CN202206790U - Plant-growing paper - Google Patents

Abstract

The utility model discloses a plant and grow paper, including substrate (1) and distribute in germinating unit (2) in substrate (1), germinating unit (2) are one or more of plant seed, spore or fibrous root. The utility model discloses a plant and grow paper, except having general paper performance, still a plant area of growing of bearing the weight of plant seed can be used to plant. The plant growth paper can be made into books, cards, calendars, wall calendars, potted plants or seed samples, provides interesting reading and experience for children or adults, can be used for planting pages of the products, provides convenience for pot greening, increases life pleasure and beautifies the environment.

Description

a plant paper

technical field

The utility model relates to the field of paper and its products, in particular to a plant-growing paper with germination units. the

Background technique

As the carrier of general graphics and texts, paper is gradually replaced by electronic media. Most people, including children, no longer read paper media products, and their bodies are gradually moving away from nature. Deepening the materiality of paper media is the original intention and purpose of this utility model. Create a medium with a natural body, allowing the audience to participate in an interactive experience of "reading + planting". At the same time, the pace of modern work and life is accelerating, and people are eager for more green in the environment, so they plant green potted plants in the home office environment. the

Therefore, it is necessary to provide a planting paper, which can be adapted to various daily applications, and can also be used as a convenient and quick potted green planting belt to realize automatic degradation and beautify the environment. the

Utility model content

(1) Technical problems to be solved

The technical problem to be solved by the utility model is to provide a planting paper, which can grow plants after water application, and has a wide range of applications. the

(2) Technical plan

In order to solve the above technical problems, the utility model provides a plant paper, including a base material and germination units distributed in the base material, and the germination units are one or more of plant seeds, spores or fibrous roots. the

Further, the substrate is one or more of paper fiber, silk, cotton or chemical fiber. the

Further, the germination units are evenly distributed in the substrate. the

As a preference of the above technical solution, the germination units are distributed in a pattern in the substrate, and the pattern is one or more of rectangle, circle, triangle and a combination thereof. the

As a preference of the above technical solution, the base material includes a surface additional layer. the

Further, the edge of the planting paper is perforated, and there is at least one hole. the

Further, the planting paper has a pattern formed by continuous pinholes, and the pattern is one or more of rectangles, circles, triangles and combinations thereof. the

(3) Beneficial effects

In the planting paper provided by the above technical solution, since the planting paper has a germination unit, the germination unit is one or more of plant seeds, spores or fibrous roots, and the thickness of the required paper can be selected by adding different germination units . Under certain conditions, the plant-growing paper can grow germination units. Books, booklets, cards, desk calendars, wall calendars, potted plants or seed samples can be made from this plant paper, providing an interesting reading and experience for children or adults, and it is also a plant belt that carries plant seeds and can be used for planting , Potted greening reduces environmental pollution while increasing the joy of life and beautifying the environment. The vegetable paper and its products are easy to make and have wide uses. the

Description of drawings

Fig. 1 is the structural representation of the planting paper of the utility model embodiment;

Fig. 2 is the schematic diagram of the planting paper that the germination unit of the utility model embodiment is pattern distribution in the substrate;

Fig. 3 is the schematic diagram of the planting paper with surface additional layer in the utility model embodiment;

Fig. 4 is a schematic diagram of a method of using a plant-based paper product book in an embodiment of the present invention;

Fig. 5 is a schematic diagram of a method of using a plant-based paper product calendar in an embodiment of the present invention;

Among them, 1: substrate; 2: germination unit; 3: surface additional layer. the

Detailed ways

In order to make the purpose, technical solutions and advantages of the utility model clearer, the specific implementation of the utility model will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the following examples are only used to explain the utility model, but not to limit the scope of the utility model. the

Fig. 1 is the structure schematic diagram of planting paper of the present utility model, as shown in Figure 1, this planting paper comprises base material 1 and the germination unit 2 that is distributed in the base material 1, and wherein germination unit 2 is the plant seed, spore or fibrous root one or more. Plant seeds can choose flower seeds, vegetable seeds, etc.; spores can choose algal spores, fungal spores, moss spores, fern spores, etc.; fibrous roots can choose some plants that can be propagated by fibrous roots, such as some common flowers. Since the thickness of the vegetable paper is limited by the germination unit, different germination units can be added according to actual needs, so that the thickness of the vegetable paper produced can be selected in a wide range. For example, when the germination unit is a seed, the particle diameter of the seed is about 0.2mm to 1cm, which is more suitable for making thicker paper; when the germination unit is a spore, because the diameter of the spore is about 5μm to 8μm, it is more suitable for making paper with a smaller thickness. paper; fibrous roots can also be added accordingly according to demand. the

The base material in the utility model can choose one or more of paper fiber, silk, cotton or chemical fiber, or other applicable materials. All well-known materials that can absorb water, divert water, and retain water can be used for the base material of the present utility model. the

When making the vegetable paper described in the utility model, the germination unit is mixed into the pulp made of base materials, and the vegetable paper described in the utility model is formed by hand-making or mechanical processing. the

The germination unit is evenly mixed into the pulp made from the raw material of the base material, and then the paper is directly produced to produce a vegetable paper in which the germination unit is evenly distributed in the base material. the

Using the pulp made from the substrate raw material that has been mixed with the germination unit and the pulp made from the substrate raw material that has not been mixed with the germination unit, the germination unit can be produced by using a model during hand-making or mechanical processing. In the center is the vegetated paper distributed in a pattern consistent with the pattern used in the paper processing. As shown in Figure 2, the germination unit is arranged in a rectangular ring around the paper, so that the content can be printed in the middle, and the reading quality will not be reduced due to the existence of the germination unit. Fig. 2 is only an example, and corresponding patterns can also be set as required, such as one or more of rectangle, circle, triangle and combinations thereof. the

In order to provide the basis for germination and growth of the germination unit, the base material also includes one or more optional auxiliary agents such as nutrients, water-retaining materials, anti-mildew agents or foaming agents. Nutrients can be added such as one or more inorganic salts such as P, K, N, S, Ca, Fe or Mg, and organic additives needed for plant growth can also be added. In order to facilitate the germination unit to have suitable moisture when growing, water-retaining materials, such as superabsorbent polymers, can also be added to the substrate. In order to prevent the seeds, spores or fibrous roots from mold and decay, an appropriate amount of anti-mold rot agent can also be added to the substrate. One or more of the above-mentioned nutrients, water-retaining materials, anti-mildew agents or foaming agents can be directly mixed into the pulp made of base materials, and then hand-made or mechanically processed to produce vegetable paper. the

As shown in Figure 3, one or more of the above-mentioned nutrients, water-retaining materials, anti-mildew agents or foaming agents can be made into a surface additional layer, and the surface additional layer can be the above-mentioned nutrients, water-retaining materials, anti-mildew agents Or a mixture of more than one of the foaming agents, or one or more of the above-mentioned nutrients, water-retaining materials, anti-mildew agents or foaming agents can form an additional layer on the surface separately. After the vegetable paper is made, the surface additional layer is added to the surface of the vegetable paper through processes such as spraying and gluing. It can be attached to one side of the vegetable paper or both sides of the vegetable paper as needed. the

The surface of the vegetable paper provided by the utility model can be printed and graffitied, and has the same writing performance as ordinary paper. The vegetable paper provided by the utility model can be used to make books, booklets, cards, desk calendars, wall calendars, potted plants or seed samples through edge punching or binding. According to different products, different addition and production methods of the vegetable paper can be selected. the

The vegetable paper in the utility model can produce various books, booklets, cards, desk calendars, wall calendars, potted plants or seed samples by printing or writing different patterns and characters. For example, printing auspicious and festive patterns, LOGO, etc. the

When producing the above-mentioned vegetable paper or its products, the pattern formed by continuous pinholes is pierced on the vegetable paper, which is convenient to tear off when planting. In particular, it can be set on the title page of a book and some promotional materials where there is no text. The patterns can also be set in shapes such as hearts, stars, fishes, etc. The plant-based paper products also add a lot of interest while being used. In addition to the function of being easy for users to tear, the pinholes can also effectively increase the air flow rate, greatly promote the germination rate of the germination units in the plant-growing paper, and better realize the planting function of the plant-growing paper in the utility model . the

As shown in Figure 4 and Figure 5, the books and calendars made of the plant paper of the utility model are used. While books and other plant paper products have the function of reading and using, potted plants can also be used for greening and beautifying the environment. Tear off an appropriate amount of plant paper containing germination units along the direction of the pinhole on a book or calendar. The pattern cut by the pinhole can be a rectangle that is generally easy to tear off, or other patterns such as a heart or star, which can be added taste. Since the vegetable paper of the present invention can be added with nutrients, water-retaining substances, etc., a certain amount of water can be directly given, and the germination unit can germinate and grow; the torn vegetable paper can also be placed in a container, and the container can be placed for cultivation. Base, the medium can be water storage materials such as polyester fibers, nutrient soil and other materials suitable for growth. Give the planting paper a proper amount of water and place it in a suitable environment, and the germination unit can germinate and grow. the

Since the germination and growth conditions of the germination units are different, the vegetable paper or its products in the utility model have characters or patterns suitable for the growth conditions of the germination units, so as to facilitate the selection and operation of consumers or users. the

For the vegetable paper and its products in the utility model, it is sufficient to pack according to its own structural characteristics during packaging; since the germination unit may germinate in a humid environment, the packaging material used is preferably a waterproof material, such as plastic or waterproof Paper material; it is best to match soft materials such as sponges during packaging and transportation to reduce extrusion deformation. The packaging of the waterproof material not only protects the product during transportation, but also serves as a water storage container during potting; the sponge and other materials not only protect the product during transportation, but also It can become a water-absorbing and water-storage bed when potted. the

As can be seen from the above examples, the embodiment of the utility model adopts the planting paper with germination units, and the germination units are one or more of plant seeds, spores or fibrous roots, and the desired paper can be selected by adding different germination units. thickness of. Under certain conditions, the plant-growing paper can grow germination units. Books, booklets, cards, desk calendars, wall calendars, potted plants or seed samples can be made with this planting paper, providing children or adults with an interesting experience of "reading + planting". Beautify the environment and reduce environmental pollution. The plant-growing paper and its products are simple to make, widely used, and have great application prospects. the

The above is only the preferred embodiment of the utility model, it should be pointed out that for those of ordinary skill in the art, without departing from the technical principle of the utility model, some improvements and replacements can also be made. And replacement should also be regarded as the protection scope of the present utility model. the

Claims (7)

1. A kind of tissue paper, it is characterized in that, comprises base material (1) and the germination unit (2) that is distributed in the base material, and described germination unit (2) is one or more of plant seed, spore or fibrous root . 2. The plant-growing paper according to claim 1, characterized in that, the substrate (1) is one or more of paper fibers, silk, cotton or chemical fibers. 3. The plant-growing paper according to claim 1, characterized in that, the germination units (2) are evenly distributed in the substrate (1). 4. The planting paper according to claim 1, characterized in that, the germination unit (2) is distributed in a pattern in the substrate (1), and the pattern is one or more of rectangle, circle, and triangle . 5. The vegetable paper according to claim 1, characterized in that, the base material (1) comprises a surface additional layer (3). 6 . The planting paper according to claim 1 , wherein the edge of the paper is perforated, and the number of the holes is at least one. 7. The vegetable paper according to claim 1, characterized in that, the paper has a pattern formed by continuous pinholes, and the pattern is in the shape of a rectangle, a heart, a star or a fish. the

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