mhurhangee/ep-ind-claims huggingface dataset:
Timepiece comprising: - a movement intended to drive first analogue display means for providing a time indication, - a programmable electronic microcontroller comprising communication means capable of communicating with a third-party device of smartphone type, characterized in that it comprises additional analogue display means, kinematically independent of the movement and controlled by the electronic microcontroller to display, automatically and independently of the first analogue display means, information received from the third-party device. - a movement intended to drive first analogue display means for providing a time indication, - a programmable electronic microcontroller comprising communication means capable of communicating with a third-party device of smartphone type, characterized in that it comprises additional analogue display means, kinematically independent of the movement and controlled by the electronic microcontroller to display, automatically and independently of the first analogue display means, information received from the third-party device.
A magnesium alloy comprising: aluminum (Al): 14.0 to 23.0% by mass, calcium (Ca): 11.0% by mass or less (not including 0% by mass), strontium (Sr): 12.0% by mass or less (not including 0% by mass), zinc (Zn): 0.2 to 1.0% by mass, and optionally Si, RE, Zr, Sc, Y, Sn, Ba, Sb, the balance magnesium (Mg) and inevitable impurities, wherein the content of aluminum (Al), the content of calcium (Ca), and the content of strontium (Sr) satisfy a relation shown in the following equation: 0.8 × < Al > ≤ 1.35 × < Ca > + 1.23 × < Sr > + 8.5 ≤ 1.2 × < Al > where <Al> is the content of aluminum (Al) expressed on % by mass basis, <Ca> is the content of calcium (Ca) expressed on % by mass basis, and <Sr> is the content of strontium (Sr) expressed on % by mass basis. aluminum (Al): 14.0 to 23.0% by mass, calcium (Ca): 11.0% by mass or less (not including 0% by mass), strontium (Sr): 12.0% by mass or less (not including 0% by mass), zinc (Zn): 0.2 to 1.0% by mass, and optionally Si, RE, Zr, Sc, Y, Sn, Ba, Sb, the balance magnesium (Mg) and inevitable impurities, wherein the content of aluminum (Al), the content of calcium (Ca), and the content of strontium (Sr) satisfy a relation shown in the following equation: 0.8 × < Al > ≤ 1.35 × < Ca > + 1.23 × < Sr > + 8.5 ≤ 1.2 × < Al > where <Al> is the content of aluminum (Al) expressed on % by mass basis, <Ca> is the content of calcium (Ca) expressed on % by mass basis, and <Sr> is the content of strontium (Sr) expressed on % by mass basis.
A method of determining at least one calibration value for a redundant analog-to-digital-converter, ADC, comprising taps of a capacitive network wherein, for at least an i:th bit b i, the corresponding bit weight w i is less than the sum of the bit weights w j, j = 0,1,..., i - 1 corresponding to the bits b j, j = 0,1,..., i - 1 with lesser significance than the bit b i, comprising: sampling a first electrical value representative of the bit weight w i; and performing a first analog-to-digital, A/D, conversion using the bits b j, j = 0,1,..., i - 1 with lesser significance than the bit b i to obtain a first digital word of said bits b j, j = 0,1,..., i -1 with lesser significance than the bit b i representing said first electrical value; estimating the value of the bit weight w i expressed in terms of the bit weights w j, j = 0,1,..., i - 1 corresponding to the bits b j, j = 0,1,..., i - 1 with lesser significance than the bit b i based at least on said first digital word, wherein the resulting estimated value of the bit weight w i is one of the least one calibration value. characterized in that the method further comprises: for taps corresponding to bits with higher significance than the bit b i: connecting each tap to a different floating node; or connecting all taps to the same floating node; sampling a first electrical value representative of the bit weight w i; and performing a first analog-to-digital, A/D, conversion using the bits b j, j = 0,1,..., i - 1 with lesser significance than the bit b i to obtain a first digital word of said bits b j, j = 0,1,..., i -1 with lesser significance than the bit b i representing said first electrical value; estimating the value of the bit weight w i expressed in terms of the bit weights w j, j = 0,1,..., i - 1 corresponding to the bits b j, j = 0,1,..., i - 1 with lesser significance than the bit b i based at least on said first digital word, wherein the resulting estimated value of the bit weight w i is one of the least one calibration value. for taps corresponding to bits with higher significance than the bit b i: connecting each tap to a different floating node; or connecting all taps to the same floating node; connecting each tap to a different floating node; or connecting all taps to the same floating node;
Compound of formula where: X is hydrogen or N(CH 3) 2, Y is CH 2 or C=O, R is hydrogen or halogen, preferably F, or pharmaceutically acceptable salts thereof. X is hydrogen or N(CH 3) 2, Y is CH 2 or C=O, R is hydrogen or halogen, preferably F, or pharmaceutically acceptable salts thereof.
A vessel closure system comprising a closure element and at least one pressure body, wherein the closure element comprising a material with elastic properties; and with a plurality of holding bands, which are joining on the distal ends of the closure element, wherein the holding bands having unelastic properties; and with preferable at least one indicator element, which is connected with the closure element; and wherein the at least one pressure body is construed in the laid in condition in an opened vessel of a patient to create to additional areas of the vessel an increased pressure at a puncture position in the vessel, characterised in that the at least one pressure body is arranged at right angle to the longitudinal extension of the holding bands and having a stair shaped outer form, wherein a largest protrusion of the stair shaped outer form is serving to close the puncture in the vessel, while additional protrusions of the stair shaped outer form are construed for closing further areas at the vessel.
Drum for the application of semi-finished products within tyres for vehicle wheels, comprising: a central core defining a geometric axis of the drum; a plurality of sectors circumferentially distributed around said geometric axis, characterised in that each of said sectors comprises: at least one first portion radially movable with respect to the central core; and two second portions located in axially external positions and respectively opposite with respect to the first portion, each axially extending away from an axial end edge of the first portion and radially movable with respect to the first portion; primary driving devices operating between the central core and the first portion of each sector in order to cause a radial translation of the first portions away from the central core from a contracted position towards an expanded position; driven driving members operatively connected with the primary driving devices and the second portions of the sectors, in order to move the second portions away from the central core after the attainment of the expanded position of the first portions of the sectors. a central core defining a geometric axis of the drum; a plurality of sectors circumferentially distributed around said geometric axis, characterised in that each of said sectors comprises: at least one first portion radially movable with respect to the central core; and two second portions located in axially external positions and respectively opposite with respect to the first portion, each axially extending away from an axial end edge of the first portion and radially movable with respect to the first portion; primary driving devices operating between the central core and the first portion of each sector in order to cause a radial translation of the first portions away from the central core from a contracted position towards an expanded position; driven driving members operatively connected with the primary driving devices and the second portions of the sectors, in order to move the second portions away from the central core after the attainment of the expanded position of the first portions of the sectors. at least one first portion radially movable with respect to the central core; and two second portions located in axially external positions and respectively opposite with respect to the first portion, each axially extending away from an axial end edge of the first portion and radially movable with respect to the first portion; primary driving devices operating between the central core and the first portion of each sector in order to cause a radial translation of the first portions away from the central core from a contracted position towards an expanded position; driven driving members operatively connected with the primary driving devices and the second portions of the sectors, in order to move the second portions away from the central core after the attainment of the expanded position of the first portions of the sectors.
A video encoding device comprising: transform means for transforming an image block; entropy encoding means for entropy-encoding transformed data on the image block transformed by the transform means; PCM encoding means for PCM-encoding the image block; multiplexed data selection means for selecting, for each image block, either output data of the entropy encoding means or output data of the PCM encoding means; and multiplexing means for multiplexing ctu_pcm_flag syntax indicating whether all image blocks belonging to a coding tree unit as a set of image blocks selected by the multiplexed data selection means are PCM blocks, at a top of the coding tree unit, wherein when all image blocks belonging to the coding tree unit are PCM blocks, the multiplexing means does not multiplex at least cu_split_flag syntax indicative of a splitting pattern of the coding tree unit, and when not all image blocks belonging to the coding tree unit are PCM blocks, the multiplexing means determines the cu_split_flag syntax according to a position and a size of the image block in the coding tree unit, a size of an image frame to be decoded, and a maximum PCM block size and multiplexes the cu_split_flag syntax. transform means for transforming an image block; entropy encoding means for entropy-encoding transformed data on the image block transformed by the transform means; PCM encoding means for PCM-encoding the image block; multiplexed data selection means for selecting, for each image block, either output data of the entropy encoding means or output data of the PCM encoding means; and multiplexing means for multiplexing ctu_pcm_flag syntax indicating whether all image blocks belonging to a coding tree unit as a set of image blocks selected by the multiplexed data selection means are PCM blocks, at a top of the coding tree unit, wherein when all image blocks belonging to the coding tree unit are PCM blocks, the multiplexing means does not multiplex at least cu_split_flag syntax indicative of a splitting pattern of the coding tree unit, and when not all image blocks belonging to the coding tree unit are PCM blocks, the multiplexing means determines the cu_split_flag syntax according to a position and a size of the image block in the coding tree unit, a size of an image frame to be decoded, and a maximum PCM block size and multiplexes the cu_split_flag syntax.
An injection molding apparatus comprising an injection molding machine, a manifold that receives injection fluid from the machine and routes the injection fluid through a distribution channel from an upstream end toward a downstream end of a fluid flow channel that is disposed in the manifold or a nozzle communicating with the distribution channel of the manifold, the fluid flow channel having a channel length and having a generally straight channel section extending a downstream portion of the channel length along which the injection fluid flows from the distribution channel through the fluid flow channel to a gate to a mold cavity, the fluid flow channel mating at the downstream end with the gate to the cavity, the apparatus including an actuator interconnected to a rod or pin (10, 16, 18, 22) having an axis having an axial length, the actuator and the rod or pin being adapted to enable the pin or rod to be mounted such that that the rod or pin is disposed and drivable by the actuator reciprocally through a path of upstream downstream travel within the fluid flow channel wherein the pin or rod is drivable to a downstream-most position where a distal tip end of the pin or rod closes the gate off from flow of injection fluid through the gate, the rod or pin having a smooth continuous cylindrical outer surface, characterised by the rod or pin including one or more discontinuous or relieved portions (10a, 16a, 16b, 18a, 18b, 18c, 22a) in the form of a substantially flat surface being formed in the otherwise smooth continuous cylindrical outer surface, the one or more discontinuous or relieved portions extending axially along one or more selected portions (SD, ED) of the axial length of the rod or pin, the actuator and the rod or pin being adapted to mount the rod or pin (10, 16, 18, 22) such that the rod or pin is prevented from rotating around the axis of the rod or pin, the actuator and the rod or pin being adapted to mount the rod or pin such that the one or more discontinuous or relieved portions (10a, 16a, 16b, 18a, 18b, 18c, 22a) are disposed within the fluid flow channel, the one or more discontinuous or relieved portions (10a, 16a, 16b, 18a, 18b, 18c, 22a) being configured and arranged along the axial length of the pin or rod such that the flow of injection fluid through the straight section is modified to flow at substantially different rates or velocities or in substantially different flow patterns taken along a radial cross section along essentially the entire downstream portion of the straight section.
A composition in the form of an immunogenic particle for use in oral or nasal vaccination comprising a bioactive agent, one or more mucoadhesive polymers and a sugar matrix, wherein the bioactive agent is encapsulated, wherein the bioactive agent is selected from the group consisting of an immunogenic peptide, a bacterin, an inactivated virus and a combination thereof, wherein the one or more mucoadhesive polymers consist of chitosan, wherein the matrix comprises: 10-60 wt % of sugars, 3-10 wt % of oligosaccharides and 1-10 wt % of a cross-linking agent, wherein the sugars are selected from the group consisting of sucrose, fructose and a combination thereof, wherein the cross-linking agent is sodium triphosphate, wherein the composition is prepared by a method that comprises the following steps: (a) dissolving the one or more mucoadhesive polymers in an aqueous solution; (b) admixing the bioactive agent under ambient temperature and slightly acidic conditions to form a slurry; (c) extruding the slurry into a counter ion solution to form firm hydrogel bead or string particles; and (d) saturating the hydrogel particles with the sugars. (a) dissolving the one or more mucoadhesive polymers in an aqueous solution; (b) admixing the bioactive agent under ambient temperature and slightly acidic conditions to form a slurry; (c) extruding the slurry into a counter ion solution to form firm hydrogel bead or string particles; and (d) saturating the hydrogel particles with the sugars.
A viscoelastic polyurethane foam, comprising: the reaction product of a reaction mixture including at least one polyol and at least one isocyanate, wherein the at least one polyol and the at least one isocyanate are reacted in the presence of at least one bismuth comprising catalyst, and wherein the viscoelastic polyurethane foam has a density of less than 100 kg/m 3 and a resilience of less than 25%. the reaction product of a reaction mixture including at least one polyol and at least one isocyanate, wherein the at least one polyol and the at least one isocyanate are reacted in the presence of at least one bismuth comprising catalyst, and wherein the viscoelastic polyurethane foam has a density of less than 100 kg/m 3 and a resilience of less than 25%.
A unitary casting comprising a centrifugal pump casing and a portion (27;72) of a ball valve casing together defining a continuous first open-ended chamber, the first chamber being suitable for housing an impeller on a rotation axis and comprising an axial inlet opening, a tangential outlet opening and an axial aperture for receiving an impeller driveshaft, the unitary casting being characterized in that it also comprises a filter housing (50, 52) defining a second open-ended chamber isolated from the first chamber.
A dressing for treating a tissue site with negative pressure, the dressing comprising: a manifold comprising a first surface and a second surface opposite the first surface; a first layer adjacent to the first surface and a second layer adjacent to the second surface, the first layer and the second layer each comprising a polymer film; a plurality of fluid restrictions in the polymer film adjacent to at least the first surface; and a plurality of bonds between the first layer and the second layer, the plurality of bonds defining separable sections of the manifold, wherein the plurality of bonds form seams between the separable sections of the manifold. a manifold comprising a first surface and a second surface opposite the first surface; a first layer adjacent to the first surface and a second layer adjacent to the second surface, the first layer and the second layer each comprising a polymer film; a plurality of fluid restrictions in the polymer film adjacent to at least the first surface; and a plurality of bonds between the first layer and the second layer, the plurality of bonds defining separable sections of the manifold, wherein the plurality of bonds form seams between the separable sections of the manifold.
A pearl protein preparation method, the method is characterized by the following steps: 1) grinding pearls into a nanoscale pearl powder; 2) performing ultra-high pressure homogenization to the nanoscale pearl powder using deionized water bath at 40 ∼ 80°C for 0.2∼1h, proceed with centrifugation at low temperatures of 0∼8°C to obtain a water-soluble pearl extract a and sediments, and rinsing the sediments with an ethanol solution for 2-4 times; 3) dissolving the sediments obtained above in weak acid at temperatures of 30 ∼ 50°C under vacuum, stirring at a low speed of 80-120 rpm, and reacting for 0.5 ∼ 3h, performing centrifugation at low temperature of 0∼8°C, and obtaining a supernatant being an acid-soluble pearl extract b; 4) performing desalination of the water-soluble pearl extract a and the acid-soluble pearl extract b respectively; 5) freeze-drying the water-soluble pearl extract a and the acid-soluble pearl extract b after desalination, and obtaining a water-soluble pearl protein and an acid-soluble pearl protein respectively. 1) grinding pearls into a nanoscale pearl powder; 2) performing ultra-high pressure homogenization to the nanoscale pearl powder using deionized water bath at 40 ∼ 80°C for 0.2∼1h, proceed with centrifugation at low temperatures of 0∼8°C to obtain a water-soluble pearl extract a and sediments, and rinsing the sediments with an ethanol solution for 2-4 times; 3) dissolving the sediments obtained above in weak acid at temperatures of 30 ∼ 50°C under vacuum, stirring at a low speed of 80-120 rpm, and reacting for 0.5 ∼ 3h, performing centrifugation at low temperature of 0∼8°C, and obtaining a supernatant being an acid-soluble pearl extract b; 4) performing desalination of the water-soluble pearl extract a and the acid-soluble pearl extract b respectively; 5) freeze-drying the water-soluble pearl extract a and the acid-soluble pearl extract b after desalination, and obtaining a water-soluble pearl protein and an acid-soluble pearl protein respectively.
A chassis with variable track, particularly suited to agricultural machinery and equipment with at least four wheels, all or partly steered and all or partly driven, characterized in that it comprises a central horizontal frame, rectangular in plan view, which supports the various parts (C, P, S, B) of the agricultural machine and which is provided laterally with side members (2, 2') parallel to the stringers of said frame, having a U-shape in plan, and having end sections that carry outwardly facing mounts or hubs (102, 102') for supporting the suspensions of the wheels (R1, R2) of said machine, the longitudinal section of said side members (2, 2') being equipped with at least one pair of slides or axle boxes (3, 3') sliding on associated guide rods (4, 4') supported at the ends by cross members (5, 5') fastened to said central frame and laterally and equally projecting therefrom, with drive means being provided that are connected by one side to said central frame and by the other side to said side members (2, 2') to move these side members (2, 2') from a minimum track position, where they are close to the sides of said central frame, to a maximum track position, where they are at the maximum distance from the central frame, or to intermediate positions, with a parallel and as far as possible synchronized displacement of the side members (2, 2').
A surgical apparatus comprising: (a) a handle assembly; (b) a first transmission assembly for selective mechanical and electrical communication with a connector port of the handle assembly, wherein the first transmission assembly includes an end effector and is operable to deliver energy to a surgical site; (c) a second transmission assembly for selective mechanical and electrical communication with the connector port of the handle assembly, wherein the second transmission assembly includes an end effector and is operable to deliver energy to a surgical site, wherein the first transmission assembly and the second transmission assembly are configured to operate in different modalities; (d) an amplifier in communication with the handle assembly; and wherein: (e) at least two electric reconstruction filters communication with the amplifier and the connector port, wherein the at least two reconstruction filters comprise an ultrasonic reconstruction filter operable to deliver power to a transmission assembly configured for delivering ultrasonic energy to a surgical site and an RF reconstruction filter operable to deliver power to a transmission assembly configured to deliver RF energy to a surgical site.. (a) a handle assembly; (b) a first transmission assembly for selective mechanical and electrical communication with a connector port of the handle assembly, wherein the first transmission assembly includes an end effector and is operable to deliver energy to a surgical site; (c) a second transmission assembly for selective mechanical and electrical communication with the connector port of the handle assembly, wherein the second transmission assembly includes an end effector and is operable to deliver energy to a surgical site, wherein the first transmission assembly and the second transmission assembly are configured to operate in different modalities; (d) an amplifier in communication with the handle assembly; and wherein: (e) at least two electric reconstruction filters communication with the amplifier and the connector port, wherein the at least two reconstruction filters comprise an ultrasonic reconstruction filter operable to deliver power to a transmission assembly configured for delivering ultrasonic energy to a surgical site and an RF reconstruction filter operable to deliver power to a transmission assembly configured to deliver RF energy to a surgical site..