TW202236949A - Article produced by decomposable seed fragrance wrapping technology which can be buried in the soil so as to achieve the effect of plastic reduction and waste reduction without generating pollutants - Google Patents

Abstract

The invention provides an article produced by decomposable seed fragrance wrapping technology, which includes: plant seeds; growth carriers; plant nutrients; and fragrance. The aforementioned plant nutrients and fragrances are coated on or mixed in the growth carriers. In one embodiment, the aforementioned growth carrier is paper pulp and the article produced by decomposable seed fragrance wrapping technology is made into a fragrance card. In another embodiment, the aforementioned article produced by decomposable seed fragrance wrapping technology further includes a packaging bag, which wraps the aforementioned plant seeds and the aforementioned growth carriers, or wraps the aforementioned fragrance card to make a fragrance bag. With the article produced by decomposable seed fragrance wrapping technology (such as fragrance bags and fragrance cards) of the invention, when the aforementioned article produced by decomposable seed fragrance wrapping technology is used up, the article produced by decomposable seed fragrance wrapping technology can be buried in the soil so as to achieve the effect of plastic reduction and waste reduction without generating pollutants, while the presence of plant nutrients can more easily facilitate the growth of the aforementioned plant seeds into trees, flowers, fruits etc., thereby achieving the sustainable development effect of endless life (cradle to cradle) and environmental protection and carbon reduction.

Description

Products made of decomposable seed fragrance coating technology

The invention relates to an article made by decomposable seed fragrance coating technology, in particular to a decomposable seed fragrance bag and a decomposable seed fragrance card.

Press, in drawers, wardrobes, shoe cabinets or toilets and other closed spaces with no air circulation, there are often problems such as musty smell and poor air quality. In order to solve the aforementioned problems, fragrance bags and fragrance cards are generally used.

As far as the structure of the conventional fragrance bag is concerned, it usually consists of a packaging bag and the contents covered by the aforementioned packaging bag. Regarding the aforementioned packaging bags, the conventional fragrance bags are, for example, made of non-woven material as the packaging bag. Moreover, regarding the aforementioned contents, conventional fragrance bags use, for example, plastic fragrance capsules containing industrial flavors as the contents.

As far as the structure of the conventional fragrance card is concerned, it is usually coated with essential oils on thick water-absorbing cardboard and printed with ink to depict various patterns.

By using the fragrance emitted from the fragrance bag and fragrance card, it can remove peculiar smell and improve the taste of the air.

However, although the conventional fragrance bag can remove peculiar smell and improve the taste of the air, because the non-woven fabric material as the packaging bag and the plastic fragrance particles as the content are all non-decomposable materials, the conventional fragrance bag may have some disadvantages. An unfriendly situation.

For example, if the used conventional fragrance bags are directly discarded (buried), because the conventional fragrance bags are made of non-decomposable materials, it is difficult to decompose in the soil, so it is not environmentally friendly and may cause soil pollution. At this time, instead of discarding (burying), for example, burning treatment may be performed on the used conventional fragrance bag.

However, if the conventional fragrance bags after use are burned, although the problem of soil pollution caused by discarding (burying) can be solved, the plastic fragrance particles therein will produce Toxic substances such as dioxin, so still can't solve the harm of conventional fragrance bags (especially plastic fragrance capsules) for air pollution. In addition, if you choose not to burn the plastic fragrance granules but choose to discharge them directly into the ocean, there will still be a problem that the particles of the plastic fragrance granules will remain in the marine organisms and seriously affect the marine ecology.

In addition, although the conventional fragrance card does not contain plastic fragrance particles, there is still a problem that the conventional fragrance card cannot be further utilized (for example, grow into a tree) after use.

In order to solve the above problems, an article of decomposable seed fragrance coating technology of the present invention is made into an article, which is in the form of a fragrance bag, and it contains: plant seeds; a growth carrier, which includes a base layer and a coating layer, and the aforementioned coating is located on at least one surface of the aforementioned base layer, and the aforementioned coating includes plant nutrients and fragrances; a packaging bag, which is to cover the aforementioned plant seeds and the aforementioned growth carrier.

In one embodiment, the base layer includes at least any one selected from the group consisting of cork particles/chips, wood chips and bark.

In one embodiment, the particle size of the growth carrier is 1-20 mm.

In one embodiment, the fragrance agent is at least any one selected from the group consisting of essential oils, spices and floral waters.

In one embodiment, the fragrance agent is essential oil, and the essential oil is extracted from floral plants and/or vanilla plants.

In one embodiment, the plant seed line includes at least any one selected from the group consisting of seeds of acacia, wild lily, laurel, cosmos and red quinoa.

In one embodiment, the weight ratio of the plant seeds: the growth carrier is 1:1-20.

In one embodiment, the decomposable seed fragrance-coated product further includes fertilizer, and the packaging bag is coated with the aforementioned fertilizer.

In one embodiment, the weight ratio of the plant seeds: the growth carrier: the fertilizer is 1:1-10:1-6.

In order to solve the above-mentioned problems, an article made by decomposable seed fragrance coating technology according to an aspect of the present invention is in the form of a fragrance card, and its feature is: the aforementioned decomposable seed fragrance coating technology makes an article It is integrally formed by a mixture including plant seeds, pulp, plant nutrients and flavoring agents.

In one embodiment, the weight ratio of the plant seeds:pulp:plant nutrient:flavor is 1:1~10:1~6:1~3.

In one embodiment, the aforementioned mixture further includes fertilizer.

In one embodiment, a packaging bag is also included, and the aforementioned packaging bag is an article made by wrapping the decomposable seed fragrance coating technology in the form of the fragrance card.

One aspect of the present invention is completed in view of the above known problems, and its purpose is to provide a decomposable seed fragrance coating technology product (also referred to as "decomposable seed fragrance bag" or "fragrance bag") atmosphere bag"), and the aforementioned decomposable seed fragrance coating technology products are made of decomposable packaging bags, and the content of the aforementioned decomposable seed fragrance coating technology products is made of plant seeds and coated with The basal layer of plant nutrients and fragrances is used as a growth carrier to replace the conventional plastic fragrance capsules. In this way, when the aforementioned decomposable seed fragrance coating technology made product (fragrance bag) is used up (that is, when the fragrance agent is exhausted), by directly decomposable seed fragrance coating technology made product (fragrance bag) Air bag) buried in the soil, can achieve the effect of reducing plastic and waste completely without pollutants, and can make the above-mentioned plant seeds grow into trees or flowers more easily in the presence of plant nutrients, so as to achieve endless growth (Cradle to Cradle) and the sustainable development effect of environmental protection and carbon reduction.

Also, another aspect of the present invention is completed in view of the above-mentioned known problems, and its purpose is to provide a decomposable seed fragrance coating technology product (also referred to as "decomposable seed fragrance card") "or "fragrance card"), and the ingredients of the aforementioned decomposable seed fragrance coating technology include plant seeds, pulp, plant nutrients and flavoring agents. In this way, when the articles made by the decomposable seed fragrance coating technology are used up (that is, when the fragrance agent is exhausted), by directly burying the articles made by the decomposable seed fragrance coating technology in the soil, it is possible to achieve It has the effect of reducing plastic and waste completely without pollutants, and can make the above-mentioned plant seeds grow into trees or flowers more easily in the presence of plant nutrients, so as to achieve endless life (cradle to cradle) and environmental protection and carbon reduction. The effect of sustainable development.

<Example 1: Decomposable seed fragrance bag 10> First, please refer to FIGS. 1-2 . FIG. 1 is a schematic diagram of a decomposable seed fragrance bag 10 according to an embodiment of the present invention; FIG. 2 is a schematic diagram of the growth carrier in FIG. 1 . As shown in FIG. 1 , a decomposable seed fragrance bag 10 according to an embodiment of the present invention includes: a plant seed 1 , a growth carrier 2 and a packaging bag 4 . Also, as shown in FIG. 1 , the packaging bag 4 covers the aforementioned plant seeds 1 and the aforementioned growth carriers 2 . In addition, as shown in FIG. 2 , the growth carrier 2 includes a coating 21 and a base layer 22 , wherein the coating 21 is located on at least one surface of the base layer 22 .

Then, regarding the plant seed 1, it may be a plant seed of a flower or a tree or a fruit. The plant seeds of flowers include, for example, the seeds of wild lily, the seeds of laurel, and the seeds of cosmos. Examples of plant seeds of trees include seeds of acacia. As for the plant seed of a fruit, the seed of red quinoa etc. are mentioned, for example. In other words, the plant seed 1 includes at least any one selected from the group consisting of Acacia seeds, wild lily seeds, Luo Shenhua seeds and red quinoa seeds. In this way, by making the decomposable seed fragrance bag 10 coated with the plant seeds 1, the decomposable seed fragrance bag 10 is used as a flower in the sachet, a tree in the sachet, or a fruit in the sachet, which can not only Fragrance is emitted, and after the use of the decomposable seed fragrance bag 10, the plant seeds 1 contained therein can be grown into trees, flowers or fruits.

Also, in the decomposable seed fragrance bag 10 of an embodiment of the present invention, different types of plant seeds 1 can be included; however, in order to make all the plant seeds 1 grow as much as possible, the decomposable seeds of an embodiment of the present invention The fragrance bag 10 preferably contains plant seeds 1 with similar growth conditions.

Also, as for the base layer 22 of the growth carrier 2, it can be selected from at least any one of the group consisting of cork particles/chips, wood chips and bark. By using cork particles/chips, wood chips and/or bark as the base layer 22, the base layer 22 can fully absorb the plant nutrients contained in the coating 21, and ensure that the growth carrier 2 can grow the plant seeds 1. Also, as far as the source of cork pellets/chips, wood chips and/or bark is concerned, it can be softwoods such as pine, spruce, cedar, fir, larch, Douglas fir, hemlock, cypress, California redwood and yew ) or other trees, etc., are not particularly limited. Also, as far as other aspects of the base layer 22 of the growth carrier 2 are concerned, as long as they can fully absorb plant nutrients and fragrances and have decomposable properties, corncobs, paper/pulp, dried plants etc.

Next, there is no particular limitation on the shape of the growth carrier 2 (or its base layer 22 ), which may be granular, rectangular or polygonal, without any particular limitation. When the growth carrier 2 is granular, in order to make the packaging bag 4 cover the growth carrier 2 easily, the particle size of the growth carrier 2 is preferably 1-20 mm. Also, when the growth carrier 2 is in the shape of a rectangle or a polygon, the length of the longest side of the growth carrier 2 is preferably 1 to 20 mm.

In addition, as far as the packaging bag 4 is concerned, it is made of decomposable material, such as decomposable non-woven fabric. If a non-decomposable material (such as a known non-woven fabric) is used as a packaging bag, although the contents (plant seeds 1 and growth carrier 2) are decomposable and can achieve a considerable degree of plastic reduction and waste reduction, but still Non-decomposable materials (non-woven fabrics) may need to be treated such as burning, otherwise there may still be problems of soil pollution caused by directly discarding (burying) the non-woven packaging bags 4 in the soil. Therefore, the packaging bag 4 of the present invention is made of decomposable materials, such as non-woven fabrics or other biodegradable environmental protection materials (such as decomposable paper/cloth, decomposable plastics (such as polylactic acid (PLA) etc.) )), but not limited to.

By using the decomposable packaging bag 4 and matching the decomposable contents (plant seeds 1 and growth carrier 2), the decomposable seed fragrance bag 10 can be directly discarded into the soil after use, and the The microorganisms in the soil decompose the decomposable seed fragrance bag 10 , and can achieve the environmental protection effect of completely pollution-free plastic reduction and waste reduction.

Next, as shown in FIG. 2 , there is a coating layer 21 on at least one surface of the base layer 22 . Moreover, regarding this coating 21, it contains a plant nutrient and a fragrance.

In addition, the coating layer 21 may exist on one surface of the base layer 22 or may exist on multiple surfaces of the base layer 22 . In addition, in the present invention, it is not limited to the above-mentioned form of the coating layer 21 as long as the growth carrier 2 has a plant nutrient and a flavoring agent. For example, plant nutrients and fragrances can be mixed with the base layer to form a mixture (such as a fragrance card described later).

Also, the plant nutrient may be, for example, a commercially available plant nutrient, and it is not particularly limited.

Next, as for the fragrance agent, it may be, for example, at least any one selected from the group consisting of essential oils, spices and flower water, and is not limited thereto. As far as the aforementioned essential oils, spices and flower water are concerned, it is possible to use those produced and sold by local small farmers in Taiwan, so as to achieve the effect of a circular economy (from the place of origin to the factory).

In addition, there is no particular limitation on the usage amount of the fragrance agent, and it can be adjusted according to the diffusion rate of the fragrance agent in the air and the service life of the decomposable seed fragrance bag 10 . Moreover, in a preferred embodiment, the flavoring agent is essential oil, and the essential oil is extracted from flower plants and/or vanilla plants, etc., and the essential oil can be synthetic or natural extraction, and there is no special limitation.

In addition, in order to make the plant seeds 1 grow easily, the weight ratio between the plant seeds 1 and the growth carrier 2 is preferably 1:1~20. In addition, in the case of further considering the cost, the weight ratio of the plant seed 1 to the growth carrier 2 is more preferably 1:1-10, and the most optimal is 1:1-6.

<Example 2: Decomposable seed fragrance bag 10'> First, please refer to FIG. 3 . FIG. 3 is a schematic diagram of a decomposable seed fragrance bag 10 ′ according to another embodiment of the present invention. As shown in FIG. 3 , a decomposable seed fragrance bag 10 ′ according to another embodiment of the present invention includes: a plant seed 1 , a growth carrier 2 , a fertilizer 3 and a packaging bag 4 . And the packaging bag 4 is coated with the aforementioned plant seeds 1 , growth carrier 2 and fertilizer 3 . Wherein, the plant seed 1, the growth carrier 2 and the packaging bag 4 are the same as those of the foregoing embodiment 1 (Figs. 1-2), so their description is omitted.

Also, in order to further assist the growth of the plant seeds 1 , the decomposable seed fragrance bag 10 ′ also includes fertilizer 3 . As far as the selection of the fertilizer 3 is concerned, commercially available fertilizers can be used and appropriately adjusted according to the type of the plant seeds 1 , and are not particularly limited.

Moreover, in order to make the plant seeds 1 grow more easily, the weight ratio of the plant seeds 1 : the growth carrier 2 : the fertilizer 3 is 1:1˜10:1˜6. In addition, in the case of further considering the cost, the weight ratio of the plant seeds 1 : the growth carrier 2 : the fertilizer 3 is 1:6:4.

＜Specific use conditions＞ Use non-woven fabric as a packaging bag to cover the seeds of the acacia tree after natural drying, the growth carrier and fertilizer coated with plant nutrients (nutrient solution) and flavoring agent (essential oil), and then seal the packaging bag to obtain The decomposable seed fragrance bag 10' of embodiment 2. When using the decomposable seed fragrance bag 10' of the above-mentioned embodiment 2, after the decomposable seed fragrance bag 10' is used (after the essential oil is exhausted), the decomposable seed fragrance bag 10' can be directly placed into ( Discarded into) soil, and the growth of Plant Seed 1 was observed.

＜Modification: Decomposable Seed Fragrance Card＞ A decomposable seed fragrance card (not shown) is prepared by using pulp (which may be, for example, recycled/recycled paper pulp) as the base layer of the aforementioned growth carrier and in the following manner. Again, regarding the plant seeds, plant nutrients, fragrances and fertilizers, they are the same as those in the foregoing Examples 1-2, so their descriptions are omitted.

Acacia seeds as plant seeds, recycled/recycled paper pulp as pulp, nutrient solution as plant nutrient, and essential oil as flavoring agent are mixed to form a mixture. Then pour the aforementioned mixture into a mold, and then dry and shape it at 40-85° C. for 30 minutes to 4 hours, so that the above-mentioned mixture can be integrally molded without damaging the plant seeds. Afterwards, the above-mentioned integrally formed mixture is cut into decomposable seed fragrance cards (fragrance elevators) of various shapes and sizes according to requirements. When using the above-mentioned decomposable seed fragrance card, after the decomposable seed fragrance card is used up (after the essential oil is exhausted), the decomposable seed fragrance card can be directly placed (discarded) into the soil, and the plant can be observed The growth of seeds.

Preferably, the aforesaid blending is carried out under the condition that the weight ratio of the plant seeds:pulp:plant nutrient:flavoring agent is 1:1~10:1~6:1~3. Also, preferably, additional fertilizer can be added, and the weight ratio of plant seeds: fertilizer is preferably 1:1~6.

Also, in another preferred embodiment, the packaging bags described in Examples 1-2 are used to cover (plural) the aforementioned decomposable seed fragrance cards to form a decomposable seed card coated with fragrance cards. Seed fragrance bag.

Articles (fragrance bags) are made by the decomposable seed fragrance coating technology of the present invention. The bag is discarded into the soil, which can achieve the environmental protection and sustainable effect of completely pollution-free plastic reduction and waste reduction. In addition, in the presence of plant nutrients, the above-mentioned plant seeds can be more easily grown into trees or flowers, so as to achieve the sustainable development effect of endless life (cradle to cradle), environmental protection and carbon reduction.

Articles (fragrance cards) are made by the decomposable seed fragrance coating technology of the present invention. Discarding the card into the soil can achieve the effect of reducing plastic and waste completely without pollutants, and can make the aforementioned plant seeds grow into trees or flowers more easily in the presence of plant nutrients, so as to achieve endless growth (cradle) to the cradle) and the sustainable development effect of environmental protection and carbon reduction.

The present invention is not limited to the above-mentioned embodiments, and various changes can be made within the scope of the claims, and embodiments obtained by properly combining the technical means disclosed in different embodiments are also included in the present invention. within the technical range.

10, 10': Compostable Seed Scent Sachets 1: Plant seeds 2: Growth carrier 3: Fertilizer 4: Packaging bag 21: Coating 22: Base layer

[Figure 1] is a schematic diagram of a decomposable seed fragrance bag according to an embodiment of the present invention. [ Fig. 2 ] is a schematic diagram of the growth vector in Fig. 1 . [Fig. 3] is a schematic diagram of a decomposable seed fragrance bag according to another embodiment of the present invention.

10: Decomposable Seed Fragrance Bag

1: Plant seeds

2: Growth carrier

4: Packaging bag

Claims (14)

A decomposable seed fragrance coating technology product, which is in the form of a fragrance bag, and it contains: plant seeds; A growth carrier, which includes a base layer and a coating, and the aforementioned coating is located on at least one surface of the aforementioned base layer, and the aforementioned coating includes plant nutrients and fragrances; A packaging bag is used to cover the aforementioned plant seeds and the aforementioned growth carrier. According to the decomposable seed fragrance coating technology as described in claim 1, the article is made, wherein the aforementioned base layer includes at least any one selected from the group consisting of cork particles/chips, wood chips and bark. According to the decomposable seed fragrance coating technology described in claim 1, the product is made, wherein the particle size of the growth carrier is 1-20mm. According to the decomposable seed fragrance coating technology described in claim 1, the article is manufactured, wherein the fragrance agent is at least any one selected from the group consisting of essential oils, spices and flower water. According to the decomposable seed fragrance coating technology described in claim 4, the article is made, wherein the fragrance agent is essential oil, and the essential oil is extracted from flower plants and/or vanilla plants. The decomposable seed fragrance coating technology as described in claim 1 is used to make articles, wherein the plant seeds include seeds selected from the seeds of Acacia, wild lily, laurel, cosmos and red At least any one of the group consisting of seeds of quinoa. According to the decomposable seed fragrance coating technology described in claim 1, the product is manufactured, wherein the weight ratio of the plant seed: the growth carrier is 1:1~20. The decomposable seed fragrance-coated article as described in claim 1, wherein the decomposable seed fragrance-coated article further includes fertilizer, and the packaging bag is coated with the fertilizer. According to claim 8, the decomposable seed fragrance coating technology is used to produce articles, wherein the weight ratio of the plant seeds: the growth carrier: the fertilizer is 1:1~10:1~6. A decomposable seed fragrance coating technology product, which is in the form of a fragrance card, and is characterized in that: The above-mentioned decomposable seed fragrance coating technology product is integrally formed by a mixture including plant seeds, paper pulp, plant nutrients and flavoring agents. As described in claim 10, the decomposable seed fragrance coating technology is used to produce articles, wherein the weight ratio of the plant seeds: pulp: plant nutrients: fragrance is 1:1~10:1~6:1~3 . According to claim 10 or 11, the decomposable seed fragrance coating technology is used to produce articles, wherein the aforementioned mixture also contains fertilizers. According to claim 10 or 11, the article made by decomposable seed fragrance coating technology, which also includes a packaging bag, and the aforementioned packaging bag is made by coating the decomposable seed fragrance coating technology in the form of the fragrance card Finished goods. The product made by decomposable seed fragrance coating technology as described in claim 12, which also includes a packaging bag, and the aforementioned packaging bag is a product made by coating the decomposable seed fragrance coating technology in the form of the fragrance card .

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