RDI Overview
| Type | Name | Sector | Description |
|---|---|---|---|
| patent | Patent 906867711 | Construction | |
| patent | Patent 906867712 | Construction | |
| patent | Patent 906868799 | Construction | |
| patent | Patent 906884990 | Construction | |
| patent | Patent 906884991 | Construction | |
| patent | Patent 906894306 | Construction | |
| patent | NANOIMPRINT-MOLD RELEASE AGENT, SURFACE TREATMENT METHOD, AND NANOIMPRINT MOLD | Construction | PROBLEM TO BE SOLVED: To provide a nanoimprint-mold release agent which can reduce pattern defects due to affinity at the time of mold release while rarely affecting a pattern size... PROBLEM TO BE SOLVED: To provide a nanoimprint-mold release agent which can reduce pattern defects due to affinity at the time of mold release while rarely affecting a pattern size owing to its release layer having favorable release characteristics and which can form imprint with high accuracy. SOLUTION: The nanoimprint-mold release agent is formed with an alkoxysilane compound expressed by a general formula (1) or a silazane compound expressed by a general formula (2) (wherein R COPYRIGHT: (C)2013,JPO&INPIT |
| patent | Patent 906903277 | Construction | |
| patent | METHOD FOR FABRICATING SUPER-HYDROPHOBIC SURFACE AND EVAPORATOR HAVING THE SUPER-HYDROPHOBIC SURFACE | Construction | PURPOSE: A hyper-hydrophobic surface treating method and an evaporator with a hyper-hydrophobic surface are provided to reduce time required for treating and to easily form the hyper-hydrophobic surface on a... PURPOSE: A hyper-hydrophobic surface treating method and an evaporator with a hyper-hydrophobic surface are provided to reduce time required for treating and to easily form the hyper-hydrophobic surface on a surface of an article which is complicated and cubic. CONSTITUTION: A hyper-hydrophobic surface treating method is as follows. A metallic base material is prepared(S10). A ceramic layer with a composite structure of a micro structure and a nano fiber structure is formed on a surface of the metallic base material by anodizing the metallic base material(S20). Hydrophobic polymer substances are coated on the composite structure so that a polymer layer having the same surface shape of the composite structure is formed(S30). [Reference numerals] (S10) Preparing a metallic base material; (S20) Forming a ceramic layer with a composite structure of a micro structure and a nano fiber structure by anodizing; (S30) Forming a polymer layer by coating hydrophobic polymer substances |
| patent | Patent 906925474 | Construction |