7 results about "Acacia" patented technology

The application relates to the field of seed picking, in particular to an automatic sand-growing sophora seed vibration picker. The automatic sand-growing sophora seed vibration picker is characterized in that fixed jaw arms and movable jaw arms jointly form a clamping forceps structure which can be opened and closed, so that the inner layer of branches can be clamped after passing through dense branches; a vibration motor is used to replace manual shaking of the branches at a stable vibration frequency and amplitude; a collecting hopper and a mesh bag are arranged below the vibration motor to collect the seeds shaken and picked; the collecting hopper and the mesh bag are arranged in a foldable structure and can pass through the dense branches together with the fixed jaw arms and the movable jaw arms; in addition, a large amount of branches, leaves and other foreign matters falling along with the seeds can be intercepted by a hollow cover; the foreign matters such as branches and leaves can be quickly poured out and cleaned after the collecting hopper is turned over; the operation is simple, the picking is efficient, and the technical problems that the force is difficult to control and the inner layer of branches is difficult to reach during manual picking are solved.

This invention discloses a grafting method for small-leaved red bean branches. It uses small-leaved red bean (… Ormosia microphylla ) as the scion, with red bean tree ( Ormosia hosiei This invention uses a grafting method that successfully expands the population size of *Ormosia henryi*, promoting its regeneration and rejuvenation. This invention is of great significance for the artificial assistance in de-emerging endangered plants.

An Acacia nilotica based hydrogel may include chitosan in a 1% lactic acid solution, glycerol in distilled water, and Acacia nilotica. The Acacia nilotica may be an active ingredient. A method of treating wounds may include using the Acacia nilotica-based hydrogel. The Acacia nilotica-based hydrogel may be made by dissolving chitosan in a lactic acid solution to obtain a mixture, adding glycerol in distilled water to the mixture to obtain a second mixture, stirring the second mixture continuously to obtain a homogeneous hydrogel, and adding Acacia nilotica powder to the homogeneous hydrogel to obtain a wound healing hydrogel.

The present application belongs to the technical field of economic crop biological prevention and control, and provides a kind of plant source attractant of aleurocanthus spiniferus and its application.The attractant composition of aleurocanthus spiniferus adult is composed of one of farnesene and leaf alcohol and linalool.The attractant composition is placed at tea shoots during the emergence of overwintering generation and last generation of aleurocanthus spiniferus adult, which can efficiently attract aleurocanthus spiniferus adult.The above-mentioned attractant composition can be prepared into preparation forms such as lure core, and can also be used with yellow stick trap.The attractant composition provided by the present application can reduce the number of insects throughout the year from the root source, and can reduce or avoid the use of chemical agents.The present application is beneficial to protect the population ecology of tea garden, has the characteristics of green, safe and efficient, is convenient and fast to use, has low cost, and is suitable for practical production practice.

An Acacia nilotica based hydrogel may include chitosan in a 1% lactic acid solution, glycerol in distilled water, and Acacia nilotica. The Acacia nilotica may be an active ingredient. A method of treating wounds may include using the Acacia nilotica-based hydrogel. The Acacia nilotica-based hydrogel may be made by dissolving chitosan in a lactic acid solution to obtain a mixture, adding glycerol in distilled water to the mixture to obtain a second mixture, stirring the second mixture continuously to obtain a homogeneous hydrogel, and adding Acacia nilotica powder to the homogeneous hydrogel to obtain a wound healing hydrogel.

The present application belongs to the technical field of economic crop biological prevention and control, and provides a plant source attractant for Empoasca vitis and application thereof. The plant source attractant for Empoasca vitis is composed of farnesene, linalool and leaf alcohol. The attractant is placed at tea shoots in early spring and early autumn when adult insects occur, and can be prepared into a lure core and other preparation forms. In order to achieve better trapping effect, the attractant can be used in combination with a yellow yellow fever mosquito plate. The attractant is of plant source and is safe to the environment, has the characteristics of high efficiency, greenness and convenience, and has a wide industrialization prospect.

The present invention discloses a method for analyzing the identification of tree species of imported acacia wood using a single nucleotide polymorphism marker, comprising: a single nucleotide polymorphism marker composition for identifying the Acacia mangium species from DNA isolated from acacia wood, a major hardwood imported into Korea; a kit for identifying Acacia mangium from DNA isolated from wood containing the composition; and a method for identifying Acacia mangium from wood using the composition. By using the single nucleotide polymorphism marker composition, kit, and method according to the present invention, the species *Acacia mangium* can be identified from wood. Therefore, by identifying *Acacia mangium*, a species of Vietnamese acacia wood mainly imported into Korea which is difficult to identify accurately anatomically, it is possible to identify the risk of illegal logging, such as inadequate management in hardwood exporting countries, thereby establishing a foundation for preventing damage to the domestic industry.