mhurhangee/ep-ind-claims huggingface dataset:
An electrolyte comprising: a lithium cation; and a phthalate phosphate-type anion substituted with at least one fluorine, wherein the phthalate phosphate-type anion is an anion represented by any one of the following Chemical Formulae 1 to 2: wherein, in Chemical Formula 1, X1 to X4 are each independently hydrogen; a halogen group; an alkyl group having 1 to 20 carbon atoms; or a nitrile group (-CN); and in Chemical Formula 2, X1 to X8 are each independently hydrogen; a halogen group; an alkyl group having 1 to 20 carbon atoms; or a nitrile group (-CN). a lithium cation; and a phthalate phosphate-type anion substituted with at least one fluorine, wherein the phthalate phosphate-type anion is an anion represented by any one of the following Chemical Formulae 1 to 2: wherein, in Chemical Formula 1, X1 to X4 are each independently hydrogen; a halogen group; an alkyl group having 1 to 20 carbon atoms; or a nitrile group (-CN); and in Chemical Formula 2, X1 to X8 are each independently hydrogen; a halogen group; an alkyl group having 1 to 20 carbon atoms; or a nitrile group (-CN). wherein, in Chemical Formula 1, X1 to X4 are each independently hydrogen; a halogen group; an alkyl group having 1 to 20 carbon atoms; or a nitrile group (-CN); and in Chemical Formula 2, X1 to X8 are each independently hydrogen; a halogen group; an alkyl group having 1 to 20 carbon atoms; or a nitrile group (-CN).
Wheeled vehicle, notably for children, equipped with front and rear wheels (3, 4) and comprising a platform forming a footboard and a steering column; the steering column is movable between an unfolding position, in which it protrudes upwards from the platform, and a folding position, in which it extends along the platform; the vehicle comprises a mechanism (16, 17, 18; 27, 32) for locking the steering column in said unfolding and folding positions; characterized in that: - the platform comprises a well of a general cylindrical shape, the axis of which is contained in a front-rear plane of the platform and is tilted towards the rear of this platform by forming an angle from 30° to 60° with the plane in which extends the footboard; - the steering column has a lower bent portion, connected to a cylindrical base intended to be engaged into the well with pivoting capability in this well, the axis of this base forming, with the axis along which the remainder of the steering column extends longitudinally, a complementary angle to 180° with the angle which the axis of the well forms; and - the locking mechanism comprises first means (16, 17; 27, 32) for angularly blocking the base in the well, in the angular position of this base in which the steering column is in an unfolding position, and second means (16, 18; 27, 32) for angularly blocking the base in the well, in the angular position of this base in which the steering column is in a folding position. - the platform comprises a well of a general cylindrical shape, the axis of which is contained in a front-rear plane of the platform and is tilted towards the rear of this platform by forming an angle from 30° to 60° with the plane in which extends the footboard; - the steering column has a lower bent portion, connected to a cylindrical base intended to be engaged into the well with pivoting capability in this well, the axis of this base forming, with the axis along which the remainder of the steering column extends longitudinally, a complementary angle to 180° with the angle which the axis of the well forms; and - the locking mechanism comprises first means (16, 17; 27, 32) for angularly blocking the base in the well, in the angular position of this base in which the steering column is in an unfolding position, and second means (16, 18; 27, 32) for angularly blocking the base in the well, in the angular position of this base in which the steering column is in a folding position.
Method for electronic lithography by projection of at least one block onto a resin-treated substrate comprising a step of fracturing said block into individual cells to be projected onto said substrate and a step of forming said cells by a radiating source, the method being characterised in that the mesh of said individual cells is greater by approximately 125% than the normal mesh of the cells of the method, the normal mesh of the cells of the method being approximately 1.6 μm x 1.6 μm for the 32-45 nm technology generation, and in that the dose of radiated energy has a first uniform value for all the individual cells of the at least one block, except in the vicinity of the edges of the block, and a second uniform value different from the first uniform value, for a first strip located outside the block and separated therefrom by a space.
A method of processing a metal strip in a plurality of sequentially arranged processing lines the method comprising: applying a first position specification mark to the metal strip in a first processing line selected from said plurality of processing lines; applying a plurality of reference marks arranged with a predetermined regularity along a longitudinal direction to the metal strip in the first processing line or in a processing line upstream of the first processing line; cutting a portion of the metal strip, to which the first position specification mark has been applied, in a second processing line downstream of the first processing line; after the cutting, applying a second position specification mark to the metal strip at the same longitudinal position as a longitudinal position of the first position specification mark in the second processing line; and before applying the second position specification mark, detecting at least one of the plurality of reference marks and calibrating tracking information for applying the second position specification mark based on position information of the detected reference mark in the second processing line. applying a first position specification mark to the metal strip in a first processing line selected from said plurality of processing lines; applying a plurality of reference marks arranged with a predetermined regularity along a longitudinal direction to the metal strip in the first processing line or in a processing line upstream of the first processing line; cutting a portion of the metal strip, to which the first position specification mark has been applied, in a second processing line downstream of the first processing line; after the cutting, applying a second position specification mark to the metal strip at the same longitudinal position as a longitudinal position of the first position specification mark in the second processing line; and before applying the second position specification mark, detecting at least one of the plurality of reference marks and calibrating tracking information for applying the second position specification mark based on position information of the detected reference mark in the second processing line.
A solar cell module comprising: a plurality of solar cells; a wiring member that connects adjacent solar cells to each other in a longitudinal direction to form a string; and a reflective member that is placed on a back surface side of the solar cell and that reflects at least a part of incident light to a side of the solar cell, wherein a plurality of the strings are placed in a lateral direction to form a group of strings, and a spacing between adjacent strings is formed wider at a central portion of the group of strings in the longitudinal direction than at ends in the longitudinal direction. a plurality of solar cells; a wiring member that connects adjacent solar cells to each other in a longitudinal direction to form a string; and a reflective member that is placed on a back surface side of the solar cell and that reflects at least a part of incident light to a side of the solar cell, wherein a plurality of the strings are placed in a lateral direction to form a group of strings, and a spacing between adjacent strings is formed wider at a central portion of the group of strings in the longitudinal direction than at ends in the longitudinal direction.
Method for producing a nitrogenous fertilizer, in which - lignocellulose-containing biomass of annual plants is decomposed by way of alkanolamine and a black liquor is formed thereby, - from the liquid black liquor at least free alkanolamine is removed as a noxious substance, with bonded alkanolamine remaining in the black liquor, and - the black liquor is used to form the fertilizer, characterized in that - after removal of the free alkanolamine the black liquor with the bonded alkanolamine is cooled to room temperature and mixed with water, with a defined flowable state of the black liquor being set, - the flowable black liquor is supplied to a multi-screw extruder as mixing device and mixed in the multi-screw extruder with powdery solids, which comprise phosphoric and potassic substances as fertilizer components, to form a pasty fertilizer mixture and - at the exit of the multi-screw extruder the pasty fertilizer mixture is extruded into strands which are shaped into fertilizer granules. - lignocellulose-containing biomass of annual plants is decomposed by way of alkanolamine and a black liquor is formed thereby, - from the liquid black liquor at least free alkanolamine is removed as a noxious substance, with bonded alkanolamine remaining in the black liquor, and - the black liquor is used to form the fertilizer, - after removal of the free alkanolamine the black liquor with the bonded alkanolamine is cooled to room temperature and mixed with water, with a defined flowable state of the black liquor being set, - the flowable black liquor is supplied to a multi-screw extruder as mixing device and mixed in the multi-screw extruder with powdery solids, which comprise phosphoric and potassic substances as fertilizer components, to form a pasty fertilizer mixture and - at the exit of the multi-screw extruder the pasty fertilizer mixture is extruded into strands which are shaped into fertilizer granules.
A method for estimating, via a computing device, a quality of multiparty telecommunication, the method comprising the following steps: (a) collecting, via the computing device, individual connection quality scores, Q i, which are computed using available methods, based on a judgment of each participant (IL1, IL2, IL3) after each multiparty audio or audiovisual telecommunication call; (b) computing, via the computing device, individual connection quality scores, Q i, of the individual connections of each participant (IL1, IL2, IL3) by using the collected individual connection quality scores, Q i, from step (a); (c) analyzing, via the computing device, a ranking between the individual connection quality scores and assigning different individual weights w i to each individual connection quality score Q i, according to these ranking results; and (d) computing, via the computing device, a quality score, Q, for the whole multiparty telecommunication call from the perspective of each participant (IL1, IL2, IL3) using a function computed as Q equals the sum of the product of individual weights, w i and the individual quality score, Q i, i.e. Q = ∑ (w i * Q i), wherein the individual weights w i contain constant coefficients that are not equal for all individual connection quality scores Q i. (a) collecting, via the computing device, individual connection quality scores, Q i, which are computed using available methods, based on a judgment of each participant (IL1, IL2, IL3) after each multiparty audio or audiovisual telecommunication call; (b) computing, via the computing device, individual connection quality scores, Q i, of the individual connections of each participant (IL1, IL2, IL3) by using the collected individual connection quality scores, Q i, from step (a); (c) analyzing, via the computing device, a ranking between the individual connection quality scores and assigning different individual weights w i to each individual connection quality score Q i, according to these ranking results; and (d) computing, via the computing device, a quality score, Q, for the whole multiparty telecommunication call from the perspective of each participant (IL1, IL2, IL3) using a function computed as Q equals the sum of the product of individual weights, w i and the individual quality score, Q i, i.e. Q = ∑ (w i * Q i),
Use of a mixture of urea and one or more of hydroxy-substituted alkane-diphosphonic acids and their salts, respectively, for stabilization of an acid, metal and peroxide containing polishing solution.
A wind tunnel balance comprising: - at least one belt unit including at least one belt unit frame, on which at least one moving belt is arranged, which is wound around at least two rollers, and said wind tunnel balance further comprising - at least one fastening device adapted to hold a vehicle in a predetermined position on said moving belt - a frame and - a platform mounted movably with respect to said frame, wherein a force measuring means is arranged between said frame and said platform, by which forces between said frame and said platform are detectable, and said fastening device is in connection to said platform, said at least one belt unit is mounted on said frame sub-stantially frictionlessly, and said platform is coupled to said at least one belt unit by means of at least one connecting bearing such that forces in x-and/or y-direction of said belt unit are transmittable to said platform, characterized in that said connecting bearing connects said platform and said belt unit substantially frictionlessly in z-direction. - at least one belt unit including at least one belt unit frame, on which at least one moving belt is arranged, which is wound around at least two rollers, and said wind tunnel balance further comprising - at least one fastening device adapted to hold a vehicle in a predetermined position on said moving belt - a frame and - a platform mounted movably with respect to said frame, - at least one fastening device adapted to hold a vehicle in a predetermined position on said moving belt - a frame and - a platform mounted movably with respect to said frame,
An advertising billboard comprising: a frame comprising a first plurality of interconnected supporting structures defining at least one grid, wherein each grid has an inner face and an outer face; a metallic sheet coating on the outer face of each grid; where the first plurality of interconnected supporting structures are metallic; wherein said advertising billboard is characterized by comprising: at least one window located in the metallic sheet coating; a laminar patch made of a non-metallic material permeable to electromagnetic waves covering the outer face of the at least one grid and at the location of the one or more windows; at least one cellular telephone antenna located entirely on the inner side of the at least one grid and at the location of the one or more windows; a second plurality of supporting structures forming a frame for the at least one window, the second plurality of supporting structures are made of a non-metallic material permeable to electromagnetic waves; where the one or more antennas are completely covered by the frame. a frame comprising a first plurality of interconnected supporting structures defining at least one grid, wherein each grid has an inner face and an outer face; a metallic sheet coating on the outer face of each grid; where the first plurality of interconnected supporting structures are metallic; wherein said advertising billboard is characterized by comprising: at least one window located in the metallic sheet coating; a laminar patch made of a non-metallic material permeable to electromagnetic waves covering the outer face of the at least one grid and at the location of the one or more windows; at least one cellular telephone antenna located entirely on the inner side of the at least one grid and at the location of the one or more windows; a second plurality of supporting structures forming a frame for the at least one window, the second plurality of supporting structures are made of a non-metallic material permeable to electromagnetic waves; where the one or more antennas are completely covered by the frame. at least one window located in the metallic sheet coating; a laminar patch made of a non-metallic material permeable to electromagnetic waves covering the outer face of the at least one grid and at the location of the one or more windows; at least one cellular telephone antenna located entirely on the inner side of the at least one grid and at the location of the one or more windows; a second plurality of supporting structures forming a frame for the at least one window, the second plurality of supporting structures are made of a non-metallic material permeable to electromagnetic waves; where the one or more antennas are completely covered by the frame.
A subsea transformer, comprising: - a transformer; - a transformer tank adapted to accommodate the transformer, the transformer tank having an opening which is sized so as to enable the insertion of the transformer into the transformer tank through the opening, the transformer being arranged in the transformer tank; - a closing plate adapted to close the opening of the transformer tank; and - a fluid tight seal between the transformer tank and the closing plate, the fluid tight seal being formed by welding the closing plate to the transformer tank so as to close the opening in the transformer tank, characterized by further comprising - at least one component (20, 30) mounted to the closing plate and having a double barrier against the ingress of an ambient medium surrounding the subsea transformer when installed subsea, wherein the sealing of the closing plate and the transformer tank further comprises an O-ring seal located inwards as seen from the welding of the fluid tight seal. - a transformer; - a transformer tank adapted to accommodate the transformer, the transformer tank having an opening which is sized so as to enable the insertion of the transformer into the transformer tank through the opening, the transformer being arranged in the transformer tank; - a closing plate adapted to close the opening of the transformer tank; and - a fluid tight seal between the transformer tank and the closing plate, the fluid tight seal being formed by welding the closing plate to the transformer tank so as to close the opening in the transformer tank, - at least one component (20, 30) mounted to the closing plate and having a double barrier against the ingress of an ambient medium surrounding the subsea transformer when installed subsea,
A vehicle steering system comprising: a steering mechanism that drives a vehicle; a motor that makes the steering mechanism rotate; a steering angle sensor that detects a steering angle, which is a rotation angle of the steering mechanism, and outputs a detected steering angle having a hysteresis with respect to the steering angle; a hysteresis estimation unit that estimates a hysteresis estimation value corresponding to a difference between the steering angle and the detected steering angle; and a control unit that controls the motor in such a way as to be equal to a difference between the steering angle and a target steering angle, which is a target value of the steering angle, based on the target steering angle, the detected steering angle, and the hysteresis estimation value; characterized in that the hysteresis estimation unit is configured in such a way as to calculate the hysteresis estimation value, based on a yaw rate of the vehicle. a steering mechanism that drives a vehicle; a motor that makes the steering mechanism rotate; a steering angle sensor that detects a steering angle, which is a rotation angle of the steering mechanism, and outputs a detected steering angle having a hysteresis with respect to the steering angle; a hysteresis estimation unit that estimates a hysteresis estimation value corresponding to a difference between the steering angle and the detected steering angle; and a control unit that controls the motor in such a way as to be equal to a difference between the steering angle and a target steering angle, which is a target value of the steering angle, based on the target steering angle, the detected steering angle, and the hysteresis estimation value; characterized in that the hysteresis estimation unit is configured in such a way as to calculate the hysteresis estimation value, based on a yaw rate of the vehicle.
A microphone, comprising: a housing (202, 302); a diaphragm (206, 306) mounted in said housing (202, 302); a backplate (210, 310) mounted substantially parallel to and spaced apart from said diaphragm (206, 306), said backplate (210, 310) having at least one hole through said backplate (210, 310); and characterised in a cover (220, 320) covering up said at least one hole in said backplate (210, 310), said cover (220, 320) having at least one opening through said cover (220, 320), said at least one opening having a predetermined size, shape, and/or location to control a frequency response of said microphone. a housing (202, 302); a diaphragm (206, 306) mounted in said housing (202, 302); a backplate (210, 310) mounted substantially parallel to and spaced apart from said diaphragm (206, 306), said backplate (210, 310) having at least one hole through said backplate (210, 310); and characterised in a cover (220, 320) covering up said at least one hole in said backplate (210, 310), said cover (220, 320) having at least one opening through said cover (220, 320), said at least one opening having a predetermined size, shape, and/or location to control a frequency response of said microphone.
An acetylcholinesterase inhibitor for use in the treatment of a skin affliction caused by demodex brevis and/or demodex folliculorum mites from hair follicles and/or skin of the individual, wherein the acetylcholinesterase inhibitor is topically applied in a dosage sufficient to inactivate demodex brevis and/or demodex folliculorum mites resulting in amelioration or cessation of the manifestations of allergic and/or vasomotor responses to the demodex brevis and/or demodex folliculorum mites that cause symptoms and signs of the skin affliction, wherein said acetylcholinesterase inhibitor is selected from Galantamine, Physostigmine, Demecarium, Donepezil, Tacrine, Huperzine A, Lactucopicrin, coumarins, celastrus paniculatus and boswellia or a pharmaceutically acceptable salt thereof.