mhurhangee/ep-ind-claims huggingface dataset:
A foilwing for wind-powered sports, comprising an inflatable front tube from which extends an inflatable center strut adapted to be held by the user for guiding the foil wing, wherein the front tube and the center strut span a canopy, and at least one handle (16, 28, 30) attached to the center strut for holding the foil wing, characterized in that the handle (16, 28, 30) is designed to be detachable and overstretches a portion of the front tube or of the center strut, and end portions of the handle can be inserted into bracing adapters (76, 78) attached to the front tube or to the center strut, wherein one end portion can be inserted into a receiving space (92, 94), which is limited by one of the bracing adapters on the one hand and by the front tube or by the center strut on the other hand, and can be braced with the adapter (76, 78) by inflating the front tube and/or the center strut, such that the end portion is held in a force-fitting and/or form-fitting manner.
Process for the treatment of a material of a component of an electrical appliance to impart improved moisture resistance properties to this material, the material being chosen from among a polyamide, a polyester and a poly(meth)acrylate, this process comprising: - a step of bringing this material into contact, in a supercritical fluid SC1, with a polar organic solvent, and - a step of bringing the material as obtained at the end of step into contact, in a supercritical fluid SC2, with one or several compounds soluble in the supercritical fluid SC2 and each satisfying the following formula: R-(N=C=O) n wherein - n is equal to 1 or 2, and - R is chosen from among. a saturated or unsaturated, linear or branched, aliphatic hydrocarbon group comprising at least 2 carbon atoms, and. a saturated or unsaturated, possibly branched, cyclic aliphatic hydrocarbon group comprising at least 3 carbon atoms, R possibly also comprising a free-radically polymerizable ethylenically unsaturated group such as a vinyl, allyl or (meth)acrylate group. - a step of bringing this material into contact, in a supercritical fluid SC1, with a polar organic solvent, and - a step of bringing the material as obtained at the end of step into contact, in a supercritical fluid SC2, with one or several compounds soluble in the supercritical fluid SC2 and each satisfying the following formula: R-(N=C=O) n wherein - n is equal to 1 or 2, and - R is chosen from among. a saturated or unsaturated, linear or branched, aliphatic hydrocarbon group comprising at least 2 carbon atoms, and. a saturated or unsaturated, possibly branched, cyclic aliphatic hydrocarbon group comprising at least 3 carbon atoms, R possibly also comprising a free-radically polymerizable ethylenically unsaturated group such as a vinyl, allyl or (meth)acrylate group.. a saturated or unsaturated, linear or branched, aliphatic hydrocarbon group comprising at least 2 carbon atoms, and. a saturated or unsaturated, possibly branched, cyclic aliphatic hydrocarbon group comprising at least 3 carbon atoms,
A method of decoding an image based on an inter prediction mode, comprising: deriving a collocated block of a current block in one reference picture among reference pictures included in a reference picture list for the current block, the collocated block being specified by a motion vector of a spatial neighboring block around the current block; wherein said spatial neighboring block around the current block is selected considering the following candidate spatial neighboring blocks in the following order: bottom block on a left side of the current block, right block on an upper side of the current block, block touching the current block only at an upper-right corner of the current block, block touching the current block only at a lower-left corner of the current block and block touching the current block only at an upper-left corner of the current block, deriving motion vectors of sub-blocks included in the current block based on the motion vector of the collocated block; and generating a prediction block of the current block based on the motion vectors of the sub-blocks, characterized in that a syntax indicating the one reference picture is signaled from an encoder through a picture parameter set or a slice header, and said spatial neighboring block around the current block is selected as the first candidate spatial neighboring block, according to said order, having a reference picture that is the same as the one reference picture. deriving a collocated block of a current block in one reference picture among reference pictures included in a reference picture list for the current block, the collocated block being specified by a motion vector of a spatial neighboring block around the current block; wherein said spatial neighboring block around the current block is selected considering the following candidate spatial neighboring blocks in the following order: bottom block on a left side of the current block, right block on an upper side of the current block, block touching the current block only at an upper-right corner of the current block, block touching the current block only at a lower-left corner of the current block and block touching the current block only at an upper-left corner of the current block, deriving motion vectors of sub-blocks included in the current block based on the motion vector of the collocated block; and generating a prediction block of the current block based on the motion vectors of the sub-blocks, characterized in that a syntax indicating the one reference picture is signaled from an encoder through a picture parameter set or a slice header, and said spatial neighboring block around the current block is selected as the first candidate spatial neighboring block, according to said order, having a reference picture that is the same as the one reference picture.
A winding device, comprising: a chuck adapted to grip a winding target member the chuck comprising a winding drum around which a wire is to be wound, and a terminal around which the wire is to be bound; a nozzle for feeding the wire toward the winding target member; a binding member for locking thereon an end portion of the wire fed from the nozzle; a winding mechanism for rotating the chuck together with the binding member so as to wind, around the winding target member, the wire which is to be fed from the nozzle; a wire cutting mechanism for cutting the wire wound around the winding target member; and a wire binding mechanism for winding, around the terminal, the end portion of the wire wound around the winding target member and cut by the wire cutting mechanism, characterized in that the wire binding mechanism includes a cylindrical member through which the terminal is insertable, and a rotating mechanism for rotating the cylindrical member about the terminal; and the cylindrical member includes a protrusion formed at a distal end of the cylindrical member so as to protrude in an axial direction of the cylindrical member; and the protrusion has a circular cross-section and is formed at a position distant from an inner peripheral surface of the cylindrical member so as to sandwich the wire together with the terminal. a chuck adapted to grip a winding target member the chuck comprising a winding drum around which a wire is to be wound, and a terminal around which the wire is to be bound; a nozzle for feeding the wire toward the winding target member; a binding member for locking thereon an end portion of the wire fed from the nozzle; a winding mechanism for rotating the chuck together with the binding member so as to wind, around the winding target member, the wire which is to be fed from the nozzle; a wire cutting mechanism for cutting the wire wound around the winding target member; and a wire binding mechanism for winding, around the terminal, the end portion of the wire wound around the winding target member and cut by the wire cutting mechanism, characterized in that the wire binding mechanism includes a cylindrical member through which the terminal is insertable, and a rotating mechanism for rotating the cylindrical member about the terminal; and a cylindrical member through which the terminal is insertable, and a rotating mechanism for rotating the cylindrical member about the terminal; and the cylindrical member includes a protrusion formed at a distal end of the cylindrical member so as to protrude in an axial direction of the cylindrical member; and the protrusion has a circular cross-section and is formed at a position distant from an inner peripheral surface of the cylindrical member so as to sandwich the wire together with the terminal.
Method of estimating a surface quality of a workpiece the method comprising - finishing a surface of the workpiece with a manufacturing device, - determining a reference signal representing a time dependent difference between an ideal tool position and a real tool position of a tool of the manufacturing device in a reference phase when finishing the workpiece, - determining a test signal representing a time dependent difference between an ideal tool position and a real tool position of a tool of the manufacturing device in an operation phase when finishing the workpiece, - wherein the method is only performed, if the reference signal and the test signal relate to a finishing operation of the manufacturing device, - determining a mean value (μ) and a standard deviation value (σ) from the reference signal, - determining data points of the test signal, where the test signal deviates from the mean value (μ) more than a defined multiple of the standard deviation value (σ), and - estimating the surface quality of the workpiece by using the determined data points, characterised in that - the step of determining a mean value (μ) and a standard deviation value (σ) from the reference signal is performed for data points of a sliding window - the size of the sliding window is individually defined for the specific workpiece to be finished, and a finishing speed is a parameter when adjusting a sliding window size - finishing a surface of the workpiece with a manufacturing device, - determining a reference signal representing a time dependent difference between an ideal tool position and a real tool position of a tool of the manufacturing device in a reference phase when finishing the workpiece, - determining a test signal representing a time dependent difference between an ideal tool position and a real tool position of a tool of the manufacturing device in an operation phase when finishing the workpiece, - wherein the method is only performed, if the reference signal and the test signal relate to a finishing operation of the manufacturing device, - determining a mean value (μ) and a standard deviation value (σ) from the reference signal, - determining data points of the test signal, where the test signal deviates from the mean value (μ) more than a defined multiple of the standard deviation value (σ), and - estimating the surface quality of the workpiece by using the determined data points, characterised in that - the step of determining a mean value (μ) and a standard deviation value (σ) from the reference signal is performed for data points of a sliding window - the size of the sliding window is individually defined for the specific workpiece to be finished, and a finishing speed is a parameter when adjusting a sliding window size
Output stage of a charging device, comprising at least - a first secondary winding of a transformer, - a first rectifier, which is connected to the first secondary winding, - a step-down converter, which is connected to the output of the first rectifier and has a first output capacitor, characterised in that the output stage provides an unregulated basic voltage by the transformer having a second secondary winding, to which a second rectifier along with a second output capacitor is connected, wherein the first and secondary output capacitor are connected in series. - a first secondary winding of a transformer, - a first rectifier, which is connected to the first secondary winding, - a step-down converter, which is connected to the output of the first rectifier and has a first output capacitor, characterised in that the output stage provides an unregulated basic voltage by the transformer having a second secondary winding, to which a second rectifier along with a second output capacitor is connected, wherein the first and secondary output capacitor are connected in series.
A choke coil comprising: a core on which a flange (300: 310, 320) is provided on each of both ends thereof; a terminal electrode (400: 410, 420, 430) coupled to a portion of the flange; a wire wound around the core and of which an end is withdrawn to an upper side of the terminal electrode; first and second extension parts spaced apart from each other on a top surface of the terminal electrode, wherein a portion of the wire and of the second extension part are melted portions to provide a welding part; the welding part being provided on the top surface of the terminal electrode, wherein the terminal electrode comprises top and bottom surfaces vertically facing each other and a side surface provided on one side between the top and bottom surfaces, and the flange has inclined areas on between first and second surfaces respectively corresponding to the top and side surfaces of the terminal electrode and between the third surface facing the second surface and the first surface, characterized in that an opening is defined in the top surface of the terminal electrode and above which the wire is disposed, wherein the opening exposes the flange and the welding part is disposed above the opening. a core on which a flange (300: 310, 320) is provided on each of both ends thereof; a terminal electrode (400: 410, 420, 430) coupled to a portion of the flange; a wire wound around the core and of which an end is withdrawn to an upper side of the terminal electrode; first and second extension parts spaced apart from each other on a top surface of the terminal electrode, wherein a portion of the wire and of the second extension part are melted portions to provide a welding part; the welding part being provided on the top surface of the terminal electrode, wherein the terminal electrode comprises top and bottom surfaces vertically facing each other and a side surface provided on one side between the top and bottom surfaces, and the flange has inclined areas on between first and second surfaces respectively corresponding to the top and side surfaces of the terminal electrode and between the third surface facing the second surface and the first surface, characterized in that an opening is defined in the top surface of the terminal electrode and above which the wire is disposed, wherein the opening exposes the flange and the welding part is disposed above the opening.
An eye protection device, comprising: a welding activity detection circuit that is configured to detect welding activity; and a filter driver that is configured to: (i) control a controllable optical filter to be in an undarkened state if the welding activity detection circuit does not detect welding activity, (ii) control the optical filter to be in a darkened state if the welding activity detection circuit detects welding activity, characterized in that the filter driver is configured to: (iii) control a transition period from (a) a beginning of transition of the optical filter from the darkened state to the undarkened state to (b) an end of transition of the optical filter from the darkened state to the undarkened state to include a user-selected gradient. a welding activity detection circuit that is configured to detect welding activity; and a filter driver that is configured to: (i) control a controllable optical filter to be in an undarkened state if the welding activity detection circuit does not detect welding activity, (ii) control the optical filter to be in a darkened state if the welding activity detection circuit detects welding activity, characterized in that (i) control a controllable optical filter to be in an undarkened state if the welding activity detection circuit does not detect welding activity, (ii) control the optical filter to be in a darkened state if the welding activity detection circuit detects welding activity, characterized in that the filter driver is configured to: (iii) control a transition period from (a) a beginning of transition of the optical filter from the darkened state to the undarkened state to (b) an end of transition of the optical filter from the darkened state to the undarkened state to include a user-selected gradient.
An apparatus generating flattening x-rays radiation field comprising: multiple electron accelerators for generating high-energy electron beams, wherein each electron accelerator comprises an electron transmitting unit, an electron accelerating unit and an output connecting means, and a common target unit comprising vacuum target chamber, a target and multiple input connecting means; wherein, the output connecting means of the multiple electron accelerators are connected to the multiple input connecting means, respectively, and wherein the apparatus furthermore comprises a microwave power source and a microwave transferring means, the microwave power source being connected to the microwave transferring means, the microwave transferring means being connected to the electron accelerating units. multiple electron accelerators for generating high-energy electron beams, wherein each electron accelerator comprises an electron transmitting unit, an electron accelerating unit and an output connecting means, and a common target unit comprising vacuum target chamber, a target and multiple input connecting means; wherein, the output connecting means of the multiple electron accelerators are connected to the multiple input connecting means, respectively, and wherein the apparatus furthermore comprises a microwave power source and a microwave transferring means, the microwave power source being connected to the microwave transferring means, the microwave transferring means being connected to the electron accelerating units.
An electrical splitter configured to receive a RF output signal and to generate a first RF output and a second RF output to respective a first load and a second load, comprising: a first leg configured to provide the first RF output to the first load; a second leg configured to provide the second RF output to the second load; and a balancing circuit connected between the first leg and the second leg, the balancing circuit configured to control a first value of an electrical parameter associated with one of the first leg or the second leg and a second value of the electrical parameter associated with an other of the first leg or the second leg, wherein the first value and the second value are controllable to a predefined relationship. a first leg configured to provide the first RF output to the first load; a second leg configured to provide the second RF output to the second load; and a balancing circuit connected between the first leg and the second leg, the balancing circuit configured to control a first value of an electrical parameter associated with one of the first leg or the second leg and a second value of the electrical parameter associated with an other of the first leg or the second leg, wherein the first value and the second value are controllable to a predefined relationship.
A method performed by a device provided in a base station, for estimating an uplink service waiting delay, characterized by comprising: the base station comparing a Buffer Status Report, BSR, reported by a terminal UE with a maintained BSR of the UE and determining a valid BSR; wherein the base station comparing the BSR reported by the UE with the maintained BSR of the UE and determining the valid BSR comprises: the base station comparing the BSR reported by the UE this time with a sum of the maintained BSRs of the UE; when the BSR reported this time is less than or equal to the sum of the BSRs, determining that the BSR reported this time is invalid; and when the BSR reported this time is greater than the sum of the BSRs, determining that the BSR reported this time is valid, and determining the valid BSR to be equal to the BSR reported this time minus the sum of the maintained BSRs of the UE; when the BSR reported by the UE contains a timestamp, the base station updating the maintained BSR of the UE to be the valid BSR according to the valid BSR and the timestamp; and when the BSR reported by the UE does not contain a timestamp, adding a timestamp for the valid BSR, and updating the maintained BSR of the UE to be the valid BSR according to the valid BSR and the added timestamp; and when the UE is scheduled, the base station calculating a service waiting delay according to a timestamp of the maintained BSR of the UE. the base station comparing a Buffer Status Report, BSR, reported by a terminal UE with a maintained BSR of the UE and determining a valid BSR; wherein the base station comparing the BSR reported by the UE with the maintained BSR of the UE and determining the valid BSR comprises: the base station comparing the BSR reported by the UE this time with a sum of the maintained BSRs of the UE; when the BSR reported this time is less than or equal to the sum of the BSRs, determining that the BSR reported this time is invalid; and when the BSR reported this time is greater than the sum of the BSRs, determining that the BSR reported this time is valid, and determining the valid BSR to be equal to the BSR reported this time minus the sum of the maintained BSRs of the UE; when the BSR reported by the UE contains a timestamp, the base station updating the maintained BSR of the UE to be the valid BSR according to the valid BSR and the timestamp; and when the BSR reported by the UE does not contain a timestamp, adding a timestamp for the valid BSR, and updating the maintained BSR of the UE to be the valid BSR according to the valid BSR and the added timestamp; and when the UE is scheduled, the base station calculating a service waiting delay according to a timestamp of the maintained BSR of the UE.
An anthracycline for use in the treatment of sepsis wherein the anthracycline is selected from epirubicin, doxorubicin and daunorubicin and is administered once as soon as possible after diagnosis and again 24 h later, in the same dosage, in a total dose of 1.2 μ g/g of body weight for epirubicin and daunorubicin or in a total dose of 1.0 μ g/g of body weight for doxorubicin.
Apparatus for connecting a panelling to a building element comprising at least one profile capable of being constrained to said building element, said profile comprising an inner cavity, defined between the vertical sides, parallel to each other, and a horizontal core of said profile, adapted to receive at least one lower portion of said panelling, said at least one lower portion of said panelling being retained and tightened between a vertical stop of at least one inner wall (23, 24) of said sides and a pressing member, capable of reciprocally acting on the opposite faces (31, 32) of said panelling, said vertical stop comprising a flat surface adapted to connect in front coupling with a first face (31, 32) of said panelling, and said pressing member consisting of a wedge capable of: - being inserted in a gap defined between the second face (31, 32) of said panelling, opposed to the first, and the facing inner wall (23, 24) of said profile, and - being pushed downwards up to reaching an "interference position" within said gap. characterised in that said apparatus further comprises adjustment means for the angular orientation of said panelling located in the proximity of the distal end of at least one side of said profile, said distal end being the end furthest from said horizontal core, said adjustment means comprising an adjusting screw cooperating with a respective second jaw, adapted to associate in front coupling with the face (31, 32) of said panelling. - being inserted in a gap defined between the second face (31, 32) of said panelling, opposed to the first, and the facing inner wall (23, 24) of said profile, and - being pushed downwards up to reaching an "interference position" within said gap.