mhurhangee/ep-ind-claims huggingface dataset:
Device for transferring a sterile product in aseptic conditions from a first container into a second container, comprising: - a first container containing a sterile product, wherein the probability of a microorganism proliferating is less than 10 -6 according to standard NF EN 556, equipped with emptying means comprising a first pipe on which there are fitted in series two opening/closure valves (13, 14) which can be operated independently from one another, comprising a first valve, called the proximal valve, arranged on the first container side, and a second valve, called the distal valve, arranged on the side of an opposite free end of said first pipe; - a second container which is equipped with filling means comprising a second pipe on which there are fitted in series two opening/closure valves (23, 24) which can be operated independently from one another, comprising a first valve, called the proximal valve, arranged on the second container side, and a second valve, called the distal valve, arranged on the side of an opposite free end of said second pipe; - a removable hose for sealed connection of said free end of the first pipe and said free end of the second pipe; and - means for connection of said removable hose to a system for sterilization of its inner volume, which can be operated when said removable hose connects said free end of the first pipe and said free end of the second pipe in a sealed manner. - a first container containing a sterile product, wherein the probability of a microorganism proliferating is less than 10 -6 according to standard NF EN 556, equipped with emptying means comprising a first pipe on which there are fitted in series two opening/closure valves (13, 14) which can be operated independently from one another, comprising a first valve, called the proximal valve, arranged on the first container side, and a second valve, called the distal valve, arranged on the side of an opposite free end of said first pipe; - a second container which is equipped with filling means comprising a second pipe on which there are fitted in series two opening/closure valves (23, 24) which can be operated independently from one another, comprising a first valve, called the proximal valve, arranged on the second container side, and a second valve, called the distal valve, arranged on the side of an opposite free end of said second pipe; - a removable hose for sealed connection of said free end of the first pipe and said free end of the second pipe; and - means for connection of said removable hose to a system for sterilization of its inner volume, which can be operated when said removable hose connects said free end of the first pipe and said free end of the second pipe in a sealed manner.
An apparatus for conveying glass sheets on an air support table, which is included in a heating furnace and provided with blast apertures and exhaust apertures, and in which the blast apertures are connected to a plenum chamber present underneath the air support table, and in which the exhaust apertures are connected to exhaust passages present inside the table, the apparatus further including a blower for conducting pressurized air into the plenum chamber, characterized in that the exhaust passages have at least one of their ends provided with a gate/gates capable of being opened and closed, the exhaust passages having their ends open to the furnace whenever the gates are open, where by the flow of air into the furnace from the exhaust passages' ends adjacent to the gate/gates can be completely or partially blocked by means of the gate/gates.
A process for disinfection of spaces using a disinfecting liquid droplet spray atomization, in which an electric fan is used to dispense the atomization into the space to be disinfected, characterized by modulating the operation of the electric fan in a random sequence that is provided by a software pseudo-random number generator running on control system hardware.
A method of producing instant noodles, comprising: a kneading step; a rolling-out step; a slitting step; a steaming step; and a drying step, wherein before the steaming step, powdered oil is applied to a surface of a dough sheet and/or surfaces of noodle strings.
A method for determining a sign value of a DC coefficient of a current block using neighbor blocks (704, 706, 708, 710) of the current block, the method comprising: identifying as a first sign value, a sign value of a DC coefficient of an above neighbor block (704, 706) of the current block; identifying as a second sign value, a sign value of a DC coefficient of a left neighbor block (708, 710) of the current block; calculating a context value by applying a first weighting value to the first sign value and a second weighting value to the second sign value, wherein the first weighting value is based on a length of a first boundary between the above neighbor block (704, 706) and the current block and the second weighting value is based on a length of a second boundary between the left neighbor block (708, 710) and the current block; selecting a probability model for determining the sign value of the DC coefficient of the current block based on the context value, wherein the probability model is a first probability model when the context value is greater than zero, wherein the probability model is a second probability model when the context value is less than zero, wherein the probability model is a third probability model when the context value is equal to zero; and determining the sign value of the DC coefficient of the current block using the probability model. identifying as a first sign value, a sign value of a DC coefficient of an above neighbor block (704, 706) of the current block; identifying as a second sign value, a sign value of a DC coefficient of a left neighbor block (708, 710) of the current block; calculating a context value by applying a first weighting value to the first sign value and a second weighting value to the second sign value, wherein the first weighting value is based on a length of a first boundary between the above neighbor block (704, 706) and the current block and the second weighting value is based on a length of a second boundary between the left neighbor block (708, 710) and the current block; selecting a probability model for determining the sign value of the DC coefficient of the current block based on the context value, wherein the probability model is a first probability model when the context value is greater than zero, wherein the probability model is a second probability model when the context value is less than zero, wherein the probability model is a third probability model when the context value is equal to zero; and determining the sign value of the DC coefficient of the current block using the probability model.
An emulsion for hydraulic fracturing of a formation, the emulsion comprising: a first aqueous phase comprising a breaker and an ester; a second aqueous phase comprising a fracturing fluid and a proppant; and a hydrocarbon phase separating the first aqueous phase and second aqueous phase, wherein the emulsion is a solid-stabilized emulsion stabilized by a plurality of polylactate particles. a first aqueous phase comprising a breaker and an ester; a second aqueous phase comprising a fracturing fluid and a proppant; and a hydrocarbon phase separating the first aqueous phase and second aqueous phase,
Gripping device for mechanically gripping workpieces by means of movable gripping arms (1, 2), comprising: - a housing (10, 23), - movable gripping arms (1, 2), and - a pneumatic or hydraulic drive (120, 160) accommodated in a housing (10, 23), which drives the movable gripping arms (1, 2), characterized in - that the housing of the pneumatic or hydraulic drive (120, 160) has at least one position sensor and at least one pressure sensor, and - that the following are arranged in or directly on the housing (10, 23) of the gripping device (5, 505): - first, a data interface (86, 586) for a point-to-point communication with a programmable logic controller (50, 550), - second, at least one computer and memory module (87, 170) comprising the application software of the gripping device (5, 505), and - third, a controller which has at least one position controller, at least one pressure controller, the control of the pneumatic or hydraulic drive, interfaces for pressure sensors, and/or at least one distance or position measuring system. - a housing (10, 23), - movable gripping arms (1, 2), and - a pneumatic or hydraulic drive (120, 160) accommodated in a housing (10, 23), which drives the movable gripping arms (1, 2), characterized in - that the housing of the pneumatic or hydraulic drive (120, 160) has at least one position sensor and at least one pressure sensor, and - that the following are arranged in or directly on the housing (10, 23) of the gripping device (5, 505): - first, a data interface (86, 586) for a point-to-point communication with a programmable logic controller (50, 550), - second, at least one computer and memory module (87, 170) comprising the application software of the gripping device (5, 505), and - third, a controller which has at least one position controller, at least one pressure controller, the control of the pneumatic or hydraulic drive, interfaces for pressure sensors, and/or at least one distance or position measuring system. - first, a data interface (86, 586) for a point-to-point communication with a programmable logic controller (50, 550), - second, at least one computer and memory module (87, 170) comprising the application software of the gripping device (5, 505), and - third, a controller which has at least one position controller, at least one pressure controller, the control of the pneumatic or hydraulic drive, interfaces for pressure sensors, and/or at least one distance or position measuring system.
A signal transmission system for coherent optical transmission, comprising an equalization module, a first decoder, and a feedback module, wherein the equalization module is connected to the first decoder, the equalization module comprises at least two multi-symbol detectors, and the feedback module is connected to the first decoder and the at least two multi-symbol detectors; the equalization module is configured to perform equalization processing on a convolutional data flow to obtain an equalized data flow, wherein in a process in which the equalization module performs equalization processing on the convolutional data flow, each of the at least two multi-symbol detectors is configured to perform multi-symbol detection processing on a convolutional data flow input into the multi-symbol detector; the first decoder is configured to decode the equalized data flow to obtain a decoded data flow; the feedback module is configured to determine a feedback data flow based on the decoded data flow, and feed back the feedback data flow to the at least two multi-symbol detectors of the equalization module; and the equalization module is further configured to perform equalization processing on the convolutional data flow based on the feedback data flow, wherein in a process in which the equalization module performs equalization processing on the convolutional data flow, each of the at least two multi-symbol detectors is configured to perform, based on the feedback data flow fed back by the feedback module, multi-symbol detection processing on the convolutional data flow input into the multi-symbol detector. the equalization module is configured to perform equalization processing on a convolutional data flow to obtain an equalized data flow, wherein in a process in which the equalization module performs equalization processing on the convolutional data flow, each of the at least two multi-symbol detectors is configured to perform multi-symbol detection processing on a convolutional data flow input into the multi-symbol detector; the first decoder is configured to decode the equalized data flow to obtain a decoded data flow; the feedback module is configured to determine a feedback data flow based on the decoded data flow, and feed back the feedback data flow to the at least two multi-symbol detectors of the equalization module; and the equalization module is further configured to perform equalization processing on the convolutional data flow based on the feedback data flow, wherein in a process in which the equalization module performs equalization processing on the convolutional data flow, each of the at least two multi-symbol detectors is configured to perform, based on the feedback data flow fed back by the feedback module, multi-symbol detection processing on the convolutional data flow input into the multi-symbol detector.
A veterinary composition comprising cabergoline for use to prevent a dairy ruminant from post-partum hypocalcemia, wherein said composition is administered to the dairy ruminant during the dry period, and preferably at dry-off.
A method for increasing the amount of a synthetic paraffinic kerosene fuel component in a jet fuel comprising: a) providing a synthetic paraffinic kerosene fuel component in the jet boiling range having at least 99.5wt% hydrocarbon, said hydrocarbon being at least 98.5wt% paraffins, less than lwt% bicyclic compounds, and less than 0.5wt% total aromatics as measured by ASTM D2425; b) providing a petroleum-based jet fuel component boiling for more than 90 vol% at from 130 to 300°C; c) providing pinane; and d) blending component a), b) and c), wherein component c) is present in an amount of 5 to 40 weight percent, based on the blend, and component a) and b) are in a ratio of greater than 1 to 1 thereby providing a jet fuel blend having a density of from 775 to 840 kg/m 3 at 15°C. a) providing a synthetic paraffinic kerosene fuel component in the jet boiling range having at least 99.5wt% hydrocarbon, said hydrocarbon being at least 98.5wt% paraffins, less than lwt% bicyclic compounds, and less than 0.5wt% total aromatics as measured by ASTM D2425; b) providing a petroleum-based jet fuel component boiling for more than 90 vol% at from 130 to 300°C; c) providing pinane; and d) blending component a), b) and c), wherein component c) is present in an amount of 5 to 40 weight percent, based on the blend, and component a) and b) are in a ratio of greater than 1 to 1 thereby providing a jet fuel blend having a density of from 775 to 840 kg/m 3 at 15°C.
Neutral monodentate copper complex for the emission of light with a structure according to formula A wherein: • M: Cu; • L∩L: a singly negatively charged, bidentate ligand; • N∩N: a diimine ligand (substituted by R and FG) that is a substituted 2,2'-bipyridine derivative (bpy) or a 1,10-phenanthroline derivative (phen); • R: at least one sterically demanding substituent in 3,3'-position (bpy) or 2,9-position (phen) for preventing a change in geometry of the copper complex in the direction of a planarization in the excited state; • FG = function group: at least a second substituent for conducting electrons and for increasing solubility in organic solvents, or at least a second substituent for conducting holes and for increasing solubility in organic solvents, wherein the function group is bound either directly or via a bridge to the diimin-ligand; wherein the copper complex has - a ΔE(S 1 -T 1)-value between the lowermost exited singlet (S 1) and the triplet (T 1) state beneath it of smaller than 2500 cm -1; - an emission decay time of at the most 20 μs; - an emission quantum yield of greater than größer 40 %; and - a solubility in organic solvents in of least 1 g/L. • M: Cu; • L∩L: a singly negatively charged, bidentate ligand; • N∩N: a diimine ligand (substituted by R and FG) that is a substituted 2,2'-bipyridine derivative (bpy) or a 1,10-phenanthroline derivative (phen); • R: at least one sterically demanding substituent in 3,3'-position (bpy) or 2,9-position (phen) for preventing a change in geometry of the copper complex in the direction of a planarization in the excited state; • FG = function group: at least a second substituent for conducting electrons and for increasing solubility in organic solvents, or at least a second substituent for conducting holes and for increasing solubility in organic solvents, wherein the function group is bound either directly or via a bridge to the diimin-ligand; - a ΔE(S 1 -T 1)-value between the lowermost exited singlet (S 1) and the triplet (T 1) state beneath it of smaller than 2500 cm -1; - an emission decay time of at the most 20 μs; - an emission quantum yield of greater than größer 40 %; and - a solubility in organic solvents in of least 1 g/L.
Actuation mechanism of a flexible hand to which a clockwork movement applies a first angular rotation (θ1), the flexible hand comprising a first drive cannon and a second drive cannon connected to a point of the flexible hand by means of a first flexible arm and a second flexible arm respectively, the first drive cannon being provided with a first toothing and the second drive cannon being provided with a second toothing, the first and second drive cannons (46, 50) being spaced apart from one another when the flexible hand is in a free, unstressed state, an operating position in which the flexible hand has a defined shape and length being a stressed position in which the first drive cannon is mounted at a defined first pre-stressing angle, and the second drive cannon is mounted at a defined second prestressing angle in opposite direction to the first drive cannon, the first drive cannon and the second drive cannon being arranged such that the first toothing of the first drive cannon are engaged with the second toothing of the second drive cannon in the stressed position of the flexible hand, the flexible hand being arranged so as to change the shape and length in a desired manner when the angular position of the second drive cannon is varied by pivoting relative to the first drive cannon, the angular rotation (θ1) applied by the clockwork movement to the actuation mechanism being modulated by an angle of rotation (φ) by the actuation mechanism, this angle of rotation (φ), applied in opposite direction to the first and second flexible arms (48, 52) of the flexible hand by meshing the first toothing of the first drive cannon with the second toothing of the second drive cannon determining the change in shape and length of the flexible hand.
A pharmaceutical composition for use in prevention or treatment of sarcopenia, the composition comprising a sulfonamide-based compound represented by Chemical Formula 1 below or a pharmaceutically acceptable salt thereof: In Chemical Formula 1, R 1 is hydrogen, *-(C=N)-NH 2, acetyl, or C 5-6 aryl or heteroaryl, wherein R 1 is unsubstituted, or substituted with at least one substituent selected from C 1-3 alkyl, C 1-3 alkoxy, and phenyl, and R 2 is a compound represented by Chemical Formula 1-1 below:
A method for controlling a camera in a mobile device, the method comprising: executing a first application related to the camera; turning the camera on in response to an execution of the first application; detecting a user's input related to a termination of the first application; determining whether the user's input is an Application, App, conversion event, wherein the App conversion event is a request for execution of a second application related to the camera; when the user's input is the App conversion event, terminating the execution of the first application, executing the second application, and maintaining operation of the camera; and when the user's input is not the App conversion event, terminating the execution of the first application, and turning the camera off; wherein maintaining operation of the camera comprises controlling the camera according to a parameter related to a setting of the camera, the parameter being provided by the first application. executing a first application related to the camera; turning the camera on in response to an execution of the first application; detecting a user's input related to a termination of the first application; determining whether the user's input is an Application, App, conversion event, wherein the App conversion event is a request for execution of a second application related to the camera; when the user's input is the App conversion event, terminating the execution of the first application, executing the second application, and maintaining operation of the camera; and when the user's input is not the App conversion event, terminating the execution of the first application, and turning the camera off; wherein maintaining operation of the camera comprises controlling the camera according to a parameter related to a setting of the camera, the parameter being provided by the first application.
A computer-implemented medical method of determining a breathing signal of a patient, the method comprising: - determining a motion trajectory of a structure associated with at least one body part of the patient, wherein the motion trajectory is indicative of a respiratory movement of the structure; - acquiring surface data representative of a position of a surface region of the patient; - computing an intersection of the determined motion trajectory and the acquired surface data; and - determining a breathing signal of the patient based on the computed intersection, wherein the breathing signal is indicative of a breathing state of the patient. - determining a motion trajectory of a structure associated with at least one body part of the patient, wherein the motion trajectory is indicative of a respiratory movement of the structure; - acquiring surface data representative of a position of a surface region of the patient; - computing an intersection of the determined motion trajectory and the acquired surface data; and - determining a breathing signal of the patient based on the computed intersection, wherein the breathing signal is indicative of a breathing state of the patient.
Beverage composition comprising fat, from 0.5 to 10% by weight of protein, thickener and water, wherein the fat comprises at least 60% by weight of conjugated linoleic acid in the form of a triglyceride and wherein the composition comprises less than 4% by weight of added sugar.
A composition for transdermal delivery of a nucleic acid comprising a complex comprising: an anion of the nucleic acid, and a cation comprising an alkyl chain, wherein the cation is selected from the group consisting of benzyldimethyloctyl ammonium, benzyldimethyltetradecyl ammonium, and benzyldimethylstearyl ammonium; wherein the complex is non-irritating to the skin, wherein the composition is in a form suitable for topical application to the skin; wherein the nucleic acid is an RNA interference molecule; and wherein the complex is charge neutral. an anion of the nucleic acid, and a cation comprising an alkyl chain, wherein the cation is selected from the group consisting of benzyldimethyloctyl ammonium, benzyldimethyltetradecyl ammonium, and benzyldimethylstearyl ammonium; wherein the complex is non-irritating to the skin, wherein the composition is in a form suitable for topical application to the skin; wherein the nucleic acid is an RNA interference molecule; and wherein the complex is charge neutral.