mhurhangee/ep-ind-claims huggingface dataset:
A process for forming a multilayered coating or cladding on a surface of a conductive substrate or mandrel by electrodeposition, the process comprising: (a) providing an electrolyte solution comprising a nickel salt and a chromium salt; (b) providing the conductive substrate or mandrel for electrodeposition; (c) contacting at least a portion of a surface of the conductive substrate or mandrel with the electrolyte solution; (d) depositing a seed layer of nickel and chromium on the conductive substrate or mandrel by passing a seed layer plating current through the conductive substrate or mandrel for a first time period ranging from about 1 minute to about 10 minutes, the seed layer comprising greater than about 90% nickel by weight; (e) depositing a first layer of a second nickel-chromium alloy by passing a first electric current through the conductive substrate or mandrel for a second time period ranging from about 50 milliseconds to about 500 milliseconds, the first layer comprising from about 5% to about 35% chromium by weight; (f) depositing a second layer of nickel and chromium by passing a second electric current through the conductive substrate or mandrel for a third time period ranging from about 50 milliseconds to about 500 milliseconds, the second layer comprising greater than about 90% nickel by weight; (g) repeating steps (e) and (f) four or more times, thereby producing a multilayered coating or cladding comprising the seed layer and alternating first layers and second layers on the surface of the conductive substrate or mandrel; and (h) optionally separating the mandrel from the cladding. (a) providing an electrolyte solution comprising a nickel salt and a chromium salt; (b) providing the conductive substrate or mandrel for electrodeposition; (c) contacting at least a portion of a surface of the conductive substrate or mandrel with the electrolyte solution; (d) depositing a seed layer of nickel and chromium on the conductive substrate or mandrel by passing a seed layer plating current through the conductive substrate or mandrel for a first time period ranging from about 1 minute to about 10 minutes, the seed layer comprising greater than about 90% nickel by weight; (e) depositing a first layer of a second nickel-chromium alloy by passing a first electric current through the conductive substrate or mandrel for a second time period ranging from about 50 milliseconds to about 500 milliseconds, the first layer comprising from about 5% to about 35% chromium by weight; (f) depositing a second layer of nickel and chromium by passing a second electric current through the conductive substrate or mandrel for a third time period ranging from about 50 milliseconds to about 500 milliseconds, the second layer comprising greater than about 90% nickel by weight; (g) repeating steps (e) and (f) four or more times, thereby producing a multilayered coating or cladding comprising the seed layer and alternating first layers and second layers on the surface of the conductive substrate or mandrel; and (h) optionally separating the mandrel from the cladding.
Method for processing foodstuff, said method comprises the steps: a) providing a foodstuff; b) coating said foodstuff with a dry powder or granulate comprised of 5 wt% to 50 wt% dextrin; c) exposing said coated foodstuff to steam during 0.1 to 10 seconds; and d) baking, frying or boiling said steam exposed foodstuff; wherein said foodstuff is selected from the group consisting of potato, potato derived products, meat, fruit, processed meat, comminuted meat, vegetable and combinations thereof. a) providing a foodstuff; b) coating said foodstuff with a dry powder or granulate comprised of 5 wt% to 50 wt% dextrin; c) exposing said coated foodstuff to steam during 0.1 to 10 seconds; and d) baking, frying or boiling said steam exposed foodstuff;
A receptacle contact for receipt of a mating contact therein, the receptacle contact having a box-shaped contact portion comprising: a bottom wall, a top wall and side walls (38, 40), each of the side walls (38, 40) having an opening provided therein; a resilient contact arm extending between the side walls (38, 40), the resilient contact arm having a fixed end and a distal end with at least one first contact area for contacting the mating contact, said first contact area being positioned proximate said distal end, projections extending from the resilient contact arm, the projections extending through the openings of the side walls (38, 40), a weak area provided on the resilient contact arm, the weak area being positioned between the fixed end and the projections, and a second contact area for contacting the mating contact, the second contact area being proximate the weak area, characterized in that the weak area is positioned proximate the projections, whereby the projections engage a top wall of the openings of the side walls (38, 40) as the mating contact is inserted into the receptacle contact, causing the second contact area proximate the weak area to move into engagement with the mating contact wherein the at least one first contact area and the second contact area engage the mating contact to provide a stable and reliable electrical connection therebetween. a bottom wall, a top wall and side walls (38, 40), each of the side walls (38, 40) having an opening provided therein; a resilient contact arm extending between the side walls (38, 40), the resilient contact arm having a fixed end and a distal end with at least one first contact area for contacting the mating contact, said first contact area being positioned proximate said distal end, projections extending from the resilient contact arm, the projections extending through the openings of the side walls (38, 40), a weak area provided on the resilient contact arm, the weak area being positioned between the fixed end and the projections, and a second contact area for contacting the mating contact, the second contact area being proximate the weak area, characterized in that the weak area is positioned proximate the projections, whereby the projections engage a top wall of the openings of the side walls (38, 40) as the mating contact is inserted into the receptacle contact, causing the second contact area proximate the weak area to move into engagement with the mating contact wherein the at least one first contact area and the second contact area engage the mating contact to provide a stable and reliable electrical connection therebetween.
Method for producing a motor vehicle chassis component in which a semi-finished product made of light metal or a light metal alloy is formed into a chassis component in one or a plurality of shaping steps and after the final shaping step the chassis component is subjected to heat treatment involving at least two stages, characterised in that the first heat treatment stage is part of a washing process of the chassis component and the temperature T1 is between 70°C and 90°C in the first heat treatment stage and that the second heat treatment stage is part of a drying process of the chassis component wherein the temperature T2 is between 130°C and 150°C in the second heat treatment stage.
A method of controlling corrosion in an aqueous heat transfer system, comprising: adding a morpholine generating agent to an aqueous heat transfer system; and forming morpholine in situ by partial decomposition of the morpholine generating agent in the aqueous heat transfer system, wherein the morpholine generating agent comprises aminopropylmorpholine, or is selected from the group consisting of: aminoethylmorpholine, hydroxyethylmorpholine, bis(morpholino)ethane, bis(2-morpholinoethyl) ether, α-morpholino-ω-hydroxy-poly(oxy-1,2-ethylene), α, ω -bis(morpholino) poly(oxy-1,2-ethylene), and combinations thereof. adding a morpholine generating agent to an aqueous heat transfer system; and forming morpholine in situ by partial decomposition of the morpholine generating agent in the aqueous heat transfer system, wherein the morpholine generating agent comprises aminopropylmorpholine, or is selected from the group consisting of: aminoethylmorpholine, hydroxyethylmorpholine, bis(morpholino)ethane, bis(2-morpholinoethyl) ether, α-morpholino-ω-hydroxy-poly(oxy-1,2-ethylene), α, ω -bis(morpholino) poly(oxy-1,2-ethylene), and combinations thereof.
A rule-based action triggering system, comprising: a plurality of computing devices configured to implement the rule-based action triggering system and a provider network comprising a plurality of resources (171A-N), wherein the rule-based action triggering system is configured to: define a plurality of rules based at least in part on a plurality of triggers and a plurality of actions, wherein each of the plurality of rules comprises a respective one or more of the triggers and a respective one or more of the actions; receive a request to fire a particular one of the triggers, wherein one or more conditions for firing the particular one of the triggers are determined based at least in part on monitoring of the plurality of resources in the provider network; determine a particular one or more of the rules that comprise the particular one of the triggers; generate one or more messages describing a particular one or more of the actions in the particular one or more of the rules that comprise the particular one of the triggers; send the one or more messages to a messaging service; and deliver the one or more messages from the messaging service to one or more action handlers, wherein the one or more action handlers are configured to perform the particular one or more of the actions described in the one or more messages. define a plurality of rules based at least in part on a plurality of triggers and a plurality of actions, wherein each of the plurality of rules comprises a respective one or more of the triggers and a respective one or more of the actions; receive a request to fire a particular one of the triggers, wherein one or more conditions for firing the particular one of the triggers are determined based at least in part on monitoring of the plurality of resources in the provider network; determine a particular one or more of the rules that comprise the particular one of the triggers; generate one or more messages describing a particular one or more of the actions in the particular one or more of the rules that comprise the particular one of the triggers; send the one or more messages to a messaging service; and deliver the one or more messages from the messaging service to one or more action handlers, wherein the one or more action handlers are configured to perform the particular one or more of the actions described in the one or more messages.
A method for displaying windows in a computing environment, comprising following steps performed in a mixed reality device: opening and anchoring a first window at a first position of a physical environment in a first location of a user of the mixed reality device; opening and anchoring a second window at a second position of the physical environment in a second location of the user; wherein the first window is visible for the user when the user is in the first location but not when the user is in the second location and the second window is visible for the user when the user is in the second location but not when the user is in the first location; retrieving information for the first and the second open windows; displaying a representation of the first and the second open windows in a single user interface in the user's current location; receiving an instruction from the single user interface to select one of the first and the second open windows, and upon receiving the selection of the first or the second window, loading the selected window into a foreground of a field of view of the user. opening and anchoring a first window at a first position of a physical environment in a first location of a user of the mixed reality device; opening and anchoring a second window at a second position of the physical environment in a second location of the user; wherein the first window is visible for the user when the user is in the first location but not when the user is in the second location and the second window is visible for the user when the user is in the second location but not when the user is in the first location; retrieving information for the first and the second open windows; displaying a representation of the first and the second open windows in a single user interface in the user's current location; receiving an instruction from the single user interface to select one of the first and the second open windows, and upon receiving the selection of the first or the second window, loading the selected window into a foreground of a field of view of the user.
Process for the devulcanisation of crosslinked rubber and crosslinked elastomers, the molecular chains of which are destructible as far as the hydrocarbon molecules by mechanical and thermal stress, wherein the particles of the material to be devulcanised are pressed through a feed part into an extruder and heated so long and so intensively deformed until there results a desired disintegration of the molecular chains, wherein the mechanical and thermal processing occurs in a planetary roller extruder, wherein the planetary roller extruder consists of a housing, planetary spindles and a central spindle, and the central spindle intermeshes with the planetary spindles and the planetary spindles intermesh with an internal toothing of the housing or with the internal toothing of a liner provided in the housing, such that one revolution of the central spindle causes the planetary spindles to rotate around the central spindle in the housing, wherein the planetary spindles of one extruder section slide with a facing surface at a stop ring of this extruder section, characterised in that a planetary roller extruder section is used as the feed part, wherein the particles to be devulcanised a) are added eccentrically to the centre of the planetary roller extruder module between the planetary spindles and/or b) wherein the central axis of the feed opening is at a distance from the central axis of the feed part. a) are added eccentrically to the centre of the planetary roller extruder module between the planetary spindles and/or b) wherein the central axis of the feed opening is at a distance from the central axis of the feed part.
A robot cleaner comprising: a main body configured to form an outer shape; a water tank configured to contain water; a pair of rotary mop configured to move the main body while rotating in contact with a floor; a drive motor configured to rotate the pair of rotary mop; a pump configured to be connected to the water tank and drive a nozzle that inject the water to the rotary mop; and a controller configured to determine whether the water in the water tank is insufficient by reading the output current of the drive motor to determine the water content of the rotary mop when the pair of rotary mops rotate. a main body configured to form an outer shape; a water tank configured to contain water; a pair of rotary mop configured to move the main body while rotating in contact with a floor; a drive motor configured to rotate the pair of rotary mop; a pump configured to be connected to the water tank and drive a nozzle that inject the water to the rotary mop; and a controller configured to determine whether the water in the water tank is insufficient by reading the output current of the drive motor to determine the water content of the rotary mop when the pair of rotary mops rotate.
Thrombectomy device with an essentially cylindrical stent structure having a plurality of meshes (3, 4) as well as two connectors (5, 5') arranged at different meshes at the proximal end of the stent structure, and a guidewire provided with a coupling element to which the connectors (5, 5') are attached, characterized by a slot extending in a helical or coiled fashion over the generated surface of the stent structure, and a retaining clip spanning the slot in a wave-like manner at the proximal end of the stent structure.
A method for determining states and locating faults in installed isolated down conductors in the external lightning protection means, wherein the isolated down conductors have a coaxial structure with a metal inner conductor, dielectric medium and voltage-controlled outer casing made of weakly conducting or semi-conducting material as well as having an earth connection, characterized in that for the purpose of locating faults, after removal of the earth connection, a pulse voltage is applied between the inner conductor and the outer casing of the respective down conductor which leads to a discharge in case of down conductor faults at the fault location, wherein the discharge or the effects thereof are subjected to an evaluation for state determination of the respective down conductor and to this end, the pulse response is used, which appears as a change of the resonant circuit behavior of the oscillating circuit resulting from the connection of the respective down conductor to the pulse generator, wherein the changed aperiodic current and/or voltage curves which are generated due to the discharge are detected.
A Software Defined Networking SDN application integration, management and control system in a SDN application plane, characterized by the system comprising: an application integration module configured to integrate a SDN application in the SDN application plane, wherein integrating a SDN application comprises at least one of registering, deregistering and updating a SDN application and reconstructing a plurality of SDN applications to form new applications; an application management module configured to manage the SDN application in the SDN application plane, wherein the application management module comprises an application discovery unit, an application search, an application announcement unit and an application database, wherein the application discovery unit is configured to transmit an application information search request of a user to the application search; the application search is configured to search for registered application information in the application database in response to the application information search request from the application discovery and according to search information carried by the application information search request; the application announcement unit is configured to announce information about registration, deregistration and update; an application control module configured to be aware of and monitor the SDN application in the SDN application plane. an application integration module configured to integrate a SDN application in the SDN application plane, wherein integrating a SDN application comprises at least one of registering, deregistering and updating a SDN application and reconstructing a plurality of SDN applications to form new applications; an application management module configured to manage the SDN application in the SDN application plane, wherein the application management module comprises an application discovery unit, an application search, an application announcement unit and an application database, wherein the application discovery unit is configured to transmit an application information search request of a user to the application search; the application search is configured to search for registered application information in the application database in response to the application information search request from the application discovery and according to search information carried by the application information search request; the application announcement unit is configured to announce information about registration, deregistration and update; an application control module configured to be aware of and monitor the SDN application in the SDN application plane.
Advertising installation having an advertising space having a support, and having at least one annular sheet, wherein the support has at least one receptacle for receiving an areal film, wherein the film is configured to be introducible into the receptacle and exchangeable, and wherein the receptacle has multiple receptacle elements which, individually or together with the support, form one or more grooves which are suitable and intended for receiving and for guiding the sheet in the formed groove in an annular or partially annular manner, characterized in that, along the periphery, the annular receptacle has an insertion opening for introducing the sheet into the annular receptacle, and the insertion opening is provided with an insertion region which adjoins the annular receptacle approximately tangentially and which is suitable and intended for guiding the sheet in such a way that the sheet can be introduced into or removed from the annular receptacle, wherein the support and the receptacle are formed integrally so as to form a supporting structure.
A power generation system comprising: a fuel cell unit including a fuel cell configured to generate electric power using a fuel gas and an oxidizing gas and a case configured to house the fuel cell; a controller; a combustion unit provided outside the case and configured to combust a combustible gas to supply heat; and a discharge passage configured to cause the fuel cell unit and the combustion unit to communicate with each other and provided to discharge a first exhaust gas from the fuel cell unit and a second exhaust gas from the combustion unit to an atmosphere, characterized in that in a case where an exhaust gas is being discharged to the discharge passage from one of the fuel cell unit and the combustion unit and the controller changes a flow rate of the exhaust gas discharged from the other unit, the controller controls at least the flow rate of the exhaust gas discharged from the other unit such that a flow rate of the exhaust gas discharged from the one unit becomes constant. a fuel cell unit including a fuel cell configured to generate electric power using a fuel gas and an oxidizing gas and a case configured to house the fuel cell; a controller; a combustion unit provided outside the case and configured to combust a combustible gas to supply heat; and a discharge passage configured to cause the fuel cell unit and the combustion unit to communicate with each other and provided to discharge a first exhaust gas from the fuel cell unit and a second exhaust gas from the combustion unit to an atmosphere, characterized in that in a case where an exhaust gas is being discharged to the discharge passage from one of the fuel cell unit and the combustion unit and the controller changes a flow rate of the exhaust gas discharged from the other unit, the controller controls at least the flow rate of the exhaust gas discharged from the other unit such that a flow rate of the exhaust gas discharged from the one unit becomes constant.