mhurhangee/ep-ind-claims huggingface dataset:
A control system adapted to be provided for each of a plurality of wind turbine generators constituting a wind farm in which the plurality of wind turbine generators are grouped into a plurality of groups based on a predetermined criterion, the control system comprising: a transmission part for transmitting data about a controlled wind turbine generator among the plurality of wind turbine generators to the other wind turbine generators; a reception part for receiving data about the other wind turbine generators transmitted from the other wind turbine generators that belong to a group to which the controlled wind turbine generator belongs; and a control part for controlling the controlled wind turbine generator based on the data about the controlled wind turbine generator and the data, received by the reception part, about the other wind turbine generators that belong to the group to which the controlled wind turbine generator belongs, wherein the predetermined criterion is any criterion selected from a location where the wind turbine generator is installed, power lines which connect the wind turbine generator with the other wind turbine generators, a magnitude of a wind speed, a presence or absence of breakdowns in the wind turbine generator, a wind direction, a magnitude of power output from the wind turbine generator, and a magnitude of a load imposed on the wind turbine generator, and wherein the predetermined criterion is changeable according to wind conditions or operation states of the plurality of wind turbine generators. a transmission part for transmitting data about a controlled wind turbine generator among the plurality of wind turbine generators to the other wind turbine generators; a reception part for receiving data about the other wind turbine generators transmitted from the other wind turbine generators that belong to a group to which the controlled wind turbine generator belongs; and a control part for controlling the controlled wind turbine generator based on the data about the controlled wind turbine generator and the data, received by the reception part, about the other wind turbine generators that belong to the group to which the controlled wind turbine generator belongs, wherein the predetermined criterion is any criterion selected from a location where the wind turbine generator is installed, power lines which connect the wind turbine generator with the other wind turbine generators, a magnitude of a wind speed, a presence or absence of breakdowns in the wind turbine generator, a wind direction, a magnitude of power output from the wind turbine generator, and a magnitude of a load imposed on the wind turbine generator, and wherein the predetermined criterion is changeable according to wind conditions or operation states of the plurality of wind turbine generators.
A wall plug in combination with an elongate member, the wall plug comprising: an elongate hollow tube configured for receiving the elongate member through a first end of the tube, a region of the tube remote from the first end being divided into at least two adjacent parts (19,20) having a gap extending in a generally axial direction therebetween, the adjacent parts (19,20) being arranged to be moved further apart by the elongate member when received in the tube; and a deformable membrane arranged to bridge the gap between each adjacent part (19,20) wholly to seal the interior of the tube from the exterior thereof in the region of the adjacent parts (19,20) so as to be impermeable to moisture, wherein the elongate member has a first end configured to deform at least part of the wall plug upon insertion therein, and characterised in that the elongate member has a second end having a tapped hole configured to allow a screw fixing to be threadingly engaged therein.
A package or a portion thereof having an interior food-contacting surface and a coating composition being substantially free of bisphenol A and reaction products thereof applied to the interior surface; wherein the coating composition comprises a polyhydroxy ether and a curing agent for the polyhydroxy ether and in which the polyhydroxy ether is prepared from reacting epichlorohydrin with a polyhydric phenol having the following structure: where R 1 is independently an organic group having a molecular weight of at least 15 Daltons or R 1 can optionally join together with another R 1 to form a fused aromatic ring that is similarly substituted with the R 1 organic group; y = 4, x = 1 to 2; each of the arylene groups in structure includes at least one R 1 attached to the arylene ring at the ortho and/or meta position relative to the phenolic hydroxyl group; m is 0 to 1; R 2 if present is a divalent organic group; n is 0 to 1 with the proviso that if n is 0, m is 0; and reacting any remaining epoxy groups, if any by adding a monofunctional compound that is reactive with the epoxy groups, and heating the reaction mixture until there is no detectable epoxy functionality, the polyhydroxy ether having an M n of from 2000 to 10,000 as determined by gel permeation chromatography using polystyrene standards and containing at least 70 percent by weight of groups of the structure: based on weight of the polyhydroxy ether.
A method for preparing a compound semiconductor substrate, the method comprising: coating a plurality of spherical balls on a substrate; growing a first compound semiconductor epitaxial layer to a thickness smaller than sizes of the spherical balls on the substrate coated with the spherical balls; forming a plurality of voids by removing the spherical balls from the substrate on which the first compound semiconductor epitaxial layer is grown; growing a second compound semiconductor epitaxial layer on the first compound semiconductor epitaxial layer with the voids; and cooling the substrate on which the first and second compound semiconductor epitaxial layers are grown, so that the first compound semiconductor epitaxial layer and the second compound semiconductor epitaxial layer are self-separated along the voids. coating a plurality of spherical balls on a substrate; growing a first compound semiconductor epitaxial layer to a thickness smaller than sizes of the spherical balls on the substrate coated with the spherical balls; forming a plurality of voids by removing the spherical balls from the substrate on which the first compound semiconductor epitaxial layer is grown; growing a second compound semiconductor epitaxial layer on the first compound semiconductor epitaxial layer with the voids; and cooling the substrate on which the first and second compound semiconductor epitaxial layers are grown, so that the first compound semiconductor epitaxial layer and the second compound semiconductor epitaxial layer are self-separated along the voids.
A 3-aminocarbonyl-substituted benzoylcyclohexanedione of the formula or a salt thereof in which X is methylene; R 1 is trifluoromethyl; R 2 is (C 1 -C 6)-alkyl-S n; R 3 and R 4 independently of one another are hydrogen, methyl, ethyl, methoxy or ethoxy; R 5 is hydroxyl; n is 0, 1 or 2. X is methylene; R 1 is trifluoromethyl; R 2 is (C 1 -C 6)-alkyl-S n; R 3 and R 4 independently of one another are hydrogen, methyl, ethyl, methoxy or ethoxy; R 5 is hydroxyl; n is 0, 1 or 2.
A method for producing a component connection which has a first component and a male connecting element (4, 4a) which has at least one sphere or at least one spherical element, wherein the at least one sphere or the at least one spherical element is pressed into the first component such that a positive and/or frictional connection is produced between the first component and the connecting element (4, 4a), by means of which connection the connecting element (4, 4a) is connected in a translationally fixed and rotationally fixed manner to the first component, characterised in that the at least one sphere or the at least one spherical element is pressed into the first component from a first side of the first component, with counter-holding being effected from a second side of the first component which is located opposite the first side by means of a counter-holding tool upon pressing-in, with the counter-holding tool, in the region of that point at which the at least one sphere or the at least one spherical element is pressed into the first component, having a trough-like indentation, so that upon pressing-in a corresponding hump-like elevation is yielded at the pressing-in point.
Valve arrangement comprising a flow control section comprising a valve operated by a control means, the control means having a flow set-value input, wherein the control means comprises a memory storing data of a basic characteristic curve, wherein the basic characteristic curve represents a relation between a flow and an opening degree of the flow control section and wherein the control means is configured to control the opening degree of the flow control section depending on a flow set-value received via the flow set-value input using the flow set-value inputted via the flow set-value input as parameter, and a flow meter measuring an actual value of flow through the flow control section, wherein the basic characteristic curve is modified by the control means to become a modified characteristic curve when a difference between the flow set-value and the actual value of the flow exceeds a predetermined threshold value, characterized in that the valve arrangement comprises a pressure control section keeping constant a pressure difference over the flow control section a flow control section comprising a valve operated by a control means, the control means having a flow set-value input, wherein the control means comprises a memory storing data of a basic characteristic curve, wherein the basic characteristic curve represents a relation between a flow and an opening degree of the flow control section and wherein the control means is configured to control the opening degree of the flow control section depending on a flow set-value received via the flow set-value input using the flow set-value inputted via the flow set-value input as parameter, and a flow meter measuring an actual value of flow through the flow control section, wherein the basic characteristic curve is modified by the control means to become a modified characteristic curve when a difference between the flow set-value and the actual value of the flow exceeds a predetermined threshold value, characterized in that the valve arrangement comprises a pressure control section keeping constant a pressure difference over the flow control section
Moulded body made from an outer metallic shell element which has a nonlinearly tapering cross-section from the largest cross-section towards the two ends and at least partially encloses a cavity for the purpose of forming a core element, characterised in that the core element has a filling element, the filling element contains or consists of a compact mineral building material, the core element has a reinforcement, and the reinforcement is a cylindrical rod or hollow cylinder, and wherein the core element statically connects the two ends of the moulded body to each other in a continuous manner. the core element has a filling element, the filling element contains or consists of a compact mineral building material, the core element has a reinforcement, and the reinforcement is a cylindrical rod or hollow cylinder, and wherein the core element statically connects the two ends of the moulded body to each other in a continuous manner.
A graphite furnace for atomic absorption analysis comprising: a transformer configured to be used in the graphite furnace so as to heat the graphite furnace for performing analytical measurements; and a temperature monitoring unit configured to monitor a temperature of the transformer, the transformer including: a heat conductive member disposed between a primary coil and a secondary coil of the transformer; and a temperature sensor assembly connected to the heat conductive member and configured to detect a temperature conducted from the heat conductive member so as to obtain a temperature measurement value, the temperature monitoring unit being preset with a first threshold value, and being configured to receive the temperature measurement value from the temperature sensor assembly and instruct the transformer to stop operating when the temperature measurement value is greater than the first threshold value. a transformer configured to be used in the graphite furnace so as to heat the graphite furnace for performing analytical measurements; and a temperature monitoring unit configured to monitor a temperature of the transformer, the transformer including: a heat conductive member disposed between a primary coil and a secondary coil of the transformer; and a temperature sensor assembly connected to the heat conductive member and configured to detect a temperature conducted from the heat conductive member so as to obtain a temperature measurement value, the temperature monitoring unit being preset with a first threshold value, and being configured to receive the temperature measurement value from the temperature sensor assembly and instruct the transformer to stop operating when the temperature measurement value is greater than the first threshold value. a heat conductive member disposed between a primary coil and a secondary coil of the transformer; and a temperature sensor assembly connected to the heat conductive member and configured to detect a temperature conducted from the heat conductive member so as to obtain a temperature measurement value, the temperature monitoring unit being preset with a first threshold value, and being configured to receive the temperature measurement value from the temperature sensor assembly and instruct the transformer to stop operating when the temperature measurement value is greater than the first threshold value.
An oven that comprises - one or more trays; - a cooking cavity wherein the trays are placed; - a casing surrounding the cooking cavity and having two side walls; - more than one rail mounted on the inner side of the respective side walls facing the cooking cavity, whereon said trays are disposed, enabling the trays to be taken out of the casing by being pulled horizontally; - one or more stoppers fixed on said rails; said trays having a base whereon the foods to be cooked are placed, a wall that surrounds the base, two lateral edges that extend horizontally from the respective opposite upper sides of said wall and a bent portion rounded in cross section, formed by bending the lateral edge downwards and extending towards the wall, and an edge end at the end of the bent portion extending below the lateral edge, whereby said stoppers remain under the respective lateral edges when the tray is placed on the rail, extending between the bent portion and the wall, from the upper surface of the rail towards the lower surface of the lateral edge and bearing against at least some portion of the end of the bent portion. - one or more trays; - a cooking cavity wherein the trays are placed; - a casing surrounding the cooking cavity and having two side walls; - more than one rail mounted on the inner side of the respective side walls facing the cooking cavity, whereon said trays are disposed, enabling the trays to be taken out of the casing by being pulled horizontally; - one or more stoppers fixed on said rails;
An implantable medical endoprosthesis, comprising: an implantable medical endoprosthesis body and a sol gel coating supported by the implantable medical endoprosthesis body, characterized in that the endoprosthesis body comprises magnesium, and in that a layer comprising oxide is between the sol gel coating and the implantable medical endoprosthesis body.
A water resistant, shock resistant, non-toxic, single-use disposable animal medicine compliance reminder tag, comprising (a) an attachment means that attaches the tag to an animal or an animal's collar; (b) an attachment receiving means; (c) an attachment engagement sensing means (4, 4a), wherein the reminder tag is activated when the attachment means is inserted through the attachment receiving means so as to activate the attachment engagement sensing means. (a) an attachment means that attaches the tag to an animal or an animal's collar; (b) an attachment receiving means; (c) an attachment engagement sensing means (4, 4a),
A hot-dip galvanized steel sheet having an hole expansion ratio of 80% or greater, a tensile strength of 650MPa or less, and an yield ratio of 0.57 or less, the hot-dip galvanized steel sheet comprising a base steel sheet and a hot-dip galvanized layer formed on the base steel sheet, the base steel sheet comprising, by wt%, carbon:0.02% to 0.08%, manganese (Mn):1.3% to 2.1%, silicon (Si):0.3% or less excluding 0%, chromium (Cr):1.0% or less excluding 0%, phosphorus:0.1% or less excluding 0%, sulfur: 0.01% or less excluding 0%, nitrogen:0.01% or less excluding 0%, acid soluble aluminum (sol.Al): 0.02% to 0.06%, molybdenum (Mo):0.2% or less excluding 0%, boron:0.003% or less excluding 0%, and a balance of iron (Fe) and inevitable impurities, wherein the base steel sheet has a matrix microstructure comprising 90% or more by area of ferrite, 3% or less by area of bainite as described in Formula 1 below, and martensite as a remainder, wherein the base steel sheet has an a/b ratio of 0.7 or less, where (a) refers to a C+Mn content of the matrix microstructure of the base steel sheet in a surface region defined up to an average depth of 10 μm, and (b) refers to a C+Mn content of the matrix at a 1/4 thickness position of the base steel sheet, B % = BA / FA + MA + BA × 100 where FA: ferrite area, BA: bainite area, and MA: martensite area.
A system for controlling transmissions in a wireless network comprising: a base station configured for bidirectional wireless communication with each of a plurality of wireless devices; and a transmission constraints database having stored therein transmission constraints that define constraints on transmissions between the base station and the plurality of wireless devices, characterised in that the transmission constraints correspond to each of a plurality of battery types; and the base station is configured to receive battery characteristics from at least one of the plurality of wireless devices, the battery characteristics representing at least a battery type for the wireless device, and wherein the base station is configured to obtain transmission constraints by looking up the battery type in the transmission constraints database. a base station configured for bidirectional wireless communication with each of a plurality of wireless devices; and a transmission constraints database having stored therein transmission constraints that define constraints on transmissions between the base station and the plurality of wireless devices, the transmission constraints correspond to each of a plurality of battery types; and the base station is configured to receive battery characteristics from at least one of the plurality of wireless devices, the battery characteristics representing at least a battery type for the wireless device, and wherein the base station is configured to obtain transmission constraints by looking up the battery type in the transmission constraints database.
A method implemented in a memory device, wherein the memory device comprises a first memory and a second memory, the method comprising: receiving a direct memory access, DMA, write request from a first central processing unit, CPU, in a first computing system, wherein the DMA write request is for a plurality of bytes of data; in response to the DMA write request: receiving the plurality of bytes of data from a memory in the first computing system without processing by the first CPU; receiving metadata from the first CPU, wherein the metadata includes a length of the plurality of bytes of data; and storing the plurality of bytes of data in the first memory; writing the metadata in the second memory and upon completion of the storing, sending an interrupt message to a second CPU in a second computing system, wherein the interrupt message is configured to interrupt processing of the second CPU and initiate transfer of the plurality of bytes of data to a memory in the second computing system, and wherein the metadata begins at a first address of the second memory, and wherein the interrupt message comprises the first address. receiving a direct memory access, DMA, write request from a first central processing unit, CPU, in a first computing system, wherein the DMA write request is for a plurality of bytes of data; in response to the DMA write request: receiving the plurality of bytes of data from a memory in the first computing system without processing by the first CPU; receiving metadata from the first CPU, wherein the metadata includes a length of the plurality of bytes of data; and storing the plurality of bytes of data in the first memory; writing the metadata in the second memory and upon completion of the storing, sending an interrupt message to a second CPU in a second computing system, wherein the interrupt message is configured to interrupt processing of the second CPU and initiate transfer of the plurality of bytes of data to a memory in the second computing system, and wherein the metadata begins at a first address of the second memory, and wherein the interrupt message comprises the first address. receiving the plurality of bytes of data from a memory in the first computing system without processing by the first CPU; receiving metadata from the first CPU, wherein the metadata includes a length of the plurality of bytes of data; and storing the plurality of bytes of data in the first memory; writing the metadata in the second memory and upon completion of the storing, sending an interrupt message to a second CPU in a second computing system, wherein the interrupt message is configured to interrupt processing of the second CPU and initiate transfer of the plurality of bytes of data to a memory in the second computing system, and wherein the metadata begins at a first address of the second memory, and wherein the interrupt message comprises the first address.