mhurhangee/ep-ind-claims huggingface dataset:
Device for fixing solar modules to a support profile, comprising a holding profile which is configured to receive an edge side of at least one solar module, and comprising a fastening foot which is connected to the holding profile and which comprises a cover plate and at least two side plates which are firmly connected to the cover plate and extend away from the cover plate, the fastening foot being U-shaped, characterized in that the holding profile and the fastening foot are a one-piece sheet-metal part, that the holding profile is formed on a base edge side of the cover plate, that a curved connecting portion is present between the cover plate and each side plate, and that a three-dimensionally curved transition section is present in an abutting region between each connecting portion and the holding profile.
An image processing method, comprising: receiving image content comprising video data including a plurality of image frames and metadata of the image content, the metadata comprising flag information indicating whether to perform image processing on each image frame of the image content and image processing information; identifying whether to perform the image processing for each image frame based on the flag information; performing the image processing based on the image processing information on an image frame identified as being subjected to the image processing among the plurality of images frames to enhance at least one characteristic of the image content; and outputting the image content comprising the image processed image frame and other image frames among the plurality of image frames; characterized in that the metadata includes information on frequency characteristics of the image content for enhancing the sharpness of the image content, and in that in the performing of the image processing, a frequency component and an intensity of an image processing filter are controlled depending on the frequency characteristics of the image content included in the metadata to perform the image processing on the image frame identified. receiving image content comprising video data including a plurality of image frames and metadata of the image content, the metadata comprising flag information indicating whether to perform image processing on each image frame of the image content and image processing information; identifying whether to perform the image processing for each image frame based on the flag information; performing the image processing based on the image processing information on an image frame identified as being subjected to the image processing among the plurality of images frames to enhance at least one characteristic of the image content; and outputting the image content comprising the image processed image frame and other image frames among the plurality of image frames; characterized in that the metadata includes information on frequency characteristics of the image content for enhancing the sharpness of the image content, and in that in the performing of the image processing, a frequency component and an intensity of an image processing filter are controlled depending on the frequency characteristics of the image content included in the metadata to perform the image processing on the image frame identified.
Weavable or knittable cork yarn comprising textile yarn of natural or synthetic fibre and at least 2% of cork particles (wt cork /wt final yarn) and a polymeric binder for binding the cork particles to the textile yarn, wherein the cork particles have a granulometry of size less than 1 mm, wherein the linear density of the cork yarn is less than 197 tex.
An image data transmission apparatus comprising: an image data receiving unit configured to receive stereoscopic image data for displaying a stereoscopic image; and an image data transmission unit (206, 81) configured to transmit the stereoscopic image data received in one direction through one or more channels by the image data receiving unit to an external device through a transmission path by using a differential signal corresponding to at least audio data, control data accompanying an image and other auxiliary data; wherein the image data transmission unit is operable to read, via a second data path separate to the transmission path, format data and request information stored in a storage unit provided in the external device, the format data indicating stereoscopic image data which can be handled by the external device and request information indicating whether the external device has requested that the transmission of the stereoscopic image be performed without performing format conversion; wherein the image data transmission unit is operable to transmit, when a format of the stereoscopic image data received by the image data receiving unit is a format that can be handled by the external device and the external device has requested that transmission of the stereoscopic image data be performed without performing format conversion, the stereoscopic image data received by the image data receiving unit to the external device, and wherein the image data transmission unit is operable to transmit, when the external device has not requested that transmission of the stereoscopic image data be performed without performing format conversion, the stereoscopic image data received by the image data receiving unit to the external device after being converted into a user set format. an image data receiving unit configured to receive stereoscopic image data for displaying a stereoscopic image; and an image data transmission unit (206, 81) configured to transmit the stereoscopic image data received in one direction through one or more channels by the image data receiving unit to an external device through a transmission path by using a differential signal corresponding to at least audio data, control data accompanying an image and other auxiliary data;
A method for wireless communication, at a user equipment, UE, said method comprising the steps of:: establishing one or more inter-device communication links between the UE and one or more other UEs; transmitting a first signal, corresponding to a first message, to a base station using a first transmit chain of the UE; transmitting a second signal, corresponding to a second message, to the one or more other UEs over the one or more inter-device communication links using a second transmit chain of the UE; receiving a third signal, corresponding to a third message, from the base station; and simultaneously receiving a fourth signal, corresponding to a fourth message, from the one or more other UEs over the one or more inter-device communication links, wherein communications over the one or more inter-device communication links are: using the same cellular radio access technology and operating in the same radio band as communications between the UE and the base station; using downlink radio resources or uplink radio resources; using an uplink subframe format or a downlink subframe format supported by the UE; and operating in a half-duplex mode. establishing one or more inter-device communication links between the UE and one or more other UEs; transmitting a first signal, corresponding to a first message, to a base station using a first transmit chain of the UE; transmitting a second signal, corresponding to a second message, to the one or more other UEs over the one or more inter-device communication links using a second transmit chain of the UE; receiving a third signal, corresponding to a third message, from the base station; and simultaneously receiving a fourth signal, corresponding to a fourth message, from the one or more other UEs over the one or more inter-device communication links, wherein communications over the one or more inter-device communication links are: using the same cellular radio access technology and operating in the same radio band as communications between the UE and the base station; using downlink radio resources or uplink radio resources; using an uplink subframe format or a downlink subframe format supported by the UE; and using the same cellular radio access technology and operating in the same radio band as communications between the UE and the base station; using downlink radio resources or uplink radio resources; using an uplink subframe format or a downlink subframe format supported by the UE; and operating in a half-duplex mode.
A user interface device (101, 201, 201a) comprising: - a user interface for receiving command actions from a user, - a processor for receiving a first digital data stream, for generating digital event data in accordance with the command actions directed to the user interface, and for combining the digital event data with the first digital data stream so as to form a second digital data stream, and - a transmitter for transmitting a third digital data stream to a data link, characterized in that the processor is arranged to encrypt the second digital data stream so as to form the third digital data stream in accordance with cryptographic control data accessible to the processor and to deliver the third digital data stream to the transmitter. - a user interface for receiving command actions from a user, - a processor for receiving a first digital data stream, for generating digital event data in accordance with the command actions directed to the user interface, and for combining the digital event data with the first digital data stream so as to form a second digital data stream, and - a transmitter for transmitting a third digital data stream to a data link,
An apparatus comprising: a cover defining an exterior surface of the apparatus and including a first conductive cover portion; an antenna, connected to a feed point and configured to operate in at least a first resonant frequency band; a first conductive member positioned between the antenna and the first conductive cover portion; a second conductive member; wherein the first and second conductive members (40, 41) are configured to couple with the first conductive cover portion, the combination of the first and second conductive members (40, 41) and the first conductive cover portion are operable in a second resonant frequency band, different to the first resonant frequency band and are configured to be contactlessly fed by the antenna; and a support member defining an upper surface and a lower surface, the antenna being physically coupled to the lower surface of the support member and the first conductive member being physically coupled to the upper surface of the support member, wherein the second conductive member is configured to have an electrical length selectable from a plurality of electrical lengths, and wherein: a) the second conductive member is connected to a plurality of matching networks (96, 98) via a switch, the plurality of matching networks providing at least some of the plurality of electrical lengths and/or b) the second conductive member comprises a plurality of selectable portions (106, 108), the plurality of selectable portions (106, 108) providing at least some of the plurality of electrical lengths. a cover defining an exterior surface of the apparatus and including a first conductive cover portion; an antenna, connected to a feed point and configured to operate in at least a first resonant frequency band; a first conductive member positioned between the antenna and the first conductive cover portion; a second conductive member;
A method of detecting, with a microarray, a target nucleic acid from an organism containing a recognition sequence which is a base sequence to which a nucleic acid-binding protein is known to specifically bind, comprising steps of: contacting an analyte sample potentially containing the target nucleic acid with a microarray having a plurality of probes placed on a substrate of the microarray; selecting a detection probe from the plurality of probes, wherein said detection probe has a sequence complementary to said recognition sequence or having a sequence complementary to a region within 300 bases from the recognition sequence in the target nucleic acid sequence, and is capable of hybridizing to the target nucleic acid; selecting aprobe from the plurality of probes, which does not contain any sequence complementary to the recognition sequence and hybridizes to a genomic DNA of said organism that does not contain the recognition sequence in the region within 300 bases from the probe hybridizing region, as a correction probe; obtaining a first signal measurement value and a second signal measurement value respectively by measuring a first signal obtained from the detection probe, selected in step, and a second signal obtained from the correction probe, selected in step, after the contacting step; obtaining a background value based on the second signal measurement value; obtaining a first signal correction value by correcting the first signal measurement value with the background value; and detecting the target nucleic acid contained in the analyte sample based on the correction value. contacting an analyte sample potentially containing the target nucleic acid with a microarray having a plurality of probes placed on a substrate of the microarray; selecting a detection probe from the plurality of probes, wherein said detection probe has a sequence complementary to said recognition sequence or having a sequence complementary to a region within 300 bases from the recognition sequence in the target nucleic acid sequence, and is capable of hybridizing to the target nucleic acid; selecting aprobe from the plurality of probes, which does not contain any sequence complementary to the recognition sequence and hybridizes to a genomic DNA of said organism that does not contain the recognition sequence in the region within 300 bases from the probe hybridizing region, as a correction probe; obtaining a first signal measurement value and a second signal measurement value respectively by measuring a first signal obtained from the detection probe, selected in step, and a second signal obtained from the correction probe, selected in step, after the contacting step; obtaining a background value based on the second signal measurement value; obtaining a first signal correction value by correcting the first signal measurement value with the background value; and detecting the target nucleic acid contained in the analyte sample based on the correction value.
Microbarometer with a bellows comprising • a reference base (11, 21), • a bellows (12, 22) of which one edge is fastened to a reference surface of that base, while having an elongation direction perpendicular to that reference surface, • a cover (13, 23) closing the other edge of that bellows so as to isolate it in fluid-tight manner in relation to the exterior, the bellows being placed in conditions in which its variations of elongation are directly proportional to the pressure variations induced by infrasonic waves around it, characterized in that it comprises • a reflective member (14, 24) joined to that cover • and an interferometric component (16, 26) configured to be able to receive a beam from a source and joined to the reference surface of the base and having an input/output optical path facing the reflective member, parallel to the direction of elongation of the bellows, so as to be able to emit to that member a beam fraction and collect that beam after reflection on that reflective member, that component comprising optical guide lines (31, 33, 34, 39, 36, 41, 42, 44, 45), zones of optical splitting and combining (32, 38, 35, 40, 43) within a same substrate, using integrated technology, the interferometric component being formed from a silica substrate of which the zones have been modified so as to form said optical lines, the separating and combining zones. • a reference base (11, 21), • a bellows (12, 22) of which one edge is fastened to a reference surface of that base, while having an elongation direction perpendicular to that reference surface, • a cover (13, 23) closing the other edge of that bellows so as to isolate it in fluid-tight manner in relation to the exterior, the bellows being placed in conditions in which its variations of elongation are directly proportional to the pressure variations induced by infrasonic waves around it, characterized in that it comprises • a reflective member (14, 24) joined to that cover • and an interferometric component (16, 26) configured to be able to receive a beam from a source and joined to the reference surface of the base and having an input/output optical path facing the reflective member, parallel to the direction of elongation of the bellows, so as to be able to emit to that member a beam fraction and collect that beam after reflection on that reflective member, that component comprising optical guide lines (31, 33, 34, 39, 36, 41, 42, 44, 45), zones of optical splitting and combining (32, 38, 35, 40, 43) within a same substrate, using integrated technology, the interferometric component being formed from a silica substrate of which the zones have been modified so as to form said optical lines, the separating and combining zones.
An arrangement for horizontally supporting a first side wall (40, 40', 64) of a top-supported vertical flue gas pass (24, 24', 24") in a thermal power steam generator (10, 10', 10", 10′′′), wherein the first side wall comprises evaporative water tubes for conveying a mixture of water and steam in a first temperature, and the vertical flue gas pass comprises a superheating tube (48, 48') for conveying steam in a second temperature higher than the first temperature, the superheating tube comprising multiple rigid, horizontally extending tube legs (50, 82) extending across the flue gas pass from the proximity of the first side wall (40, 40', 64) to the proximity of a second side wall opposite to the first side wall in the flue gas pass, wherein the superheating tube is supported from above by a hanger (56, 56', 74, 74') which is in operation in a third temperature higher than the first temperature, and the rigidity of the first side wall (40, 40', 64) is increased by each of the rigid, horizontally extending tube legs (50, 82) comprising first and second end sections (52, 54), wherein each of the first and second end sections (52,54) being attached to the proximate side wall by an attaching means (60, 60', 68), characterized in that the attaching means allows relative movement between the respective end section and the proximate side wall only in direction of relative thermal movement between the end section and the proximate side wall, but does not allow purely horizontal movement between the respective end section and the proximate side wall.
A runway arrangement comprising: a first runway section that includes a first runway; and a second runway section that includes a second runway; wherein the second runway section is laterally offset from the first runway section; and the second runway section longitudinally overlaps with the first runway section; a section not overlapping being for use as a take off or landing section; and wherein the part of the first runway section that longitudinally overlaps the second runway section is a sterile safety area that is not to be used during normal operations; and wherein the part of the second runway section that longitudinally overlaps the first runway section is a sterile safety area that is not to be used during normal operations. a first runway section that includes a first runway; and a second runway section that includes a second runway; wherein the second runway section is laterally offset from the first runway section; and the second runway section longitudinally overlaps with the first runway section; a section not overlapping being for use as a take off or landing section; and wherein the part of the first runway section that longitudinally overlaps the second runway section is a sterile safety area that is not to be used during normal operations; and wherein the part of the second runway section that longitudinally overlaps the first runway section is a sterile safety area that is not to be used during normal operations.
Method for producing a security element, comprising the following steps: a) generating a partial first layer or a partial first layer system on a substrate, wherein the partial first layer or the partial first layer system is present in a first sub-region and it is not present in a second sub-region; b) generating a partial second layer or a partial second layer system, wherein the partial second layer or the partial second layer system is present in a third sub-region and it is not present in a fourth sub-region, and wherein the third sub-region overlaps with the first and second sub-region; c) structuring the partial first layer or the partial first layer system by using the partial second layer or the partial second layer system as a mask, wherein, when structuring the first partial layer or the first partial layer system, this first partial layer or first partial layer system either remains selectively maintained in those regions, in particular in the third sub-region, which are covered by the second partial layer or the second partial layer system, or is selectively removed. a) generating a partial first layer or a partial first layer system on a substrate, wherein the partial first layer or the partial first layer system is present in a first sub-region and it is not present in a second sub-region; b) generating a partial second layer or a partial second layer system, wherein the partial second layer or the partial second layer system is present in a third sub-region and it is not present in a fourth sub-region, and wherein the third sub-region overlaps with the first and second sub-region; c) structuring the partial first layer or the partial first layer system by using the partial second layer or the partial second layer system as a mask, wherein, when structuring the first partial layer or the first partial layer system, this first partial layer or first partial layer system either remains selectively maintained in those regions, in particular in the third sub-region, which are covered by the second partial layer or the second partial layer system, or is selectively removed.
- Use of an agricultural composition that comprises: - a solid state in the form of powder or microgranules, soluble in the aqueous phase and with a low moisture content, - a nitrogen content greater than 10.0% by weight with respect to the total weight of the composition, - an organic nitrogen content greater than 10.0% by weight with respect to the total weight of the composition, - a free amino acids content greater than 65.0% by weight with respect to the total weight of the composition, - a characteristic, stable aminogram that comprises alanine (Ala), arginine (Arg), aspartic acid (Asp), cysteine (Cys), glutamic acid (Glu), glycine (Gly), histidine (His), isoleucine (Ile), leucine (Leu), lysine (Lys), methionine (Met), phenylalanine (Phe), proline (Pro), serine (Ser), tyrosine (Tyr), threonine (Thr) and valine (Val) and optional hydroxyproline (Hyp) and tryptophan (Trp), wherein the aminogram of the agricultural composition has, in its composition, a percentage greater than 8.0% by weight of amino acids from the group formed by: glutamic acid (Glu), glycine (Gly), proline (Pro), and serine (Ser), as a biostimulant against biotic and abiotic stress on agricultural farms. - a solid state in the form of powder or microgranules, soluble in the aqueous phase and with a low moisture content, - a nitrogen content greater than 10.0% by weight with respect to the total weight of the composition, - an organic nitrogen content greater than 10.0% by weight with respect to the total weight of the composition, - a free amino acids content greater than 65.0% by weight with respect to the total weight of the composition, - a characteristic, stable aminogram that comprises alanine (Ala), arginine (Arg), aspartic acid (Asp), cysteine (Cys), glutamic acid (Glu), glycine (Gly), histidine (His), isoleucine (Ile), leucine (Leu), lysine (Lys), methionine (Met), phenylalanine (Phe), proline (Pro), serine (Ser), tyrosine (Tyr), threonine (Thr) and valine (Val) and optional hydroxyproline (Hyp) and tryptophan (Trp),