TWM486942U - Soft planting pot - Google Patents

Description

Planting soft basin

This creation is about a planting soft basin, especially a planting soft basin structure with a convex bump on the bottom and a good drainage performance and a breathable effect.

Planting plants can be divided into two major points: one is seedling and the other is cultivation. The seedling is to grow the seed of the plant into a seedling, and the cultivation is to transplant the seedling to a proper place to cultivate the care. At present, the common methods of seedling cultivation include planting seeds in planting soft pots, and gradually cultivating plant seeds into seedlings to facilitate subsequent cultivation. The planting soft basin is made of soft plastic material and has soft and soft deformable properties. The bottom of the plant is made of a perforation, and when the watering is cultivated, the excess water can be discharged through the perforation. Moreover, air-rooted plants such as orchids do not need to be poured with too much water, and the roots absorb the moisture in the air by themselves, and the planting materials are not filled with mud, but are filled with snake wood chips, bark, and water grass. Planted in a soft pot to facilitate the root extension of the air root plant. When cultivating watering, it is best to pour the water completely out of the perforation at the bottom, and let the roots of the air-rooted plants be moistened by water, but it is important to pay attention not to allow water to accumulate in the soft pots. The roots of the air-rooted plants are impregnated and rotted. That is, in the roots of the air-rooted plants, it is necessary to contact the water during the growth process, but it is necessary to prevent the roots from being immersed in the water to cause decay.

At present, there is a planting soft pot structure for cultivating a gas root plant, which has a penetrating drainage hole on the bottom wall, and a convex ring is formed on the inner side of the bottom wall, and the drain hole is located in a range surrounded by the convex ring A gap is formed in the collar to define an arc. The height of the arc provides a gap between the bottom wall and the top end of the arc to allow the gap and the gap to be circulated for gas and liquid. Although the planting soft pot provides drainage and ventilation effects when the air root plant is cultivated, a convex ring is formed on the inner side of the bottom wall, and a gap is formed in the convex ring to form a segment of the arc of the sector arc. After the water is poured into the planting soft basin, only a part of the water flowing to the bottom wall will be discharged outward through the notch and the drainage hole, and some of the water will be blocked by the arc ring formed by the convex ring ring and is not easily discharged. As a result, there is still a possibility of residual water accumulation at the leading edge of the arc of the bottom wall, so that the root of the air-rooted plant is easily immersed in the residual water, causing damage to the root of the air-rooted plant. Moreover, due to the blocking effect of the arc-shaped flap on the bottom wall to form a ring wall, the airflow induced by the breathing of the air-rooted plant can also hinder its flowability, which is unfavorable for the respiratory growth of the air-rooted plant during the cultivation process. In addition, the planting soft basin is molded into a soft deformable structure by plastic injection, and a notch is formed on the bottom wall to form a curved ring, so that the arcuate region still has a curved surface which is easily pressed by the longitudinal force and is depressed. Deformation, and as the arc length of the arc lobe is longer, this phenomenon is more obvious. Therefore, as the root of the air root plant stretches and resists, the arc lobe may be deformed downward downward, causing a downward concave gap. So that the water will flow there and will not be discharged, causing the roots of the air-rooted plants to be immersed in the accumulated water and rotted and damaged.

The present invention provides a planting soft basin, including a bottom portion, a peripheral wall extending upwardly in the longitudinal direction, a wall surface defining an opening, and a center point of the bottom portion forming a perforation and perforating to the bottom between the wall surfaces Forming a first circular bump extending longitudinally toward the opening, the ratio of the circular diameter of the first circular bump to the circular diameter of the through hole is between 3:1 and 1:4.

By creating the gap between the height of the circular bump formed by the bottom and the bottom, the creation of the air-rooted plant can be made by the streamline structure of the circular bump, and the pouring water is easily made by the circular bump. The surface flows through the gap and is discharged outward through the perforation, and the circular convex point of the streamline structure allows the respiration of the root of the air-rooted plant to smoothly flow therebetween, thereby improving the drainage and air permeability of the air-root plant cultivation, and The use of semi-circular hollow spherical circular bumps, with better structural strength, and the streamlined structure of circular bumps, allows the roots of the air-rooted plants to grow and slide smoothly to avoid circular bumps. The roots of the air-rooted plants are pressed and the deformation of the depressions is lost.

10‧‧‧Planted soft basin 20‧‧‧Bottom 22‧‧‧Perforated 24A‧‧‧First rounded bump 24B‧‧‧Second circular bump 24C‧‧‧3rd circular bump 24D‧ ‧‧4th rounded bump 25‧‧‧Semi-circular surface 26‧‧‧Wall 28‧‧ Opening 30‧‧‧First ring ribs 32‧‧ Second ring ribs 34‧‧ Third ring ribs 36 ‧‧‧Support ribs 38‧‧‧ belly ribs 40‧‧‧ roots

Figure 1 shows the perspective of the creation of the creation.

Figure 2 shows a perspective view of the creation.

Fig. 3 is a cross-sectional view taken along line 3-3 of Fig. 1.

Figure 4 shows a cross-sectional view of the creation.

Fig. 5 is a cross-sectional view showing the formation of a gap between the root of the air-rooted plant and the bottom of the planting soft pot by cultivating a gas-rooted plant such as orchid in the soft pot of the present invention.

All of the following drawings are merely illustrative of the basic teachings of the present invention, and the extension of the number, position, relationship, and size of the components constituting the preferred embodiment will be explained in the drawings. Post-guided changes are implemented in industry skills. In addition, changes in the exact dimensions and size ratios associated with specific strengths, weights, strengths, and similar requirements are also within the skill of the industry after reading and understanding the teachings of this creation.

In the different figures, the same reference numerals are used to designate the same or similar elements; in addition, please refer to the text such as "first", "second", "third", "fourth", "upper", "lower", " The internal "," "outer" and the like and the similar language are only convenient for the viewer to refer to the construction in the figure and only to help describe the creation.

According to the drawing, the artificial planting soft tub 10 comprises a circular bottom portion 20, and a peripheral wall 20 extends upwardly in the longitudinal direction to form a wall surface 26. The top surface of the wall surface 26 defines an opening 28 formed in the bottom portion 20. A through hole 22, a bottom portion 20 between the through hole 22 and the wall surface 26 defines a first circular bump 24A, a second circular bump 24B, and a third circular bump 24C extending longitudinally toward the opening 28. And a fourth circular bump 24D. The bottom ends of the first, second, third, and fourth circular bumps 24A, B, C, and D form a semicircular surface 25 that is concave in the longitudinal direction, and the semicircular surface 25 and each of the circular bumps 24A, B, and C The outer surface of D is uniform in shape, so that the first, second, third, and fourth circular bumps 24A, B, C, and D form a semicircular hollow sphere on the bottom portion 20 (as shown in FIG. 3). And looking down or looking up as a round shape. The first and second circular bumps 24A, B are spaced along the center of the perforations 22, and the third and fourth circular bumps 24C, D are located at the bottom 20 between the first and second circular bumps 24A, B. Upper and third and fourth circular bumps 24C, D are spaced along the center of the perforation 22. And, the circular diameters of the first, second, third, and fourth circular bumps 24A, B, C, and D are respectively between 3:1 and 1:4. Moreover, the first, second, third and fourth circular bumps 24A, B, C, D can be separated from the adjacent wall surface 26 and the perforations 22 without being connected, and the spacing between the spacers can be 0.5 cm. But not limited to this.

According to the drawing, the wall surface 26 of the artificial planting soft pot 10 forms a first ring rib 30, a second ring rib 32 and a third ring rib 34 horizontally surrounded by the top and bottom. And a plurality of support ribs 36 extending longitudinally between the first ring rib 34 and the bottom portion 20 on the wall surface 26, the support ribs 36 being vertically interlaced with the first, second and third ring ribs 30, 32, 34 link. And forming a longitudinal rib 38 extending longitudinally on a wall surface 26 between a supporting rib 36 and an adjacent other supporting rib 36. One end of the rib rib 38 is vertically intersected with the third ring rib 34, and the rib rib 38 is further connected. One end extends toward the bottom 20 but is not interlaced with the bottom 20.

The artificial planting soft pot 10 is for the seedling cultivation of a gas root plant such as orchid (not limited thereto), and the planting material such as snake wood chips, bark or water grass is filled in the planting soft pot 10, and the first, The heights of the second, third, and fourth circular bumps 24A, B, C, and D form a gap with the bottom portion 20, such that the water poured into the plant soft basin 10 wets the root portion 40 of the air rooted plant, that is, The surface of the first, second, third, and fourth circular bumps 24A, B, C, D flows through the gap and is discharged outward through the through hole 22, and the root portion 40 of the air root plant can pass through the first and the 2. The gap formed between the heights of the third and fourth circular bumps 24A, B, C, and D and the bottom 20 and the smooth breathing air of the perforations 22.

The surface of each of the circular bumps 24A, B, C, D of the artificial planting soft pot 10 forms a streamlined continuous shape with the bottom 20, instead of the retaining wall structure in the form of an arcuate, so that fluids such as water and air can be smoothly circulated. In the gap portion, the water poured into the plant soft tub 10 is prevented from being blocked and is not easily discharged, and the air passage of the breathing is prevented from being blocked and not smoothed, thereby overcoming a conventional technique to form a convex ring on the inner side of the bottom wall. a circle, and a notch is formed in the collar ring to define an arc lobes, which is easy to cause the poured water to be blocked by the periphery of the arc valve to retain the impregnated root 40 of the accumulated water, and to improve the general shape of the retaining wall in the form of a curved lobes The shortcomings of circulation. And, the rounded surface of each of the circular convex bumps 24A, B, C, D of the semicircular hollow spherical shape and the shape of the fortress, the root portion 40 of the air root plant contacts the circular convex points 24A, B, C When D, it can slide backwards to avoid the root 40 being stuck, so that the circular protrusions 24A, B, C, and D can be prevented from being pressed and deformed by the root 40. Therefore, the creation structure can ensure the cultivation of the air-rooted plants, and the smooth drainage performance and the good gas permeability can be cultivated.

The basic teachings of this creation have been described, and many extensions and variations will be apparent to those of ordinary skill in the art. Specifically, if the second, third, and fourth circular bumps 24B, C, and D are not formed on the bottom portion 20, the flow formed by the first circular bump 24A protruding from the bottom portion 20 can still be formed. The shape of the wire allows the water flowing through the first circular bump 24A to smoothly flow out toward the perforation 22, and the outside air can flow smoothly through the perforation 22 and the streamline shape between the first circular bump 24A and the bottom 20. Circulation. Moreover, the number of forming the circular bumps in the present creation may be changed according to the bottom 20 area and the size requirement of the planting soft pot 10. For example, when the bottom 20 has a diameter of 3 cm to 5 cm, a first circular shape is formed. The bump 24A forms a gap on the bottom portion 20 to have drainage and gas permeability. When the bottom portion 20 is a planting soft pot 10 having a circular area of 5 cm or more in diameter, the second circular bump 24B may be formed at the bottom portion 20. In the second form, and further defining that the second circular bump 24B is spaced apart from the first circular bump 24A along the center of the through hole 22, the streamline shape having the circular bump on the bottom 20 on the left and right sides of the through hole 22 is obtained. The water and air flowing through the bottom portion 20 on both sides of the perforation 22 can be smoothly circulated therebetween. Moreover, the present invention becomes larger in size with the bottom 20, and has a third circular bump 24C in a third form, or further has a fourth circular bump 24D to form a fourth form, and further defines a fourth circular convex The point 24D and the third circular bump 24C are spaced apart along the center of the perforation 22, so that the first and second circular bumps 24A, B are spaced along the center of the perforation 22, and around the perforation 22, front, rear, left, The right bottom portion 20 has a streamline shape of a circular bump so that fluid such as water and air can smoothly flow therebetween. Moreover, when the first, second and third circular bumps 24A, B, C extending in the longitudinal direction toward the opening 28 are formed on the bottom portion 20, the first, second and third circular bumps 24A, B, C The equal spacing distance is formed between the first, second and third circular bumps 24A, B, C to form a three-point equidistant arrangement at the bottom 20, thereby making the water, air and the like fluid uniform and smooth. It circulates in the gap between the bottom portion 20 and the first, second, and third circular bumps 24A, B, and C. Moreover, in the present creation, the size of the bottom portion 20 can be defined as a circular area composed of a diameter of 3 cm to 15 cm, or a bottom portion 20 of a square area formed by a side length of 3 cm to 15 cm, in combination with each circular convex The circular diameter of the points 24A, B, C, and D and the diameter ratio of the perforations 22 are between 3:1 and 1:4, so that the setting of the soft pot 10 is considered to the extent of the internal planting materials. Drainage and breathability, and can be set according to the needs of different kinds of air root plants.

In addition, the first, second and third ring ribs 30, 32, 34 adjacent to the opening 28 of the plant soft tub 10 and the plurality of vertically staggered support ribs 36, and the ribs formed between any two support ribs 36 38, can improve the structural strength of the wall 26 erected, thereby improving the shortcomings of the soft and easy deformation of the wall of the conventional planting soft basin, without the first, second and third ring ribs 30, 32, 34 and the supporting ribs 36. Each of the ribs 38 does not interfere with the formation of a circular flow of the first, second, third and/or fourth circular bumps 24A, B, C, D and the bottom 20 formed at the bottom 20 by the present invention. The gap between the line shapes can achieve the practical benefit of smooth drainage and no water accumulation at the bottom 20 of the air root plant cultivation, and the root 40 can achieve smooth breathing and ventilation.

The present invention disclosed in the specification is to be considered as illustrative and not restrictive. The scope of the present invention is defined by the scope of the appended claims, and is not intended to be limited by the scope of the invention.

10‧‧‧planted soft basin

20‧‧‧ bottom

22‧‧‧Perforation

24A‧‧‧First circular bump

24B‧‧‧second circular bump

24C‧‧‧3rd circular bump

24D‧‧‧4th circular bump

26‧‧‧ wall

28‧‧‧ openings

30‧‧‧First ring rib

32‧‧‧second ring rib

34‧‧‧ Third ring rib

36‧‧‧Support ribs

38‧‧‧ belly ribs

Claims (9)

[Item 1] A planting soft basin, including:
a bottom portion (20), a peripheral wall (26) extends upwardly in a longitudinal direction from a wall surface (26), the top end of the wall surface (26) defines an opening (28), and a center point of the bottom portion (20) forms a perforation (22) a first circular bump (24A) extending along the longitudinal direction toward the opening (28), the first circular bump (24A) is formed on the bottom (20) between the perforation (22) and the wall surface (26). The diameter ratio of the circular diameter to the perforation (22) is between 3:1 and 1:4. [Item 2] The planting soft basin according to claim 1 further extends a second circular bump (24B) along the longitudinal direction opening (28) on the bottom portion (20), and the second circular convex point (24B) And the first circular bump (24A) is spaced along the center of the perforation (22), and the circular diameter of the second circular bump (24B) and the diameter of the perforation (22) are between 3:1 and 1: Between 4. [Item 3] The planting soft basin according to the second aspect of the patent application further extends a third circular bump (24C) along the longitudinal direction toward the opening (28) on the bottom portion (20), and the third circular bump (24C) ) is located on the bottom (20) between the first and second circular bumps (24A, 24B), and the circular diameter of the third circular bump (24C) and the diameter of the through hole (22) is between 3 : between 1 and 1:4. [Item 4] The planting soft basin according to Item 3 of the patent application further extends a fourth circular bump (24D) along the longitudinal direction toward the opening (28) on the bottom portion (20), and the fourth circular convex point (24D) And the third circular bump (24C) is spaced along the center of the perforation (22), and the circular diameter of the fourth circular bump (24D) and the diameter of the perforation (22) are between 3:1 and 1: Between 4. [Item 5] The planting soft basin according to claim 4, wherein the bottom portion (20) is sized to have a circular area of 3 cm to 15 cm in diameter. [Item 6] The planting soft basin according to claim 4, wherein the bottom portion (20) is sized to have a square area formed by a side length of 3 cm to 15 cm. [Item 7] The planting soft basin according to claim 1, wherein a second circular bump (24B) and a third circular bump (24C) extend from the bottom (20) toward the opening (28). The distance between the first and second circular bumps (24A, B) is equal to the distance between the second and third circular bumps (24B, C), and the first and third circular bumps (24A) The distance between C and C is equal to the distance between the first and second circular bumps (24A, B), so that the first, second and third circular bumps (24A, B, C) are at the bottom (20). A three-point equidistant arrangement is formed, and the circular to diameter ratio of the circular diameter of each of the second and third circular bumps (24B, C) to the perforation (22) is between 3:1 and 1:4. [Item 8] The planting soft basin according to claim 7, wherein the bottom portion (20) is sized to have a circular area of 3 cm to 15 cm in diameter. [Item 9] The planting soft basin according to claim 7, wherein the bottom portion (20) is sized to have a square area formed by a side length of 3 cm to 15 cm.