mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a porous fired granulated body, the porous fired granulated body being formed by consolidating numerous ceramic particles to each other while letting mainly interconnected pores remain in network form across an entire cross section of a granulated body particle, and wherein the pores have an inner diameter controlled by a droplet diameter of a pore forming agent and have numerous precipitated alumina crystals formed on inner surfaces thereof, the method for manufacturing the porous fired granulated body comprising: a granulating process of using a tumbling disk granulator, including a rotating plate, to wet-granulate a raw material, constituted of a ceramic fine powder, while spraying on liquid agents; and a firing process of firing a granulated body; and wherein the granulating process includes respective sub-processes of: 1) a process of performing primary spraying of a crystal precipitating agent on the raw material, loaded from an upper portion side opposite a discharging portion positioned at an obliquely lower portion of the rotating plate and undergoing primary tumbling circulation along an outer peripheral portion of the rotating plate, 2) a process of performing secondary spraying of a pore forming agent on the primary sprayed raw material undergoing secondary tumbling circulation at an inner side of the primary tumbling circulation, 3) a process of performing tertiary spraying of a binder on the secondary sprayed raw material undergoing tertiary tumbling circulation at an inner side of the secondary tumbling circulation, and 4) a process of making the tertiary sprayed raw material progress in granulation growth through further tumbling circulation and be particle-size-adjusted to the granulated body of a required diameter, and the primary, secondary, and tertiary spraying are respectively performed at tumbling side portions of the primary, secondary, and tertiary tumbling circulations. 1) a process of performing primary spraying of a crystal precipitating agent on the raw material, loaded from an upper portion side opposite a discharging portion positioned at an obliquely lower portion of the rotating plate and undergoing primary tumbling circulation along an outer peripheral portion of the rotating plate, 2) a process of performing secondary spraying of a pore forming agent on the primary sprayed raw material undergoing secondary tumbling circulation at an inner side of the primary tumbling circulation, 3) a process of performing tertiary spraying of a binder on the secondary sprayed raw material undergoing tertiary tumbling circulation at an inner side of the secondary tumbling circulation, and 4) a process of making the tertiary sprayed raw material progress in granulation growth through further tumbling circulation and be particle-size-adjusted to the granulated body of a required diameter, and
A tuning system for tuning the operation of a gas turbine, the system comprising a turbine controller and a turbine, wherein the turbine controller controls operational aspects of the turbine, the tuning system further comprising: operational turbine controls for controlling operational control elements of the turbine, the operational turbine controls controlling at least one of turbine fuel distribution or the fuel temperature, a tuning controller communicating with the operational turbine controls, the tuning controller configured to tune the operation of the turbine in accordance with the following receiving operational data (120, 122, 124) about the turbine, specifying tuning priorities wherein the specifying operates to change predetermined operational limits, determining whether sensed operational data is within predetermined operational limits (134, 136, 138, 140) and producing one or more indicators if said operational data is not within predetermined operational limits, ranking the one or more indicators to determine a dominant tuning concern, and tuning the operation of the turbine based on the dominant tuning concern, characterized in that the indicators have varying degrees of severity based on how close the turbine operation is to the outside of the operational limits. operational turbine controls for controlling operational control elements of the turbine, the operational turbine controls controlling at least one of turbine fuel distribution or the fuel temperature, a tuning controller communicating with the operational turbine controls, the tuning controller configured to tune the operation of the turbine in accordance with the following receiving operational data (120, 122, 124) about the turbine, specifying tuning priorities wherein the specifying operates to change predetermined operational limits, determining whether sensed operational data is within predetermined operational limits (134, 136, 138, 140) and producing one or more indicators if said operational data is not within predetermined operational limits, ranking the one or more indicators to determine a dominant tuning concern, and tuning the operation of the turbine based on the dominant tuning concern, characterized in that the indicators have varying degrees of severity based on how close the turbine operation is to the outside of the operational limits. receiving operational data (120, 122, 124) about the turbine, specifying tuning priorities wherein the specifying operates to change predetermined operational limits, determining whether sensed operational data is within predetermined operational limits (134, 136, 138, 140) and producing one or more indicators if said operational data is not within predetermined operational limits, ranking the one or more indicators to determine a dominant tuning concern, and tuning the operation of the turbine based on the dominant tuning concern, characterized in that the indicators have varying degrees of severity based on how close the turbine operation is to the outside of the operational limits.
A motor control module for a vehicle brake system, comprising: a circuit board; and a capacitor assembly including a plurality of capacitors; and an electrically conductive connecting element for electrically connecting the plurality of capacitors, the electrically conductive connecting element being electrically connected to the circuit board, characterized in that the electrically conductive connecting element is disposed in a suspended state relative to the circuit board, such that a gap is maintained between the capacitor assembly and the circuit board, the motor control module further comprises a capacitor holder on which the plurality of capacitors are positioned to form the capacitor assembly and the capacitor assembly is mounted at a side of the capacitor holder facing away from the circuit board, and the electrically conductive connecting element is mounted at a side of the capacitor holder facing the circuit board. a circuit board; and a capacitor assembly including a plurality of capacitors; and an electrically conductive connecting element for electrically connecting the plurality of capacitors, the electrically conductive connecting element being electrically connected to the circuit board, characterized in that the electrically conductive connecting element is disposed in a suspended state relative to the circuit board, such that a gap is maintained between the capacitor assembly and the circuit board, the motor control module further comprises a capacitor holder on which the plurality of capacitors are positioned to form the capacitor assembly and the capacitor assembly is mounted at a side of the capacitor holder facing away from the circuit board, and the electrically conductive connecting element is mounted at a side of the capacitor holder facing the circuit board.
A kit for a feeder sleeve for use in casting molten metal, the kit comprising: a feeder sleeve neck having a narrower first end and a wider second end; a first continuous sidewall, defining a first bore which extends between two ends, at least one of which is open; and a second continuous sidewall, defining a second bore which extends between two open ends, wherein the second continuous sidewall is sized to be received on a mounting surface provided on the feeder sleeve neck, at or close to the second end thereof, and wherein the first continuous sidewall is sized to be received within the second continuous sidewall such that a gap is formed between an outer surface of the first continuous sidewall and an inner surface of the second continuous sidewall. a feeder sleeve neck having a narrower first end and a wider second end; a first continuous sidewall, defining a first bore which extends between two ends, at least one of which is open; and a second continuous sidewall, defining a second bore which extends between two open ends, wherein the second continuous sidewall is sized to be received on a mounting surface provided on the feeder sleeve neck, at or close to the second end thereof, and wherein the first continuous sidewall is sized to be received within the second continuous sidewall such that a gap is formed between an outer surface of the first continuous sidewall and an inner surface of the second continuous sidewall.
A package for confectionary products, the package comprising: a durable hard-shell container, wherein the container includes a base portion defining a first receptacle and a reclosable lid portion defining a second receptacle; characterized in that the container is at least partly transparent, and in that an inner graphic branding layer is disposed inside at least one of the first receptacle and the second receptacle, in that the inner graphic branding layer is externally visible through the at least partly transparent container; and in that an organization element is disposed internal to the inner graphic branding layer, and wherein the organization element is configured to receive a portion of confectionary products and wherein the organization element is in the form of belly bands, and wherein the belly bands can embrace the lower ends of the confectionary products to facilitate the side-by-side arrangement of the confectionary products. a durable hard-shell container, wherein the container includes a base portion defining a first receptacle and a reclosable lid portion defining a second receptacle; characterized in that the container is at least partly transparent, and in that an inner graphic branding layer is disposed inside at least one of the first receptacle and the second receptacle, in that the inner graphic branding layer is externally visible through the at least partly transparent container; and in that an organization element is disposed internal to the inner graphic branding layer, and wherein the organization element is configured to receive a portion of confectionary products and wherein the organization element is in the form of belly bands, and wherein the belly bands can embrace the lower ends of the confectionary products to facilitate the side-by-side arrangement of the confectionary products.
An apparatus for sealing a puncture extending through tissue, comprising: a cartridge comprising a proximal end, a distal end sized for insertion into a puncture through tissue, and a lumen extending between the proximal and distal ends (122, 124); a plug slidably disposed within the cartridge lumen, the plug formed from a lyophilized hydrogel comprising hydrolytically degradable bonds, the hydrogel expanding when exposed to an aqueous physiological environment, the plug comprising: a lumen extending between proximal and distal ends (114, 116) thereof; and a pusher member slidable within the cartridge lumen for deploying the plug from the cartridge, wherein the plug is formed entirely from a single layer of the lyophilized hydrogel that is rolled into a cylindrical shape. a cartridge comprising a proximal end, a distal end sized for insertion into a puncture through tissue, and a lumen extending between the proximal and distal ends (122, 124); a plug slidably disposed within the cartridge lumen, the plug formed from a lyophilized hydrogel comprising hydrolytically degradable bonds, the hydrogel expanding when exposed to an aqueous physiological environment, the plug comprising: a lumen extending between proximal and distal ends (114, 116) thereof; and a pusher member slidable within the cartridge lumen for deploying the plug from the cartridge, wherein the plug is formed entirely from a single layer of the lyophilized hydrogel that is rolled into a cylindrical shape.
A method in a page-wide array printing apparatus comprising at least first and second printing dies (1001, 1002) that overlap in a page width direction, the method comprising the steps of: calibrating the printing apparatus in a media advance direction to a higher resolution than the resolution of calibration in the page width direction, the media advance direction being perpendicular to the page width direction; and using printing masks to control the operation of a plurality of nozzles in an overlap area between the first and second printing dies (1001, 1002), wherein each printing die prints alternating columns of the printing mask, the size of each column randomly variable to reduce any visible defects caused by dot placement errors in the page width direction. calibrating the printing apparatus in a media advance direction to a higher resolution than the resolution of calibration in the page width direction, the media advance direction being perpendicular to the page width direction; and using printing masks to control the operation of a plurality of nozzles in an overlap area between the first and second printing dies (1001, 1002), wherein each printing die prints alternating columns of the printing mask, the size of each column randomly variable to reduce any visible defects caused by dot placement errors in the page width direction.
Process for fabrication of a micromechanical and/or nanomechanical structure comprising the following steps, starting from an element comprising a support substrate and a sacrificial layer: a) formation of a first layer, at least part of which is porous, b) formation on the first layer of a layer providing the mechanical properties of the structure, called the intermediate layer, c) formation on the intermediate layer of a second layer, at least part of which is porous, d) formation of said structure in the stack composed of the first layer, the intermediate layer and the second layer, e) release of said structure by at least partial removal of the sacrificial layer. a) formation of a first layer, at least part of which is porous, b) formation on the first layer of a layer providing the mechanical properties of the structure, called the intermediate layer, c) formation on the intermediate layer of a second layer, at least part of which is porous, d) formation of said structure in the stack composed of the first layer, the intermediate layer and the second layer, e) release of said structure by at least partial removal of the sacrificial layer.
A vacuum cleaner comprising: a motor-fan aggregate, a control for controlling a power setting of the motor-fan aggregate; and a processor (μP) for protecting the motor-fan aggregate from overheating and/or entering a stall regime, both being in dependence on a comparison of a parameter relating to a flow rate with a threshold that is representative of a rotation speed of the motor-fan aggregate. a motor-fan aggregate, a control for controlling a power setting of the motor-fan aggregate; and a processor (μP) for protecting the motor-fan aggregate from overheating and/or entering a stall regime, both being in dependence on a comparison of a parameter relating to a flow rate with a threshold that is representative of a rotation speed of the motor-fan aggregate.
An anvil for a surgical stapler, said anvil comprising: an elongate anvil body comprising an upper body portion and a staple forming undersurface; an anvil mounting portion adjacent to said elongate anvil body and configured to movably support said anvil on a portion of the surgical stapler; an anvil cap configured to be mechanically interlocked to said upper body portion of said elongate anvil body; at least one weld between said anvil cap and said upper body portion of said elongate anvil body; wherein said upper body portion defines an opening through an upper surface thereof and said anvil cap is mechanically interlocked to said upper body portion within said opening, and wherein said upper body portion forms an opening perimeter; and characterised in that said upper body portion comprises a plurality of retention formations formed in said opening perimeter and configured to frictionally engage corresponding portions of said anvil cap when said anvil cap is positioned within said opening. an elongate anvil body comprising an upper body portion and a staple forming undersurface; an anvil mounting portion adjacent to said elongate anvil body and configured to movably support said anvil on a portion of the surgical stapler; an anvil cap configured to be mechanically interlocked to said upper body portion of said elongate anvil body; at least one weld between said anvil cap and said upper body portion of said elongate anvil body; wherein said upper body portion defines an opening through an upper surface thereof and said anvil cap is mechanically interlocked to said upper body portion within said opening, and wherein said upper body portion forms an opening perimeter; and characterised in that said upper body portion comprises a plurality of retention formations formed in said opening perimeter and configured to frictionally engage corresponding portions of said anvil cap when said anvil cap is positioned within said opening.
Induction coil unit for heating a component, in particular a sleeve part, which is rotationally symmetrical in relation to an axis, is made of electrically conductive material and holds an elongate object in a press fit in a receiving opening which is central with respect to the axis, preferably so as to heat the sleeve part of a tool holder which holds a shaft of a rotary tool, in particular a drilling or milling tool, in a press fit in its receiving opening which is central with respect to the rotational axis, said induction coil unit comprising: - a receiving space for the component which is central with respect to the axis; - a plurality of pole elements which are distributed, in particular at regular angular spacings, around the axis and are made of a material having soft-magnetic, magnetic-flux-conducting properties; - at least one coil, to which an alternating current can be supplied, for generating magnetic fluxes in the pole elements, in particular a plurality of said coils; - the pole elements being guided on the unit so as to be movable radially with respect to the axis and being movable between a first position close to the axis and a second position remote from the axis; and - the pole elements having end faces which substantially radially face the axis and, in the first position, abut or almost abut an outer peripheral face of the component at least over part of their axial height along a generatrix of the outer peripheral face of the component, characterised in that at least the portion of the end face of each pole element which is intended to abut or almost abut said face is formed as an apex region, which extends along the axis, of partial faces extending towards one another towards the axis, the radial height of the axially normal cross-sectional area of the pole element, which height is defined by the partial faces, being varied radially with respect to the axis and/or the radius of curvature of the apex region being varied in the axially normal cross-sectional area and/or the width of the apex region (47"), when viewed in the peripheral direction of the component, being varied in the axially normal cross-sectional area along the axis. - a receiving space for the component which is central with respect to the axis; - a plurality of pole elements which are distributed, in particular at regular angular spacings, around the axis and are made of a material having soft-magnetic, magnetic-flux-conducting properties; - at least one coil, to which an alternating current can be supplied, for generating magnetic fluxes in the pole elements, in particular a plurality of said coils; - the pole elements being guided on the unit so as to be movable radially with respect to the axis and being movable between a first position close to the axis and a second position remote from the axis; and - the pole elements having end faces which substantially radially face the axis and, in the first position, abut or almost abut an outer peripheral face of the component at least over part of their axial height along a generatrix of the outer peripheral face of the component,
A method carried by an information processing apparatus, comprising: stepwisely changing a power saving setting of the information processing apparatus based on a usage status of the information processing apparatus, wherein a first power saving state and a second power state are defined as power saving states of the information processing apparatus, and changing a first setting regarding the first power saving state in a case where the power saving setting of the information processing apparatus is stepwisely changed, and characterized in that the method performs such to change the power saving setting of the information processing apparatus stepwisely is to change the power saving setting of the information processing apparatus from a previous setting to a current setting different from the previous setting. stepwisely changing a power saving setting of the information processing apparatus based on a usage status of the information processing apparatus, wherein a first power saving state and a second power state are defined as power saving states of the information processing apparatus, and changing a first setting regarding the first power saving state in a case where the power saving setting of the information processing apparatus is stepwisely changed, and characterized in that the method performs such to change the power saving setting of the information processing apparatus stepwisely is to change the power saving setting of the information processing apparatus from a previous setting to a current setting different from the previous setting.
A gravity-assisted rotational mechanism comprising at least two concentric rotational members having different sizes and rotatable about the same rotational center or shaft, an actuation device being connected to the rotational center or shaft, at least one pair of link members,,, connected between the above concentric rotational members, characterised by interference sections, being respectively at least disposed on a large-size rotational member and a small-size rotational member in different rotational directions, the link members being movably restricted within the interference sections, the interference sections of the large-size rotational member serving to provide stop in ascending direction for the link members that rotate and descend, while the interference sections of the small-size rotational member serving to provide stop in descending direction for the link members that rotate and ascend.
Cold-rolled flat steel product, with a tensile strength Rm of at least 1400 MPa and an elongation A80 of at least 5%, consisting in % by weight of: C: 0.27 to 0.60%, Si: 0.4 to 2.5%, Mn: 0.4 to 3.0%, Cr: 0.3 to 2%, and in each case optionally of Al: up to 3.0%, Ni: up to 1.0%, Cu: up to 2.0%, Mo: up to 0.4%, Co: up to 1.5%, Ti: up to 0.2%, Nb: up to 0.2%, V: up to 0.5%, and the remainder of iron and unavoidable impurities, wherein the structure of the flat steel product consists at least 20% by volume of bainite, 10 to 35% by volume of residual austenite, which is predominantly present in a film-like manner with small globular islands of blocky residual austenite with a grain size of <5 μm and the remainder consisting of martensite.