WO2012054003A1 - Bioplastic - Google Patents

Abstract

The invention relates to the polymer industry. The bioplastic comprises a mixture of material on the basis of high molecular mass compounds with active organic substances of natural origin. As the material on the basis of high molecular mass compounds, the bioplastic comprises a polymer or a rubber, or a composition on the basis thereof, in a quantity of 79.99-99.997 mass%. As the active substances of natural origin, the bioplastic comprises mummified extracts from vegetable raw materials or from any living organism and/or any natural substances of various origin or a combination mixture thereof in a quantity of 10.0-0.001 mass%. In addition, the bioplastic comprises microelements and/or macroelements presented individually or in the form of any compounds thereof or substances of organic form in a quantity of 10.0-0.001 mass%, and auxiliary components, preferably vitamins or multivitamins - remainder.

Description

 BIOPLAST MASS

Technical field

 The invention relates to the polymer industry and can be used in the manufacture of plastic or rubber recreational products for various purposes, including goods and products for household and decorative, hygienic, cultural, agricultural and others.

 State of the art

 Bioplastics (bioplastics, biopolymers) belong to the most innovative products that are widely used in all areas of human activity. They are made on the basis of a mixture of inorganic polymers acceptable for use in the food industry, medicine, veterinary medicine, agriculture, with components of natural origin [1, 2] · Therefore, when used, requirements for the quality and properties of products made from bioplastics increase, especially those with by which a person contacts directly.

Known material [3] from synthetic resin containing various synthetic substances: aromatic, repellents, insecticides, anti-mold and anti-fungal, which are pre-inactivated into various forms of cyclodextrin (alpha, beta and gamma cyclodextrin) and are coated with glycidic alcohols. From the granules of the finished product with the addition of more resin (or without the addition of resin) then the necessary product is formed.

 A disadvantage of the known material is the limited functional biological capabilities due to the lack of natural substances in its composition, which deprives the healing effect. A large number of source components, the difficulty of obtaining some of them, as well as the great complexity and duration of the manufacture of the final product, due to the complexity of the composition, as a whole lead to the high cost of the finished material and products from it. In addition, the introduction of synthetic aromatic and bactericidal substances deprives the finished material of the biological energy of plants, significantly reduces the saturation of the aroma in the finished material, which reduces the efficiency of contact of living organisms with such plastic material.

 The closest in technical essence to the proposed one is the known bioplastics containing a polymer and one or more extracts from plants, and having bactericidal and aromatic properties, as well as some biological (energy) properties [4]. As plant extracts, it contains a powder of extracts from plant materials flavored with aromatic essential oil, and as a polymer, high-pressure polyethylene with or without heat stabilizer or polystyrene in the following ratio, wt.%: The above polymer 90-99.9; the above plant extract powder of 0.01-10.

The disadvantages of the known bioplastics include insufficient biological activity and limited functional biological capabilities due to a narrow number of starting components — use only extracts from medicinal plants and one type of artificial polymer — high pressure polyethylene or polystyrene, which leads to limited use of the material.

 Disclosure of invention

 The present invention proposed bioplastics with significantly improved characteristics, increased biological activity in comparison with the prototype, and expanded functional biological capabilities, which leads to a wide range of its use as a multi-purpose healing material.

The basis of the invention is the task of improving the bioplastics, in which through the use of other starting components in its composition, and the introduction of additional components, which significantly influenced the technical result, the quality of the material is improved while maintaining the healing natural properties of the starting materials, increasing its biological activity, leads to an increase in the effect of a comprehensive healing effect, which lasts throughout the entire long service life, increasing utility ty during use, and the expansion of the healing properties and functionality of the material by expanding a number of source components. All this makes it possible to increase the effectiveness of the widespread use of such health-improving bioplastics in various fields of human activity, with the possibility of its reusability and low cost, and leads to an increase in its usefulness (due to the combination of aromatic, bactericidal and energetic, as well as antiseptic, antiparasitic, antistatic, fungicidal properties and the protection of living organisms from the negative effects of external energy fields), beneficially affecting living organisms and the environment, which makes the contact of a living organism comfortable and healthy when used, as well as to increase the consumer qualities of various products from it.

The problem is achieved in that in a bioplastics containing a mixture of material based on macromolecular compounds with organic substances of natural origin, which are active, according to the invention, as active substances of natural origin, it contains one or more mummified extract from plant materials or from any living organisms, and / or any natural substances of various origin, or their complex mixture, which are vitamin-containing organometallic it is a natural complex with the preservation of biologically active substances of natural raw materials, and as a material based on macromolecular compounds, it contains any polymer or rubber, or some composition based on them in the form of cast or woven material, which are acceptable for use in food and fodder industry, medicine, veterinary medicine, agriculture, and in addition it contains micro and / or macro elements, presented individually or in the form of any of their compounds, or organic substances, and auxiliary components, mainly vitamins or multivitamins, in the following ratio of components, wt.%: polymer or rubber, or a composition based on them 79.99 - 99.997; mummified extracts from plant materials or from any living organisms, and / or any natural substances of various origin, or their complex mixture of 10.0-0.001; micro and / or macronutrients 10.0 - 0.001; auxiliary components - the rest, and it is capable of being used as part of a material for the production of products, including health-improving ones, or their elements of any purpose that are in constant or temporary contact with living organisms.

In addition, in some certain cases of implementation and use of the present invention, bioplastics is characterized by the following features: as mummified extracts from plant materials, it contains mummified extracts from any ground or underground parts of plants, trees, or mushrooms; as mummified extracts from any living organisms, it contains various origin mummified extracts from insects, arthropods, amphibians, fish, reptiles, corals, animals, birds, or parts thereof, or from products of their origin; as natural substances of various origin, it contains natural substances of plant, animal origin, birds or amphibians, insects, arthropods, fish, reptiles, corals, including eggs, larvae, vegetable resins, mainly incense, myrrh, mummy, amber, conifers resins, beekeeping products, mainly propolis, bee bread, royal jelly, or essential or any other oils of natural origin; as vitamins or multivitamins as auxiliary components, it contains vitamins, mainly of groups A, B, C, D, E; as auxiliary components, it contains dyes and / or pigments of natural origin; as micro and macro elements, it contains selected mainly from the range of sodium, and / or potassium, and / or magnesium, and / or iron, and / or zinc, and / or copper, and / or manganese, and / or nickel, and / or boron and / or cobalt and / or molybdenum and / or vanadium and / or fluorine and / or selenium and / or iodine and / or tin and / or calcium and / or cadmium and / or phosphorus, , and / or chrome, and / or silver, acceptable for use in the food and feed industry; as a source of microelements and vitamins, it contains mainly plant materials or other organic forms or their extracts, or mineral or table water, or table salt or sea salt, or a natural mineral, or chalk, or eggshell, or bone or grass flour, or flour of various cereals, or bran, or cake, or yeast, or algae, or 'corals, or shells of crustaceans or reptiles, or mollusks or their shells; it is suitable for use in the composition of the material for the production of health-improving products or their elements, which have inherent healing properties, such as antiparasitic and antiviral, antiseptic, bactericidal, fungicidal and aromatic properties, as well as antistatic and the ability to protect against the negative effects of external energy fields; it is capable of use in the composition of the material for the manufacture of any consumer goods or their elements, including household, medical, hygienic, cultural, everyday-decorative and agricultural purposes, or their elements; it is capable of being used as part of a material acceptable for use in the food and feed industry for the manufacture of any products or their elements for food or feed, including containers, containers or packaging products in the form of bags, bags, films, or as lids for glass containers; it is capable of being used as part of a material acceptable for use in the food industry for the production of chewing gum; it is capable of being used as part of a material in the manufacture of woven materials for any household and industrial purposes; it is suitable for use in the composition of the material as the basis for the manufacture of various types of dressings, cosmetic masks and compresses; it is able to be used as part of the material in the production of any rubber products for various purposes or their elements; it is suitable for use as a soil additive for growing plants in the agricultural industry; it is capable of use as part of a material for the production of products or their elements in the field of medical equipment and machinery; it is capable of being used as part of a material for the manufacture of products or their elements of industrial production in the field of mechanical engineering, aircraft manufacturing, construction, shipbuilding, transport construction, electrical engineering, electronics, furniture production; it is capable of being used as part of a material for the production of means or devices or their elements for protection against the negative influence of external energy fields of any electric and electronic devices, radio and electronic equipment and other devices, as well as cables and power lines; it is capable of use as part of a material for the production of agricultural equipment or implements, or their elements; it is suitable for use in the composition of the material for the production of parts, assemblies or their elements, and for facing, including the decoration materials of interiors for vehicles; it is capable of being used as part of a material for the production of filtering means, devices or their elements for any purpose; it is capable of being used as part of a material for the production of products or their elements for sports and tourism purposes; it is capable of being used as part of a material for the production of items of church paraphernalia or their elements. The expansion of a number of starting components while preserving the healing properties of the biologically active substances of the starting natural raw materials enriches the bioplastics and products from it with various biological healing properties, and in comparison with the prototype (having aromatic, bactericidal and energy properties) leads to the appearance of additionally new healing properties (antiseptic , antiparasitic, fungicidal, antistatic, and protection from the negative effects of external energy fields), which improves the quality of The material also enhances biological activity, and expands the functional biological capabilities, which leads to an increase in the effect of the complex healing effect with constant or temporary contact with living organisms. The use of mummified extracts from the proposed components, which are a vitamin-containing organometallic natural complex, and which are more enriched with biologically active substances than simple extracts, helps to increase the biological activity of bioplastics. Paramagnetic centers are formed in mummified plant extracts and other natural substances, emitting energy with a high frequency of vibrations, which positively affects the membranes of human cells. At the same time, a powerful emotional and psychological effect on a person and on the course of physiological processes in the body is manifested, which leads to an increase in the effect of a comprehensive healing effect. The introduction of micro- and / or macronutrients into the composition of plastics, presented individually or in the form of any of their compounds, or organic substances, and auxiliary components, mainly vitamins or multivitamins, with the stated ratio of components, enhances the biological the activity of plastics, and the expansion of its functional biological healing capabilities. All this allows you to initiate a system of self-regulation of the body, to normalize the energy-informational exchange of natural substances and the human body, beneficially affecting the living, including the human body, leading to harmony of all its systems and functions. In addition, the claimed bioplastics has the ability to protect against the negative effects of radiation from external energy fields, which are harmful factors (harmful environmental factors that lead to poor health, reduced ability to work, illness and even death as a result of the disease are called harmful factors). This is due to the fact that, as you know, organic compounds of natural origin (plants, beekeeping products, mummies, amber and others) have the ability to “absorb and extinguish” the negative influence of external energy fields upon contact with a living organism, which leads to an overall improvement living organism conditions. Thus, the proposed bioplastics becomes healthier With increased biological activity, which has inherent healing properties, with maximally expanded functional capabilities, which makes it possible to effectively carry out the overall complex healing effect. In General, the distinguishing features of the claimed bioplastics are essential and necessary to achieve a new technical result. However, it should be borne in mind that this invention is not limited to them.

As a result of using the claimed invention, a technical result is obtained consisting in improving the quality of the material while preserving the healing natural properties of the starting materials, increasing its biological activity, which leads to an increase in the effect of a comprehensive healing effect that persists throughout the entire long service life, an increase in usefulness when used, and an expansion of the healing properties and functionality of the material by expanding a number of initial components.

 DETAILED DESCRIPTION OF THE INVENTION

 The inventive bioplastics are multi-purpose and can be used in the composition of the material for the manufacture of products or their elements for any purpose, which are in constant or temporary contact with living organisms (examples of its purpose for use are indicated in paragraphs 9-24 of the formula), with the expected healing effect .

Bioplastics contains a mixture of material based on high molecular weight compounds with organic compounds of natural origin, which are active substances. According to the claimed claims, as a material based on macromolecular compounds, it contains any polymer or rubber, or any composition based on them in the form of cast or woven material, which is acceptable for use in food and feed industry, medicine, veterinary medicine, rural the farm. Plastics - materials based on macromolecular compounds - polymers. Polyethylene can be well processed into products by various methods of plastic deformation: injection molding, compressor and injection molding, blowing, extrusion, vacuum molding, plasma spraying. For example, thermoplastic polymers can be used - polyethylene (including high-pressure polyethylene), or polyvinyl chloride, or polypropylene, or polystyrene. As active substances of natural origin, it contains one or more mummified extract from plant materials or from any living organisms, and / or any natural substances of various origins, or their complex mixture, which are a vitamin-containing organometallic natural complex with preservation of biologically active substances of natural raw materials. For example, as mummified extracts from plant materials, it may contain mummified extracts from any ground or underground parts of plants, trees, or fungi. Or, as mummified extracts from any living organisms of various origins, it may contain mummified extracts from insects, arthropods, amphibians, fish, reptiles, corals, animals, birds, or parts thereof, or from products of their origin. Or as natural substances of various origins, it contains natural substances of plant, animal origin, birds or amphibians, insects, arthropods, fish, reptiles, corals, including eggs, larvae, plant resins, mainly incense, myrrh, mummy, amber, coniferous resins, beekeeping products, mainly propolis, bee bread, royal jelly, or essential or any other oils of natural origin. Mummified extracts from plant materials can be used in the form of powders (for example, well-known prepared powders of mummified extracts of Econika), aromatic essential oils or in the form of fatty oils (vegetable, animal). Powders of mummified extracts from plant materials in most cases are obtained in a known manner by aqueous or alcoholic extraction of plant mass with concentration and drying [5]. The technology for producing powders recreates the natural process of mummification of plant materials and allows the original product to be converted into thermoliotropic state (like a mummy). Additionally, bioplastics contains micro- and / or macroelements, which are presented individually or in the form of any of their compounds, or substances of the organic form. For example, as micro and macro elements, it contains selected mainly from a number of sodium, and / or potassium, and / or magnesium, and / or iron, and / or zinc, and / or copper, and / or manganese, and / or nickel and / or boron and / or cobalt and / or molybdenum and / or vanadium and / or fluorine and / or selenium and / or iodine and / or tin and / or calcium and / or cadmium, and / or phosphorus, and / or chromium, and / or silver, acceptable for use in the food and feed industry. Sources of microelements and vitamins may be plant materials or raw materials of another organic form or extracts thereof, or mineral or table water, or table salt or sea salt, or a natural mineral, or chalk, or eggshell, or bone or grass meal, or flour of various cereals, or bran, or cake, or yeast, or algae, or coral, or shells of crustaceans or reptiles, or mollusks or their shells. And as auxiliary components, bioplastics may contain vitamins or multivitamins, both water-soluble and oil, mainly groups A, B, C, D, E; and / or dyes and / or pigments of natural origin. The above components of the inventive bioplastics are contained in the following ratio, wt.%: Polymer or rubber, or a composition based on them from 79.99 to 99.997; mummified extracts from plant materials or from any living organisms, and / or any natural substances of various origin, or their complex mixture 10.0 - 0.001; micro and / or macronutrients 10.0-0.001; auxiliary components - the rest. The use in the inventive plastic is more than 10.0 wt.% Organic compounds of natural origin (mummified extracts) practically does not lead to an increase in the effect, but it increases costs and can affect the physicomechanical properties of plastics, since a large number of them increases the amount of fillers in the polymer composition, which is not always desirable. A decrease in the number of components of organic compounds of natural origin in plastic of less than 0.1% practically does not give a tangible effect, health properties and aroma are not observed. Thus, the claimed composition of the components of the bioplastics is optimal to achieve the expected technical result.

 Industrial applicability

The invention is industrially applicable and can be repeatedly obtained known in the industry, including the number of polymer, methods using known means and equipment. For the manufacture of bioplastics, certain polymers are used in the form of powder or granules. For example, high pressure polyethylene grade 17504-006 (GOST 16337-77), or polystyrene grade UPM-508. The powder or granules of a given polymer is heated until they melt. The introduction, for example, mummified extracts into the bioplastics is carried out in a known manner in the manufacture of plastic products. At the appropriate temperature of the polymer melt, the specified mummified extracts from plant materials or their mixtures, and / or any natural substances of various origins, micro and / or macrocells, or auxiliary components are added in the required amount. Moreover, mummified extracts from plant materials or mixtures thereof are introduced into plastic in the form of ready-made powders of mummified extracts (for example, Econika powders obtained according to the known method [5]. aromatization of powders of mummified extracts to them add 1-1, 5 wt.% essential oils of the amount of powder, according to the methods of aromatherapy, or sprayed onto polymer granules (powdered with a powder of plant extract) before melting. At the same time, essential oils are introduced in pure form, either their alcohol solutions (mainly in ethanol), or mixed with transport fatty oil (for example, walnut oil, corn oil, etc.). Mix everything until a homogeneous mass and, if necessary, form the desired product. The result is a uniformly stable healing healing material - bioplastics - a mixture of artificial material and mummified extracts of natural raw materials, where all biological active properties are preserved. Depending on the specified characteristics of the material, certain organic compounds of natural origin, micro and / or macro elements, auxiliary components and a specific type of material based on high molecular weight compounds with predetermined properties are used in its production, which allows to expand the functional biological capabilities and the scope of use.

 Depending on the use of certain initial components, bioplastics acquires the corresponding well-known healing properties [6]. Thus, it is possible to obtain a bioplastics with the corresponding given characteristics in a wider range and to produce from it the necessary products for effective healing effects in contact with a living organism.

 Examples of various compositions of the inventive bioplastics.

Example 1, with the following ratio of components, wt.%: Polyethylene - 90.0, propolis - 7, magnesium - 1, iron - 1.5, cobalt - 0.5. This composition of bioplastics has antiseptic and bactericidal properties and helps to improve cardiovascular activity (products: insoles, applicators, pendants, bracelets, etc.).

 Example 2, in the following ratio of components, wt.%: Polyvinyl chloride - 85.0, frankincense - 10, iodine - 1, calcium - 2, nickel - 0.5, tin - 0.5, sodium - 0.5, vitamins or multivitamins - 0.5. This bioplastics composition helps to improve the thyroid gland (products: insoles, applicators, etc.).

 Example 3, with the following ratio of components, wt.%: Polyethylene - 95.0, essential oil of wormwood lemon - 3, chromium - 0.02, vanadium - 0.03, selenium - 0.05, calcium - 1, 9. This bioplastics composition has antiparasitic properties and helps to improve the activity of the gastrointestinal tract (products: insoles, applicators, bracelets, etc.).

 Example 4, in the following ratio of components, wt.%: Polyethylene - 95.0, sea salt - 2.0, mummified wormwood extract - 3.0. This composition of bioplastics has antiparasitic properties with respect to moths, bugs (products: bags, bags for clothes, for products, food packaging and τ.ϊ.)

 Example 5, in the following ratio of components, wt.%: Polypropylene - 95.0, frankincense - 1, 0, mummy - 2.0, mummified extract of oak leaves - 2.0. This bioplastics composition has antistatic properties (household products).

 Example 6, in the following ratio of components, wt.%: Polyethylene - 96.0, frankincense - 1.0, mummified alfalfa extract - 3.0. This bioplastics composition has antiseptic and bactericidal properties (products: lids for various dishes - glass jars, bottles, packaging film, food containers).

Example 7, in the following ratio of components, wt.%: polystyrene - 95.0, mummified celandine extract - 0.5, mummified alfalfa extract - 3.0, mummified extract of Japanese Sophora - 0.5, cobalt - 0.5, zinc - 0.05. This composition of bioplastics has antiseptic and bactericidal properties, protects against the harmful effects of high-frequency fields (products: telephone, television, computer, microwave oven, electric ovens, etc., radio and electrical products).

 Example 8, with the following ratio of components, wt.%: Rubber - 94.0, chamomile - 3.0, series - 3.0. This bioplastics composition has antiseptic and bactericidal, and anti-allergenic properties.

(products: children's toys, nipples).

 Thus, the claimed invention allows to obtain bioplastics of various spectrum of action, with good biocompatibility and increased activity of health-improving action.

The proposed bioplastics can be used in the composition of the material for the production of any health products or their elements that have healing properties, such as antiparasitic and antiviral, antiseptic, bactericidal, fungicidal and aromatic properties, as well as antistatic and the ability to protect against the negative effects of external energy fields. In particular, it is also suitable for use: as a part of material for the manufacture of any consumer goods or their elements, including household, medical, hygienic, cultural, everyday-decorative and agricultural purposes, or their elements ; in the composition of the material that is acceptable for use in the food and feed industry, for the manufacture of any products or their elements for food or feed, including containers, containers or packaging articles in the form of bags, bags, films, or as lids for glass containers; as part of a material that is acceptable for use in the food industry for the production of chewing gum; as part of the material in the production of woven materials for any household and industrial purposes; as part of the material as the basis for the manufacture of various types of dressings, cosmetic masks and compresses; in the composition of the material in the manufacture of any rubber products for various purposes or their elements; as a soil additive for growing plants in the agricultural industry; as a part of material for the production of products or their elements in the field of medical equipment and machinery; as a part of material for the production of products or their elements of industrial production in the field of mechanical engineering, aircraft manufacturing, construction, shipbuilding, transport construction, electrical engineering, electronics, furniture production; as a part of material for the production of means or devices or their elements for protection against the negative influence of external energy fields of any electric and electronic devices, radio and electronic equipment and other devices, as well as cables and power lines; as a part of material for the production of agricultural equipment or implements, or their elements; in the composition of the material for the production of parts, assemblies or their elements, and for cladding, including decoration materials for car interiors; in the composition of the material for the production of filter media, devices or their elements for any purpose; in the composition of the material for the production of products or their elements for sports and tourism purposes; as part of material for the production of items of church paraphernalia or their elements. Products from the proposed bioplastics may be made in the form of any shape, including simple or complex geometric or curved shapes. For example, like a phone case, insoles for shoes, applicators, medallions or pendants, bracelets, various containers, corks, covers for glass jars, packaging film or for bags, children's toys, furniture and the like. They are manufactured by methods known in the field of manufacturing plastic and rubber products using known means using known equipment. One of the common methods for manufacturing products from thermoplastic polymers is extrusion. First, the appropriate composition of the bioplastics or rubber material with the specified components is made, and then a product of a certain shape is formed in a molding form from a heated elastic mass followed by cooling (for a molded product). Bioactive health properties of the claimed bioplastics are stored for a long time during the entire service life, products from it can be washed with detergents without reducing their activity. The material is not biodegradable, non-toxic. At the same time, finished products from the proposed plastic have a healthy bioenergy of natural substances.

The foregoing indicates the possibility of implementing the present invention using the means and methods described previously or known in the application, as well as the possibility of achieving the above technical result when implementing the totality of the features of the invention. The possibility of a variety of examples of the implementation of the claimed bioplastics and a wide field of application when using it allows you to maximize its functional biological healing and healing opportunities (aromatic, bactericidal and energy properties, as well as their properties (antiparasitic, antistatic, fungicidal and protection from the negative effects of external energy fields), and carry out a general healing effect (according to a therapeutic or prophylactic program), when living organisms come into contact with the proposed bioplastics.

 Testing the effectiveness of the overall effect on the human body of the proposed bioplastics in various examples of its execution in the form of several products was carried out using computer diagnostics using the Mirage medical diagnostic complex. It provides a unique opportunity not only to identify pathological changes in the human body (with an accurate diagnosis), and control changes in the body, but also allows you to effectively select the drugs necessary for treatment. Surveys carried out before the use of some health products made from the proposed bioplastics, and after a certain period of its impact on the human body, confirmed its overall effective healing effect.

 According to this invention, prototypes were made in the form of various products with different compositions - the proposed starting materials and in a different ratio of bioplastics components (as shown in the examples above), which passed the test, confirming the receipt of the expected technical result and positive effect.

The proposed bioplastics is multi-purpose and can find application in various fields of industry and in human activities: food, medical, in the field of medical technology and equipment, agricultural, electrical, electronics, automotive, shipbuilding, construction and others. Information sources.

 1.http: //news.unipack.ru/18332/

 2. www.polymery.ru

3. US patent ^ 4722815, M. cl. B 29 C 59/00, 67/02 NKI-264-1 17, 1988.

 4. Patent UA JYQ 48617, pending. 10/25/2001, publ. 05/17/2004, bull. Ш 5/2004 C08L 23/00, 25/00, 27/00, С08К 5/00 (prototype).

 5. Patent UA JY "32709, filed. 01.21.2008, publ. 26.05.2008, bull. ^ 10, 2008.

 6. Lsharsyu roslini. Encyclopedic Dov ik. Ed. Academician of the Academy of Sciences of the Ural Soviet Socialist Republic A.M. Grodzshsky. Kshv. Golovna. ed. URE, 1989 .-- 544s: sh.

Claims

FORMULA OF THE INVENTION 1. BIOPLAST MASS, contains a mixture of material based on macromolecular compounds with organic substances of natural origin, which are active, characterized in that as active substances of natural origin it contains one or more mummified extracts from plant materials or from any living organisms, and / or any natural substances of various origin, or their complex mixture, which are vitamin-containing organometallic natural complex preserving the biologically active substances of natural raw materials, and as a material based on macromolecular compounds, it contains any polymer or rubber, or some composition based on them in the form of cast or woven material, which are acceptable for use in the food and feed industry, medicine, veterinary medicine, agriculture, and in addition it contains micro- and / or macrocells, presented individually or in the form of any of their compounds, or substances of an organic form, and auxiliary com onenty, preferably vitamins or multivitamins in the following ratio, wt.%:  - polymer or rubber, or a composition based on them 79.99 - 99.997 - mummified extracts from plant materials  or from any living organisms,  and / or any natural substances of various origin, or their complex mixture 10.0 - 0.001 - micro and / or macronutrients 10.0 - 0.001 - auxiliary components the rest, and it is capable of being used as part of a material for the production of products, including health-improving products, or their elements of any purpose, which are in constant or temporary contact with living organisms.  2. Bioplastics according to claim 1, characterized in that as mummified extracts from plant materials it contains mummified extracts from any ground or underground parts of plants, trees, or mushrooms.  3. Bioplastics according to claim 1, characterized in that as mummified extracts from any living organisms, it contains various origin mummified extracts from insects, arthropods, amphibians, fish, reptiles, corals, animals, birds, or parts thereof, or from products of their origin.  4. Bioplastics according to claim 1, characterized in that as natural substances of various origin, it contains natural substances of plant, animal origin, birds or amphibians, insects, arthropods, fish, reptiles, corals, including eggs, larvae, vegetable resins mainly incense, myrrh, mummies, amber, conifers, beekeeping products, mainly propolis, bee bread, royal jelly, or essential or any other oils of natural origin.  5. Bioplastics according to claim 1, characterized in that as vitamins or multivitamins as auxiliary components, it contains vitamins, mainly groups A, B, C, D, E. 6. Bioplastics according to claim 1, characterized in that as auxiliary components it contains dyes and / or pigments of natural origin. 7. Bioplastics according to claim 1, characterized in that as micro and macro elements it contains selected mainly from a number of sodium, and / or potassium, and / or magnesium, and / or iron, and / or zinc, and / or copper and / or manganese and / or nickel and / or boron and / or cobalt and / or molybdenum and / or vanadium and / or fluorine and / or selenium and / or iodine and / or tin, and / or calcium, and / or cadmium, and / or phosphorus, and / or chromium, and / or silver, acceptable for use in the food and feed industry.  8. The bioplastics according to claim 1, characterized in that as a source of micro-macroelements and vitamins it contains mainly plant materials or other organic forms or their extracts, or mineral or table water, or table salt or sea salt, or natural mineral, or chalk, or eggshell, or bone or grass meal, or flour of various cereals, or bran, or bagasse, or yeast, or algae, or coral, or shells of crustaceans or reptiles, or mollusks or their shells.  9. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material for the production of health-improving products or their elements, which have inherent healing properties, such as antiparasitic and antiviral, antiseptic, bactericidal, fungicidal and aromatic properties, as well as antistatic and the ability to protect against the negative effects of external energy fields. 10. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material for the manufacture of any consumer goods or their elements, including household, medical, hygienic, cultural, everyday decorative and agricultural purposes , or their elements. 1 1. Bioplastics according to claim 1, characterized in that it is suitable for use as part of a material that is acceptable for use in the food and feed industry, for the manufacture of any products or their elements for food or feed, including as containers containers or packaging products in the form of bags, bags, films, or as lids for glass containers.  12. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material, acceptable for use in the food industry, for the production of chewing gum.  13. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material in the production of woven materials for any household and industrial purposes.  14. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material as the basis for the manufacture of various types of dressings, cosmetic masks and compresses.  15. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material in the production of any rubber products for various purposes or their elements.  16. Bioplastics according to claim 1, characterized in that it is suitable for use as a soil additive for growing plants in the agricultural industry.  17. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material for the production of products or their elements in the field of medical technology and equipment. 18. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material for the production of products or their elements of industrial production in the field of engineering, aircraft, construction, shipbuilding, transport construction, electrical engineering, electronics, furniture production.  19. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material for the production of tools or devices or their elements to protect against the negative effects of external energy fields of any electrical and electronic devices, electro-radio equipment and other devices, and cables and power lines.  20. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material for the production of agricultural equipment or implements, or their elements.  21. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material for the production of parts, assemblies or their elements, and for cladding, including decoration materials for car interiors.  22. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material for the production of filter media, devices or their elements for any purpose.  23. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material for the production of products or their elements for sports and tourism purposes.  24. Bioplastics according to claim 1, characterized in that it is suitable for use in the composition of the material for the production of church items or their elements.