TWM548428U - Plant sculpture structure - Google Patents

Description

Plant sculpture structure

This creation department is about a kind of plant sculpture structure, especially the plant sculpture with specific shape by using the complex curved shape of the skeleton to realize the plant sculpture with special shape, especially by wrapping the entire surface with a covering net to prevent the culture soil and plants from falling. Moreover, the plants can grow through the mesh of the covered net, and the sprinkling unit is mostly hidden inside and sprinkled with water from the plants in the plant receiving layer, so that it is not easy to detect and does not affect the overall visual beauty.

With the improvement of the economy, people pay more and more attention to the quality of the living environment, and are therefore committed to beautifying the living environment, such as planting plants of various flowers, trees, and fruit trees outdoors, or placing potted plants indoors, while the general business operators are Catering to this trend, we have also set up appropriate plants, potted plants and bonsai in the shopping malls or in the surrounding open spaces and courtyards to provide a quality shopping environment. Therefore, the use of different plants to construct a specific three-dimensional green shape to be used as a beautification of landscapes, landmarks or three-dimensional advertisements has become increasingly popular.

In general, the most common implementation is to trim the branches and leaves of existing trees to achieve the desired three-dimensional shape, such as trimming a tall eucalyptus into a giraffe shape, or trimming a low tree of shrubs into waves or The shape of the clouds. But most of the leaves are green, so this type of shape can only show a green effect. Although green plants are very beneficial to vision in health care, they are dull and lack color changes. For profit-oriented operators, it is obvious that they need to enhance the performance of color to attract customers from all walks of life. In addition, the growth of trees is slow, and it is impossible to change the shape frequently. It is difficult to attract interest to customers who are seeking new changes.

Another way of using the technology is a lantern-like approach, using a suitable support to build a bracket structure with a specific appearance, such as using wire, iron bars, wooden strips, and then laying appropriate plants of different colors to the outer surface of the bracket structure. On the top, you can create a three-dimensional shape with a specific pattern, such as movie stars, cartoon characters, animal shapes.

However, the disadvantage of the conventional technique is that the plant to be planted is liable to be unstable on the curved surface due to the excessive inclination angle of the planting surface, and even falls off, so that the overall shape is greatly restricted. In addition, when the plant is aged or damaged and needs to be replaced, it is generally necessary to remove the planting and earthwork at the same time, because the root and the earthwork have been integrated into one body and cannot be taken out alone, resulting in great inconvenience in application and operation cost. Also high. In addition, this hedge shape must be regularly sprinkled with water to supplement the water required for planting, such as using a nozzle to connect the pump to the top of the hedgerow, but the sprinkling device will be exposed, causing visual abruptness, no Coordination seriously affects the overall aesthetics.

Therefore, there is a great need for a plant sculpture structure that uses the complex curved shape of the skeleton to place the desired plants to achieve a specific shape of the plant sculpture, especially by wrapping the entire surface of the mesh to prevent the culture soil and plants from falling, and the plants can be It grows out through the mesh of the covered net, thereby solving the problems of the above-mentioned conventional technology.

The main purpose of this creation is to provide a plant sculpture structure comprising a base, a support frame, a skeleton, a plant receiving layer and a cladding mesh, wherein the base is located at the bottom of the plant sculpture structure, and the support frame is a connection base. The skeleton is connected to the support frame and placed on the base, or part of the skeleton is directly connected to the base, and the skeleton of the remaining part is connected and placed on the base via the support frame.

The skeleton is formed by bending, weaving and joining a plurality of flexible strips to form a surface layer of the shell, the surface of which has a plurality of lattice holes, and the surface of the surface layer of the shell forms a curved surface having a three-dimensional sculpture shape, wherein the strip The object may comprise at least one of an iron strip, a stainless steel strip, and a plastic strip.

The plant accommodating layer has a mesh for water permeable, and is covered and fixed on the surface of the skeleton, and the plant accommodating layer further has a plurality of concave holes, wherein each of the concave holes is located in a corresponding lattice hole of the skeleton, That is, each lattice hole is provided with a cavity, and the cavity is used to fill the culture soil and plant the plant therein.

The coated mesh covers the plant accommodating layer to provide a coating effect, which prevents the culture soil and the plant from falling, and the coated mesh has a plurality of meshes, which can be used for planting out. In addition, the sprinkler unit can be further configured in the skeleton to provide a sprinkling function.

Therefore, the plant sculpture structure of this creation is very suitable for complex green environmental protection, and most of the sprinkler units are hidden inside the plant sculpture structure, which does not affect the visual beauty, and is suitable for complex green environmental protection. As a significant landscape, landmark or three-dimensional advertising, it can receive great landscaping, advertising and publicity benefits.

The implementation of the present invention will be described in more detail below with reference to the drawings and component symbols, so that those skilled in the art can implement the present specification after studying the present specification.

Please refer to the first figure, the second figure and the third figure at the same time, which are respectively a perspective view, an exploded view and a partially enlarged schematic view of the plant sculpture structure of the first embodiment. As shown in the first, second and third figures, the plant sculpture structure 1 of the first embodiment of the present invention comprises a base 10, a support frame 20, a skeleton 30, a plant receiving layer 40 and a covering net 50, wherein The base 10 is located at the bottom of the plant sculpture structure 1, and the bracket 20 is connected to the base 10. Further, the frame 30 is connected to the support frame 20 and placed on the base 10, or a part of the skeleton 30 is directly connected to the base 10. And the remaining portion of the skeleton 30 is connected via the support frame 20 and placed on the base 10.

Specifically, the skeleton 30 is formed by bending, weaving, and joining a plurality of flexible strips 31 to form a surface layer of the casing, and has a plurality of lattice holes 33 on the surface thereof, and the surface of the surface layer of the casing is further Form a curved surface with a three-dimensional sculpture shape.

The above strip may comprise at least one of an iron strip, a stainless steel strip and a plastic strip. Preferably, if the strip is an iron strip or a stainless steel strip, it can be woven and joined by welding, and if the strip is a plastic strip, it can be woven and joined by a plastic band or a wire.

Further, the plant accommodating layer 40 has a mesh for water permeable, and is coated and fixed on the surface of the skeleton 30. In particular, the plant accommodating layer 40 has a plurality of recesses 41, and each of the recesses 41 is located at the skeleton 30. The corresponding lattice hole 33 is inside. Furthermore, as shown in the third figure, a partially enlarged schematic view of a certain cavity 41 of the plant receiving layer 40 is clearly shown, and the cavity 41 can be used to fill the culture soil 43 and implant the plant 45 therein. The purpose of planting.

The coated net 50 is coated on the plant receiving layer 40 to provide a coating effect, and the culture soil 43 and the plant 45 are prevented from falling off. The coated net 50 has a plurality of meshes and can be used for plants. 45 wear out.

More specifically, the plant receiving layer 40 is composed of a plurality of plant receiving bags having meshes, as shown in the second figure, and each plant receiving bag can form individual recesses 41, and the plant receiving bag It is fixed to the surface of the skeleton 30 by a plurality of fixing members, and for example, a wire can be used as the fixing member.

Another embodiment of the planting is that a plurality of planting packages (not shown) can be used, and are disposed in corresponding recesses 41 of the plant receiving layer 40 for filling the culture soil 43 for planting. The required plant 45 is used.

Further, the base 10 at the bottom can also be formed into a surface structure similar to the skeleton 30 by a strip similar to the above to accommodate a desired plant, and therefore, not only the entire surface of the skeleton 30 is covered with plants. At the same time, the surface of the pedestal 10 is also covered with plants, which can highlight the beauty and coordination of the overall shape and achieve the desired effect.

The overall performance of the plant sculpture structure of this creation is as shown in the first figure. Since the entire surface is covered by the desired plants, the sculptures of the three-dimensional sculpture shape of the skeleton can be expressed, such as the rooster shape in the figure, in particular, suitable plants with different colors can be used to achieve the desired color effect. . For example, red sea bream, banana or cockscomb can be used as a rooster-shaped cockscomb, and yellow chrysanthemums and variegated woods are used as chicken knuckles and chicken feet. In addition, in order to enhance the visual sense of the tail, you can use the bright blue lavender, tulips, violets, pompoms, large green onions to make appropriate modifications, so the lining of the rest of the green plants is removed, showing the unique The visual beauty.

In summary, the present invention is characterized in that the overall structure is simple and easy to implement, and the surface layer of the casing having a plurality of lattice holes is formed by the skeleton, and is used as a curved surface of a desired three-dimensional sculpture shape, and is covered with a plant accommodation layer. Holes and corresponding cavities are formed to fill the culture soil and implant the plants, especially by coating the entire surface of the net to provide coating effect, avoiding the culture soil and plants falling off and falling, improving durability It also extends the lifespan. At the same time, the coated net also has multiple meshes for plants to grow out.

Another feature of the present invention is that the sprinkler unit 60 disposed inside is comprised of at least one sprinkler 61 and a delivery line 63, wherein each sprinkler 61 is connected to the delivery line 63 and is provided by the delivery tube The road 63 delivers a water source from the outside to each sprinkler 61 for spraying to provide a watering function to replenish the water required by the plant. Furthermore, the sprinkler 61 disposed within the skeleton 30 can sprinkle the bottom surface of the plant receiving layer from the inside to the outside, and the sprinkler 61 disposed outside the skeleton 30 can be placed from the outside to the inside of the plant receiving layer. The surface is sprinkled with water. Since the plant-receiving layer has a mesh structure, it can be used for water infiltration and exudation, so that the purpose of watering the plants can be achieved. In addition, most of the sprinklers are hidden inside the plant sculpture structure, so it does not affect the visual beauty. Therefore, the plant sculpture structure of this creation is suitable for complex green and environmentally friendly shapes, and can be set indoors and outdoors. As a significant landscape, landmark or three-dimensional advertising, it can receive great environmental beautification and merchandise advertising and publicity benefits.

In addition, the creation also has the advantage of easy to change plants, for example, if the original plants are pulled out from the pits of the plant-receiving layer, plant storage bags or planting bags, and then the desired new plants are placed. However, since the culture soil has been covered by the coated mesh and fixed, and it is not necessary to move any plant accommodation bag or planting bag, the application is quite simple and economical.

Since the technology of this creation is not found in published publications, periodicals, magazines, media, and exhibition venues, it is novel and can be implemented through breakthroughs in current technical bottlenecks. It is indeed progressive. In addition, this creation can solve the problems of the conventional technology, improve the overall use efficiency, and achieve the value of industrial utilization.

The above description is only for the purpose of explaining the preferred embodiment of the present invention, and is not intended to impose any form of limitation on the creation, so that any modification or alteration of the creation made in the same creative spirit is provided. , should still be included in the scope of protection of this creative intent.

1‧‧‧plant sculpture structure
10‧‧‧ Pedestal
20‧‧‧Support frame
30‧‧‧ skeleton
31‧‧‧ strips
33‧‧‧ lattice holes
40‧‧‧plant accommodation
41‧‧‧Deep
43‧‧‧Cultivated soil
45‧‧‧ plants
50‧‧‧Covered net
60‧‧‧ sprinkler unit
61‧‧‧ sprinkler
63‧‧‧Transportation line

The first figure shows a perspective view of the plant sculpture structure of the first embodiment of the present creation. The second figure shows an exploded view of the plant sculpture structure of the first embodiment of the present creation. The third figure shows a partial enlarged view of the pit of the plant receiving layer in the plant sculpture structure of the first embodiment of the present invention.

10‧‧‧ Pedestal

20‧‧‧Support frame

30‧‧‧ skeleton

31‧‧‧ strips

33‧‧‧ lattice holes

40‧‧‧plant accommodation

41‧‧‧Deep

50‧‧‧Covered net

60‧‧‧ sprinkler unit

61‧‧‧ sprinkler

63‧‧‧Transportation line

Claims (5)

A plant sculpture structure comprising: a base at the bottom of the plant sculpture structure; a support frame connecting the base; a skeleton attached to the support frame and placed on the base, or part of the The skeleton is directly connected to the base and the rest of the skeleton is connected and placed on the base via the support frame, and the skeleton is formed by bending, weaving and joining a plurality of flexible strips. The surface has a surface layer of one of the plurality of lattice holes, and the surface of the surface layer of the casing further forms a curved surface having a three-dimensional sculpture shape; a plant receiving layer having a mesh for permeable, draped and fixed on the surface a surface of the skeleton having a plurality of concave holes, each of which is located in a corresponding lattice hole of the skeleton for filling the culture soil and implanting the plant; and; The plant receiving layer is coated to provide a coating effect, and the coated mesh has a plurality of meshes for the plant to pass through. The plant sculpture structure according to claim 1, wherein the strip comprises at least one of an iron strip, a stainless steel strip and a plastic strip. The plant sculpture structure according to claim 1, wherein the plant accommodating layer is composed of a plurality of plant accommodating bags having the mesh for forming the pits, and the plant accommodating bags are borrowed The fixing elements are fixed to the surface of the skeleton. According to the plant sculpture structure of claim 1, further comprising a plurality of planting bags, which are placed in corresponding recesses of the plant receiving layer for filling the culture soil and the plant. According to the plant sculpture structure of claim 1, further comprising a sprinkler unit, wherein the sprinkling unit comprises at least one sprinkler and a conveying pipeline, wherein the at least one sprinkler is connected to the conveying pipeline, and The delivery line is disposed within the skeleton and/or outside the skeleton, and the delivery line receives the externally supplied water for irrigation and is delivered to the at least one sprinkler to be ejected toward the plant receiving layer.