mhurhangee/ep-ind-claims huggingface dataset:
A hard disk, comprising: a manager (1, 11), a managed component, and a communication interface (2, 3, 21, 31), wherein: the communication interface (2, 3, 21, 31) comprises a network interface (2, 21) and a management interface (3, 31), and the managed component comprises at least a system on chip, SOC; the manager (1, 11) is configured to: receive an external management command from a cloud server or a cloud storage service system by using the management interface (3, 31), process the received external management command to perform an operation corresponding to the external management command to manage a managed component indicated in the external management command, and return a management result by using the management interface (3, 31); and the network interface (2, 21) is configured to receive an external read/write operation command, so that the SOC is configured to perform a corresponding read/write operation according to the received external read/write operation command and is configured to return a read/write operation result by using the network interface (2, 21); wherein the manager and the SOC are two independent hardware components, wherein the external management command includes a diagnosis command, and wherein the manager is further configured to, when receiving the diagnosis command, instruct the SOC to acquire operating environment monitoring data collected by an operating environment monitoring unit and return the operating environment monitoring data by using the management interface (3, 31). the communication interface (2, 3, 21, 31) comprises a network interface (2, 21) and a management interface (3, 31), and the managed component comprises at least a system on chip, SOC; the manager (1, 11) is configured to: receive an external management command from a cloud server or a cloud storage service system by using the management interface (3, 31), process the received external management command to perform an operation corresponding to the external management command to manage a managed component indicated in the external management command, and return a management result by using the management interface (3, 31); and the network interface (2, 21) is configured to receive an external read/write operation command, so that the SOC is configured to perform a corresponding read/write operation according to the received external read/write operation command and is configured to return a read/write operation result by using the network interface (2, 21); wherein the manager and the SOC are two independent hardware components, wherein the external management command includes a diagnosis command, and wherein the manager is further configured to, when receiving the diagnosis command, instruct the SOC to acquire operating environment monitoring data collected by an operating environment monitoring unit and return the operating environment monitoring data by using the management interface (3, 31).
A method of operating a multi-tiered cache forming a cache hierarchy, in which each tier is managed by a cache device controller, the method comprising: managing a first tier of the multi-tiered cache by a first cache device controller and a second tier of the multi-tiered cache by a second cache device controller, wherein the second cache device controller is different from the first cache device controller, where at least the second tier of the multi-tiered cache includes a dynamically resizable cache element; detecting, by the first cache device controller for the first tier of the multi-tiered cache, a change of workload characteristics at the first tier of the multi-tiered cache; characterized by: communicating the detected change of workload characteristics from the first cache device controller to the second cache device controller of the second tier; and the second cache device controller adjusting its caching size and policy in response to the detected changes communicated from the first cache device controller. managing a first tier of the multi-tiered cache by a first cache device controller and a second tier of the multi-tiered cache by a second cache device controller, wherein the second cache device controller is different from the first cache device controller, where at least the second tier of the multi-tiered cache includes a dynamically resizable cache element; detecting, by the first cache device controller for the first tier of the multi-tiered cache, a change of workload characteristics at the first tier of the multi-tiered cache; characterized by: communicating the detected change of workload characteristics from the first cache device controller to the second cache device controller of the second tier; and the second cache device controller adjusting its caching size and policy in response to the detected changes communicated from the first cache device controller. communicating the detected change of workload characteristics from the first cache device controller to the second cache device controller of the second tier; and the second cache device controller adjusting its caching size and policy in response to the detected changes communicated from the first cache device controller.
A transdermal drug delivery system comprising: a drug containing matrix layer comprising: donepezil or a pharmaceutically acceptable salt thereof; a styrene copolymer; a hydrocarbon resin; and a hydrogenated rosin glycerol ester; provided that there is no absorption enhancer. a drug containing matrix layer comprising: donepezil or a pharmaceutically acceptable salt thereof; a styrene copolymer; a hydrocarbon resin; and a hydrogenated rosin glycerol ester; donepezil or a pharmaceutically acceptable salt thereof; a styrene copolymer; a hydrocarbon resin; and a hydrogenated rosin glycerol ester; provided that there is no absorption enhancer.
A method for controlling extremely low Ti in extra low carbon AlSi-killed steel, consisting of C≤0.005 wt%, Si: 0.1-3.4 wt%, Mn: 0.1-0.5 wt%, P≤0.2 wt%, S≤0.002 wt%, Al: 0-1.2 wt%, N≤0.005 wt%, Ti≤0.0015 wt% and a balance substantially being Fe and inevitable impurities; the liquid steel having said chemical composition is obtained by hot metal preprocessing, smelting, retained RH smelting and ingoting, wherein the top ladle slag is modified, and calcium-aluminum based modifier of 0.6-1.7kg/t steel is added, so as to ensure a controlling demand that when refined RH decarburization is over, the content of total iron T.Fe in top ladle slag composition ≥5 wt%, the content of Al 2 O 3 ≤23 wt%; when refined RH decarburization is over, ferrosilicium, ferroaluminum or ferromanganese is employed to perform deoxiding and alloying, then perform a deep desulfurization, and desulfurizing efficiency is 50% to 75%.
Device for protecting a platform, comprising - at least one launcher for producing an effective smoke screen or smoke cloud (11, 13), the launcher being designed to produce both a visible smoke and an infrared smoke that is transparent on one side, - a thermal imager, producing an image of the density and homogeneity of the infrared smoke screen or smoke cloud that is transparent on one side, - a camera, producing an image of the density and homogeneity of the visible smoke screen or smoke cloud, - a computer for image and data processing, wherein - the computer is electrically connected to the at least one launcher, the thermal imager and the camera, - the computer is designed to evaluate the images of the camera and of the thermal imager, - algorithms for analysing the effectiveness of the smoke screen or smoke cloud (11, 13) are stored in the computer, and - the device is designed to stabilize and/or extend the smoke screen or smoke cloud (11, 13) appropriately in the visible range and in the infrared range in the evaluation of this information by specific firing of further smoke-producing means from the at least one launcher. - at least one launcher for producing an effective smoke screen or smoke cloud (11, 13), the launcher being designed to produce both a visible smoke and an infrared smoke that is transparent on one side, - a thermal imager, producing an image of the density and homogeneity of the infrared smoke screen or smoke cloud that is transparent on one side, - a camera, producing an image of the density and homogeneity of the visible smoke screen or smoke cloud, - a computer for image and data processing, wherein - the computer is electrically connected to the at least one launcher, the thermal imager and the camera, - the computer is designed to evaluate the images of the camera and of the thermal imager, - algorithms for analysing the effectiveness of the smoke screen or smoke cloud (11, 13) are stored in the computer, and - the device is designed to stabilize and/or extend the smoke screen or smoke cloud (11, 13) appropriately in the visible range and in the infrared range in the evaluation of this information by specific firing of further smoke-producing means from the at least one launcher.
A radio frequency power amplifier, comprising: a planar dielectric substrate; a first conductive layer disposed on a first side of the planar dielectric substrate, and a second conducting layer disposed on a second side of the planar dielectric substrate; wherein the first conductive layer has a pattern comprising one or more harmonic control circuits; wherein the second conductive layer acts as a ground plane; and wherein the second side of the planar dielectric substrate is opposite to the first side of the planar dielectric substrate. wherein the harmonic control circuit comprises: a transmission line of microstrip type; and a first capacitor structure and a second capacitor structure, coupled in parallel with the transmission line, and disposed in symmetry about the transmission line, wherein the transmission line, the first capacitor structure and the second capacitor structure are coupled with each other by a cross junction; and wherein the first capacitor structure and the second capacitor structure are coupled to the cross junction through an optimal miter corner; wherein a width of an end of the transmission line is larger than a width of a main body of the transmission line, so as to form a step impedance transformer. a planar dielectric substrate; a first conductive layer disposed on a first side of the planar dielectric substrate, and a second conducting layer disposed on a second side of the planar dielectric substrate; wherein the first conductive layer has a pattern comprising one or more harmonic control circuits; wherein the second conductive layer acts as a ground plane; and wherein the second side of the planar dielectric substrate is opposite to the first side of the planar dielectric substrate. wherein the harmonic control circuit comprises: a transmission line of microstrip type; and a first capacitor structure and a second capacitor structure, coupled in parallel with the transmission line, and disposed in symmetry about the transmission line, wherein the transmission line, the first capacitor structure and the second capacitor structure are coupled with each other by a cross junction; and wherein the first capacitor structure and the second capacitor structure are coupled to the cross junction through an optimal miter corner; wherein a width of an end of the transmission line is larger than a width of a main body of the transmission line, so as to form a step impedance transformer. a transmission line of microstrip type; and a first capacitor structure and a second capacitor structure, coupled in parallel with the transmission line, and disposed in symmetry about the transmission line, wherein the transmission line, the first capacitor structure and the second capacitor structure are coupled with each other by a cross junction; and wherein the first capacitor structure and the second capacitor structure are coupled to the cross junction through an optimal miter corner; wherein a width of an end of the transmission line is larger than a width of a main body of the transmission line, so as to form a step impedance transformer.
A fuel cell configured to be installed in a vehicle comprising: a power generating body that includes an electrolyte membrane; a separator (30,40) provided along the power generating body; a flow path through which a fluid to be supplied to the fuel cell flows; a first seal portion that surrounds the flow path in a surface of the separator, and inhibits the fluid from flowing out of the fuel cell; and an electrolytic corrosion inhibiting portion provided between the flow path and the first seal portion; wherein: the flow path includes a manifold; and the electrolytic corrosion inhibiting portion includes a second seal portion provided on a portion around the manifold arranged along only a lower portion in the gravitational direction of the manifold and having a cut line in a portion corresponding to the upper side in the gravitational direction of the manifold. a power generating body that includes an electrolyte membrane; a separator (30,40) provided along the power generating body; a flow path through which a fluid to be supplied to the fuel cell flows; a first seal portion that surrounds the flow path in a surface of the separator, and inhibits the fluid from flowing out of the fuel cell; and an electrolytic corrosion inhibiting portion provided between the flow path and the first seal portion; wherein: the flow path includes a manifold; and the electrolytic corrosion inhibiting portion includes a second seal portion provided on a portion around the manifold arranged along only a lower portion in the gravitational direction of the manifold and having a cut line in a portion corresponding to the upper side in the gravitational direction of the manifold. the flow path includes a manifold; and the electrolytic corrosion inhibiting portion includes a second seal portion provided on a portion around the manifold arranged along only a lower portion in the gravitational direction of the manifold and having a cut line in a portion corresponding to the upper side in the gravitational direction of the manifold.
A monolithic dual band antenna, comprising: a first layer comprising an array of tunable phase shifter integrated circuits and a high frequency band antenna configured to form a first beam, wherein the high frequency band antenna comprises an array of micro-strip patches capable of beam forming, each micro-strip patch being coupled with a corresponding tunable phase shifter integrated circuit for phase-tuning using the corresponding tunable phase shifter integrated circuit based on a corresponding input voltage; and a second layer underlying the first layer, the second layer comprising a single low frequency band micro-strip patch antenna configured to generate a second beam, wherein the array of micro-strip patches of the high frequency antenna is configured to cause resulting electric fields of the formed first beam of the high frequency band antenna to be orthogonal to resulting electric fields of the second beam of the low frequency band antenna. a first layer comprising an array of tunable phase shifter integrated circuits and a high frequency band antenna configured to form a first beam, wherein the high frequency band antenna comprises an array of micro-strip patches capable of beam forming, each micro-strip patch being coupled with a corresponding tunable phase shifter integrated circuit for phase-tuning using the corresponding tunable phase shifter integrated circuit based on a corresponding input voltage; and a second layer underlying the first layer, the second layer comprising a single low frequency band micro-strip patch antenna configured to generate a second beam, wherein the array of micro-strip patches of the high frequency antenna is configured to cause resulting electric fields of the formed first beam of the high frequency band antenna to be orthogonal to resulting electric fields of the second beam of the low frequency band antenna.
A method for preparing a lithographic printing plate comprising: exposing imagewise with laser a lithographic printing plate precursor comprising a hydrophilic support, a photosensitive layer containing a sensitizing dye, a polymerization initiator, a polymerizable compound and a binder polymer and a protective layer in this order; and removing the protective layer and an unexposed area of the photosensitive layer in the presence of a developer having pH of from 2 to 10 by an automatic processor equipped with a rubbing member, wherein the protective layer comprises at least one acid-modified polyvinyl alcohol in an amount of 50% by weight or more based on a total solid content of the protective layer, and the binder polymer comprises as a hydrophilic group, at least one acid group selected from a carboxylic acid group, a sulfonic acid group and a phosphoric acid group in a form of an ammonium salt.
An apparatus for removing nitrogen oxides and carbon monoxide from gas emissions, comprising a contaminated gas removal channel where catalysts for CO oxidation and NO x reduction are located sequentially, a catalytic load placed inside each of the catalysts, a device for injecting a reductant into a contaminated gas removal channel, characterized in that the CO oxidation catalyst and the NO x reduction catalyst comprise plates (13, 14), located parallel to each other and lengthwise to the contaminated gas removal channel, between which the load of catalytic grains is placed and to which sources of high voltage alternating current are connected in order to create a high voltage electric field between the plates (13, 14) inside the catalysts (11, 12) sufficient to fluidize the load of catalytic grains, the oxidation and reduction catalysts (11, 12) being closed from both the right and the left sides by vertical small-meshed grids, having the shape identical to the inner cross section of the catalysts (11, 12), dedicated to restrict the zone of the load of catalytic grains.
A wheelchair, comprising: a main frame having a rear end and a front end opposite to the rear end; two main wheels coaxially mounted to two sides of the main frame, respectively, wherein a first reference plane passes through a center of each of the two main wheels, and wherein the first reference plane is parallel to ground, and wherein a second reference plane passes through the centers of the two main wheels, the second reference plane being orthogonal to the first reference plane; a caster; and an assistive driving system including a slanted bar connecting the caster and the main frame, characterized in that the slanted bar of the assistive driving system has a force-exerting point with respect to the main frame, wherein the force-exerting point is located above the first reference plane defined by the two main wheels, and the force-exerting point being located at a side of the second reference plane which is adjacent to the front end of the main frame, so that the force-exerting point is configured to receive a force produced by the caster, when the caster is rotating, through the slanted bar to support the main frame, wherein the caster is located more adjacent to the rear end of the main frame than the force-exerting point. a main frame having a rear end and a front end opposite to the rear end; two main wheels coaxially mounted to two sides of the main frame, respectively, wherein a first reference plane passes through a center of each of the two main wheels, and wherein the first reference plane is parallel to ground, and wherein a second reference plane passes through the centers of the two main wheels, the second reference plane being orthogonal to the first reference plane; a caster; and an assistive driving system including a slanted bar connecting the caster and the main frame, characterized in that the slanted bar of the assistive driving system has a force-exerting point with respect to the main frame, wherein the force-exerting point is located above the first reference plane defined by the two main wheels, and the force-exerting point being located at a side of the second reference plane which is adjacent to the front end of the main frame, so that the force-exerting point is configured to receive a force produced by the caster, when the caster is rotating, through the slanted bar to support the main frame, wherein the caster is located more adjacent to the rear end of the main frame than the force-exerting point.
Wheelset transmission with a wheel receptacle which is connected via a planetary transmission to a drive shaft which is in turn in a rotary connection with a hydraulic machine, a multiple disc assembly being provided which has outer and inner discs (28, 30) in an alternating manner, the inner discs being arranged fixedly on the drive shaft so as to rotate with it, and the outer discs being connected fixedly to a housing structure so as to rotate with it, and with at least one brake piston, via which the multiple disc assembly can be pressed together, characterized in that shaft rings which engage around the drive shaft are arranged between the discs (28, 30), press the discs (28, 30) of the multiple disc assembly apart from one another in the non-actuated state, and additionally bring about a return stroke of the brake piston.
Process for the preparation of a vinyl chloride polymer comprising: • a stage of polymerization of vinyl chloride, and optionally of one or more comonomers of the latter, carried out in aqueous dispersion in the presence of at least one polymerization initiator, of at least one emulsifying agent and of a seed latex of a polymer containing epoxide functional groups, resulting in a latex of a vinyl chloride polymer being obtained, during which the weight of the seed latex, with respect to the total weight of the vinyl chloride and of its optional comonomer(s) has a value of at least 1% and at most 10%, the weight of the seed latex being the weight of the solid particles of the seed latex, in other words the weight of the polymer containing epoxide functional groups; • a stage of separation of the vinyl chloride polymer from the latex containing it, resulting in a vinyl chloride polymer being obtained. • a stage of polymerization of vinyl chloride, and optionally of one or more comonomers of the latter, carried out in aqueous dispersion in the presence of at least one polymerization initiator, of at least one emulsifying agent and of a seed latex of a polymer containing epoxide functional groups, resulting in a latex of a vinyl chloride polymer being obtained, during which the weight of the seed latex, with respect to the total weight of the vinyl chloride and of its optional comonomer(s) has a value of at least 1% and at most 10%, the weight of the seed latex being the weight of the solid particles of the seed latex, in other words the weight of the polymer containing epoxide functional groups; • a stage of separation of the vinyl chloride polymer from the latex containing it, resulting in a vinyl chloride polymer being obtained.