阅读说明：本技术 一种添加纳米酵母硒的尾菜粉及其制备方法 (A vegetable powder containing nanometer selenium yeast and its preparation method ) 是由 梅宁安 云华 幸国省 李军国 刘自新 丁有仁 马宝林 丁建宁 闫玉萍 于 2021-08-18 设计创作，主要内容包括：本申请公开了一种添加纳米酵母硒的尾菜粉及其制备方法,包括纳米酵母硒1～2份、白菜800～1200份、芹菜600～1000份、甘蓝400～800份、黄花菜1～50份、西红柿秧800～1200份、梅豆秧800～1200份、甜瓜秧800～1200份、西瓜秧800～1200份、马铃薯秧800～1200份、大豆皮948～4400份。由以上技术方案可知,本申请提供了一种添加纳米酵母硒的尾菜粉及其制备方法,制成的混合尾菜粉富含微量元素硒,利于动物吸收、利用,还可以提高机体免疫力。产品利于工厂化生产,生产工艺包括预混合、混合工艺,能够有效的将各原料混合均匀,发挥各原料的作用,利于动物吸收,尤其适合高档畜禽及水产动物使用,可以增加生产性能,减低生产成本。(The application discloses a tailed vegetable powder added with nano yeast selenium and a preparation method thereof, and the tailed vegetable powder comprises 1-2 parts of nano yeast selenium, 800-1200 parts of Chinese cabbage, 600-1000 parts of celery, 400-800 parts of cabbage, 1-50 parts of day lily, 800-1200 parts of tomato seedlings, 800-1200 parts of Japanese apricot seedlings, 800-1200 parts of sweet melon seedlings, 800-1200 parts of watermelon seedlings, 800-1200 parts of potato seedlings and 948-4400 parts of soybean hulls. According to the technical scheme, the application provides the tailed vegetable powder added with the nano selenium yeast and the preparation method thereof, and the prepared mixed tailed vegetable powder is rich in trace element selenium, is beneficial to absorption and utilization of animals, and can improve the immunity of organisms. The product is beneficial to industrial production, the production process comprises premixing and mixing processes, the raw materials can be effectively and uniformly mixed, the functions of the raw materials are exerted, the absorption of animals is facilitated, the product is particularly suitable for high-grade livestock and aquatic animals, the production performance can be improved, and the production cost is reduced.)

1. A tailed vegetable powder added with nano yeast selenium is characterized by comprising 1-2 parts of nano yeast selenium, 800-1200 parts of Chinese cabbage, 600-1000 parts of celery, 400-800 parts of cabbage, 1-50 parts of day lily, 800-1200 parts of tomato seedlings, 800-1200 parts of Japanese apricot seedlings, 800-1200 parts of sweet melon seedlings, 800-1200 parts of watermelon seedlings, 800-1200 parts of potato seedlings and 948-4400 parts of soybean hulls.

2. The tailed vegetable powder added with nano selenium yeast as claimed in claim 1, wherein the nano selenium yeast, Chinese cabbage, celery, cabbage, day lily, tomato seedling, green bean seedling, sweet melon seedling, watermelon seedling, potato seedling and soybean hull are ground into powder respectively.

3. A preparation method of a tailed vegetable powder added with nano selenium yeast is characterized by comprising the following steps:

s1: taking nano selenium yeast, day lily and potato seedlings according to a certain proportion, respectively grinding the nano selenium yeast, the day lily and the potato seedlings into powder, and adding the powder into a first mixing device to obtain premix A;

s2: taking Chinese cabbage, celery, cabbage, tomato seedlings, plum bean seedlings, sweet melon seedlings, watermelon seedlings and soybean hulls according to a certain proportion, and adding the mixture into a second mixing device to obtain premix B;

s3: and (3) adding the premix A in the step (1) and the premix B in the step (2) into a second mixing device for mixing.

4. The method for preparing the powder of the tailed vegetable added with the nano selenium yeast according to claim 1, wherein the third mixing device is provided with a feeding pipe of premix A and a feeding pipe of premix B, and metering devices are arranged on the feeding pipes of premix A and premix B.

5. The method for preparing the vegetable powder added with the nano selenium yeast as claimed in claim 1, wherein the metering device is a rotor scale.

Technical Field

The application relates to the production of a red beet powder, in particular to a red beet powder added with nano selenium yeast and a preparation method thereof.

Background

Vegetables contain rich nutrient substances and are indispensable food in life, and due to the continuous improvement of the yield of the vegetables, the waste generated in the production and processing of the vegetables, namely the tail vegetables, is increased. In farmer markets, fields and the like, the tail vegetables are generally regarded as garbage and are discarded at will, and because the vegetables are extremely easy to rot, the environment is polluted for a long time, the burden is caused to the environmental improvement, the utilization rate of the vegetables is reduced, and meanwhile, the resource waste is caused to a certain degree. Therefore, the problem needs to be solved by the aid of the tailed vegetable powder added with the nano selenium yeast and the preparation method of the tailed vegetable powder.

Disclosure of Invention

The application provides a tailed vegetable powder added with nano selenium yeast and a preparation method thereof, which solve the problem that the tailed vegetable powder is not beneficial to animal absorption in the prior art.

The application provides a tailed vegetable powder added with nano selenium yeast, which comprises 1-2 parts of nano selenium yeast, 800-1200 parts of Chinese cabbage, 600-1000 parts of celery, 400-800 parts of cabbage, 1-50 parts of day lily, 800-1200 parts of tomato seedlings, 800-1200 parts of Japanese apricot seedlings, 800-1200 parts of sweet melon seedlings, 800-1200 parts of watermelon seedlings, 800-1200 parts of potato seedlings and 948-4400 parts of soybean hulls.

Further, the tailed vegetable powder added with the nano selenium yeast is prepared by grinding the nano selenium yeast, the Chinese cabbage, the celery, the cabbage, the day lily, the tomato seedling, the green bean seedling, the sweet melon seedling, the watermelon seedling, the potato seedling and the soybean hull into powder respectively.

A method for preparing a tailed vegetable powder added with nano selenium yeast comprises the following steps:

s1: taking nano selenium yeast, day lily and potato seedlings according to a certain proportion, respectively grinding the nano selenium yeast, the day lily and the potato seedlings into powder, and adding the powder into a first mixing device to obtain premix A;

s2: taking Chinese cabbage, celery, cabbage, tomato seedlings, plum bean seedlings, sweet melon seedlings, watermelon seedlings and soybean hulls according to a certain proportion, and adding the mixture into a second mixing device to obtain premix B;

s3: and (3) adding the premix A in the step (1) and the premix B in the step (2) into a second mixing device for mixing.

Further, the third mixing device is provided with a premix feed pipe A and a premix feed pipe B, and metering devices are arranged on the premix feed pipe A and the premix feed pipe B.

Further, the preparation method of the tailed vegetable powder added with the nano selenium yeast is characterized in that the metering equipment is a rotor scale.

According to the technical scheme, the application provides the tailed vegetable powder added with the nano selenium yeast and the preparation method thereof, and the prepared mixed tailed vegetable powder is rich in trace element selenium, is beneficial to absorption and utilization of animals, and can improve the immunity of organisms. The product is beneficial to industrial production, the production process comprises premixing and mixing processes, the raw materials can be effectively and uniformly mixed, the functions of the raw materials are exerted, the absorption of animals is facilitated, the product is particularly suitable for high-grade livestock and aquatic animals, the production performance can be improved, and the production cost is reduced.

Detailed Description

In order to make those skilled in the art better understand the technical solutions in the present application, the technical solutions in the embodiments of the present application will be clearly and completely described below.

Example 1

According to the technical scheme, the tailed vegetable powder added with the nano selenium yeast is characterized by comprising 1-2 parts of the nano selenium yeast, 800-1200 parts of Chinese cabbage, 600-1000 parts of celery, 400-800 parts of cabbage, 1-50 parts of day lily, 800-1200 parts of tomato seedlings, 800-1200 parts of Japanese apricot seedlings, 800-1200 parts of sweet melon seedlings, 800-1200 parts of watermelon seedlings, 800-1200 parts of potato seedlings and 948-4400 parts of soybean hulls.

Preferably, the tailed vegetable powder added with the nano selenium yeast is prepared by grinding the nano selenium yeast, the Chinese cabbage, the celery, the cabbage, the day lily, the tomato seedling, the green bean seedling, the sweet melon seedling, the watermelon seedling, the potato seedling and the soybean hull into powder respectively.

A method for preparing a tailed vegetable powder added with nano selenium yeast comprises the following steps:

s1: taking nano selenium yeast, day lily and potato seedlings according to a certain proportion, respectively grinding the nano selenium yeast, the day lily and the potato seedlings into powder, and adding the powder into a first mixing device to obtain premix A;

s2: taking Chinese cabbage, celery, cabbage, tomato seedlings, plum bean seedlings, sweet melon seedlings, watermelon seedlings and soybean hulls according to a certain proportion, and adding the mixture into a second mixing device to obtain premix B;

s3: and (3) adding the premix A in the step (1) and the premix B in the step (2) into a second mixing device for mixing.

Preferably, the third mixing device is provided with a premix feed pipe A and a premix feed pipe B, and metering devices are arranged on the premix feed pipe A and the premix feed pipe B.

Preferably, the metering equipment is a rotor scale.

Preparing 0.1-0.3 g of nano selenium yeast for sheep; 80-120 g of Chinese cabbage powder; 60-100 g of celery powder; 40-80 g of cabbage powder; 0 g-5 g of day lily powder; 60-100 g of tomato seedling powder; 60-100 g of plum bean seedling powder; 80-120 g of sweet melon seedling powder; 80-120 g of watermelon seedling powder; 80-120 g of potato seedling powder; 559.9 g-134.7 g of soybean hull powder.

Example 2

According to the technical scheme, the tailed vegetable powder added with the nano selenium yeast is characterized by comprising 1-2 parts of the nano selenium yeast, 800-1200 parts of Chinese cabbage, 600-1000 parts of celery, 400-800 parts of cabbage, 1-50 parts of day lily, 800-1200 parts of tomato seedlings, 800-1200 parts of Japanese apricot seedlings, 800-1200 parts of sweet melon seedlings, 800-1200 parts of watermelon seedlings, 800-1200 parts of potato seedlings and 948-4400 parts of soybean hulls.

Preferably, the tailed vegetable powder added with the nano selenium yeast is prepared by grinding the nano selenium yeast, the Chinese cabbage, the celery, the cabbage, the day lily, the tomato seedling, the green bean seedling, the sweet melon seedling, the watermelon seedling, the potato seedling and the soybean hull into powder respectively.

A method for preparing a tailed vegetable powder added with nano selenium yeast comprises the following steps:

s1: taking nano selenium yeast, day lily and potato seedlings according to a certain proportion, respectively grinding the nano selenium yeast, the day lily and the potato seedlings into powder, and adding the powder into a first mixing device to obtain premix A;

s2: taking Chinese cabbage, celery, cabbage, tomato seedlings, plum bean seedlings, sweet melon seedlings, watermelon seedlings and soybean hulls according to a certain proportion, and adding the mixture into a second mixing device to obtain premix B;

s3: and (3) adding the premix A in the step (1) and the premix B in the step (2) into a second mixing device for mixing.

Preferably, the third mixing device is provided with a premix feed pipe A and a premix feed pipe B, and metering devices are arranged on the premix feed pipe A and the premix feed pipe B.

Preferably, the metering equipment is a rotor scale.

Preparing 0.3-0.5 g of nano selenium yeast for preparing the tailed vegetable powder for cattle; 60-100 g of Chinese cabbage powder; 60-100 g of celery powder; 60-100 g of cabbage powder; 4-8 g of day lily powder; 80-100 g of tomato seedling powder; 80-100 g of plum bean seedling powder; 80-100 g of sweet melon seedling powder; 80-100 g of watermelon seedling powder; 80-100 g of potato seedling powder; 411.7 g-191.5 g of soybean hull powder.

Other embodiments of the present application will be apparent to those skilled in the art from consideration of the specification and practice of the application disclosed herein. This application is intended to cover any variations, uses, or adaptations of the invention following, in general, the principles of the application and including such departures from the present disclosure as come within known or customary practice within the art to which the invention pertains. It is intended that the specification and examples be considered as exemplary only, with a true scope of the disclosure being indicated by the following claims.

It is to be understood that the present application is not limited to what has been described above, and that various modifications and changes may be made without departing from the scope thereof. The above-described embodiments of the present application do not limit the scope of the present application.