CN206323923U - A kind of growing dendrobium system - Google Patents

Abstract

The utility model provides a kind of growing dendrobium system, including planting bag, many hollow cement columns and spray system；Planting bag includes multiple planting bag bodies, and it is surrounded by netted anterior and netted rear portion forms plantation inner chamber；Inner chamber upper opening is planted, bottom connection is combined, and its two side is provided with the inclination edge sealing that angle of inclination is 20 ° 70 °；Multiple planting bag bodies are sequentially connected, and binding rope is set on the drift angle of the planting bag body at two ends；Hollow cement column array arrangement is stood on ground, and planting bag is coiled thereon；Spray system includes spray support and shower nozzle；The shower nozzle for spraying support installs the top that horizontal water pipe is located at hollow cement column, and shower nozzle is mounted thereon, and a shower nozzle is set between two adjacent hollow cement columns.This implant system saved floor space, it is to avoid the drawbacks of destruction tree living；Hollow cement column has water storage function, can prevent stem of noble dendrobium water shortage；Watered by spray system, it is to avoid the trouble manually watered.

Description

A kind of dendrobium planting system

technical field

The utility model relates to the technical field of dendrobium planting, in particular to a dendrobium planting system.

Background technique

Dendrobium is a kind of medicinal plant, its nature and taste are sweet, light and slightly salty, cold, and it returns to the stomach, kidney, and lung meridian, which can benefit the stomach and promote body fluid, nourish yin and clear away heat; it can be used to treat yin injury and body fluid deficiency, dry mouth, polydipsia, and retching due to lack of food , Deficiency and fever after illness, dark eyes and other discomforts. As an epiphytic plant, Dendrobium absorbs nutrients and water in the air by its exposed aerial roots, and its growth is greatly influenced by its appendages. There are two main methods of planting Dendrobium, namely planting with stones and planting with trees.

Stone-pasted planting: On the selected stones, dig out recesses at a plant spacing of 30 cm, apply a thin layer of cow dung and mud mixture on the seedlings, then stuff them into stone holes or stone troughs, and fix them.

Sticking tree planting: On the selected tree, cut off a part of the bark on the tree at a distance of 30-40 cm, and then apply a thin layer of cow dung mud mixture on the seed pocket, stuff it into the broken bark, and then cover it. A layer of straw, tied with bamboo.

As long as the management is appropriate, the planting method of sticking stones and sticking trees can cultivate good-growing dendrobium. However, a large number of stones are required for planting with stones, which takes up a large area; recesses need to be cut out on the stones, and the workload is large; and the stones are generally required to be in a cool and humid area, and there are moss growth on the stones and a small amount of moss on the surface. Humus requires high requirements; while stones have poor water storage capacity, which is not conducive to the growth of dendrobium. However, sticking tree planting needs the assistance of live trees, and requires the bark of live trees to be thick, have longitudinal grooves, have a lot of water, luxuriant branches and leaves, and thick trunks, which increases production costs.

Utility model content

The utility model provides a dendrobium planting system in order to avoid the deficiencies of the prior art. The dendrobium planting system can effectively save the occupied area and does not need to destroy living trees; and the water retention capacity is good, and the water energy stored in the hollow column Penetrates to the outer wall, and the dendrobium attached to it absorbs the exuded water through the root to prevent water shortage and facilitate growth; it is beneficial to the growth of dendrobium and avoids the trouble of frequent watering; this hollow cement column has strong corrosion resistance and is durable ;In addition, the sprinkler system avoids the trouble of artificial watering.

A dendrobium planting system provided according to the utility model includes a planting bag, a plurality of hollow cement columns and a spray system; the planting bag includes a plurality of planting bag bodies and binding ropes; the planting bag body is composed of a mesh front part and the mesh rear part to form a planting cavity; the upper part of the planting cavity is an opening, and its lower part is connected and combined; both sides of the planting cavity are provided with an The angle between the inclined edge sealing and the bottom edge of the planting bag body is 20°-70°; the plurality of planting bag bodies are connected in sequence, and the adjacent planting bag The main body shares one corresponding inclined edge banding, and the binding ropes are arranged on the top corners at both ends of the planting bag; the plurality of hollow cement pillars are arranged in an array to stand on the ground, and the planting bag is coiled around the on the hollow cement column, and fixed by the binding rope; the sprinkler system includes a spray bracket and a sprinkler head; On the bottom surface, the horizontal water pipe for installing the sprinkler is located above the hollow cement column; the sprinkler is installed on the horizontal water pipe for installing the sprinkler, and one sprinkler is arranged between the two adjacent hollow cement columns.

Preferably, the angle between the inclined edge sealing and the bottom edge of the planting bag body is 30°, 45 or 60°.

Preferably, the mesh front and the mesh rear are integrally formed.

Preferably, the mesh shape of the mesh front part is a regular hexagon; the mesh shape of the mesh rear part is a regular hexagon.

Preferably, the grid shape of the mesh front part is quadrilateral; the grid shape of the mesh rear part is quadrilateral.

Preferably, the inclined edge seals on both sides of the implant cavity are parallel to each other.

Preferably, the distance between the inclined edge seals on both sides of the implant cavity is 20cm-40cm.

Preferably, the outer diameter of the hollow cement column is 20-30cm.

Preferably, the height of the hollow cement column is 1.5m-2m

The technical solution provided by the utility model can include the following beneficial effects:

(1) In the Dendrobium planting system provided by the utility model, a plurality of hollow cement columns stand on the ground, and planting bags with multiple planting inner cavities are coiled on each hollow cement column, and are carried out by binding ropes at both ends of the planting bag. It is fixed and easy to operate; in addition, it is also equipped with a sprinkler system, and a sprinkler is installed between two adjacent hollow cement columns, and the dendrobium is supplied with water through the sprinkler. Multiple dendrobiums can use a hollow cement column as a growth carrier, which greatly saves the occupied area and avoids the disadvantage of destroying living trees. Moreover, the hollow cement column has the function of water storage, and the dendrobium coiled on it absorbs the water infiltrated from the inside and outside of the hollow cement column through the root, preventing water shortage and facilitating growth; at the same time, it avoids the trouble of frequent watering. In addition, using the hollow cement column as the growth carrier of Dendrobium, the cement column is durable and has strong water and corrosion resistance, so it can reduce production costs and has strong practicability. The automatic watering is realized through the sprinkler system, which reduces the workload and improves the production efficiency.

(2) In the dendrobium planting system provided by the utility model, the two sides of the planting bag body are provided with inclined edge sealing, and the angle between the inclined edge sealing and the bottom edge of the planting bag body is 20°-70°. When the dendrobium planting bag of this structure is coiled and bound on the hollow cement column, the effective planting space of the planting cavity will not be reduced, which provides sufficient growth space for the dendrobium and is conducive to the development and growth of the dendrobium.

(3) In the dendrobium planting system provided by the utility model, the inclination angle of the inclined edge banding and the distance between two adjacent inclined edge bandings can be set according to actual needs, such as setting according to the diameter of the hollow cement column, and the flexibility Strong and practical.

(4) In the dendrobium planting system provided by the utility model, the planting bag is prepared from a mesh material, and the mesh planting has good ventilation and will not cause the roots of the dendrobium to rot due to water accumulation.

(5) The dendrobium planting system provided by the utility model has wide application range, easy processing, low cost and good ventilation, which is conducive to reducing pests and diseases and improving efficiency.

Description of drawings

Fig. 1 is the schematic diagram of the dendrobium planting bag provided by the utility model embodiment;

Fig. 2 is the schematic diagram of the dendrobium planting system provided by the utility model embodiment;

Fig. 3 is the schematic diagram of nozzle in the dendrobium planting system provided by the utility model embodiment;

Reference signs: 1. Mesh rear part; 2. Mesh front part; 3. Opening; 4. Inclined edge banding; 5. Binding rope; 6. Hollow cement column; 7. Ground; 9. The bracket fixes the vertical bar; 10. The nozzle.

The accompanying drawings here are included in the description and constitute a part of the description, showing the embodiments consistent with the present invention, and together with the description, are used to explain the principle of the present invention.

detailed description

Below, the utility model will be further described in detail through specific embodiments in conjunction with the accompanying drawings.

As shown in Figure 1-3, a kind of Dendrobium planting system comprises planting bag, many hollow cement pillars 6 and sprinkler system; Described planting bag comprises a plurality of planting bag bodies and binding rope 5; Described planting bag body consists of The mesh front part 2 and the mesh rear part 1 encircle to form a planting cavity; the upper part of the planting cavity is an opening 3, and its lower part is connected and combined; both sides of the planting cavity are provided with a connecting mesh front part 2 and the inclined edge banding 4 of the mesh rear part 1, the angle between the inclined edge banding 4 and the bottom edge of the planting bag body is 20°-70°; the plurality of planting bag bodies are connected in sequence, and the adjacent The planting bag body shares a corresponding inclined edge banding 4, and binding ropes 5 are arranged on the top corners of the planting bag body at both ends; a plurality of hollow cement columns 6 are arranged in an array to stand on the ground 7, and the planting bag body The bag is coiled on the hollow cement column 6 and fixed by a binding rope 5; the sprinkler system includes a sprinkler bracket and a sprinkler head 10; the sprinkler bracket includes a bracket fixing vertical bar 9 and a sprinkler head installation horizontal water pipe 8; the bracket is fixed The vertical bar 9 stands on the bottom surface, and the nozzle installation horizontal water pipe 8 is located above the hollow cement column 6; the nozzle 10 is installed on the nozzle installation horizontal water pipe 8, and a nozzle 10 is arranged between two adjacent hollow cement columns 6.

Next, the structure of the inclined edge sealing 4 will be further described. The inclination angle of the inclined edge banding 4 can be set to 20°-70°, such as 30°, 45° or 60°, but the inclination angle is not limited to the above setting method, and can also be designed as other suitable angles according to actual needs. The two inclined edge bandings 4 may be arranged parallel to each other, or may not be arranged in parallel. The distance between the two inclined edges 4 can be set to 20cm, but the distance between them is not limited to the above-mentioned setting method, and can also be designed as other suitable distances according to actual needs, such as 25cm, 30cm, 40cm, etc. The inclination angle and distance of the inclined edge banding 4 can be set according to actual needs, for example, according to the diameter of the hollow cement column 6, which is flexible and practical. When the dendrobium planting bag with inclined edge sealing 4 is coiled and bound on the hollow cement column 6, the effective planting space of the planting inner cavity will not be reduced, which provides sufficient growth space for the dendrobium and is conducive to the development and growth of the dendrobium.

Next, the arrangement of the mesh front part 2 and the mesh rear part 1 will be further described. The netted front part 2 and the netted rear part 1 can be made of an integrally formed netted material, that is, the netted material is folded up and down, and the two sides are sewed with an inclined edge sealing 4 to form a dendrobium planting bag, and the process is simple. The netted front part 2 and the netted rear part 1 also can be formed by corresponding sewing of two pieces of netted materials. The mesh shape of the mesh front part 2 and the mesh rear part 1 can be set as a regular hexagon, and can also be set as a quadrilateral, triangle, etc., which has strong flexibility, and the mesh planting bag has good ventilation and will not cause water accumulation. Dendrobium root rot.

Next, the setting method of the hollow cement column 6 will be further described. The outer diameter of hollow cement column 6 can be set to 20-30cm, but not limited to this numerical range; Its height can be set to 1.5m-2m, and this height is convenient for people to bind the dendrobium planting bag on hollow cement column 6, easy to operate, But it can also be set to other suitable heights.

In addition, the number of planting bag bodies is multiple, such as ten, fifteen, twenty, etc. The specific number is set according to the height of the hollow cement column 6, which is flexible and practical.

In the dendrobium planting system provided by the utility model, a plurality of hollow cement columns 6 stand on the ground 7, and planting bags with multiple planting inner cavities are coiled on each hollow cement column 6, and pass through the binding ropes 5 at both ends of the planting bags. It is fixed and easy to operate; in addition, a sprinkler system is also provided, and a sprinkler 10 is arranged between two adjacent hollow cement columns 6, and the dendrobium is supplied with water through the sprinkler 10. Multiple dendrobiums can utilize a hollow cement column 6 as a growth carrier, which greatly saves the floor area and avoids the disadvantage of destroying living trees. Moreover, the hollow cement column 6 has the function of water storage, and the dendrobium coiled on it to grow can absorb the water in the hollow cement column 6 through the roots, so as to prevent water shortage and facilitate growth; meanwhile, the trouble of frequent watering is avoided. In addition, using the hollow cement column 6 as the growth carrier of Dendrobium, the cement column is durable, has strong water and corrosion resistance, and thus can reduce production costs and has strong practicability. The automatic watering is realized through the sprinkler system, which reduces the workload and improves the production efficiency.

For those skilled in the art, various other corresponding changes and deformations can be made according to the technical solutions and ideas described above, and all these changes and deformations should fall within the protection scope of the claims of the present utility model.

Claims (9)

1. a dendrobium planting system, is characterized in that, comprises planting bag, many hollow cement pillars and sprinkler system; The planting bag includes a plurality of planting bag bodies and binding ropes; the planting bag body is surrounded by a mesh front part and a mesh rear part to form a planting cavity; the upper part of the planting cavity is an opening, and its lower part is connected; Both sides of the planting inner cavity are provided with an inclined edge seal connecting the mesh front part and the mesh rear part, and the included angle between the inclined edge seal and the bottom edge of the planting bag body is 20°-70°; the plurality of planting bag bodies are connected in sequence, the adjacent planting bag bodies share a corresponding inclined edge sealing, and the binding ropes are set on the top corners at both ends of the planting bags; The plurality of hollow cement pillars are arranged in an array and stand on the ground, and the planting bag is coiled on the hollow cement pillars and fixed by the binding rope; The sprinkler system includes a sprinkler bracket and a sprinkler head; the sprinkler bracket includes a bracket fixing vertical bar and a sprinkler head installation horizontal water pipe; the bracket fixing vertical bar stands on the bottom surface, and the sprinkler head installation horizontal water pipe is located on the hollow cement above the column; the sprinkler head is installed on the horizontal water pipe for installing the sprinkler head, and one sprinkler head is set between the two adjacent hollow cement columns. 2. The dendrobium planting system according to claim 1, wherein the angle between the inclined edge sealing and the bottom edge of the planting bag body is 30°, 45 or 60°. 3. The dendrobium planting system according to claim 1, characterized in that, the netted front part and the netted rear part are integrally formed. 4. The dendrobium planting system according to claim 1, wherein the mesh shape of the mesh front portion is a regular hexagon; the mesh shape of the mesh rear portion is a regular hexagon. 5. The dendrobium planting system according to claim 1, wherein the grid shape of the mesh front part is quadrilateral; the grid shape of the mesh rear part is quadrilateral. 6. The dendrobium planting system according to claim 1, wherein the inclined sealing edges on both sides of the planting cavity are parallel to each other. 7. The dendrobium planting system according to claim 1, wherein the distance between the inclined sealing edges on both sides of the planting cavity is 20cm-40cm. 8. The dendrobium planting system according to claim 1, wherein the outer diameter of the hollow cement column is 20-30cm. 9. The dendrobium planting system according to claim 1, wherein the height of the hollow cement column is 1.5m-2m.