mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling media delivery, the method comprising: receiving a media control message from a communications device; determining a media provider distribution facility to send the media control message to, based on the media control message received from the communications device; converting the media control message into a command format, of a plurality of command formats, that is required by the determined media provider distribution facility; transmitting the converted media control message to the determined media provider distribution facility, wherein the converted media control message contains information for use by the determined media provider distribution facility 104) to control delivery of media from the media provider distribution facility to a media device. receiving a media control message from a communications device; determining a media provider distribution facility to send the media control message to, based on the media control message received from the communications device; converting the media control message into a command format, of a plurality of command formats, that is required by the determined media provider distribution facility; transmitting the converted media control message to the determined media provider distribution facility, wherein the converted media control message contains information for use by the determined media provider distribution facility 104) to control delivery of media from the media provider distribution facility to a media device.
A method for preparing high-purity sugammadex sodium, wherein a preparation process comprises the following process steps: adding a protective agent to crude sugammadex sodium, and performing recrystallization under the protection of inert gas to obtain pure sugammadex sodium, wherein the protective agent is selected from inositol phosphate expressed by the following general formula and derivatives thereof:
Brake system for a land vehicle, comprising: - at least one wheel brake (24a, 24b) to be assigned to a wheel of the land vehicle; - a pump having a variable capacity, which is devised to deliver hydraulic fluid from its input side to its output side; - at least one accumulator for receiving hydraulic fluid; - a hydraulic connection between the accumulator and the input side of the pump; - at least one first valve arrangement (30, 32) for blocking a hydraulic connection between the output side of the pump and the at least one wheel brake (24a, 24b); - at least one second valve arrangement (34, 36) for blocking a hydraulic connection (22a, 22b) between the at least one wheel brake (24a, 24b) and the input side of the pump; - at least one third valve arrangement for blocking a hydraulic connection between the output side of the pump and the accumulator, characterized in that the hydraulic fluid may be delivered by means of the pump from the at least one wheel brake (24a, 24b) directly into the accumulator, with the result that brake pressure in the at least one wheel brake (24a, 24b) may be reduced, and that the hydraulic fluid may be delivered from the accumulator into the at least one wheel brake (24a, 24b), with the result that brake pressure in the at least one wheel brake (24a, 24b) may be built up, wherein the pressure build-up and the pressure reduction in the at least one wheel brake (24a, 24b) may be distinguished by opening or closing the at least one third valve arrangement so that, when the third valve arrangement is open, brake pressure in the at least one wheel brake (24a, 24b) may be reduced and, when the third valve arrangement is closed, brake pressure in the at least one wheel brake (24a, 24b) may be built up. - at least one wheel brake (24a, 24b) to be assigned to a wheel of the land vehicle; - a pump having a variable capacity, which is devised to deliver hydraulic fluid from its input side to its output side; - at least one accumulator for receiving hydraulic fluid; - a hydraulic connection between the accumulator and the input side of the pump; - at least one first valve arrangement (30, 32) for blocking a hydraulic connection between the output side of the pump and the at least one wheel brake (24a, 24b); - at least one second valve arrangement (34, 36) for blocking a hydraulic connection (22a, 22b) between the at least one wheel brake (24a, 24b) and the input side of the pump; - at least one third valve arrangement for blocking a hydraulic connection between the output side of the pump and the accumulator, characterized in that
A device for detecting an electric arc based on an analog output signal of at least one acoustic wave sensor, this device comprising: an analog-to-digital converter capable of sampling and digitizing the output signal of the sensor; and a digital processing circuit capable of implementing a frequency domain analysis of the digital output signal of the converter enabling to detect the possible presence of an arc based on its acoustic signature, characterized in that the device further comprises: an analog circuit for detecting the exceeding of a power threshold by the output signal of the sensor, and in that the digital processing circuit is configured to implement the frequency domain analysis only on detection of the exceeding of a threshold by the analog circuit. an analog-to-digital converter capable of sampling and digitizing the output signal of the sensor; and a digital processing circuit capable of implementing a frequency domain analysis of the digital output signal of the converter enabling to detect the possible presence of an arc based on its acoustic signature, characterized in that the device further comprises: an analog circuit for detecting the exceeding of a power threshold by the output signal of the sensor, and in that the digital processing circuit is configured to implement the frequency domain analysis only on detection of the exceeding of a threshold by the analog circuit. an analog circuit for detecting the exceeding of a power threshold by the output signal of the sensor, and in that the digital processing circuit is configured to implement the frequency domain analysis only on detection of the exceeding of a threshold by the analog circuit.
An injector for injecting a medical substance intended for injection to a target region, the injector comprising: an encapsulating portion configured to encapsulate the substance intended for injection; a piston portion arranged inside an injector body, configured to advance in the injector body and disposed to apply a pressure to the substance encapsulated in the encapsulating portion so as to inject the substance to the target region; a first application portion comprising an igniter configured to combust ignition charge and discharge a combustion product, thereby generating a primary ejection energy; characterised in that the injector further comprises an energy accumulation portion (20,120,220,320) disposed between the igniter and the injector body in which the piston portion is arranged, and configured to accumulate a secondary ejection energy, the secondary ejection energy being different from the primary ejection energy and not being generated via combustion; and a second application portion configured to release the accumulated secondary ejection energy, whereby application of the secondary ejection energy by the second application portion does not precede the application of the primary ejection energy by the first application portion and is performed with application of the primary ejection energy by the first application portion as a trigger, by using the combustion product that is discharged, wherein the injector is configured such that the primary ejection energy and secondary ejection energy act on the piston portion to advance the piston portion such that the substance is ejected from the encapsulating portion. an encapsulating portion configured to encapsulate the substance intended for injection; a piston portion arranged inside an injector body, configured to advance in the injector body and disposed to apply a pressure to the substance encapsulated in the encapsulating portion so as to inject the substance to the target region; a first application portion comprising an igniter configured to combust ignition charge and discharge a combustion product, thereby generating a primary ejection energy; characterised in that the injector further comprises an energy accumulation portion (20,120,220,320) disposed between the igniter and the injector body in which the piston portion is arranged, and configured to accumulate a secondary ejection energy, the secondary ejection energy being different from the primary ejection energy and not being generated via combustion; and a second application portion configured to release the accumulated secondary ejection energy, whereby application of the secondary ejection energy by the second application portion does not precede the application of the primary ejection energy by the first application portion and is performed with application of the primary ejection energy by the first application portion as a trigger, by using the combustion product that is discharged, wherein the injector is configured such that the primary ejection energy and secondary ejection energy act on the piston portion to advance the piston portion such that the substance is ejected from the encapsulating portion.
Damping module for transmitting an impulse produced by a launch device to an underwater mobile body, wherein the damping module has a cylinder, a piston and at least one fluid connection means, the cylinder with the piston encloses a chamber and the at least one fluid connection means is formed in such a way as to create at least one fluid connection of the chamber with the environment of the damping module, and in order, in the event of an increased internal chamber pressure, which is generated in the chamber on entry of the piston into the cylinder, to keep the volume flow through the at least one fluid connection below a predetermined limit value, characterised by that the damping module has a connection device for the detachable connection of the damping module to a launch device, wherein the connection device is formed in such a way as to create, in the case of a damping module brought out of the region of a rest position, a connection with a launch device located in the area of the connection device, and in the case of a damping module retracted into the region of the rest position, to detach the connection created.
Threaded joint, comprising a first and a second tubular component (C1, C2), the first tubular component comprising a first pipe body and a male end, the male end comprising a distal surface and a threaded zone disposed on an external peripheral surface of the male end, the second tubular component comprising a second pipe body and a female end comprising a distal surface and a threaded zone disposed on an internal peripheral surface of the female end, both male and female threaded zones (13, 23) comprising respectively a varying zone (40, 50) where thread have varying width, and a non varying zone (41, 51), adjacent to the varying zone, where thread have a constant width, the varying zone of the male threaded zone being made up with the varying zone of the female threaded zone, and non varying zone of the male threaded zone being made up with the non varying zone of the female threaded zone, a thread profile of the male and female threaded zones being trapezoidal and comprising load flank, stab flank, root and crest, and a pin external shoulder of the male end is in axial abutting contact against a corresponding abutment surface of the female distal surface, such pin external shoulder being held between first pipe body and the male threaded portion characterized in that in an abutting state of the pin external shoulder of the male end against the corresponding abutment surface of the female distal surface a thread axial gap between the male stab flank and the female stab flank in the varying zone is above zero. and a pin external shoulder of the male end is in axial abutting contact against a corresponding abutment surface of the female distal surface, such pin external shoulder being held between first pipe body and the male threaded portion characterized in that in an abutting state of the pin external shoulder of the male end against the corresponding abutment surface of the female distal surface a thread axial gap between the male stab flank and the female stab flank in the varying zone is above zero.
A touch system comprising: a touch surface to be contacted by at least one pointer in the form of a finger or a pen tool (76a, 78), said pen tool having a uniquely shaped tip (76b, 78b); at least one imaging device having a field of view looking generally along said touch surface; and at least one processor (84, 54, 56) communicating with said at least one imaging device and analyzing images acquired by said at least one imaging device to: (i) determine the type of pointer used to contact said touch surface by calculating a curve of growth for the pointer, the curve of growth being a function of the shape of the pointer tip; and (ii) determine the location on said touch surface where pointer contact is made, wherein when said at least one processor (84, 54, 56) determines that the tip of the pen tool is used to contact said touch surface, said at least one processor further analyzes said images to recognize the uniquely shaped tip of said pen tool. a touch surface to be contacted by at least one pointer in the form of a finger or a pen tool (76a, 78), said pen tool having a uniquely shaped tip (76b, 78b); at least one imaging device having a field of view looking generally along said touch surface; and at least one processor (84, 54, 56) communicating with said at least one imaging device and analyzing images acquired by said at least one imaging device to: (i) determine the type of pointer used to contact said touch surface by calculating a curve of growth for the pointer, the curve of growth being a function of the shape of the pointer tip; and (ii) determine the location on said touch surface where pointer contact is made, wherein when said at least one processor (84, 54, 56) determines that the tip of the pen tool is used to contact said touch surface, said at least one processor further analyzes said images to recognize the uniquely shaped tip of said pen tool.
A method for reducing aqueous phase separation of an emulsion comprising alcohol-based fuel, and a lubricating oil comprising molybdenum ester amide complex, comprising the step of adding to the lubricating oil a dispersant polyalkyl (meth) acrylate (DPMA) in an amount from 0.01 to 0.5% by weight of the lubricating oil, such that the weight ratio of molybdenum present from the molybdenum ester amide complex to DPMA (Mo:DPMA) is 2.05 or less.
An optical resonator frequency comb, comprising: a main optical resonator being made of a resonator material, which has a third order nonlinearity and an anomalous resonator dispersion, a continuous wave (cw) laser configured for supplying continuous laser light into an optical waveguide, which is coupled with the main optical resonator, wherein the cw laser, the optical waveguide and the main optical resonator are arranged for resonantly coupling the cw laser light into the main optical resonator for forming a single dissipative soliton circulating in the main optical resonator corresponding to the generation of a frequency comb, characterized in that the optical resonator frequency comb further comprises an auxiliary optical element (3, 25, 26) configured to induce a perturbation to the main optical resonator causing a frequency shift to a longitudinal frequency mode of the main optical resonator associated with the cw laser frequency, thereby enhancing power conversion efficiency of a generated frequency comb. a main optical resonator being made of a resonator material, which has a third order nonlinearity and an anomalous resonator dispersion, a continuous wave (cw) laser configured for supplying continuous laser light into an optical waveguide, which is coupled with the main optical resonator, wherein the cw laser, the optical waveguide and the main optical resonator are arranged for resonantly coupling the cw laser light into the main optical resonator for forming a single dissipative soliton circulating in the main optical resonator corresponding to the generation of a frequency comb, characterized in that the optical resonator frequency comb further comprises an auxiliary optical element (3, 25, 26) configured to induce a perturbation to the main optical resonator causing a frequency shift to a longitudinal frequency mode of the main optical resonator associated with the cw laser frequency, thereby enhancing power conversion efficiency of a generated frequency comb.
A fluid cartridge (17; 18) for an inkjet printer, the cartridge (17; 18) comprising: an inner collapsible container for containing a printing fluid, the container having an outlet for connection to the printer; an outer housing in which the container is housed; an electronic storage device configured to store data relating to the contents of the cartridge (17; 18); at least one electrical contact associated with the electronic storage device and provided on a substrate; the housing having a front wall (108, 96) with a first aperture for said outlet, the at least one electrical contact being disposed at the front wall, wherein the substrate is supported between the housing and the container, and characterized in that the housing has rigid side walls and at least one slit provided immediately adjacent corner portions of the side walls so that the corner portions can flex inwardly towards the container. an inner collapsible container for containing a printing fluid, the container having an outlet for connection to the printer; an outer housing in which the container is housed; an electronic storage device configured to store data relating to the contents of the cartridge (17; 18); at least one electrical contact associated with the electronic storage device and provided on a substrate; the housing having a front wall (108, 96) with a first aperture for said outlet, the at least one electrical contact being disposed at the front wall, wherein the substrate is supported between the housing and the container, and characterized in that the housing has rigid side walls and at least one slit provided immediately adjacent corner portions of the side walls so that the corner portions can flex inwardly towards the container.
An immersion type electroless gold plating solution, comprising a cyanide-free water soluble gold compound, a pyrosulfurous acid compound and a thiosulfuric acid compound, wherein the concentration of the thiosulfuric acid compound is from 0.01 g/1- 1 g/l, wherein the pyrosulfurous acid compound is present in a concentration from 1 to 100 g/l and is selected from pyrosulfurous acid and its alkali metal salts, alkaline-earth metal salts and ammonium salt and wherein the thiosulfuric acid compound is selected from the alkali metal salts, alkaline-earth metal salts and ammonium salt of thiosulfuric acid, wherein the solution further comprises an aminocarboxylic acid compound, a sulfurous acid compound and a phosphoric acid compound as a pH buffer.
A heat exchanger comprising: a first plurality of passages (128, 130, 134, 138) extending in a first direction and to receive a first fluid; and a second plurality of passages extending in a second direction, and to receive a second fluid, said first plurality of passages (128, 130, 134, 138) being formed across a first cross-sectional face (F 1) of the heat exchanger, wherein a corner is defined at an upstream end of said first plurality of passages (128...138) and said second plurality of passages, and a flow cross-sectional area of said first and second pluralities of passages adjacent to said corner is less than at locations spaced from said corner, a cross-sectional area of passages (128, 130) in said first plurality of passages adjacent to said corner is less than a cross-sectional area of said passages (134, 138) in said first plurality of passages spaced further from said corner, said second plurality of passages being formed across a second cross-sectional face (F 2) of the heat exchanger, characterized in that a cross-sectional area of passages (128, 130) in said second plurality of passages adjacent to said corner is less than a cross-sectional area of said passages in said second plurality of passages spaced further from said corner. a first plurality of passages (128, 130, 134, 138) extending in a first direction and to receive a first fluid; and a second plurality of passages extending in a second direction, and to receive a second fluid, said first plurality of passages (128, 130, 134, 138) being formed across a first cross-sectional face (F 1) of the heat exchanger, wherein a corner is defined at an upstream end of said first plurality of passages (128...138) and said second plurality of passages, and a flow cross-sectional area of said first and second pluralities of passages adjacent to said corner is less than at locations spaced from said corner, a cross-sectional area of passages (128, 130) in said first plurality of passages adjacent to said corner is less than a cross-sectional area of said passages (134, 138) in said first plurality of passages spaced further from said corner, said second plurality of passages being formed across a second cross-sectional face (F 2) of the heat exchanger, characterized in that a cross-sectional area of passages (128, 130) in said second plurality of passages adjacent to said corner is less than a cross-sectional area of said passages in said second plurality of passages spaced further from said corner.
A double wall comprising a first wall plate, a second wall plate spaced apart from the first wall plate, and connecting elements connecting the first wall plate to the second wall plate, each of the two wall plates (1, 2) having a concrete layer and a wall plate reinforcement, which wall plate reinforcement comprises an exterior reinforcement layer and an interior reinforcement layer intersecting the exterior reinforcement layer, preferably essentially perpendicularly, wherein the interior reinforcement layer and the exterior reinforcement layer are connected to each other at at least 10% of their intersection points via a connection, at least one of the two wall plates (1, 2) has a concrete layer with a thickness between 10 mm and 45 mm, and at least one concrete layer contains a high-strength or ultrahigh-strength concrete, characterized in that in at least one wall plate (1, 2), one of the two reinforcement layers (7, 8) has an embedment depth in the concrete layer that is smaller than the diameter of that reinforcement layer (7, 8).