mhurhangee/ep-ind-claims huggingface dataset:
A product for use in the treatment of a cancer or a blood disorder in a subject, the product comprising a first composition and a second composition, wherein the first composition comprises decitabine, tetrahydrouridine and a pharmaceutically acceptable carrier, the second composition comprises 5-azacytidine, tetrahydrouridine and a pharmaceutically acceptable carrier, and wherein the first and the second compositions are for administration to the subject sequentially or alternately or simultaneously. wherein the first composition comprises decitabine, tetrahydrouridine and a pharmaceutically acceptable carrier, the second composition comprises 5-azacytidine, tetrahydrouridine and a pharmaceutically acceptable carrier, and wherein the first and the second compositions are for administration to the subject sequentially or alternately or simultaneously.
An image coding method for generating a coded bitstream by coding an image using a buffer description for specifying a picture to be held in a buffer, the image coding method being characterized by comprising: writing, into a sequence parameter set, buffer description defining parameters for defining a plurality of buffer descriptions; selecting one of the buffer descriptions for each slice, and writing, into a header of the slice, buffer description selecting information for specifying the selected buffer description, the header being included in the coded bitstream; and coding the slice using the selected buffer description, wherein the buffer description defining parameters include long-term information for identifying, among a plurality of reference pictures covered by the buffer descriptions, a reference picture to be assigned as a long-term reference picture. writing, into a sequence parameter set, buffer description defining parameters for defining a plurality of buffer descriptions; selecting one of the buffer descriptions for each slice, and writing, into a header of the slice, buffer description selecting information for specifying the selected buffer description, the header being included in the coded bitstream; and coding the slice using the selected buffer description, wherein the buffer description defining parameters include long-term information for identifying, among a plurality of reference pictures covered by the buffer descriptions, a reference picture to be assigned as a long-term reference picture.
A dry reagent composition for determination of an analyte in a sample using an electrochemical sensor, comprising: (a) an active redox enzyme that oxidizes the analyte as a specific substrate to produce an inactive reduced form of the enzyme; and (b) tetramethylammonium ferricyanide. (a) an active redox enzyme that oxidizes the analyte as a specific substrate to produce an inactive reduced form of the enzyme; and (b) tetramethylammonium ferricyanide.
A robot vacuum cleaner comprising: a main body running along a surface to be cleaned, the main body being configured to suction and filter dusts on the surface to be cleaned and then discharge air; a water tank unit which is detachably mounted on a bottom surface of the main body and on which a damp cloth is mounted; a filling space formed in the water tank unit, the filling space being configured to store water to be supplied to the damp cloth; a water supply unit mounted on a bottom surface of the water tank unit, the water supply unit being configured to supply the water within the filling space to the damp cloth; and an air inlet (400, 500, 600, 700) which is formed in a top surface of the water tank unit and in which an air hole (416, 516, 616, 716) through which external air is introduced into the filling space is formed; characterized by an air inflow control member configured to open the air hole (416, 516, 616, 716) when the main body runs and cover the air hole (416, 516, 616, 716) when the main body is stopped. a main body running along a surface to be cleaned, the main body being configured to suction and filter dusts on the surface to be cleaned and then discharge air; a water tank unit which is detachably mounted on a bottom surface of the main body and on which a damp cloth is mounted; a filling space formed in the water tank unit, the filling space being configured to store water to be supplied to the damp cloth; a water supply unit mounted on a bottom surface of the water tank unit, the water supply unit being configured to supply the water within the filling space to the damp cloth; and an air inlet (400, 500, 600, 700) which is formed in a top surface of the water tank unit and in which an air hole (416, 516, 616, 716) through which external air is introduced into the filling space is formed; characterized by an air inflow control member configured to open the air hole (416, 516, 616, 716) when the main body runs and cover the air hole (416, 516, 616, 716) when the main body is stopped.
A temperature measuring device comprising: a thermal infrared illuminating unit configured to irradiate with thermal infrared light a target whose temperature needs to be measured; a thermal infrared illumination image acquiring unit configured to acquire, by an infrared camera, a thermal infrared illumination image including an image of the target irradiated with the thermal infrared light; a thermal infrared image acquiring unit configured to acquire, by the infrared camera, a thermal infrared image including the image of the target; a visible light image acquiring unit configured to acquire a visible light image including the image of the target; a calculating unit configured to calculate an image expansion range of the image of the target based on the image of the target in the acquired visible light image and the image of the target in the acquired IR illumination image by comparing the thermal infrared illumination image with the visible light image, the image expansion occurring in the outer shapes of the thermal infrared image of the target, and to calculate an image expansion amount by integrating luminances in the image expansion range of the thermal infrared image; an adding unit configured to add the calculated image expansion amount in the acquired thermal infrared image to luminance of the thermal infrared image of the target; and a measuring unit configured to measure a temperature of the target based on the thermal infrared image of the target to which the image expansion amount has been added. a thermal infrared illuminating unit configured to irradiate with thermal infrared light a target whose temperature needs to be measured; a thermal infrared illumination image acquiring unit configured to acquire, by an infrared camera, a thermal infrared illumination image including an image of the target irradiated with the thermal infrared light; a thermal infrared image acquiring unit configured to acquire, by the infrared camera, a thermal infrared image including the image of the target; a visible light image acquiring unit configured to acquire a visible light image including the image of the target; a calculating unit configured to calculate an image expansion range of the image of the target based on the image of the target in the acquired visible light image and the image of the target in the acquired IR illumination image by comparing the thermal infrared illumination image with the visible light image, the image expansion occurring in the outer shapes of the thermal infrared image of the target, and to calculate an image expansion amount by integrating luminances in the image expansion range of the thermal infrared image; an adding unit configured to add the calculated image expansion amount in the acquired thermal infrared image to luminance of the thermal infrared image of the target; and a measuring unit configured to measure a temperature of the target based on the thermal infrared image of the target to which the image expansion amount has been added.
A telecommunications system for differentiation of bearer services between different operators in a shared network of the operators, the shared network being included in said telecommunications system, which telecommunications system in addition comprises at least a first and second core networks (301, 302), where the first core network belongs to a first operator, and the second core network belongs to a second operator, and at least one node (306, 307), included in the shared network, for controlling the functions of the shared network, said node (306, 307) connecting the shared network to the first and second core network (301,302), characterized in that the at least first and second core networks (301, 302) are arranged to be connected via different interfaces (Iu1, Iu2, Iu3, Iu4) to the shared network, and in that the system comprises selection means for selecting bearer services for the first and second core network operators, where the selection means is arranged to base the selection of the bearer services on the interface (Iu1, Iu2, Iu3, Iu4) of the first and second core networks (301, 302) to the shared network.
A solar cell module comprising: a surface protecting member; a backing film; and a plurality of solar cell strings arranged between the surface protecting member and the backing film, and electrically connected by a transition wiring, wherein each of the solar cell strings includes solar cells electrically connected by wiring members, and wherein the wiring members positioned at an end portion of each solar cell string are connected to the transition wiring, thereby connecting the solar cell strings to the transition wiring to output power generated by the solar cell strings, characterized in that in a corner portion of the solar cell module, the transition wiring is bent towards the surface protecting member such that a tip portion of the transition wiring is positioned closer to the surface protecting member than other portions of the transition wiring. a surface protecting member; a backing film; and a plurality of solar cell strings arranged between the surface protecting member and the backing film, and electrically connected by a transition wiring, wherein each of the solar cell strings includes solar cells electrically connected by wiring members, and wherein the wiring members positioned at an end portion of each solar cell string are connected to the transition wiring, thereby connecting the solar cell strings to the transition wiring to output power generated by the solar cell strings, characterized in that in a corner portion of the solar cell module, the transition wiring is bent towards the surface protecting member such that a tip portion of the transition wiring is positioned closer to the surface protecting member than other portions of the transition wiring.
A method for operating an apparatus with at least one rotating shaft, the at least one rotating shaft comprising functional elements which act on material to be processed in the apparatus, the apparatus comprising a filling orifice and an outlet orifice with an adjustable lower edge, and material being conveyed continuously through the apparatus from the filling orifice to the outlet orifice, said method comprising the following steps: (a) measuring load data for the at least one rotating shaft in order to determine shaft load, the rotational speed of the shaft, the motor power for driving the shaft and shaft deflection values being detected and the deflection values being determined by determining the distance between the shaft ends and the deflection of the shaft being determined on the basis of a change in said distance, (b) lowering the lower edge of the outlet orifice and/or reducing the quantity of material supplied if the shaft load exceeds a specified maximum load, or displacing the lower edge of the outlet orifice upwards and/or increasing the quantity of material supplied if the shaft load is less than a specified shaft load. (a) measuring load data for the at least one rotating shaft in order to determine shaft load, the rotational speed of the shaft, the motor power for driving the shaft and shaft deflection values being detected and the deflection values being determined by determining the distance between the shaft ends and the deflection of the shaft being determined on the basis of a change in said distance, (b) lowering the lower edge of the outlet orifice and/or reducing the quantity of material supplied if the shaft load exceeds a specified maximum load, or displacing the lower edge of the outlet orifice upwards and/or increasing the quantity of material supplied if the shaft load is less than a specified shaft load.
A method of casting steel strip comprising: introducing molten plain carbon steel on casting surfaces of a pair of casting rolls having a nip between them and confining end closures adjacent to ends of the casting rolls with the molten steel having a free nitrogen content below about 120 ppm and a free hydrogen content below about 6.5 ppm measured at atmospheric pressure, the sum of the partial pressure of nitrogen and the partial pressure of hydrogen being no more than one atmosphere, forming a casting pool on the casting rolls with the end closures confining the pool, the casting rolls; counter-rotating the casting rolls, solidifying the molten steel to form metal shells on the casting rolls having nitrogen and hydrogen levels reflected by the content thereof in the molten steel and forming a solidified thin steel strip through the nip between the casting rolls delivered downwardly from the nip. introducing molten plain carbon steel on casting surfaces of a pair of casting rolls having a nip between them and confining end closures adjacent to ends of the casting rolls with the molten steel having a free nitrogen content below about 120 ppm and a free hydrogen content below about 6.5 ppm measured at atmospheric pressure, the sum of the partial pressure of nitrogen and the partial pressure of hydrogen being no more than one atmosphere, forming a casting pool on the casting rolls with the end closures confining the pool, the casting rolls; counter-rotating the casting rolls, solidifying the molten steel to form metal shells on the casting rolls having nitrogen and hydrogen levels reflected by the content thereof in the molten steel and forming a solidified thin steel strip through the nip between the casting rolls delivered downwardly from the nip.
A method for producing hydrogen peroxide, comprising reacting hydrogen and oxygen in a reaction medium in the presence of a noble metal catalyst and a radical scavenger, wherein the radical scavenger is a nitrone compound, a nitroso compound, a dithiocarbamate derivative, or an ascorbic acid derivative.
A seasonal thermal energy storage system for cold and heat supply, comprising an energy-storage device, a solar collector, a refrigerating unit, and a water supply device in closed-loop connection to a user terminal; wherein the energy-storage device comprises at least a heat source storage pond and a cold source storage pond, and the heat source storage pond and the cold source storage pond are connectable to a water source via first water pumps for storing seasonal low energy water; the water supply device comprises a hot water supply pool connected to the heat source storage pool and a cold water supply pool connected to the cold source storage pool via corresponding water pumps and valves; the solar collector is connected to the heat source storage pond and the hot water supply pool via second water pumps; the refrigerating unit employs an non-electric lithiumbromide absorption refrigerating machine; the hot water supply pool is configured to be a heat source of the non-electric lithiumbromide absorption refrigerating machine in summer and is connected to the non-electric lithiumbromide absorption refrigerating machine via water pumps and valves; chilled water output from the non-electric lithiumbromide absorption refrigerating machine is transported to the user terminal via water pumps and valves; the non-electric lithiumbromide absorption refrigerating machine is provided with an auxiliary hot-water boiler in closed-loop connection to the hot water supply pool via a water pump; and the hot water supply pool is also configured to be a heat source for supplying heat energy, and is connected to the user terminal via water pumps and valves wherein the energy-storage device further comprises an energy-storage ball disposed in an energy-storage box; the energy-storage ball comprising a heat energy storage ball or a cold energy storage ball alternately disposed in the energy-storage box according to seasonal characteristic; and wherein when the cold energy storage ball is disposed in the energy-storage box, the cold energy storage ball is in closed-loop connection to the refrigerating unit and is connected to the user terminal via the cold water supply pool; when the heat energy storage ball is disposed in the energy-storage box, the heat energy storage ball is in closed-loop connection to the solar collector and is connected to the user terminal via the hot water supply pool.
Use of a vulcanized rubber surface treatment agent for adhering vulcanized rubbers to each other, the vulcanized rubber surface treatment agent being an aqueous solution of hypochlorous acid having a pH value of 2 or more and 7 or less and an effective chlorine concentration of 100 ppm or more and 13000 ppm or less.
A method for the three-dimensional interconnection of packages or circuits that contain at least one electronic component and are provided with connection conductors, wherein said packages or circuits are stacked and consolidated by encapsulation using an electrically insulating material so as to form a block (3, 3'), said method comprising the following steps: a) cutting said block; b) cutting grooves into the faces of said block that are opposite the ends of said conductors and perpendicular thereto, which grooves come into contact with said conductors; c) metallising said block and its grooves; d) polishing said faces of said block so as to remove the metallisation from these faces; e) encapsulating the entire block with an electrically insulating material; said method being characterised in that the cutting of step a) is carried out by leaving the ends of said conductors set back relative to the corresponding faces of said block, and in that the cutting of the grooves (40, 41; 43, 44) of step b) is carried out over a depth that is sufficient to respectively cut into the end of said conductors, and in that it further comprises, between steps c) and e), the insertion of a step of: g) cutting, in the base and over the entire length of said grooves, second grooves. a) cutting said block; b) cutting grooves into the faces of said block that are opposite the ends of said conductors and perpendicular thereto, which grooves come into contact with said conductors; c) metallising said block and its grooves; d) polishing said faces of said block so as to remove the metallisation from these faces; e) encapsulating the entire block with an electrically insulating material; g) cutting, in the base and over the entire length of said grooves, second grooves.
A tablet formed from a pressed powdered or granulated mixture, the tablet comprising: at least one predetermined three- dimensional structure on a pressed surface of the tablet or below a transparent coating, characterized by further comprising: a contrast structure formed within a portion of the at least one predetermined three-dimensional structure, wherein: the at least one predetermined structure is visible to the unaided eye; the at least one predetermined structure and the contrast structure are detectable by an optical detection device, in particular an optical detection device using time modulated signals to measure depth; the at least one predetermined structure and the contrast structure are embossed or impressed simultaneously, and the contrast structure is superimposed onto the at least one three-dimensional structure. a contrast structure formed within a portion of the at least one predetermined three-dimensional structure, wherein: the at least one predetermined structure is visible to the unaided eye; the at least one predetermined structure and the contrast structure are detectable by an optical detection device, in particular an optical detection device using time modulated signals to measure depth; the at least one predetermined structure and the contrast structure are embossed or impressed simultaneously, and the contrast structure is superimposed onto the at least one three-dimensional structure. the at least one predetermined structure is visible to the unaided eye; the at least one predetermined structure and the contrast structure are detectable by an optical detection device, in particular an optical detection device using time modulated signals to measure depth; the at least one predetermined structure and the contrast structure are embossed or impressed simultaneously, and the contrast structure is superimposed onto the at least one three-dimensional structure.
A method of performing device-to-device communication between a first user equipment and a second user equipment in a wireless communication system, the method characterized in that it comprises the steps of: providing a plurality of resource groups and a plurality of synchronization signals for use in the wireless communication system; setting a first monitor time associated with sending data and a second monitor time associated with receiving data; linking a first resource group among the plurality of resource groups to the first monitor time, the second monitor time, and a first synchronization signal among the plurality of synchronization signals; the first user equipment determining if the first synchronization signal is being transmitted by a third user equipment of the wireless communication system; and the first user equipment claiming the first resource group by broadcasting the first synchronization signal after determining that the first synchronization signal is not being transmitted by the third user equipment. providing a plurality of resource groups and a plurality of synchronization signals for use in the wireless communication system; setting a first monitor time associated with sending data and a second monitor time associated with receiving data; linking a first resource group among the plurality of resource groups to the first monitor time, the second monitor time, and a first synchronization signal among the plurality of synchronization signals; the first user equipment determining if the first synchronization signal is being transmitted by a third user equipment of the wireless communication system; and the first user equipment claiming the first resource group by broadcasting the first synchronization signal after determining that the first synchronization signal is not being transmitted by the third user equipment.