JP2013188170A - Method for changing color of orchid flower - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method for effectively improving the working efficiency of changing the color of the orchid petal.SOLUTION: This method for changing the color of the orchid petal includes the steps of: first installing a storing space in a peduncle part of an adult-plant; providing a solid stain smaller than the diameter of the peduncle; inserting the solid stain into the storing space using a suction device; and further supplying water to the adult-plant before or after the insertion to assist dissolution and adsorption of the solid stain. Thus, the adult-plant is enabled to change the color of the pedal quickly and equally, so that the color of the pedal is made rich and clear to achieve the dye effect which can make endless changes and has high added value.

Description

  The present invention relates to a method for changing the color of a petal and relates to a method for changing the color of an orchid petal.

  Taiwan belongs to the subtropical region and is in an environment suitable for the growth of various orchids because it is filled with sunlight and has high humidity. The industry currently has a cultivation area close to 461 hectares, accounting for only 4% of the total production area of 11,000 hectares, but the production value of orchids reached 2.44 billion yuan, which is the total production value of flower buds. Accounting for almost 22.6%. Moreover, since the annual export of orchids reaches 40 million shares, the orchid industry is said to be the golden industry in flower buds and Taiwan has earned the title “Orchid Kingdom”.

  Orchids have long been called “the scent of the king” and are loved by people both in Japan and overseas. Thus, in Taiwan society, orchids are widely used as gifts and have the effect of making them more perfect for the general environment of homes and offices. However, the traditional orchid petal color is biased to white or monochromatic, so consumers are distracted by the monotony, lack of variability and uniqueness. As the quality of life is further improved, people's demands for aesthetics are increasing, and the monotonous orchid petal colors are gradually reducing consumers' desire to purchase.

  Therefore, in order to solve the above-mentioned problems, one trader cultivates a new “non-native species” using the orchid petal epitheliality, and makes orchids obtain two or more colors. It was. However, this technique requires a long period of cultivation and research, and in addition, orchid flower growth must have a variety of important nutrient elements. Nutrient deficiency is likely to occur and may wither before successful cultivation. Therefore, it is very difficult to control the growth, and the culture efficiency is not very favorable.

  In view of the foregoing, the present inventor has worked particularly hard to combine with what has been learned and to change the color of orchid petals in order to effectively overcome the known drawbacks against the above problems. submitted.

  The technical problem to be solved by the present invention is to overcome the disadvantages of changing the color of the orchid petals described above. By providing a “method for changing the color of orchid petals”, the working efficiency of dyeing is increased. , Reduce its difficulty.

  In order to achieve the above-mentioned object, the method for changing the color of orchid petals of the present invention, in the first step of the process, creates a storage space at the inflorescence site of an adult plant, To do. In the second step, a solid stain smaller than the infarct diameter is prepared, and the solid stain is inserted into the storage space using an aspirator. By supplying water to the adult plant before or after the solid stain was inserted, the solid stain was dissolved and evenly adsorbed, and was naturally transported to the orchid petals through the vascular bundle of the adult plant. Solid stains are automatically and quickly absorbed by orchids.

  When the present invention is compared with the known technique by the above-described technical method, the following advantages can be seen. That is, orchids automatically inhale very small solid stains inserted into orchids, perform uniform staining in a short time, and effectively improve the work efficiency of changing petal colors without genetic recombination, It can greatly reduce the difficulty of culturing, achieve a complete orchid dyeing effect, create petals with rich diversity and uniqueness, and increase their value and sales power.

It is a flowchart of this invention. It is an Example figure of this invention.

  Next, in order to easily understand the object, technical contents, features, and effects achieved by the present invention, detailed description will be given by way of specific embodiments with reference to the drawings.

The method of changing the color of the orchid petals of the present invention shown in the figure includes the following steps. That is,
1st step S1: The storage space is made in the inflorescence part of an adult plant.
Second step S2: A solid stain smaller than the diameter of the inflorescence is prepared and inserted into the storage space using a suction device.

  As shown in FIG. 2, in one embodiment of the present invention, a storage space 12 is installed at an arbitrary location of the flower stem 11 of the adult plant 1. Adult plant 1 is an orchid flower. Subsequently, a solid stain 2 smaller than the diameter of the flower 11 is prepared. The solid stain 2 is in the form of powder or granules, and is inserted into the storage space 12 using a suction device 3 having a micro suction tube. The dose of the solid stain 2 is 0.001 to 0.1 g. In addition, by supplying water to the adult plant 1 before or after the solid stain 2 is inserted, the solid stain 2 is dissolved and evenly adsorbed. It is transported to the petals of the orchids through the tube bundle and absorbed automatically and quickly by the orchids. In addition, the storage space 12 does not need to add a hand to the base of the flower stem 11 and can achieve a remarkable dyeing effect. As a result, the present invention directly produces color-rich orchid petals, effectively improving the work efficiency of changing petal colors without genetic recombination, greatly reducing the difficulty of cultivation, It is possible to achieve a variety of orchid flowers that are rich in versatility and uniqueness.

  As described above, the “method of changing the color of orchid petals” of the present invention is different from the method of changing the color of petals taken up in the publicly known technique, and has a more innovative effect and is convenient for dyeing. Technology. However, the above is only a preferred embodiment of the present invention, and does not limit the scope of the present invention. Therefore, equivalents made based on the features and spirit of the invention disclosed in the claims of the present invention. All changes or modifications are intended to be included within the scope of the claims.

DESCRIPTION OF SYMBOLS 1 Adult plant 11 Flower stem 12 Storage space 2 Solid dyeing agent

Claims (2)

The first step to create a storage space in the inflorescences of adult plants,
A method of changing the color of orchid petals, comprising preparing a solid stain smaller than the inflorescence diameter and inserting it into the storage space using an aspirator.   2. The method of changing the color of orchid petals according to claim 1, wherein the solid stain is in the form of powder or granules.

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