A grass and stone isolation belt used in garden landscape

Abstract

The present invention discloses a grass and stone isolation belt for garden landscape, comprising a surrounding edge, wherein a row of supporting feet are integrally formed at the bottom of the surrounding edge, and the supporting feet are provided with perforations; positioning nails fixed to the ground are provided in the perforations; and a row of cylinders are also included; the cylinders are integrally formed at the top of the surrounding edge; the surrounding edge, supporting feet and cylinder include an inner reinforcement layer and an outer rubber layer; the inner reinforcement layer includes cross-woven transverse reinforcements and longitudinal reinforcements, and the longitudinal reinforcements are composed of a plurality of groups of supporting foot inner reinforcements and a plurality of cylinder inner reinforcements arranged in an alternating manner; the supporting foot inner reinforcements and the cylinder inner reinforcements are both made of a plurality of metal wires with their ends aligned; transverse reinforcements protrude from the bottom of the supporting foot inner reinforcements; and transverse reinforcements protrude from the top of the cylinder inner reinforcements; the grass and stone isolation belt for garden landscape of the present invention has good bending and diameter change, strong deformation resistance, and can adapt to bending and positioning in various occasions, garden isolation drip irrigation and trail isolation lighting decoration.

Description

Technical Field

[0001] The invention specifically relates to a grass-stone isolation belt used in garden landscape, and belongs to the technical field of grass-stone isolation belts. Background Art

[0002] Grass and stone isolation belts are also called root isolation boards, grass isolation boards, greening grass and stone isolation belts, root isolation belts and water retaining boards, etc., and are widely used in the fields of regional division of different plant varieties, landscape shaping and other fields; grass and stone isolation belts are simple to construct. The lawn to be isolated is made into the desired shape, the edges are combed neatly, and then the stainless steel (plastic) is connected and folded into the same curvature, and then placed on the green belt to be isolated; existing grass and stone isolation belts are generally equipped with multiple supporting positioning feet for the purpose of anti-deformation, and the whole installation process is relatively cumbersome, and due to the limitation of the supporting feet, the bending radius of the entire isolation belt is relatively large, which cannot meet some small bending radius installation occasions. At the same time, the existing grass and stone isolation belts only perform regional isolation and have a relatively simple function. Summary of the invention

[0003] In order to solve the above problems, the present invention proposes a grass and stone isolation belt for use in garden landscapes, which has good bending and diameter changeability, strong anti-deformation ability, and can adapt to garden isolation drip irrigation and trail isolation lighting decoration.

[0004] The grass-stone isolation belt for garden landscape of the present invention comprises a perimeter, the bottom of the perimeter is integrally formed with a row of supporting feet, and the supporting feet are provided with perforations; positioning nails fixed to the ground are provided in the perforations; and a row of cylinders are also included; the cylinders are integrally formed at the top of the perimeter; the perimeter, supporting feet and cylinder comprise an inner reinforcement layer and an outer rubber layer; the inner reinforcement layer comprises cross-woven transverse reinforcements and longitudinal reinforcements, and the longitudinal reinforcements are composed of a plurality of groups of supporting foot inner reinforcements and a plurality of cylinder inner reinforcements arranged in an alternating manner; the supporting foot inner reinforcements and the cylinder inner reinforcements are both made of a plurality of metal wires with their ends aligned; transverse reinforcements protrude from the bottom of the supporting foot inner reinforcements; transverse reinforcements protrude from the top of the cylinder inner reinforcements; the bottom of the supporting foot inner reinforcements are folded into a right angle; the top of the cylinder inner reinforcements are folded into a circular ring; the outer reinforcement layer is coated with an outer rubber layer; the outer rubber layer is made of PVC plastic and / or rubber; reinforcing ribs are integrally formed or bonded between the perimeter and the supporting feet; a tube body passes through the cylinder.

[0005] The surrounding edge, cylinder body and supporting foot are made of an inner rib layer and an outer rubber layer in one piece, the manufacturing process is simple, and it can be formed into an integral part, wherein the transverse ribs and longitudinal ribs of the inner rib layer can support the entire surrounding edge, and when weaving, horizontal and vertical cross weaving is adopted, and it can be cut into any length according to the needs of the site; the longitudinal ribs are woven by cross-arranging and weaving metal wires of the same model up and down to form the inner ribs of the supporting foot and multiple groups of inner ribs of the cylinder body, and the inner ribs of the supporting foot, multiple groups of inner ribs of the cylinder body and the cross-weaving of the transverse inner ribs can provide a three-dimensional support body for the supporting foot and the cylinder body; the supporting effect is better; at the same time, by arranging reinforcing ribs on the top surface of the supporting foot, the reinforcing ribs are used to support the supporting foot and The support of the perimeter is strengthened to prevent the connection between the supporting feet and the perimeter from being squeezed and deformed by the grass and stone paving, which may cause the perimeter to tilt. By setting reinforcing ribs and increasing the distance between adjacent supporting feet, it is possible to save rubber and avoid excessive density of the supporting feet, which may affect the bending radius of the perimeter. The cylinder on the top can strengthen the top of the perimeter. The cylinder is arranged intermittently, so that the bending diameter change of the perimeter can be very small, and it is convenient for light transmission and capillary drip irrigation pipes to be plugged in. It is suitable for self-provided drip irrigation in gardens or lighting decoration of trails. After laying, the supporting feet-perimeter and cylinder are embedded in the installation position to form a three-dimensional support body with good support effect.

[0006] Furthermore, the tube body is a transparent tube, and a decorative light strip is inserted into the transparent tube; one end of the decorative light strip is plugged into a waterproof connector or connected to a next-level decorative light strip; the other end of the decorative light strip is connected to a pre-buried electric control cabinet or connected to an upper-level decorative light strip.

[0007] Furthermore, the tube body is a water pipe; the water pipe is connected in series with a tee between adjacent cylinders; the third end of the tee is connected to a capillary drip irrigation pipe; one end of the water pipe is closed or connected to the next-level water pipe; the other end of the water pipe is connected to a water storage tank or an upper-level water pipe.

[0008] Furthermore, the tube body is a binding wire tube. When the isolation belt needs to be partially bent, two or more adjacent cylinders are tightened and bound through the binding wire tube to complete the angle shaping, and grass and stones are laid after shaping.

[0009] Furthermore, each group of the inner ribs of the cylinder is made of at least two groups of metal wires, adjacent groups of metal wires are set with a gap, and at least two cylinders are cast. By shortening the axial length of the cylinder, the drip irrigation point can be more accurately aligned and the bending radius of the entire isolation zone can be shortened.

[0010] Furthermore, a slot is provided in the middle of one end of the surrounding edge, and a plug aligned with the slot is provided at the other end of the surrounding edge; the thickness of the slot is greater than the thickness of the surrounding edge; rapid assembly between adjacent surrounding edges is achieved.

[0011] Furthermore, the outer rubber layer processing process is as follows:

[0012] The inner rib layer is fed onto the support body in the casting cavity, and a core rod is inserted into the circular ring of the rib inside the cylinder. The core rod is positioned with the casting cavity. The interior of the casting cavity is consistent with the outer shape of the surrounding edge, the supporting feet and the cylinder body. A tooth plate is provided on the side of the casting cavity, and the tooth columns of the tooth plate are aligned with the perforations of the supporting feet. Then, rubber is injected into the casting cavity and curing is completed. Finally, the tooth plate and the core rod are demolded first, and then the three cavities are separated and demolded.

[0013] Furthermore, when the outer rubber layer is poured, the reinforcing ribs are processed last. When the reinforcing ribs are processed, a heating cavity is built outside the surrounding edge and the supporting legs. After the heating cavity is heated to a set temperature, a rubber material with a higher toughness grade is injected into the heating cavity, and curing and demolding are completed. This can improve the deformation resistance of the reinforcing ribs. When the supporting strength of the reinforcing ribs reaches the requirement, the distance between adjacent supporting legs can be increased, thereby greatly reducing the bending radius of the isolation zone.

[0014] Compared with the prior art, the grass and stone isolation belt used in garden landscape of the present invention is simple to process, and is composed of an inner metal mesh and an outer rubber layer cast. The entire isolation belt has good corrosion resistance, and the processed isolation belt has good bending and diameter change, strong anti-deformation ability, and can adapt to garden isolation drip irrigation and trail isolation lighting decoration. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is a schematic diagram of the lower structure of the grass-stone isolation zone of the present invention.

[0016] Figure 2 It is a schematic diagram of the upper structure of the grass-stone isolation zone of the present invention.

[0017] Figure 3 It is a schematic diagram of the radial cross-section structure of the grass-stone isolation zone of the present invention.

[0018] Figure 4 It is a schematic diagram of the overall structure of the inner reinforcement layer of the grass-stone isolation zone of the present invention.

[0019] Figure 5 It is a schematic diagram of the side structure of the inner reinforcement layer of the grass-stone isolation zone of the present invention.

[0020] Figure 6 This is a structural schematic diagram of the first installation method of the grass-stone isolation zone cylinder of the present invention.

[0021] Figure 7 This is a structural schematic diagram of a second installation method for the grass-stone isolation zone cylinder of the present invention.

[0022] Figure 8 This is a schematic structural diagram of a third installation method for the grass-stone isolation zone cylinder of the present invention. DETAILED DESCRIPTION

[0023] Example

[0024] like Figures 1 to 6 The grass-stone isolation belt for garden landscape shown in the figure comprises a perimeter 1, wherein the bottom of the perimeter 1 is integrally formed with a row of supporting feet 2, wherein the supporting feet 2 are provided with perforations 21; wherein the perforations 21 are provided with positioning nails fixed to the ground; and further comprises a row of cylinders 3; wherein the cylinders 3 are integrally formed at the top of the perimeter 1; wherein the perimeter 1, the supporting feet 2 and the cylinders 3 comprise an inner rib layer and an outer rubber layer; wherein the inner rib layer comprises cross-woven transverse ribs 4 and longitudinal ribs 5, wherein the longitudinal ribs 5 are staggered by a plurality of groups of supporting foot inner ribs 51 and a plurality of groups of cylinder inner ribs 52. The inner ribs 51 of the support foot and the inner ribs 52 of the cylinder are both made of a plurality of metal wires with their ends aligned; a transverse rib 4 is protruded from the bottom of the inner ribs 51 of the support foot; a transverse rib 4 is protruded from the top of the inner ribs 52 of the cylinder; the bottom of the inner ribs 51 of the support foot is folded into a right angle; the top of the inner ribs 52 of the cylinder is folded into a circular ring; the outer rib layer is coated with an outer rubber layer; the outer rubber layer is made of PVC plastic and / or rubber; a reinforcing rib 6 is integrally formed or bonded between the surrounding edge 1 and the support foot 2; a tube 7 passes through the cylinder 3.

[0025] The surrounding edge 1, the cylinder 3 and the supporting foot 2 are made of an inner rib layer and an outer rubber layer in one piece, the manufacturing process is simple, and it can form an integral molding, wherein the transverse ribs and the longitudinal ribs of the inner rib layer can support the entire surrounding edge, and when weaving, horizontal and vertical cross weaving is adopted, and it can be cut to any length according to the needs of the site; the longitudinal ribs are woven by cross-arranging and weaving metal wires of the same type up and down to form the inner ribs of the supporting foot and multiple groups of inner ribs of the cylinder, and the inner ribs of the supporting foot, multiple groups of inner ribs of the cylinder and the transverse inner ribs are cross-woven, which can provide a three-dimensional support body for the supporting foot and the cylinder; the supporting effect is better; at the same time, by arranging reinforcing ribs on the top surface of the supporting foot, the reinforcing ribs are used to support the supporting foot The support of the edge can be strengthened to prevent the connection between the supporting feet and the edge from being squeezed and deformed by the grass and stone paving, which will cause the edge to tilt. By setting reinforcing ribs and increasing the distance between adjacent supporting feet, it can save rubber and avoid the supporting feet from being too dense, which will affect the bending radius of the edge. The cylinder on the top can strengthen the top of the edge. The cylinder is arranged intermittently, so that the bending diameter change of the edge can be very small, and it can facilitate the light transmission and the insertion of capillary drip irrigation pipes. It is suitable for self-provided drip irrigation in gardens or lighting decoration of trails. After laying, the supporting feet-edge and cylinder are embedded in the installation position to form a three-dimensional support body with good supporting effect.

[0026] The tube body 7 is a binding wire tube. When the isolation belt needs to be partially bent, two or more adjacent cylinders are tightened and bound through the binding wire tube to complete the angle shaping, and grass and stones are laid after shaping.

[0027] Each group of the inner ribs 52 of the cylinder is made of at least two groups of metal wires, and an interval is set between adjacent groups of metal wires. At least two cylinders 3 are cast. By shortening the axial length of the cylinder 3, the drip irrigation point can be more accurately aligned and the bending radius of the entire isolation zone can be shortened.

[0028] A slot 8 is provided in the middle of one end of the surround 1, and a plug post 9 aligned with the slot is provided at the other end of the surround 1; the thickness of the slot 8 is greater than that of the surround 1, so that rapid assembly between adjacent surrounds 1 is achieved.

[0029] Example

[0030] like Figure 7 As shown, the grass and stone isolation belt used in garden landscape of the present invention, the tube body 7 is a transparent tube, and a decorative light belt 71 is inserted into the transparent tube; one end of the decorative light belt 71 is plugged into a waterproof connector or connected to the next level decorative light belt; the other end of the decorative light belt 71 is connected to a pre-buried electric control cabinet or connected to the previous level decorative light belt.

[0031] Example

[0032] like Figure 8 As shown, in the grass and stone isolation belt used in garden landscape of the present invention, the pipe body 7 is a water pipe; the water pipe is connected in series with a tee 72 between adjacent cylinders; the third end of the tee 72 is connected to a capillary drip irrigation pipe; one end of the water pipe is closed or connected to the next-level water pipe; the other end of the water pipe is connected to a water storage tank or an upper-level water pipe.

[0033] Among them, the processing process of the outer rubber layer is as follows: the inner rib layer is sent to the support body in the casting cavity, and the core rod is inserted into the circular ring of the inner rib of the cylinder, the core rod is positioned with the casting cavity, the inside of the casting cavity is consistent with the outer shape of the surrounding edge, the support foot and the cylinder body, and a tooth plate is arranged on the side of the casting cavity, and the tooth column of the tooth plate is aligned with the perforation of the support foot; then, the rubber is injected into the casting cavity and the curing is completed, and finally, the demoulding of the tooth plate and the core rod is completed first, and then the three cavities are separated and demoulded.

[0034] When the outer rubber layer is poured, the reinforcing ribs are processed last. When the reinforcing ribs are processed, a heating cavity is built outside the surrounding edge and the supporting legs. After the heating cavity is heated to a set temperature, a rubber material with a higher toughness grade is injected into the heating cavity, and curing and demolding are completed. This can improve the deformation resistance of the reinforcing ribs. When the supporting strength of the reinforcing ribs reaches the requirement, the distance between adjacent supporting legs can be increased, thereby greatly reducing the bending radius of the isolation belt.

[0035] The above embodiments are only preferred implementations of the present invention, so all equivalent changes or modifications made according to the structures, features and principles described in the scope of the patent application of the present invention are included in the scope of the patent application of the present invention.

Claims

1. A grass and stone isolation belt for garden landscape, comprising a perimeter, wherein the bottom of the perimeter is integrally formed with a row of supporting feet, wherein the supporting feet are provided with through holes; and positioning nails fixed to the ground are provided in the through holes; and the characteristics are: It also includes a row of cylinders; the cylinders are integrally formed at the top of the surrounding edge; the surrounding edge, support legs and cylinders include an inner rib layer and an outer rubber layer; the inner rib layer includes cross-woven transverse ribs and longitudinal ribs, and the longitudinal ribs are composed of multiple groups of supporting leg inner ribs and multiple groups of cylinder inner ribs arranged in a staggered manner; the supporting leg inner ribs and the cylinder inner ribs are both made of multiple metal wires with aligned ends; the bottom of the supporting leg inner ribs protrude transverse ribs; the top of the cylinder inner ribs protrude transverse ribs; the bottom of the supporting leg inner ribs are folded into a right angle; the top of the cylinder inner ribs are folded into a ring shape; the outer rib layer is coated with an outer rubber layer; the outer rubber layer is made of PVC plastic and / or rubber; reinforcing ribs are bonded between the surrounding edge and the supporting leg; a tube body passes through the cylinder; Each group of the internal ribs of the cylinder is made of at least two groups of metal wires, adjacent groups of metal wires are provided with a gap, and at least two cylinders are cast; the cylinders are arranged intermittently; The outer rubber layer processing process is as follows: The inner rib layer is fed onto the support body in the casting cavity, and a core rod is inserted into the circular ring of the inner rib of the cylinder, the core rod is positioned with the casting cavity, the inner part of the casting cavity is consistent with the outer shape of the surrounding edge, the support foot and the cylinder body, and a tooth plate is arranged on the side of the casting cavity, and the tooth column of the tooth plate is aligned with the perforation of the support foot; then, the rubber is injected into the casting cavity and the curing is completed, and finally, the demoulding of the tooth plate and the core rod is completed first, and then the three cavities are separated and demoulded; When the outer rubber layer is poured, the reinforcing ribs are processed last. When the reinforcing ribs are processed, a heating cavity is built outside the surrounding edge and the supporting foot; after the heating cavity is heated to a set temperature, a rubber material with a higher toughness grade is injected into the heating cavity to complete curing and demoulding.

2. The grass-stone isolation belt for garden landscape according to claim 1 is characterized by: The tube body is a transparent tube, and a decorative light strip is inserted into the transparent tube; one end of the decorative light strip is plugged into a waterproof connector or connected to a next-level decorative light strip; the other end of the decorative light strip is connected to a pre-buried electric control cabinet or connected to an upper-level decorative light strip.

3. The grass-stone isolation belt for garden landscape according to claim 1 is characterized by: The pipe body is a water pipe; the water pipe is connected in series with a tee between adjacent cylinders; the third end of the tee is connected to a capillary drip irrigation pipe; one end of the water pipe is closed or connected to the next-level water pipe; the other end of the water pipe is connected to a water storage tank or an upper-level water pipe.

4. The grass-stone isolation belt for garden landscape according to claim 1 is characterized by: The tube body is a wire binding tube.

5. The grass-stone isolation belt for garden landscape according to claim 1 is characterized by: A slot is provided in the middle of one end of the surrounding edge, and a plug post aligned with the slot is provided at the other end of the surrounding edge; the thickness of the slot is greater than the thickness of the surrounding edge.

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