CN210808461U - Planting frame for planting passion fruit more conveniently - Google Patents

Abstract

The utility model relates to a planting frame for planting passion fruit more conveniently, which comprises a shed frame consisting of upright columns and a ceiling, wherein the upright columns are fixedly arranged on the ground, the ceiling is separated from the ground through a plurality of upright column supporting frames, vines of the passion fruit grow on the ceiling, and the passion fruit is planted on planting soil; the canopy frame is fixedly provided with a water collecting tank which is used for receiving water flowing down from the ceiling; the low-lying position of water catch bowl is equipped with the drain pipe, and the drain pipe is for the watering of passion fruit root system. The utility model discloses a setting of water catch bowl can receive rain to the ceiling and carry out rainwater collection of certain degree and can progressively water the passion fruit automatically for the utilization ratio of rainwater obtains effectively improving, and reduces the amount of labour and the watering cost that the passion fruit was watered, uses this planting frame to plant the passion fruit more convenient, simple and easy.

Description

Planting frame for planting passion fruit more conveniently

Technical Field

The utility model relates to a hundred fragrant fruit plant auxiliary device field especially indicates a hundred fragrant fruit plant more convenient planting frame.

Background

Passion fruit belongs to a vine plant, the root of which is in soil, the stem of which is slender and can not stand upright, and the vine plant generally has aerial roots or sucking discs and can secrete viscose to adhere a plant body to other objects, so that the vine plant has the climbing habit of climbing other objects upwards by virtue of the self action or a special structure. For this purpose, a trellis is required to assist growth. The conventional passion fruit vine support frame is simple in structure and can only provide a climbing carrier effect for growth of passion fruits, the passion fruits are long in vines and leaves, large in evaporation area and large in water evaporation, therefore, the water required for planting the passion fruits is large, manual regular irrigation is needed for planting the passion fruits, the irrigation is mostly carried out from a water source to irrigation positions of passion fruit plants, the irrigation labor amount is large, the irrigation is troublesome, and more water sources need to be reserved.

Disclosure of Invention

The utility model provides a more convenient planting frame is planted to passion fruit to overcome the function singleness that current passion fruit planting frame exists, watering amount of labour is big, the big problem of required water source reserve volume.

The utility model adopts the following technical scheme:

the planting frame comprises a shed frame consisting of upright columns and a ceiling, wherein the upright columns are fixedly arranged on the ground, the ceiling is separated from the ground through a plurality of upright column supporting frames, vines of passion fruits grow on the ceiling, and the passion fruits are planted on planting soil. The ceiling is formed by fixedly connecting a plurality of cross rods and longitudinal rods into a whole, the three cross rods are fixedly connected end to form a tripod, three vertexes of the tripod are respectively and fixedly connected with the longitudinal rods, and the three longitudinal rods are fixedly connected with the tripod in a plurality of parallel distributions. The canopy frame is fixedly provided with a water collecting tank which is used for receiving water flowing down from the ceiling; the water collecting tank is fixedly assembled between two adjacent upright columns; the low-lying position of water catch bowl is equipped with the drain pipe, and the drain pipe is for the watering of passion fruit root system. A water seepage body is fixedly arranged in the drainage pipe, and rainwater collected by the water collecting tank slowly enters the drainage pipe through the water seepage body. The ceiling is covered with a bearing net, and the mesh size of the bearing net is larger than that of the passion fruit.

Further improve ground, fixed being equipped with a plurality of water receiving tank on the above-mentioned ceiling, the both ends of water receiving tank respectively with above-mentioned vertical pole fixed connection that corresponds, the notch of water receiving tank accepts the rainwater up, the water receiving tank is the slope extension that the inner is high outer end low, the outer end play water of water receiving tank flows in above-mentioned water catch bowl. The water receiving tank plays the effect of accepting the rainwater promptly, still plays the reinforcing effect and has the supporting role to the structural strength of ceiling with to the passion fruit tendril.

In a further improved mode, a water supply pipeline is fixedly assembled on the ceiling, a plurality of water replenishing ports are arranged on the water supply pipeline, water flowing out of the water replenishing ports flows into the water collecting grooves, and each water collecting groove corresponds to at least one water replenishing port. When the water collecting tank is lack of water due to insufficient rainfall, the water source valve can be manually opened to supplement water for the water collecting tank according to the required water quantity.

From the above description of the structure of the present invention, compared with the prior art, the present invention has the following advantages: the arrangement of the water collecting tank of the utility model can collect rainwater on the ceiling to a certain extent and can automatically and gradually irrigate the passion fruit, so that the utilization rate of the rainwater is effectively improved, the labor amount and irrigation cost for irrigating the passion fruit are reduced, and the planting of the passion fruit by using the planting frame is more convenient and simpler; in addition, the water receiving groove plays a role in receiving rainwater, also plays a role in strengthening the structural strength of a ceiling and has a supporting role on passion fruit vines; in addition, the setting of infiltration body makes the grower can adjust rainwater watering flow according to the water demand of reality, and it is more convenient to use.

Drawings

Fig. 1 is a schematic perspective view of the auxiliary device of the present invention and a partial enlarged view thereof.

Fig. 2 is a schematic perspective view of a planting frame covered with a bearing net.

Fig. 3 is a schematic sectional view of the water collecting tank of the present invention.

Detailed Description

The following describes embodiments of the present invention with reference to the drawings.

Referring to fig. 1, 2 and 3, the planting frame for planting passion fruit more conveniently comprises a shed frame 3 consisting of upright columns 32 and a ceiling 31, wherein the upright columns 32 are fixedly arranged on the ground, the ceiling 31 is separated from the ground through a plurality of upright column 32 supporting frames, vines of the passion fruit grow on the ceiling 31, and the passion fruit is planted on planting soil. A water collecting tank 33 is fixedly assembled on the canopy frame 3, and the water collecting tank 33 is used for receiving water flowing down from the ceiling 31; the water collecting tank 33 is provided with a drain pipe 331 at a low-lying position, and the drain pipe 331 is used for irrigating the roots of the passion fruit. The utility model discloses a water catch bowl 33's setting can receive rain to carry out the rainwater of certain degree to ceiling 31 and collect and can progressively water the passion fruit automatically for the utilization ratio of rainwater obtains effectively improving, and reduces the amount of labour and the watering cost that the passion fruit was watered, and it is more convenient, simple and easy to use this planting frame to plant the passion fruit. As shown in fig. 3, preferably, a water seepage body 332 is fixedly disposed in the drain pipe 331, and the rainwater collected by the water collection tank 33 slowly enters the drain pipe 331 through the water seepage body 332; the body 332 is preferably a cylindrical structure similar to a cigarette filter made of coarse sand, fine gravel, cotton wool, fiber, or other porous material. The seepage flow of the seepage body 332 is adjusted according to the length or the difference of materials of the columnar seepage body 332, and the arrangement of the seepage body 332 enables a grower to adjust the rainwater irrigation flow according to the actual water demand, so that the use is more convenient.

The ceiling 31 is composed of a plurality of transverse rods 311 and longitudinal rods 312, three transverse rods 311 are fixedly connected end to form a tripod 313, three vertexes of the tripod 313 are respectively and fixedly connected with the longitudinal rods 312, and a plurality of tripods 313 distributed in parallel are fixedly connected to the three longitudinal rods 312; the water collection tank 33 is fixedly fitted between the adjacent two columns 32. A plurality of water receiving grooves 34 are fixedly assembled on the ceiling 31, two ends of each water receiving groove 34 are respectively and fixedly connected with the corresponding longitudinal rod 312, the notches of the water receiving grooves 34 are upward to receive rainwater, the water receiving grooves 34 are inclined and extend with high inner ends and low outer ends, and the water outlet at the outer ends of the water receiving grooves 34 flows into the water collecting grooves 33. The water receiving groove 34 plays a role in receiving rainwater, and also plays a role in strengthening the structural strength of the ceiling 31 and supporting the passion fruit vines. In addition, the ceiling 31 is covered with a bearing net 35, and the mesh size of the bearing net 35 is larger than that of the passion fruit; the carrying net 35 has a mesh size (preferably a mesh size of 8 x 8 cm) larger than the passion fruit size. The shed frame 3 can provide a main supporting function for the growth of the vines of the passion fruit, the ceiling 31 can be covered along with the growth of the vines of the passion fruit, the carrying net 35 is configured to enable the growth of the vines of the passion fruit to have enough climbing objects, the weight of the ceiling 31 can be reduced, meanwhile, the grown passion fruit can extend to the lower portion of the carrying net 35 from meshes due to large self weight, the passion fruit is separated from the vines, and picking of the passion fruit is easier and more convenient.

The ceiling 31 is fixedly provided with a water supply pipeline 36, the water supply pipeline 36 can be used for conveying water or nutrient solution, a plurality of water replenishing ports are arranged on the water supply pipeline 36, water flowing out from the water replenishing ports flows into the water collecting grooves 33, and each water collecting groove 33 corresponds to at least one water replenishing port. When the water collecting tank 33 is lack of water due to insufficient rainfall, the water source valve can be manually opened to supplement the water for the water collecting tank 33 according to the required water amount. When the rainwater is sufficient, the rainwater can be drained from the top of the water collecting tank 33 or a specially arranged overflow channel after the water collecting tank 33 is full of rainwater.

Continuing to refer to fig. 1 and 2, the water storage device further comprises an auxiliary water replenishing pipe 1 with the bottom fixedly inserted into the planting soil, the auxiliary water replenishing pipe 1 is of a hollow pipe body structure, a water storage filler 11 capable of storing water is filled in the auxiliary water replenishing pipe 1, and the water storage filler 11 is planting soil, nutrient soil, gravel or water absorption sponge. The water outlet end of the water discharge pipe 331 of the water collection tank 33 is discharged from the tip end of the auxiliary water replenishing pipe in a drip irrigation state. The auxiliary water replenishing pipe 1 is uniformly distributed with water supply holes 10 on the circumferential surface, and the aperture of the water supply holes 10 is 1-4 mm. The vines of the passion fruit climb upwards along the auxiliary water replenishing pipe 1 to grow, and the aerial roots of the passion fruit penetrate through the water supply hole 10 and are absorbed by the water storage filler 11. In the early stage of planting passion fruit, the vines of the passion fruit can be artificially assisted to spirally climb along the auxiliary water replenishing pipe 1 to grow, so that the vines can better cover the peripheral surface of the auxiliary water replenishing pipe 1, the probability and the number of aerial roots on the vines of the passion fruit entering the water supply holes 10 are increased, and therefore sufficient water and nutrients are provided for the growth of the vines. Still including planting the basin 2, plant the intussuseption and be filled with above-mentioned planting soil in the basin 2, the bottom mounting of above-mentioned supplementary moisturizing pipe 1 is inserted and is located and plant in the basin 2.

With reference to fig. 1, the water storage filler 11 in the auxiliary water supply pipe 1 is configured to store a certain amount of moisture or nutrient solution, the aerial roots of the passion fruit can penetrate through the water supply hole 10 to absorb the moisture and nutrient from the water storage filler 11, and the connection of the aerial roots extending into the planting soil for growth provides a supporting force for the aerial roots, so that the vines of the passion fruit are automatically combined with the auxiliary water supply pipe 1 more tightly, meanwhile, the parts with the aerial roots can absorb the moisture and nutrient, thereby being beneficial to the rapid and comprehensive transmission of the nutrient in the vines of the passion fruit, and further improving the growth speed and the extension length of the passion fruit.

The above-mentioned be the utility model discloses a concrete implementation way, nevertheless the utility model discloses a design concept is not limited to this, and the ordinary use of this design is right the utility model discloses carry out immaterial change, all should belong to the act of infringement the protection scope of the utility model.

Claims (3)

1. The planting frame for planting the passion fruit more conveniently comprises a shed frame consisting of upright columns and a ceiling, wherein the upright columns are fixedly arranged on the ground, the ceiling is separated from the ground through a plurality of upright column supporting frames, vines of the passion fruit grow on the ceiling, and the passion fruit is planted on planting soil; the method is characterized in that: the ceiling is formed by fixedly connecting a plurality of transverse rods and longitudinal rods into a whole, the three transverse rods are fixedly connected end to form a tripod, the three vertexes of the tripod are respectively and fixedly connected with the longitudinal rods, and the three longitudinal rods are fixedly connected with a plurality of tripods distributed in parallel; a water collecting tank is fixedly assembled on the shed frame and used for receiving water flowing down from the ceiling; the water collecting tank is fixedly assembled between two adjacent upright columns; a drain pipe is arranged at the low-lying position of the water collecting tank and used for irrigating the root system of the passion fruit; a water seepage body is fixedly arranged in the drainage pipe, and rainwater collected by the water collecting tank slowly enters the drainage pipe through the water seepage body; the ceiling is covered with a bearing net, and the mesh size of the bearing net is larger than that of the passion fruit.

2. The planting rack for the passion fruit to be planted more conveniently as claimed in claim 1, wherein: the roof is fixedly provided with a plurality of water receiving grooves, the two ends of each water receiving groove are respectively fixedly connected with the corresponding longitudinal rods, the notches of the water receiving grooves are used for receiving rainwater upwards, the water receiving grooves are inclined and extend with high inner ends and low outer ends, and the water outlet at the outer ends of the water receiving grooves flows into the water collecting grooves.

3. The planting rack for the passion fruit to be planted more conveniently as claimed in claim 1, wherein: the fixed water supply pipe that is equipped with on the ceiling is equipped with a plurality of moisturizing ports on the water supply pipe, and moisturizing port goes out water and flows into in the water catch bowl, every water catch bowl all corresponds there is at least one this moisturizing port.

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