TW202348130A - Wire cylinder mesh basket structure and fabricating method thereof - Google Patents

Abstract

The purpose of the present invention is to provide a wire cylinder mesh basket structure for fixing epiphytes, and said wire cylinder mesh basket structure of the present invention uses metal or non-metal mesh plates to form a shell with multiple meshes and can be made into a variety shell, said aforementioned shell has an accommodating area and is assembled from a plurality of plate bodies, and a large number of porous structures are filled in said shell, so that said shell of the wire cylinder mesh basket structure of the present invention can be used as a cultivation plate for fixing epiphytes. The porous structure is very breathable and does not accumulate water, and the porous structure itself has a very high porosity and has the characteristics of adsorbing water vapor, so that the attachment medium and the root of the epiphyte can be wetted at the same time when be watered, said shell can be took into account the moisture required for the growth of epiphytes and maintained the ventilation of said shell.

Description

Snake cage mesh basket structure and manufacturing method

The present invention relates to a gardening item and a manufacturing method thereof, in particular to a snake cage mesh basket structure and a manufacturing method thereof for cultivating epiphytes.

Epiphytes, also known as epiphytes, grow in nature by using their roots to cling to the epidermis of other plants or the surface of non-living rocks or humus. Their nutrients and water are obtained from the environment rather than invading and attached. Obtained from plants. Most of the common epiphytes are orchids. However, in recent years, with the gradual rise of foliage plants, and due to the limitations of urban space, people have begun to use various types of epiphytes to decorate three-dimensional spaces to achieve green beautification and edification. The benefits of temperament. Therefore, in addition to orchids, new types of epiphytes such as bromeliads (e.g. air bromeliads, water bromeliads, etc.), ferns (e.g. staghorn fern) are also gradually integrated into life.

Today's common planting media for epiphytes are mainly snake boards and wooden boards. The planting method generally uses sphagnum moss as a moisturizing medium mixed with coconut blocks and bark as a drainage and breathable medium, covering the plant roots and fixing them on the surface of the boards. . However, during the planting process, if the plants are placed in a less ventilated urban environment, for example, when plants that have been fixed on the surface of the board are placed indoors in a commercial space, it is often found that the snake boards, wooden boards and other boards used in the past are too hot and humid. problem.

On the other hand, the boards used in the past have poor air permeability, which can easily cause the boards to become moldy due to long-term moisture. Furthermore, the above-mentioned epiphytes need special consideration when planting based on the indoor humidity or ventilation level. Watering frequency and indoor ventilation should be adjusted. Otherwise, an overly humid environment or poorly ventilated environment will not be conducive to the growth of epiphytes, and for growers, there will often be frustrations with unsatisfactory planting results. feel.

Therefore, in summary, there is an urgent need to propose and develop a new device for planting epiphytes to improve the shortcomings of the boards used to fix epiphytes when used indoors, and how to improve the drainage and drainage of the new device. Breathability to provide an environment conducive to the growth of epiphytes is an urgent problem that every industry needs to solve.

In view of the above problems, the object of the present invention is to provide a snake cage mesh basket structure for fixing epiphytes. The snake cage mesh basket structure of the present invention is processed by metal or non-metal mesh plates to have multiple grids and can be made into Various shapes of shells (for example, cylinder, square, regular polygon (for example, regular hexagon), irregular polygon) allow the shell of the snake cage mesh basket structure of the present invention to be used as a fixed epiphyte. The cultivation board allows the attachment medium of the roots of the epiphytes and the shell to be wetted at the same time when watering, and can take into account the water required for the growth of the epiphyte and maintain the ventilation of the shell.

Another object of the present invention is to use porous structures (for example, volcanic rocks) to fill the shell, because the porous structures are extremely breathable and do not accumulate water, and the porous structures themselves have extremely high porosity and It has the property of absorbing water vapor, allowing epiphytes to quickly grow on the surface of volcanic rocks, promoting the development of root systems and making the overall plant strong. The snake cage mesh basket structure of the present invention can be filled with other media (for example, sphagnum moss, bark, coconut blocks, etc.) according to the needs of different types of plants.

In the first aspect of the present invention, the snake cage mesh basket structure of the present invention is used for cultivating epiphytes, and the aforementioned snake cage mesh basket structure further includes a shell and a porous structure, wherein the above shell has a receiving area, And it is assembled from a plurality of plates. Furthermore, the plurality of plates can be non-metallic or metal mesh plates and have multiple meshes. The plurality of plates also include a first mesh. A shaped plate body, an upper plate body and a lower plate body; the above-mentioned first mesh plate body has a first long frame and a second long frame, wherein the above-mentioned first long frame is located above the above-mentioned first mesh plate body, the above-mentioned The second long frame is located below the first mesh plate, and the first mesh plate is further composed of a first section and a second section. One end of the first section has a The first fastener, and the above-mentioned second section is connected to the above-mentioned first section, and one end of the second section has a first short frame. When the above-mentioned first long frame and the second long frame surround the geometric output outline, , then after assembling or bending the first mesh plate body, the above-mentioned first fastener is adjacent to the above-mentioned first short frame, so that the above-mentioned first fastener is used to wrap around the above-mentioned first short frame; the above-mentioned upper plate The body has a second fastener; the lower plate body has a third fastener; during the assembly process, the geometric outlines surrounded by the first long frame and the second long frame are used to match the upper plate body respectively. And the geometric outline of the lower plate body, wherein the second fastener is used to wrap around the first long frame, and the third fastener is used to wrap around the second long frame, so that the upper plate body is fastened to the above-mentioned third long frame. above a mesh plate body, and the lower plate body is fastened below the first mesh plate body.

In one embodiment, the porous structure is filled in the accommodation area of the housing. The aforementioned porous structures must be screened through a sieve before use to ensure that the porous structures are The particle size of the structure is not smaller than the mesh size of the plurality of plates of the shell, so as to prevent the porous structure from falling out of the mesh after being filled into the accommodation area of the shell. When the first section, the upper plate body or the lower plate body are assembled in front of the shell as the last order, a large amount of porous structures are filled into the aforesaid accommodation area.

In one embodiment, the porous structure is further volcanic stone. In one embodiment, the particle size of the porous structure is greater than 1.5 cm. In some embodiments, the particle size of the porous structure is between 1.5-2 cm. In one embodiment, in addition to the above-mentioned porous structure, other materials (such as sphagnum moss, bark, coconut blocks, etc.) can be filled into the accommodation area of the above-mentioned shell according to the growth needs of the epiphytes. middle.

In one embodiment, after the porous structure is filled into the accommodation area, the first section is assembled to the housing, and in order to allow the first section to be fixed in the housing, the first section is The fastener is used to wrap around the first short frame. In addition, the upper panel body has a first reinforcement member, the lower panel body has a second reinforcement member, and the first reinforcement member and the second reinforcement member are adjacent to the The first section, the first reinforcing member and the second reinforcing member are used to wrap around the first section.

In a second aspect of the present invention, the present invention discloses a method for manufacturing a snake cage mesh basket structure. The steps include: providing a shell, wherein the shell has an accommodating area, a first mesh plate body, an upper The plate body and the lower plate body, the first mesh plate body includes a first section and a second section; use a screen to screen out a porous structure; place the lower plate body on the first mesh Under the second long frame of the shaped plate body, use the geometric outline surrounded by the second long frame to match the geometric outline of the lower plate body; wrap the second long frame with a third fastener of the lower plate body ; Place the upper plate body above a first long frame of the first mesh plate body, and use the geometric outline surrounded by the first long frame to match the geometric outline of the upper plate body; Place the upper plate body Assemble to the shell, use a second fastener of the upper plate body to wrap around the first long frame; assemble the first section to the shell, connect the first section to the first The second section of the mesh plate body; when the first section, the upper plate body or the lower plate body is assembled in front of the shell as the final sequence, the porous structure is filled in the accommodation area . In one embodiment, the shape of the housing may be a cylinder, a square, a regular polygon (for example, a regular hexagon), an irregular polygon, or the like.

In some embodiments, when the first section is assembled before the housing as the last order, the porous structure is filled in the accommodation area. For example, if the first section is used as The last sequential assembly on the casing means that when the first section has not been assembled on the casing, there are a first opening, and the porous structure will be filled in the accommodation area through the first opening.

Furthermore, in order to close the first opening, the first fastener of the first section is used to wrap around the first short frame of the second section, and the other end of the first section includes a fourth The other end of the second section of the fastener further includes a second short frame, and the fourth fastener is used to wrap around the second short frame.

In a certain embodiment, when the lower plate body is assembled in front of the casing as the last order, the porous structure is filled in the accommodation area. For example, if the lower plate body is assembled as the last order Assembled in the casing means that when the lower plate body is not assembled in the casing, there is a second opening on the lower surface of the casing, and the porous structure will be filled in the accommodation area through the second opening.

In one embodiment, when the upper plate body is assembled in the last order before the casing, the porous structure is filled in the accommodation area. For example, if the upper plate body is assembled in the last order, In the case, it means that when the upper plate body is not assembled in the case, there is a third opening on the top of the case, and the aforementioned porous structure will be filled in the accommodation area through the aforementioned third opening.

After the assembly of the above-mentioned shell is completed and the porous structure is filled into the accommodation area, a crochet hook is used to fasten the upper plate body, and a winding wire is used to wrap an epiphyte, and one end of the winding wire is Fasten it on the crochet hook so that the epiphyte is also fixed on the upper plate body.

In one embodiment, it is further necessary to use four crochet hooks on the upper plate body to be fastened to the upper plate body, and these four crochet hooks are arranged next to the epiphyte.

In the third aspect of the present invention, the present invention also provides a new snake cage mesh basket structure, which increases the change of the shape of the shell by adding additional new components to the shell. In one embodiment, the above-mentioned shell The shape can also be a basin. In some embodiments, the above-mentioned housing further includes a second mesh plate body, and the above-mentioned second mesh plate body further includes a third long frame, a fifth fastener and a third short frame, which are bent The second mesh plate body allows the fifth fastener to wrap around the third short frame. The above-mentioned upper plate body further includes an inner edge and a sixth fastener. The geometric outline surrounded by the third long frame is respectively matched with the geometric outline of the inner edge of the upper plate body, and the fifth fastener is wrapped around the upper plate body. The third short frame, therefore, if the second mesh plate body is assembled to the housing, the sixth fastener of the upper plate body wraps around the third long frame of the second mesh plate body; when the lower plate body serves as The final sequence is to assemble in front of the shell, fill the porous structure in the accommodation area, and finally assemble the lower plate body to the shell, so that the new snake cage mesh basket structure can take on the shape of a basin.

In some embodiments, when the new snake cage mesh basket structure takes on the shape of a basin, it means The pot-shaped snake cage mesh basket structure has a concave structure after being combined, and the aforementioned epiphytes can be placed in the concave structure like ordinary plants planted in flower pots.

In a certain embodiment, the length of the first mesh plate is greater than the length of the second mesh plate; in some embodiments, the width of the first mesh plate is equal to the width of the second mesh plate. body width.

In addition, the snake cage mesh basket structure of the present invention can be hung on the wall, placed on a table or hung, and the above various usage methods will not cause the epiphytes to fall or shift. On the other hand, the end of the aforementioned epiphyte further has an attachment medium (for example, a moss ball), and the crochet hook is fixed on the aforementioned upper plate body, and a twine is used to wrap the attachment medium of the epiphyte, and the aforementioned One end of the wrapped thread is tied to the crochet hook, so that the attachment medium of the epiphyte is also fixed to the upper plate body and is not easy to fall off.

100: Snake cage mesh basket structure

102: Shell

104: First mesh plate body

1041: First long border

1042: The second longest border

106: Upper plate body

1061:Second lock firmware

108:Lower plate body

1081:Third lock firmware

110: First section

1101:First lock firmware

112:Second section

1121: First short border

M: porous structure

O1: First opening

200: Snake cage mesh basket structure

202: Shell

204: Upper plate body

A: Attachment medium

N: Crochet

P: epiphyte

302~316: Steps

400: Snake cage mesh basket structure

402: Shell

404: First mesh plate body

4041: First long border

4042: The second longest border

406: Upper plate body

4061:Second lock firmware

408:Lower plate body

4081:Third lock firmware

410: First section

4101:First lock firmware

412:Second section

4121: First short border

E: Containment area

500: Snake cage mesh basket structure

502: Shell

504: First mesh plate body

5041: First long border

5042: The second longest border

506: Upper plate body

5061:Second lock firmware

5062:Inside edge

5063:Sixth lock firmware

508:Lower plate body

5081:Third lock firmware

510:First lock firmware

512: First short border

514: Second mesh plate body

5141:Fifth lock firmware

5142:Third short border

5143:The third longest border

O2: Second opening

The embodiments of the present invention are illustrated by the examples in the accompanying drawings, but are not intended to limit the present invention. Similar reference numbers in the following drawings refer to similar components.

Figure 1 is an exploded view of a snake cage mesh basket structure according to an embodiment;

Figure 2 shows the snake cage mesh basket structure of the present invention according to another embodiment;

Figure 3 shows an embodiment of the manufacturing method of the snake cage mesh basket structure of the present invention;

Figure 4 is an assembly diagram of a snake cage mesh basket structure according to another embodiment;

Figure 5 is an assembly diagram of a basin-shaped snake cage mesh basket structure according to an embodiment.

The present invention will be described with preferred embodiments and viewpoints. Such descriptions explain the device structures and methods of the present invention, and are only used to illustrate but not to limit the patentable scope of the present invention. Therefore, in addition to the preferred embodiments in the description, the present invention can also be widely implemented in other embodiments.

As shown in Figure 1, it is an exploded view of a snake cage mesh basket structure according to an embodiment. The snake cage mesh basket structure 100 of this embodiment is used for cultivating epiphytes, and the snake cage mesh basket structure further includes a shell 102 and a porous structure M, wherein the shell has a receiving area (not shown in the figure). ), and are assembled from a plurality of plates. Furthermore, such plurality of plates can be non-metallic or metal mesh plates, and each has a plurality of grids. The plurality of plates include A first mesh plate body 104, an upper plate body 106 and a lower plate body 108; the first mesh plate body has a first long frame 1041 and a second long frame 1042, wherein the first long frame 1041 is located Above the first mesh plate body 104, the second long frame 1042 is located below the first mesh plate body 104, and the first mesh plate body 104 is further composed of a first section 110 and a second section 112. One end of the first section 110 has a first fastener 1101, and the second section 112 is connected to the first section 110, and one end of the second section 112 has a first short frame 1121. After the first long frame 1041 and the second long frame 1042 surround the geometric outline, the first mesh is assembled or bent. On the plate body 104, the first fastener 1101 is adjacent to the first short frame 1121, so that the first fastener 1101 is used to wrap around the first short frame 1121; the upper plate body 106 has a second Fastener 1061; the lower plate body 108 has a third fastener 1081; during the assembly process, the geometric outlines surrounded by the first long frame 1041 and the second long frame 1042 are used to match the upper plate body 106 respectively. And the geometric outline of the lower plate body 108, wherein the second fastener 1061 is used to wrap around the first long frame 1041, and the third fastener 1081 is used to wrap around the second long frame 1042, so that the upper plate body 106 It is fastened above the above-mentioned first mesh plate body 104, and the lower plate body 108 is fastened below the above-mentioned first mesh plate body 104.

If the first section 110 is assembled into the housing 102 in the last order, it means that before the first section 110 is assembled into the housing 102, there is a first opening O1 on the side of the housing 102, and the plurality of openings O1 are formed on the side of the housing 102. The pore structure M will be filled in the accommodation area through the aforementioned first opening O1. Therefore, after the porous structure M is filled in the accommodation area, the first section 110 is used to close the first opening O1. Furthermore, in order to close the first opening O1, the first fastener 1101 of the first section 110 is used to wrap around the first short frame 1121 of the second section 112, and the other side of the first section 110 One end includes a fourth fastener 1102, and the other end of the second section 112 includes a second short frame 1122. The fourth fastener 1102 is used to wrap around the second short frame 1122.

Please refer to FIG. 2 , which shows a snake cage mesh basket structure 200 according to another embodiment of the present invention. In a certain embodiment, after the assembly of the above-mentioned shell 202 is completed and the porous structure M is filled into the accommodation area, a complete snake cage mesh basket structure 200 is displayed, and then a crochet needle N (shown in blue) is displayed. It is fastened to the upper plate body 204, and a winding thread (not shown in the figure) is used to wrap an epiphyte P, and one end of the winding thread is tied to the crochet hook N, so that the epiphyte P is also is fixed to the upper plate body 204. Therefore, if the above-mentioned snake cage mesh basket structure 200 of the present invention is suspended, the above-mentioned epiphyte P fixed on the upper plate body 204 will not fall.

In some embodiments, in one embodiment, the particle size of the porous structure is greater than 1.5 cm. In some embodiments, the particle size of the porous structure is between 1.5-2 cm. In one embodiment, in addition to the porous structure, other materials (such as sphagnum moss, bark, coconut blocks, etc.) can also be selected and filled into the accommodation area of the housing.

In one embodiment, the porous structure is a porous structure with high water absorption; in some embodiments, the porous structure is volcanic stone; in one embodiment, the porous structure is The object may further be a sponge, and further, the sponge is made of wood cellulose fiber or foamed plastic polymer. In addition, since the porous structure filled in the accommodation area of the above-mentioned shell is a porous structure with high water absorption and light weight, therefore, if the snake cage mesh basket structure of the present invention is hung or wall-mounted, it can be fixed on the wall. In this way, the above-mentioned shell will not be deformed due to bearing the weight of the above-mentioned porous structure.

In some embodiments, the end of the epiphyte P further has an attachment medium A (for example, a moss ball), and the crochet hook is fixed to the upper plate body with a thread (not shown in the figure) Wrap the attachment medium A of the epiphyte P, and tie one end of the winding thread to the crochet hook, so that the attachment medium A of the epiphyte P is also fixed on the upper plate body 204 . When watering the aforementioned epiphyte P, the attachment medium A and the shell 202 are wetted, because the porous structure is extremely breathable and does not accumulate water, and the porous structure itself has extremely high porosity and adsorbable properties. The characteristics of water vapor solve the above-mentioned hot and humid problem of the housing 202, and when watering, the attachment medium A at the end of the epiphyte plant P can be wetted to provide the water needed for the growth of the epiphyte plant, and allow the epiphyte plant to grow rapidly and attach. Growing on the surface of porous structures, it promotes the root development of epiphytes and makes the epiphytes overall strong.

Referring to FIG. 3 , it shows an embodiment of the manufacturing method of the snake cage mesh basket structure. Steps 302 to 316 of the manufacturing method of the snake cage mesh basket structure of the present invention will be described below.

As shown in step 302, a housing is provided, wherein the housing has a receiving area, a first mesh plate body, an upper plate body and a lower plate body, the first mesh plate body includes a first area section and a second section. The above-mentioned first mesh plate body, upper plate body and lower plate body can be non-metallic or metal mesh plate bodies, and each has a plurality of meshes.

As shown in step 304, a sieve is used to screen out a porous structure. Furthermore, the particle size of the screened porous structure is greater than 1.5 cm. In some embodiments, the particle size of the porous structure is between 1.5-2 cm.

As shown in step 306, the lower plate body is placed under a second long frame of the first mesh plate body, and the geometric outline surrounded by the second long frame is used to match the geometric outline of the lower plate body. In one embodiment, the geometric outline of the upper plate body may be a circle, a square, a regular polygon (for example, a regular hexagon), an irregular polygon, or the like.

As shown in step 308, use one of the third fasteners of the lower plate body to wrap the second long side. frame, so that the above-mentioned lower plate body is tied below the above-mentioned first mesh plate body.

As shown in step 310, the upper plate body is placed above a first long frame of the first mesh plate body, and the geometric outline surrounded by the first long frame is used to match the geometric outline of the upper plate body. In one embodiment, the geometric outline of the upper plate body may be a circle, a square, a regular polygon (for example, a regular hexagon), an irregular polygon, or the like.

As shown in step 312, the upper plate body is assembled to the housing, and a second fastener of the upper plate body is used to wrap around the first long frame, so that the upper plate body is fastened to the first long frame. Above the mesh plate.

As shown in step 314, the first section is assembled to the housing, and the first section is connected to the second section of the first mesh plate. In some embodiments, the first fastener of the first section is used to wrap around the first short frame of the second section, and the other end of the first section includes a fourth fastener, and The other end of the second section further includes a second short frame, and the aforementioned fourth fastener is used to wrap around the second short frame.

As shown in step 316, when the first section, the upper plate body or the lower plate body are assembled in the last order before the shell, the porous structure is filled in the accommodation area. For example, if the first section is assembled into the housing in the last order, it means that before the first section is assembled into the housing, there is a first opening on the side of the housing, and the porous structure Objects will be filled into the accommodation area through the first opening.

In one embodiment, since the above-mentioned shell system is assembled from a plurality of plates, and the plurality of plates are all mesh plates and have multiple meshes, in order to prevent the above-mentioned porous structure from passing through the above-mentioned plurality of plates, The mesh of each plate fell out, and the particle size of the porous structure was greater than 1.5 cm. In some embodiments, the particle size of the porous structure is between 1.5-2 cm. In one embodiment, in addition to the porous structure, other materials (such as sphagnum moss, bark, coconut blocks, etc.) are also filled into the accommodation area of the housing.

In one embodiment, in addition to the shape of a square or a cylinder, the snake cage mesh basket structure of the present invention can also be made into other shapes of snake cage mesh basket structures using the method disclosed above, as shown in Figures 4 and 5 Examples revealed.

Referring to FIG. 4 , which is an assembly diagram of a snake cage mesh basket structure 400 according to another embodiment. The snake cage mesh basket structure 400 of this embodiment is also used for cultivating epiphytes, and the snake cage mesh basket structure further includes a shell 402 and a porous structure M, wherein the shell 402 has a receiving area E, and is assembled from a plurality of plates. Furthermore, such plurality of plates can be non-metallic or metal mesh plates, and each has a plurality of grids. The aforementioned plurality of plates further includes a The first mesh plate 404, an upper plate 406 and a lower plate 408, and the geometric outlines of the upper plate 406 and the lower plate 408 are regular hexagons; the first mesh plate 404 has a first A long frame 4041 and a second long frame 4042, wherein the first long frame 4041 is located above the first mesh plate 404, the second long frame 4042 is located below the first mesh plate 404, and the A mesh plate body 404 is further composed of a first section 410 and a second section 412. One end of the first section 410 has a first fastener 4101, and the second section 412 It is connected to the first section 410, and one end of the second section 412 has a first short frame 4121. When the first long frame 4041 and the second long frame 4042 surround the geometric outline, they are assembled or bent. The first mesh plate 404 is in the shape of a regular hexagon, and the first fastener 4101 is adjacent to the first short frame 4121, so that the first fastener 4101 can be used to wrap around the first short frame 4121; The aforementioned upper plate body 406 has a second fastener 4061; the aforementioned lower plate body 408 has a third fastener 4081; during the assembly process, the space surrounded by the first long frame 4041 and the second long frame 4042 is used. The geometric contours match the geometric contours of the upper plate body 406 and the lower plate body 408 respectively, in which the second fastener 4061 is used to wrap around the first long frame 4041, and the third fastener 4081 is used to wrap around the first long frame 4041. The second long frame 4042 enables the upper plate body 406 to be fastened above the above-mentioned first mesh plate body 404, and the lower plate body 408 to be fastened below the above-mentioned first mesh plate body 404; A section 410 is assembled to the casing 402 as the last sequence, which means that when the first section 410 has not been assembled to the casing 402, there is a first opening O1 on the side of the casing 402, and the porous structure M The accommodating area will be filled through the aforementioned first opening O1. Therefore, after the porous structure M is filled in the accommodation area, the first section 410 is used to close the first opening O1 to complete the hexagonal snake cage mesh basket structure 400 of the present invention.

Referring to FIG. 5 , it is an assembly diagram of a basin-shaped snake cage mesh basket structure 500 according to an embodiment. The aforementioned snake cage mesh basket structure 500 includes a shell 502 and a porous structure M. The shell 502 has an accommodation area E and is assembled from a plurality of plates. Furthermore, such plurality of plates The body can be a non-metallic or metal mesh plate body, and each has a plurality of meshes. The plurality of plate bodies include a first mesh plate body 504, an upper plate body 506 and a lower plate body 508, and the above-mentioned shell The body further includes a second mesh plate body 514. The second mesh plate body 514 further includes a fifth fastener 5141, a third short frame 5142 and a third long frame 5143. After bending the second mesh plate body 514, The plate body 514 allows the fifth fastener 5141 to wrap around the third short frame 5142 . The aforementioned upper plate body 506 also includes an inner The edge 5062 and a sixth fastener 5063 use the geometric outline surrounded by the third long frame 5143 to match the geometric outline of the inner edge 5062 of the upper plate body 506, and use the fifth fastener 5141 to wrap around the third short frame 5142. Therefore, if the second mesh plate body 514 is assembled to the housing 502, the sixth fastener 5063 of the upper plate body 506 is used to wrap the third long frame 5143; the above-mentioned first mesh plate body 504 is again It has a first long frame 5041 and a second long frame 5042, wherein the first long frame 5041 is located above the first mesh plate 504, and the second long frame 5042 is located below the first mesh plate 504. , and the first mesh plate body 504 is further composed of a first section (not shown in the figure) and a second section (not shown in the figure). One end of the first section has a first section. A fastener 510, and the above-mentioned second section is connected to the above-mentioned first section, and one end of the second section has a first short frame 512. When the above-mentioned first long frame 5041 and the second long frame 5042 surround the geometric After the outline, the first mesh plate 504 is combined or bent, and the first fastener 510 is adjacent to the first short frame 512, so that the first fastener 510 is used to wrap around the first The short frame 512; the upper plate body 506 has a second fastener 5061; the lower plate body 508 has a third fastener 5081; during the assembly process, the first long frame 5041 and the second long frame 5042 are used The surrounding geometric contours match the geometric contours of the upper plate body 506 and the lower plate body 508 respectively, in which the second fastener 5061 is used to wrap around the first long frame 5041, and the third fastener 5081 is used. By wrapping the second long frame 5042, the upper plate body 506 is fastened above the above-mentioned first mesh plate body 504, and the lower plate body 508 is fastened below the above-mentioned first mesh plate body 504; when The lower plate body 508 is assembled in front of the shell 502 as the final sequence, the porous structure M is filled in the accommodation area, and finally the lower plate body is assembled to the shell to form a new snake cage mesh basket structure. Can take on the shape of a basin.

In a certain embodiment, if the lower plate 508 is assembled to the casing 502 in the last order, it means that when the lower plate 508 has not been assembled to the casing 502, there is a second opening O2 on the lower surface of the casing 502. , and the porous structure M will be filled in the accommodation area E through the second opening O2.

In some embodiments, when the new snake cage mesh basket structure takes on the shape of a basin, it means that the basin-shaped snake cage mesh basket structure has a concave structure after being combined, and the aforementioned epiphytes can be planted in the same shape as ordinary plants. It is placed in the recessed structure like a flowerpot.

In a certain embodiment, the length of the first mesh plate is greater than the length of the second mesh plate; in some embodiments, the width of the first mesh plate is equal to the width of the second mesh plate. body width.

In some embodiments, the snake cage mesh basket structure of the present invention can be replaced with the upper plate body being assembled into the shell in the last order. This means that there is a third opening on the top of the shell when the upper plate body has not yet been assembled into the shell body. , and the aforementioned porous structure will be filled in the accommodation area through the aforementioned third opening.

Several of the methods of the invention are described in their most basic form, but methods may be added to or deleted from any of the invention without departing from the basic scope of the invention, and may Add certain information to or delete certain information from any of the messages described herein. Those skilled in the art will appreciate that several further modifications and variations may be made to the present invention. The specific examples provided herein are not intended to limit the invention but to illustrate the invention.

100: Snake cage mesh basket structure

102: Shell

104: First mesh plate body

1041: First long border

1042: The second longest border

106: Upper plate body

1061:Second lock firmware

108:Lower plate body

1081:Third lock firmware

110: First section

1101:First lock firmware

112:Second section

1121: First short border

M: porous structure

O1: First opening

Claims (10)

A snake cage net basket structure is used for cultivating epiphytes and includes: A shell has an accommodating area and is assembled from a plurality of plates, wherein the plurality of plates includes: A first mesh plate body has a first long frame and a second long frame, and also includes: a first section with a first fastener at one end; A second section is connected to the first section and has a first short frame at one end so that the first fastener is used to wrap around the first short frame; An upper plate body with a second locking member; The lower plate body has a third fastener, and the geometric outline surrounded by the first long frame and the second long frame matches the geometric outline of the upper plate body and the lower plate body respectively, wherein the third The two fasteners are used to wrap around the first long frame, and the third fastener is used to wrap around the second long frame; A porous plate is screened through a screen and placed in the accommodation area; wherein when the first section, the upper plate body or the lower plate body is assembled in front of the shell in the final order, the The porous sheet material is filled into this containment area. As for the snake cage mesh basket structure described in item 1 of the patent application, the shell further includes a second mesh plate body, and the second mesh plate body further includes a fifth fastener and a third short frame. and a third long frame, and the upper plate body further includes an inner edge and a sixth fastener, wherein the second mesh plate body is bent so that the fifth fastener wraps around the third short frame, The geometric outline surrounded by the third long frame is used to match the geometric outline of the inner edge, and the fifth fastener is used to wrap around the third short frame, and the sixth fastener is used to wrap around the third long frame. For example, in the snake cage mesh basket structure described in item 1 of the patent application, the other end of the first section includes a fourth fastener, and the other end of the second section includes a second short frame. Four fasteners are used to wrap around the second short frame. For example, in the snake cage mesh basket structure described in item 1 of the patent application, the particle size of the porous plate is greater than 1.5 cm. For example, the snake cage mesh basket structure described in item 1 of the patent application, wherein the snake cage mesh basket structure further includes a crochet hook and a winding thread, the crochet hook is fastened to the upper plate body, and the winding thread is wound around the appendix plant, one end of the winding thread is tied to the crochet hook, so that the epiphyte is also fixed to the upper plate body. A method of making a snake cage mesh basket structure, which includes: A shell is provided, wherein the shell has a receiving area, a first mesh plate body, an upper plate body and a lower plate body, the first mesh plate body includes a first section and a second area part; Use a screen to screen out a porous plate; Place the lower plate body under a second long frame of the first mesh plate body, and use the geometric outline surrounded by the second long frame to match the geometric outline of the lower plate body; Wrap the second long frame with a third fastener of the lower plate body; Place the upper plate body above a first long frame of the first mesh plate body, and use the geometric outline surrounded by the first long frame to match the geometric outline of the upper plate body; Assemble the upper plate body to the casing, and use a second fastener system of the upper plate body to wrap around the first long frame; Assemble the first section to the housing, and connect the first section to the second section of the first mesh plate; When the first section, the upper plate body or the lower plate body are assembled in front of the casing as the last order, the The porous sheet fills the accommodation area. For example, in the method for manufacturing a snake cage mesh basket structure described in item 6 of the patent application, the shell further includes a second mesh plate body, and the second mesh plate body further includes a fifth locking member, a first Three short frames and a third long frame, and the upper plate body further includes an inner edge and a sixth fastener, in which the second mesh plate body is bent so that the fifth fastener wraps around the third The short frame is used to match the geometric outline surrounded by the third long frame to match the geometric outline of the inner edge, and the fifth fastener is used to wrap the third short frame, and the sixth fastener is wrapped around the third long frame. For example, in the method for manufacturing a snake cage mesh basket structure described in item 6 of the patent application, the particle size of the porous plate is greater than 1.5 cm. The method for manufacturing a snake cage mesh basket structure as described in item 6 of the patent application, wherein one end of the first section is provided with a first fastener, and one end of the second section is provided with a first short frame, and the first section is provided with a first short frame. A fastener is used to wrap around the first short frame. For example, in the method for making a snake cage mesh basket structure described in item 6 of the patent application, a crochet hook is used to fasten the upper plate body, and a winding wire is used to wrap an epiphyte, and one end of the winding wire is tied On the crochet hook, the epiphyte is also fixed on the upper plate body.

Images