TWM651819U - Nutritional product structure and production system containing bladderwrack extract and hyaluronic acid composition - Google Patents

Abstract

This invention discloses the structure of a nutritional product containing Fucus algae extract and hyaluronic acid composition and its production system. The production system is produced through a combination of components such as a raw material processing department, a preparation department, and a packaging department. A composition containing Fucus algae extract and hyaluronic acid with high immune activity is developed, and can be directly encapsulated in a packaging material to avoid active damage, improve food safety and facilitate portability.

Description

Nutritional product structure and production system containing Fucus algae extract and hyaluronic acid composition

This invention relates to a food structure and its production system, specifically a nutritional product structure and its production system containing Fucus algae extract and hyaluronic acid composition.

According to reports, hyaluronic acid, also known as hyaluronic acid, is widely found in various parts of the human body. Its main functions are lubrication and water retention, such as reducing joint friction, keeping eyes from dryness, and helping to maintain collagen. Since hyaluronic acid has been proven to be a high-molecular polymer with good biocompatibility and has characteristics such as high viscosity, high elasticity, high water retention, and high lubricity, it is widely used in skin care products and foods. However, the molecular size of hyaluronic acid is closely related to its efficacy and human body utilization. Choosing a hyaluronic acid system with an appropriate molecular size based on the desired efficacy and product type is the current focus of research.

Fucus Vesiculosus, also known as brown algae, contains a large amount of vitamins, minerals, lipids, amino acids and other nutrients, as well as brown algae polyphenols with high antioxidant capacity. Studies have pointed out that the brown algae polyphenols contained in Fucus algae extract have anti-viral, anti-tumor, anti-metabolic disease, anti-aging, and increased gastrointestinal health effects. Therefore, Fucus algae extract and its ingredients have become However, the activity of brown algae polyphenols is easily destroyed during the manufacturing process. Therefore, how to maintain or retain the activity of brown algae polyphenols during the manufacturing process has also become a challenge for manufacturers.

The main purpose of this creation is to provide a nutritional product structure and a production system containing Fucus algae extract and hyaluronic acid composition, which can process the raw materials through a standardized process and then directly prepare and package them, so as to improve The quality stability and physiological activity of nutritional products containing Fucus extract and hyaluronic acid can also reduce consumers' concerns about food safety.

The reason is that in order to achieve the above purpose, the production system of nutritional products containing Fucus algae extract and hyaluronic acid composition disclosed in this invention mainly includes a raw material processing department, a preparation department and a packaging department, wherein, through the raw material The processing part processes raw materials such as Fucus algae and hyaluronic acid to produce Fucus algae extract and hyaluronic acid treated product; and then the preparation part prepares the Fucus algae extract and hyaluronic acid treated product according to a predetermined ratio and with at least one auxiliary material. It becomes a composition with immunomodulatory activity; the packaging part is used to load and seal the composition with immunomodulatory activity in a container to produce a nutritional product.

Among them, the raw material processing department further includes a first processing unit and a second processing unit, which are used to prepare Fucus algae extract and hyaluronic acid-treated product respectively.

Wherein, the preparation department further includes an auxiliary material supply unit and a preparation unit, and the auxiliary material supply unit can provide at least one auxiliary material, such as plant extracts, fungal extracts, flavors, seasonings, etc.; and the preparation unit is It is used for the modulation process.

Wherein, the packaging unit further includes a cleaning unit, a loading unit and a sealing unit, which are respectively used to clean the container, install the composition into the container and seal the container.

The structure of the nutritional product obtained by the above-mentioned production system includes a body, an active body and a closed body, wherein the system has an accommodation space for disposing the active body, an opening, and the accommodation space. are connected; the closing part can be provided on the body corresponding to the opening, and can be used to freely close the opening.

Wherein, the system is a container, such as a bottle, a can, etc.; the closing part is a component with a closing function, such as a bottle cap, a bottle stopper, etc.

This invention discloses a production system for nutritional products containing Fucus algae extract and hyaluronic acid composition. The production system can be integrated and standardized through the combination of raw material processing department, preparation department and packaging department. Processes such as extraction, preparation, and packaging can improve the quality stability and physiological activity of nutritional products containing Fucus algae extract and hyaluronic acid, increase the convenience of preserving nutritional products, and effectively reduce waste generation to improve individual performance. In addition to maintaining good physical condition, it can also achieve the effects of being friendly to the environment and reducing carbon emissions.

Among them, the hyaluronic acid disclosed in this creation will select a suitable molecular weight based on its administration object, dosage form, and efficacy. For example, if you want to improve the gastrointestinal absorption rate of hyaluronic acid, you will choose hyaluronic acid with a small molecular weight; and if To slow down the metabolism rate of hyaluronic acid, hyaluronic acid with a larger molecular weight will be used.

In addition, hyaluronic acid will also chemically modify hyaluronic acid in a predetermined proportion according to the site where it is intended to exert its effect. Hyaluronic acid with a lower modification ratio will be concentrated in the liver and will be metabolized faster, while hyaluronic acid with a higher modification ratio will be concentrated in the liver. It stays in the body for a long time and is mostly concentrated in the chest, head and neck. For example, the carboxyl functional group of hyaluronic acid is substituted through modification with adipic acid dihydrazide (ADH).

Among them, the Fucus vesiculosus extract disclosed in this work comes from Fucus vesiculosus, and its main activity is fucoidan. According to research, fucoidan has anti-inflammatory, immune-regulating and other activities.

In the following, in order to illustrate the technical features and effects of this invention, one embodiment of this invention will be described in detail with diagrams.

As shown in Figure 1, the production system 10 of nutritional products containing Fucus algae extract and hyaluronic acid composition disclosed in this invention mainly includes a raw material processing part 20, a preparation part 30 and a packaging part 40, and these components They can be separated into independent devices and cooperate with each other, and can be set up in a main body or a space at the same time to produce a nutritional product 90 as shown in Figure 2; wherein:

The raw material processing part 20 has a first processing unit 21 and a second processing unit 22, and the first processing unit 21 is used to receive a Fucus algae and perform an extraction process to obtain mainly fucoidan. a Fucus algae extract; the second processing unit 22 is used to process a hyaluronic acid raw material, such as molecular weight quantification, hyaluronic acid modification, etc., to produce a hyaluronic acid treated product.

The preparation part 30 is located behind the raw material processing part 20 and has an auxiliary material supply unit 31, which must contain at least one auxiliary material, such as cordyceps extract, artichoke extract, blackcurrant juice, oligosaccharide, etc.; a preparation The unit 32 is connected to the auxiliary material providing unit 31 and to the first processing unit 21 and the second processing unit 22 to freely obtain information from the auxiliary material providing unit 31 and the first processing unit according to a recipe instruction. The Fucus algae extract, the hyaluronic acid treated product and at least one auxiliary material are obtained in the unit 21 and/or the second processing unit 22, and a preparation process is performed to produce a hydrocolloid-like composition with immunomodulatory activity. .

The packaging part 40 is provided behind the preparation part 30 and has a cleaning unit 41 for cleaning a container. A loading unit 42 is provided behind the cleaning unit 41 for receiving the vaccine from the preparation part 30. Control the active composition and quantitatively install it into the container. A packaging unit 43 is provided behind the loading unit 42 to receive the container from the loading unit 42. After performing quality control inspection, An encapsulation process is performed to produce a nutritional product 90 containing the composition with immune modulating activity.

Furthermore, as shown in Figure 2, the structure of the nutritional product 90 includes a body 91, an active body 92 and a closing part 93, wherein the body 91 is set as a bottle and has a receiving space. 911, used to accommodate the active body 92, an opening 912 is connected to the accommodation space 911 to communicate with the outside world; the closing part 93 is set as a cover, corresponding to the opening 912 and is provided on the body 91 is used to close the accommodating space 911, wherein the closing part 93 is provided on the body 91 by covering or screwing.

Through the content disclosed in the above embodiments, the production system 10 of nutritional products containing Fucus algae extract and hyaluronic acid composition disclosed in the present invention can be prepared through the raw material processing part 20 and the preparation part 30 in a standardized procedure. And prepare a composition containing Fucus algae extract and hyaluronic acid to ensure that the composition can maintain immunomodulatory activity, and then directly load the composition into the container through the packaging part 40, and then directly seal it with the The portion 93 blocks the connection between the accommodation space 911 and the outside world, thereby reducing the risk of contamination during the production process and also facilitating storage and portability.

In another embodiment, the closing part can be set as a bottle stopper, and the opening can be closed by inserting and snapping, and the same effect can also be achieved.

10: Production system of nutritional products containing Fucus algae extract and hyaluronic acid composition 20: Raw material processing department 21: First processing unit 22: Second processing unit 30: Modulation Department 31: Excipient supply unit 32: Modulation unit 40:Packaging Department 41:Cleaning unit 42:Loading unit 43:Packaging unit 90:Nutritional products 91:Ontology 911:accommodation space 912:Open your mouth 92:Active body 93: Closed part

Figure 1 is a schematic diagram of a production system for nutritional products containing Fucus algae extract and hyaluronic acid according to one embodiment of the present invention. Figure 2 is a three-dimensional exploded view of the structure of the nutritional product containing Fucus algae extract and hyaluronic acid disclosed in this creation.

10: Production system of nutritional products containing Fucus algae extract and hyaluronic acid composition

20: Raw material processing department

21: First processing unit

22: Second processing unit

30: Modulation Department

31: Excipient supply unit

32: Modulation unit

40:Packaging Department

41:Cleaning unit

42:Loading unit

43:Packaging unit

Claims (8)

A production system for nutritional products containing Fucus algae extract and hyaluronic acid composition, which includes: A raw material processing section, having a first processing unit for preparing a Fucus algae extract, and a second processing unit for preparing a hyaluronic acid treated product; A preparation section, located after the raw material processing section, receives the extracts from the first processing unit and the second processing unit, and produces a composition with immunomodulatory activity according to a formula instruction; A packaging section is provided behind the preparation section to receive the composition from the preparation section and package it to produce a nutritional product. As claimed in claim 1, the production system of nutritional products containing Fucus algae extract and hyaluronic acid composition, wherein the packaging part further includes a cleaning unit for cleaning a container, and a loading unit located in the cleaning unit. A packaging unit is provided behind the loading unit to seal the container that contains the composition. The production system of nutritional products containing Fucus algae extract and hyaluronic acid composition as described in claim 1, wherein the preparation department further includes an auxiliary material supply unit for providing at least one auxiliary material, and a preparation unit located at After the auxiliary material is provided in the unit, it is used to coat the Fucus algae extract in the hyaluronic acid-treated material. The production system of nutritional products containing Fucus algae extract and hyaluronic acid composition as described in claim 3, wherein the auxiliary materials in the auxiliary material supply unit are a cordyceps sinensis extract and an artichoke extract. As claimed in claim 1, the production system of nutritional products containing Fucus algae extract and hyaluronic acid composition, wherein the first processing unit is used to extract the Fucus algae extract from Fucus algae. A nutritional product structure containing Fucus algae extract and hyaluronic acid produced by the production system described in any one of claims 1-5, which includes: A body has an accommodating space and an opening connected to the accommodating space; An active body is located in the accommodation space; A closing part is provided on the body corresponding to the opening and used to close the accommodation space. The nutritional product structure containing Fucus algae extract and hyaluronic acid as described in claim 6, wherein the system is a bottle. The nutritional product structure containing Fucus algae extract and hyaluronic acid as described in claim 6, wherein the closing part is a cap or a plug.

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