mhurhangee/patent-ind-claim-en huggingface dataset:
Method for selecting at least one image portion to be downloaded in order to render audiovisual content by way of a rendering device, the method being characterized in that it includes the following steps: - determining a current direction of observation of a user, - determining the location of a sound source in a spatialized audio component of the audiovisual content, - determining a future direction of observation on the basis of the determined location, - selecting at least one first portion of the image on the basis of the determined future direction of observation, comprising image portions visible from at least said determined future direction of observation, - selecting at least one second portion of the image comprising visible image portions between the determined current direction of observation and the determined future direction of observation, and - downloading said selected image portions with a quality at least greater than a first quality used to download another portion of the image. - determining a current direction of observation of a user, - determining the location of a sound source in a spatialized audio component of the audiovisual content, - determining a future direction of observation on the basis of the determined location, - selecting at least one first portion of the image on the basis of the determined future direction of observation, comprising image portions visible from at least said determined future direction of observation, - selecting at least one second portion of the image comprising visible image portions between the determined current direction of observation and the determined future direction of observation, and - downloading said selected image portions with a quality at least greater than a first quality used to download another portion of the image.
Process for improving the long-term stability of an alkaline earth metal silicate phosphor, which is formed in the form of grains and has an alkaline earth metal silicate of the general chemical formula EA x Si y O z as the basic lattice, where EA is formed by one or more alkaline earth metals and the condition x, y, z > 0 applies, wherein an activator is doped into the base grid, and wherein the method comprises the following steps: - Heating the grains of alkaline earth metal silicate phosphor in a reactor chamber ; - Heating of a volatile organoaluminum compound and Flowing the heated volatile organoaluminum compound with a first carrier gas, thereby obtaining a first carrier gas mixture containing the volatile organoaluminum compound; - Heating water and Flowing a second carrier gas through the heated water, whereby a second carrier gas mixture containing the water is obtained; - introducing the first carrier gas mixture containing the volatile organoaluminum compound and the second carrier gas mixture containing the water into the reactor chamber , where the grains of the alkaline earth metal silicate phosphor are enveloped by the carrier gas mixtures, whereby the volatile organoaluminum compound and the water react with each other at least predominantly to form alumina hydroxide, which forms a coating on the grains of the alkaline earth metal silicate phosphor. - Heating the grains of alkaline earth metal silicate phosphor in a reactor chamber ; - Heating of a volatile organoaluminum compound and Flowing the heated volatile organoaluminum compound with a first carrier gas, thereby obtaining a first carrier gas mixture containing the volatile organoaluminum compound; - Heating water and Flowing a second carrier gas through the heated water, whereby a second carrier gas mixture containing the water is obtained; - introducing the first carrier gas mixture containing the volatile organoaluminum compound and the second carrier gas mixture containing the water into the reactor chamber , where the grains of the alkaline earth metal silicate phosphor are enveloped by the carrier gas mixtures, whereby the volatile organoaluminum compound and the water react with each other at least predominantly to form alumina hydroxide, which forms a coating on the grains of the alkaline earth metal silicate phosphor.
Flight propulsion system for an aircraft, comprising a fuel cell , an air line having at least one compressor for supplying compressed air for operating the fuel cell , and a device for cooling a heat exchanger of the fuel cell outside a flight phase of the aircraft, characterized by a flow amplifier , which is arranged in the region of the heat exchanger and is designed to direct air onto a cooling surface of the heat exchanger and through a branch arranged in the air line so as to be downstream of the at least one compressor , via which branch compressed air can be directed to the flow amplifier .
A roof assembly for a vehicle , the roof assembly comprising a roof mountable sensor system for mounting on a roof of the vehicle , the sensor system comprising a sensor unit , wherein the sensor unit comprises an omnidirectional incident-light detector that detects an incident-light intensity and a light-source position relative to the vehicle, characterized in that the roof assembly further comprises a moveably arranged panel comprising a transparent pane, wherein the sensor unit is mounted at the interior surface of the moveably arranged transparent panel and wherein an output of the sensor unit is compensated for change in orientation of the sensor unit, when moved with the moveably arranged transparent panel , by a control unit operatively coupled to, or part of, the sensor system .
Processing method for video data that are displayable on at least one display device, wherein a) from the video data a predetermined quantity of static field of view FOV datasets are precalculated and stored, b) further, video data for temporal transitions between the stored static FOV datasets are calculated and stored as dynamic FOV datasets , wherein, immediately or at a later point in time, c) a static or dynamic initial FOV and a static or dynamic target FOV are specifically selected for this purpose, in particular by a user, and d) the video data corresponding in time to the selected FOV datasets, including the dynamic FOV datasets between the initial FOV and the target FOV, are streamable or streamed. a) from the video data a predetermined quantity of static field of view FOV datasets are precalculated and stored, b) further, video data for temporal transitions between the stored static FOV datasets are calculated and stored as dynamic FOV datasets , wherein, immediately or at a later point in time, c) a static or dynamic initial FOV and a static or dynamic target FOV are specifically selected for this purpose, in particular by a user, and d) the video data corresponding in time to the selected FOV datasets, including the dynamic FOV datasets between the initial FOV and the target FOV, are streamable or streamed.
An extruded profile for a door for a vehicle , the extruded profile being made from an elastomeric material and having at least one continuous switch element for a detection device for detecting a compression of the extruded profile and one continuous cut-protection device , the switch element and the cut-protection device being integrated in the extruded profile and being trimmable to length with the extruded profile , the cut-protection device having a cut-protection element that is aligned in parallel with the at least one switch element and embedded in the elastomeric material and the cut-protection element being arranged upstream of the switch element in relation to a hypothetical direction of cutting in order to protect the switch element .
A microcapsule for detecting and/or quantitating an analyte in a sample, said microcapsule comprising: • reagents capable of generating and/or amplifying a signal in the presence of an analyte to be detected and/or quantitated; wherein said reagents are in a dry state; • a porous matrix surrounding said reagents, said porous matrix having means to receive an analyte to be detected and/or quantitated; wherein said dry state reagents are separated from said porous matrix by a barrier, e. g. at least one barrier layer encompassing said reagents. • reagents capable of generating and/or amplifying a signal in the presence of an analyte to be detected and/or quantitated; wherein said reagents are in a dry state; • a porous matrix surrounding said reagents, said porous matrix having means to receive an analyte to be detected and/or quantitated; wherein said dry state reagents are separated from said porous matrix by a barrier, e. g. at least one barrier layer encompassing said reagents.
A method for generating a structured surface on a substrate, whereby surface structures with dimensions in the sub-micrometre range are generated by treatment with an intense pulsed laser beam, characterized in - that an inhomogeneous substrate is used, which has intrinsic structure variants in the sub-millimetre range, and - that , in the method, at first the surface of the substrate is analysed, and the method parameters focus diameter, pulse peak power, pulse energy, point spacing, pulse length, pulse spacing, and/or pulse sequence are selected in dependence of the surface nature, - so that, by the treatment with the intense pulsed laser beam, a multiscale surface structure, which is adapted to the intrinsically inhomogeneous properties of the substrate surface in the sub-millimetre range, is generated by partly removing treatment in the sub-micrometre and micrometre range, wherein the material ablated by the laser beam can be deposited again partially outside the laser beam area. - that an inhomogeneous substrate is used, which has intrinsic structure variants in the sub-millimetre range, and - that , in the method, at first the surface of the substrate is analysed, and the method parameters focus diameter, pulse peak power, pulse energy, point spacing, pulse length, pulse spacing, and/or pulse sequence are selected in dependence of the surface nature, - so that, by the treatment with the intense pulsed laser beam, a multiscale surface structure, which is adapted to the intrinsically inhomogeneous properties of the substrate surface in the sub-millimetre range, is generated by partly removing treatment in the sub-micrometre and micrometre range, wherein the material ablated by the laser beam can be deposited again partially outside the laser beam area.
Device for handling notes of value, having a first functional module (12 to 20, 106) and a second functional module (12 to 20, 106), wherein the first functional module (12 to 20, 106) has a first housing, wherein the first and the second functional modules (12 to 20, 106) are connectable mechanically and/or electrically to one another, wherein the first functional module (12 to 20, 106) comprises a first sensor for determining damage to the first housing, characterized in that the second functional module (12 to 20, 106) has a second housing which is separate from the first housing, in that the second functional module (12 to 20, 106) comprises a second sensor for determining damage to the second housing, in that the device does not have an overall housing surrounding the functional modules (12 to 20, 106), in that the device comprises at least one third functional module (12 to 20, 106), the third functional module (12 to 20, 106) having a third housing which is separate from the first and second housings, in that , in the mounted state, the first and the third housings do not have any mutually touching contact surfaces, in that the third functional module (12 to 20, 106) comprises a third sensor for determining damage to the third housing, in that the first sensor, the second sensor and/or the third sensor each comprise a sensor for determining drilling through the respective housing, and in that the device has an adapter plate to which the first, the second and the third functional modules (12 to 20, 106) are fastened. having a first functional module (12 to 20, 106) and a second functional module (12 to 20, 106), wherein the first functional module (12 to 20, 106) has a first housing, wherein the first and the second functional modules (12 to 20, 106) are connectable mechanically and/or electrically to one another, wherein the first functional module (12 to 20, 106) comprises a first sensor for determining damage to the first housing, characterized in that the second functional module (12 to 20, 106) has a second housing which is separate from the first housing, in that the second functional module (12 to 20, 106) comprises a second sensor for determining damage to the second housing, in that the device does not have an overall housing surrounding the functional modules (12 to 20, 106), in that the device comprises at least one third functional module (12 to 20, 106), the third functional module (12 to 20, 106) having a third housing which is separate from the first and second housings, in that , in the mounted state, the first and the third housings do not have any mutually touching contact surfaces, in that the third functional module (12 to 20, 106) comprises a third sensor for determining damage to the third housing, in that the first sensor, the second sensor and/or the third sensor each comprise a sensor for determining drilling through the respective housing, and in that the device has an adapter plate to which the first, the second and the third functional modules (12 to 20, 106) are fastened.
A composition comprising: a filler in an amount of at least 20% by weight, based on the total weight of the composition; at least one active ingredient comprising one or more botanical materials, stimulants, amino acids, vitamins, antioxidants, cannabinoids, cannabimimetics, terpenes, pharmaceutical agents, or a combination thereof; a salt in an amount from 0.5 to 5% by weight, based on the total weight of the composition; and at least one sweetener; wherein the composition has a moisture content of at least 40% by weight, based on the total weight of the composition; wherein the composition is substantially free of tobacco and nicotine; and wherein the composition is enclosed in a pouch to form a pouched product. a filler in an amount of at least 20% by weight, based on the total weight of the composition; at least one active ingredient comprising one or more botanical materials, stimulants, amino acids, vitamins, antioxidants, cannabinoids, cannabimimetics, terpenes, pharmaceutical agents, or a combination thereof; a salt in an amount from 0.5 to 5% by weight, based on the total weight of the composition; and at least one sweetener; wherein the composition has a moisture content of at least 40% by weight, based on the total weight of the composition; wherein the composition is substantially free of tobacco and nicotine; and wherein the composition is enclosed in a pouch to form a pouched product.
High-density matter conveying device , in particular for conveying concrete, comprising two conveying cylinders, by means of which high-density matter can be conveyed from a high-density matter collecting container into a conveying line, and two rotatable stirring devices, arranged inside the high-density matter collecting container , for stirring the high-density matter, wherein the conveying cylinders are connected via two suction openings to the interior of the high-density matter collecting container and can be driven in such a manner that one of the conveying cylinders performs a pumping stroke while at the same time the other conveying cylinder performs a suction stroke, characterised in that the rotational axes of the stirring devices are not oriented collinearly with each another.
A composition for topical application, comprising: a plurality of first core-shell microcapsules comprising a first core that comprises between about 3% to 6% w/w benzoyl peroxide and a first shell that comprises a first inorganic polymer; and a plurality of second core-shell microcapsules comprising a second core that comprises between about 0.05-0.1% w/w retinoid and at least one phase changing material and a second shell that comprises a second inorganic polymer; and wherein said composition is an oil in water emulsion comprising a polyoxylstearate and a glycerylstearate wherein the ratio of said polyoxylstearate to said glycerylstearate is in the range of 0.1:10 to 10:0.1. a plurality of first core-shell microcapsules comprising a first core that comprises between about 3% to 6% w/w benzoyl peroxide and a first shell that comprises a first inorganic polymer; and a plurality of second core-shell microcapsules comprising a second core that comprises between about 0.05-0.1% w/w retinoid and at least one phase changing material and a second shell that comprises a second inorganic polymer; and wherein said composition is an oil in water emulsion comprising a polyoxylstearate and a glycerylstearate wherein the ratio of said polyoxylstearate to said glycerylstearate is in the range of 0.1:10 to 10:0.1.
A method for random access transmission of uplink user data comprising: transmitting a contention sequence on a physical uplink control channel, PUCCH, from a user equipment , UE, to an enhanced-Node B , eNB, the contention sequence transmitted on the PUCCH in accordance with a format that is assigned by an eNB; transmitting data requesting uplink resources on a physical uplink shared channel, PUSCH, from the UE to the eNB after transmission of the contention sequence, the data transmitted without a prior uplink grant of resources to the UE by the eNB for transmission on the PUSCH, the PUCCH and PUSCH allocated by the eNB for random access; performing a fallback procedure for grant of uplink resources by the eNB when the contention sequence is successfully detected by the eNB and when the data is not successfully detected by the eNB; and in response to successful reception of the data by the eNB, receiving an allocation of uplink resources by the UE and transmitting information from the UE to the eNB in accordance with the assigned uplink resources, wherein the fallback procedure comprises a random-access channel, RACH, or scheduling request, SR, dependent on whether the contention sequence is randomly selected by the UE or is assigned to the UE by the eNB. transmitting a contention sequence on a physical uplink control channel, PUCCH, from a user equipment , UE, to an enhanced-Node B , eNB, the contention sequence transmitted on the PUCCH in accordance with a format that is assigned by an eNB; transmitting data requesting uplink resources on a physical uplink shared channel, PUSCH, from the UE to the eNB after transmission of the contention sequence, the data transmitted without a prior uplink grant of resources to the UE by the eNB for transmission on the PUSCH, the PUCCH and PUSCH allocated by the eNB for random access; performing a fallback procedure for grant of uplink resources by the eNB when the contention sequence is successfully detected by the eNB and when the data is not successfully detected by the eNB; and in response to successful reception of the data by the eNB, receiving an allocation of uplink resources by the UE and transmitting information from the UE to the eNB in accordance with the assigned uplink resources, wherein the fallback procedure comprises a random-access channel, RACH, or scheduling request, SR, dependent on whether the contention sequence is randomly selected by the UE or is assigned to the UE by the eNB.
A vehicle , especially motorcycle, with - an engine which has a crankshaft extending transversely to a direction of travel or longitudinal direction of the vehicle, - a gearbox , - a clutch , arranged coaxially to the crankshaft , which can assume an opened state and a closed state, wherein the clutch • in the closed state permits transmission of torque from the crankshaft to the gearbox , • a drive element of the clutch is connected non-rotatably to the crankshaft and an output element of the clutch is arranged rotatably with respect to the crankshaft , characterised in that the output element of the clutch is connected in one piece to a primary pinion mounted rotatably on the crankshaft . - an engine which has a crankshaft extending transversely to a direction of travel or longitudinal direction of the vehicle, - a gearbox , - a clutch , arranged coaxially to the crankshaft , which can assume an opened state and a closed state, wherein the clutch • in the closed state permits transmission of torque from the crankshaft to the gearbox , • a drive element of the clutch is connected non-rotatably to the crankshaft and an output element of the clutch is arranged rotatably with respect to the crankshaft , characterised in that the output element of the clutch is connected in one piece to a primary pinion mounted rotatably on the crankshaft . • in the closed state permits transmission of torque from the crankshaft to the gearbox , • a drive element of the clutch is connected non-rotatably to the crankshaft and an output element of the clutch is arranged rotatably with respect to the crankshaft ,
An imaging device comprising: an imaging lens that includes n number of optical systems of which imaging characteristics are different in which n is an integer satisfying n > 1, said imaging characteristics meaning focal lengths, focusing distances or transmission wavelength characteristics; characterised by an image sensor that in each pixel includes m number of light receiving sensors (120a, b,...) of which combinations of crosstalk ratio and light sensitivity are different in which m is an integer satisfying m > n; a primary image data generation unit adapted to generate m number of primary image data items (F11, F12, F13, F14) by obtaining image signals output from the light receiving sensors of each pixel of the image sensor ; a saturation pixel detection unit adapted to detect a pixel of which a pixel value is saturated from the primary image data items, wherein a saturated pixel value means that there exists a saturated light receiving sensor in said pixel; and a secondary image data generation unit that generates n number of secondary image data items corresponding to the optical systems by performing crosstalk removal processing on the m number of primary image data items (F11, F12, F13, F14) for each pixel , the secondary image data generation unit generating the secondary image data items by removing the primary image data of which a pixel value is saturated and performing the crosstalk removal processing on remaining primary image data items in a case where a processing target includes the primary image data of which the pixel value is saturated. an imaging lens that includes n number of optical systems of which imaging characteristics are different in which n is an integer satisfying n > 1, said imaging characteristics meaning focal lengths, focusing distances or transmission wavelength characteristics; characterised by an image sensor that in each pixel includes m number of light receiving sensors (120a, b,...) of which combinations of crosstalk ratio and light sensitivity are different in which m is an integer satisfying m > n; a primary image data generation unit adapted to generate m number of primary image data items (F11, F12, F13, F14) by obtaining image signals output from the light receiving sensors of each pixel of the image sensor ; a saturation pixel detection unit adapted to detect a pixel of which a pixel value is saturated from the primary image data items, wherein a saturated pixel value means that there exists a saturated light receiving sensor in said pixel; and a secondary image data generation unit that generates n number of secondary image data items corresponding to the optical systems by performing crosstalk removal processing on the m number of primary image data items (F11, F12, F13, F14) for each pixel , the secondary image data generation unit generating the secondary image data items by removing the primary image data of which a pixel value is saturated and performing the crosstalk removal processing on remaining primary image data items in a case where a processing target includes the primary image data of which the pixel value is saturated.