Double-layer three-dimensional dwarfing planting cultivation frame for carambola sunlight greenhouse

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By designing a specific double-layer three-dimensional dwarf planting and cultivation frame for star fruit solar greenhouse, the problems of weak new tender branches of star fruit and easy bending of bear fruit are solved, and higher yields and greater space utilization are achieved.

CN222776693UActive Publication Date: 2025-04-22岳通

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Patent Information

Application Number: CN202421093351.7
Authority / Receiving Office: CN · China
Patent Type: Utility models(China)
Current Assignee / Owner
Filing Date: 2024-05-20
Publication Date: 2025-04-22
Estimated Expiration: 2034-05-20

AI Technical Summary

Technical Problem

In the double-layer three-dimensional dwarf planting of star fruit solar greenhouse, the new tender branches are weak, the fruits are prone to bend, and the lack of effective support structures, resulting in inconvenient planting management, low yield and insufficient space utilization.

Method used

A double-layer three-dimensional dwarf planting and cultivation frame of star fruit solar greenhouse was designed, using the inner buckle of the upper section of the oblique support rod of No. 1 and No. 2, which was in a figure-eight shape. The transverse support rod and the support rod were fixedly connected by binding, welding or snapping to form a stable support structure.

Benefits of technology

The cultivation frame provides stable and powerful support capabilities, avoids branches bending, improves the convenience and yield of planting management, and increases the utilization rate of greenhouse space.

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Abstract

The utility model relates to the technical field of facility agriculture, in particular to a double-layer three-dimensional dwarfing planting cultivation frame for a carambola sunlight greenhouse, which is characterized in that a first inclined support rod and a second inclined support rod of the cultivation frame are internally buckled to form a splayed shape, a first-layer transverse support rod is arranged at the middle section part of the splayed shape, and two ends of the first-layer transverse support rod are fixed on the first inclined support rod and the second inclined support rod; the two layers of transverse supporting rods are arranged at the upper end of the splayed shape, the two ends of the transverse supporting rods are fixed to the first inclined supporting rods and the second inclined supporting rods, the two sides of each layer are each provided with a bearing rod, the carambola branches are fixed to the four bearing rods in the directions of the eight included angles, and therefore a cluster of new leaves can grow on each bud point of the branches to blossom and bear fruits; by means of the staggered double-layer design, ventilation and light transmission can be better achieved, diseases and insect pests are avoided, the space utilization rate of a greenhouse is greatly increased, and convenience and labor saving are achieved in the daily management and harvesting stage.

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Description

Technical Field

[0001] The utility model relates to the technical field of facility agriculture, in particular to a double-layer three-dimensional dwarfing planting and cultivation frame for carambola in a solar greenhouse. Background Art

[0002] The planting and cultivation rack is an important technical component in the field of double-layer three-dimensional dwarfing planting of carambola solar greenhouse. The new tender branches of carambola are weak, and a large number of fruits are easy to bend, so a cultivation rack is needed as a support. A good cultivation rack can not only increase production and income and save space, but also provide better ventilation and light transmission, and it is also more convenient and labor-saving in daily management and harvesting. Utility Model Content

[0003] The utility model aims to provide a double-layer three-dimensional dwarfing cultivation frame for carambola solar greenhouse. The cultivation frame has good stability and strong support, making the planting and management of carambola solar greenhouse more convenient and labor-saving, with higher yield and greater space utilization rate of the greenhouse.

[0004] In order to achieve the above purpose, the utility model provides a double-layer three-dimensional dwarfing planting cultivation frame for carambola solar greenhouse, characterized in that: the upper sections of the No. 1 oblique support rod and the No. 2 oblique support rod are buckled inwardly to form an eight-shaped shape; the first layer of transverse support rod is in the middle section of the eight-shaped shape, and its two ends are fixed to the No. 1 oblique support rod and the No. 2 oblique support rod; the second layer of transverse support rod is in the upper end section of the eight-shaped shape, and its two ends are fixed to the No. 1 oblique support rod and the No. 2 oblique support rod; the two ends of the first layer of No. 1 supporting rod are respectively fixed to the angle between the first layer of the two eight-shaped support frames and the No. 1 oblique support rod; the two ends of the first layer of No. 2 supporting rod are respectively fixed to the angle between the first layer of the two eight-shaped support frames and the No. 2 oblique support rod; the two ends of the second layer of No. 1 supporting rod are respectively fixed to the angle between the second layer of the two eight-shaped support frames and the No. 1 oblique support rod; the two ends of the second layer of No. 2 supporting rod are respectively fixed to the angle between the second layer of the two eight-shaped support frames and the No. 2 oblique support rod.

[0005] The two sections of the one-layer transverse support rod are fixed to the middle sections of the No. 1 oblique support rod and the No. 2 oblique support rod by bundling, welding or snap-fitting.

[0006] The two sections of the second-layer transverse support rod are fixed to the upper end parts of the No. 1 oblique support rod and the No. 2 oblique support rod by bundling, welding, or snap-fitting.

[0007] The two sections of the first-layer No. 1 supporting rod are respectively fixed at the angles between the first-layer transverse supporting rod and the first oblique supporting rod of the two S-shaped supporting frames by bundling, welding, or snap-fitting.

[0008] The two sections of the first layer No. 2 supporting rod are respectively fixed at the angles between the first layer transverse supporting rod and the second oblique supporting rod of the two S-shaped supporting frames by bundling, welding or snap-fitting.

[0009] The two sections of the second-layer No. 1 supporting rod are respectively fixed at the angles between the second-layer lateral supporting rods of the two S-shaped supporting frames and the No. 1 oblique supporting rod by bundling, welding, or snap-fitting.

[0010] The two sections of the second-layer No. 2 supporting rod are respectively fixed at the angles between the second-layer lateral supporting rod of the two S-shaped supporting frames and the No. 2 oblique supporting rod by bundling, welding or snap-fitting. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figure 1 This is a schematic diagram of the structure of the utility model

[0012] Figure 2 It is a structural side view of the utility model.

[0013] Markings in the figure: 1. No. 1 oblique support rod; 2. No. 2 oblique support rod; 3. First-layer horizontal support rod; 4. Second-layer horizontal support rod; 5. First-layer No. 1 supporting rod; 6. First-layer No. 2 supporting rod; 7. Second-layer No. 1 supporting rod; 8. Second-layer No. 2 supporting rod. DETAILED DESCRIPTION

[0014] like Figure 1 and 2 As shown, a double-layer three-dimensional dwarf planting and cultivation rack for carambola solar greenhouse is shown, wherein the upper sections of the first oblique support rod 1 and the second oblique support rod 2 are buckled inwardly in an eight-shaped shape; a first-layer transverse support rod 3 is in the middle section of the eight-shaped shape, and its two ends are fixed to the first oblique support rod 1 and the second oblique support rod 2; a second-layer transverse support rod 4 is in the upper end section of the eight-shaped shape, and its two ends are fixed to the first oblique support rod 1 and the second oblique support rod 2; the two ends of the first-layer supporting rod 5 are respectively fixed to the two eight-shaped supporting rods. The angle between the first-layer transverse support rod 3 and the first oblique support rod 1; the two ends of the first-layer No. 2 supporting rod 6 are respectively fixed to the angle between the first-layer transverse support rod 3 and the second oblique support rod 2 of the two S-shaped support frames; the two ends of the second-layer No. 1 supporting rod 7 are respectively fixed to the angle between the second-layer transverse support rod 4 and the first oblique support rod 1 of the two S-shaped support frames; the two ends of the second-layer No. 2 supporting rod 8 are respectively fixed to the angle between the second-layer transverse support rod 4 and the second oblique support rod 2 of the two S-shaped support frames.

[0015] When in use, the carambola needs to be planted in the center part of the cultivation rack, with the main trunk retaining an appropriate height. When the eight tender branches grow to a sufficient length, the apical dominance is removed, and then the eight branches are fixed on four supporting rods in eight angles. In this way, each bud point of the branch can grow a bunch of new leaves, bloom and bear fruit. Regular pruning can prevent the fruiting branches from moving outward. With the support of the bracket, the branches can avoid bending due to excessive number of fruits. The staggered double-layer design not only allows better ventilation and light transmission to avoid diseases and pests, but also greatly increases the utilization rate of the greenhouse space, and is more convenient and labor-saving in daily management and harvesting stages.

Claims

1. A double-layer three-dimensional dwarfing planting cultivation frame for carambola solar greenhouse, characterized in that: The upper sections of the No. 1 oblique support rod (1) and the No. 2 oblique support rod (2) are inwardly buckled to form an eight-shaped shape; a first-layer transverse support rod (3) is located in the middle section of the eight-shaped shape, and its two ends are fixed to the No. 1 oblique support rod (1) and the No. 2 oblique support rod (2); a second-layer transverse support rod (4) is located in the upper end section of the eight-shaped shape, and its two ends are fixed to the No. 1 oblique support rod (1) and the No. 2 oblique support rod (2); two ends of a first-layer No. 1 supporting rod (5) are respectively fixed to the two eight-shaped support frames; a first-layer transverse support rod (3) and a No. 1 supporting rod (5) are respectively fixed to the two eight-shaped support frames; The two ends of the first-layer No. 2 supporting rod (6) are respectively fixed to the angle between the first-layer transverse supporting rod (3) and the second oblique supporting rod (2) of the two splayed supporting frames; the two ends of the second-layer No. 1 supporting rod (7) are respectively fixed to the angle between the second-layer transverse supporting rod (4) and the first oblique supporting rod (1) of the two splayed supporting frames; and the two ends of the second-layer No. 2 supporting rod (8) are respectively fixed to the angle between the second-layer transverse supporting rod (4) and the second oblique supporting rod (2) of the two splayed supporting frames.

2. The carambola solar greenhouse double-layer three-dimensional dwarfing planting cultivation frame according to claim 1, characterized in that: The two sections of the first layer of transverse support rods (3) are fixed to the middle sections of the first oblique support rod (1) and the second oblique support rod (2) by means of binding, welding or buckling.

3. The carambola solar greenhouse double-layer three-dimensional dwarfing planting cultivation frame according to claim 1, characterized in that: The two sections of the second-layer transverse support rod (4) are fixed to the upper end portions of the first oblique support rod (1) and the second oblique support rod (2) by means of binding, welding or snap-fit connection.

4. The double-layer three-dimensional dwarfing planting cultivation frame of carambola solar greenhouse according to claim 1, characterized in that: The two sections of the first layer of the No. 1 support rod (5) are respectively fixed to the angle between the first layer of the transverse support rod (3) and the No. 1 oblique support rod (1) of the two S-shaped support frames by means of binding, welding or buckle fixing.

5. The carambola solar greenhouse double-layer three-dimensional dwarfing planting cultivation frame according to claim 1, characterized in that: The two sections of the first-layer No. 2 supporting rod (6) are respectively fixed to the angles between the first-layer transverse supporting rod (3) and the second oblique supporting rod (2) of the two S-shaped supporting frames by means of binding, welding or buckle fixing.

6. The carambola solar greenhouse double-layer three-dimensional dwarfing planting cultivation frame according to claim 1, characterized in that: The two sections of the second-layer No. 1 supporting rod (7) are respectively fixed to the angles between the second-layer lateral supporting rods (4) of the two S-shaped supporting frames and the No. 1 oblique supporting rod (1) by means of binding, welding or buckle fixing.

7. The carambola solar greenhouse double-layer three-dimensional dwarfing planting cultivation frame according to claim 1, characterized in that: The two sections of the second-layer second supporting rod (8) are respectively fixed at the angles between the second-layer lateral supporting rod (4) and the second oblique supporting rod (2) of the two eight-shaped supporting frames by means of binding, welding or buckle fixing.