mhurhangee/ep-ind-claims huggingface dataset:
A barrier of extensible length for fixing with respect to an upper portion of a wall for a building, the barrier comprising a fixing means securable with respect to an upper portion of the wall, a first barrier panel comprising an infill panel and held by the fixing means so as to locate the first barrier panel above, and along a first upper portion of the wall, and where the first barrier panel is removable from the fixing means to allow access to the first upper portion of the wall as required, and wherein the barrier comprises at least a further barrier panel comprising a rectangular or square infill panel, and the barrier being characterised in that: the first barrier panel comprises upper and lower lengths of right angle cross-section which form upper and lower U-shaped channels within which a top edge and a bottom edge, respectively, of the further barrier panel locate so that the further barrier panel is with a telescoping action slidably extendible and retractable with respect to the first barrier panel between at least a first position where it is located above and along a further upper portion of the wall, and a second position where access is then provided to the further upper wall portion above and along which the further barrier panel was previously positioned.
A head-mounted display, comprising: a display portion and a touch sensor; characterised in that the head-mounted display is operable to display a cursor on the display portion at a position determined according to a line of sight between a wearer of the head-mounted display and an object external to the display portion. a display portion and a touch sensor;
A counterweight system for mounting a rotor blade on a balanced rotatable rotor hub of a wind turbine, the rotatable rotor hub mounted to a nacelle and having at least one blade root region configured to receive a blade root of the rotor blade, wherein the rotor hub is rotatable around an axial centerline and a pitch system configured to rotate the rotor blade around a pitch axis, the counterweight system comprising; at least one support structure comprising a proximal end spaced apart from a distal end, the proximal end mountable to at least one blade root region of the rotatable rotor hub, at least one counterweight mass coupled to the distal end of the at least one support structure, the at least one support structure suitable to be arranged substantially parallel to the pitch axis such that the pitch system can rotate the counterweight mass about the pitch axis, and the counterweight mass is at least partially fillable with fluid or solid mass portions, wherein the counterweight mass is configured to rotate its center of mass in a radial direction with respect to the axial centerline of the rotor hub, when the counterweight mass is rotated about the pitch axis by repositioning the fluid or solid mass of the counterweight mass as it rotates about the pitch axis to change the length of a counterweight mass moment arm about the axial centerline of the rotatable hub, and wherein an axial centerline of the counterweight mass is not perpendicular to the pitch axis to deliver non-perpendicular rotation about the pitch axis of the center of mass of the counterweight mass. at least one support structure comprising a proximal end spaced apart from a distal end, the proximal end mountable to at least one blade root region of the rotatable rotor hub, at least one counterweight mass coupled to the distal end of the at least one support structure, the at least one support structure suitable to be arranged substantially parallel to the pitch axis such that the pitch system can rotate the counterweight mass about the pitch axis, and the counterweight mass is at least partially fillable with fluid or solid mass portions, wherein the counterweight mass is configured to rotate its center of mass in a radial direction with respect to the axial centerline of the rotor hub, when the counterweight mass is rotated about the pitch axis by repositioning the fluid or solid mass of the counterweight mass as it rotates about the pitch axis to change the length of a counterweight mass moment arm about the axial centerline of the rotatable hub, and wherein an axial centerline of the counterweight mass is not perpendicular to the pitch axis to deliver non-perpendicular rotation about the pitch axis of the center of mass of the counterweight mass.
Process for transmitting data to an entity over a network infrastructure, said process providing for embedding said data into a file that further contains privacy policies about the access conditions to said data by said entity and means for applying said policies, said process further providing for, as said entity tries to execute said file: - collecting information about said entity and execution environment of said entity; - analysing said information to determine a degree of safety, at least one action to perform being chosen according to privacy policies and to said degree; - extracting parts of said data from said file according to said chosen action; - delivering extracted data to said entity through said execution environment. - collecting information about said entity and execution environment of said entity; - analysing said information to determine a degree of safety, at least one action to perform being chosen according to privacy policies and to said degree; - extracting parts of said data from said file according to said chosen action; - delivering extracted data to said entity through said execution environment.
A submersible power plant, wherein the submersible power plant is submerged in a fluid, the submersible power plant comprises a structure and a vehicle, the vehicle comprising at least one wing, the vehicle being arranged to be secured to the structure by means of at least one tether; the vehicle being arranged to move in a predetermined trajectory by means of a fluid stream passing the vehicle, characterized in that the tether comprises an upper tether part and a lower tether part; wherein the upper tether part has an average density higher than the fluid, has a hydrodynamic cross section and is arranged to be connected to the vehicle; wherein the lower tether part has an average density lower than the fluid, has a non-hydrodynamic cross section and is arranged to be connected to the structure.
An FMCW type LIDAR imaging system, adapted to determine a distance z sc separating it from a scene, comprising: ∘ an optical source, adapted to emit a coherent, continuous and frequency-modulated primary signal S p, to illuminate the scene; ∘ an optical collection element, adapted to collect a portion referred to as collected signal S ret,c of a backscattered signal S ret by the scene from the primary signal S p; ∘ a photodetector, intended to receive a heterodyne signal S h associated with the collected signal S ret.c; ∘ a processing unit, adapted to determine the distance z sc of the scene based on a beat frequency of the heterodyne signal S h; ∘ characterised in that it is adapted to direct the primary signal S p entirely to the scene; ∘ and in that it comprises a reflector adapted to reflect towards the scene a portion S pr,nc, referred to as uncollected signal S ret,nc, of the backscattered signal S ret and not collected by the optical collection element, • the collected portion S pr,c of the backscattered signal S pr then being formed of: first light beams S ret,c that have not been reflected by the reflector; and second light beams S ret,c that have been reflected by the reflector then by the scene; • the heterodyne signal S h then being formed by the interference between the first light beams S ret,c and the second light beams S ret,c. ∘ an optical source, adapted to emit a coherent, continuous and frequency-modulated primary signal S p, to illuminate the scene; ∘ an optical collection element, adapted to collect a portion referred to as collected signal S ret,c of a backscattered signal S ret by the scene from the primary signal S p; ∘ a photodetector, intended to receive a heterodyne signal S h associated with the collected signal S ret.c; ∘ a processing unit, adapted to determine the distance z sc of the scene based on a beat frequency of the heterodyne signal S h; ∘ characterised in that it is adapted to direct the primary signal S p entirely to the scene; ∘ and in that it comprises a reflector adapted to reflect towards the scene a portion S pr,nc, referred to as uncollected signal S ret,nc, of the backscattered signal S ret and not collected by the optical collection element, • the collected portion S pr,c of the backscattered signal S pr then being formed of: first light beams S ret,c that have not been reflected by the reflector; and second light beams S ret,c that have been reflected by the reflector then by the scene; • the heterodyne signal S h then being formed by the interference between the first light beams S ret,c and the second light beams S ret,c.
A device configured to amplify a laser pulse, wherein the device comprises a divider section configured to divide the laser pulse into multiple sub pulses and to introduce a time delay between the sub pulses, wherein the device further comprises a only one compressor section configured to compress the temporally divided sub pulses and a combiner section configured to combine the compressed sub pulses to one compressed laser pulse, wherein the compressor section has only one compressor through which each sub pulse passes,wherein the divider section comprises at least one divider stage, each divider stage comprising two polarizing beam splitters as well as two differently long beam paths, wherein the polarizing beam splitters are configured as thin film polarizers letting pass the p polarized part of the laser pulse and reflecting the s polarized part of the laser pulse and thus creating two differently polarized sub pulses, wherein the combiner section comprises at least one combiner stage, each combiner stage comprising two polarizing beam splitters as well as two differently long beam paths, wherein each divider stage is configured to split up laser pulses into sub pulses and to bring the sub pulses on the same path again so that the sub pulses are not separated in space, but only in time, for the compression. the device comprises a divider section configured to divide the laser pulse into multiple sub pulses and to introduce a time delay between the sub pulses, wherein the device further comprises a only one compressor section configured to compress the temporally divided sub pulses and a combiner section configured to combine the compressed sub pulses to one compressed laser pulse, wherein the compressor section has only one compressor through which each sub pulse passes,wherein the divider section comprises at least one divider stage, each divider stage comprising two polarizing beam splitters as well as two differently long beam paths, wherein the polarizing beam splitters are configured as thin film polarizers letting pass the p polarized part of the laser pulse and reflecting the s polarized part of the laser pulse and thus creating two differently polarized sub pulses, wherein the combiner section comprises at least one combiner stage, each combiner stage comprising two polarizing beam splitters as well as two differently long beam paths, wherein each divider stage is configured to split up laser pulses into sub pulses and to bring the sub pulses on the same path again so that the sub pulses are not separated in space, but only in time, for the compression.
A method of video encoding and decoding used by a video encoding system and video decoding system respectively, the method comprising: receiving input data associated with a current image, wherein the current image comprises a luma component and one or more chroma components; partitioning the luma component and said one or more chroma components of the current image into luma blocks and chroma blocks using a coding unit, CU, structure; characterized by: when palette mode is enabled for the current image, applying palette mode coding to the luma blocks and applying non-palette mode coding to the chroma blocks. receiving input data associated with a current image, wherein the current image comprises a luma component and one or more chroma components; partitioning the luma component and said one or more chroma components of the current image into luma blocks and chroma blocks using a coding unit, CU, structure; characterized by: when palette mode is enabled for the current image, applying palette mode coding to the luma blocks and applying non-palette mode coding to the chroma blocks.
A method for a device for encoding data using a polar code, the method comprising: allocating one or more sub-channels for one or more parity check bits based on a minimum row weight of sub-channels in a subset of a plurality of sub-channels ordered according to a reliability metric, the plurality of sub-channels corresponding to rows of a Kronecker matrix associated with the polar code, the Kronecker matrix produced from the Arikan Kernel G 2, the row weight of a sub-channel being the number of ones in the row corresponding to the sub-channel in the Kronecker matrix; generating the one or more parity check bits, for the one or more allocated sub-channels, from information bits; mapping the information bits to remaining sub-channels in the plurality of sub-channels, based on a reliability of the remaining sub-channels, without mapping the information bits to the one or more sub-channels allocated for the one or more parity check bits; encoding the information bits and the one or more parity check bits using the polar code to obtain an encoded bit stream; and transmitting the encoded bit stream; wherein the subset of the plurality of sub-channels comprises K sub-channels of the plurality of sub-channels, each of the K sub-channels having a higher reliability metric than all sub-channels from a subset of N - K sub-channels, where K is an information block length and N is a mother code length. allocating one or more sub-channels for one or more parity check bits based on a minimum row weight of sub-channels in a subset of a plurality of sub-channels ordered according to a reliability metric, the plurality of sub-channels corresponding to rows of a Kronecker matrix associated with the polar code, the Kronecker matrix produced from the Arikan Kernel G 2, the row weight of a sub-channel being the number of ones in the row corresponding to the sub-channel in the Kronecker matrix; generating the one or more parity check bits, for the one or more allocated sub-channels, from information bits; mapping the information bits to remaining sub-channels in the plurality of sub-channels, based on a reliability of the remaining sub-channels, without mapping the information bits to the one or more sub-channels allocated for the one or more parity check bits; encoding the information bits and the one or more parity check bits using the polar code to obtain an encoded bit stream; and transmitting the encoded bit stream;
A washable outer shell for an absorbent assembly, the outer shell comprising an inner surface and an outer surface opposite to the inner surface, the outer shell has an extension in the longitudinal direction and in the transverse direction, the outer shell comprises a front region, a crotch region and a rear region, the rear region comprising a first and a second corner region (7a,7b) and a rear central region arranged between the first and the second corner regions (7a,7b), as seen in the transverse direction, the outer shell comprising a first hook member provided in the first corner region on the inner surface of the outer shell and a second hook member provided in the second corner region on the inner surface of the outer shell, the first corner region comprising a first corner outer edge and the second corner region comprising a second corner outer edge, the outer shell comprising a hook attachment zone on the outer surface in the front region of the outer shell, the first and second hook members (9a,9b) being adapted to be attached to the hook attachment zone to form a waist opening, characterized in that each of the first corner region and the second corner region is provided with a respective first and second hook cover member (11a,11b), each hook cover member (11a,11b) having a first mode in which the respective hook cover member (11a,11b) is arranged to expose the respective first and second hook member (9a,9b) and a second mode covering the respective hook member (9a,9b) and wherein each of the first and the second hook cover member (11a,11b) is arranged on the outer surface of the outer shell when in the first mode and wherein each of the first and the second hook cover member (11a,11b) is folded over the respective first and a second corner outer edge (7a',7b') and arranged on the inner surface of the outer shell when in the second mode, characterized in that the outer shell comprises a front pocket arranged in the front region of the outer shell on the inner surface of the outer shell and a rear pocket arranged on the inner surface of the outer shell in the rear region of the outer shell, the front and rear pockets (12,13) being adapted to receive a front section and a rear section of the absorbent assembly to hold the absorbent assembly in the outer shell.
A liquid composition for reducing hexavalent chromium in cement, comprising: at least one metal chromium reducer in the amount of 5.0% to 50.0% by weight based on total weight of said liquid composition; at least one alkylamine or alkanolamine compound in the amount of 1.0% to 40.0% by weight based on total weight of said liquid composition; and at least one antioxidant, oxygen scavenger, or salt thereof, in the amount of 0.5% to 10.0% by weight based on total weight of said liquid composition; at least one sugar alcohol, carbohydrate, or glycoside having ability to chelate and/orto form an association complex with said metal chromium reducer, said at least one sugar alcohol, carbohydrate, or glycoside being present in the amount of 1.0% to 40.0% by weight based on total weight of said liquid composition; a natural gum or biopolymer polysaccharide stabilizer for the liquid additive composition, said natural gum or biopolymer polysaccharide stabilizer being present in the amount of 0.0% to 1.0% by weight based on total weight of said liquid composition; and water in the amount of 7.5% to 92.5% by weight based on total weight of said liquid composition. at least one metal chromium reducer in the amount of 5.0% to 50.0% by weight based on total weight of said liquid composition; at least one alkylamine or alkanolamine compound in the amount of 1.0% to 40.0% by weight based on total weight of said liquid composition; and at least one antioxidant, oxygen scavenger, or salt thereof, in the amount of 0.5% to 10.0% by weight based on total weight of said liquid composition; at least one sugar alcohol, carbohydrate, or glycoside having ability to chelate and/orto form an association complex with said metal chromium reducer, said at least one sugar alcohol, carbohydrate, or glycoside being present in the amount of 1.0% to 40.0% by weight based on total weight of said liquid composition; a natural gum or biopolymer polysaccharide stabilizer for the liquid additive composition, said natural gum or biopolymer polysaccharide stabilizer being present in the amount of 0.0% to 1.0% by weight based on total weight of said liquid composition; and water in the amount of 7.5% to 92.5% by weight based on total weight of said liquid composition.
An array comprising a plurality of pixels being logically arranged in rows and columns, the pixels comprising: - a photoreceptor for converting impinging radiation into electronic charge, - a transfer element for transferring the electronic charge towards a sense node, - a reset transistor for resetting the sense node, - means for converting the electronic charge onto the sense node into a voltage, and for outputting the voltage as a pixel signal, the means for converting and outputting comprising a source follower for converting the electronic charge, - means adapted for biasing the sense nodes at a low voltage between about 0.25 V and about 1.0 V and lower than a reset voltage which is meant to initialise the photoreceptor, during integration of impinging radiation on the photoreceptors, characterised in that - the means for converting and outputting comprise a select transistor for outputting the voltage as a pixel signal, - the reset transistors of all pixels of a predetermined row in the array are coupled with one main electrode to the gates of reset transistors of another row in the array, and said reset transistor of each pixel of said predetermined row in the array is furthermore coupled with another main electrode to the sense node of said pixel of said predetermined row, - wherein the means adapted for biasing the sense nodes is adapted for biasing the sense nodes of said predetermined row in the array by applying a pulse to said gates of reset transistors of said other row in the array, said pulse corresponding to said low voltage for biasing the sense nodes of said predetermined row. - a photoreceptor for converting impinging radiation into electronic charge, - a transfer element for transferring the electronic charge towards a sense node, - a reset transistor for resetting the sense node, - means for converting the electronic charge onto the sense node into a voltage, and for outputting the voltage as a pixel signal, the means for converting and outputting comprising a source follower for converting the electronic charge, - means adapted for biasing the sense nodes at a low voltage between about 0.25 V and about 1.0 V and lower than a reset voltage which is meant to initialise the photoreceptor, during integration of impinging radiation on the photoreceptors, - the means for converting and outputting comprise a select transistor for outputting the voltage as a pixel signal, - the reset transistors of all pixels of a predetermined row in the array are coupled with one main electrode to the gates of reset transistors of another row in the array, and said reset transistor of each pixel of said predetermined row in the array is furthermore coupled with another main electrode to the sense node of said pixel of said predetermined row, - wherein the means adapted for biasing the sense nodes is adapted for biasing the sense nodes of said predetermined row in the array by applying a pulse to said gates of reset transistors of said other row in the array, said pulse corresponding to said low voltage for biasing the sense nodes of said predetermined row.
A method comprising: identifying, at a mobile device, a frequency channel as temporarily unavailable for communication using a first radio access technology, RAT; determining avoidance information for the first RAT associated with the identified frequency channel; and modifying, while the mobile device is in communication with a network entity over a second RAT, an inter-RAT mobility behavior associated with the identified frequency channel based at least in part on the avoidance information determined for the first RAT. identifying, at a mobile device, a frequency channel as temporarily unavailable for communication using a first radio access technology, RAT; determining avoidance information for the first RAT associated with the identified frequency channel; and modifying, while the mobile device is in communication with a network entity over a second RAT, an inter-RAT mobility behavior associated with the identified frequency channel based at least in part on the avoidance information determined for the first RAT.