mhurhangee/patent-ind-claim-en huggingface dataset:
A vortex generator (10;10A;10B) for a wind turbine blade , comprising: a plurality of main fins disposed on a surface of the wind turbine blade , wherein the plurality of main fins are forming a main fin row when mounted to the blade ; and at least one sub fin (120A;120B;12b) having a fin chord length (C sub ,C' sub ) and a fin height (H sub ,H' sub ) which are smaller than those of each of the main fins , the at least one sub fin (120A;120B;12b) disposed on the surface of the wind turbine blade along a virtual line (L ref1 ,L ref2 ) extending from an end portion of the main fin row at a side of a blade tip or a blade root of the wind turbine blade , wherein d satisfies an expression d ≤ d max , provided that d is a distance between the main fin row and the sub fin (120A;120B;12b) closest to the main fin row , and d max is a maximum distance between a pair of adjacent two of the main fins in the main fin row , and characterized in that the at least one sub fin (120A;120B;12b) is either a) a single sub fin (120A;120B;12b), or b) a plurality of sub fins (120A;120B;12b) arranged such that the fin chord length (C sub ,C' sub ) and the fin height (H sub ,H' sub ) of the plurality of sub fins (120A;120B;12b) decreases with distance from the main fin row . a plurality of main fins disposed on a surface of the wind turbine blade , wherein the plurality of main fins are forming a main fin row when mounted to the blade ; and at least one sub fin (120A;120B;12b) having a fin chord length (C sub ,C' sub ) and a fin height (H sub ,H' sub ) which are smaller than those of each of the main fins , the at least one sub fin (120A;120B;12b) disposed on the surface of the wind turbine blade along a virtual line (L ref1 ,L ref2 ) extending from an end portion of the main fin row at a side of a blade tip or a blade root of the wind turbine blade , wherein d satisfies an expression d ≤ d max , provided that d is a distance between the main fin row and the sub fin (120A;120B;12b) closest to the main fin row , and d max is a maximum distance between a pair of adjacent two of the main fins in the main fin row , and characterized in that the at least one sub fin (120A;120B;12b) is either a) a single sub fin (120A;120B;12b), or b) a plurality of sub fins (120A;120B;12b) arranged such that the fin chord length (C sub ,C' sub ) and the fin height (H sub ,H' sub ) of the plurality of sub fins (120A;120B;12b) decreases with distance from the main fin row . a) a single sub fin (120A;120B;12b), or b) a plurality of sub fins (120A;120B;12b) arranged such that the fin chord length (C sub ,C' sub ) and the fin height (H sub ,H' sub ) of the plurality of sub fins (120A;120B;12b) decreases with distance from the main fin row .
A method comprising: associating a first electrode and a second electrode with a first layer of material ; associating a shim having an approximate thickness of a light source with the first layer of material ; curing the first layer of material to form a cured panel after associating the first electrode , the second electrode , and the shim with the first layer of material , wherein the cured panel has a depression formed by the shim ; positioning the light source substantially within the depression , and in electrical communication with the first electrode and the second electrode on the cured panel ; and processing an assembly comprising the first layer of material , the first electrode , the second electrode , and the light source to form a multilayer panel with an embedded light source . associating a first electrode and a second electrode with a first layer of material ; associating a shim having an approximate thickness of a light source with the first layer of material ; curing the first layer of material to form a cured panel after associating the first electrode , the second electrode , and the shim with the first layer of material , wherein the cured panel has a depression formed by the shim ; positioning the light source substantially within the depression , and in electrical communication with the first electrode and the second electrode on the cured panel ; and processing an assembly comprising the first layer of material , the first electrode , the second electrode , and the light source to form a multilayer panel with an embedded light source .
A barrier laminate comprising a paper substrate and a barrier layer formed directly on the paper substrate; wherein the barrier layer is a single layer for blocking gas and moisture simultaneously; wherein the barrier layer comprises one or more polymers or copolymers; and wherein the paper substrate is (a) surface-treated by sizing or coating and (b) calendered at a pressure of 200 kN or higher and a heating roll temperature of 90 °C or higher. wherein the barrier layer is a single layer for blocking gas and moisture simultaneously; wherein the barrier layer comprises one or more polymers or copolymers; and wherein the paper substrate is (a) surface-treated by sizing or coating and (b) calendered at a pressure of 200 kN or higher and a heating roll temperature of 90 °C or higher.
Method for providing image data from a camera system for a motor vehicle , wherein the camera system includes at least one plenoptic camera , with a lens and a sensor array , in which electromagnetic radiation is captured by means of the sensor array and image data of an environmental region of the motor vehicle is provided based on the captured electromagnetic radiation and the image data is evaluated by means of an evaluation device , wherein a direction of incidence of the electromagnetic radiation on the sensor array is determined by the evaluation device based on the image data provided by the sensor array , and the image data is adapted by means of the evaluation device depending on the determined direction of incidence while the sensor array includes a first sensor and at least one further sensor , wherein first sensor data (IR) from an infrared wavelength range of the electromagnetic radiation is captured with the first sensor and the image data is additionally adapted depending on the first sensor data (IR) and further sensor data (C) in the visible wavelength range of the electromagnetic radiation is captured with the at least one further sensor wherein the image data is adapted depending on at least a first approximation image N k + 1 a provided by low-pass filtering of the first sensor data (IR) from an infrared wavelength range of the electromagnetic radiation , and on at least a second approximation image V k + 1 a provided by low-pass filtering of the further sensor data (C).
A vehicle control device comprising: a brake assist controller configured to perform a brake assist control to provide a brake with a braking force when a driver operates a brake pedal, the braking force being equal to or greater than a braking force corresponding to a depression amount of the brake pedal; an inter-vehicle gap sensor configured to detect an inter-vehicle gap between an own vehicle and a preceding vehicle ; a relative speed sensor configured to detect a relative speed between the own vehicle and the preceding vehicle ; and a vehicle speed sensor configured to detect a vehicle speed of the own vehicle , characterized in that the brake assist controller determines that an operating condition for the brake assist control is satisfied if a time to collision calculated from the relative speed and the inter-vehicle gap is equal to or smaller than a reference time to collision, and if the time to collision is larger than the reference time to collision, the brake assist controller determines that the operating condition is satisfied if a time headway calculated from the vehicle speed and the inter-vehicle gap is equal to or smaller than a reference time headway. a brake assist controller configured to perform a brake assist control to provide a brake with a braking force when a driver operates a brake pedal, the braking force being equal to or greater than a braking force corresponding to a depression amount of the brake pedal; an inter-vehicle gap sensor configured to detect an inter-vehicle gap between an own vehicle and a preceding vehicle ; a relative speed sensor configured to detect a relative speed between the own vehicle and the preceding vehicle ; and a vehicle speed sensor configured to detect a vehicle speed of the own vehicle , characterized in that the brake assist controller determines that an operating condition for the brake assist control is satisfied if a time to collision calculated from the relative speed and the inter-vehicle gap is equal to or smaller than a reference time to collision, and if the time to collision is larger than the reference time to collision, the brake assist controller determines that the operating condition is satisfied if a time headway calculated from the vehicle speed and the inter-vehicle gap is equal to or smaller than a reference time headway.
Method for increasing lubricity of a wellbore fluid which is a drilling, completion or coiled tubing fluid, comprising the following steps: i) preparing a water in oil microemulsion that contains insoluble particles of metal hydroxides and/or metal oxides in the inner aqueous phase, the insoluble particles being synthesized from their salt precursors in the water droplets of the microemulsion; ii) adding to the wellbore fluid the water in oil microemulsion; iii) injecting the wellbore fluid into a subterranean formation and iv) performing drilling, completion or coiled tubing operations in the subterranean formation,wherein the microemulsion comprises from 2 to 20 by weight% of aqueous phase, from 5 to 40 by weight% of surfactants, from 0 to 20 by weight% of co-surfactants and from 40 to 90 by weight% of oleaginous phase and the oleaginous phase consists of at least 90 % by weight of a water immiscible fluid (oil) chosen among diesel oils, paraffin oils, mineral oils, low toxicity mineral oils, vegetable oils, polyolefins, olefins, esters and mixtures thereof.
A snap-in crank mechanism comprising a crank housing mounted out of a column , and a crank having a crank rod with two ends, a crank head and a crank shaft ; characterized in that , the crank housing comprises a crank inner housing sleeved outside the column, and a crank outer housing detachably sleeved outside the crank inner housing; the crank inner housing has a left inner housing , a right inner housing and a lower inner housing , the left inner housing and the right inner housing are connected with each other forming a sleeve which is sleeved outside the column and has a crank rod mounting hole at the periphery of the sleeve; the crank outer housing is slidable on the periphery of the sleeve formed by the left inner housing and the right inner housing; the lower inner housing is inserted from the bottom of the crank outer housing, and is located between the crank outer housing and the bottom of the left inner housing and the right inner housing clamping with the left inner housing and the right inner housing; one end of the crank rod is located inside the crank rod mounting hole and is connected to the crank shaft running through the column, while the other end of the crank rod is connected to the crank head. the crank housing comprises a crank inner housing sleeved outside the column, and a crank outer housing detachably sleeved outside the crank inner housing; the crank inner housing has a left inner housing , a right inner housing and a lower inner housing , the left inner housing and the right inner housing are connected with each other forming a sleeve which is sleeved outside the column and has a crank rod mounting hole at the periphery of the sleeve; the crank outer housing is slidable on the periphery of the sleeve formed by the left inner housing and the right inner housing; the lower inner housing is inserted from the bottom of the crank outer housing, and is located between the crank outer housing and the bottom of the left inner housing and the right inner housing clamping with the left inner housing and the right inner housing; one end of the crank rod is located inside the crank rod mounting hole and is connected to the crank shaft running through the column, while the other end of the crank rod is connected to the crank head.
A method for presenting a matrix code for expressing an interest in a remotely accessible program comprising: receiving, at a content receiver , a signal carrying matrix code data associated with a matrix code relating to the remotely accessible program and which matrix code is stored to the content receiver; generating, at the content receiver , a modified matrix code from the matrix code stored to the content receiver wherein the modified matrix code includes identifying information comprising the matrix code data relating to the remotely accessible program, user identifying information stored at the content receiver, and information regarding the particular content receiver; transmitting the modified matrix code as part of a content presentation to a presentation device for display, wherein the modified matrix code is viewable in an electronic programming guide that lists plural matrix codes associated with respective remotely accessible programs; and receiving the remotely accessible program from a service provider, at the content receiver , in response to a user capture by a reader device of the modified matrix code relating to the remotely accessible program and then the identifying information stored therein being transmitted to the service provider by the reader device and used to schedule and download the remotely accessible program to the content receiver. receiving, at a content receiver , a signal carrying matrix code data associated with a matrix code relating to the remotely accessible program and which matrix code is stored to the content receiver; generating, at the content receiver , a modified matrix code from the matrix code stored to the content receiver wherein the modified matrix code includes identifying information comprising the matrix code data relating to the remotely accessible program, user identifying information stored at the content receiver, and information regarding the particular content receiver; transmitting the modified matrix code as part of a content presentation to a presentation device for display, wherein the modified matrix code is viewable in an electronic programming guide that lists plural matrix codes associated with respective remotely accessible programs; and receiving the remotely accessible program from a service provider, at the content receiver , in response to a user capture by a reader device of the modified matrix code relating to the remotely accessible program and then the identifying information stored therein being transmitted to the service provider by the reader device and used to schedule and download the remotely accessible program to the content receiver.
A method for identifying whether a leukemia patient is susceptible to treatment with a DOT1L inhibitor, said method comprising: comparing a quantified level of a HOX cluster RNA and/or a HOX cluster-associated gene RNA in a tissue sample from said leukemia patient with an external control level of a HOX cluster RNA and/or a HOX cluster-associated gene RNA or with a predetermined threshold wherein the quantification is performed by amplifying RNA in said tissue sample with a primer pair that is specific for the HOX cluster gene RNA and/or HOX cluster-associated gene RNA, wherein said tissue sample from said leukemia patient comprises a NPM1 mutation; and wherein the tissue sample is a blood sample, a bone marrow sample, a lymph node sample, or a collection of leukemic cells; wherein the leukemia is acute myeloid leukemia (AML); wherein the HOX cluster-associated gene is MEIS1, PBX3, or MEIS2A; and wherein, if an elevated level of said HOX cluster RNA and/or a HOX cluster-associated gene RNA in said leukemia patient tissue sample as compared to said external control level of HOX cluster RNA and/or a HOX cluster-associated gene RNA or said predetermined threshold is present, the elevated level indicates the susceptibility of said patient to treatment with a DOT1L inhibitor. comparing a quantified level of a HOX cluster RNA and/or a HOX cluster-associated gene RNA in a tissue sample from said leukemia patient with an external control level of a HOX cluster RNA and/or a HOX cluster-associated gene RNA or with a predetermined threshold wherein the quantification is performed by amplifying RNA in said tissue sample with a primer pair that is specific for the HOX cluster gene RNA and/or HOX cluster-associated gene RNA,
Measurement device , for measuring the shape of an interface to be measured of an optical element comprising a plurality of interfaces, the device comprising: - measurement means comprising: ∘ a first low-coherence source and a full-field interferometric sensor illuminated by the first source , ∘ a second low-coherence source and a point-mode interferometric sensor illuminated by the second source , the measurement means being configured to direct each of the measurement beams of the interferometric sensors towards the optical element so as to pass through said plurality of interfaces, and to selectively detect an interference signal resulting from interferences between the measurement beam reflected by said interface to be measured and a reference beam of the respective interferometric sensor; - digital processing means configured to determine, from the point-mode interference signal, the optical position of an interface of the optical element along the optical axis of the optical element ; - positioning means configured for relative positioning of a coherence area and an object plane conjugate of an image plane of the full-field interferometric sensor at the level of the interface to be measured; - the digital processing means being further configured to produce, based on the full-field interference signal, an item of shape information of said interface to be measured according to a field of view . - measurement means comprising: ∘ a first low-coherence source and a full-field interferometric sensor illuminated by the first source , ∘ a second low-coherence source and a point-mode interferometric sensor illuminated by the second source , the measurement means being configured to direct each of the measurement beams of the interferometric sensors towards the optical element so as to pass through said plurality of interfaces, and to selectively detect an interference signal resulting from interferences between the measurement beam reflected by said interface to be measured and a reference beam of the respective interferometric sensor; ∘ a first low-coherence source and a full-field interferometric sensor illuminated by the first source , ∘ a second low-coherence source and a point-mode interferometric sensor illuminated by the second source , - digital processing means configured to determine, from the point-mode interference signal, the optical position of an interface of the optical element along the optical axis of the optical element ; - positioning means configured for relative positioning of a coherence area and an object plane conjugate of an image plane of the full-field interferometric sensor at the level of the interface to be measured; - the digital processing means being further configured to produce, based on the full-field interference signal, an item of shape information of said interface to be measured according to a field of view .
A radio frequency identification transponder, comprising: a resonant circuit configured to resonate at a first frequency, wherein the resonant circuit comprises: at least one resistance element (R); at least one inductance element (L); and at least one capacitance element (C), wherein the at least one resistance element (R), the at least one inductance element (L) and the at least one capacitance element (C) are connected in series, a control element , having at least one processor and a memory, is connected to the resonant circuit ; and said at least one processor and a memory storing instructions that, when executed, detect a pattern in time domain in the predetermined amount of light ; characterized in that : the control element is configured to detect a predetermined amount of light ; and in response to the predetermined amount of light , the control element is configured to change a resonant response of the resonant circuit at the first frequency, wherein the control element comprises a photoresistor configured to change the resistance of the resonant circuit in response to the predetermined amount of light . a resonant circuit configured to resonate at a first frequency, wherein the resonant circuit comprises: at least one resistance element (R); at least one inductance element (L); and at least one capacitance element (C), wherein the at least one resistance element (R), the at least one inductance element (L) and the at least one capacitance element (C) are connected in series, at least one resistance element (R); at least one inductance element (L); and at least one capacitance element (C), wherein the at least one resistance element (R), the at least one inductance element (L) and the at least one capacitance element (C) are connected in series, a control element , having at least one processor and a memory, is connected to the resonant circuit ; and said at least one processor and a memory storing instructions that, when executed, detect a pattern in time domain in the predetermined amount of light ; characterized in that : the control element is configured to detect a predetermined amount of light ; and in response to the predetermined amount of light , the control element is configured to change a resonant response of the resonant circuit at the first frequency, wherein the control element comprises a photoresistor configured to change the resistance of the resonant circuit in response to the predetermined amount of light . the control element is configured to detect a predetermined amount of light ; and in response to the predetermined amount of light , the control element is configured to change a resonant response of the resonant circuit at the first frequency, wherein the control element comprises a photoresistor configured to change the resistance of the resonant circuit in response to the predetermined amount of light .
A method for producing a silver sintering agent in the form of a layered silver sintering body comprising silver oxide surfaces, comprising the steps of: applying a silver sintering preparation onto a support substrate comprising a surface, which is incapable of forming a sintered bond, sintering the silver sintering preparation applied in this way, detaching the layered silver sintering body formed in step from the surface of the support substrate, as well as optionally producing or reinforcing a silver oxide layer on the entire or on portions of the outer surface of the layered silver sintering body as part of an oxidation step, which follows step . applying a silver sintering preparation onto a support substrate comprising a surface, which is incapable of forming a sintered bond, sintering the silver sintering preparation applied in this way, detaching the layered silver sintering body formed in step from the surface of the support substrate, as well as optionally producing or reinforcing a silver oxide layer on the entire or on portions of the outer surface of the layered silver sintering body as part of an oxidation step, which follows step .