首页>
外国专利>
Assembly of laminated floor, method for defining a flow path in a reciprocating lu00ecquido superfu00eccie transport microestruturada lu00ecquido polymer.A laminated assembly of disposing of lu00ecquido, method for increasing the rate of evaporation of the lu00ecquido provisions in a superfu00eccie, pelu00eccula polymer, and,The assembly to increase the evaporation rate of a lu00ecquido moving on a superfu00eccie
Assembly of laminated floor, method for defining a flow path in a reciprocating lu00ecquido superfu00eccie transport microestruturada lu00ecquido polymer.A laminated assembly of disposing of lu00ecquido, method for increasing the rate of evaporation of the lu00ecquido provisions in a superfu00eccie, pelu00eccula polymer, and,The assembly to increase the evaporation rate of a lu00ecquido moving on a superfu00eccie
"Assembling floor laminate, method for defining a flow path in a reciprocating lu00ecquido superfu00eccie transport microestruturada lu00ecquido polymer.A laminated assembly of disposing of lu00ecquido, method for increasing the rate of evaporation of the lu00ecquido provisions in a superfu00eccie, pelu00eccula polymer, and,The assembly to increase the evaporation rate of a lu00ecquido moving on a superfu00eccie ".A film or tape is one of its main surfaces defined by microestruturadas characteristics, including a plurality of channels defined by the projections separated from each other.The film microestruturada is capable of capturing liquid and control the transport of such liquid to its directional subsequ00b3ente removal.The carriage may be passive or active (that is, caused or increased by a potential applied).The films and tapes microestruturadas imaginings have applications in assemblies of a laminate (for the removal of spilled liquid) and industrial articles,Such as computer keyboards and other devices and assemblies that benefit from the removal of fluid. The invention also has application in applications of evaporative and condensation.In one version, at least a channel cross-section is formed on the surface microestruturada to join adjacent channels for flow of liquid between them.
展开▼
