73results about How to "Fast grafting" patented technology

The invention discloses a method for preparing a hydrophilic lubricating coating on the surface of a material. The method comprises the following steps: adding a metal catalyst into a polymer material, a ceramic material or an alloy material to prepare a composite material containing the metal catalyst by means of a thermosetting or hot-pressing forming method; and immersing the composite materialin a hydrogel monomer solution to be polymerized to obtain the composite material, wherein a hydrogel lubricating film grows on the surface in situ. The modification method disclosed by the inventionis internationally original, the reaction condition is mild and the modification speed is high, and the method can be used for carrying out wetting and water lubricating modification on nearly all materials, so that the method particularly solves the problems of hard water lubricating modification of the surface of the medical low surface energy polymer material and recycling of a modified substrate for multiple times, and has a wide application prospect.

The invention claims a single brachyblast grafting method for Japanese black pine and Japanese red pine, which is characterized by comprising the steps of cutting tree stocks, taking fringes, splicing and managing after being spliced; a single brachyblast method for cutting buds and taking fringes with a few of xylem is adopted, so that the fringes are easy to take, the grafting speed is fast, and the survival rate reaches up to above 85%; in addition, when the maximum growth is 10.4cm in the first year, the average growth is 6.4cm; and meanwhile, when the maximum growth is 49.4cm in the second year, the average growth is 31cm. The method is simple and the work efficiency is high.

The invention discloses a melon seedling grafting device which comprises a stand column, a permanent seat, a moveable seat, a stock clamp, a grafting clamp and a drilling rod. The permanent seat is fixedly arranged on the stand column, the moveable seat is moveably sleeved on the stand column, the permanent seat is located below the moveable seat, and a lower limiting block of the moveable seat is fixedly arranged between the permanent seat and the movable seat on the column. A first supporting rod and a second supporting rod are fixedly arranged on the moveable seat. The first and second supporting rods are respectively located on both sides of the stand column. The grafting clamp is arranged on the first supporting rod. The drilling rod is fixedly arranged on the second supporting rod. A third supporting rod is fixedly arranged on the permanent seat. The stock clamp is arranged on the third supporting rod. The central lines of the drilling rod, the grafting clamp and the stock clamp are all parallel to the central axis of the stand column. The distances from the central lines of the drilling rod, the grafting clamp and the stock clamp to the central axis of the column are equal. The drilling depth and the grafting inserting depth on the stock can be precisely controlled, so that the grafting and stock insertion are reliable, the survival rate is high, and the grafting speed is high.