TWM644780U - Production system of plant extracts rich in galactolipids - Google Patents

Abstract

This invention discloses a production system for plant extracts rich in galactolipids, which includes a plant production unit, an extraction unit and a dosage form preparation unit. Through the connection and configuration of these units, plant raw materials can be converted into end products. Multiple procedures are integrated, such as pre-treatment procedures, extraction procedures, post-processing procedures, etc., to effectively improve the extraction efficiency and purity of active ingredients such as galactolipids from plant raw materials.

Description

Galactolipid-rich plant extract production system

The invention relates to a system for producing plant extracts, particularly a system for producing plant extracts rich in galactolipids.

According to the literature, galactolipids mainly exist in the membranes of plants and algae and are one of the main lipids on the earth. However, because galactolipids are dispersed in biomass, they are considered difficult to extract from plants. have to. Recent studies have pointed out that galactolipid-rich extracts from Chinese herbal medicines, such as Crassocephalum rabens, are obtained, and galactolipid-rich extracts from Chinese herbal medicines have been confirmed to have a variety of physiological activities, such as whitening, Anti-cancer, anti-inflammatory, etc.

However, in order to enable the active ingredients in traditional Chinese herbal medicines to be separated and used in different products, the active ingredients have different solubility properties in different solvents, and the active ingredients are separated from the Chinese herbal medicines through solvent extraction. Although the conventional solvent extraction method separates active ingredients from Chinese herbal medicines, the separated substances still have defects such as insufficient purity and residual organic extraction solvents, which make them unable to exert their biological activity or have biological toxicity.

The main purpose of this creation is to provide a system for producing plant extracts rich in galactolipids, which combines cyanide killing, crushing, low-temperature extraction and other processes in a systematic manner to simultaneously increase the content of galactolipids in plant extracts. content and extraction safety.

Another purpose of this invention is to provide a production system for plant extracts rich in galactolipids, which can stabilize the extraction quality and reduce production costs by standardizing and systematizing the processing procedures.

Therefore, in order to achieve the above purpose, the present invention discloses a plant extract production system rich in galactolipids, which at least includes a planting unit and an extraction unit, wherein the planting unit is used to prepare a fresh plant extract. The plant raw material undergoes a pre-treatment process to produce a substance to be extracted, and the pre-treatment process includes a cyanine-killing process; the extraction unit is provided after the planting unit to crush the substance to be extracted in sequence , extraction, concentration and drying procedures to obtain a plant extract rich in galactolipids.

In one embodiment of the present invention, the planting unit at least includes a high-speed cyanide killing part for performing a cyanide killing process.

Furthermore, in order to obtain plant raw materials with better quality, the planting unit further includes a seed winnowing section and a stress planting section, which are respectively located in front of the high-speed cyanide killing section; wherein, the seed The winnowing department is used to carry out the seed screening process to obtain seeds with plump appearance and heavier weight; the adversity planting department is used to provide a predetermined planting condition and make the seeds grow under the predetermined planting condition. It can make the obtained plant raw materials stronger and have more chlorophyll, so that a higher content of active ingredients, such as galactolipids, can be obtained from them.

In another embodiment of the present invention, the extraction unit further includes a micron crushing part for crushing the substance to be extracted into a micron-sized powder to form a powder to be extracted; a low-temperature cold extraction part, located at After the micron crushing section, the powder to be extracted is subjected to an extraction process in a low-temperature environment to obtain a plant primary extract; a concentration and drying section is provided after the low-temperature cold extraction section to extract the plant primary extract. The material is concentrated and dried to obtain the plant extract rich in galactolipids.

In addition, in order to integrate the various processes from raw materials to finished products and standardize the processes to achieve the establishment of control standards for each process, in another embodiment, the production system of plant extracts rich in galactolipids disclosed in the present invention is It further includes a dosage form preparation unit, which is located after the extraction unit and is used to prepare the galactolipid-rich plant extract and at least one excipient into a predetermined dosage form composition, such as powder, drops, Powder or lozenge.

10: Plant extract production system rich in galactolipids

20: Planting unit

21: Seed winnowing department

22:Adversity Planting Department

23:High-speed Killer

30:Extraction unit

31: Micron crushing part

32: Low temperature cold extraction department

33:Concentrated drying section

40:Dosage form preparation unit

Figure 1 is a schematic diagram of a system for producing plant extracts rich in galactolipids disclosed in one embodiment of the present invention.

Figure 2 is a schematic diagram showing the connection of each unit in the galactolipid-rich plant extract production system disclosed in one embodiment of the present invention.

This creation discloses a production system for plant extracts rich in galactolipids, which integrates multiple processes from plant raw materials to end products through the connection and configuration of different units, such as planting procedures, pre-treatment procedures, and extraction. Procedures, post-processing procedures, etc., to improve the extraction efficiency of galactolipid-rich plant extracts from plant raw materials, and at the same time ensure the stable quality of galactolipid-rich plant extracts.

In the following, in order to illustrate the technical features and effects of this invention, an embodiment will be given and explained with drawings.

As shown in FIGS. 1 and 2 , the galactolipid-rich plant extract production system 10 disclosed in one embodiment of the present invention includes a production unit 20 , an extraction unit 30 and a dosage form preparation unit 40 .

The planting unit 20 includes a seed winnowing part 21, a stress planting part 22 and a high-speed cyanide killing part 23, wherein: the seed winnowing part 21 is used to select plant seeds that meet standards through external force. Such as size, weight, etc. Specifically, the seed winnowing part 21 has a screening platform and an air outlet fan. When the plant seeds are laid on the screening platform, the air outlet fan provides wind of a predetermined intensity to the screening platform to remove the light seeds. The seeds are blown away from the screening platform, and the seeds left on the screening platform are those that meet the screening standards.

The stress planting part 22 is located after the seed winnowing part 21, and is used to grow the selected seeds into adult plants under a predetermined planting condition; specifically, the stress planting part 22 will include There are temperature control equipment such as lamps and humidity control equipment such as sprinklers to control the predetermined planting conditions and obtain fresh and fully developed plants.

The high-speed cyanine killing part 23 is located after the stress planting part 22, and is used to receive the fresh adult plant and perform a cyanine killing process to obtain the material to be extracted. The so-called cyanine killing process refers to the cyanine killing process through sudden changes in temperature. The active ingredients in plants, including detoxifying ingredients, enzymes, etc., can be retained in them and will not be destroyed by environmental factors.

The extraction unit 30 is located after the planting unit 20 and includes a micron crushing part 31, a low-temperature cold extraction part 32 and a concentration and drying part 33, wherein: the micron crushing part 31 is used to permeate the substance to be extracted. Devices such as knives and graters break it into powder of one micron size, forming a powder to be extracted.

A low-temperature cold extraction section 32 is located behind the micron crushing section 31 to perform an extraction process on the powder to be extracted in a low-temperature environment to obtain a plant primary extract; a concentration and drying section 33 is located behind the low-temperature cold extraction section. After the extraction part 32, the plant primary extract is concentrated and dried to obtain the plant extract rich in galactolipids.

The dosage form preparation unit 40 is located after the extraction unit 30 and is capable of receiving the galactolipid-rich extract from the extraction unit 30 and converting the galactolipid-rich plant extract according to a preparation instruction. Prepare a composition with at least one excipient or/and other components, such as powdered brewing packets, capsules, film-coated tablets, tablets, etc.

Through the composition of the above components, the system 10 for producing plant extracts rich in galactolipids disclosed in the present invention can be applied to various plants or algae containing galactolipids, such as Showa grass, etc. Taking Showa grass as a plant raw material as an example, healthier Showa grass plants can be obtained through the planting unit 20 , and the activity of active ingredients such as galactolipids contained in Showa grass can be retained as much as possible before the extraction process. , reducing the chance of being damaged by environmental factors or oxidation reactions, so that a plant extract rich in galactolipids can be subsequently obtained from Showa grass through the extraction unit 30, and the plant extract rich in galactolipids has half of the The lactolipid content is high, so it can have better physiological activities, such as whitening, anti-inflammation, anti-cancer, etc. In addition, this invention integrates the extraction process and the post-processing process into the same system through the dosage form preparation unit 40 to reduce the waste of production costs, and can better control the processing quality to produce end products with stable quality.

10: Plant extract production system rich in galactolipids

20: Planting unit

21: Seed winnowing department

22:Adversity Planting Department

23:High-speed Killer

30:Extraction unit

31: Micron crushing part

32: Low temperature cold extraction department

33:Concentrated drying section

40:Dosage form preparation unit

Claims (5)

A system for producing plant extracts rich in galactolipids, which at least contains: A plant preparation unit is used to perform a pre-treatment process on a plant raw material to obtain a product to be extracted; An extraction unit, located after the plant production unit, is used to receive the material to be extracted and sequentially carry out crushing, extraction, concentration and drying processes to obtain a plant extract rich in galactolipids; Among them, it is characterized by: The planting unit has a high-speed cyanine-killing part for performing a cyanine-killing process on the plant raw materials. The system for producing plant extracts rich in galactolipids as described in claim 1, wherein the extraction unit further includes: The one-micron crushing part is used to crush the substance to be extracted into powder of one micron size to form a powder to be extracted; A low-temperature cold extraction section is provided after the micron crushing section to perform an extraction process on the powder to be extracted in a low-temperature environment to obtain a primary plant extract; A concentration and drying section is provided after the low-temperature cold extraction section for concentrating and drying the plant primary extract to obtain the galactolipid-rich plant extract. The system for producing plant extracts rich in galactose lipids as described in claim 1, wherein the planting unit further includes a seed winnowing part and a stress planting part, and the stress planting part is located in the high-speed cyanide killing unit. in front of the department, and the seed winnowing department is located in front of the adversity planting department; The seed winnowing department is used to carry out the seed screening process; The stress planting part is used to make the selected seeds grow into adult plants under a predetermined planting condition. The galactolipid-rich plant extract production system as described in claim 1 further includes a dosage form preparation unit, which is located after the extraction unit and is used to receive the galactolipid-rich plant extract and prepare the plant extract. The galactolipid-rich plant extract and at least one excipient are prepared into a composition in a predetermined dosage form. The system for producing plant extracts rich in galactolipids as described in claim 4, wherein the predetermined dosage form is a powder, a drop, a powder or a lozenge.

Images