mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a structural composites component in a mould (50a, 50b) comprising first and second mould halves, the method comprising the steps of: providing a fibre or fabric preform; providing a resin film that is separate from the preform; inserting one of the preform or the resin film into the first mould half of the mould; separately inserting the other of the preform or the resin film into the first mould half such that the one of the preform or the resin film is disposed on top of the other of the preform or the resin film in the first mould half; closing the second mould half over the first mould half; and pressurising the mould in a compression press to cause the resin film to impregnate the preform, wherein the mould is maintained at a constant heated temperature throughout the method of manufacture. providing a fibre or fabric preform; providing a resin film that is separate from the preform; inserting one of the preform or the resin film into the first mould half of the mould; separately inserting the other of the preform or the resin film into the first mould half such that the one of the preform or the resin film is disposed on top of the other of the preform or the resin film in the first mould half; closing the second mould half over the first mould half; and pressurising the mould in a compression press to cause the resin film to impregnate the preform, wherein the mould is maintained at a constant heated temperature throughout the method of manufacture.
A motor comprising: a rotor; and a stator co-operating with the rotor, wherein the stator comprises: a main core including a base, and a plurality of teeth protruding from the base; and an auxiliary core structured to prevent spaces between adjacent teeth from functioning as a magnetic resistance while the stator co-operates with the rotor, wherein the auxiliary core comprises a plate positioned over or beneath the main core, and a shield arranged at and associated with each of the spaces, wherein each shield includes a first extension extending from the plate, and a second extension extending from the first extension such that the second extension is bent from the first extension to shield the associated space, characterized in that each second extension has a groove configured to adjust a size of an exposed area of the associated space, and wherein the groove has a width corresponding to 0.5 to 1.5 times the distance between the second extension and a tooth of the main core arranged adjacent to the second extension. a rotor; and a stator co-operating with the rotor, wherein the stator comprises: a main core including a base, and a plurality of teeth protruding from the base; and an auxiliary core structured to prevent spaces between adjacent teeth from functioning as a magnetic resistance while the stator co-operates with the rotor, wherein the auxiliary core comprises a plate positioned over or beneath the main core, and a shield arranged at and associated with each of the spaces, wherein each shield includes a first extension extending from the plate, and a second extension extending from the first extension such that the second extension is bent from the first extension to shield the associated space, characterized in that each second extension has a groove configured to adjust a size of an exposed area of the associated space, and wherein the groove has a width corresponding to 0.5 to 1.5 times the distance between the second extension and a tooth of the main core arranged adjacent to the second extension. a main core including a base, and a plurality of teeth protruding from the base; and an auxiliary core structured to prevent spaces between adjacent teeth from functioning as a magnetic resistance while the stator co-operates with the rotor, wherein the auxiliary core comprises a plate positioned over or beneath the main core, and a shield arranged at and associated with each of the spaces, wherein each shield includes a first extension extending from the plate, and a second extension extending from the first extension such that the second extension is bent from the first extension to shield the associated space, characterized in that each second extension has a groove configured to adjust a size of an exposed area of the associated space, and wherein the groove has a width corresponding to 0.5 to 1.5 times the distance between the second extension and a tooth of the main core arranged adjacent to the second extension.
Method for treating soil, wherein a soil auger, comprising a helical drilling blade and an outlet opening, is driven into the soil, wherein a treatment product is injected into the soil via the outlet opening at different depths, and wherein the injection pressure and the injection flow rate are measured during the injection, characterized in that the outlet opening is provided in the drilling blade, in that a soil parameter of the soil at the location where the treatment product is injected is derived from the injection flow rate and the injection pressure, and in that the injection pressure is adapted as a function of the soil parameter, said soil parameter being the hydraulic conductivity, or a measure of the hydraulic conductivity or a value or a variable or a parameter which is proportionate to the hydraulic conductivity.
A memory device comprising: physical memory to be accessed according to predefined access profiles associated with the memory device, wherein individual ones of the predefined access profiles correspond to how access to the memory device is configured for at least one usage of the memory device, wherein the predefined access profiles correspond to a sequential write access, a sequential read access, a random write access, or a random read access; and a controller configured to: receive one or more commands indicative of access needs, wherein the one or more commands comprise a metadata portion for designating an access profile of the predefined access profiles; and configure, based at least in part on the one or more commands, access to the physical memory in accordance with the access profile such that at least a portion of the physical memory is configured according to the access profile for the at least one usage. physical memory to be accessed according to predefined access profiles associated with the memory device, wherein individual ones of the predefined access profiles correspond to how access to the memory device is configured for at least one usage of the memory device, wherein the predefined access profiles correspond to a sequential write access, a sequential read access, a random write access, or a random read access; and a controller configured to: receive one or more commands indicative of access needs, wherein the one or more commands comprise a metadata portion for designating an access profile of the predefined access profiles; and configure, based at least in part on the one or more commands, access to the physical memory in accordance with the access profile such that at least a portion of the physical memory is configured according to the access profile for the at least one usage. receive one or more commands indicative of access needs, wherein the one or more commands comprise a metadata portion for designating an access profile of the predefined access profiles; and configure, based at least in part on the one or more commands, access to the physical memory in accordance with the access profile such that at least a portion of the physical memory is configured according to the access profile for the at least one usage.
A remote monitoring terminal device for a mobile work vehicle or vessel, said remote monitoring terminal device being mounted to a mobile work vehicle or vessel for communication with a remote monitoring device to enable the mobile work vehicle or vessel to be remotely monitored by the remote monitoring device, said remote monitoring terminal device comprising: connection terminals for feeding data on an operation state of the mobile work vehicle or vessel; a data abridging control section for acquiring at predetermined intervals the data on the operation state fed via the connection terminals, temporarily storing the acquired data in a data storage section; and a communications section for communication with the remote monitoring device, wherein the data abridging control section transmits the data stored in the data storage section, to the remote monitoring device via the communications section in response to a manual turn-off of a startup switch of the mobile work vehicle or vessel. characterized in that said data abridging control section furthermore computes minimum, maximum, and average values of part of the data on the operation state collected over a period from a startup to a latest data acquisition and an occurrence count and durations of a predetermined event, all on the basis of the data stored at the predetermined intervals, and temporarily storing the computed minimum, maximum, and average values and the computed occurrence count and durations in the data storage section; and in that said data abridging control section transmits as data, minimum, maximum, and average values and the occurrence count and durations of the predetermined event. connection terminals for feeding data on an operation state of the mobile work vehicle or vessel; a data abridging control section for acquiring at predetermined intervals the data on the operation state fed via the connection terminals, temporarily storing the acquired data in a data storage section; and a communications section for communication with the remote monitoring device, wherein the data abridging control section transmits the data stored in the data storage section, to the remote monitoring device via the communications section in response to a manual turn-off of a startup switch of the mobile work vehicle or vessel. characterized in that said data abridging control section furthermore computes minimum, maximum, and average values of part of the data on the operation state collected over a period from a startup to a latest data acquisition and an occurrence count and durations of a predetermined event, all on the basis of the data stored at the predetermined intervals, and temporarily storing the computed minimum, maximum, and average values and the computed occurrence count and durations in the data storage section; and in that said data abridging control section transmits as data, minimum, maximum, and average values and the occurrence count and durations of the predetermined event.
A system for diagnosing an insulation element within a battery management system, the system comprising: in a BMS divided into a first voltage region and a second voltage region by an insulation element, a comparing unit which compares an input signal input through an input terminal of the insulation element in the first voltage region with Z its corresponding output signal output to the second voltage region through an output terminal of the insulation element and then output a comparison result; and a first (120, 130) operation unit which determines whether the insulation element is erroneously operated based on the comparison result. in a BMS divided into a first voltage region and a second voltage region by an insulation element, a comparing unit which compares an input signal input through an input terminal of the insulation element in the first voltage region with Z its corresponding output signal output to the second voltage region through an output terminal of the insulation element and then output a comparison result; and a first (120, 130) operation unit which determines whether the insulation element is erroneously operated based on the comparison result.
A method of producing an investment casting shell comprising the steps of; providing a slurry comprising water, a refractory material and a soluble or partially soluble phosphate, dipping a pattern in the slurry to form a coat of slurry on the pattern, applying a stucco composition which comprises magnesium oxide, calcium oxide, magnesium hydroxide or calcium hydroxide to the slurry coated on the pattern, and allowing the slurry and the stucco composition to set to form a shell. providing a slurry comprising water, a refractory material and a soluble or partially soluble phosphate, dipping a pattern in the slurry to form a coat of slurry on the pattern, applying a stucco composition which comprises magnesium oxide, calcium oxide, magnesium hydroxide or calcium hydroxide to the slurry coated on the pattern, and allowing the slurry and the stucco composition to set to form a shell.
A method for producing the composition containing as its main component proanthocyanidin oligomer having a polymerization degree of 2 to 4, wherein catechin or epigallocatechin gallate are terminal compounds, comprising a step of heating plant materials containing proanthocyanidin polymer or extract thereof with green tea, extract thereof or epigallocatechin gallate, plants containing such a substance or extract thereof in an acidic aqueous solution by using acid in a concentration of 0.1 to 1.0 N, and a step of concentrating the reaction solution containing proanthocyanidin oligomer having a polymerization degree of 2 to 4 and having catechin or epigallocatechin gallate bonded to the terminals and drying the solution or subjecting the concentrated solution to fractionating treatment.
A system for processing a pavement reinstatement such that the reinstated pavement has a target air voids content, the system comprising: a weighing apparatus for measuring a mass of reinstatement material; and a reinstatement apparatus comprising a user device, the reinstatement apparatus being adapted to receive reinstatement dimension information and reinstatement material information and adapted to determine a required reinstatement material mass from the received reinstatement dimension information and reinstatement material information (12,14), the required reinstatement material mass being the mass required for providing the target air voids content; wherein the weighing apparatus is adapted to provide, to the reinstatement apparatus or to a user, an indication of the mass actually measured by the weighing apparatus; and wherein the reinstatement apparatus is adapted to receive, from the weighing apparatus or from a user input, an indication of the mass actually measured by the weighing apparatus; whereby to provide the target air voids content. a weighing apparatus for measuring a mass of reinstatement material; and a reinstatement apparatus comprising a user device, the reinstatement apparatus being adapted to receive reinstatement dimension information and reinstatement material information and adapted to determine a required reinstatement material mass from the received reinstatement dimension information and reinstatement material information (12,14), the required reinstatement material mass being the mass required for providing the target air voids content; wherein the weighing apparatus is adapted to provide, to the reinstatement apparatus or to a user, an indication of the mass actually measured by the weighing apparatus; and wherein the reinstatement apparatus is adapted to receive, from the weighing apparatus or from a user input, an indication of the mass actually measured by the weighing apparatus; whereby to provide the target air voids content.
A method of managing resources between a local compute environment comprising a first set of compute nodes (130,132,134) managed by a first management module and an on-demand environment comprising a second set of compute nodes (124,126) different from the first set of compute nodes managed by a second management module different from the first management module, the method comprising: detecting an event associated with the local compute environment, wherein the event is at least one of the passing of a threshold or a triggering event; based on the detected event, identifying information about the local environment; establishing communication with an on-demand compute environment and transmitting the information about the local environment to the on-demand compute environment; provisioning resources within the on-demand compute environment according to a profile associated with workload requiring processing submitted to the local compute environment, the profile corresponding to a configuration of resources for processing the workload; and transferring the workload requiring processing submitted to the local environment to the on-demand compute environment without requiring user action. detecting an event associated with the local compute environment, wherein the event is at least one of the passing of a threshold or a triggering event; based on the detected event, identifying information about the local environment; establishing communication with an on-demand compute environment and transmitting the information about the local environment to the on-demand compute environment; provisioning resources within the on-demand compute environment according to a profile associated with workload requiring processing submitted to the local compute environment, the profile corresponding to a configuration of resources for processing the workload; and transferring the workload requiring processing submitted to the local environment to the on-demand compute environment without requiring user action.
Gas turbine plant, - with at least one gas turbine device comprising at least one compressor, at least one burner (6, 7) and at least one gas turbine (8, 9), - with at least one waste heat boiler arrangement which comprises a boiler input side connected to a turbine outlet of the gas turbine device, a first boiler output connected to a flue, and a second boiler output, - with an exhaust gas recirculation system which connects the second boiler output to a compressor inlet of the gas turbine device, characterised in that - the waste heat boiler arrangement has a first boiler exhaust gas path which is connected to the boiler input side and leads to the first boiler output, - the waste heat boiler arrangement has a second boiler exhaust gas path which is connected to the boiler input side and leads, separately from the first boiler exhaust gas path, to the second boiler output, and - the exhaust gas recirculation between the second boiler output and the compressor inlet is fluidically separated from the flue. - with at least one gas turbine device comprising at least one compressor, at least one burner (6, 7) and at least one gas turbine (8, 9), - with at least one waste heat boiler arrangement which comprises a boiler input side connected to a turbine outlet of the gas turbine device, a first boiler output connected to a flue, and a second boiler output, - with an exhaust gas recirculation system which connects the second boiler output to a compressor inlet of the gas turbine device, characterised in that - the waste heat boiler arrangement has a first boiler exhaust gas path which is connected to the boiler input side and leads to the first boiler output, - the waste heat boiler arrangement has a second boiler exhaust gas path which is connected to the boiler input side and leads, separately from the first boiler exhaust gas path, to the second boiler output, and - the exhaust gas recirculation between the second boiler output and the compressor inlet is fluidically separated from the flue.
A terminal fitting, comprising: a tube portion (13; 33) into which a tab is to be at least partly inserted in an insertion direction; at least one resilient contact piece (14; 34) which substantially extends along the inserting direction of the tab in the tube portion (13; 33) and comes into contact with the tab inserted into the tube portion (13; 33) while being resiliently deformed; and one or more resilient pieces (24; 42) which extend from the resilient contact piece (14; 34) in a width direction intersecting the insertion direction and are able to resiliently come into contact with an inner wall surface of the tube portion (13; 33), characterized by a shell (12; 32) which is a component separate from the resilient contact piece (14; 34), at least partly surrounds the resilient contact piece (14; 34) and forms part of the tube portion (13; 33), and at least one restricting portion (28; 46) which is formed at the tube portion (13; 33), is configured to extend obliquely inward of the shell toward front, and restricts displacements of the resilient piece(s) (24; 42) in an extending direction of the resilient piece(s) (24; 42) by being resiliently brought into contact with the extending end(s) of the resilient piece(s) (24; 42). a tube portion (13; 33) into which a tab is to be at least partly inserted in an insertion direction; at least one resilient contact piece (14; 34) which substantially extends along the inserting direction of the tab in the tube portion (13; 33) and comes into contact with the tab inserted into the tube portion (13; 33) while being resiliently deformed; and one or more resilient pieces (24; 42) which extend from the resilient contact piece (14; 34) in a width direction intersecting the insertion direction and are able to resiliently come into contact with an inner wall surface of the tube portion (13; 33), characterized by a shell (12; 32) which is a component separate from the resilient contact piece (14; 34), at least partly surrounds the resilient contact piece (14; 34) and forms part of the tube portion (13; 33), and at least one restricting portion (28; 46) which is formed at the tube portion (13; 33), is configured to extend obliquely inward of the shell toward front, and restricts displacements of the resilient piece(s) (24; 42) in an extending direction of the resilient piece(s) (24; 42) by being resiliently brought into contact with the extending end(s) of the resilient piece(s) (24; 42).
An edible oral film strip comprising at least one water dispersible or water disintegrable film forming polymer, an acidic active pharmaceutical ingredient and at least one anion exchange resin as a primary taste masking agent, wherein said strip further comprises an edible alkaline agent in an amount that is from about 1.5 to 10 wt%, based upon the weight of the dry oral film strip, wherein the edible alkaline agent is selected from hydroxides, edible bicarbonates, edible carbonates, basic amino acids, buffers and mixtures thereof, and wherein the acidic active pharmaceutical ingredient is ketoprofen.