mhurhangee/patent-ind-claim-en huggingface dataset:
Mechanical connection device for positioning, according to a three-dimensional orthonormal frame of reference, two planes with respect to one another, comprising parts nested one in the other with the planes to be positioned associated with nested respective end parts, and adjustable connection mechanisms (M1 to M6) acting in translation and in rotation about the axes of the frame of reference, and which are grouped together and arranged in said nested parts in order to act independently, for three among them (M1, M2, M3), in translation about the three axes of the three-dimensional orthonormal frame of reference and, for three others among them (M4, M5, M6), in rotation about said axes of the frame of reference, so as to successively adjust each translation and/or rotation and position the two planes with respect to one another, characterised in that , with respect to the frame of reference where an axis x of the frame of reference is perpendicular to axes yz of the planes, said nested parts comprising: - a support sheet bearing one of the planes and mounted about the axis x in order to define the connection mechanism in rotation (M4) about the axis x; - a plate added against the sheet , to define the connection mechanism in translation (M2) about the axis y; - a bracket part mounted about the axis x and added onto the plate to define the connection mechanisms in rotation (M6) and in translation (M3) respectively about and according to the axis z; and - a beam bearing the bracket and to which is fastened the other plane to define the connection mechanisms in translation (M1) about the axis x and in rotation (M5) about the axis y, said support sheet and said beam forming the end parts and the plate and the bracket forming intermediate parts. - a support sheet bearing one of the planes and mounted about the axis x in order to define the connection mechanism in rotation (M4) about the axis x; - a plate added against the sheet , to define the connection mechanism in translation (M2) about the axis y; - a bracket part mounted about the axis x and added onto the plate to define the connection mechanisms in rotation (M6) and in translation (M3) respectively about and according to the axis z; and - a beam bearing the bracket and to which is fastened the other plane to define the connection mechanisms in translation (M1) about the axis x and in rotation (M5) about the axis y, said support sheet and said beam forming the end parts and the plate and the bracket forming intermediate parts.
A method for receiving data over periodic resources, comprising: receiving, by a terminal, a list of periodic resources from a network side device, wherein the list of periodic resources comprises periodicities of respective periodic resources, and mapping relationships between periodic resources, available Transmission Time Interval, TTI, lengths, and channel conditions; and wherein each of the mapping relationships comprises a correspondence between a periodic resource and an available TTI length, or a correspondence between a periodic resource and a channel condition, or a correspondence between a periodic resource and a combination of an available TTI length and a channel condition; determining, by the terminal, a periodic resource according to the mapping relationships comprised in the list of periodic resources at a transmission time occasion corresponding to a periodicity of the periodic resource, after determining a TTI length to use for data transmission and/or a channel condition to use for data transmission; and transmitting or receiving, by the terminal, data over the determined periodic resource. receiving, by a terminal, a list of periodic resources from a network side device, wherein the list of periodic resources comprises periodicities of respective periodic resources, and mapping relationships between periodic resources, available Transmission Time Interval, TTI, lengths, and channel conditions; and wherein each of the mapping relationships comprises a correspondence between a periodic resource and an available TTI length, or a correspondence between a periodic resource and a channel condition, or a correspondence between a periodic resource and a combination of an available TTI length and a channel condition; determining, by the terminal, a periodic resource according to the mapping relationships comprised in the list of periodic resources at a transmission time occasion corresponding to a periodicity of the periodic resource, after determining a TTI length to use for data transmission and/or a channel condition to use for data transmission; and transmitting or receiving, by the terminal, data over the determined periodic resource.
A sensor for sensing debris in a lubrication flow through a lubrication channel in a gas turbine engine, the sensor comprising: a housing ; external electronics connected to the housing , the external electronics communicating sensed data to a signal processor ; internal electronics within the housing , the internal electronics being electronically connected to the external electronics , the internal electronics including a plurality of sensor coils adjacently disposed in a lubrication flow-wise direction ; and internal damping material separating the plurality of sensor coils from the housing , wherein: the internal damping material envelops the plurality of sensor coils ; and the internal damping material extends axially between a distal end and a proximate end of the housing . a housing ; external electronics connected to the housing , the external electronics communicating sensed data to a signal processor ; internal electronics within the housing , the internal electronics being electronically connected to the external electronics , the internal electronics including a plurality of sensor coils adjacently disposed in a lubrication flow-wise direction ; and internal damping material separating the plurality of sensor coils from the housing , wherein: the internal damping material envelops the plurality of sensor coils ; and the internal damping material extends axially between a distal end and a proximate end of the housing . the internal damping material envelops the plurality of sensor coils ; and the internal damping material extends axially between a distal end and a proximate end of the housing .
A memory structure comprising: a bank group comprising a plurality of memory banks, (Bank 0 - Bank (N-1)) each memory bank having one read port and one write port; and a port emulation circuit module that provides a group read/write port (Port A Write & Read Data Path) and a group read port (Port B Read Data Path) for the bank group; characterized in that the port emulation circuit module is configured to, after receiving, at the group read/write port (Port A Write & Read Data Path), a data write command to write new data to a targeted entry, read previous data of the targeted entry, calculate an updated parity data for a write address, write new data into said targeted entry and write the updated parity into a corresponding entry in a parity bank of the bank group. a bank group comprising a plurality of memory banks, (Bank 0 - Bank (N-1)) each memory bank having one read port and one write port; and a port emulation circuit module that provides a group read/write port (Port A Write & Read Data Path) and a group read port (Port B Read Data Path) for the bank group; characterized in that the port emulation circuit module is configured to, after receiving, at the group read/write port (Port A Write & Read Data Path), a data write command to write new data to a targeted entry, read previous data of the targeted entry, calculate an updated parity data for a write address, write new data into said targeted entry and write the updated parity into a corresponding entry in a parity bank of the bank group.
A blister package for a contact lens, the blister package comprising: a body having a top surface and comprising a handle and a body dome connected to the handle ; a seal attached to the top surface of the body , the seal having a seal top surface and comprising a seal dome having an outer sidewall and an inner sidewall , the seal sealing a volume of contact lens solution and a contact lens between the outer sidewall of the body dome and the inner sidewall of the seal dome , the seal dome intersecting the seal top surface at an intersection , the seal dome having a diameter or other maximum dimension at the intersection , the outer sidewall of the seal dome defining a blister package dome , and characterised by the handle having a through-hole , and the through-hole having a through-hole diameter or other maximum dimension for at least partially accommodating the outer sidewall of the seal dome . a body having a top surface and comprising a handle and a body dome connected to the handle ; a seal attached to the top surface of the body , the seal having a seal top surface and comprising a seal dome having an outer sidewall and an inner sidewall , the seal sealing a volume of contact lens solution and a contact lens between the outer sidewall of the body dome and the inner sidewall of the seal dome , the seal dome intersecting the seal top surface at an intersection , the seal dome having a diameter or other maximum dimension at the intersection , the outer sidewall of the seal dome defining a blister package dome , and characterised by the handle having a through-hole , and the through-hole having a through-hole diameter or other maximum dimension for at least partially accommodating the outer sidewall of the seal dome .
A layer system comprising - at least one adhesion promoter layer ; and - a plurality of functional layers arranged on the at least one adhesion promoter layer , wherein each functional layer comprises a first nanolayer made of a first metal nitride comprising a first metal component and a metallic second nanolayer , wherein each functional layer has a layer thickness d in the range from 1 to 100 nm, wherein the metallic second nanolayer is formed from at least one metal from the group comprising copper, palladium, silver, platinum, iridium and gold, characterised in that the first metal nitride of the first nanolayer is formed by molybdenum nitride MoN. - at least one adhesion promoter layer ; and - a plurality of functional layers arranged on the at least one adhesion promoter layer , wherein each functional layer comprises a first nanolayer made of a first metal nitride comprising a first metal component and a metallic second nanolayer , wherein each functional layer has a layer thickness d in the range from 1 to 100 nm, wherein the metallic second nanolayer is formed from at least one metal from the group comprising copper, palladium, silver, platinum, iridium and gold, characterised in that the first metal nitride of the first nanolayer is formed by molybdenum nitride MoN.
An agricultural mesh for baling comprising a plurality of columns of chain or pillars , in which each column of chain or pillar comprises a plurality of meshes , with said columns of chains or pillars interconnected and associated by means of weft , characterized in that it has a triangular configuration resulting from the interlacing of the weft in a first column of chain or pillar , passage through a second column of chain or pillar , interlacing in a third column of chain or pillar and return to the first column of chain or pillar through the longitudinal zigzag reverse path with passage through the second column of chain or pillar , and return to the first column of chain or pillar at intervals of six meshes along the length of the agricultural mesh for baling .
A tool case comprising: a base having a lower surface , the lower surface defining a plurality of guides ; and a tool holder insert supported by the base , the tool holder insert including a base portion , an insert portion extending from the base portion in a first direction, the insert portion engaging one of the plurality of guides , a main body portion extending from the base portion in a second direction that is opposite the first direction, the main body portion configured to receive an oscillating multi tool blade , and a wing extending outwardly from the base portion , characterised by the wing having a detent that engages another of the plurality of guides . a base having a lower surface , the lower surface defining a plurality of guides ; and a tool holder insert supported by the base , the tool holder insert including a base portion , an insert portion extending from the base portion in a first direction, the insert portion engaging one of the plurality of guides , a main body portion extending from the base portion in a second direction that is opposite the first direction, the main body portion configured to receive an oscillating multi tool blade , and a wing extending outwardly from the base portion , characterised by the wing having a detent that engages another of the plurality of guides . a base portion , an insert portion extending from the base portion in a first direction, the insert portion engaging one of the plurality of guides , a main body portion extending from the base portion in a second direction that is opposite the first direction, the main body portion configured to receive an oscillating multi tool blade , and a wing extending outwardly from the base portion , characterised by the wing having a detent that engages another of the plurality of guides .
A method for the mounting, storage and deployment of fairing devices for the reduction of vortex-induced vibrations or motions and minimization of drag about substantially cylindrical elements immersed in a fluid medium, characterized by the following steps: a) creating a plurality of joint sections prepared for storage by mounting fairing devices around respective cylindrical elements, wherein said fairing devices include fin-like portions which are held in close proximity around the cylindrical elements; b) connecting the joint sections together prior to deployment into said fluid medium; c) actuating said fairing devices, thus bringing said fin-like portions out from said close proximity around the cylindrical elements; and d) immersing a string comprising a plurality of connected joint sections into a fluid medium. a) creating a plurality of joint sections prepared for storage by mounting fairing devices around respective cylindrical elements, wherein said fairing devices include fin-like portions which are held in close proximity around the cylindrical elements; b) connecting the joint sections together prior to deployment into said fluid medium; c) actuating said fairing devices, thus bringing said fin-like portions out from said close proximity around the cylindrical elements; and d) immersing a string comprising a plurality of connected joint sections into a fluid medium.
A method for near-real time encoding of a signal comprising at least a video signal, the method comprising the step of: - acquiring (S100) said video signal included in a linear stream, said linear stream comprising at least two units of content without a logical distinction between them, wherein each unit of content comprises at least one among audio, video and data services, and wherein without a logical distinction indicates that the two units of content are sequential without temporal or logical interruption; - dividing (S200) the video signal into at least a first segment and a second segment of respective preset durations, at least one of said segments being capable of containing at least a part of said two contents and comprising recomposing information; - executing (S300) a first encoding of said first segment using an off-line encoding to obtain a first encoded segment, wherein the off-line encoding includes an off-line compression having parameters set so as to complete the entire encoding process on the first segment within a preset time interval; - executing (S400) a second encoding of said second segment using an off-line encoding to obtain a second encoded segment, said second encoding being executed at least partially in parallel with the first encoding, wherein the off-line encoding includes an off-line compression having parameters set so as to complete the entire encoding process on the first segment within a preset time interval; - recomposing (S500), using said recomposing information, said first encoded segment and said second encoded segment to obtain a continuous encoded signal. - acquiring (S100) said video signal included in a linear stream, said linear stream comprising at least two units of content without a logical distinction between them, wherein each unit of content comprises at least one among audio, video and data services, and wherein without a logical distinction indicates that the two units of content are sequential without temporal or logical interruption; - dividing (S200) the video signal into at least a first segment and a second segment of respective preset durations, at least one of said segments being capable of containing at least a part of said two contents and comprising recomposing information; - executing (S300) a first encoding of said first segment using an off-line encoding to obtain a first encoded segment, wherein the off-line encoding includes an off-line compression having parameters set so as to complete the entire encoding process on the first segment within a preset time interval; - executing (S400) a second encoding of said second segment using an off-line encoding to obtain a second encoded segment, said second encoding being executed at least partially in parallel with the first encoding, wherein the off-line encoding includes an off-line compression having parameters set so as to complete the entire encoding process on the first segment within a preset time interval; - recomposing (S500), using said recomposing information, said first encoded segment and said second encoded segment to obtain a continuous encoded signal.
A tension connector for connecting two components, comprising a bolt which has a bolt shaft and a bolt head formed as a partial sphere or partial cylinder, in particular a hemisphere or a semi-circle, on its bolt side facing the bolt shaft , and comprising an eccentric lever of plastic material, which has a bearing pot with a pot opening and with a pot interior which is formed as a partial sphere or partial cylinder and is formed as a pivoting bearing and by means of which the eccentric lever can be or is mounted on the bolt head so as to be pivotable about a pivot axis between a starting position and a tensioned position, wherein the bearing pot has a slot for the bolt shaft extending from the pot opening against the tensioning direction and has an outer contour along the slot on both sides of the slot which is eccentric relative to the pivot axis , wherein the pot opening is surrounded by a collar that radially projects to the outside past the pot wall and is formed as ring segment, the two end faces of which together define a flat contact surface on both sides of the slot , wherein the eccentric lever with its pot interior is mounted on the bolt head so as to be pivotable by 90° about a pivot axis between a starting position and a tensioned position, the pivot axis being defined by the slot through which the bolt shaft engages, wherein a flat lever arm of the eccentric lever , which engages the pot bottom on the side of the bearing pot opposite the slot and extends approximately parallel to the collar is oriented parallel to the bolt in the starting position and is oriented at right angles to the bolt in the tensioned position, wherein the end of the bolt remote from the bolt head has at least one spreading cone , onto which a spreading sleeve is attached, in particular clipped on, wherein the distance of the eccentric outer contour from the pot interior in the tensioning direction increases continuously starting from the flat contact surface to the flat pot bottom , wherein the eccentric outer contour merges into the pot bottom via an edge, and wherein close to the pot opening the slot has an elastically widenable constriction that abuts the bolt shaft in the starting position, the slot width of which constriction is slightly smaller than the diameter of the bolt shaft , whereby the eccentric lever can be pushfitted with its pot opening onto the bolt head in a direction perpendicular to the bolt axis and at the same time the bolt shaft can be inserted into the slot and the constriction can be elastically widened to the diameter of the bolt shaft until it locks behind the pushed-past bolt shaft in order to hold the bolt and the eccentric lever together in an undetachable manner.
An aqueous inkjet ink resin dispersion foi inkjet textile printing comprising resin particles and water, wherein the resin particles contain a radical polymer containing a structural unit derived from a polymerizable compound represented by formula . (In formula , R 1 represents an alkylene group having 1 to 10 carbon atoms, n represents an integer of 1 to 100, R 2 represents an alkyl group having 1 to 50 carbon atoms or an aryl group having 6 to 30 carbon atoms, and X represents -SO 3 M (M represents an alkali metal atom or NH 4 )), wherein the radical polymer has a glass transition temperature of -35°C or lower, measured by differential scanning calorimetry at a temperature rising rate of 10°C/min according to JIS K7121. n represents an integer of 1 to 100, R 2 represents an alkyl group having 1 to 50 carbon atoms or an aryl group having 6 to 30 carbon atoms, and X represents -SO 3 M (M represents an alkali metal atom or NH 4 )), wherein the radical polymer has a glass transition temperature of -35°C or lower, measured by differential scanning calorimetry at a temperature rising rate of 10°C/min according to JIS K7121.
A method of wireless communication performed by a user equipment, UE, the method comprising: receiving a system information, SI, message in an overlapped scheduling window, wherein the overlapped scheduling window relates to a first scheduling window that overlaps with a second scheduling window, and wherein the SI message corresponds to one of the first or the second scheduling windows; identifying whether the SI message contains a system information block 1, SIB 1, or a SIB other than a SIB 1 based at least in part on a downlink control information, DCI for the SI message, wherein the DCI includes a bit that has a first value to identify the SIB 1 or a second value to identify the SIB other than the SIB 1; and responsive to the identification of the SI message, selectively acquiring or not acquiring the SI message. receiving a system information, SI, message in an overlapped scheduling window, wherein the overlapped scheduling window relates to a first scheduling window that overlaps with a second scheduling window, and wherein the SI message corresponds to one of the first or the second scheduling windows; identifying whether the SI message contains a system information block 1, SIB 1, or a SIB other than a SIB 1 based at least in part on a downlink control information, DCI for the SI message, wherein the DCI includes a bit that has a first value to identify the SIB 1 or a second value to identify the SIB other than the SIB 1; and responsive to the identification of the SI message, selectively acquiring or not acquiring the SI message.