TWI783823B - Production method of composition with anti-blu ray protective capability - Google Patents

Abstract

The present invention relates to a production method of a composition with anti-blu ray protective capability that includes the following steps: a physical wall breaking and ingredient preparation step, an inoculation step, a fermentation step, and a mixing step. The advantages of the production method of a composition with anti-blu ray protective capability of the present invention are that, first, the physical wall breaking and ingredient preparation step of the lonicerae flos and chebulae fructus is conducted; then the aforementioned processed chebulae fructus undergoes an inoculation step using two strains of germ of Saccharomyces cerevisiae and Lactobacillus gasseri with an inoculation ratio to be between 30~60:40~70 respectively; next, after the fermentation step is processed, the lonicerae flos that has completed the physical wall breaking process and the fermented chebulae fructus are extracted and sterilized; finally, the mixing step is carried out to produce a composition with anti-blu ray protective capability by mixing the aforementioned two processed ingredients in different proportions.

Description

Composition with protection against blue light and method of manufacture

The present invention relates to the preparation method of the composition, more specifically, to a preparation method of the composition with anti-blue light protection ability.

Blue light is a kind of visible light with a wavelength of about 400-500 nanometers and high energy. If it is exposed to the human body for a long time, it will damage the human body; the general public uses electronic products for entertainment or work for a long time, and many electronic products, such as mobile phones, Products such as computers, tablets, etc. will have blue light to adjust the color. If used for a long time, it will seriously damage the eyes.

Honeysuckle is also known as honeysuckle, silver flower, double flower, etc. Its surface is yellow-white or green-white, and its color gradually becomes darker after long storage; round Cone inflorescence, drupe hard, ovate or oval, cyan and glabrous, dark brown when mature, mixing the two in different proportions can form yellowish brown, orange... and other colors.

Therefore, the applicant of this case uses the mixture of honeysuckle and myrobalan, which is yellowish-brown, orange, etc., to have a very good effect on absorbing blue light as a theoretical basis, and then proposes a novel and progressive invention.

In view of this, the applicant in this case conducted in-depth discussions on the above-mentioned deficiencies based on his years of research and development experience in related fields, and actively sought solutions based on the above-mentioned needs. After long-term hard research and multiple tests, he finally completed this project. invention.

The main purpose of the manufacturing method of the composition with anti-blue light protection ability of the present invention is to use different shades of honeysuckle and myrobalan, and mix them in different proportions, so that the color can form a warm color series such as orange or yellowish brown. A good process method for anti-blue light.

The secondary purpose of the manufacturing method of the composition with anti-blue light protection ability of the present invention is to use different proportions to mix honeysuckle With myrobalan, the color is adjusted, and the optimal color range for anti-blue light is found through the definition of the color number.

In order to achieve the above-mentioned purpose, the preparation method of the composition with anti-blue light protection ability of the present invention comprises the following steps: The step of breaking the wall and preparing materials: under normal temperature, respectively treat Myrobalan ( Terminalia chebula ) and Honeysuckle ( Lonicera japonica ) Clean the surface, air-dry, and then use the wall-breaking equipment to physically break the wall to obtain the broken honeysuckle and myrobalan; the broken honeysuckle and myrobalan are extracted and sterilized separately to obtain the honeysuckle extract liquid and extract of Myrobalan; planting step: the Myrobalan that has gone through the wall-breaking step is implanted into strains, the strains are Saccharomyces cerevisiae and Lactobacillus gasseri , and the implantation ratio of the strains is Composed between 30~60:40~70 to form a plant liquid; Fermentation step: The plant liquid is fermented at a temperature of 25~40°C for 10~60 days, and the inoculation of the plant liquid When the bacterial concentration reaches 10 ⁶ ~10 ⁹ CFU/mL, extraction and sterilization are carried out to form the chebula fermented extract.

Mixing step: take honeysuckle extract and myrobalan fermented extract and mix, the mixing ratio is between 30-50:50-70 to form a composition with anti-blue light protection ability.

With the above characteristics, the method of manufacturing the composition with anti-blue light protection ability of the present invention is to carry out the step of breaking the wall of honeysuckle and chebula, and then carry out the step of planting the chebula with specific bacteria and specific parameters. In the fermentation step, finally, the honeysuckle extract and the chebula fermented extract are mixed in different proportions through a mixing step to complete a composition with anti-blue light protection.

1: The preparation method of the composition with anti-blue light protective power

11: The step of breaking the wall and preparing materials

12: Bacteria planting step

13: Fermentation step

14: Mixing step

Figure 1: Schematic flow chart of a preferred embodiment of the manufacturing method of the composition with anti-blue light protection ability of the present invention.

Fig. 2: A diagram of the experimental results of the penetration rate detection of the composition with anti-blue light protection ability of the present invention.

In order to allow a more detailed understanding of the purpose, function, features and structure of the present invention, the preferred embodiments are described below with accompanying drawings.

Please refer to FIG. 1 . FIG. 1 is a flow diagram of a preferred embodiment of the manufacturing method of the composition with anti-blue light protection ability of the present invention.

As shown in Figure 1, the manufacturing method 1 of the composition with anti-blue light protection ability of the present invention includes the following steps: Breaking the wall and preparing materials Lonicera japonica ) was cleaned and air-dried, and then the wall was physically broken by using the wall-breaking equipment to obtain the broken honeysuckle and myrobalan, which were extracted and sterilized respectively to obtain the honeysuckle extract and the myrobalan extract; Bacteria planting step 12: implant the chebula that has undergone the wall-breaking step into strains, the strains are Saccharomyces cerevisiae and Lactobacillus gasseri , and the implantation ratio of the strains is between 30 and 60: 40~70 to form a plant liquid; Fermentation step 13: The temperature of the plant liquid is between 25~40°C, and after 10~60 days of fermentation, the concentration of the plant liquid reaches 10 ⁶ ~10 ⁹ CFU/mL, then extract and sterilize to form Myrobalan fermented extract.

Mixing step 14: Take the extract of honeysuckle and the fermented extract of Myrobalan, and mix them in a mixing ratio of 30-50:50-70 to form a composition with anti-blue light protection.

Based on the above features, the method 1 of the present invention for the composition having anti-blue light protection is to carry out the step 11 of breaking the wall of honeysuckle and chebula, and then subjecting the chebula to specific bacteria Step 12 of planting fungi and fermenting step 13 with specific parameters. Finally, the extract of honeysuckle and the fermented extract of Myrobalan are mixed in different proportions in step 14 to complete the composition with anti-blue light protection.

Please refer to FIG. 2 . FIG. 2 is a graph showing the test results of the penetration rate of the composition with anti-blue light protection ability of the present invention.

In order to detect the anti-blue light effect of the composition with anti-blue light protection ability of the present invention, the following is the description of the test results of the anti-blue light experiment; the anti-blue light experiment is carried out in three detection methods, namely color, sensory inspection and penetration rate; and Its experimental detection system adopts four groups of control groups and the present invention to test; wherein, the first group is to get the mixed solution 1ml～2ml of honeysuckle extract and water, and its ratio is between 10～30:70～90; The second group is to take 1ml~2ml of the mixture of chebula extract and water, and the ratio is 1:40; the third group is to take 1ml~2ml of the mixture of chebula extract and water, and the ratio is 10~30 : between 70～90; the fourth group is to get the mixed solution 1ml～2ml of honeysuckle extract and chebula extract, its ratio is between 30～50:50～70; the fifth group is the gained of the present invention The composition; Its experimental result is as shown in the following table (1):

As shown in Figure 2 and Table (1), the color of the test item is also called the color number (PANTONE), which is the number of the color in the international standard color card. Through this number system, the color can be analyzed with more clear data; among them , the color number (PANTONE) ranges from 127 to 131, which are close to warm colors such as tan, orange, yellow.. etc.; according to the theory that tan, orange... and other colors have very good effects on absorbing blue light Basically, the mixed color numbers (PANTONE) of the five groups of experimental products are 131, 127, 129, 131 and 128 respectively.

As shown in Figure 2 and Table (1), the sensory test is to simulate the penetration of blue light through a blue light pen of about 405nm. The results of the naked eye observation show that only the fifth group of blue light exposure results are not penetrated. The rest are light-transmissible; the result of the irradiation experiment is that it does not penetrate, which means that the anti-blue light effect is good, so the blue light cannot penetrate the test product. On the contrary, the light-transmitting result means that the blue light absorption effect is not up to standard. Therefore, the blue light can penetrate the test product, therefore, the fifth group is the better result of the test.

As shown in Figure 2 and Table (1), the five groups were tested for transmittance. The blue light was simulated by using a spectrometer with a wavelength of 400nm. The test results are shown in Figure 2, and the data are 0.564% in sequence. , 2.080%, 1.223%, 0.983%, and 0.063%.

The experimental results of the transmittance test show that the lower the value, the better the blue light absorption effect of the test product, and the better the protection against blue light. On the contrary, the higher the transmittance test result, the better The worse the effect of the experimental product on absorbing blue light, it is not suitable for anti-blue light, so it is less able to form a protective effect. Therefore, the fifth group of the experimental results is better, so the composition obtained by the manufacturing method of the present invention can obtain the best anti-blue light effect.

Therefore, the present invention has excellent progress and practicability among similar products. At the same time, after searching the technical data and documents about this type of structure at home and abroad, it is true that no identical or similar structure exists before the application of this case. Therefore, this case Should have met the "creativity", The patent requirements of "industrial applicability" and "progressiveness" should be applied for in accordance with the law.

Only, what is described above is only a preferred embodiment of the present invention, and all other equivalent structural changes made by applying the description of the present invention and the scope of the patent application should be included in the scope of the patent application of the present invention.

1: The preparation method of the composition with anti-blue light protective power

11: The step of breaking the wall and preparing materials

12: Bacteria planting step

13: Fermentation step

14: Mixing step

Claims (1)

A method for preparing a composition with anti-blue light protection power, which includes the following steps: A. The step of breaking the wall and preparing materials: at room temperature, respectively clean the surface of Terminalia chebula ( Terminalia chebula ) and honeysuckle ( Lonicera japonica ) , air-dried, and then use the breaking equipment to physically break the wall to obtain the broken honeysuckle and myrobalan; the broken honeysuckle and myrobalan are respectively extracted and sterilized to obtain the honeysuckle extract and myrobalan extract B. Bacteria planting step: the chebula after breaking the wall is implanted into strains, the strains are Saccharomyces cerevisiae and Lactobacillus gasseri , and the implantation ratio of the strains is between 30 ~60: composed between 40~70 to form a plant liquid; C. Fermentation step: the plant liquid is fermented at a temperature of 25~40°C, and after 10~60 days of fermentation, the inoculation of the plant liquid The concentration reaches 10 ⁶ ~10 ⁹ CFU/mL, and then extract and sterilize to obtain the fermented extract of Myrobalan; D. Mixing step: take the extract of honeysuckle and the fermented extract of Myrobalan, and the mixing ratio is between 30~50: Between 50~70, a composition with anti-blue light protection is formed.

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