mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a security paper, in which - in a first wet end of a paper machine, a first paper web is formed and, if applicable, provided with individualization features, such as an opening or a watermark, - in a second wet end of a paper machine, a second paper web is formed, - the second paper web is merged and firmly joined with the first paper web via a pickup belt, characterized in that - from the second paper web, still in the wet state, paper fibers are removed by means of a suction apparatus, preferably in register with any existing individualization features of the first paper web, the suction apparatus being developed as a suction wheel composed of multiple segment plates (400, 402, 404, 406). - in a first wet end of a paper machine, a first paper web is formed and, if applicable, provided with individualization features, such as an opening or a watermark, - in a second wet end of a paper machine, a second paper web is formed, - the second paper web is merged and firmly joined with the first paper web via a pickup belt, - from the second paper web, still in the wet state, paper fibers are removed by means of a suction apparatus, preferably in register with any existing individualization features of the first paper web, the suction apparatus being developed as a suction wheel composed of multiple segment plates (400, 402, 404, 406).
A method for display box management on a terminal comprising a display unit with a touch screen, the method comprising: displaying a first screen comprising at least one icon; in response to receiving a user input comprising a touch of an icon of the at least one icon in the first screen for a predetermined time, the icon corresponding to an application, the method being characterised in displaying a second screen comprising the icon disposed at a region on which the touch is maintained, wherein the second screen is different from the first screen and the icon is moved according to a move of the touch while the touch is maintained; in response to detecting that the user input is released, displaying a display box corresponding to the icon and the application at a region on which the icon is disposed, and changing an attribute of the display box to be dynamic to dynamically display data associated with the application updated every predetermined time unit; and in response to the data associated with the application being changed, displaying the changed data in the display box. displaying a first screen comprising at least one icon; in response to receiving a user input comprising a touch of an icon of the at least one icon in the first screen for a predetermined time, the icon corresponding to an application, the method being characterised in displaying a second screen comprising the icon disposed at a region on which the touch is maintained, wherein the second screen is different from the first screen and the icon is moved according to a move of the touch while the touch is maintained; in response to detecting that the user input is released, displaying a display box corresponding to the icon and the application at a region on which the icon is disposed, and changing an attribute of the display box to be dynamic to dynamically display data associated with the application updated every predetermined time unit; and in response to the data associated with the application being changed, displaying the changed data in the display box.
A method of detecting and filtering illegitimate communication streams in a satellite communication network, comprising a plurality of terminals (TER, AER) able to communicate with an access network through a satellite link, the network comprising several gateway satellite stations ensuring the interface between the satellite link and the access network and an interconnection equipment (PoP) positioned between the gateway stations and the access network to centralise the communication streams and to interconnect several networks belonging to different satellite operators, the method being executed by said gateway satellite stations and comprising the steps of: - receiving a communication stream originating from the satellite, - determining a set of characteristics of the communication stream forming a signature of the stream, - applying at least one classification algorithm so as to class the signature into a set of legitimate signatures or into a set of illegitimate signatures, - if the signature is classed into the set of illegitimate signatures, filtering the communication stream, otherwise transmitting the communication stream to the access network through the interconnection equipment (PoP). - receiving a communication stream originating from the satellite, - determining a set of characteristics of the communication stream forming a signature of the stream, - applying at least one classification algorithm so as to class the signature into a set of legitimate signatures or into a set of illegitimate signatures, - if the signature is classed into the set of illegitimate signatures, filtering the communication stream, otherwise transmitting the communication stream to the access network through the interconnection equipment (PoP).
An ophthalmic apparatus for examining an examinee's eye comprising: a face support member configured to support an examinee's face; a human detection member (90, 113) configured to detect whether the face is supported by the face support member; a notification member configured to give an announcement to any one of an examinee and an examiner; and a controller configured to control the notification member based on a detection result of the human detection member (90, 113); wherein the face support member comprises a jaw rest configured to support an examinee's jaw and a jaw rest driving member configured to drive the jaw rest; characterised in that the controller is configured to give an announcement of asking the examinee to leave the jaw from the jaw rest in advance of driving the jaw rest by the jaw rest driving member when the examinee's face is determined to be supported by the face support member from the detection result. a face support member configured to support an examinee's face; a human detection member (90, 113) configured to detect whether the face is supported by the face support member; a notification member configured to give an announcement to any one of an examinee and an examiner; and a controller configured to control the notification member based on a detection result of the human detection member (90, 113); wherein the face support member comprises a jaw rest configured to support an examinee's jaw and a jaw rest driving member configured to drive the jaw rest; characterised in that the controller is configured to give an announcement of asking the examinee to leave the jaw from the jaw rest in advance of driving the jaw rest by the jaw rest driving member when the examinee's face is determined to be supported by the face support member from the detection result.
A camshaft, in particular for motor vehicle engines, having a hollow outer shaft and an inner shaft, which is arranged coaxially in the outer shaft and is mounted such that it can rotate relative to the outer shaft, having first cams, which are arranged in a rotationally fixed manner on the outer shaft, and having second cams, which are arranged rotatably on the outer shaft and are fastened to the inner shaft, a supporting element being provided on at least one of the end regions of the inner shaft, said supporting element projecting beyond the outer shaft in the radial direction, an outer circumferential face of the outer shaft forming a radial bearing of the inner shaft together with an associated inwardly facing face of the supporting element, characterised in that the supporting element is arranged with a fastening section inside the outer shaft.
Motor vehicle wheel arch comprising a curved elongate strip intended to partially surround a motor vehicle wheel, said strip having a concave face intended to extend substantially opposite a peripheral tread of the wheel, a portion of said concave face having an aerodynamic element (10 and 20) secured to the strip and having a face (11 and 21) provided with rough patches (12 and 22) defined by a plurality of recesses (13 and 23) and protrusions (14 and 24), at least some of said plurality of recesses defining fluid discharge channels (15 and 25) substantially parallel to the longitudinal direction of said strip, characterized in that the strip has an opening between the aerodynamic element (10 and 20) and an end edge of the strip.
A container sealing device provided with an inner plug and an upper closure and enabling attachment and detachment of the upper closure by a first screwing part provided between the upper closure and an optional container or the inner plug, wherein: the upper closure has a support part catching a separation part provided in the inner plug by a second screwing part in opening the plug, and separating the separation part from the inner plug; the second screwing part is in a reverse thread relation with respect to the first screwing part; characterised in that: a first stopper (16t, 20u) regulating a mutual assembling interval between the separation part of the inner plug and the upper closure is provided, such that the second screwing part can be brought into a lock state of being screwed to a deepest position or a state close to that, wherein lock state is a state in which movement of the separation part to the direction of the upper closure is prevented, and where there is no risk of removal of the separation part from the upper closure. the upper closure has a support part catching a separation part provided in the inner plug by a second screwing part in opening the plug, and separating the separation part from the inner plug; the second screwing part is in a reverse thread relation with respect to the first screwing part; characterised in that: a first stopper (16t, 20u) regulating a mutual assembling interval between the separation part of the inner plug and the upper closure is provided, such that the second screwing part can be brought into a lock state of being screwed to a deepest position or a state close to that, wherein lock state is a state in which movement of the separation part to the direction of the upper closure is prevented, and where there is no risk of removal of the separation part from the upper closure.
A method for controlling the operation of a wind turbine, the wind turbine comprises at least two pitchable wind turbine blades rotary connected to an electrical generator, the method comprises the steps of: - operating the wind turbine to produce an electrical power output by means of one or more control signals, wherein the one or more control signals are determined based on at least one control parameter, - measuring one or more operating parameters of the wind turbine, - determining a degradation value based on the measured one or more operating parameters, where the degradation value is indicative of the aerodynamic degradation of the wind turbine blades, - adapting the operation of the wind turbine for maximising the power output by adjusting at least one of the control signals based on the degradation value, characterised in that the step of adjusting at least one of the control signals comprises scaling the at least one control parameter based on a scaling factor defining the degradation value, where the at least one control parameter is indicative of the aerodynamic properties of the wind turbine blades in a normal state, wherein the at least one control parameter is an ideal control parameter determined before erecting the wind turbine. - operating the wind turbine to produce an electrical power output by means of one or more control signals, wherein the one or more control signals are determined based on at least one control parameter, - measuring one or more operating parameters of the wind turbine, - determining a degradation value based on the measured one or more operating parameters, where the degradation value is indicative of the aerodynamic degradation of the wind turbine blades, - adapting the operation of the wind turbine for maximising the power output by adjusting at least one of the control signals based on the degradation value, characterised in that
A method of manufacturing a vertically aligned, VA, type liquid crystal device arranged to exhibit an optically clear field-off-state and a light scattering field-on state, the method comprising the steps of: - providing two substrates (101, 108) with electrodes (102, 107) - manufacturing a cell by arranging the two substrates with the electrodes on the inner side facing each other with a gap between the substrates - filling the cell with a liquid crystal mixture comprising a liquid crystal material having negative dielectric anisotropy and a polymer precursor, wherein the concentration of polymer precursor in the liquid crystal mixture is less than 10 wt% - applying an alignment treatment for the liquid crystal mixture either before or after filling the cell with the liquid crystal mixture, such that the liquid crystal mixture is vertically oriented, and - polymerizing the polymer precursor, characterized in that said step of polymerizing the polymer precursor is carried out at a temperature higher than the clearing temperature of the liquid crystal mixture, and in that said step of applying an alignment treatment is carried out such that the liquid crystal mixture is oriented with a pretilt angle inclined from the normal direction to the substrates. - providing two substrates (101, 108) with electrodes (102, 107) - manufacturing a cell by arranging the two substrates with the electrodes on the inner side facing each other with a gap between the substrates - filling the cell with a liquid crystal mixture comprising a liquid crystal material having negative dielectric anisotropy and a polymer precursor, wherein the concentration of polymer precursor in the liquid crystal mixture is less than 10 wt% - applying an alignment treatment for the liquid crystal mixture either before or after filling the cell with the liquid crystal mixture, such that the liquid crystal mixture is vertically oriented, and - polymerizing the polymer precursor, characterized in that
A window unit (100, 200) comprising: a first substantially transparent substrate (105, 205) and a first electrochromic device disposed thereon; a second substantially transparent substrate (115, 215) and either a second electrochromic device disposed thereon or a heatable transparent conductive oxide layer thereon; and a sealing separator (110, 225) between the first and second substantially transparent substrates (105, 205, 115, 215), which sealing separator (110, 225) defines, together with the first and second substantially transparent substrates (105, 205, 115, 215), an insulating glass unit having an interior region that is thermally insulating, wherein, when present, both of the first and second electrochromic devices (210, 220) are two-state electrochromic devices and the window unit (100, 200) has at least four optical states, wherein at least one of the first and second electrochromic devices (210, 220) is an entirely solid state and inorganic device, wherein the interior region contains an inert gas, and wherein the first electrochromic device extends over substantially the entire viewable region of the first substantially transparent substrate (105, 205). a first substantially transparent substrate (105, 205) and a first electrochromic device disposed thereon; a second substantially transparent substrate (115, 215) and either a second electrochromic device disposed thereon or a heatable transparent conductive oxide layer thereon; and a sealing separator (110, 225) between the first and second substantially transparent substrates (105, 205, 115, 215), which sealing separator (110, 225) defines, together with the first and second substantially transparent substrates (105, 205, 115, 215), an insulating glass unit having an interior region that is thermally insulating, wherein, when present, both of the first and second electrochromic devices (210, 220) are two-state electrochromic devices and the window unit (100, 200) has at least four optical states, wherein at least one of the first and second electrochromic devices (210, 220) is an entirely solid state and inorganic device, wherein the interior region contains an inert gas, and wherein the first electrochromic device extends over substantially the entire viewable region of the first substantially transparent substrate (105, 205).
Expandable vinyl aromatic polymers comprising at least one blowing agent and dispersed coke particles, said dispersed coke particles being characterized by an average stack height (Lc) of carbon crystallites less than 4 nm, as measured by the method mentioned in the description based on the analysis of powder X-ray diffraction, wherein Lc is given by the formula L c nm = 0.89 ∗ 0.154 β ∗ cos θ and is estimated from the full width at half maximum of diffraction peak; and a volume median particle diameter comprised between 0.8 and 4 μm, preferably between 1.5 and 3.0 μm and a span (D90 - D10)/D50 below 2.5, preferably below 2.3, as obtained from laser light scattering measurements according to ISO 13320.
Method for producing an epoxy group-terminated impact modifier, comprising the reaction of a) two or more polyols of formula where Y 1 stands for an n-valent residue of a reactive polymer after the removal of terminal hydroxyl groups; and n = 2, 3 or 4; preferably 2 or 3, b) one or more polyisocyanates of formula where Y 2 stands for a divalent residue of aliphatic, cycloaliphatic, aromatic or araliphatic diisocyanates after the removal of the isocyanate groups, or for a trivalent residue of trimers or biurets of aliphatic, cycloaliphatic, aromatic or araliphatic diisocyanates after the removal of the isocyanate groups; and m = 1 or 2; and c) at least one epoxy resin comprising an epoxy compound of formula containing a primary or secondary hydroxy group, where Y 3 stands for a residue of a primary or secondary hydroxyl group-containing aliphatic, cycloaliphatic, aromatic or araliphatic epoxide after the removal of the epoxy groups and of the primary or secondary hydroxyl group; and q = 1, 2 or 3, wherein the polyols of formula comprise a1) at least one polyether polyol and a2) at least one OH-terminated rubber, wherein the weight ratio of polyether polyol to OH-terminated rubber is in the range from 7:3 to 2:8. a) two or more polyols of formula where Y 1 stands for an n-valent residue of a reactive polymer after the removal of terminal hydroxyl groups; and n = 2, 3 or 4; preferably 2 or 3, b) one or more polyisocyanates of formula where Y 2 stands for a divalent residue of aliphatic, cycloaliphatic, aromatic or araliphatic diisocyanates after the removal of the isocyanate groups, or for a trivalent residue of trimers or biurets of aliphatic, cycloaliphatic, aromatic or araliphatic diisocyanates after the removal of the isocyanate groups; and m = 1 or 2; and c) at least one epoxy resin comprising an epoxy compound of formula containing a primary or secondary hydroxy group, where Y 3 stands for a residue of a primary or secondary hydroxyl group-containing aliphatic, cycloaliphatic, aromatic or araliphatic epoxide after the removal of the epoxy groups and of the primary or secondary hydroxyl group; and q = 1, 2 or 3, wherein the polyols of formula comprise a1) at least one polyether polyol and a2) at least one OH-terminated rubber, wherein the weight ratio of polyether polyol to OH-terminated rubber is in the range from 7:3 to 2:8. containing a primary or secondary hydroxy group, where Y 3 stands for a residue of a primary or secondary hydroxyl group-containing aliphatic, cycloaliphatic, aromatic or araliphatic epoxide after the removal of the epoxy groups and of the primary or secondary hydroxyl group; and q = 1, 2 or 3, wherein the polyols of formula comprise a1) at least one polyether polyol and a2) at least one OH-terminated rubber, wherein the weight ratio of polyether polyol to OH-terminated rubber is in the range from 7:3 to 2:8.
A method performed by an electronic device, comprising: receiving, at least one of forbidden radio access technology code and indication that a radio access technology of a cell is forbidden, wherein the at least one of forbidden radio access technology code and indication indicates a radio access technology not allowed for access; storing the received at least one of forbidden radio access technology code and indication in a forbidden list; performing an attach, tracking area update or routing area update in a suitable cell if a suitable cell can be found within the same network not using the radio access technologies in the forbidden list; or performing a network re-selection if a suitable cell cannot be found within the same network; removing the forbidden radio access technology code or the indication from the forbidden list when a timer for forbidden radio access technology code or the indication expires or an explicit indication to remove a radio access technology from the forbidden list is received in signaling; and preventing from sending signaling to cells which use a radio access technology comprised in the forbidden list when the forbidden list is valid. receiving, at least one of forbidden radio access technology code and indication that a radio access technology of a cell is forbidden, wherein the at least one of forbidden radio access technology code and indication indicates a radio access technology not allowed for access; storing the received at least one of forbidden radio access technology code and indication in a forbidden list; performing an attach, tracking area update or routing area update in a suitable cell if a suitable cell can be found within the same network not using the radio access technologies in the forbidden list; or performing a network re-selection if a suitable cell cannot be found within the same network;
A tool for intervention on the wall of a fluid pipe, comprising a pipe segment through which the fluid is intended to flow when the tool is in the pipe, and at least first and second modules (120, 125, 130, 135) for creating a seal between the wall of the pipe and the pipe segment, to isolate the fluid flowing in an outer part of a segment of the pipe, between the first and second modules for creating a seal, the tool further comprising a module for reducing the pressure of the fluid present in the outer part, characterized in that the module for reducing the pressure comprises a reservoir mounted on the tool and provided with a valve, the reservoir initially being empty before the valve is opened. the tool further comprising a module for reducing the pressure of the fluid present in the outer part, characterized in that the module for reducing the pressure comprises a reservoir mounted on the tool and provided with a valve, the reservoir initially being empty before the valve is opened.