mhurhangee/ep-ind-claims huggingface dataset:
A furniture hinge having a damping function, comprising: a first bracket adapted to be secured to a furniture door; a second bracket adapted to be secured to a furniture cabin by a mounting plate; a first linkage member, one end of which is adapted to be rotationally connected to the second bracket by means of a third pin and the other end of which is rotationally connected to the first bracket by means of one arm of a u-shaped connector; a second linkage member, one end of which is adapted to be rotationally connected to the second bracket by means of a first pin and the other end of which is rotationally connected to the first bracket by means of the other arm of a u-shaped connector; a torsion spring which is fitted around the first pin for urging the furniture door to move from an opened position to a closed position relative to the furniture cabin; a damping mechanism having a damper and a housing being slidebly holded within the second bracket and supported by the first linkage member, the damper having a cylinder body (91.1) which is partially extended out from the housing; the damping mechanism is configured such that when the furniture door is closed onto the furniture cabin, the first linkage member drives the housing over the cylinder body (91.1); characterized in that one end of the torsion spring is secured to the second bracket so as to be retained immovable there by a second pin and the other end of the torsion spring leans onto the u-shaped connector; and the cylinder body (91.1) abuts against to the second pin. a first bracket adapted to be secured to a furniture door; a second bracket adapted to be secured to a furniture cabin by a mounting plate; a first linkage member, one end of which is adapted to be rotationally connected to the second bracket by means of a third pin and the other end of which is rotationally connected to the first bracket by means of one arm of a u-shaped connector; a second linkage member, one end of which is adapted to be rotationally connected to the second bracket by means of a first pin and the other end of which is rotationally connected to the first bracket by means of the other arm of a u-shaped connector; a torsion spring which is fitted around the first pin for urging the furniture door to move from an opened position to a closed position relative to the furniture cabin; a damping mechanism having a damper and a housing being slidebly holded within the second bracket and supported by the first linkage member, the damper having a cylinder body (91.1) which is partially extended out from the housing; the damping mechanism is configured such that when the furniture door is closed onto the furniture cabin, the first linkage member drives the housing over the cylinder body (91.1); characterized in that one end of the torsion spring is secured to the second bracket so as to be retained immovable there by a second pin and the other end of the torsion spring leans onto the u-shaped connector; and the cylinder body (91.1) abuts against to the second pin.
An apparatus for storing and changing needles for connection with a medicament delivery device, the apparatus comprising: a housing having a floor disposed at a distal end thereof; a needle holder disposed within the housing, for fluidly connecting with the medicament container of the medicament delivery device; a plurality of needles displaceably disposed on the needle holder; a user interface disposed on the housing to individually select one of the plurality of needles and displace the selected needle; and a plurality of sterility barriers (428, 460, 500) for ensuring sterility of a patient portion of each needle prior to exposure to an outside of the apparatus; characterised in that each sterility barrier comprises: a needle hub (136, 464, 468) disposed around a portion of the patient portion of the needle; and an introducer (440, 464, 468), adapted to slide relative to the needle hub, the introducer having a distal cutting tip (456, 488) adapted to cut an opening to access the outside of the apparatus through the floor. a housing having a floor disposed at a distal end thereof; a needle holder disposed within the housing, for fluidly connecting with the medicament container of the medicament delivery device; a plurality of needles displaceably disposed on the needle holder; a user interface disposed on the housing to individually select one of the plurality of needles and displace the selected needle; and a plurality of sterility barriers (428, 460, 500) for ensuring sterility of a patient portion of each needle prior to exposure to an outside of the apparatus; characterised in that each sterility barrier comprises: a needle hub (136, 464, 468) disposed around a portion of the patient portion of the needle; and an introducer (440, 464, 468), adapted to slide relative to the needle hub, the introducer having a distal cutting tip (456, 488) adapted to cut an opening to access the outside of the apparatus through the floor. a needle hub (136, 464, 468) disposed around a portion of the patient portion of the needle; and an introducer (440, 464, 468), adapted to slide relative to the needle hub, the introducer having a distal cutting tip (456, 488) adapted to cut an opening to access the outside of the apparatus through the floor.
A method for operating a first communication device (100, 200) in a communication system, the method comprising: generating, by the first communication device (100, 200), a source identification address (201, 205) for communication with the first communication device (100, 200), the source identification address (201, 205) being a combination of at least two operating condition parameters of the first communication device (100, 200), the operating condition parameter comprising one or more of the group consisting of: - remaining battery lifetime status of the first communication device (100, 200); - power class of the first communication device (100, 200); and - operational purpose of the first communication device (100, 200), the source identification address having a hierarchical structure with the highest level being a selected one of the at least two operating condition parameters. - remaining battery lifetime status of the first communication device (100, 200); - power class of the first communication device (100, 200); and - operational purpose of the first communication device (100, 200), the source identification address having a hierarchical structure with the highest level being a selected one of the at least two operating condition parameters.
A single bucket drag-type turbine comprising a single half-pipe bucket and a counterweight oppositely facing the bucket, wherein fluid particles in orbital motion in a wave impel the bucket and the counterweight to rotate them as a unitary body.
A solid or liquid pharmaceutical composition comprising: a) botulinum neurotoxin complex (type A, B, C, D, E, F or G) or high purity botulinum neurotoxin (type A, B, C, D, E, F, or G), b) a surfactant as a stabilizing agent, c) sodium chloride, and d) a buffer to maintain pH between 5.5 to 7.5 wherein said solid or liquid pharmaceutical composition does not comprise albumin. a) botulinum neurotoxin complex (type A, B, C, D, E, F or G) or high purity botulinum neurotoxin (type A, B, C, D, E, F, or G), b) a surfactant as a stabilizing agent, c) sodium chloride, and d) a buffer to maintain pH between 5.5 to 7.5
Device for manufacturing ball-bearing ring with running grooves using the plastic injection-moulding process, comprising a die with a collapsing core which is formed of die segments which are arranged to move axially on a carrier profile and which have axially curved sections to form the running groove, characterised in that the curve of the curved section of each die segment changes in diameter at at least one parting edge of the die segment.
A semiconductor device (10, 30) including a transistor with fin structure, the semiconductor device comprising: a channel layer disposed over a substrate (11, 31), the channel layer being connected to the substrate (11, 31) via a semiconductor layer; a source layer disposed on a first side surface of the channel layer over the substrate (11, 31), the source layer being separated from the substrate (11, 31) via a first insulating layer, the source layer serving as a source of the transistor; a drain layer disposed on a second side surface of the channel layer opposite to the first side surface over the substrate (11, 31), the drain layer being separated from the substrate (11, 31) via a second insulating layer, the drain layer serving as a drain of the transistor; and a gate electrode including a first portion disposed over the channel layer and a second portion disposed between the substrate (11, 31) and the channel layer, the gate electrode serving as a gate of the transistor, wherein the second portion has a third side surface and a fourth side surface opposite to the third side surface, and the third side surface or the fourth side surface faces the semiconductor layer. a channel layer disposed over a substrate (11, 31), the channel layer being connected to the substrate (11, 31) via a semiconductor layer; a source layer disposed on a first side surface of the channel layer over the substrate (11, 31), the source layer being separated from the substrate (11, 31) via a first insulating layer, the source layer serving as a source of the transistor; a drain layer disposed on a second side surface of the channel layer opposite to the first side surface over the substrate (11, 31), the drain layer being separated from the substrate (11, 31) via a second insulating layer, the drain layer serving as a drain of the transistor; and a gate electrode including a first portion disposed over the channel layer and a second portion disposed between the substrate (11, 31) and the channel layer, the gate electrode serving as a gate of the transistor, wherein the second portion has a third side surface and a fourth side surface opposite to the third side surface, and the third side surface or the fourth side surface faces the semiconductor layer.
A rubber composition comprising: a rubber component containing diene-based rubber; a filler, and a compound represented by the following formula: (wherein: A is a phenyl group or a naphthyl group and has at least two polar groups, which is at least one of the functional group selected from a group consisting of a hydroxyl group, an amino group and a nitro group and at least one of the functional group is the hydroxyl group, and which may be the same or different from each other; R 1 and R 2 are each independently at least one substituent selected from a group consisting of a hydrogen atom, an alkyl group, a cycloalkyl group, and an aryl group; and further, the substituent may include at least one of O, S, and N atoms).
A process for making a copolymer product comprising units derived from a thermoplastic polymer, a silane crosslinker and a silicone polymer, the process comprising the steps of contacting the silane crosslinker with the thermoplastic polymer under grafting conditions in a grafting zone of a reaction extruder such that the silane crosslinker grafts to the thermoplastic polymer; and adding a cyclic siloxane to the silane-grafted thermoplastic polymer under cyclic siloxane polymerization conditions in a ring-opening/polymerization zone of the same reaction extruder such that the silicone polymer is formed and combines with the silane-grafted thermoplastic polymer to form the copolymer product. contacting the silane crosslinker with the thermoplastic polymer under grafting conditions in a grafting zone of a reaction extruder such that the silane crosslinker grafts to the thermoplastic polymer; and adding a cyclic siloxane to the silane-grafted thermoplastic polymer under cyclic siloxane polymerization conditions in a ring-opening/polymerization zone of the same reaction extruder such that the silicone polymer is formed and combines with the silane-grafted thermoplastic polymer to form the copolymer product.
A method of improving, enhancing or modifying a fragrance formulation through the addition of an olfactory acceptable amount of 3-methyl-benzofuran-5-ol.
A turbine assembly (10, 10b-10f) comprising a basically hollow aerofoil having at least a cavity with at least an impingement tube (16, 16a-16f), which is insertable inside the cavity of the hollow aerofoil and is used for impingement cooling of at least an inner surface of the cavity, and with at least a platform (20, 20'), which is arranged at a radial end (22, 22') of the hollow aerofoil, and with at least a cooling chamber (24, 24') used for cooling of at least the platform (20, 20') and which is arranged relative to the hollow aerofoil on an opposed side of the platform (20, 20') and wherein the cooling chamber (24, 24') is limited at a first radial end (26, 26') from the platform (20, 20') and at an opposed radial second end (28, 28') from at least a cover plate (30, 30'), and characterised in that the impingement tube (16, 16a-16f) is being formed from a leading piece and a trailing piece both being inserted in said at least one cavity, wherein the leading piece is located towards a leading edge of the hollow aerofoil and the trailing piece is located viewed in direction from the leading edge to the trailing edge downstream of the leading piece and wherein the leading piece of the impingement tube (16, 16a-16f) extends in span wise direction at least completely through the cooling chamber (24, 24') from the platform (20, 20') to the cover plate (30, 30') and wherein the trailing piece of the impingement tube (16, 16a-16f) terminates in span wise direction at the platform (20, 20').
An element [200, 300, 400, 500, 600, 700, 800] comprising; a composite [210, 310, 510, 610, 710] comprising an array of reinforcing fibers disposed in a thermoplastic material; an integral thermoplastic positioning system (ITPS) [220, 320, 520, 620] formed on the composite and configured to position the composite [210, 310, 510, 610, 710] within an injection molding tool during formation of an encapsulating thermoplastic, the ITPS comprising: a latticework [230, 330] comprising a series of linear structures with a plurality of crossbars linking adjacent linear structures, and a plurality of spires [222, 322, 522, 622] extending outwardly from the latticework; and the encapsulating thermoplastic [250, 350, 550, 650, 750, 850] forming an exterior geometry, wherein the encapsulating thermoplastic forms a chemically homogeneous bond with the ITPS. a composite [210, 310, 510, 610, 710] comprising an array of reinforcing fibers disposed in a thermoplastic material; an integral thermoplastic positioning system (ITPS) [220, 320, 520, 620] formed on the composite and configured to position the composite [210, 310, 510, 610, 710] within an injection molding tool during formation of an encapsulating thermoplastic, the ITPS comprising: a latticework [230, 330] comprising a series of linear structures with a plurality of crossbars linking adjacent linear structures, and a plurality of spires [222, 322, 522, 622] extending outwardly from the latticework; and a latticework [230, 330] comprising a series of linear structures with a plurality of crossbars linking adjacent linear structures, and a plurality of spires [222, 322, 522, 622] extending outwardly from the latticework; and the encapsulating thermoplastic [250, 350, 550, 650, 750, 850] forming an exterior geometry, wherein the encapsulating thermoplastic forms a chemically homogeneous bond with the ITPS.
A pack comprising a sealed package containing a squeezable product, the package having a first openable portion and being at least partially flexible to enable squeezing of the package to facilitate dispensing of a liquid or particulate material emanating from the product via the first openable portion once opened, wherein the pack has at least one formation for improving the dispensing of the liquid or particulate material and wherein the package comprises one or more films (13, 14) which are fluid-tight and which fully enclose a volume in which the product is sealingly retained, wherein said one or more films (13, 14) comprises a flexible first film and a second film, which films are sealingly joined to each other about a periphery thereby fully enclosing said volume in which the product is sealingly retained, wherein said at least one formation comprises an extended tongue projecting from the second film adjacent the first openable portion, the extended tongue being formed with a depression for collecting liquid or particulate material dispensed after opening the pack, wherein the second film is flexible but less flexible than the first film and has sufficient structural integrity to hold the shape of the depression formed in the extended tongue and characterised in that the first film extends and seals over the depression prior to opening of the first openable portion, said opening of the first openable portion also involving the uncovering of the depression.
A system for aligning an eye for laser surgery, comprising: a pupilometer with an imaging device configured to obtain a plurality of images of the eye from which the pupilometer can determine changes in pupil size; a variable illumination source; a computer with a processor and memory in communication with the pupilometer, such that the processor can receive pupil size signals from the pupilometer; wherein the computer is configured to determine a desired optical light output sufficient to affect changes in pupil size as determined from the received pupil size signals; and send control signals to the variable illumination source to obtain the desired optical light output to the eye, wherein the desired optical light output are both photopic and scotopic, wherein the computer is further configured to, determine a pupil center and an iris center for a scotopic image measure a pupil center and an iris center of a photopic image determine a pupil center and a cyclotorsional angle offset between the scotopic and photopic images. a pupilometer with an imaging device configured to obtain a plurality of images of the eye from which the pupilometer can determine changes in pupil size; a variable illumination source; a computer with a processor and memory in communication with the pupilometer, such that the processor can receive pupil size signals from the pupilometer; wherein the computer is configured to determine a desired optical light output sufficient to affect changes in pupil size as determined from the received pupil size signals; and send control signals to the variable illumination source to obtain the desired optical light output to the eye, wherein the desired optical light output are both photopic and scotopic, wherein the computer is further configured to, determine a pupil center and an iris center for a scotopic image measure a pupil center and an iris center of a photopic image determine a pupil center and a cyclotorsional angle offset between the scotopic and photopic images.
An electric truck provided with double-tires, comprising a drive device comprising: drive units each of which includes a drive unit housing integrally accommodating a motor that generates drive power, a reducer that reduces a rotation speed of the motor, and a final gear that is connected to the reducer and transfers the drive power of the motor to a drive shaft of the double-tire, wherein the drive units are provided to each of the double-tires on left and right sides of the electric truck; the drive shaft of the double-tire is extended in a vehicle width direction with the truck traveling straight forward; the final gear is positioned at a center of two wheels constituting the double-tire in the vehicle width direction and distributes the drive power amplified by the reducer to the two wheels; and the drive device further comprises a suspension part; and a steering gear part provided above and integrated with the suspension part and configured to steer the double-tire; and the suspension part and the steering gear part are integrally integrated above the final gear. drive units each of which includes a drive unit housing integrally accommodating a motor that generates drive power, a reducer that reduces a rotation speed of the motor, and a final gear that is connected to the reducer and transfers the drive power of the motor to a drive shaft of the double-tire, wherein the drive units are provided to each of the double-tires on left and right sides of the electric truck; the drive shaft of the double-tire is extended in a vehicle width direction with the truck traveling straight forward; the final gear is positioned at a center of two wheels constituting the double-tire in the vehicle width direction and distributes the drive power amplified by the reducer to the two wheels; and the drive device further comprises a suspension part; and a steering gear part provided above and integrated with the suspension part and configured to steer the double-tire; and the suspension part and the steering gear part are integrally integrated above the final gear.
An injectable aqueous composition in.the form of a get, used for aesthetical pur poses or for therapeutic purposes, based on crosslinked hyaluronic acid or one of its salts, on one or more polyol(s) and on lidocaine, having undergone heat sterilization.
A method for implementing preamble generation, comprising the steps of obtaining a first parameter value Δ according to a root sequence number of a Zadoff-Chu, ZC, sequence; obtaining an initial value of a first sequence, according to a length N ZC and a cyclic shift value τ of the ZC sequence and the obtained first parameter value Δ; performing iterative calculatings on the first sequence according to the initial value of the first sequence and the first parameter value Δ; performing iterative calculatings on a second sequence according to the iteratively calculated values of the first sequence and a preset initial value of the second sequence; performing Discrete Fourier Transform, DFT, on the iteratively calculated values of the second sequence, and generating a preamble sequence through subcarrier mapping, CP insertion and application of power gain factor, β PRACH. wherein obtaining the first parameter value according to the root sequence number of the ZC sequence comprises: looking up in a first data sheet by using the root sequence number of the ZC sequence as an index, to obtain the first parameter value Δ, wherein Δ = u -1 mod N ZC is stored in the first data sheet, 0≤ u ≤ N ZC -1, and Δ is aninteger in a range of [0, N ZC -1]. and wherein performing iterative calculatings on the first sequence according to the initial value of the first sequence and the first parameter value Δ comprises: performing a first iterative calculation on the first sequence according to the initial value of the first sequence and the first parameter value Δ; and performing a k-th iterative calculation according to a (k-1)-th iteratively calculated value and the first parameter value Δ. looking up in a first data sheet by using the root sequence number of the ZC sequence as an index, to obtain the first parameter value Δ, wherein Δ = u -1 mod N ZC is stored in the first data sheet, 0≤ u ≤ N ZC -1, and Δ is aninteger in a range of [0, N ZC -1]. and wherein performing iterative calculatings on the first sequence according to the initial value of the first sequence and the first parameter value Δ comprises: performing a first iterative calculation on the first sequence according to the initial value of the first sequence and the first parameter value Δ; and performing a k-th iterative calculation according to a (k-1)-th iteratively calculated value and the first parameter value Δ. performing a first iterative calculation on the first sequence according to the initial value of the first sequence and the first parameter value Δ; and performing a k-th iterative calculation according to a (k-1)-th iteratively calculated value and the first parameter value Δ.