CN217284279U - Windproof support structure for transplanting saplings - Google Patents

Abstract

The utility model discloses a transplant sapling and prevent wind supporting structure, including tying up fixed subassembly, with tie up fixed subassembly complex three bracing piece, should prevent wind supporting structure and still include waterstop and ground anchor structure: wherein, the whole water stop belt is in a plane lath shape and can be bent into a U shape, and the end part of the water stop belt is provided with a fixed inserting pipe; the ground anchoring structure comprises a first anchoring component arranged at the end parts of the two supporting rods and matched with the fixed insertion pipes, and a second anchoring component arranged at the end part of the other supporting rod and acting on the ground. The utility model discloses increased and prevent wind the support functionality, be suitable for the barren mountain slope tree planting work in.

Description

Windproof support structure for transplanting saplings

technical field

The utility model belongs to the technical field of tree planting and afforestation, in particular to a windproof support structure for transplanting saplings.

Background technique

In the process of afforestation in mountainous areas, the transplanted seedlings are often dumped and skewed due to rain erosion, strong wind swaying and other reasons. It is necessary for the staff to straighten the soil during inspections, or to supplement the seedlings later, and also when transplanting in the windward side and the slope section. Use seedling windbreaks to protect seedlings. The structure of the conventional seedling windproof frame adopts three rods evenly distributed and inserted into the soil layer obliquely, and the three rods are connected in series and fixed on the main seedling rod by the rod cap and the strapping belt; the conventional seedling windproof frame is limited in depth. Better fixation.

For slope tree planting areas, when digging holes, it is necessary to dig holes inside the mountain, and a circumferential semi-circular protective wall can naturally be formed. However, in the slope area on the barren hills, the rainwater is severely washed away, and the water storage pit is often washed away and damaged. The conventional solution is to press stones on the outer soil slope for reinforcement; The semi-circular enclosure is arranged on the outside to improve the water storage capacity, but the water stop is also easily washed away by rainwater and cannot be well fixed.

The existing windproof supports have a single function in structural design and cannot be functionally expanded based on the tree planting characteristics of barren hillsides.

Utility model content

The purpose of the utility model is to provide a windproof support structure for transplanting saplings, aiming at the deficiencies in the prior art, so as to solve the problem that the existing windproof support is single in function and cannot better meet the needs of afforestation on barren mountain slopes.

For achieving the above object, the technical scheme adopted by the present utility model is:

A windproof support structure for transplanting saplings, comprising a bundling and fixing assembly and three support rods matched with the bundling and fixing assembly, and the windproof support structure further comprises:

The water stop is in the shape of a flat slat as a whole and can be bent into a U shape, and a fixed intubation tube is arranged at the end;

The ground anchoring structure includes a first anchoring component arranged at the ends of two support rods and matched with a fixed intubation tube, and a second anchoring component arranged at the end of the other support rod and acting on the ground.

Further, the first anchoring group includes a first rod end connecting cap and a first anchor rod hinged on the first rod end connecting cap; the first anchor rod is provided with a stop ring near the hinged end, and the first anchor rod is The anchor rod is slidably matched with the fixed cannula and is clamped and limited by the retaining ring.

Further, the second anchoring assembly includes a second rod end connecting cap, a positioning ring arranged on the second rod end connecting cap, and a second anchor rod inserted through the positioning ring; one end of the second anchor rod is T-shaped And can be clamped on the positioning ring.

Further, the strapping and fixing assembly includes a strapping strap and three third rod end connecting caps sleeved on the strapping strap.

Further, the material of the water stop is PVC or rubber.

Further, the material of the support rod is a wooden rod or a steel pipe coated with anti-rust paint.

The beneficial effects of the present utility model are:

The utility model utilizes an additional water stop belt to protect the planting hole at the slope for water storage, and the water stop belt is effectively fixed on the ground through the first anchoring component, so as to restrain the damage caused by rain erosion or animal trampling; the first anchoring component also It is also used as the ground fixing part of the windproof support for seedlings. This structural design can reduce the number of components; the structural design of the first anchoring assembly and the second anchoring assembly is conducive to driving the anchor rod deep into the soil layer, which can increase the time when the windproof support is fixed. The combined use of the waterstop also increases the functionality of the windproof bracket when used, especially suitable for the application of afforestation in the slope area of barren hills.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the top view structure schematic diagram of the utility model water stop belt;

FIG. 3 is a schematic structural diagram of the first anchoring component in another side view of the present invention;

4 is a schematic structural diagram of another top view of the first anchoring assembly in the present invention;

FIG. 5 is a schematic structural diagram when the utility model is applied.

Among them, 1- strapping and fixing assembly; 2- support rod; 3- water stop belt; 4- anchoring structure; 5- strapping belt; 6- third rod end connecting cap; 7- fixing cannula; connecting cap; 9-first anchor rod; 10-blocking ring; 11-second rod end connecting cap; 12-positioning ring; 13-second anchor rod.

Detailed ways

The preferred embodiments of the present utility model will be described below with reference to the accompanying drawings.

As shown in Figures 1 to 5, a windproof support structure for transplanting saplings; the windproof support structure includes a bundling and fixing assembly 1, three support rods 2 that cooperate with the bundling and fixing assembly 1, and also includes a waterstop 3 and a ground anchoring structure 4. The waterstop 3 increases the functionality of the windproof support structure in use; the ground anchoring structure 4 increases the stability of the windproof support structure when in use, and also makes the waterstop 3 more firmly fixed.

The strapping and fixing assembly 1 includes a strapping 5 and three third rod end connecting caps 6 that are sleeved on the strapping 5; The outer wall of the connection cap 6 is provided with a collar for the insertion of the strapping band 5 .

The support rods 2 are usually wooden rods, and painted steel pipes or galvanized pipes can also be used; there are three support rods 2, preferably two long and one short, to adapt to the terrain structure of the slope.

The water stop 3 is in the shape of a flat slat as a whole and can be bent into a U shape. The end of the water stop 3 is provided with a fixed intubation tube 7. The fixed intubation tube 7 is used to cooperate with the ground anchoring structure 4. The material of the water stop strip 3 Available in PVC or softer rubber.

The ground anchoring structure 4 includes a first anchoring assembly and a second anchoring assembly; the first anchoring assembly is arranged at the ends of the two long support rods 2 and is matched with the fixed cannula 7; the second anchoring assembly is arranged on the other short support rods 2 ends and acts on the ground. Specifically, the first anchoring assembly includes a first rod end connecting cap 8 and a first anchor rod 9; the first anchor rod 9 is hinged with the first rod end connecting cap 8, and the first anchor rod 9 is provided with a retaining ring near the hinged end 10. The first anchor rod 9 is inserted through the fixed cannula 7, and the retaining ring 10 is used to realize the clamping and limiting. The second anchoring assembly includes a second rod end connecting cap 11 , a positioning ring 12 and a second anchor rod 13 ; the positioning ring 12 is provided on the second rod end connecting cap 11 , and one end of the second anchor rod 13 is T-shaped and is inserted and positioned The rear end of the ring 12 is clamped on the positioning ring 12 .

When the utility model is in use, the installation and arrangement of the water stop belt 3 are carried out in advance, and the water stop belt 3 is bent into a U shape and buried in the periphery of the hole after the pit is dug on the slope of the barren mountain, and then the first anchor rod 9 is used to pass through and fix it. Insert the pipe 7 and drive it vertically into the soil layer. Crushed stones, stones, etc. can be laid on the inner side of the waterstop 3 to form a semicircular soil slope fence structure for water storage. At this time, the installation and layout of the waterstop 3 is completed. Then, the positioning ring 12 on the short support rod 2 is pressed against the upper side of the slope at the pit, and the second anchor rod 13 is driven into the soil layer through the positioning ring 12 . The free ends of the three support rods 2 are connected with the first rod end connecting caps 8, and the first rod end connecting caps 8 are fixed at the main pole of the seedling tree by using the straps 5, and the erection and installation work of the windproof support structure is completed at this time. The water stop belt 3 is effectively fixed to the ground by the first anchor rod 9, and the ability to resist water impact and animal stepping is enhanced; the first anchoring assembly and the second anchoring assembly are fixed with the mountain through the anchor rod structure, so that the support rod 2 is fixed more firmly, Support seedlings more stable. When the bundling and fixing assembly 1 and the support rod 2 are recycled and reused, only the first anchor rod 9 needs to be pulled out and the separation from the water stop 3 can be realized. Effectively fixed.

Claims (6)

1. A windproof support structure for transplanting saplings, comprising bundling and fixing components, three support rods that cooperate with bundling and fixing components, it is characterized in that, also comprises: The water stop is in the shape of a flat slat as a whole and can be bent into a U shape, and a fixed intubation tube is arranged at the end; The ground anchoring structure includes a first anchoring component arranged at the ends of two support rods and matched with a fixed intubation tube, and a second anchoring component arranged at the end of the other support rod and acting on the ground. 2 . The windproof support structure for transplanting saplings according to claim 1 , wherein the first anchoring group comprises a first rod end connecting cap and a first anchor rod hinged on the first rod end connecting cap. 3 . The first anchor rod is provided with a blocking ring near the hinged end, and the first anchor rod is slidably matched with the fixed cannula and is clamped and limited by the blocking ring. 3. The windproof support structure for transplanting saplings according to claim 1, wherein the second anchoring assembly comprises a second rod end connecting cap, a positioning ring arranged on the second rod end connecting cap, a A second anchor rod on the positioning ring; one end of the second anchor rod is T-shaped and can be clamped on the positioning ring. 4 . The windproof support structure for transplanting saplings according to claim 1 , wherein the binding and fixing assembly comprises a binding belt and three third rod end connecting caps sleeved on the binding belt. 5 . 5 . The windproof support structure for transplanting saplings according to claim 1 , wherein the material of the waterstop is PVC or rubber. 6 . 6 . The windproof support structure for transplanting saplings according to claim 1 , wherein the material of the support rod is a wooden rod or a steel pipe coated with anti-rust paint. 7 .

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