mhurhangee/ep-ind-claims huggingface dataset:
TDI line-scan detector, comprising n TDI lines (Zl-Zn), wherein each TDI line has m pixels, and at least one read electronic system, characterized in that the TDI line-scan detector is divided into x submodules (S1-S4), wherein the number of lines of a submodule (S1-S4) is n/x, wherein the last line of each submodule (S1-S4) is assigned a dedicated read electronic system, wherein the length of the read electronic system corresponds to an integer multiple of the length of a pixel, wherein x is ≥ 2, wherein the submodules (S1-S4) or groups of submodules (S1-S4) are arranged in alternation with a lateral offset of half a pixel, wherein the pixels are rectangular, wherein the pixels are twice as wide as they are long.
A ground level power supply system for non-guided electric vehicles, of the conduction type, comprising: - a pair of power supply tracks, comprising a so-called live conductive track, designed to be electrically connected to a voltage source (Vs), and a so-called neutral conductive track, for the return of the current, designed to be electrically connected to a reference potential (V ref), the neutral track being parallel to the live track on a first side thereof, the tracks being installed in a roadway such that these tracks are flush with a surface of the roadway, characterised in that is comprises a protective conductive track, designed to be connected to a ground potential (V terre), the protective track being parallel to the live track on a second side thereof, opposite the first side, also installed in the roadway such that the protective conductive tracks is flush with the surface of the roadway. - a pair of power supply tracks, comprising a so-called live conductive track, designed to be electrically connected to a voltage source (Vs), and a so-called neutral conductive track, for the return of the current, designed to be electrically connected to a reference potential (V ref), the neutral track being parallel to the live track on a first side thereof, the tracks being installed in a roadway such that these tracks are flush with a surface of the roadway,
Intra-operative Radio Therapy (IORT) device for radiotherapy treatment of cancer patients, comprising a source of particles, an accelerating device which sends a beam of particles on a target through an applicator, a scattering filter which allows to maintain the distance between said source of particles and said target within a range compatible with the use of said IORT device in standard operating rooms and which allows to provide a maximum energy of 12 MeV, so as to allow a suitable treatment of the target, and an optical system for collimating said beam of particles which is placed between said scattering filter and said applicator, characterized in that said optical collimating system of said beam of particles comprises a primary screen, configured to shield the radiation produced by said scattering filter, a secondary screen configured to shield the photons produced on said primary screen, and a collimating apparatus, which provides for housing the monitor chambers.
A container closure device capable of dispensing a metered amount of a liquid into a container, wherein said container closure comprises: a cap wall, a reservoir capable of being filled with liquid, a porous structure, a rigid plate o wherein said plate comprises one or more perforations communicating with said reservoir, characterised by • said rigid plate being positioned between said reservoir and said porous structure, and one or more channels capable of communicating said perforation with the porous structure, o wherein at least part of said one or more channels is formed by a deformable and elastic structure capable of limiting communication through said channels upon deformation. a cap wall, a reservoir capable of being filled with liquid, a porous structure, a rigid plate o wherein said plate comprises one or more perforations communicating with said reservoir, characterised by • said rigid plate being positioned between said reservoir and said porous structure, and o wherein said plate comprises one or more perforations communicating with said reservoir, characterised by • said rigid plate being positioned between said reservoir and said porous structure, and • said rigid plate being positioned between said reservoir and said porous structure, and one or more channels capable of communicating said perforation with the porous structure, o wherein at least part of said one or more channels is formed by a deformable and elastic structure capable of limiting communication through said channels upon deformation. o wherein at least part of said one or more channels is formed by a deformable and elastic structure capable of limiting communication through said channels upon deformation.
A method of processing encrypted content information at a specific electronic client device using a license with a right to distribute within a domain comprising, - processing the encrypted content information, - decrypting the encrypted content information enabled by a content key, the license containing the content key, domain configuration and domain policy conditions being a functional part of the license that pose limits to the size of the domain, wherein the processing comprises - exercising through the specific electronic client device control of distribution of the content information, according to the domain configuration and domain policy conditions, - creating a further license for another client device with a further right to distribute the content information derived from the license, - encrypting the further license so that the further license can only be decrypted by the other client device for binding the further license to the other client device, - providing to the other client device the further license with the further right to distribute the content information to be used by the other client device. - processing the encrypted content information, - decrypting the encrypted content information enabled by a content key, the license containing the content key, domain configuration and domain policy conditions being a functional part of the license that pose limits to the size of the domain, wherein the processing comprises - exercising through the specific electronic client device control of distribution of the content information, according to the domain configuration and domain policy conditions, - creating a further license for another client device with a further right to distribute the content information derived from the license, - encrypting the further license so that the further license can only be decrypted by the other client device for binding the further license to the other client device, - providing to the other client device the further license with the further right to distribute the content information to be used by the other client device.
A leg-holding device for hip or knee surgery comprising: a support fixture adapted to fasten the device on an edge of a surface, a main frame arranged on the support fixture in a detachable manner, adapted to move along a first lateral axis and a first rotational axis with respect to the support fixture, a rotating frame arranged on the main frame in a detachable manner, adapted to move along a second lateral axis and a second rotational axis with respect to the main frame, and a foot plate arranged on the rotating frame in a detachable manner, adapted to move along a third lateral axis and a third rotational axis with respect to the rotating frame. a support fixture adapted to fasten the device on an edge of a surface, a main frame arranged on the support fixture in a detachable manner, adapted to move along a first lateral axis and a first rotational axis with respect to the support fixture, a rotating frame arranged on the main frame in a detachable manner, adapted to move along a second lateral axis and a second rotational axis with respect to the main frame, and a foot plate arranged on the rotating frame in a detachable manner, adapted to move along a third lateral axis and a third rotational axis with respect to the rotating frame.
An onboard processing device capable of setting a drive-out path (DR1A, DR1B, DR2A) for a target vehicle from a parking place, comprising: an information obtaining unit configured to obtain a parking path (DR, DR1, DR2) when the target vehicle enters the parking place and a parking map configured to specify a position of a driving affecting object that exists on a periphery of the parking place when the target vehicle enters the parking place; a periphery detection unit configured to detect a peripheral environment of the target vehicle; a vehicle position estimation unit configured to estimate a vehicle position of the target vehicle on the parking map based on the peripheral environment detected; and a path setting unit configured to set a drive-out path when the target vehicle drives out from the parking place based on the vehicle position estimated, the parking path, and the peripheral environment detected, wherein the path setting unit sets, as the drive-out path, a shift reverse reproduction drive-out path (DR1A) in which the target vehicle is driven in a reverse direction along the parking path or another drive-out path in which the target vehicle is driven along the parking path after the target vehicle drives off from the parking path, and wherein the path setting unit determines whether there exists an open space where to enable the target vehicle to perform a direction changing operation in which a direction of the target vehicle is changed to a reverse direction on a periphery of the target vehicle and sets the shift reverse reproduction drive-out path if the path setting unit determines that the open space does not exist. an information obtaining unit configured to obtain a parking path (DR, DR1, DR2) when the target vehicle enters the parking place and a parking map configured to specify a position of a driving affecting object that exists on a periphery of the parking place when the target vehicle enters the parking place; a periphery detection unit configured to detect a peripheral environment of the target vehicle; a vehicle position estimation unit configured to estimate a vehicle position of the target vehicle on the parking map based on the peripheral environment detected; and a path setting unit configured to set a drive-out path when the target vehicle drives out from the parking place based on the vehicle position estimated, the parking path, and the peripheral environment detected, wherein the path setting unit sets, as the drive-out path, a shift reverse reproduction drive-out path (DR1A) in which the target vehicle is driven in a reverse direction along the parking path or another drive-out path in which the target vehicle is driven along the parking path after the target vehicle drives off from the parking path, and wherein the path setting unit determines whether there exists an open space where to enable the target vehicle to perform a direction changing operation in which a direction of the target vehicle is changed to a reverse direction on a periphery of the target vehicle and sets the shift reverse reproduction drive-out path if the path setting unit determines that the open space does not exist.
Method for planning a path of an agricultural machine, wherein in the method the agricultural machine traverses the path, wherein the agricultural machine executes a supply-based agricultural process in a working area of an agricultural field with an implement along the path, wherein the path comprises reset tours to reset a supply stock of the agricultural machine with a supply reset apparatus, wherein the path is determined by composing at least part of the path from at least portions of pre-defined target tracks, which path is optimized according to at least one optimization criterion regarding the reset tours and wherein at least part of the path is optimized taking into account the position of the agricultural machine, the position of the supply reset apparatus and the supply level of the supply stock, wherein an optimization criterion is to have the supply stock converge to a supply threshold when the agricultural machine crosses the outer boundary, characterized in, that at least part of the path is determined by selecting portions of target tracks and by sequencing the selected portions of target tracks into a sequence, the selecting and sequencing being optimized according to the at least one optimization criterion, that the path comprises a U-turn within the working area from a start target track to a destination target track, which U-turn is arranged within the path such that the at least one optimization criterion is met and that the U-turn is arranged in the path such that a reversal section on the destination target track from the U-turn to the outer boundary is uncovered by the path before the U-turn (12.
A multicomponent fiber including a sea component and an island component, wherein in cross-section observation of the multicomponent fiber, the multicomponent fiber includes: a sea-island region with the plurality of island components regularly arranged in the sea component; and one or more sea component regions formed only of the sea component between the sea-island region, and wherein the width of the sea component region is larger than the maximum value of the distance between island components existing in the sea-island region and neighboring each other, and the width of the sea component region and the diameter of the multicomponent fiber satisfy the following formula: 0.001 < H / D < 0.2. a sea-island region with the plurality of island components regularly arranged in the sea component; and one or more sea component regions formed only of the sea component between the sea-island region, and wherein the width of the sea component region is larger than the maximum value of the distance between island components existing in the sea-island region and neighboring each other, and the width of the sea component region and the diameter of the multicomponent fiber satisfy the following formula: 0.001 < H / D < 0.2.
A peptide nucleic acid derivative of Formula I or a pharmaceutically acceptable salt thereof: wherein, n is an integer equal to or larger than 5; S 1, S 2,.... S n-1, S n, T 1, T 2,..., T n-1, and T n independently represent hydrogen, deuterium, substituted or non-substituted alkyl, or substituted or non-substituted aryl radical; X and Y independently represent hydrogen, deuterium, substituted or non-substituted alkyl, substituted or non-substituted acyl, substituted or non-substituted sulfonyl, or substituted or non-substituted aryl radical; Z represents hydroxy, substituted or non-substituted alkyloxy, substituted or non-substituted aryloxy, substituted or non-substitued amino, radical; B 1, B 2,..., B n-1, and B n are independently selected from natural nucleobases including adenine, thymine, guanine, cytosine and uracil, and unnatural nucleobases; and, at least one of B 1, B 2,..., B n-1, and B n is independently selected from unnatural nucleobases represented by Formula II, Formula III, or Formula IV: wherein, R 1, R 2, R 3, R 4, R 5 and R 6 are independently selected from substituted or non-substituted alkyl, and hydrogen radical; and, L 1, L 2 and L 3 are a covalent linker represented by Formula V connecting a basic amino group to the moiety responsible for nucleobase pairing properties: wherein, Q 1 and Q m are substituted or non-substituted methylene (-CH 2 -) radical, and Q m is directly linked to the basic amino group; Q 2, Q 3,..., and O m-1 are independently selected from substituted or non-substituted methylene, oxygen (-O-), sulfur (-S-), and substituted or non-substituted amino radical [-N -, or -N(substituent)-]; and, m is an integer from 2 to 15.
A training pad, which is a planar pad having a surface and a bottom surface wherein the surface of the training pad is slippery so that surface of the training pad matches the ice conditions, characterized in that the training pad comprises of two or several pad units, whereby at each time two pad units can be folded against each other by a hinge point connecting them, in which the hinge is a groove, the angles of the cross section of which groove exceed 90 degrees and in which hinge point the material thickness at the bottom of the groove is 1-1.6 mm.
A motorised automatic compaction auger device for the compaction of coffee grounds, comprising: an electric auger motor driving a first shaft (13, 91), the first shaft (13, 91) connected to a second shaft (14, 92) by a coupling (15, 90); the second shaft (14, 92) having at a lower end, an auger head; an angular displacement between the first shaft (13, 91) and the second shaft (14, 92) causing the activation of a mechanism (26,102) for indicating when the compaction is complete. an electric auger motor driving a first shaft (13, 91), the first shaft (13, 91) connected to a second shaft (14, 92) by a coupling (15, 90); the second shaft (14, 92) having at a lower end, an auger head; an angular displacement between the first shaft (13, 91) and the second shaft (14, 92) causing the activation of a mechanism (26,102) for indicating when the compaction is complete.
Method, implemented by computing means, for processing an ambisonic content comprising a plurality of ambisonic components of a plurality of orders defining a succession of ambisonic channels in each of which there is represented an ambisonic component, the method comprising: - a frequency-domain filtering of the ambisonic components in a plurality of frequency bands, - a creation of an ambisonic decoding matrix, the method being characterized by: - a processing of the ambisonic decoding matrix to extract by matrix size reduction, a plurality of ambisonic decoding sub-matrices (B1, B2) each associated with an ambisonic order and with a frequency band chosen for this ambisonic order, - respective applications of the decoding sub-matrices to the ambisonic components in each chosen frequency band, and a band-by-band reconstruction of the results of said respective applications, to deliver a plurality of decoded signals, each associated with a sound source. - a frequency-domain filtering of the ambisonic components in a plurality of frequency bands, - a creation of an ambisonic decoding matrix, the method being characterized by: - a processing of the ambisonic decoding matrix to extract by matrix size reduction, a plurality of ambisonic decoding sub-matrices (B1, B2) each associated with an ambisonic order and with a frequency band chosen for this ambisonic order, - respective applications of the decoding sub-matrices to the ambisonic components in each chosen frequency band, and a band-by-band reconstruction of the results of said respective applications, to deliver a plurality of decoded signals, each associated with a sound source.
A touch method, applied to a terminal having a touchscreen configured to support an area change gesture and a touch-and-hold gesture, wherein a touch operation entered by a user is recognized as an area change gesture when the obtained touch area reaches a preset area threshold and the touch operation entered by a user is recognized as a touch-and-hold gesture when the duration of touching the touchscreen reaches a preset first time threshold; wherein the method comprises: receiving, by the terminal, a first touch operation entered by a user on a touch object, wherein the touch object is a control element supporting an area change gesture and a touch-and-hold gesture; displaying, by the terminal in response to the first touch operation, a first interface corresponding to the area change gesture based on the touch area of the touch applied to the touch object in the first touch operation meets a first preset condition within the first time threshold, and reaches, within a second time threshold, the preset area threshold for recognizing the area change gesture, the second time threshold is greater than the first time threshold for recognizing the touch-and-hold gesture by the terminal; displaying, by the terminal in response to the first touch operation, a second interface corresponding to the touch-and-hold gesture based on the touch area applied to the touch object in the first touch operation meets the first preset condition within the first time threshold but does not reach the area threshold within the second time threshold, or the touch area applied to the touch object in the first touch operation does not meet the first preset condition within the first time threshold. receiving, by the terminal, a first touch operation entered by a user on a touch object, wherein the touch object is a control element supporting an area change gesture and a touch-and-hold gesture; displaying, by the terminal in response to the first touch operation, a first interface corresponding to the area change gesture based on the touch area of the touch applied to the touch object in the first touch operation meets a first preset condition within the first time threshold, and reaches, within a second time threshold, the preset area threshold for recognizing the area change gesture, the second time threshold is greater than the first time threshold for recognizing the touch-and-hold gesture by the terminal; displaying, by the terminal in response to the first touch operation, a second interface corresponding to the touch-and-hold gesture based on the touch area applied to the touch object in the first touch operation meets the first preset condition within the first time threshold but does not reach the area threshold within the second time threshold, or the touch area applied to the touch object in the first touch operation does not meet the first preset condition within the first time threshold.
A flexible hose having a multi-layer wall, which surrounds a lumen, having the following layer arrangement: - a first layer (1.1), which delimits the lumen of the hose, - a second layer (1.2) arranged on the first layer (1.1), - a third layer (1.3), which is arranged on the second layer (1.2), wherein the first layer (1.1) comprises or consists of polyvinylidene fluoride (PVDF) and/or comprises or consists of a copolymer of polyvinylidene fluoride (PVDF) with hexafluoropropylene and/or comprises or consists of a copolymer of polyvinylidene fluoride (PVDF) with chlorotrifluoroethylene (CTFE) and the third layer (1.3) comprises or consists of a polymer material which is selected from a polyamide, in particular a polyamide 6 or a polyamide 6.6 or a polyamide 6.10, or a crosslinked polyethylene, in particular a silane-crosslinked polyethylene (PE-Xb) or wherein the first layer (1.1) comprises or consists of a polymer material which is selected from a polyamide, in particular a polyamide 6 or a polyamide 6.6 or a polyamide 6.10, or a crosslinked polyethylene, in particular a silane-crosslinked polyethylene (PE-Xb), and the third layer (1.3) comprises or consists of polyvinylidene fluoride (PVDF) and/or comprises or consists of a copolymer of polyvinylidene fluoride (PVDF) with hexafluoropropylene and/or comprises or consists of a copolymer of polyvinylidene fluoride (PVDF) with chlorotrifluoroethylene (CTFE), characterised in that the second layer (1.2) adheres to the first layer (1.1) and to the third layer (1.3) and in that the second layer (1.2) comprises or consists of a polymer material which is selected from an ethylene-vinyl acetate or an ethylene-glycidyl methacrylate copolymer (E-GMA) or a terpolymer of ethylene, glycidyl methacrylate and vinyl acetate (E-GMA-VA) or a terpolymer of ethylene, glycidyl methacrylate and methyl acrylate (E-GMA-MA) or from a mixture of the above. - a first layer (1.1), which delimits the lumen of the hose, - a second layer (1.2) arranged on the first layer (1.1), - a third layer (1.3), which is arranged on the second layer (1.2),