▎ 摘　　要

NOVELTY - Insect robot with super-sliding surface comprises profiling structure including graphene oxide layer (2) and reducing graphene oxide layer (1) from bottom to top, where the reducing graphene oxide layer is a porous structure, obtaining by processing the graphene oxide film by laser, the surface of the reducing graphene oxide layer is filled with lubricating oil (3), and penetrating lubricating oil into the hole of the reducing graphene oxide layer. USE - The insect robot with super-sliding surface is useful in liquid anisotropic transportation (claimed). ADVANTAGE - The insect robot: can inject lubricating oil into the reduced graphene oxide layer with a porous structure to become an ultra-slip surface; has ultra-slip surface can be obtained by cutting, which can realize anisotropic liquid transmission. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for preparing the insect robot, comprising (i) after wetting the filter membrane with deionized water, placing as flat in a sand-shaped funnel, then add the graphene oxide solution, and using a vacuum filter to perform suction filtration to form a graphene oxide membrane; (ii) using a laser to process the graphene oxide film on the upper layer to obtain a reduced graphene oxide layer, and unprocessed part of the lower layer is the graphene oxide layer; and (iii) injecting lubricant into the above-prepared reduced graphene oxide layer with a porous structure and using to prepare an ultra-smooth surface, and preparing insect robot by cutting. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the insect robot with super-sliding surface. (Drawing includes non-English language text). Reducing graphene oxide layer (1) Graphene oxide layer (2) Lubricating oil (3)