A mixing device combining protein carriers with natural substances

Abstract

A mixing device combining protein carriers with natural substances, comprising: a mixed solution formed by mixing water and natural substances; a protein carrier consisting of genes that send the same signals as human cells and can therefore pass through the cell membrane and penetrate human tissue cells; a mixing container which has the shape of a hollow container and an upper wall, comprising a lower wall, two side walls and a receiving container, the receiving container holding the mixing solution and the protein carrier; a stirring device which is arranged in the receiving vessel of the mixing vessel and is further connected to a drive motor located outside the mixing vessel in order to drive the stirring device to stirring by the drive motor and To promote chelation of the mixed solution and protein carrier contained in the receiving container; a culture additive that is added to the receiving container of the mixing container, so that the natural substances are bound to the protein carrier to form complex nutrients; This allows the natural substances to penetrate human tissue cells via the protein carrier, ensuring the beneficial effects of complete nutrient retention and increased absorption rate.

Description

Field of the invention

[0001] The present invention relates to a mixing device and, in particular, to a mixing device combining protein carriers with natural substances, which discloses an innovative structure. State of the art

[0002] The human body requires many nutrients. However, due to the hectic lifestyles of modern people, diets are often unbalanced and lacking in variety, leading to a lack of essential nutrients. For this reason, many people choose to use supplements made from natural extracts (such as multivitamins, B vitamins, etc.) to supplement missing vitamins and minerals and thus maintain metabolic functions and body health.

[0003] Conventional dietary supplements are usually made into tablets or capsules by chemically synthesizing natural or chemically synthesized inorganic nutrients, or by extracting them under high temperature and pressure and blending them. However, these conventional methods still have the problem of poor absorption rate in practice and in specific experiments. The reason for this is that the cell is the basic building unit of the human body, and its cell membrane is responsible for controlling the entry and exit of substances. In order for nutrients to pass through the cell membrane and enter human tissue, the cell membrane receptor must receive the correct signal (e.g., the corresponding protein or peptide signal). Only then does the cell membrane open a special import channel (different nutrients have different channels).Conventional methods only temporarily combine individual nutrients through purely physical means, without incorporating the basic nutrients (such as proteins, lipids, enzymes, etc.) from the food. This makes it difficult for the nutrients to penetrate human tissue, leading to problems and deficiencies such as poor absorption rate and efficacy. Object of the invention

[0004] The main object of the present invention is to provide a mixing device that combines protein carriers with natural substances. The technical problem to be solved is to address and solve the problems existing in the conventional technology.

[0005] The technical features of the present invention that can solve the problem are described below. The mixing device comprises: a mixed solution formed by mixing water and natural substances; a protein carrier composed of genes that transmit the same signals as human cells, thus allowing it to pass through the cell membrane and penetrate into human tissue cells; a mixing container in the form of a hollow container and including an upper wall, a lower wall, two side walls, and a receiving container, the receiving container containing the mixed solution and the protein carrier; a stirring device disposed in the receiving container of the mixing container and further connected to a driving motor located outside the mixing container to drive the stirring device through the driving motor to stir and chelate the mixed solution and the protein carrier contained in the receiving container.a culture additive added to the receiving container of the mixing vessel to bind the natural substances to the protein carrier to form complex nutrients;

[0006] Compared with the conventional technology, with the innovative and unique design of the present invention, by stirring and chelating the mixed solution and the protein carrier through the mixing device, the natural substances can be bound to the protein carrier to form complex nutrients, thereby transporting the natural substances into the human tissue cells through the protein carrier and smoothly passing through the gastrointestinal tract, so as to ensure the industrial applicability that the nutrients with the natural substances fully retained can enter the cells and exert their function, which improves the absorption rate and efficacy of the product. Brief description of the drawings Fig. 1 shows a schematic representation of the composition of the mixed solution and the protein carrier according to the present invention; Fig. 2 shows a sectional view of the mixing device according to the present invention; Fig. Figure 3 shows a schematic plan view according to the present invention in which the natural substances are bound to the protein carrier for passing through the cell membrane. Detailed description of the embodiment

[0007] It is based on the Fig. 1, Fig. 2 and Fig. 3, which show a preferred embodiment of the mixing device according to the invention combining protein carriers with natural substances. The following description only explains one embodiment of the invention and is not intended to limit the claims. The mixing device A comprises the following: a mixed solution 10 formed by mixing water 11 and natural substances 12, wherein the natural substances 12 are extracted from natural plants or fruits such as red pepper, green tea, citrus fruits, garlic, turmeric, roselle, etc., but the present invention is not limited in this regard; a protein carrier 20 consisting of genes that send the same signals as human cells and can thus pass through the cell membrane and penetrate into human tissue cells, the protein carrier 20 being a cell membrane receptor whose main function is to enable the transport of the substances to be transported bound to it through the cell membrane; a mixing container 30 having the shape of a hollow container and comprising an upper wall 31, a lower wall 32, two side walls 33 and a receiving container 34, the receiving container 34 receiving the mixing solution 10 and the protein carrier 20; a stirring device 40 arranged in the receiving container 34 of the mixing container 30 and further connected to a drive motor 41 located outside the mixing container 30 to drive the stirring device 40 by the drive motor 41 to stir and chelate the mixed solution 10 and protein carrier 20 located in the receiving container 34; a culture additive 50 which is added to the receiving container 34 of the mixing container 30 so that the natural substances 12 are bound to the protein carrier 20 to form complex nutrients, wherein the culture additive 50 can be cellulase, peptidase, amylolytic enzyme or brewer's yeast.

[0008] As in Fig. As shown in Figure 2, the mixing container 30 can further be provided with an inlet opening 35 and a discharge opening 36 continuously connected thereto for introducing the mixed solution 10, the protein carrier 20, and the culture additive 50. The stirring device 40 consists of a rotary shaft 42 and a plurality of blades 43 arranged at a distance from one another on the shaft wall of the rotary shaft 42, wherein the rotary shaft 42 is connected to the drive motor 41.

[0009] The human body consists of cells whose cell membrane is responsible for controlling the entry and exit of substances. In order for nutrients to pass through the cell membrane and enter human tissue, the cell membrane receptor must receive the correct signal. Only then does the cell membrane open a channel to allow the nutrients to pass through. On this basis, in the present invention, the natural substances 12 are bound to the protein carrier 20 to form complex nutrients, so that the protein carrier 20 can carry and transport the natural substances 12, and the natural substances pass through the cell membrane and smoothly and accurately enter the human tissue cells (as in Fig.3, the protein carrier 20 is recognized by the cell membrane 01 due to its function as a cell membrane receptor, thereby opening the channel 02, and the protein carrier 20 together with the natural substances 12 successfully enters the cell 03) and can smoothly pass through the gastrointestinal tract, so as to ensure the industrial applicability that the nutrients in which the natural substances 12 are fully preserved can enter the cells and exert their function there, which improves the absorption rate and the efficacy of the product.

[0010] The present invention provides a mixing device combining protein carriers with natural substances, comprising: a mixed solution formed by mixing water and natural substances; a protein carrier composed of genes that send the same signals as human cells and can thus pass through the cell membrane and penetrate into human tissue cells; a mixing container having the shape of a hollow container and comprising an upper wall, a lower wall, two side walls, and a receiving container, the receiving container receiving the mixed solution and the protein carrier; a stirring device arranged in the receiving container and further connected to a drive motor located outside the mixing container for stirring and chelating the mixed solution and the protein carrier in the receiving container;A culture additive added to the receiving container allows the natural substances to bind to the protein carrier to form complex nutrients. This allows the natural substances to penetrate human tissue cells via the protein carrier, ensuring the commercial applicability of complete nutrient retention and increased absorption rates.

Claims

[1] A mixing device combining protein carriers with natural substances, comprising: a mixed solution formed by mixing water and natural substances; a protein carrier consisting of genes that send the same signals as human cells and can thus pass through the cell membrane and penetrate into human tissue cells; a mixing container which has the shape of a hollow container and an upper wall, a bottom wall, two side walls and a receiving container, the receiving container holding the mixing solution and the protein carrier; a stirring device arranged in the receiving container of the mixing container and further connected to a drive motor located outside the mixing container in order to drive the stirring device by the drive motor for stirring and Chelation of the mixed solution in the receiving container and driving protein carriers; a culture additive that is added to the receiving container of the mixing container, so that the natural substances are bound to the protein carrier to form complex nutrients; Accordingly, the natural substances can penetrate into human tissue cells via the protein carrier to ensure the beneficial effects of complete preservation of nutrients and increased absorption rate. [2] A mixing device combining protein carriers with natural substances according to claim 1, wherein the culture additive is cellulase, peptidase, amylolytic enzyme or brewer's yeast. [3] A mixing device combining protein carriers with natural substances according to claim 1, wherein the mixing container is further provided with an inlet opening and a discharge opening continuously connected thereto, wherein the stirring device consists of a rotary shaft and a plurality of blades arranged at a distance on the shaft wall of the rotary shaft, and the rotary shaft is connected to the drive motor.

Images