mhurhangee/patent-ind-claim-en huggingface dataset:
A method of inspecting a wind turbine blade , the method comprising: providing a defect inspection tool having an array of pins , the pins being displaceable in an axial direction (A) relative to one another, the defect inspection tool comprising a visual inspection scale ; positioning the defect inspection tool against a defect on the wind turbine blade to cause displacement of at least some of the pins in the axial direction (A), the displaced pins describing a contour representative of a contour of the defect ; and, determining dimensions of the defect by inspecting the contour described by the displaced pins , wherein inspecting the contour described by the displaced pins comprises visually inspecting said contour against the visual inspection scale . providing a defect inspection tool having an array of pins , the pins being displaceable in an axial direction (A) relative to one another, the defect inspection tool comprising a visual inspection scale ; positioning the defect inspection tool against a defect on the wind turbine blade to cause displacement of at least some of the pins in the axial direction (A), the displaced pins describing a contour representative of a contour of the defect ; and, determining dimensions of the defect by inspecting the contour described by the displaced pins , wherein inspecting the contour described by the displaced pins comprises visually inspecting said contour against the visual inspection scale .
A pharmaceutical composition for topical administration, comprising a prodrug for an agonist and/or an antagonist for an adrenergic receptor, wherein the prodrug is an ester, which prodrug comprises said agonist or antagonist and a hydrolyzable moiety, wherein the prodrug has an octanol/water partition coefficient of at least 0, for use in a therapeutic method of shaping a mammalian body by modulation of subcutaneous fat tissue.
A composition comprising an alkadienenitrile selected from the group consisting of 4,8-undecadienenitrile and cis-/trans-isomers thereof, 4,9-dodecadienenitrile and cis-/trans-isomers thereof, and 4,10-tridecadienenitrile and cis-/trans-isomers thereof.
An awning comprising - jointed arms for extending a front profile of the awning , - a winding shaft and - an awning cloth which can be rolled up on the winding shaft , wherein the awning comprises at least two mounting modules (M1, M2), wherein a first mounting module (M1) comprises at least the jointed arms and a second mounting module (M2) comprises at least the winding shaft and the awning cloth , characterized in that the at least two mounting modules (M1, M2) are separate and that at least one of the mounting modules (M1, M2) can be mounted to a mounting surface (W) independent of the other mounting module (M2, M1). - jointed arms for extending a front profile of the awning , - a winding shaft and - an awning cloth which can be rolled up on the winding shaft ,
An injection molding machine characterized by comprising: a receiving unit configured to receive position setting information of a movable member based on pressure setting information of the movable member ; and a condition setting unit configured to set a setting condition of a position of the movable member based on the position setting information. a receiving unit configured to receive position setting information of a movable member based on pressure setting information of the movable member ; and a condition setting unit configured to set a setting condition of a position of the movable member based on the position setting information.
A lanyard attachment assembly for a hand tool comprising: a strap forming a closed loop having a first end portion , a second end portion , a first strap portion , and a second strap portion generally aligned with and opposing the first strap portion , wherein the first end portion of the closed loop includes a first turn between the first strap portion and the second strap portion , and wherein the second end portion includes a second turn between the first strap portion and the second strap portion , a fastening means secures the first strap portion to the second strap portion at a fixed first strap connection point that is positioned between the first turn and the second turn , wherein the fastening means of the closed loop forming a primary opening and secondary opening therethrough, a sleeve with an inside surface and an outside surface, the inside surface defining a passageway through the sleeve , wherein a portion of the sleeve passes through the primary opening , thereby linking the closed loop of the strap to the sleeve , the passageway configured to receive a hand tool, the sleeve being changeable in size from an expanded state to a relaxed state, wherein when a hand tool is installed in the passageway the relaxed state of the sleeve snugly engages the hand tool,_and a connector having a connector opening therethrough, wherein a portion of the connector passes through the secondary opening of the closed loop , thereby linking the connector to the closed loop of the strap . a strap forming a closed loop having a first end portion , a second end portion , a first strap portion , and a second strap portion generally aligned with and opposing the first strap portion , wherein the first end portion of the closed loop includes a first turn between the first strap portion and the second strap portion , and wherein the second end portion includes a second turn between the first strap portion and the second strap portion , a fastening means secures the first strap portion to the second strap portion at a fixed first strap connection point that is positioned between the first turn and the second turn , wherein the fastening means of the closed loop forming a primary opening and secondary opening therethrough, a sleeve with an inside surface and an outside surface, the inside surface defining a passageway through the sleeve , wherein a portion of the sleeve passes through the primary opening , thereby linking the closed loop of the strap to the sleeve , the passageway configured to receive a hand tool, the sleeve being changeable in size from an expanded state to a relaxed state, wherein when a hand tool is installed in the passageway the relaxed state of the sleeve snugly engages the hand tool,_and a connector having a connector opening therethrough, wherein a portion of the connector passes through the secondary opening of the closed loop , thereby linking the connector to the closed loop of the strap .
Method for manufacturing and using a thermoplastic extruded profile , - wherein the extruded profile , comprising at least one hollow chamber , is manufactured by means of an extrusion production process , - wherein, during the extrusion production process , endless reinforcing fibres are integrated into the thermoplastic matrix of the extruded profile and the extrusion production process is designed as a reactive pultrusion which serves for manufacturing an endlessly fibre-reinforced, thermoplastic core profile of the extruded profile , comprising at least one hollow chamber , and - wherein the core profile is provided with an outer coating in order to improve the surface quality of the extruded profile , - wherein the extruded profile is used as a rail profile for a sliding lid of a freezer cabinet , and - wherein an arcuate shape is impressed on the rail profile , during or after the reactive pultrusion , in the axial direction. - wherein the extruded profile , comprising at least one hollow chamber , is manufactured by means of an extrusion production process , - wherein, during the extrusion production process , endless reinforcing fibres are integrated into the thermoplastic matrix of the extruded profile and the extrusion production process is designed as a reactive pultrusion which serves for manufacturing an endlessly fibre-reinforced, thermoplastic core profile of the extruded profile , comprising at least one hollow chamber , and - wherein the core profile is provided with an outer coating in order to improve the surface quality of the extruded profile , - wherein the extruded profile is used as a rail profile for a sliding lid of a freezer cabinet , and - wherein an arcuate shape is impressed on the rail profile , during or after the reactive pultrusion , in the axial direction.
A memory access system comprising: a memory ; image processing means for executing image processing; a scanner that is configured to read an original and generate image data; a printer that is configured to form an image on a recording medium, and a plurality of masters (250-256) including at least a first master and a second master, the first master executing, via an internal bus, an access to the memory based on generation of image data by the scanner or an access to the memory for reading out image data to be used by the printer, and the second master executing, via the internal bus, an access to the memory based on execution of image processing by the image processing means, characterized by a monitor circuit that is configured to monitor a data amount, per predetermined time, transmitted via the internal bus in an access between the memory and each of the plurality of masters, and to calculate a total of the data amounts, per predetermined time, of the plurality of masters; and a controller (240-246) that is configured to reduce access to the memory via the internal bus by the second master among the plurality of masters and to not reduce access to the memory via the internal bus by the first master among the plurality of masters in a case where a predetermined condition regarding the total of the data amounts, per predetermined time, of the plurality of masters monitored by the monitor circuit is satisfied. a memory ; image processing means for executing image processing; a scanner that is configured to read an original and generate image data; a printer that is configured to form an image on a recording medium, and a plurality of masters (250-256) including at least a first master and a second master, the first master executing, via an internal bus, an access to the memory based on generation of image data by the scanner or an access to the memory for reading out image data to be used by the printer, and the second master executing, via the internal bus, an access to the memory based on execution of image processing by the image processing means, characterized by a monitor circuit that is configured to monitor a data amount, per predetermined time, transmitted via the internal bus in an access between the memory and each of the plurality of masters, and to calculate a total of the data amounts, per predetermined time, of the plurality of masters; and a controller (240-246) that is configured to reduce access to the memory via the internal bus by the second master among the plurality of masters and to not reduce access to the memory via the internal bus by the first master among the plurality of masters in a case where a predetermined condition regarding the total of the data amounts, per predetermined time, of the plurality of masters monitored by the monitor circuit is satisfied.
A composition comprising: a. a first polypeptide which has β-xylosidase activity, wherein said polypeptide has at least 90% sequence identity to SEQ ID NO:28, or to residues (i) 20-341, (ii) 21-350, (iii) 107-341, or (iv) 107-350 of SEQ ID NO:28.; and b. a second polypeptide or a variant thereof having xylanase activity; wherein the second polypeptide is a Trichoderma xylanase or an Aspergillus xylanase. a. a first polypeptide which has β-xylosidase activity, wherein said polypeptide has at least 90% sequence identity to SEQ ID NO:28, or to residues (i) 20-341, (ii) 21-350, (iii) 107-341, or (iv) 107-350 of SEQ ID NO:28.; and b. a second polypeptide or a variant thereof having xylanase activity;
A composition comprising: the reaction product of; a dithiophosphate derivative of the following general formula: wherein each of R 1 and R 2 is isobutyl; R 3 is hydrogen; and n is 1, and m is 1, and ditridecyl amine; wherein the reaction product is present in an amount of at least 25 wt.%. the reaction product of; a dithiophosphate derivative of the following general formula: wherein each of R 1 and R 2 is isobutyl; R 3 is hydrogen; and n is 1, and m is 1, and ditridecyl amine; wherein the reaction product is present in an amount of at least 25 wt.%. ditridecyl amine; wherein the reaction product is present in an amount of at least 25 wt.%.
A bending machine comprising: a die support shaft , at least two working arms : mounted to rotate about the die support shaft , and arranged to each support a counter die and to rotate about the die support shaft to move the counter dies to bend a work-piece (W1) in conjunction with a die on the die support shaft, a drive for the working arms, said drive comprising a translational drive driving link arms , said link arms being pivotally connected at their inner ends to the working arms by a pivot joint , and pivotally connected to each other at their outer ends by a pivot joint or pivot joints, and wherein the translational drive acts on a longitudinal axis extending through (2(c)) the axis of the die support shaft , characterized in that the die support shaft has a through-hole (2(c)) for the translational drive , and the translational drive passes through said through-hole (2(c)), to act on said pivot joint or joints interconnecting the link arms . a die support shaft , at least two working arms : mounted to rotate about the die support shaft , and arranged to each support a counter die and to rotate about the die support shaft to move the counter dies to bend a work-piece (W1) in conjunction with a die on the die support shaft, mounted to rotate about the die support shaft , and arranged to each support a counter die and to rotate about the die support shaft to move the counter dies to bend a work-piece (W1) in conjunction with a die on the die support shaft, a drive for the working arms, said drive comprising a translational drive driving link arms , said link arms being pivotally connected at their inner ends to the working arms by a pivot joint , and pivotally connected to each other at their outer ends by a pivot joint or pivot joints, and wherein the translational drive acts on a longitudinal axis extending through (2(c)) the axis of the die support shaft , characterized in that the die support shaft has a through-hole (2(c)) for the translational drive , and the translational drive passes through said through-hole (2(c)), to act on said pivot joint or joints interconnecting the link arms .
A terminal device comprising: a communication unit configured to perform wireless communication; and a control unit configured to control transmission of control information regarding a supported communication scheme to an external device through the wireless communication, characterized in that , in a case in which New Radio, NR, capable of controlling a sub carrier interval and a symbol length as a first communication scheme and Long Term Evolution, LTE, as a second communication scheme different from the first communication scheme are supported by the terminal device, the control unit is further configured to associate, with the control information, a parameter indicating whether or not dual connectivity based on the first communication scheme and the second communication scheme is supported. a communication unit configured to perform wireless communication; and a control unit configured to control transmission of control information regarding a supported communication scheme to an external device through the wireless communication, characterized in that , in a case in which New Radio, NR, capable of controlling a sub carrier interval and a symbol length as a first communication scheme and Long Term Evolution, LTE, as a second communication scheme different from the first communication scheme are supported by the terminal device, the control unit is further configured to associate, with the control information, a parameter indicating whether or not dual connectivity based on the first communication scheme and the second communication scheme is supported.
Equipment for excavating surfaces or solid floorings (S) such as for example made of asphalt or cement or similar solid material, in particular for excavating trenches in said surfaces or solid floorings, said equipment comprising rotatable working or excavating means supported by a main supporting frame with a coupling for operatively coupling said equipment to the mobile arm or support of a main operating machine, and a setting frame which defines at least one contact portion substantially flat and adapted to be put into contact with a corresponding portion of the surface (S) to be worked on, wherein said main supporting frame is housed or received in an internal space defined by said setting frame ; wherein said setting frame is fixed to said main supporting frame in such a way that said setting frame can be translated with respect to said main supporting frame on a plane perpendicular to the axis of rotation of said working or excavating means , and that said main supporting frame and said setting frame can be rotated one with respect to the other on a main rotation axis substantially parallel to the rotation axis of said rotatable working or excavating means ; characterised in that said main supporting frame and said setting frame are mutually coupled by means of a first engagement pin which extends along a direction substantially parallel to said main rotation axis and comprises at least one free end portion, wherein said free end portion of said first engagement pin is engaged in a first engagement slot , and wherein said first engagement slot extends along an arc-shaped, or semicircular development, said first engagement pin being thus adapted to be translated along said first engagement slot ; and in that the equipment comprises guiding means which comprise a proximity portion extending along a direction substantially parallel to the plane of rotation of said working or excavating means , along with a plate shaped end portion extending from said proximity portion substantially parallel to the plane of rotation of said working or excavating means , wherein said proximity portion and said end portion define an engagement space in which there is received in a slidable manner a portion of said setting frame or of said main supporting frame ; and in that said equipment comprises setting means adapted to allow setting the position of said setting frame with respect to said main supporting frame in a manner such to allow the setting of the working depth (K) of said working means ; and in that said setting means comprise a first coupling arm pivotally coupled on said main supporting frame by means of a pivot , wherein said first engagement pin extends from said first coupling arm , and wherein said setting frame is coupled to said main supporting frame by means of said first coupling arm , in such a way that rotating said first coupling arm around said pivot in two opposite rotation directions results in said setting frame being translated with respect to said main supporting frame respectively in two opposite translation directions.
A ribbon feeding apparatus that feeds an ink ribbon in a forward direction and a reverse direction by driving a ribbon unreeling core and a ribbon reeling core for rotation, the ink ribbon being unreeled from the ribbon unreeling core, the ink ribbon unreeled from the ribbon unreeling core being reeled onto the ribbon reeling core, the apparatus comprising: a drive motor ; an unreeling-side drive shaft that is in engagement with the ribbon unreeling core; an unreeling-side power transmission mechanism that transmits inputted motive power to the unreeling-side drive shaft; a reeling-side drive shaft that is in engagement with the ribbon reeling core; a reeling-side power transmission mechanism that transmits inputted motive power to the reeling-side drive shaft; an unreeling-side clutch mechanism that includes a sun gear and a planet gear , connects the drive motor and the unreeling-side power transmission mechanism to each other in accordance with reverse rotation of the drive motor, and disconnects the drive motor and the unreeling-side power transmission mechanism from each other in accordance with forward rotation of the drive motor, the planet gear being in meshing engagement with the sun gear and being brought into and out of meshing engagement with the reeling-side power transmission mechanism; and characterized by a reeling-side clutch mechanism that is provided upstream of the sun gear, connects the drive motor and the reeling-side power transmission mechanism to each other in accordance with the forward rotation of the drive motor, and disconnects the drive motor and the reeling-side power transmission mechanism from each other in accordance with the reverse rotation of the drive motor. a drive motor ; an unreeling-side drive shaft that is in engagement with the ribbon unreeling core; an unreeling-side power transmission mechanism that transmits inputted motive power to the unreeling-side drive shaft; a reeling-side drive shaft that is in engagement with the ribbon reeling core; a reeling-side power transmission mechanism that transmits inputted motive power to the reeling-side drive shaft; an unreeling-side clutch mechanism that includes a sun gear and a planet gear , connects the drive motor and the unreeling-side power transmission mechanism to each other in accordance with reverse rotation of the drive motor, and disconnects the drive motor and the unreeling-side power transmission mechanism from each other in accordance with forward rotation of the drive motor, the planet gear being in meshing engagement with the sun gear and being brought into and out of meshing engagement with the reeling-side power transmission mechanism; and characterized by a reeling-side clutch mechanism that is provided upstream of the sun gear, connects the drive motor and the reeling-side power transmission mechanism to each other in accordance with the forward rotation of the drive motor, and disconnects the drive motor and the reeling-side power transmission mechanism from each other in accordance with the reverse rotation of the drive motor.
A container carrier for unitizing a plurality of containers comprising: a plurality of flexible bands that form an array of container receiving apertures , the array arranged in longitudinal rows and transverse ranks; and a first plurality of registration apertures aligned on each longitudinal row of the container carrier adj acent to, and outside of, the array of container receiving apertures , characterized in that a second plurality of registration apertures extends between longitudinal rows of the array of container receiving apertures . a plurality of flexible bands that form an array of container receiving apertures , the array arranged in longitudinal rows and transverse ranks; and a first plurality of registration apertures aligned on each longitudinal row of the container carrier adj acent to, and outside of, the array of container receiving apertures , characterized in that a second plurality of registration apertures extends between longitudinal rows of the array of container receiving apertures .