mhurhangee/ep-ind-claims huggingface dataset:
A process for detecting and/or quantifying cell-free DNA from a biological fluid sample from a subject of interest, who is not a normal or healthy subject, comprising at least: (i) a step of extracting cell-free DNA from a biological fluid sample in which has been added at least an effective amount of a first exogenous DNA fragment of 50-200 base pairs, preferably 60-160 base pairs, more preferably 70-150 base pairs and better 80-140 base pairs; (ii) a step of co-amplifying and quantifying the cell-free DNA and the exogenous ICE DNA fragment extracted in step (i), and (iii) a step of standardising the amount of extracted cell-free DNA comprising calculating a first ratio, per ml of biological fluid sample, of the copy number of cell-free DNA to the copy number of the first exogenous DNA fragment of 50-200 base pairs, preferably 60-160 base pairs, more preferably 70-150 base pairs and better 80-140 base pairs, characterised in that the subject of interest is affected by or likely to develop a cancer or a pathological condition selected from stroke or myocardial infarction, acute renal failure, hepatic cytolysis, trauma, graft rejection or a medical treatment such as biopsy, surgery, radiotherapy, chemotherapy, immunotherapy or active principle. (i) a step of extracting cell-free DNA from a biological fluid sample in which has been added at least an effective amount of a first exogenous DNA fragment of 50-200 base pairs, preferably 60-160 base pairs, more preferably 70-150 base pairs and better 80-140 base pairs; (ii) a step of co-amplifying and quantifying the cell-free DNA and the exogenous ICE DNA fragment extracted in step (i), and (iii) a step of standardising the amount of extracted cell-free DNA comprising calculating a first ratio, per ml of biological fluid sample, of the copy number of cell-free DNA to the copy number of the first exogenous DNA fragment of 50-200 base pairs, preferably 60-160 base pairs, more preferably 70-150 base pairs and better 80-140 base pairs,
An elevator group control apparatus which performs the operation control of a plurality of elevators, comprising: traffic flow detection means which detects a downward traffic flow ratio of traffic flows departing downward from floors higher than a prescribed main floor in the total traffic flow departing from one floor to another; determination means which makes a prescribed standby mode for downward traffic flow effective when the downward traffic flow ratio detected by the traffic flow detection means is not less than a prescribed reference value; and standby operation means characterized in that the standby operation means causes at least one elevator car to be on standby on a floor higher than the main floor and causes at least one elevator car to be on standby on the main floor when the standby mode for downward traffic flow has been made effective by the determination means. traffic flow detection means which detects a downward traffic flow ratio of traffic flows departing downward from floors higher than a prescribed main floor in the total traffic flow departing from one floor to another; determination means which makes a prescribed standby mode for downward traffic flow effective when the downward traffic flow ratio detected by the traffic flow detection means is not less than a prescribed reference value; and standby operation means characterized in that the standby operation means causes at least one elevator car to be on standby on a floor higher than the main floor and causes at least one elevator car to be on standby on the main floor when the standby mode for downward traffic flow has been made effective by the determination means.
An electronic home appliance comprising at least one touch panel; at least one circuit board which is positioned in a side of the touch panel facing inner part of the device and which is provided with at least one electronic circuit and at least one touch button thereon; at least one connection panel to which said circuit board is connected; and at least one holding element for connecting the circuit board to the panel characterized in that said holding element comprises - at least one holding body which is engaged to the circuit board from at least one side and to the panel from at least one other side and which is in a uniform structure; - at least one elastic element which is engaged to the holding body; and - at least one movable plate which is engaged to the holding body, which is in contact with said elastic element from at least one side, and which is in contact with the panel or the circuit board from at least one other side. - at least one holding body which is engaged to the circuit board from at least one side and to the panel from at least one other side and which is in a uniform structure; - at least one elastic element which is engaged to the holding body; and - at least one movable plate which is engaged to the holding body, which is in contact with said elastic element from at least one side, and which is in contact with the panel or the circuit board from at least one other side.
A curing apparatus for material that cures by reaction with a gaseous reagent, comprising: a housing said housing having a plurality of ports, each of said plurality of ports configured to allow gas to enter or exit, at least one of said ports being an inlet (4010, 5940) and at least one of said ports being an outlet (4020, 5942), said housing configured to contain a material to be cured by reaction with a gaseous reagent, a gas conditioning system in communication with said housing, said gas conditioning system comprising a controller and sensors (5904, 5906) configured to control at least one of a flow rate, a partial pressure, an inlet temperature, an outlet temperature, a gas composition at said inlet and a gas composition at said outlet; and said gas conditioning system configured to supply said gaseous reagent at, at least, one of a desired flow rate, a desired partial pressure and/or an inlet temperature, said gas conditioning system configured to control a gas flow direction in said housing, said gas flow direction being defined as a flow of said gas within said housing from a first one or more of said plurality of ports to another one or more of said plurality of ports, characterised in that said gas conditioning system configured to repeatedly alter said gas flow direction from time to time. a housing said housing having a plurality of ports, each of said plurality of ports configured to allow gas to enter or exit, at least one of said ports being an inlet (4010, 5940) and at least one of said ports being an outlet (4020, 5942), said housing configured to contain a material to be cured by reaction with a gaseous reagent, a gas conditioning system in communication with said housing, said gas conditioning system comprising a controller and sensors (5904, 5906) configured to control at least one of a flow rate, a partial pressure, an inlet temperature, an outlet temperature, a gas composition at said inlet and a gas composition at said outlet; and said gas conditioning system configured to supply said gaseous reagent at, at least, one of a desired flow rate, a desired partial pressure and/or an inlet temperature, said gas conditioning system configured to control a gas flow direction in said housing, said gas flow direction being defined as a flow of said gas within said housing from a first one or more of said plurality of ports to another one or more of said plurality of ports, characterised in that said gas conditioning system configured to repeatedly alter said gas flow direction from time to time.
Manually-moved scaffolding, comprising: - at least one basic frame (2, 3); - at least one transfer assembly associated with said basic frame (2, 3) and adapted to move said scaffolding on the ground along at least one direction of transfer; - at least one supporting surface associated with said basic frame (2, 3) and adapted to support at least one operator; - movement means adapted to move said supporting surface with respect to said basic frame (2, 3), along at least one substantially vertical direction of movement so as to arrange said supporting surface at different heights; characterized by the fact that said transfer assembly comprises manually-operated propelling means, adapted to move said scaffolding along said direction of transfer. - at least one basic frame (2, 3); - at least one transfer assembly associated with said basic frame (2, 3) and adapted to move said scaffolding on the ground along at least one direction of transfer; - at least one supporting surface associated with said basic frame (2, 3) and adapted to support at least one operator; - movement means adapted to move said supporting surface with respect to said basic frame (2, 3), along at least one substantially vertical direction of movement so as to arrange said supporting surface at different heights;
A method for transmitting data between an analyte sensor communication device associated with an analyte sensor and one or more display devices configured to provide user access to analyte values received from the analyte sensor and/or information derived from analyte values, comprising: establishing a communication channel, by the analyte sensor communication device only with a primary device of the one or more display devices (14, 16, 18, 20) during a first time period within a communication window; and establishing a communication channel, by the analyte sensor communication device, with a secondary device of the one or more display devices only during a second time period, within said communication window, different from the first time period. establishing a communication channel, by the analyte sensor communication device only with a primary device of the one or more display devices (14, 16, 18, 20) during a first time period within a communication window; and establishing a communication channel, by the analyte sensor communication device, with a secondary device of the one or more display devices only during a second time period, within said communication window, different from the first time period.
A safened herbicidal composition, comprising: (a) a pyridine carboxylic acid herbicide, wherein the pyridine carboxylic acid herbicide includes 4-amino-3-chloro-5-fluoro-6-(7-fluoro-1H-indol-6-yl) picolinic acid, or an agriculturally acceptable N-oxide, salt, or ester thereof; and (b) an azole carboxylate safener selected from the group consisting of fenchlorazole, isoxadifen, mefenpyr, agriculturally acceptable salts or esters thereof, and combinations thereof. (a) a pyridine carboxylic acid herbicide, wherein the pyridine carboxylic acid herbicide includes 4-amino-3-chloro-5-fluoro-6-(7-fluoro-1H-indol-6-yl) picolinic acid, or an agriculturally acceptable N-oxide, salt, or ester thereof; and (b) an azole carboxylate safener selected from the group consisting of fenchlorazole, isoxadifen, mefenpyr, agriculturally acceptable salts or esters thereof, and combinations thereof.
An intraocular lens implanting device for inserting an intraocular lens into an eyeball through an incision in the eyeball tissue, said intraocular lens implanting device comprising: a cylindrical main body; a storage part for the intraocular lens that is integrated with or is separate from the main body; and a plunger, defining an axial center, for pushing out the intraocular lens stored in the storage part and discharging the lens into the eyeball, wherein a distal end of the plunger has a base part and a protuberance, the base part having a flat distal end surface that defines a top edge and a bottom edge, the protuberance protrudes distally from a location on the flat distal end surface of the plunger base part that is offset from the axial center of the plunger and characterized in that the location of the protuberance on the flat distal end surface is offset from and between the top and bottom edges of the flat distal end surface such that pressing the intraocular lens with the plunger causes the protuberance to press into the periphery of the intraocular lens, the contact part of the intraocular lens to undergo elastic deformation, and the periphery of the intraocular lens to come into contact with the flat distal end surface of the plunger base part as the elastic deformation of the intraocular lens progresses, thereby limiting an amount of deformation in the intraocular lens caused by the protuberance by a height of the protuberance from the flat distal end surface of the plunger base part. a cylindrical main body; a storage part for the intraocular lens that is integrated with or is separate from the main body; and a plunger, defining an axial center, for pushing out the intraocular lens stored in the storage part and discharging the lens into the eyeball, wherein a distal end of the plunger has a base part and a protuberance, the base part having a flat distal end surface that defines a top edge and a bottom edge, the protuberance protrudes distally from a location on the flat distal end surface of the plunger base part that is offset from the axial center of the plunger and characterized in that the location of the protuberance on the flat distal end surface is offset from and between the top and bottom edges of the flat distal end surface such that pressing the intraocular lens with the plunger causes the protuberance to press into the periphery of the intraocular lens, the contact part of the intraocular lens to undergo elastic deformation, and the periphery of the intraocular lens to come into contact with the flat distal end surface of the plunger base part as the elastic deformation of the intraocular lens progresses, thereby limiting an amount of deformation in the intraocular lens caused by the protuberance by a height of the protuberance from the flat distal end surface of the plunger base part.
A melt-blown nonwoven fabric comprising propylene-based fibers and having: (i) a mean fiber diameter of not more than 2.0 μm and (ii) a fiber diameter distribution CV value of not more than 60%, and (iii) 15 or less fusion-bonded fibers based on 100 fibers, and/or (iv) an α crystal fraction of less than 0.9; wherein the mean fiber diameter and the fiber diameter distribution CV value are determined according to paragraphs [0072 to of the specification. (i) a mean fiber diameter of not more than 2.0 μm and (ii) a fiber diameter distribution CV value of not more than 60%, and (iii) 15 or less fusion-bonded fibers based on 100 fibers, and/or (iv) an α crystal fraction of less than 0.9;
A method, comprising: a processor receiving control information and a composite multimedia stream, the composite multimedia stream providing a composite multimedia display and the control information describing a characteristic of the composite multimedia stream; the processor determining, from the control information, first and second regions of the composite multimedia display; the processor determining, for a determined time and with the control information, a first constituent stream of the multimedia stream associated with the first region of the composite multimedia display; and the processor extracting the first constituent stream of the multimedia stream from the composite multimedia stream. a processor receiving control information and a composite multimedia stream, the composite multimedia stream providing a composite multimedia display and the control information describing a characteristic of the composite multimedia stream; the processor determining, from the control information, first and second regions of the composite multimedia display; the processor determining, for a determined time and with the control information, a first constituent stream of the multimedia stream associated with the first region of the composite multimedia display; and the processor extracting the first constituent stream of the multimedia stream from the composite multimedia stream.
A fluid flow control device comprising a housing (3a-1), and a primary flow path (18b-d, 18f-h, 18j-181) located inside the housing (3a-1) comprising a fluid inlet having a first fluid pressure P 1 and at least one fluid outlet having a third fluid pressure P 3, wherein at least one secondary flow path (19b-l) is arranged in fluid communication with the primary flow path (18b-d, 18f-h, 18j-181), the secondary flow path (19b-l) comprising a first fluid flow restrictor and a second fluid flow restrictor serving as an inflow port to a chamber and an outflow port from the chamber, respectively, the first fluid flow restrictor and the second fluid flow restrictor being configured to generate different fluid flow characteristics based on different fluid properties; the chamber, having a second fluid pressure P 2, is further defined by actuating means (5, 5b-j, 51) that is responsive to restrictor induced fluid pressure changes ( ΔP 2) in the chamber that occurs when a property of the fluid changes, the actuating means (5, 5b-j, 51) being operatively connected to at least one valve device (4b-l) in the form of a movable member arranged inside the housing (3a-l) between the fluid inlet and the at least one fluid outlet, which valve device (4b-l) is movable between an open position at which the primary flow path (18b-d, 18f-h, 18j-181) is open and a closed position at which the primary flow path (18b-d, 18f-h, 18j-181) is closed, wherein the valve device (4b-l) is biased towards the open position due to the first fluid pressure P 1 and towards the closed position due to said induced fluid pressure changes (ΔP 2), and wherein the first fluid flow restrictor and/or second fluid flow restrictor is a part of said valve device (4b-l).
A slide bar display control device, comprising: a display adapted to indicate a first slide bar including a first slider and a first bar; an input unit adapted to select an arbitrary part of the first slide bar shown on the display based on touch operation; and a control unit adapted to control the display and the input unit, wherein, when the control unit detects that a first operation has been performed in a state that the first slider shown on the display is being touched in the input unit, the display indicates a second slide bar including a second slider and a second bar, wherein the second slider is a slider different in a variation amount of a set value per unit moving distance from the first slider, wherein the display indicates the second bar in a position different from the first bar, wherein the display indicates the second bar perpendicular to the first bar, wherein the display indicates the second slider at the same position as the first slider, wherein, when the control unit detects that a second operation has been performed in a state that the second slider shown on the display is being touched in the input unit, the display indicates a third slide bar including a third slider and a third bar, wherein the third slider is a slider different in a variation amount of a set value per unit moving distance from the second slider, wherein the display indicates the third bar in a position different from the second bar, wherein the display indicates the third bar perpendicular to the second bar and wherein the display indicates the third slider at the same position as the second slider. a display adapted to indicate a first slide bar including a first slider and a first bar; an input unit adapted to select an arbitrary part of the first slide bar shown on the display based on touch operation; and a control unit adapted to control the display and the input unit, wherein,
A human body cleaner comprises: 1 %wt ∼ 60 %wt of garlic extract; and 40 %wt ∼ 99 %wt of cleaning agent; wherein the cleaning agent includes 10 %wt ∼ 20 %wt of surfactant, 10 %wt ∼ 25 %wt of purified water, and 5 %wt ∼ 15 %wt of nutrient solution; wherein the nutrient solution is selected from a set consisting collagen, fibroin, vitamins and combinations thereof; wherein the human body cleaner is produced by the following steps: a) preparing a plurality of garlics; b) adding water in a predetermined ratio to a plurality of garlics to obtain a garlic mixture; c) performing preliminary distillation on the garlic mixture at 100∼200°C; d) adding yeast in a predetermined ratio to the garlic mixture, which is left to stand for fermentation to obtain a garlic fermentation broth; e) performing cryogenic distillation on the garlic fermentation broth at 200∼400°C to obtain a garlic extract; and f) adding a cleaning agent in a predetermined ratio to the garlic extract for mixture to obtain the human body cleaner. 1 %wt ∼ 60 %wt of garlic extract; and 40 %wt ∼ 99 %wt of cleaning agent; wherein the cleaning agent includes 10 %wt ∼ 20 %wt of surfactant, 10 %wt ∼ 25 %wt of purified water, and 5 %wt ∼ 15 %wt of nutrient solution; wherein the nutrient solution is selected from a set consisting collagen, fibroin, vitamins and combinations thereof; wherein the human body cleaner is produced by the following steps: a) preparing a plurality of garlics; b) adding water in a predetermined ratio to a plurality of garlics to obtain a garlic mixture; c) performing preliminary distillation on the garlic mixture at 100∼200°C; d) adding yeast in a predetermined ratio to the garlic mixture, which is left to stand for fermentation to obtain a garlic fermentation broth; e) performing cryogenic distillation on the garlic fermentation broth at 200∼400°C to obtain a garlic extract; and f) adding a cleaning agent in a predetermined ratio to the garlic extract for mixture to obtain the human body cleaner. a) preparing a plurality of garlics; b) adding water in a predetermined ratio to a plurality of garlics to obtain a garlic mixture; c) performing preliminary distillation on the garlic mixture at 100∼200°C; d) adding yeast in a predetermined ratio to the garlic mixture, which is left to stand for fermentation to obtain a garlic fermentation broth; e) performing cryogenic distillation on the garlic fermentation broth at 200∼400°C to obtain a garlic extract; and f) adding a cleaning agent in a predetermined ratio to the garlic extract for mixture to obtain the human body cleaner.