Method for weaving landscape pavilion through willow rattan

Abstract

The invention provides a method for weaving a landscape pavilion through willow rattan, and belongs to the field of garden landscapes. The method comprises the following steps that a needed landscape model frame is woven through steel bars or iron wires; the method comprises the following steps: polishing redundant branches and leaves of willow rattan, and airing for 3-5 days to dehydrate the willow rattan to a high degree; preparing a mildew preventive, and soaking; taking out the willow rattan, airing until no water exists on the surface, and spraying a layer of water mist on the surface of the willow rattan by a sprayer; weaving the willow rattan on the landscape model frame, spraying fluorescent powder or planting plants on the woven willow rattan, or spraying the fluorescent powder after planting the plants; a plant seed bag and sponge are sprayed with a nutrient solution and then twisted into a seed belt through non-woven fabric, then wrapped with a preservative film and finally woven into the landscape along with willow rattan, the survival rate of seeds is high, the seeds grow vigorously, the landscape pavilion is made to be dark green, flowers are in a cluster, the pavilion can be made into various shapes, and the appearance is attractive due to the effect of fluorescent powder; and the plants can provide fresh oxygen for the pavilion, so that air in the pavilion is fresher.

Description

Technical Field

[0001] The invention belongs to the field of garden landscape, and in particular relates to a method for weaving a landscape pavilion by using willow rattan. Background Art

[0002] As a part of outdoor garden landscape decoration, pavilions are widely used in outdoor parks, squares, tourist attractions and other places for people to relax, chat, take shelter from the rain, enjoy the beautiful scenery and decorate the urban environment. Most of the garden buildings in my country have pavilions, which can not only provide people with a space to shelter from the wind and rain, but also embellish the garden scenery.

[0003] Garden pavilions in the prior art are mostly made of wood, stone, and reinforced concrete, but these construction methods always have some disadvantages. First, they are inconvenient to build, time-consuming, labor-intensive, and costly; second, their appearance has been the same from ancient times to the present, which easily causes visual fatigue; third, the existing pavilions are mostly a roof supported by several columns, which cannot provide shade when the sun shines obliquely in the morning and afternoon, and cannot provide shelter from the wind and rain when it is windy and rainy; fourth, when the existing pavilions need to be demolished, they can only be destroyed and cannot be reused, resulting in a waste of resources. Summary of the invention

[0004] In order to solve the above technical problems, the present invention provides a method for weaving a landscape pavilion using willow rattan, comprising the following steps: S1. Use steel bars or iron wires to weave the required landscape model frame; S2. Take willow vines, lighten the excess branches and leaves, spread them out, and place them in the sun for ventilation and drying for 3-5 days to dehydrate them to a high degree; S3, prepare a mildew preventer, mix the mildew preventer with water in a ratio of 1:30-35, and soak the willow vines for 12-14 hours; or mix the mildew preventer with water in a ratio of 1:40-50, and soak the willow vines in a sealed pressure container for 2-3 hours; S4, take out the willow vines, dry them until there is no moisture on the surface, mix the mildew inhibitor with water in a ratio of 1:10-15, and spray a layer of water mist on the surface of the willow vines with a sprayer; S5. Weave the willow vines onto the landscape model frame, spray fluorescent powder on the woven willow vines or plant plants, or spray fluorescent powder after planting plants.

[0005] Moreover, the mildew inhibitor is a mixture of iodocarbamate, propiconazole, trimethyl borate and ethanolamine copper.

[0006] Moreover, the mildew preventer comprises 30-40 parts of iodocarbamate, 30-40 parts of propiconazole, 5-15 parts of trimethyl borate and 4-6 parts of ethanolamine copper.

[0007] Moreover, the method for planting plants in S5 is: cutting the non-woven fabric into a rectangle, placing a plant seed bag on the non-woven fabric, placing a sponge every 10-15 cm, spraying plant nutrient solution on the plant seed bag and the sponge, and then wrapping the plant seed bag and the sponge with the non-woven fabric and twisting them into a seed belt with a diameter of 3-4 cm, and then wrapping the seed belt with plastic wrap, and finally weaving it together with the willow vines onto the landscape model frame.

[0008] Moreover, the plant seed package is a mixture of seeds, N, P, K fertilizers, water retaining agent, humus, planting soil and composite microbial agent.

[0009] Moreover, the plant seed package comprises 5-10 parts of seeds, 2-4 parts of N, P and K fertilizers, 0.1-0.2 parts of water retaining agent, 10-20 parts of humus, 40-50 parts of planting soil and 6-8 parts of compound microbial agent, which are mixed evenly.

[0010] Moreover, the seeds are any several of platycodon, zinnia, daisy, wisteria, morning glory and creeper, and the seeds are mixed in equal proportions.

[0011] Compared with the prior art, the present invention has the following beneficial effects: 1. The present invention sprays plant nutrient solution onto plant seed bags and sponges, then wraps the plant seed bags and sponges with non-woven fabrics and twists them into seed belts, then wraps the seed belts with plastic wrap, and finally weaves them into the landscape together with willow vines. The sponges can fix nutrient solution and water, provide nutrients to seeds, and the plastic wrap can prevent nutrient evaporation. The seeds have a high survival rate and grow vigorously, making the landscape pavilion green and colorful. The pavilion can also be made into various shapes, and with the effect of fluorescent powder, the appearance is beautiful; the plants can also provide fresh oxygen to the pavilion, making the air in the pavilion fresher; 2. The present invention treats the willow vines with high degree of dehydration and high degree of water absorption, and the treated willow vines have high toughness, are easy to weave and are not easy to break; 3. The present invention uses a mildew preventer to treat the willow rattan twice (immersion and spraying). The selected mildew preventer is 30-40 parts of iodocarbamate, 30-40 parts of propiconazole, 5-15 parts of trimethyl borate, and 4-6 parts of ethanolamine copper, which can not only prevent insects, resist bacteria, and prevent corrosion, but also enhance the flame retardant ability of the willow rattan; 4. The present invention can weave willow rattan on all four sides of the pavilion, which can provide shelter from wind and rain at any time; 5. The present invention provides a plant seed package: 5-10 parts of seeds, 2-4 parts of N, P, and K fertilizers, 0.1-0.2 parts of water retaining agent, 10-20 parts of humus, 40-50 parts of planting soil, and 6-8 parts of composite microbial agent, which is suitable for planting and cultivating seeds in various indoor and outdoor environments; 6. The pavilion woven by the present invention can be woven in a fixed place and then transported, or it can be constructed on site at a desired place. It is convenient to move and reuse as needed, and is suitable for promotion. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 is a schematic diagram of the seed belt of the present invention; Figure 2 A schematic diagram of one of the landscape pavilions woven with willow rattan according to the present invention; Figure 3 A schematic diagram of another landscape pavilion woven with willow rattan according to the present invention; Figure 4 for Figure 2 Internal schematic diagram.

[0013] In the picture, 1. Plant seed packet; 2. Sponge. DETAILED DESCRIPTION Example

[0014] A method for weaving a landscape pavilion using willow rattan comprises the following steps: S1. Use steel bars or iron wires to weave the required landscape model frame; S2. Take willow vines, lighten the excess branches and leaves, spread them out, and place them in the sun for ventilation and drying for 3 days to dehydrate them to a high degree; S3, prepare a mildew inhibitor, mix the mildew inhibitor with water in a ratio of 1:30, and soak the willow vines for 12 hours; S4. Take out the willow vines and dry them until there is no moisture on the surface. Mix the mildew inhibitor with water in a ratio of 1:10, and spray a layer of water mist on the surface of the willow vines with a sprayer; S5. Weave the willow vines onto the landscape model frame and plant plants on the woven willow vines.

[0015] Furthermore, the mildew inhibitor is a mixture of iodocarbamate, propiconazole, trimethyl borate and copper ethanolamine.

[0016] Furthermore, the mildew inhibitor is 30 parts of iodocarbamate, 30 parts of propiconazole, 5 parts of trimethyl borate, and 4 parts of ethanolamine copper.

[0017] Furthermore, the method for planting plants in S5 is: cutting the non-woven fabric into a rectangle, placing a plant seed bag 1 on the non-woven fabric, placing a sponge 2 every 10, spraying plant nutrient solution on the plant seed bag 1 and the sponge 2, and then wrapping the plant seed bag 1 and the sponge 2 with the non-woven fabric and twisting them into a seed belt with a diameter of 3 cm, and then wrapping the seed belt with plastic wrap, and finally weaving it together with the willow vines onto the landscape model frame.

[0018] Furthermore, the plant seed package 1 is a mixture of seeds, N, P, K fertilizers, water retaining agent, humus, planting soil and composite microbial agent.

[0019] Furthermore, the plant seed package 1 includes 5 parts of seeds, 2 parts of N, P, and K fertilizers, 0.1 parts of water retaining agent, 10 parts of humus, 40 parts of planting soil, and 6 parts of composite microbial agent, which are mixed evenly.

[0020] Furthermore, the seeds are platycodon, zinnia, daisy, wisteria, morning glory, and creeper. In this experiment, the seeds are mixed and sown, and the flower seeds are mixed at a ratio of 1:1:1:1, and then the seeds are divided into experimental portions. Example

[0021] A method for weaving a landscape pavilion using willow rattan comprises the following steps: S1. Use steel bars or iron wires to weave the required landscape model frame; S2. Take willow vines, lighten the excess branches and leaves, spread them out, and place them in the sun for ventilation and drying for 5 days to dehydrate them to a high degree; S3, prepare a mildew inhibitor, mix the mildew inhibitor with water in a ratio of 1:45, put the willow vine into a sealed pressure container and soak it for 2.5 hours; S4, take out the willow rattan, dry it until there is no moisture on the surface, mix the mildew inhibitor with water in a ratio of 1:15, and spray a layer of water mist on the surface of the willow rattan with a sprayer; S5. Weave the willow vines onto the landscape model frame and spray fluorescent powder on the woven willow vines.

[0022] Furthermore, the mildew inhibitor is a mixture of iodocarbamate, propiconazole, trimethyl borate and copper ethanolamine.

[0023] Furthermore, the mildew inhibitor is 40 parts of iodocarbamate, 40 parts of propiconazole, 15 parts of trimethyl borate, and 6 parts of ethanolamine copper.

[0024] Furthermore, the method for planting plants in S5 is: cutting the non-woven fabric into a rectangle, placing the plant seed bag 1 on the non-woven fabric, placing a sponge 2 every 15 cm, spraying plant nutrient solution on the plant seed bag 1 and the sponge 2, and then wrapping the plant seed bag 1 and the sponge 2 with the non-woven fabric and twisting them into a seed belt with a diameter of 4 cm, and then wrapping the seed belt with plastic wrap, and finally weaving it together with the willow vines onto the landscape model frame.

[0025] Furthermore, the plant seed package 1 is a mixture of seeds, N, P, K fertilizers, water retaining agent, humus, planting soil and composite microbial agent.

[0026] Furthermore, the plant seed package 1 comprises 10 parts of seeds, 4 parts of N, P, and K fertilizers, 0.2 parts of water retaining agent, 20 parts of humus, 50 parts of planting soil, and 8 parts of composite microbial agent, which are mixed evenly.

[0027] Furthermore, the seeds are platycodon, zinnia, daisy, wisteria, morning glory, and creeper. In this experiment, the seeds are mixed and sown, and the flower seeds are mixed at a ratio of 1:1:1:1, and then the seeds are divided into experimental portions. Example

[0028] A method for weaving a landscape pavilion using willow rattan comprises the following steps: S1. Use steel bars or iron wires to weave the required landscape model frame; S2. Take willow vines, lighten the excess branches and leaves, spread them out, and place them in the sun for ventilation and drying for 4 days to dehydrate them to a high degree; S3, prepare a mildew inhibitor, mix the mildew inhibitor with water in a ratio of 1:32, and soak the willow vines for 14 hours; S4, take out the willow vines, dry them until there is no moisture on the surface, mix the mildew inhibitor with water in a ratio of 1:12, and spray a layer of water mist on the surface of the willow vines with a sprayer; S5. Weave the willow vines onto the landscape model frame, plant plants on the woven willow vines, and then spray fluorescent powder.

[0029] Furthermore, the mildew inhibitor is a mixture of iodocarbamate, propiconazole, trimethyl borate and copper ethanolamine.

[0030] Furthermore, the mildew inhibitor is 35 parts of iodocarbamate, 35 parts of propiconazole, 10 parts of trimethyl borate, and 5 parts of ethanolamine copper.

[0031] Furthermore, the method for planting plants in S5 is: cutting the non-woven fabric into a rectangle, placing a plant seed bag 1 on the non-woven fabric, placing a sponge 2 every 12 cm, spraying plant nutrient solution on the plant seed bag 1 and the sponge 2, and then wrapping the plant seed bag 1 and the sponge 2 with the non-woven fabric and twisting them into a seed belt with a diameter of 3.5 cm, and then wrapping the seed belt with plastic wrap, and finally weaving it together with the willow vines onto the landscape model frame.

[0032] Furthermore, the plant seed package 1 is a mixture of seeds, N, P, K fertilizers, water retaining agent, humus, planting soil and composite microbial agent.

[0033] Furthermore, the plant seed package 1 comprises 8 parts of seeds, 3 parts of N, P, and K fertilizers, 0.15 parts of water retaining agent, 150 parts of humus, 45 parts of planting soil, and 7 parts of composite microbial agent, which are mixed evenly.

[0034] Furthermore, the seeds are platycodon, zinnia, daisy, wisteria, morning glory, and creeper. In this experiment, the seeds are mixed and sown, and the flower seeds are mixed at a ratio of 1:1:1:1, and then the seeds are divided into experimental portions.

[0035] Comparative Example 1: This comparative example is the same as Example 3 except that steps S3 and S4 are changed to soaking in clean water and spraying in clean water.

[0036] Comparative Example 2: This comparative example is the same as Example 3 except that the plant seed package 1 is replaced with 8 parts of seeds and 45 parts of planting soil.

[0037] Comparative Example 3: This comparative example is the same as Example 3 except that the sponge 2 is not provided in the seed belt.

[0038] Comparative Example 4: This comparative example is the same as Example 3 except that a sponge 2 is placed every 20 cm in the seed belt.

[0039] Experimental part: 20 days after the landscape pavilion was woven, the appearance of the willow vines was observed and the germination rate of the seeds was tested. After 25 days, the average height of the plants was measured, as follows: Table 1 Appearance, seed germination rate and plant height of willow vine Serial number Willow vine appearance Seed germination rate (%) Average plant height (cm) Example 1 normal 85 6 Example 2 normal 84 5 Example 3 normal 86 6 Comparative Example 1 get mouldy 83 4 Comparative Example 2 normal 53 4 Comparative Example 3 normal 74 5 Comparative Example 4 normal 78 5 It can be seen from Table 1 above that in Comparative Example 1, no preservative treatment was performed, and 20 days after the landscape pavilion was woven, the willow vines became moldy; in Comparative Example 2, the plant seed package 1 was replaced with 8 portions of seeds and 45 portions of planting soil, and the germination rate was only 53%, and the average plant height was only 4 cm; in Comparative Example 3, because no sponge 2 was set in the seed belt, the plant nutrients could not keep up with the demand for seed growth, the germination rate was only 74%, and the average plant height was only 5 cm, which was poor compared with the present invention; and although sponges 2 were set in Comparative Example 4, the spacing was too large and still could not supply sufficient nutrients to the seeds, the germination rate was only 78%, and the average plant height was 5 cm, and it is not difficult to see that the growth of the plants was also affected; it can be proved that the technical solution of the present invention not only prevents the willow vines from mold, but also significantly improves the plant growth, which is the best solution.

Claims

1. A method for weaving a landscape pavilion using willow rattan, characterized in that: The steps include: S1. Use steel bars or iron wires to weave the required landscape model frame; S2. Take willow vines, lighten the excess branches and leaves, spread them out, and place them in the sun for ventilation and drying for 3-5 days to dehydrate them to a high degree; S3, prepare a mildew preventer, mix the mildew preventer with water in a ratio of 1:30-35, and soak the willow vines for 12-14 hours; or mix the mildew preventer with water in a ratio of 1:40-50, and soak the willow vines in a sealed pressure container for 2-3 hours; S4, take out the willow vines, dry them until there is no moisture on the surface, mix the mildew inhibitor with water in a ratio of 1:10-15, and spray a layer of water mist on the surface of the willow vines with a sprayer; S5, weaving willow vines onto the landscape model frame, spraying fluorescent powder on the woven willow vines or planting plants, or spraying fluorescent powder after planting plants; The method for planting plants comprises: cutting a non-woven fabric into a rectangular shape, placing a plant seed bag (1) on the non-woven fabric, placing a sponge (2) every 10-15 cm, spraying a plant nutrient solution on the plant seed bag (1) and the sponge (2), then wrapping the plant seed bag (1) and the sponge (2) with the non-woven fabric and twisting them into a seed belt with a diameter of 3-4 cm, then wrapping the seed belt with a plastic wrap, and finally weaving it together with the willow vines onto the landscape model frame.

2. A method for weaving a landscape pavilion using willow rattan as claimed in claim 1, characterized in that: The mildew inhibitor is a mixture of iodocarbamate, propiconazole, trimethyl borate and ethanolamine copper.

3. A method for weaving a landscape pavilion using willow rattan as claimed in claim 2, characterized in that: The mildew preventer comprises 30-40 parts of iodocarbamate, 30-40 parts of propiconazole, 5-15 parts of trimethyl borate and 4-6 parts of ethanolamine copper.

4. The method for weaving a landscape pavilion using willow rattan as claimed in claim 1, characterized in that: The plant seed bag (1) is composed of a mixture of seeds, N, P, K fertilizers, water retaining agent, humus, planting soil and composite microbial agent.

5. A method for weaving a landscape pavilion using willow rattan as claimed in claim 4, characterized in that: The plant seed package (1) comprises 5-10 parts of seeds, 2-4 parts of N, P and K fertilizers, 0.1-0.2 parts of water retaining agent, 10-20 parts of humus, 40-50 parts of planting soil and 6-8 parts of composite microbial agent, which are mixed evenly.

6. A method for weaving a landscape pavilion using willow rattan as claimed in claim 5, characterized in that: The seeds are any of platycodon, zinnia, daisy, wisteria, morning glory and creeper.

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