TWM506846U - Earth anchor structure - Google Patents

Description

Ground anchor structure

The present invention relates to a structure of a ground anchor, which is a metal or plastic fixing plate, and a plurality of perforations are arranged on the fixing plate for the rope to pass through the binding, and a soil layer is arranged on the fixing plate, and the rope is extended. Out of the ground and can be tied to a variety of fixtures, the fixed gravity generated by the soil layer covering the ground anchor to pull the fixture to locate, prevent strong wind, so that the fixture is not blown down or damaged, according to The structure of the ground anchor that saves cost and time and achieves quick and convenient construction.

However, due to the high quality of Taiwan papaya, sweet flesh, rich in carotene, vitamins A, B, C, calcium, iron, potassium, antioxidants and papaya enzymes, it can help digestion of protein, fat and starch, and even treat the stomach. Disease, its fiber is more conducive to excretion and intestinal peristalsis, and thus prevent constipation, can also make the body's cholesterol is not easy to absorb excess, to achieve the special effects of prevention of cardiovascular disease, improve immunity, anti-cancer, beauty and anti-aging, It is a popular tropical fruit with high nutritional value and medicinal diet. Whether it is fresh food, juice or processing, the annual consumption continues to grow. However, to cultivate such high quality papaya fruit, it is the first to overcome It is the "toxin disease" that is the most harmful to papaya. It is also known as "crazy". According to the literature, since 1974, "toxin disease" has begun to ravage papaya plants and seriously endanger the melon farmers. Benefits, once the papaya strain suffers from this disaster, the leaves of the whole garden will be yellow and green, dazzling, and more serious, its infection speed It is so fast that when the papaya plant is infected with a "toxin disease", it is often less than half a year after planting, that is, the entire park is dead and finally ruined, causing the farmers to suffer heavy losses. Therefore, in order to overcome the harm of "toxin disease", farmers use it. The net room facilities are isolated from aphids, and the prevention of "toxin diseases" is most effective in protecting papayas. The traditional way of setting up net rooms is to use the bamboo or hemp bamboo as the mainstay to stand up and form a protective net cover that effectively controls the entry of aphids. Although the surrounding bamboo pillars are inserted into the soil, in order to avoid blowing the pillars when the wind is strong, or even blowing off the net cover, the farmers must also tighten the pillars and nets with ropes, lead wires or steel wires, and the ropes or wires One end must also be tied to a large bamboo pole that is buried horizontally in the soil to reach the fixed net cover and the bamboo pillars around it. However, when the thick bamboo poles are tied to the rope or other wires, it is not only time-consuming, but also more secure. It is inconvenient and easy to fall off. At the same time, before embedding these horizontally thick bamboo poles for fixed use, it is necessary to use an excavator to enter the papaya park and dig up about 110 cm in length and 40 in width. And a long deep ditch with a depth of 100 cm, in order to embed a horizontal thick bamboo rod tied with rope or various wires in the soil, to tighten the pillar or the net cover without being blown by the wind, and at the same time, the traditional horizontal thick bamboo pole The cost is NT$30, and the wages for each burial are NT$110. The purchase cost and construction cost of each unit is as high as NT$140. It can be seen that the high manpower and time have increased. The cost of erecting nets is not economically viable. Moreover, some parks that grow papaya are limited by topographical factors or the walkways on both sides of the papaya plants in the park are too narrow, which makes the excavators simply unable to reach and cannot enter the papaya park. The construction is carried out so that the long and deep ditch in which the thick bamboo poles are buried must be dug out one by one. This will increase the cost of erecting nets for farmers who planted papayas, greatly reducing the profit of the harvest and causing great Inconvenience and trouble; these shortcomings are the long-term shortcomings that cannot be broken by the traditional erection of papaya nets; in view of this, how can we develop a kind of Yi anchor, As long as you drill a small hole in the ground, you can bury it in the soil, not only can tighten the pillars and mesh cover (mesh) around the net room, prevent the wind or typhoon from blowing the pillars down, and reduce the net of the net room. The cover (mesh) is shaken too much by the strong wind or the typhoon, causing the net cover (mesh) to be blown away or blown and destroyed, and the tied rope is simple, quick and convenient, and does not fall off at all. When embedding the original anchor with the inherent rope or various wires, it is not necessary to use a high-cost excavator, and it is not possible to construct the ground due to the limitation of the terrain. At the same time, the novel inventor estimates the creation on the spot. The cost of the ground anchor is 35 yuan, and the wage for each piece is only NT$15. Therefore, the cost of construction and construction cost of each piece of ground anchor is only NT$50, which is thicker than the traditional one. Compared with the cost of NT$140 for bamboo poles, the cost of NT$90 is reduced. It is known that this creation has effectively reduced the cost of construction of the net room and the construction time, and improved the farmers’ cultivation of papaya. economic Benefits, increase production and quality of papaya competitiveness, but the current planting papaya farmers, who set up the network room, or even the need to anchor buried taut tie solid pillars of various crops or related businesses eager to develop technologies and subjects.

In view of the above-mentioned traditional tightening of the anchorage of the struts and the mesh cage of the net room, the creator still has many problems and cannot break through. The creator is working on research and active research and development and creation to break through the existing technology. Functional limitations, after many years of professional experience and experience in this industry, he created the creation of this case.

The main purpose of the present invention is to provide a structure of a ground anchor, which is a flat metal or plastic fixing plate, and a plurality of perforations are arranged on the fixing plate to provide a rope to be fastened to the ground anchor fixing plate. On the upper part, the anchoring plate of the anchoring rope is buried in the soil layer, so that the rope extends out of the ground and can be directly tied to various solids. Fixing another rope on the object or binding it to the various fixtures, the fixing plate itself has a certain weight and the plane is covered with a soil layer, so that the ground anchor is fixed by the covering of the soil layer. Gravity, by the fixed gravity, to position the fixture, does not cause the fixture to be tilted or damaged due to strong wind, not only is the construction simple and rapid, but also saves the labor cost of the solid bracket, the net room or the crop body and Time, to achieve the convenience and quickness of construction, it is not restricted to the terrain and can not be constructed. It really reduces the cost of erecting nets and planting farmers, avoids the damage of papaya strains or other crops, affects the harvest, and improves the production of papaya or crops. The quantity and quality competitiveness will enhance the utilization value of the anchor and the economic benefits of various related agriculture.

In order to achieve the above object, the present invention provides a structure of a ground anchor, the ground anchor is a fixed plate, and the fixed plate is provided with a plurality of perforations for providing at least one rope to be fastened to the fixed plate; a grounding layer is attached to the anchoring plate of the intrinsic rope, and the ground anchoring plate is embedded in the soil layer; the rope tied to the fixing plate extends out of the ground and is fastened to the fixed object; The soil layer provided on the ground anchor fixing plate causes the ground anchor fixing plate to generate a fixed gravity, and the fixing force is tightened at both ends of the rope which is fastened to the ground anchor at one end and fastened to the fixed object at the other end. According to the present invention, a ground anchor is provided, and the ground anchor is a fixed plate, and the fixed plate is provided with a plurality of perforations for providing at least one rope to be fastened to the fixed plate. Wherein, the ground anchoring plate attached to the intrinsic rope is provided with a soil layer, and the ground anchor fixing plate is embedded in the soil layer; the rope tied to the fixing plate extends out of the ground and is further tied at least Another rope, the other rope For binding to the fixture; by placing the soil layer on the ground anchor fixing plate, the ground anchor fixing plate generates fixed gravity, and one end is fastened to the ground anchor and the other end is fixed to the fixed object. A fixed force is applied to both ends of the rope to thereby position the fixture; wherein one end of the rope passes through a perforation of the ground anchor plate, Then, through the bottom of the fixing plate, through the other perforation of the ground anchor fixing plate, the rope is tied to the ground anchor fixing plate; wherein the rope is a general rope, a lead wire or a steel wire. One; wherein the fixed object is a pillar, a mesh or a crop body; the present invention further provides a structure of a ground anchor, the anchor is a fixed plate, and the fixed plate is provided with a plurality of perforations; The shape of the plate is a circle; wherein the shape of the fixing plate is a geometric shape; wherein the fixing plate is a flat shape; wherein the fixing plate is a metal fixing plate; wherein the fixing plate is a plastic fixing According to the above technical means, the anchor of the present invention is a simple planar metal or plastic fixing plate, and the fixing plate is provided with a plurality of perforations for providing a rope through the binding. The ground anchor fixing plate is provided with a soil layer on the ground anchor fixing plate of the intrinsic rope, so that the ground anchor fixing plate is buried in the soil layer, and the rope extends out of the ground and can be directly tied to the fixed object or tied again. Secure the other rope to tie On the fixture, the ground anchor is used to cover the soil layer to generate a fixed gravity, and the fixed gravity 产生 causes the two ends of the rope tied to the fixture and the ground anchor to generate a tensioning force, thereby fixing Traction positioning, effectively preventing strong winds, reducing the cost of erecting net rooms, saving operating time, and achieving simple and convenient construction, is indeed a special innovative design.

(1a)‧‧‧ Earth anchor

(1) ‧‧‧ fixed plate

(11) ‧‧‧Perforation

(2) ‧‧‧ rope

(3) ‧‧‧Fixed objects

(5) ‧‧‧ soil layer

(6) ‧‧‧ mesh

Figure 1 is a perspective view of a preferred embodiment of the present invention.

Figure 2 is a schematic view of a preferred embodiment of the present invention.

Fig. 3 is a partially enlarged schematic view (1) of a preferred embodiment of the present invention.

Figure 4 is a partially enlarged schematic view of the preferred embodiment of the present invention (2).

Figure 5 is a schematic diagram (I) of a preferred embodiment of the present invention.

Figure 6 is a schematic diagram of a preferred implementation state of the present creation (2).

Figure 7 is a schematic diagram of a preferred implementation state of the present creation (3).

Figure 8 is a schematic diagram of a preferred implementation state of the present creation (4).

In order to enable the review board to further understand the structure, features and functions of the present work, the preferred embodiment is described in detail with reference to the drawings.

Referring to FIG. 1 , FIG. 2 , FIG. 3 , FIG. 4 , and FIG. 5 , the artificial anchor ( 1 a ) is a planar fixing plate ( 1 ), and the fixing plate ( 1 ) can be According to the need of metal or plastic material, the fixing plate (1) is provided with a plurality of perforations (11), and the shape of the fixing plate (1) can be circular, triangular or square as shown in FIG. , pentagon, hexagon, polygon, etc., various geometric shapes; the plurality of perforations (11) on the ground anchor (1a) fixing plate (1) provide one end of the rope (2) through a perforation ( 11) through the bottom of the fixing plate (1) from the bottom to the other through the other perforation (11), and the rope (2) can be a general rope (2), lead wire or steel wire, etc. according to needs, various materials a rope (2), and the two ends of the rope (2) extend out of the fixing plate (1) to tie the rope (2), thereby being fast and easily fastened to the ground anchor (1a) fixing plate (1), After drilling a small hole in the ground, the soil layer (5) can be placed on the ground anchor (1a) fixing plate (1) to which the rope (2) is fixed, and the ground anchor (1a) fixing plate can be fixed. ) is buried in the soil layer (5), and the two ends of the rope (2) extend out of the ground and can be directly tied to Fixing (3) or reattaching another rope (2) to be fastened to the fixture (3), and the fixture (3) can also be a general pillar or an upright web as needed (6) The pillar, the mesh (6) or the crop body; when the anchor (1a) of the original anchor (1) is tied to the rope (2), it is buried in the soil layer (5) and extends out of the soil layer. (5) The rope (2) is tied to the fixture (3), or the rope (2) extending out of the soil layer (5) is then tied and fastened to another rope (2) for binding On the fixture (3), at this time, since the fixing plate (1) itself has a certain weight and the plane is covered with the soil layer (5), the ground anchor (1a) is caused by the soil layer (5). Covering and generating a fixed gravity, the one end is fastened to the ground anchor (1a) fixing plate (1) and the other end is fastened to the fixed object (3) at both ends of the rope (2) to generate a fixed force of tension, by burying Fixing the fixed gravity of the ground anchor (1a) of the intrinsic rope (2) in the soil layer (5) to position the fixture (3) without causing the fixture (3) to be blown down due to strong wind or typhoon Even if it is uprooted, it can prevent the strong wind from causing the mesh (6) of the net room to be shaken too much and be blown away or damaged and broken, so as to achieve the effect of the anchor (1a) fixed tension of the artificial ground.

Referring to Fig. 6, Fig. 7, and Fig. 8, when the ground anchor (1a) fixing plate (1) of the original rope (2) is embedded in the soil layer (5), it is tied. The rope (2) extends out of the ground and can be directly tied to the fixture (3) or tied to another rope (2) to be fastened to the fixture (3), especially for planting crops. The pillars embedded around the net room, and the ropes extending out of the ground (2) can be tied not only to the fixture (3), but also together with the mesh (6) of the mesh room. Not only can the pillars be prevented from being tilted by strong winds, but also the mesh (6) of the mesh chamber can be prevented from being blown away by strong winds, or even collapsed and broken. It can also be tied to the ground anchors as shown in Fig. 7 ( 1a) The rope (2) on the fixed plate (1) and extending out of the ground is directly fastened to the mesh (6) of the mesh chamber, or tied to another rope (2) to be tied to the net room. On the mesh (6), the same effect can be achieved by tightening the fixed mesh (6) without being blown or blown by strong winds. In particular, it is necessary to set up a net room to prevent the aphids from invading the papaya plants and avoid being affected by the papaya strain. "toxin disease"肆While severely erection Watermelon loss down the drain chamber campus network papaya, a top strut standing web (6) of the need to anchor the Original (1a) fixed plate (1) fixed rope tied The cable (2) is embedded in the soil layer (5), and the rope (2) extending out of the ground is tied to the surrounding pillar by means of direct binding or re-bonding to another rope (2), or The pillars are tied together with the mesh (6) of the net room, and even the mesh (6) of the net room is directly tied, so as to prevent the hard-wired net room from being blown away by strong wind, not only saving Traditionally, the large bamboo rods are buried to tighten the high labor cost of fixing the mesh pillars or the nets of the mesh chambers (6), and the time for securing the brackets, the mesh (6) or the crop body can be saved, and the construction is fast. The simplicity and convenience are not limited to the terrain and can not be constructed. It really reduces the cost of erection of nets by farmers, effectively protects the net room from being damaged by strong winds or typhoons, and avoids damage to the harvest of papaya plants or crops, and increases papaya or The production quantity and quality of crops enhance the utilization value of the artificial anchor (1a) and the economic benefits of various related agriculture; the ground anchor (1a) of this creation can not only be used for pillars or nets for erecting nets in agriculture ( 6) The tensioning function can also be applied to other The industry needs to tighten the fixed fixtures (3) by the fixed gravity of the ground anchor (1a) embedded in the soil layer (5), and the tying tension can also be achieved to prevent the fixture (3) from being strong. The benefit of blowing down the slope or damage.

The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of implementation of the present invention, and any other changes and modifications or equalities in the same spirit and scope of the present invention. All are covered by the scope of the creative protection and the scope of patents.

This creation is based on the above characteristics and is a very outstanding and excellent design; it is not found in the publication or public use, and is suitable for the application requirements of the new patent, and is submitted in accordance with the law.

(1a)‧‧‧ Earth anchor

(1) ‧‧‧ fixed plate

(11) ‧‧‧Perforation

Claims (11)

A structure of a ground anchor, the ground anchor is a fixed plate, and the fixed plate is provided with a plurality of perforations for providing at least one rope to be fastened to the fixed plate; wherein the anchor is fixed on the ground anchor plate The soil layer is disposed, and the ground anchor fixing plate is embedded in the soil layer; the rope tied to the fixing plate extends out of the ground and is fixed on the fixing; by being disposed on the ground anchor fixing plate In the soil layer, the ground anchor fixing plate generates a fixed gravity, and a fixed force is tightened at both ends of the rope which is fastened to the ground anchor at one end and fastened to the fixed object at the other end, thereby positioning the fixture. A structure of a ground anchor, the ground anchor is a fixed plate, and the fixed plate is provided with a plurality of perforations for providing at least one rope to be fastened to the fixed plate; wherein the anchor is fixed on the ground anchor plate The soil layer is disposed, and the ground anchor plate is embedded in the soil layer; the rope tied to the fixed plate extends out of the ground and is further tied to at least another rope, and the other rope is tied Fixing on the fixed object; by placing the soil layer on the ground anchor fixing plate, the ground anchor fixing plate generates fixed gravity, and one end is fastened to the ground anchor and the other end is fastened to the ends of the rope on the fixed object. A fixed force of tension is generated to thereby position the fixture. The structure of the ground anchor according to claim 1 or 2, wherein one end of the rope passes through one of the perforations of the ground anchor fixing plate, and then passes through the bottom of the fixing plate from the bottom to the top through the ground anchor fixing plate. Perforation, so that the rope can be tied to the ground anchor plate. The structure of the ground anchor according to claim 1 or 2, wherein the rope is one of a general rope, a lead wire or a steel wire. The structure of the ground anchor according to claim 1 or 2, wherein the fixed object is a pillar or a net Or cropper body. The structure of a ground anchor, the anchorage is a fixed plate, and the fixed plate is provided with a plurality of perforations. The structure of the ground anchor according to any one of 2 or 6, wherein the shape of the fixing plate is a circle. The structure of the ground anchor according to any one of 2 or 6, wherein the shape of the fixing plate is a geometric shape. The structure of the ground anchor according to any one of 2 or 6, wherein the fixed plate is planar. The structure of the ground anchor according to any one of 2 or 6, wherein the fixing plate is a metal fixing plate. The structure of the ground anchor according to any one of 2 or 6, wherein the fixing plate is a plastic fixing plate.