mhurhangee/ep-ind-claims huggingface dataset:
A method for limiting inter-cell interference and balancing load in a wireless communication system, the method comprising: one larger cell and two smaller cells (20, 22, 24) providing overlapping terminal coverage and capacity; the larger cell informing the two smaller cells of transmission resources in which the larger cell restricts its own transmission; the two smaller cells (20, 22, 24) using the restricted transmission resources for their own transmission; characterised by the two smaller cells communicating with each other to exchange use information about their usage of the restricted transmission resources in an overlapping area of the two smaller cells; and one or both of the smaller cells carrying out load balancing in response to the use information. one larger cell and two smaller cells (20, 22, 24) providing overlapping terminal coverage and capacity; the larger cell informing the two smaller cells of transmission resources in which the larger cell restricts its own transmission; the two smaller cells (20, 22, 24) using the restricted transmission resources for their own transmission; characterised by the two smaller cells communicating with each other to exchange use information about their usage of the restricted transmission resources in an overlapping area of the two smaller cells; and one or both of the smaller cells carrying out load balancing in response to the use information.
Vessel (10, 20, 30, 40, 50) comprising a towing device and a hull (61, 62, 63), wherein the towing device comprises: • a towline; • a tow point - such as a fairlead, a bitt, or a tow hook - where the vessel (10, 20, 30, 40, 50) exerts a force, especially a horizontal force, onto the towline when applying a tensile force to an object by means of the towline, the tow point being provided on the vessel; • a first propulsion system and a second propulsion system; characterized, in that the first propulsion system and second propulsion system each comprise an omni-directional propulsion device (71, 72); and in that, viewed in longitudinal direction of the vessel, the tow point is arranged between the first omni-directional propulsion device and the second omni-directional propulsion device. • a towline; • a tow point - such as a fairlead, a bitt, or a tow hook - where the vessel (10, 20, 30, 40, 50) exerts a force, especially a horizontal force, onto the towline when applying a tensile force to an object by means of the towline, the tow point being provided on the vessel; • a first propulsion system and a second propulsion system;
Testing device for electric, in particular electronic, components (13a-13d), in particular of a motor vehicle, with testing modules comprising a testing port assembly (27, 28) for connecting an electric component (13a-13d) to be tested, a control port for connecting a central control unit and at least one selector (25a-25c, 26a-26c) actuable via the control port for optionally offering at least one load and/or at least one stimulus signal to testing ports (27a, 28a-28d) of the testing port assembly (27, 28), wherein at least one testing module has an internal simulation device (30a, 30b) connectable to the testing port assembly (27, 28) via the at least one selector (25a-25c, 26a-26c) for generating at least one stimulus signal and/or an internal load device connectable to the testing port assembly (27, 28) via the at least one selector (25a-25c, 26a-26c) for forming the load to be applied to the testing port assembly (27, 28), characterised in that at least one testing module has a port (34a-34d) for connecting an external presetting device, in particular an external sensor and/or an external load, wherein the external presetting device or the external load can be offered to a testing port of the testing port assembly (27, 28).
An actinic ray-sensitive or radiation-sensitive resin composition comprising: a resin having a polarity that increases by an action of an acid; and a compound that generates an acid upon irradiation with actinic rays or radiation, wherein the resin has a repeating unit represented by General Formula (B-1), in General Formula (B-1), X represents -CO-, -SO-, or -SO 2 -, R 1 to R 3 each independently represent a hydrogen atom or an organic group, and L represents a divalent linking group having a heteroatom as a ring member atom. a resin having a polarity that increases by an action of an acid; and a compound that generates an acid upon irradiation with actinic rays or radiation, wherein the resin has a repeating unit represented by General Formula (B-1), in General Formula (B-1), X represents -CO-, -SO-, or -SO 2 -, R 1 to R 3 each independently represent a hydrogen atom or an organic group, and L represents a divalent linking group having a heteroatom as a ring member atom.
A kit for assembling with a garden fence made up of (i) a wire grid formed by interconnected longitudinal wires and cross-wires and (ii) a series of slats which can be provided longitudinally between the longitudinal wires in said wire grid, said kit comprising: - a series of slats with a length L L, - a series of support brackets for suspending said slats from said cross-wires, - two or more top profile segments (21a, 21b) with a length L P, where the length L P is smaller than the length L L, and - one or more connecting elements (30; 30') for, in use, journaling and aligning a first top profile segment with an adjacent, second top profile segment, wherein said connecting element (30; 30') has a nominal width Ln and the connecting element (30; 30') is provided halfway along its length with a fixing element (31; 31'), wherein said connecting element (30; 30') has a width Lc on the fixing element (31; 31') and wherein Lc is greater than Ln. - a series of slats with a length L L, - a series of support brackets for suspending said slats from said cross-wires, - two or more top profile segments (21a, 21b) with a length L P, where the length L P is smaller than the length L L, and - one or more connecting elements (30; 30') for, in use, journaling and aligning a first top profile segment with an adjacent, second top profile segment, wherein said connecting element (30; 30') has a nominal width Ln and the connecting element (30; 30') is provided halfway along its length with a fixing element (31; 31'), wherein said connecting element (30; 30') has a width Lc on the fixing element (31; 31') and wherein Lc is greater than Ln.
A cardiac defibrillator comprising: electrical wires or terminals connected with or configured to connect with defibrillation electrode pads; and an electrical circuit (32, 32a, 32b) including an electrical storage element and a piezoelectric transformer arranged to charge the electrical storage element to a voltage effective for delivering a cardiac defibrillation shock, the electrical circuit configured to discharge the electrical storage element across the electrical wires or terminals to deliver a cardiac defibrillation shock to the electrical wires or terminals, the electrical circuit (32, 32a, 32b) further comprising a driver circuit (66a, 66b) driving the piezoelectric transformer, characterized in that the electrical circuit comprises a frequency control sub circuit including a phase-locked loop configured to maintain the piezoelectric transformer at a resonance frequency by controlling the driver circuit, wherein the phase-locked loop is arranged to adjust a frequency of an input signal to the driver circuit (66a,66b) depending on a comparison of a phase of an output current of the driver circuit with a phase of an output voltage of the driver circuit. electrical wires or terminals connected with or configured to connect with defibrillation electrode pads; and an electrical circuit (32, 32a, 32b) including an electrical storage element and a piezoelectric transformer arranged to charge the electrical storage element to a voltage effective for delivering a cardiac defibrillation shock, the electrical circuit configured to discharge the electrical storage element across the electrical wires or terminals to deliver a cardiac defibrillation shock to the electrical wires or terminals, the electrical circuit (32, 32a, 32b) further comprising a driver circuit (66a, 66b) driving the piezoelectric transformer, characterized in that the electrical circuit comprises a frequency control sub circuit including a phase-locked loop configured to maintain the piezoelectric transformer at a resonance frequency by controlling the driver circuit, wherein the phase-locked loop is arranged to adjust a frequency of an input signal to the driver circuit (66a,66b) depending on a comparison of a phase of an output current of the driver circuit with a phase of an output voltage of the driver circuit.
A combination for use in the treatment of multiple myeloma, said combination comprising 5-(2,6-di-morpholin-4-yl-pyrimidin-4-yl)-4-trifluoromethyl-pyridin-2-ylamine, and/or a stereoisomer, tautomer, or pharmaceutically acceptable salt thereof, and dexamethasone and/or a pharmaceutically acceptable salt, solvate, or racemate thereof.
Method for the production of lithium metal phosphate, comprising the steps: - providing a dry mixture containing a lithium compound, a metal compound, wherein the metal is selected from Fe, Mn and mixtures thereof, and a phosphate, - converting the dry mixture to LiMPO 4, - wet grinding the LiMPO 4 by adding water and lithium polyacrylate, - drying, wherein the conversion takes place by grinding the dry mixture and tempering the ground dry mixture. - providing a dry mixture containing a lithium compound, a metal compound, wherein the metal is selected from Fe, Mn and mixtures thereof, and a phosphate, - converting the dry mixture to LiMPO 4, - wet grinding the LiMPO 4 by adding water and lithium polyacrylate, - drying,
Use of an epoxide quaternary ammonium salt ("epoxide quat") for improving the water shedding performance of a fuel composition, wherein the epoxide quat comprises the reaction product of: a) a quaternizable compound that is the reaction product of: (i) a hydrocarbyl-substituted acylating agent, wherein the hydrocarbyl-substituent has a number average molecular weight ranging from 100 to 5000, and comprises at least one polyisobutenyl succinic anhydride or polyisobutenyl succinic acid, and (ii) a nitrogen containing compound having an oxygen or nitrogen atom capable of reacting with said hydrocarbyl-substituted acylating agent, and further having at least one quaternizable amino group; and b) a quaternizing agent comprising alcohol functionalized epoxides, preferably wherein the quaternizing agent is glycidol. a) a quaternizable compound that is the reaction product of: (i) a hydrocarbyl-substituted acylating agent, wherein the hydrocarbyl-substituent has a number average molecular weight ranging from 100 to 5000, and comprises at least one polyisobutenyl succinic anhydride or polyisobutenyl succinic acid, and (ii) a nitrogen containing compound having an oxygen or nitrogen atom capable of reacting with said hydrocarbyl-substituted acylating agent, and further having at least one quaternizable amino group; and (i) a hydrocarbyl-substituted acylating agent, wherein the hydrocarbyl-substituent has a number average molecular weight ranging from 100 to 5000, and comprises at least one polyisobutenyl succinic anhydride or polyisobutenyl succinic acid, and (ii) a nitrogen containing compound having an oxygen or nitrogen atom capable of reacting with said hydrocarbyl-substituted acylating agent, and further having at least one quaternizable amino group; and b) a quaternizing agent comprising alcohol functionalized epoxides, preferably wherein the quaternizing agent is glycidol.
A fuel staging system for a gas turbine engine, the fuel staging system comprising: a plurality of fuel injectors each comprising a mains burner; a mains manifold connected to a mains delivery line and configured to distribute fuel from the mains delivery line to the mains burner of each of the plurality of fuel injectors; and a check valve disposed in the mains delivery line upstream of the mains manifold, the check valve being configured to permit flow of fuel from the mains delivery line to the mains manifold when the pressure of fuel in the mains delivery line exceeds a threshold pressure; the fuel staging system being characterised in that the mains manifold is in heat exchange relationship with a secondary fuel line; and the fuel staging system further comprising a bypass line forming part of a main cooling circuit, wherein the bypass line is configured to receive fuel from the main delivery line when the check valve is closed and recirculate the fuel back into the main delivery line. a plurality of fuel injectors each comprising a mains burner; a mains manifold connected to a mains delivery line and configured to distribute fuel from the mains delivery line to the mains burner of each of the plurality of fuel injectors; and a check valve disposed in the mains delivery line upstream of the mains manifold, the check valve being configured to permit flow of fuel from the mains delivery line to the mains manifold when the pressure of fuel in the mains delivery line exceeds a threshold pressure; the fuel staging system being characterised in that the mains manifold is in heat exchange relationship with a secondary fuel line; and the fuel staging system further comprising a bypass line forming part of a main cooling circuit, wherein the bypass line is configured to receive fuel from the main delivery line when the check valve is closed and recirculate the fuel back into the main delivery line.
A stationary assembly made up of a spiral-bound notebook having two turns per period of 25.4 millimeters, a spiral-bound notebook having three turns per period of 25.4 millimeters and a reserve notebook of fact sheets, able to be inserted between two pages of a stationary product, connected to one another by a spiral binding with turns, the fact sheets comprising, along one of their sides, a row of perforations in which the turns of the spiral binding can be inserted to removably retain the fact sheet in the turns, the role of perforations including a regular alternating of oblong perforations and narrower perforations than the oblong perforations, the alternating periodically including an oblong perforation and a narrower perforation following one another while being adjacent, each oblong perforation being configured to receive either one turn or two turns depending on the spacing of the turns and each narrower perforation being configured to receive a single turn, the fact sheets being able to be removably fastened to the turns in any selected location between two pages, and being suitable for being detached from the reserve fact sheet notebook and to be used indifferently in the bound notebook having two turns per period of 25.4 millimeters or in the bound notebook having three turns per period of 25.4 millimeters.
A method for operating a stacking device having a first and a second stack delivery means (I, II) in transport direction, wherein a first braking device (48; 49) in the transport path of sheets conveyed along a transport direction by a conveyor system is provided in the input region of the first stack delivery means and a second braking device is provided in the input region of the second stack delivery means, wherein - the printed sheets being received in the first braking device (48; 49) enter into positive or frictionally engaged active contact with an active surface of a retaining means comprised by the braking device (48; 49), - the active surface entering into active contact with the printed sheets is moved forcibly in transport direction by means of a drive, - in a first operating mode during a positive or frictionally engaged interaction between the sheet and the active surface a speed for the movement of the active surface is reduced from a first speed (v ein) to a comparatively lower stacking speed (v ab), characterized in that the first braking device (48; 49) is operated in a second operating mode for a subsequently incoming sheet that is to be deposited on a stack of the second stack delivery means, in which the active surface, for at least the entire duration of the existing positive or frictionally engaged active contact between the relevant sheet and the active surface is moved at a speed, that roughly, i.e. with a maximum deviation of ± 10%, corresponds to the current conveying speed of the conveyor system. - the printed sheets being received in the first braking device (48; 49) enter into positive or frictionally engaged active contact with an active surface of a retaining means comprised by the braking device (48; 49), - the active surface entering into active contact with the printed sheets is moved forcibly in transport direction by means of a drive, - in a first operating mode during a positive or frictionally engaged interaction between the sheet and the active surface a speed for the movement of the active surface is reduced from a first speed (v ein) to a comparatively lower stacking speed (v ab),
A liquid dispensing method comprising steps performed in the order of: a first step that fills the inside of a pipe with cleaning liquid; a second step that sucks rinsing liquid into the pipe from a rinsing liquid vessel with gas interposed between the cleaning liquid and the rinsing liquid; a third step that further sucks dispensing target liquid into the pipe from a dispensing target liquid vessel with gas interposed between the rinsing liquid and the dispensing target liquid; a fourth step that discharges a predetermined amount of the sucked in dispensing target liquid of the pipe into a discharge vessel; a fifth step that discharges and disposes of a remainder of the dispensing target liquid and the rinsing liquid remaining in the pipe into a cleaning port; and a sixth step that cleans the inside of the pipe by the cleaning liquid; wherein the rinsing liquid is constituted by the dispensing target liquid or a main component of the dispensing target liquid. a first step that fills the inside of a pipe with cleaning liquid; a second step that sucks rinsing liquid into the pipe from a rinsing liquid vessel with gas interposed between the cleaning liquid and the rinsing liquid; a third step that further sucks dispensing target liquid into the pipe from a dispensing target liquid vessel with gas interposed between the rinsing liquid and the dispensing target liquid; a fourth step that discharges a predetermined amount of the sucked in dispensing target liquid of the pipe into a discharge vessel; a fifth step that discharges and disposes of a remainder of the dispensing target liquid and the rinsing liquid remaining in the pipe into a cleaning port; and a sixth step that cleans the inside of the pipe by the cleaning liquid; wherein the rinsing liquid is constituted by the dispensing target liquid or a main component of the dispensing target liquid.
A wastewater cartridge having an upper wall, an opening therein for receipt of wastewater, an inlet compartment generally under the opening for receipt of the wastewater from the opening and a sealant which is contained in the inlet compartment, which is floatable on the wastewater therein and which is disposed to act as a barrier to external drain and other odors, an outlet compartment which is coupled to the inlet compartment, and a drain tube which has an overflow level and which is coupled between the outlet compartment and an external drain, a ceiling of given area for the inlet compartment, which said ceiling is spaced from the upper wall and from the wastewater-receiving opening, and which is lower than the overflow level of the drain tube; and a throat which connects the inlet compartment to the wastewater-receiving opening, which has a cross-sectional area that is less than the area of said ceiling, and which has a construction that is sized to enable said throat to contain an amount of the sealant such that the amount of the sealant, as acting as the barrier and as contained within said throat, is less than the remainder of the sealant under said ceiling which floats on the wastewater in said inlet compartment, wherein a ceiling surface of the ceiling between the upper wall and the inlet compartment extends outwardly from a lower end of the throat to an outer periphery of the inlet compartment, characterized in that the cartridge is configured so that all of the sealant in the inlet compartment is contained under or in the throat and under the ceiling.
Measuring apparatus for tracking human and/or animal tissues comprising: a) a working area for receiving a tissue; b) a detecting means configured to detect a unique tissue code provided with the tissue placed on the working area, wherein the detecting means is an optical reader configured to take a picture of the tissue received by the working area; c) a measuring means configured to automatically measure quantitative properties of the tissue placed on the working area; and d) a processing and storing unit configured to automatically link the quantitative properties with the tissue code and to automatically store the so linked quantitative properties and tissue code such that the quantitative properties can be retrieved based on the tissue code. a) a working area for receiving a tissue; b) a detecting means configured to detect a unique tissue code provided with the tissue placed on the working area, wherein the detecting means is an optical reader configured to take a picture of the tissue received by the working area; c) a measuring means configured to automatically measure quantitative properties of the tissue placed on the working area; and d) a processing and storing unit configured to automatically link the quantitative properties with the tissue code and to automatically store the so linked quantitative properties and tissue code such that the quantitative properties can be retrieved based on the tissue code.
A sensor chip comprising: a transparent support; a metal thin film formed on one surface of the transparent support; and a reaction section in which a ligand is immobilized on the other surface of the metal thin film that is not in contact with the transparent support, wherein the sensor chip also comprises a closed space-forming member which forms a closed space such that at least the reaction section is housed in the closed space, characterized in that the water content in the closed space is adjusted such that the following Formula is satisfied: X / Y < 10 μg / mm 2 wherein X represents the water content in the closed space; and Y represents the surface area of the metal thin film in the closed space. a transparent support; a metal thin film formed on one surface of the transparent support; and a reaction section in which a ligand is immobilized on the other surface of the metal thin film that is not in contact with the transparent support, wherein the sensor chip also comprises a closed space-forming member which forms a closed space such that at least the reaction section is housed in the closed space, characterized in that the water content in the closed space is adjusted such that the following Formula is satisfied: X / Y < 10 μg / mm 2 wherein X represents the water content in the closed space; and Y represents the surface area of the metal thin film in the closed space.