TWM599080U - Orchid cultivation utensil - Google Patents

Abstract

A vessel for cultivating orchid plants is suitable for being used with at least one substrate block and comprises at least one containing unit suitable for containing the at least one substrate block. The at least one accommodating unit includes a bottom wall formed with a water permeable hole, and a surrounding wall extending upward from the bottom wall. The bottom wall cooperates with the surrounding wall to define a chamber communicating with the water permeable hole. The bottom wall has a bearing portion suitable for bearing the matrix block and defining the water permeable hole, and a plurality of water collecting portions recessed downward from the bearing portion at intervals. The chamber has a plurality of small water storage areas defined by the water collection parts, so that part of the water suitable for irrigating the orchid plants can be temporarily stored in the small water storage areas after passing through the substrate block.

Description

Utensils for Orchid Plants Cultivation (2)

The new model relates to a utensil for cultivation, in particular to a utensil for cultivation of orchid plants.

Referring to Figure 1, most of the orchid seedlings are currently cultivated by a seedling tray as shown in Figure 1. The seedling tray includes a plurality of hollow box bodies 9 arranged at intervals, and each box body 9 is depressed downward to define A seedling chamber 91 suitable for accommodating a seedling (not shown) is provided, and a perforation 92 is formed at the bottom of each box 9 to connect the seedling chamber 91 with the outside. Thereby, when the orchid seedlings are cultivated with the seedling tray, the excessive water can be discharged through the perforations 92, which can prevent the orchid seedlings from being soaked in the water remaining at the bottom of the boxes 9 for a long time, which may cause moldy roots. Or rot. However, since orchid seedlings must grow in a well-ventilated and humid air environment, the existing seedling trays only have drainage function, and it is difficult to create a humid environment suitable for orchids, so it is necessary to improve.

Therefore, the purpose of the present invention is to provide an orchid plant cultivating vessel that can create a ventilated and humid environment suitable for the growth of orchid plants.

Therefore, the new orchid plant cultivation vessel is suitable for use with at least one substrate block and includes at least one containing unit suitable for holding the at least one substrate block. The at least one accommodating unit includes a bottom wall formed with a water permeable hole, and a surrounding wall extending upward from the bottom wall. The bottom wall cooperates with the surrounding wall to define a chamber communicating with the water permeable hole. The bottom wall has a bearing portion suitable for bearing the matrix block and defining the water permeable hole, and a plurality of water collecting portions recessed downward from the bearing portion at intervals. The chamber has a plurality of small water storage areas defined by the water collection parts, so that part of the water suitable for irrigating the orchid plants can be temporarily stored in the small water storage areas after passing through the substrate block.

The effect of the present invention is that by the structural design of the bottom wall, the water collecting parts can define the small water storage areas, and excessive water can be discharged from the permeable hole to avoid the roots of the orchid plants It rots due to soaking, and a part of the water can be temporarily stored in the small water storage areas after passing through the substrate block, which can maintain the humidity of the chamber for a long time, which is beneficial to the growth of the orchid plants.

Referring to Figure 2, an embodiment of the new orchid plant cultivation vessel is suitable for cultivating multiple orchid plants B with multiple substrate blocks A (shown in Figure 4, which only shows one substrate block A and one Orchid plant B), and includes a plurality of accommodating units 1 suitable for accommodating the substrate blocks A, and a top wall 2 connected to the accommodating units 1. In this embodiment, each substrate block A is suitable for planting an orchid plant B, and each accommodating unit 1 is suitable for holding a substrate block A.

3 and 4, each containing unit 1 includes a bottom wall 11 formed with a water-permeable hole 110, and a surrounding wall 12 extending upward from the bottom wall 11, the bottom wall 11 and the surrounding wall 12 A chamber 10 connected with the water-permeable hole 110 is cooperatively defined. Each bottom wall 11 has a bearing portion 111 suitable for bearing the matrix block A and defining the water-permeable hole 110, a plurality of water collecting portions 112 recessed downward from the bearing portion 111 at intervals, and a self-corresponding The surrounding wall 12 is bent radially inward and extends upward to engage the corresponding supporting portion 113 of the carrying portion 111.

Each chamber 10 has a plurality of small water storage areas 101 defined by the corresponding water collection areas 114, a planting area connected with the corresponding water permeation hole 110 and the corresponding small water storage areas 101 102, and a large water storage area 103 defined by the corresponding supporting portion 113 and the corresponding surrounding wall 12 in cooperation and communicating with the planting area 102.

With reference to Figures 2 and 4, the top wall 2 includes a plurality of communicating portions 21 connected to the surrounding walls 12, a plurality of drainage portions 22 respectively extending outward from the surrounding walls 12 of the containing units 1, and multiple A connecting part 23 connecting the surrounding walls 12 of the containing units 1 and the connecting parts 21. In this embodiment, each communicating portion 21 is U-shaped with an opening facing upward, and is recessed downward to define a communicating groove 210 that communicates with the adjacent chambers 10, and each drainage portion 22 is an opening. U-shaped upward and recessed downward to define a drainage groove 220 communicating the corresponding chamber 10 and the outside. The connecting parts 23 can connect the accommodating units 1 to facilitate the simultaneous cultivation of multiple orchid plants B in this embodiment.

Referring to FIG. 4, in order to facilitate the description of the use of this embodiment, the following description is directed to one of the accommodating units 1. In actual use, an orchid plant B is first implanted in a matrix block A, and then the matrix block A and the orchid plant B are placed in the chamber 10 of the containing unit 1, so that the matrix block A It is contained in the planting area 102 of the containing chamber 10, and then water can be poured into the containing unit 1 to irrigate the orchid plant B. In order to ensure that the orchid plant B can grow in a well-ventilated and humid environment, therefore, the substrate block A used in this embodiment is made of water-retaining materials and has a relatively loose structure, so that the substrate block A can be used at the same time Has good air permeability and drainage. Thereby, the water will evenly penetrate into the matrix block A, and part of it will be absorbed by the matrix block A to supply sufficient water for the orchid plant B.

When the watering is too fast or too much, so that the substrate block A has no time to absorb water, a part of the water will flow from the communicating grooves 210 of the top wall 2 to the adjacent accommodating units 1, so that the water can be more uniform Ground is distributed to each accommodating unit 1 of this embodiment, and excess water can also be discharged from the drainage grooves 220 of the top wall 2 to coordinately adjust the amount of water flowing into the accommodating unit 1.

When the amount of water flowing into the chamber 10 of the accommodating unit 1 is sufficient, and the matrix block A is saturated and can no longer absorb water, the remaining water will flow to the bottom wall 11 of the accommodating unit 1, part of which The water permeable hole 110 of the bottom wall 11 is discharged outward to prevent the roots of the orchid plant B from rot due to long-term soaking in water. The other part of the water is received by the water collection parts 112 of the bottom wall 11 after passing through the planting area 102 of the container 10 and temporarily stored in the small water storage areas 101 of the container 10. Thereby, when the water stored in the substrate block A is absorbed by the orchid plant B or is reduced due to evaporation, the water stored in the small water storage areas 101 will continue to evaporate to supplement the water The moisture inside the chamber 10 can maintain the humidity of the chamber 10 for a long time.

At the same time, with the shape design of the bottom wall 11, the supporting portion 113 of the bottom wall 11 can also receive part of the water, so that a part of the water energy is temporarily stored in the large water storage area 103 of the chamber 10, and continues It evaporates and replenishes the moisture in the chamber 10. In addition, the supporting portion 113 can also support the supporting portion 111 to be raised away from the ground or the desktop without using an additional bracket, that is, the permeable hole 110 can be suspended and kept unblocked. In addition to ensuring that excessive water can be smoothly discharged through the permeable hole 110, it also ensures that air can flow into the chamber 10 through the permeable hole 110, so as to maintain the air flow inside the chamber 10, which helps to create a breeze. A ventilated and humid environment where plants of the family B grow.

It should be particularly noted that in other embodiments of the present invention, the number of the accommodating units 1 is not limited to the content disclosed in this embodiment, and the present invention may also include only one accommodating unit 1. It can achieve the effect of creating a ventilated and humid environment.

In summary, through the structural design of the bottom wall 11 of the accommodating unit 1 of the new orchid plant cultivating vessel, the water collection portions 112 of the bottom wall 11 can define the small water storage areas 101 And the supporting portion 113 of the bottom wall 11 can cooperate with the surrounding wall 12 to define the large water storage area 103 of the chamber 10. Excess water can be discharged from the permeable hole 110 to prevent the orchid plant B from being damaged. The roots rot due to soaking, and part of the water after passing through the planting area 102 of the chamber 10 will be temporarily stored in the small water storage areas 101 and the large water storage area 103, so that the substrate block A can be kept for a long time Humidity is beneficial to the growth of this orchid plant B, so it can indeed achieve the purpose of cost-renewal.

However, the above-mentioned are only examples of the present model, and should not be used to limit the scope of implementation of the present model, all simple equivalent changes and modifications made in accordance with the patent scope of the present model application and the contents of the patent specification still belong to This new patent covers the scope.

1: containment unit 10: Room 101: Small water storage area 102: Planting Area 103: Large water storage area 11: bottom wall 110: permeable hole 111: Bearing Department 112: Catchment Department 113: Support 12: Wall 2: top wall 21: Connecting part 210: Connecting groove 22: Drainage Department 220: drain 23: Connection Department A: Matrix block B: Orchid

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a perspective view illustrating an existing seedling tray; Figure 2 is a perspective view illustrating an embodiment of the new orchid plant cultivation vessel; Fig. 3 is a perspective view illustrating one of the accommodating units of the embodiment from a bottom angle; and Fig. 4 is an incomplete schematic cross-sectional view illustrating the use state of this embodiment in cultivating an orchid plant with a substrate block.

1: containment unit

10: Room

101: Small water storage area

102: Planting Area

103: Large water storage area

11: bottom wall

110: permeable hole

111: Bearing Department

112: Catchment Department

113: Support

12: Wall

2: top wall

210: Connecting groove

220: drain

A: Matrix block

B: Orchid

Claims (7)

A utensil for cultivating orchid plants, suitable for use with at least one substrate block, and containing: At least one accommodating unit is suitable for containing the at least one matrix block, and includes a bottom wall formed with a water-permeable hole, and a surrounding wall extending upward from the bottom wall. The bottom wall cooperates with the surrounding wall to define a connection The chamber passing through the water-permeable hole, the bottom wall has a bearing part suitable for bearing the matrix block and defining the water-permeable hole, and a plurality of water collecting parts recessed downward from the bearing part at intervals, the chamber having A plurality of small water storage areas defined by the water collection parts enables part of the water suitable for irrigating the orchid plants to be temporarily stored in the small water storage areas after passing through the substrate block. The vessel for cultivating orchid plants as described in claim 1 is suitable for use with a plurality of substrate blocks, and includes a plurality of accommodating units spaced apart from each other, and also includes a top wall connecting the accommodating units, wherein the top The wall includes a plurality of communicating parts connected to the surrounding walls, and each communicating part is recessed downward to define a communicating groove communicating with the adjacent chambers. The vessel for cultivating orchid plants according to claim 1, wherein each bottom wall further has a supporting portion extending radially inwardly from the corresponding surrounding wall and then bending upward to connect with the corresponding supporting portion , Each chamber also has a planting area communicating with the corresponding permeable hole and the corresponding small water storage areas, and a planting area defined by the corresponding support part and the corresponding surrounding wall in cooperation A large water storage area connected to the planting area. The vessel for cultivating orchid plants according to claim 2, wherein the top wall further includes a plurality of drainage parts extending outward from the surrounding wall of each containing unit, and each drainage part is recessed downward to define a communication Corresponding to the chamber and the outside drainage groove. The vessel for cultivating orchid plants according to claim 2, wherein the top wall further includes a plurality of surrounding walls connecting the containing units and connecting parts of the communicating parts. The vessel for cultivating orchid plants according to claim 2, wherein the communicating parts are U-shaped with an opening facing upward. The utensil for cultivating orchid plants according to claim 4, wherein the drainage parts are U-shaped with an opening facing upward.

Images