mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a power grid, the method comprising: providing an energy management system having an automatic generation control system including a load frequency control module and an economic dispatch module; determining a regulation requirement based upon area control error levels corresponding to nested control zones; determining a system regulation allocation using positive tunable gains associated with the nested control zones; distributing said system regulation allocation among all the generators of said power grid economically; and implementing corrections to the set-point of the generators of said power grid based upon solution results of the determined system regulation allocation. providing an energy management system having an automatic generation control system including a load frequency control module and an economic dispatch module; determining a regulation requirement based upon area control error levels corresponding to nested control zones; determining a system regulation allocation using positive tunable gains associated with the nested control zones; distributing said system regulation allocation among all the generators of said power grid economically; and implementing corrections to the set-point of the generators of said power grid based upon solution results of the determined system regulation allocation.
A battery pack for an electric power tool, comprising: a battery constituted by connecting multiple chargeable and dischargeable cells in series; a connecting device (4,6) that is adapted to connect selectively a battery charger or the electric power tool to the battery; a voltage measuring device that is adapted to measure voltages of the respective cells; a discharging device that is adapted to allow the cells to discharge individually; a control device that is adapted to determine the necessity of a balancing control to reduce difference in voltages of the respective cells based upon the voltages of the respective cells measured by the voltage measuring device, the control device is adapted to control a subject cell, which is subject to the balancing control from among the cells, to discharge via the discharging device when the balancing control is determined to be necessary; and a battery charger detecting device that is adapted to detect a connection of the battery charger to the connecting device (4,6), wherein the voltage measuring device measures the voltages of the respective cells when the battery charger detecting device detects the connection of the battery charger to the connecting device (4,6) in a state where the battery has not been connected to the battery charger for a predetermined specified period of time or more and power feeding to the electric power tool has not been performed for the specified period of time or more. a battery constituted by connecting multiple chargeable and dischargeable cells in series; a connecting device (4,6) that is adapted to connect selectively a battery charger or the electric power tool to the battery; a voltage measuring device that is adapted to measure voltages of the respective cells; a discharging device that is adapted to allow the cells to discharge individually; a control device that is adapted to determine the necessity of a balancing control to reduce difference in voltages of the respective cells based upon the voltages of the respective cells measured by the voltage measuring device, the control device is adapted to control a subject cell, which is subject to the balancing control from among the cells, to discharge via the discharging device when the balancing control is determined to be necessary; and a battery charger detecting device that is adapted to detect a connection of the battery charger to the connecting device (4,6), wherein the voltage measuring device measures the voltages of the respective cells when the battery charger detecting device detects the connection of the battery charger to the connecting device (4,6) in a state where the battery has not been connected to the battery charger for a predetermined specified period of time or more and power feeding to the electric power tool has not been performed for the specified period of time or more.
Device for producing humus, in particular a composter, having a compost container which forms a casing and which is closed at the top with a cover, wherein the cover forms a rainwater collecting basin, to which at least one drain issuing into the composter interior is allocated, the drain issuing into a collecting container allocated to the casing, characterised in that the drain issues into a distributor channel and/or ring line which is allocated to the casing and horizontally surrounds the casing in the region of the composter opening, said distributor channel and/or ring line preferably being suspended at the composter opening.
A support arm for a transportation vessel tray table, characterized by: a thermoplastic material; and a filler; wherein a cross-section of the support arm taken along a line from an inner edge to an outer edge of the support arm comprises a modified I-shaped, an I/U-shaped (20,26), or a U-shaped cross-section. a thermoplastic material; and a filler; wherein a cross-section of the support arm taken along a line from an inner edge to an outer edge of the support arm comprises a modified I-shaped, an I/U-shaped (20,26), or a U-shaped cross-section.
An apparatus comprising: an inlet conduit assembly surrounding a gas flow path, the inlet conduit assembly comprising: a thermoelectric device configured to convert heat into electrical energy; a gas flow conduit arranged between the gas flow path and the TE device; and a resilient member configured to bias the TE device into contact with the gas flow conduit, wherein the resilient member is configured to apply a load on the TE device of 140 to 350 kPa (20 - 50 psi); and a pressure plate arranged between the resilient member and the TE device, wherein the resilient member is in direct contact with the pressure plate; and a combustor arranged downstream of the inlet conduit assembly. an inlet conduit assembly surrounding a gas flow path, the inlet conduit assembly comprising: a thermoelectric device configured to convert heat into electrical energy; a gas flow conduit arranged between the gas flow path and the TE device; and a resilient member configured to bias the TE device into contact with the gas flow conduit, wherein the resilient member is configured to apply a load on the TE device of 140 to 350 kPa (20 - 50 psi); and a pressure plate arranged between the resilient member and the TE device, wherein the resilient member is in direct contact with the pressure plate; and a thermoelectric device configured to convert heat into electrical energy; a gas flow conduit arranged between the gas flow path and the TE device; and a resilient member configured to bias the TE device into contact with the gas flow conduit, wherein the resilient member is configured to apply a load on the TE device of 140 to 350 kPa (20 - 50 psi); and a pressure plate arranged between the resilient member and the TE device, wherein the resilient member is in direct contact with the pressure plate; and a combustor arranged downstream of the inlet conduit assembly.
Mechanism for securing a module inserted into a module receiving frame to the module receiving frame and releasing the module for removal from the module receiving frame, comprising a catch arranged on the module or the module receiving frame, which catch may be moved to and fro between an open position and a locking position of the catch, and a spring, wherein the mechanism further comprises a catch holder, which may be moved to and fro between a retaining position, in which it holds the catch back against the preloading of the spring, and a release position, in which it does not hold the catch back against the preloading of the spring and is configured and arranged such that both the retaining position and the release position are neutral positions of the catch holder, characterized in that the spring is provided to preload the catch into one of the two positions, open position or locking position, wherein the catch holder is configured and arranged in the mechanism such that a movement of the catch holder from the retaining position into the release position releases the catch so that the catch moves from its locking position into its open position or from its open position into its locking position by the force of the spring.
A bispecific antibody that comprises a first variable domain that can bind an extracellular part of human epidermal growth factor receptor (EGFR) and a second variable domain that can bind an extracellular part of human MET Proto-Oncogene, Receptor Tyrosine Kinase (cMET), wherein the first variable domain comprises a heavy chain variable region with a CDR1 sequence SYGIS; a CDR2 sequence WISAYNGNTNYAQKLQG and a CDR3 comprising the sequence DRHWHWWLDAFDY; and wherein the second variable domain comprises a heavy chain variable region with a CDR1 sequence SYSMN; a CDR2 sequence WINTYTGDPTYAQGFTG and a CDR3 sequence ETYYYDRGGYPFDP; or wherein the first variable domain comprises a heavy chain variable region with a CDR1 sequence SYGIS; a CDR2 sequence WISAYNANTNYAQKLQG and a CDR3 comprising the sequence DRHWHWWLDAFDY and wherein the second variable domain comprises a heavy chain variable region with a CDR1 sequence TYSMN; a CDR2 sequence WINTYTGDPTYAQGFTG and a CDR3 comprising the sequence ETYFYDRGGYPFDP; and wherein the first and second variable domains further comprise a light chain comprising a CDR1 sequence QSISSY, a CDR2 sequence AAS, and a CDR3 sequence QQSYSTP. wherein the first variable domain comprises a heavy chain variable region with a CDR1 sequence SYGIS; a CDR2 sequence WISAYNGNTNYAQKLQG and a CDR3 comprising the sequence DRHWHWWLDAFDY; and wherein the second variable domain comprises a heavy chain variable region with a CDR1 sequence SYSMN; a CDR2 sequence WINTYTGDPTYAQGFTG and a CDR3 sequence ETYYYDRGGYPFDP; or wherein the first variable domain comprises a heavy chain variable region with a CDR1 sequence SYGIS; a CDR2 sequence WISAYNANTNYAQKLQG and a CDR3 comprising the sequence DRHWHWWLDAFDY and wherein the second variable domain comprises a heavy chain variable region with a CDR1 sequence TYSMN; a CDR2 sequence WINTYTGDPTYAQGFTG and a CDR3 comprising the sequence ETYFYDRGGYPFDP; and wherein the first and second variable domains further comprise a light chain comprising a CDR1 sequence QSISSY, a CDR2 sequence AAS, and a CDR3 sequence QQSYSTP.
A person support device, comprising a body support, a first support loop coupled to the body support, the first support loop including an upper layer and a lower layer, and a second support loop coupled to the first support loop such that a portion of the second support loop is positioned between the upper layer and the lower layer of the first support loop, characterized in that a portion of the length of the second support loop extends along a portion of the length of the first support loop.
At least one oligonucleotide with a length of from 8 to 30 nucleotide building blocks for use in the prophylaxis and/or the treatment of diseases selected from the group of cancer, metastases, disease of the nervous system and immunosuppression, wherein said oligonucleotide hybridizes with a messenger RNA of a TGF-beta1, and wherein said oligonucleotide has a concentration of 1 microM to 25 microM for administration at a flow rate of 5 microL/min to 0.5 ml/min for 3 to 15 days into body cavities which are not the ventricular space or joint cavity.
An inkjet printing apparatus comprising: an ink tank configured to contain an ink to be supplied to a printing head that ejects the ink, the ink being injected from an ink bottle; a first passage defined by a first upper end portion and a first lower end portion, the first upper end portion, which opens obliquely, and to which the ink bottle approaches for injection of the ink from the ink bottle into the ink tank, the first lower end portion opening to an inside of the ink tank; and a second passage defined by a second upper end portion and a second lower end portion, the second upper end portion, which opens obliquely, and to which the ink bottle approaches for injection of the ink from the ink bottle into the ink tank, the second lower end portion opening to an inside of the ink tank, the second passage being shorter than the first passage such that the second upper end portion and the second lower end portion are located between the first upper end portion and the first lower end portion, characterized in that the first passage has a tapered shape, and a sectional area of the first lower end portion is larger than a sectional area of the first upper end portion. an ink tank configured to contain an ink to be supplied to a printing head that ejects the ink, the ink being injected from an ink bottle; a first passage defined by a first upper end portion and a first lower end portion, the first upper end portion, which opens obliquely, and to which the ink bottle approaches for injection of the ink from the ink bottle into the ink tank, the first lower end portion opening to an inside of the ink tank; and a second passage defined by a second upper end portion and a second lower end portion, the second upper end portion, which opens obliquely, and to which the ink bottle approaches for injection of the ink from the ink bottle into the ink tank, the second lower end portion opening to an inside of the ink tank, the second passage being shorter than the first passage such that the second upper end portion and the second lower end portion are located between the first upper end portion and the first lower end portion, characterized in that the first passage has a tapered shape, and a sectional area of the first lower end portion is larger than a sectional area of the first upper end portion.
A combination of at least one type of HDAC4 silencing agent and either a compound of Formula: wherein R' is H or alkyl; R" is H or alkoxy; R1 and R2 are H or together form oxo; R3 and R4 are independently H, OH or together form oxo: R5, R6, R6', R7, and R8 are independently selected from the group consisting of H, alkyl, alkoxy, hydroxy, hydroxylalkyl, alkoxycarbonyl, or mono- and dialkylamino; X is CH 2 or O; and n is 0 or 1; or a compound for use as a medicament. R' is H or alkyl; R" is H or alkoxy; R1 and R2 are H or together form oxo; R3 and R4 are independently H, OH or together form oxo: R5, R6, R6', R7, and R8 are independently selected from the group consisting of H, alkyl, alkoxy, hydroxy, hydroxylalkyl, alkoxycarbonyl, or mono- and dialkylamino; X is CH 2 or O; and n is 0 or 1;
A method of washing the core engine of a gas turbine engine comprising at least one engine shaft, a rotatably arranged fan comprising a plurality of blades mounted on a hub and extending substantially in a radial direction, and the core engine, which includes a compressor unit and turbines for driving the compressor unit and the fan, the method comprising: providing a stiff manifold in form of a conduit which in one end is connected to a nozzle, said nozzle being firmed by the conduit, and which in the other end is connected to a coupling which is further connected to a hose which is further connected to a pump; orienting the nozzle at a tangential angle Y relative to an engine centreline so as to enable liquid from the nozzle to pass in between the fan blades and into an inlet of the core engine; and operating the pump to pump a washing liquid to the nozzle. providing a stiff manifold in form of a conduit which in one end is connected to a nozzle, said nozzle being firmed by the conduit, and which in the other end is connected to a coupling which is further connected to a hose which is further connected to a pump; orienting the nozzle at a tangential angle Y relative to an engine centreline so as to enable liquid from the nozzle to pass in between the fan blades and into an inlet of the core engine; and operating the pump to pump a washing liquid to the nozzle.
A method, in a user equipment, for reporting channel state information, the method comprising: measuring a separate channel response for each of two or more reference signals or groups of reference signals, wherein the each reference signal or group of reference signals corresponds to at least one transmission point, wherein the method further comprises: reporting at least one aggregated channel quality indicator, CQI, based on the measured separate channel responses and based on an assumption that jointly transmitted signals corresponding to the measured separate channel responses, on a per-channel response basis, combine non-coherently at the user equipment, characterized in that the reporting of the at least one aggregated CQI is further based on a predetermination that a combination of random and deterministic sequences of frequency selective phase shifts is applied to the transmissions of the at least one transmission point. measuring a separate channel response for each of two or more reference signals or groups of reference signals, wherein the each reference signal or group of reference signals corresponds to at least one transmission point, wherein the method further comprises: reporting at least one aggregated channel quality indicator, CQI, based on the measured separate channel responses and based on an assumption that jointly transmitted signals corresponding to the measured separate channel responses, on a per-channel response basis, combine non-coherently at the user equipment, characterized in that the reporting of the at least one aggregated CQI is further based on a predetermination that a combination of random and deterministic sequences of frequency selective phase shifts is applied to the transmissions of the at least one transmission point. reporting at least one aggregated channel quality indicator, CQI, based on the measured separate channel responses and based on an assumption that jointly transmitted signals corresponding to the measured separate channel responses, on a per-channel response basis, combine non-coherently at the user equipment, characterized in that the reporting of the at least one aggregated CQI is further based on a predetermination that a combination of random and deterministic sequences of frequency selective phase shifts is applied to the transmissions of the at least one transmission point.
A microstructured surface comprising: a substrate having an undulating surface defining a first set of micro features; a second set of micro features disposed on said first set of micro features and selected from the group consisting of microstructured projections and microstructured cavities, and combinations thereof, wherein said second set of micro features is smaller than said first set of micro features; a third set of micro features disposed on at least one of said first set of micro features and said second set of micro features, said third set of micro features selected from the group consisting of microstructured projections and microstructured cavities, and combinations thereof, wherein said third set of micro features is smaller than said second set of micro features; said second set and said third set of micro features (14, 20) each including a portion of micro features that extend along an axis normal to the curve of said undulating surface; characterized by: a fourth set of micro features disposed on side surfaces of each microstructure of said second set of micro features, wherein said fourth set of micro features is selected from the group consisting of flutes and ribs; wherein each of said sets of micro features (12, 14, 20, 24) cooperate to increase the surface area and affect at least one of adhesion, friction, hydrophilicity and hydrophobicity of said substrate. a substrate having an undulating surface defining a first set of micro features; a second set of micro features disposed on said first set of micro features and selected from the group consisting of microstructured projections and microstructured cavities, and combinations thereof, wherein said second set of micro features is smaller than said first set of micro features; a third set of micro features disposed on at least one of said first set of micro features and said second set of micro features, said third set of micro features selected from the group consisting of microstructured projections and microstructured cavities, and combinations thereof, wherein said third set of micro features is smaller than said second set of micro features; said second set and said third set of micro features (14, 20) each including a portion of micro features that extend along an axis normal to the curve of said undulating surface; characterized by: a fourth set of micro features disposed on side surfaces of each microstructure of said second set of micro features, wherein said fourth set of micro features is selected from the group consisting of flutes and ribs; wherein each of said sets of micro features (12, 14, 20, 24) cooperate to increase the surface area and affect at least one of adhesion, friction, hydrophilicity and hydrophobicity of said substrate. a fourth set of micro features disposed on side surfaces of each microstructure of said second set of micro features, wherein said fourth set of micro features is selected from the group consisting of flutes and ribs; wherein each of said sets of micro features (12, 14, 20, 24) cooperate to increase the surface area and affect at least one of adhesion, friction, hydrophilicity and hydrophobicity of said substrate.
A process for producing a combustible product from an organic or biomass feedstock, the process comprising: mixing the feedstock with an alkaline material to give an alkaline aqueous mixture; heating the mixture by ohmic heating to a temperature in the range of 280°C to 320°C and reacting the mixture under subcritical conditions at the said temperature range and a pressure of 6.6 to 11.6 MPa (65 bar gauge to 115 bar gauge); and removing at least some of the water to leave a combustible product. mixing the feedstock with an alkaline material to give an alkaline aqueous mixture; heating the mixture by ohmic heating to a temperature in the range of 280°C to 320°C and reacting the mixture under subcritical conditions at the said temperature range and a pressure of 6.6 to 11.6 MPa (65 bar gauge to 115 bar gauge); and removing at least some of the water to leave a combustible product.
An oxychlorination process where ethylene is converted to 1,2-dichloroethane in the presence of a supported copper catalyst, comprising the step of using a supported catalyst prepared by (i) impregnating, within a first step, an alumina support with a first aqueous solution including copper and an additional transition metal, to thereby form a first catalyst component; and (ii) impregnating, within a subsequent step, the first catalyst component with a second aqueous solution including copper and alkaline earth metal to thereby form the supported catalyst.