mhurhangee/ep-ind-claims huggingface dataset:
Method of controlling a converter, in particular of a wind turbine, the converter comprising a first converter portion connected to a generator, a DC-link, and a second converter portion connected to a utility grid, the method comprising: controlling the first converter portion and the second converter portion by a first control signal and a second control signal, respectively, both being derived based on a requested power signal, in particular requested active power signal, and a generator rotational speed, characterized in that the variation of the generator rotational speed comprises variations at different frequencies, wherein the generator rotational speed varies over time having different frequency components of variations, and wherein the first control signal indicates substantially constant generator torque for rotational speed variations of the generator rotational speed above a frequency threshold. controlling the first converter portion and the second converter portion by a first control signal and a second control signal, respectively, both being derived based on a requested power signal, in particular requested active power signal, and a generator rotational speed, characterized in that the variation of the generator rotational speed comprises variations at different frequencies, wherein the generator rotational speed varies over time having different frequency components of variations, and wherein the first control signal indicates substantially constant generator torque for rotational speed variations of the generator rotational speed above a frequency threshold.
A brake shield comprising a labyrinth ventilation material through which air may pass, but which resists the passage of debris, characterised in that the labyrinth ventilation material is a sheet material, a plurality of tortuous paths extend through the sheet material, distributed over the surface of the sheet, and the tortuous paths do not provide a line of sight through the material.
A sole structure for an article of footwear having an upper, the sole structure comprising: an outsole defining a ground-contacting surface; a midsole disposed between the outsole and the upper; a plate attached to the midsole and defining a recess extending in a direction away from the outsole and toward the upper, the recess extending from a medial side of the sole structure to a lateral side of the sole structure and including a first retainer disposed closer to one of the medial side and the lateral side than the other of the medial side and the lateral side; and a first cushion having a first portion received within the recess, the first portion engaging the first retainer to maintain a desired position of the first cushion relative to the plate. an outsole defining a ground-contacting surface; a midsole disposed between the outsole and the upper; a plate attached to the midsole and defining a recess extending in a direction away from the outsole and toward the upper, the recess extending from a medial side of the sole structure to a lateral side of the sole structure and including a first retainer disposed closer to one of the medial side and the lateral side than the other of the medial side and the lateral side; and a first cushion having a first portion received within the recess, the first portion engaging the first retainer to maintain a desired position of the first cushion relative to the plate.
An apparatus, comprising: a transmit path including a first amplifier and a second amplifier; and a transformer comprising a primary winding (T2P) and a secondary winding (T2S) and coupled between the output of the first amplifier and the input of the second amplifier and switchably configured to double-endedly couple the first amplifier in series with the second amplifier in a first mode and to single-endedly couple the first amplifier to bypass the second amplifier through one end of the secondary winding (T2S) of the transformer and to couple another end of the secondary winding (T2S) to ground in a second mode. a transmit path including a first amplifier and a second amplifier; and a transformer comprising a primary winding (T2P) and a secondary winding (T2S) and coupled between the output of the first amplifier and the input of the second amplifier and switchably configured to double-endedly couple the first amplifier in series with the second amplifier in a first mode and to single-endedly couple the first amplifier to bypass the second amplifier through one end of the secondary winding (T2S) of the transformer and to couple another end of the secondary winding (T2S) to ground in a second mode.
Method for adjusting a beam direction of a headlight of a vehicle having at least one front wheel and at least one rear wheel, comprising the steps: a) detection of a front-wheel steering angle (a) of the at least one front wheel; b) detection of a rear-wheel steering angle (b) of the at least one rear wheel; c) defining a beam direction of the headlight depending on the front-wheel steering angle (a) and the rear-wheel steering angle (b), and d) adjusting the beam direction of the headlight to the defined beam direction, wherein step c) comprises the following sub-steps: c1) determining a correction value from the rear-wheel steering angle (b); c2) determining a fictitious front-wheel steering angle from the front-wheel steering angle (a) and the correction value; and c3) defining the beam direction of the headlight depending on the fictitious front-wheel steering angle. a) detection of a front-wheel steering angle (a) of the at least one front wheel; b) detection of a rear-wheel steering angle (b) of the at least one rear wheel; c) defining a beam direction of the headlight depending on the front-wheel steering angle (a) and the rear-wheel steering angle (b), and d) adjusting the beam direction of the headlight to the defined beam direction, wherein step c) comprises the following sub-steps: c1) determining a correction value from the rear-wheel steering angle (b); c2) determining a fictitious front-wheel steering angle from the front-wheel steering angle (a) and the correction value; and c3) defining the beam direction of the headlight depending on the fictitious front-wheel steering angle. c1) determining a correction value from the rear-wheel steering angle (b); c2) determining a fictitious front-wheel steering angle from the front-wheel steering angle (a) and the correction value; and c3) defining the beam direction of the headlight depending on the fictitious front-wheel steering angle.
A method for manufacturing a fishhook (1, 11), wherein a shank (2, 12) is hit or ground to form a flat surface (3, 13) at an upper side part, then two holes (4a, 4b, 14b) penetrating through the flat surface (3, 13) are formed with a vertical interval therebetween, and a part of the shank (2, 12) is cut transversely across the upper hole of the two holes (4a, 4b, 14b) to thereby form, at the upper part of the shank (2, 12), a hole (4b, 14b) through which a fishing line is passed and tied and two upward protrusions enabling a piece of bait to be engaged therewith and being capable of preventing the fastened fish line from being displaced from the upper part of the shank (2, 12).
A sample holder (21a, 21b, 21c) for receiving a sampler (1, 1a) having a sample chamber for a sample forming from a melt, wherein the sampler (1, 1a) has: at least one lower cooling element, at least one upper cooling element and at least one inner cooling element and at least one filling piece, wherein the sample chamber is jointly surrounded at least by the lower cooling element and by the inner cooling element, so that at least the sample chamber can be cooled at least by means of the lower and the inner cooling element (6, 7), wherein the filling piece connected to the sample chamber opens into the sample chamber with a filling opening, and wherein the cooling elements (6, 7, 8) each have an outer surface (7a, 8a), wherein the sampler (1, 1a) has, between a region of the outer surface of the inner cooling element and the region of the outer surface of the upper cooling element opposite such region of the outer surface of the inner cooling element, at least one gap for the passage of at least one gas, and that the volume of the respective cooling element (6, 7, 8) is greater than the volume of the gap; and wherein the sample holder (21a, 21b, 21c) has: a contact piece for receiving the sampler (1, 1a), and wherein arranged in the sample holder (21a, 21b, 21c) are at least one supply line for introducing gas via the contact piece into the sampler (1, 1a) and at least one discharge line for sucking gas via the contact piece from the sampler (1, 1a) and at least one gas line extending through the contact piece and connected to the sample chamber, characterized in that arranged in the sample holder (21a, 21b, 21c) is a switch that is connected to the supply line and the discharge line on the one hand and to the gas line on the other hand, and with which either the supply line or the discharge line can be connected to the gas line.
An apparatus for holding a tissue sample, comprising: a retaining member; a retaining element having a first tissue engaging surface; a first biasing member acting between the retaining element and the retaining member; a base having a second tissue engaging surface and a second biasing member; wherein the base and the retaining member are configured to engage each other to form an interior area with the first and second tissue engaging surfaces (20, 14) facing each other; the first biasing member urging the first tissue engaging surface and the second biasing member urging the second tissue engaging surface to retain the tissue sample in between the first and second tissue engaging surfaces (14, 20) in the interior area; wherein the second biasing member is releasable; and wherein when the second biasing member is released, the distance between the first and second tissue engaging surface (20, 14) is increased. a retaining member; a retaining element having a first tissue engaging surface; a first biasing member acting between the retaining element and the retaining member; a base having a second tissue engaging surface and a second biasing member; wherein the base and the retaining member are configured to engage each other to form an interior area with the first and second tissue engaging surfaces (20, 14) facing each other; the first biasing member urging the first tissue engaging surface and the second biasing member urging the second tissue engaging surface to retain the tissue sample in between the first and second tissue engaging surfaces (14, 20) in the interior area; wherein the second biasing member is releasable; and wherein when the second biasing member is released, the distance between the first and second tissue engaging surface (20, 14) is increased.
A negative electrode material for a lithium ion secondary battery, the material comprising a composite particle of a first particle comprising a carbonic substance A and a second particle comprising a silicon atom, the first particle and the second particle being combined with a carbonic substance B different from the carbonic substance A, wherein, when a cross-section of the composite particle is observed with respect to: a content of the silicon atom included in a core region in a circle, the circle having a center thereof on a midpoint of a major axis constituting a maximum length of the composite particle, and having a radius of 1/8 of the length of a minor axis that orthogonally intersects the major axis at the midpoint thereof, and a content of the silicon atom in a rim region of the composite particle, which extends from a circumference of the composite particle to a depth of 1/8 of the length of the minor axis, a ratio of the content of the silicon atom in the rim region to the content of the silicon atom in the core region is 2 or higher, and wherein the first particle comprises a graphite particle having pores formed by assembling or binding a plurality of flat-shaped particles in such a manner that orientation planes thereof are nonparallel to each other. a content of the silicon atom included in a core region in a circle, the circle having a center thereof on a midpoint of a major axis constituting a maximum length of the composite particle, and having a radius of 1/8 of the length of a minor axis that orthogonally intersects the major axis at the midpoint thereof, and a content of the silicon atom in a rim region of the composite particle, which extends from a circumference of the composite particle to a depth of 1/8 of the length of the minor axis, a ratio of the content of the silicon atom in the rim region to the content of the silicon atom in the core region is 2 or higher, and wherein the first particle comprises a graphite particle having pores formed by assembling or binding a plurality of flat-shaped particles in such a manner that orientation planes thereof are nonparallel to each other.
An ink or coating composition comprising an inorganic filler and a functionalized homopolymer or copolymer of vinyl alcohol according to the formula: P- n wherein 'P' comprises a straight or branched chain polymer backbone comprising a homopolymer of vinyl alcohol, or copolymer of vinyl alcohol and at least one other monomer, and a reactive coupling group comprising a ketone- or ketoester-containing functional group, wherein 'R' comprises an aminosilane- and/or aminosilanol-containing side chain attached to said polymer backbone via said reactive coupling group, wherein 'n' is the number of side chains ranging from 1 to 25 mol% of said polymer backbone, and wherein 30% to 95% (w/w) of the total solids content is the functionalized polymer. wherein 'P' comprises a straight or branched chain polymer backbone comprising a homopolymer of vinyl alcohol, or copolymer of vinyl alcohol and at least one other monomer, and a reactive coupling group comprising a ketone- or ketoester-containing functional group, wherein 'R' comprises an aminosilane- and/or aminosilanol-containing side chain attached to said polymer backbone via said reactive coupling group, wherein 'n' is the number of side chains ranging from 1 to 25 mol% of said polymer backbone, and wherein 30% to 95% (w/w) of the total solids content is the functionalized polymer.
A method (600, 700, 800) of performing localization and mapping for a mobile device (100, 200, 300, 400, 500), the method comprising: identifying (602, 802) geometric constraints associated with a current area at which the mobile device is located; obtaining (604, 804) a first image of the current area captured by a first camera (150, 204, 312, 502) of the mobile device; obtaining image data associated with a second image of the current area captured by at least one of the first camera or a second camera (155, 206, 314) of the mobile device, a field of view of the first image being non-overlapping with a field of view of the second image; obtaining orientation data for an orientation of the mobile device with an orientation sensor (160, 322, 324, 326, 504) of the mobile device; and performing localization and mapping for the current area by applying the geometric constraints, the orientation data and the image data associated with the second image of the current area to the first image. identifying (602, 802) geometric constraints associated with a current area at which the mobile device is located; obtaining (604, 804) a first image of the current area captured by a first camera (150, 204, 312, 502) of the mobile device; obtaining image data associated with a second image of the current area captured by at least one of the first camera or a second camera (155, 206, 314) of the mobile device, a field of view of the first image being non-overlapping with a field of view of the second image; obtaining orientation data for an orientation of the mobile device with an orientation sensor (160, 322, 324, 326, 504) of the mobile device; and performing localization and mapping for the current area by applying the geometric constraints, the orientation data and the image data associated with the second image of the current area to the first image.
A compound of general formula 1 or pharmaceutically acceptable salts thereof wherein substituent 'S' is formula Ia; wherein, 'G' is selected from the group consisting of H, CH 2 OR 1, OR 1 and R 1; R 1 is selected from the group consisting of H, alkyl, substituted alkyl, aryl, substituted aryl, phenyl, substituted phenyl, heterocyclic and substituted heterocyclic group selected from the group consisting of pyridyl, triazolyl, triazinyl, pyrimidinyl, pyridazinyl, oxazolyl, furanyl, benzofuranyl, thiophenyl, pyrrolyl, imidazoyl, thiazoyl, quinolinyl, isoquinolinyl, benzooxazolyl and benzothiazolyl. 'G' is selected from the group consisting of H, CH 2 OR 1, OR 1 and R 1; R 1 is selected from the group consisting of H, alkyl, substituted alkyl, aryl, substituted aryl, phenyl, substituted phenyl, heterocyclic and substituted heterocyclic group selected from the group consisting of pyridyl, triazolyl, triazinyl, pyrimidinyl, pyridazinyl, oxazolyl, furanyl, benzofuranyl, thiophenyl, pyrrolyl, imidazoyl, thiazoyl, quinolinyl, isoquinolinyl, benzooxazolyl and benzothiazolyl.
Method of dynamically alleviating loads generated on an aircraft by a disturbance of gust and/or turbulence, the method comprising the steps of: on a flight of the aircraft, a monitoring is applied for automatically detecting a disturbance due to gust and/or turbulence and determining an incidence angle of the disturbance; when a disturbance due to gust and/or turbulence is detected, automatically generating control commands (36; 32, 38, 40, 42) for deflecting control surfaces dependent on the incidence angle; and applying the control commands (36; 32, 38, 40, 42) to deflect the control surfaces; characterized by generating first control commands (y, 34; 32, 38) for first control surfaces and second control commands (36; 32, 38, 40, 42) for second control surfaces, comparing the incidence angle with a predetermined value and generating the first control commands (y, 34; 32, 38) to activate the first control surface when the incidence angle is below this predetermined value and generating the second control commands (36; 32, 38, 40, 42) to add a deflection of the second control surfaces when the incidence angle is above the predetermined value. on a flight of the aircraft, a monitoring is applied for automatically detecting a disturbance due to gust and/or turbulence and determining an incidence angle of the disturbance; when a disturbance due to gust and/or turbulence is detected, automatically generating control commands (36; 32, 38, 40, 42) for deflecting control surfaces dependent on the incidence angle; and applying the control commands (36; 32, 38, 40, 42) to deflect the control surfaces; surfaces and second control commands (36; 32, 38, 40, 42) for second control surfaces, comparing the incidence angle with a predetermined value and generating the first control commands (y, 34; 32, 38) to activate the first control surface when the incidence angle is below this predetermined value and generating the second control commands (36; 32, 38, 40, 42) to add a deflection of the second control surfaces when the incidence angle is above the predetermined value.
An image recording medium comprising: two sheets (P1; P2) made of resin; and a toner image (X1; X2; Y1; Y2) interposed between the two sheets (P1; P2), the toner image (X1; X2; Y1; Y2) serving as an adhesive to bond the two sheets (P1; P2) together and including an information image (X1; X2), at least one of the two sheets (P1; P2) having a transparent portion to enable the information image (X1; X2) to be visible through the at least one of the two sheets (P1; P2), wherein the toner image (X1; X2; Y1; Y2) serving as the adhesive further includes a solid image (Y1; Y2) of a color other than yellow, magenta, cyan, and black, and the solid image (Y1; Y2) is formed in an entire image-formable area of the at least one of the two sheets, characterized in that a first information image is formed on one side of the image recording medium with respect to the solid image (Y1; Y2) so as to enable the first information image to be visible through the one side, wherein a second information image is formed on other side of the image recording medium with respect to the solid image (Y1; Y2) so as to enable the second information image to be visible through the other side, and wherein the first information image and the second information image sandwich the solid image (Y1; Y2). two sheets (P1; P2) made of resin; and a toner image (X1; X2; Y1; Y2) interposed between the two sheets (P1; P2), the toner image (X1; X2; Y1; Y2) serving as an adhesive to bond the two sheets (P1; P2) together and including an information image (X1; X2), at least one of the two sheets (P1; P2) having a transparent portion to enable the information image (X1; X2) to be visible through the at least one of the two sheets (P1; P2), wherein the toner image (X1; X2; Y1; Y2) serving as the adhesive further includes a solid image (Y1; Y2) of a color other than yellow, magenta, cyan, and black, and the solid image (Y1; Y2) is formed in an entire image-formable area of the at least one of the two sheets, characterized in that a first information image is formed on one side of the image recording medium with respect to the solid image (Y1; Y2) so as to enable the first information image to be visible through the one side, wherein a second information image is formed on other side of the image recording medium with respect to the solid image (Y1; Y2) so as to enable the second information image to be visible through the other side, and wherein the first information image and the second information image sandwich the solid image (Y1; Y2).
A method for dynamically updating service profiles in a network system comprising: receiving a request by a first subscriber to access a network service having an associated service profile, wherein the associated service profile is a first version of the associated service profile; retrieving the associated service profile for the network service; caching the associated service profile; associating the associated service profile for the network service with the first subscriber; receiving a request from a second subscriber to access said network service; determining whether a second version of said service profile exists for the network service, wherein the second version is newer than the first version in use by said first subscriber; retrieving the second version of the service profile; associating the second version of the service profile to said second subscriber responsive to a determination that a newer version exists; and removing the first version from the cache in response to all users associated with the first version of the service profile no longer using the network service. receiving a request by a first subscriber to access a network service having an associated service profile, wherein the associated service profile is a first version of the associated service profile; retrieving the associated service profile for the network service; caching the associated service profile; associating the associated service profile for the network service with the first subscriber; receiving a request from a second subscriber to access said network service; determining whether a second version of said service profile exists for the network service, wherein the second version is newer than the first version in use by said first subscriber; retrieving the second version of the service profile; associating the second version of the service profile to said second subscriber responsive to a determination that a newer version exists; and removing the first version from the cache in response to all users associated with the first version of the service profile no longer using the network service.