hinge plate configured for attachment to a second solid object , said second hinge plate having a thru hole for receiving the on-axis member such that a force exerted on the second solid object rotates the second solid object around the axis of rotation, said second hinge plate having a complementary stopping feature configured in said thru hole to engage the on-axis member's stopping feature at a predetermined angle of rotation to produce a torsional load on the on-axis member that shears the on-axis member at the weakened region to detach the hinge and remove the second solid object from the first solid object.
An electronic device comprising: a lens ; an optical filter asymmetric to an optical axis (A) of the lens, the optical filter having an opening asymmetrically positioned based on the optical axis (A) of the lens and configured to transmit visible light and block at least one type of non-visible light; and an image sensor including a visible light image sensor and a non-visible light image sensor , the visible light image sensor configured to sense the visible light and the non-visible light image sensor configured to sense the at least one type of non-visible light and characterized in that : the visible light image sensor obtains a visible light image from the visible light passing the optical filter including the opening; the non-visible light image sensor obtains a non-visible light image from the non-visible light passing the opening of the optical filter; and distance information of an object is obtained from a position difference (Δx) between the visible light image and the non-visible light image. a lens ; an optical filter asymmetric to an optical axis (A) of the lens, the optical filter having an opening asymmetrically positioned based on the optical axis (A) of the lens and configured to transmit visible light and block at least one type of non-visible light; and an image sensor including a visible light image sensor and a non-visible light image sensor , the visible light image sensor configured to sense the visible light and the non-visible light image sensor configured to sense the at least one type of non-visible light and characterized in that : the visible light image sensor obtains a visible light image from the visible light passing the optical filter including the opening; the non-visible light image sensor obtains a non-visible light image from the non-visible light passing the opening of the optical filter; and distance information of an object is obtained from a position difference (Δx) between the visible light image and the non-visible light image. the visible light image sensor obtains a visible light image from the visible light passing the optical filter including the opening; the non-visible light image sensor obtains a non-visible light image from the non-visible light passing the opening of the optical filter; and distance information of an object is obtained from a position difference (Δx) between the visible light image and the non-visible light image.
Aerodynamic deflector device for a motor vehicle wheel, comprising: - a support configured to be mounted on a motor vehicle, - a deflecting wall movably mounted on the support on the one hand between a retracted position in which, in the assembled state, said deflecting wall is raised relative to the support , and on the other hand a deployed position in which, in the assembled state, said deflecting wall is lowered relative to the support and capable of being placed upstream of the wheel of the vehicle, - an actuator configured to move said deflecting wall between the retracted and deployed positions, characterized in that the deflecting wall has in cross section a central portion and two lateral parts flaring from the central part so as to obtain a divergent shape in the direction of the air flow striking said wall . - a support configured to be mounted on a motor vehicle, - a deflecting wall movably mounted on the support on the one hand between a retracted position in which, in the assembled state, said deflecting wall is raised relative to the support , and on the other hand a deployed position in which, in the assembled state, said deflecting wall is lowered relative to the support and capable of being placed upstream of the wheel of the vehicle, - an actuator configured to move said deflecting wall between the retracted and deployed positions,
An accessory socket structure of a saddled vehicle, the accessory socket structure having a bottomed cylindrical socket (S) and a lid member disposed on an opening , the socket (S) having an insertion port (Sa) for inserting a plug at an electrical device side, the lid member being mounted on the socket (S) for covering the insertion port (Sa), and the opening being disposed on an exterior component of a saddled vehicle , wherein the socket (S) has an end portion at a side of the insertion port (Sa), the end portion having a predetermined clearance (T) with an inner peripheral portion of the opening to be inserted into the opening from a vehicle-body lower side toward a vehicle-body upper side, the lid member includes a fixed portion , a coupling portion , and a lid portion , the fixed portion being covered at the end portion at the insertion port (Sa) side of the socket (S), the coupling portion being integrally formed with the fixed portion , and the lid portion being integrally formed with the coupling portion to cover the insertion port (Sa) of the socket (S), the coupling portion includes a supporting convex portion having a thickness such that the supporting convex portion can pass through the clearance (T), characterised in that the supporting convex portion is configured to abut on the fixed portion when the lid portion is opened, to maintain an open state of the lid portion .
A sensor device for generating an electrical signal, the device comprising or consisting of an electrically conductive material having a measurement sensing location thereon for measuring the electrical signal and, at least in part, a three-dimensionally profiled surface having a texture, wherein the texture is configured so as to provide a change in said electrical signal when subjected to a movement of a conductive object across the textured surface, and wherein the device is configured to detect a contact position, speed of movement and/or a direction of movement of said conductive object on/across the textured surface of the electrically conductive material relative to the measurement sensing location based on the change in the electrical signal.
Support device for crockery comprising: - a first body having at least one first through opening configured to allow at least the partial insertion of a crockery; - a second body defining at least one lower abutment portion for said crockery with respect to said first body ; and - vertical separation means interposed between said first body and said second body , characterized in that said second body has at least one second opening configured to receive in reversible insertion a portion of said crockery, wherein said first and said second body are connectable so that said at least one first opening and said at least one second opening are facing, defining a positioning guide for said crockery. - a first body having at least one first through opening configured to allow at least the partial insertion of a crockery; - a second body defining at least one lower abutment portion for said crockery with respect to said first body ; and - vertical separation means interposed between said first body and said second body ,
Spraying apparatus for delivering liquid mixtures of phytosanitary products, equipped with a pneumatic liquid mixture atomization system which comprises: a fan for generating a carrier airflow through at least one diffuser with a conduit tapering towards a reduced section, and at least one delivery nozzle of said liquid mixture within said diffuser, provided with a delivery end arranged in a first delivery position (pos.in) within said airflow near said reduced section, characterized in that it is further provided at least a second delivery position (pos.out) of said delivery end placed downstream of said reduced section, wherein the airflow has a lower speed compared to said first position, and control means for alternatively selecting said first delivery position and said at least a second delivery position depending on a desired condition of reducing a drift effect on droplets of phytosanitary liquid. a fan for generating a carrier airflow through at least one diffuser with a conduit tapering towards a reduced section, and at least one delivery nozzle of said liquid mixture within said diffuser, provided with a delivery end arranged in a first delivery position (pos.in) within said airflow near said reduced section, characterized in that it is further provided at least a second delivery position (pos.out) of said delivery end placed downstream of said reduced section, wherein the airflow has a lower speed compared to said first position, and control means for alternatively selecting said first delivery position and said at least a second delivery position depending on a desired condition of reducing a drift effect on droplets of phytosanitary liquid.