mhurhangee/ep-ind-claims huggingface dataset:
Method of reducing crop damage characterized by treating the seed of the crop with a safener before sowing (step 1) and applying 2-(2,4-dichlorophenyl)methyl-4,4-dimethyl-3-isoxazolidinone (compound I) or its combination/compositions and a safener in a post-emergence treatment (step 2).
A method, comprising: soliciting a wireless communication terminal served by a wireless communication network to communicate with a legitimate base station, thereby causing data exchanged between the terminal and the communication network to be relayed via the legitimate base station, providing a trap base station to intercept communication from the wireless communication terminal, wherein the trap base station is detached and separate from the network, wherein the trap base station transmits downlink signals at a relatively high power as compared to the base station to solicit the terminal to communicate to the trap base station by masquerading as a legitimate base station of the wireless communication network; extracting, by the trap base station, from the data relayed via the trap base station at least one application-layer identifier that identifies a user of the solicited terminal; controlling subsequent solicitation of wireless communication terminals by the trap base station based on the application-layer identifier; and the trap base station modifying the data before relaying the data to the legitimate base station. soliciting a wireless communication terminal served by a wireless communication network to communicate with a legitimate base station, thereby causing data exchanged between the terminal and the communication network to be relayed via the legitimate base station, providing a trap base station to intercept communication from the wireless communication terminal, wherein the trap base station is detached and separate from the network, wherein the trap base station transmits downlink signals at a relatively high power as compared to the base station to solicit the terminal to communicate to the trap base station by masquerading as a legitimate base station of the wireless communication network; extracting, by the trap base station, from the data relayed via the trap base station at least one application-layer identifier that identifies a user of the solicited terminal; controlling subsequent solicitation of wireless communication terminals by the trap base station based on the application-layer identifier; and the trap base station modifying the data before relaying the data to the legitimate base station.
A process for the preparation of saroglitazar magnesium of Formula, the process comprising: (a) reacting a hydroxy compound with a mesylate compound in a mixture of organic solvents in the presence of a base and a phase transfer catalyst at a temperature of 35° C to 85° C to obtain an alkoxy ester compound of Formula; (b) hydrolyzing the alkoxy ester compound of Formula with a base to obtain saroglitazar; and (c) reacting the saroglitazar with a magnesium source to obtain saroglitazar magnesium of Formula; wherein the mixture of organic solvents comprises cyclohexane and one or more of alcohols selected from methanol, ethanol, isopropanol, 2-propanol, 1-butanol, and t-butyl alcohol; ketones selected from acetone, butanone, and methyl isobutyl ketone; esters selected from ethyl acetate, isopropyl acetate, t-butyl acetate, and isobutyl acetate; chlorinated hydrocarbons selected from methylene dichloride, ethylene dichloride, and chlorobenzene; hydrocarbons selected from pentane, hexane, and heptane and ethers selected from tetrahydrofuran, 1,4-dioxane, diisopropyl ether, diethyl ether, and methyl tert-butyl ether. (a) reacting a hydroxy compound with a mesylate compound in a mixture of organic solvents in the presence of a base and a phase transfer catalyst at a temperature of 35° C to 85° C to obtain an alkoxy ester compound of Formula; (b) hydrolyzing the alkoxy ester compound of Formula with a base to obtain saroglitazar; and (c) reacting the saroglitazar with a magnesium source to obtain saroglitazar magnesium of Formula;
Inhaler for inhalation of a formulation from a preferably band-shaped, strip-shaped, blister-like and/or film-like carrier, in particular blister, wherein for or during delivery and/or dispersion of a formulation the carrier can be set into oscillation by impact of an airflow, wherein the carrier is held only on one side and moveably by means of a spring portion that is spring-resiliently deformable for oscillation, and the inhaler is embodied such that the carrier can be set into oscillation with a defined movement, amplitude and/or frequency, characterized in that the spring portion comprises two spring bars extending parallel to one another and a through hole.
A method for multi-carrier communications, comprising: transmitting a carrier request message containing scheduling information to an access network; and receiving an assignment message indicating a number of carriers assigned to an access terminal in relation to the scheduling information; characterised in that in the event of a trigger for additional reverse link carriers, the scheduling information includes a number of additional reverse link carriers required by the access terminal, and in the event of a trigger to drop reverse link carriers, the scheduling information indicates a subset of previously-assigned reverse link carriers which the access terminal dropped or intends to drop. transmitting a carrier request message containing scheduling information to an access network; and receiving an assignment message indicating a number of carriers assigned to an access terminal in relation to the scheduling information; characterised in that in the event of a trigger for additional reverse link carriers, the scheduling information includes a number of additional reverse link carriers required by the access terminal, and in the event of a trigger to drop reverse link carriers, the scheduling information indicates a subset of previously-assigned reverse link carriers which the access terminal dropped or intends to drop.
An automatic card-cutting apparatus provided with plural transfer rollers to transfer paper, plural slitter heads to cut the paper in a transferring direction, and a lateral cutter portion to cut the paper in a lateral direction at right angles with the transferring direction to conduct divisional cutting of the paper into plural cards characterized by that: each of the plural slitter heads is provided with a side head disposed as to be freely position-adjusted in the lateral direction to cut a side edge portion of the paper into belt shape, and a middle head having an upper blade of disc and a pair of lower blades each of which contacts each of left and right side edge portions of the upper blade, disposed as to be freely position-adjusted in the lateral direction to cut a longitudinal middle waste portion of the paper into belt shape. each of the plural slitter heads is provided with a side head disposed as to be freely position-adjusted in the lateral direction to cut a side edge portion of the paper into belt shape, and a middle head having an upper blade of disc and a pair of lower blades each of which contacts each of left and right side edge portions of the upper blade, disposed as to be freely position-adjusted in the lateral direction to cut a longitudinal middle waste portion of the paper into belt shape.
Calibration device for calibrating a bearing aperture of a workpiece, in particular of an engine component such as a connecting rod, wherein the calibration device (10; 110) comprises at least one calibration tool (50; 150) having at its outer circumference at least one calibration contour (52; 152), whereby a bearing inner contour of the bearing aperture, which serves as a bearing surface, can be calibrated, wherein, for calibrating the bearing aperture, the at least one calibration contour (52; 152) is moved along the bearing inner contour by an advance movement (29a, 29b) along a calibration track, wherein the calibration device (10; 110) comprises a positioning device for positioning the workpiece and the at least one calibration tool (50; 150) relative to each other in respect of the calibration track, characterised in that the calibration device comprises a force measuring device for the detection of a calibration force acting on the workpiece, in particular on the bearing inner contour, in the calibration process and a control device for the control of the positioning device as a function of the calibration force, wherein it comprises a first calibration contour and at least one second calibration contour, which are designed differently at their outer circumferences, in particular in terms of their diameter, and in that the control device is designed to activate the positioning device as a function of the calibration force for advancing the first calibration contour and/or the at least one second calibration contour into the bearing aperture or through the bearing aperture.
A thermoplastic resin composition for cleaning comprising: 100 parts by mass of a polypropylene resin, 3 to 40 parts by mass of one or more thermoplastic resins selected from an acrylonitrile-styrene resin, a methylmethacrylate-styrene resin, a copolymer of methyl methacrylate-maleic acid anhydride-styrene, and a polymethylmethacrylate (PMMA) resin, 0.5 to 50 parts by mass of a thermoplastic resin which is a graft copolymer having a polypropylene resin, a low density polyethylene (LDPE) resin or an ethylene ethylacrylate resin as a main chain to which a polymer or a copolymer including an AS resin or a (meth)acrylic resin is grafted, and 0.5 to 15 parts by mass of a surfactant. 100 parts by mass of a polypropylene resin, 3 to 40 parts by mass of one or more thermoplastic resins selected from an acrylonitrile-styrene resin, a methylmethacrylate-styrene resin, a copolymer of methyl methacrylate-maleic acid anhydride-styrene, and a polymethylmethacrylate (PMMA) resin, 0.5 to 50 parts by mass of a thermoplastic resin which is a graft copolymer having a polypropylene resin, a low density polyethylene (LDPE) resin or an ethylene ethylacrylate resin as a main chain to which a polymer or a copolymer including an AS resin or a (meth)acrylic resin is grafted, and 0.5 to 15 parts by mass of a surfactant.
Method for controlling a wind turbine connected to the utility grid comprising steps of: operating the wind turbine in a normal operational state (state 0), detecting a status of the utility grid, in response to detecting a utility grid fault, enter an operational state (state 1) where the wind turbine is controlled to stabilize the wind turbine rotor speed with new control parameters, operating the wind turbine at the stabilized level (state 2) during the grid fault event, upon detection of a recovery of the grid, control the wind turbine to return to the normal operational state (state 3), where controlling the wind turbine to return to the normal operational state with the comprises: detecting mechanical oscillations and/or loads of the wind turbine, and controlling one or more rotor blades and/or emitted power to the grid in dependency of said mechanical oscillations and/or loads. operating the wind turbine in a normal operational state (state 0), detecting a status of the utility grid, in response to detecting a utility grid fault, enter an operational state (state 1) where the wind turbine is controlled to stabilize the wind turbine rotor speed with new control parameters, operating the wind turbine at the stabilized level (state 2) during the grid fault event, upon detection of a recovery of the grid, control the wind turbine to return to the normal operational state (state 3), where controlling the wind turbine to return to the normal operational state with the comprises: detecting mechanical oscillations and/or loads of the wind turbine, and controlling one or more rotor blades and/or emitted power to the grid in dependency of said mechanical oscillations and/or loads. detecting mechanical oscillations and/or loads of the wind turbine, and controlling one or more rotor blades and/or emitted power to the grid in dependency of said mechanical oscillations and/or loads.
Passenger service unit for passenger of an aircraft, comprising - an emergency oxygen device comprising an oxygen source, a control unit and means (13, 14) for delivering oxygen from the oxygen source to a passenger, - an emergency energy storage unit connected to the emergency oxygen device for providing energy to start and/or control oxygen supply in case of an emergency situation, - a light source adapted to be used as a reading light during non-emergency situations and connected to a manual switch for activating said light source manually, characterized in that said light source is connected to the emergency energy storage unit and an emergency light control unit adapted to activate said light source at the time the emergency oxygen device has been activated. - an emergency oxygen device comprising an oxygen source, a control unit and means (13, 14) for delivering oxygen from the oxygen source to a passenger, - an emergency energy storage unit connected to the emergency oxygen device for providing energy to start and/or control oxygen supply in case of an emergency situation, - a light source adapted to be used as a reading light during non-emergency situations and connected to a manual switch for activating said light source manually,
An antenna module comprising: a magnetic core; a first electric wire which constitutes a coil into which the magnetic core is inserted; a capacitor which has a first terminal and a second terminal and which is connected in series to the coil; a second electric wire which is connected to the capacitor; and a base which includes at least a capacitor accommodating portion in which the capacitor is accommodated and a core accommodating portion in which the magnetic core is accommodated, wherein the capacitor accommodating portion has a first accommodating portion which accommodates at least one portion of the first terminal of the capacitor and a connecting portion of the first electric wire and a second accommodating portion which accommodates at least one portion of the second terminal of the capacitor and a connecting portion of the second electric wire, wherein the capacitor accommodating portion has a partition wall which is provided between the first accommodating portion and the second accommodating portion, wherein the first terminal of the capacitor and the connecting portion of the first electric wire are connected to each other in the first accommodating portion, wherein the second terminal of the capacitor and the connecting portion of the second electric wire are connected to each other in the second accommodating portion, and wherein a portion of an opposite side to the connecting portion in the first electric wire and the second electric wire constitute a harness. a magnetic core; a first electric wire which constitutes a coil into which the magnetic core is inserted; a capacitor which has a first terminal and a second terminal and which is connected in series to the coil; a second electric wire which is connected to the capacitor; and a base which includes at least a capacitor accommodating portion in which the capacitor is accommodated and a core accommodating portion in which the magnetic core is accommodated, wherein the capacitor accommodating portion has a first accommodating portion which accommodates at least one portion of the first terminal of the capacitor and a connecting portion of the first electric wire and a second accommodating portion which accommodates at least one portion of the second terminal of the capacitor and a connecting portion of the second electric wire, wherein the capacitor accommodating portion has a partition wall which is provided between the first accommodating portion and the second accommodating portion, wherein the first terminal of the capacitor and the connecting portion of the first electric wire are connected to each other in the first accommodating portion, wherein the second terminal of the capacitor and the connecting portion of the second electric wire are connected to each other in the second accommodating portion, and wherein a portion of an opposite side to the connecting portion in the first electric wire and the second electric wire constitute a harness.
Non-resonant linear or rotatory micro or nano-positioning device comprising at least one inertia or multiple actuator drive, at least one pretensioned roller guide (12, 13, 22, 23, 32, 33, 52, 53, 62, 63, 72, 73) and at least one directly or indirectly operating anti-slip device (47, 48, 57, 58, 67, 77) for rolling elements (24, 34) of the roller guide, wherein the drive has a sliding friction force which is lower than the sum of the sliding friction forces of the rolling elements (24, 34) in the roller guide.
An apparatus for removal of ions from water, the apparatus being provided with a housing comprising: a water inlet for letting water into the housing; a water outlet for letting water out of the housing; a first and a second electrode (21, 22) connected to a power controller for applying an electrical potential difference between the first and the second electrode (21, 22); wherein the apparatus comprises a velocity adjuster constructed and arranged to adjust a flow velocity of a first portion of the water flowing between the first and second electrode with respect to a second portion of the water flowing between the first and second electrode and the velocity adjuster comprises a porous material, whereby the porosity increases from the centre of the velocity adjuster to one of the electrodes (21, 22) and the flow resistance of the velocity adjuster continuously increases from near one of the electrodes, towards the centre of the velocity adjuster. a water inlet for letting water into the housing; a water outlet for letting water out of the housing; a first and a second electrode (21, 22) connected to a power controller for applying an electrical potential difference between the first and the second electrode (21, 22); wherein the apparatus comprises a velocity adjuster constructed and arranged to adjust a flow velocity of a first portion of the water flowing between the first and second electrode with respect to a second portion of the water flowing between the first and second electrode and the velocity adjuster comprises a porous material, whereby the porosity increases from the centre of the velocity adjuster to one of the electrodes (21, 22) and the flow resistance of the velocity adjuster continuously increases from near one of the electrodes, towards the centre of the velocity adjuster.
Composite structural member with thermal and/or sound insulation characteristics for a building, comprising an insulating board shaped as web part and at least two protective elements (27, 28; 31; 35), whereby the web part has two opposing abutting faces and two main surfaces being arranged rectangular to the abutting faces, whereby the insulating board is made of mineral fibres and a binder and whereby at least one protective element (27, 28; 31; 35) is substantially U-shaped in cross section, having two legs erecting parallel to each other and being connected to the web part, wherein the abutting faces of the at least one web part are covered by the protective elements (27, 28; 31; 35), which in combination with said web part take up loads parallel and/or rectangular to the main surfaces of the web part and which are not in direct contact to each other, characterized in that the insulating board is made of mineral fibres in an amount of 90 to 99 wt.-% of the total weight of starting materials in the form of a collected web and a binding agent in an amount of 1 to 10 wt.-% of the total weight of starting materials, whereby the collected webs of mineral fibres is subjected to a disentanglement process, whereby the mineral fibres are suspended in a primary air flow, whereby the mineral fibres are mixed with the binding agent before, during or after the disentanglement process to form a mixture of mineral fibres and binding agent and whereby the mixture of mineral fibres and binding agent is pressed and cured to provide a consolidated composite with a bulk density of 400 kg/m 3 to 600 kg/m 3, especially of 500 kg/m 3, and in that at least one leg of the protective element (27, 28; 31; 35) is inserted into one slit of the web part, being arranged in one abutting face of the web part.
An intervertebral implant (40; 540; 840) comprising: a first component (46; 546; 846) comprising an outer tissue engaging surface (52; 552) and an inner surface (56; 556); a second component (48; 548; 848) connected to the first component (46; 546; 846), and being relatively moveable therefrom, the second component comprising an outer tissue engaging surface (78; 578) and an inner surface (82; 582), the second component (48; 548; 848) including an actuator (92; 592; 892), wherein a first end of the first component (46; 546; 846) is pivotably connected to a first end of the second component (48; 548; 848); and a third component (58; 558; 858) disposed for engagement and being movable relative to the first and second components (46, 48; 546, 548; 846, 848), the third component (58; 558; 858) comprising at least a first ramp (114; 614) and a second ramp (116; 616) axially spaced apart from the first ramp, wherein the actuator (92; 592; 892) is engageable with the third component (58; 558; 858) to effect axial translation of the third component such that the ramps (114, 116; 614, 616) engage the inner surface (56, 82; 556, 582) of one of the first component and the second component (46, 48; 546, 548; 846, 848) to move the components between a first, collapsed configuration and a second, expanded configuration, and wherein the first ramp (114; 614) has a first height and the second ramp (116; 616) has a second height, the first height being greater than the second height. a first component (46; 546; 846) comprising an outer tissue engaging surface (52; 552) and an inner surface (56; 556); a second component (48; 548; 848) connected to the first component (46; 546; 846), and being relatively moveable therefrom, the second component comprising an outer tissue engaging surface (78; 578) and an inner surface (82; 582), the second component (48; 548; 848) including an actuator (92; 592; 892), wherein a first end of the first component (46; 546; 846) is pivotably connected to a first end of the second component (48; 548; 848); and a third component (58; 558; 858) disposed for engagement and being movable relative to the first and second components (46, 48; 546, 548; 846, 848), the third component (58; 558; 858) comprising at least a first ramp (114; 614) and a second ramp (116; 616) axially spaced apart from the first ramp, wherein the actuator (92; 592; 892) is engageable with the third component (58; 558; 858) to effect axial translation of the third component such that the ramps (114, 116; 614, 616) engage the inner surface (56, 82; 556, 582) of one of the first component and the second component (46, 48; 546, 548; 846, 848) to move the components between a first, collapsed configuration and a second, expanded configuration, and wherein the first ramp (114; 614) has a first height and the second ramp (116; 616) has a second height, the first height being greater than the second height.
A single chain variable fragment (scFv fragment) framework having the general structure: NH 2 -VL-linker-VH-COOH; or NH 2 -VH-linker-VL-COOH characterized in that the VL domain has the framework sequence of Seq. Id. No. 4 and the VH domain has the framework sequence of Seq. Id. No. 11, wherein the scFv framework is stable under reducing conditions. NH 2 -VL-linker-VH-COOH; or NH 2 -VH-linker-VL-COOH characterized in that the VL domain has the framework sequence of Seq. Id. No. 4 and the VH domain has the framework sequence of Seq. Id. No. 11, wherein the scFv framework is stable under reducing conditions.