JPH0591289U - flower pot - Google Patents

Abstract

(57) [Abstract] [Purpose] Providing a flower pot for preventing orchid root rot, etc. [Structure] A V-shaped water receiving part is placed on the pot body with an open bottom, and a water-absorbing sludge is placed on this bottom. Is placed, and a water-absorption hanging plate is drooped from the slats so that the tip of the hanging plate faces the water receiving portion. [Effect] Excessive water in the bowl body drops from the drainage holes into the water receiving part and accumulates, and the water lacking due to plant metabolism and evaporation is replenished from the hanging plate whose tip faces the water receiving part. ， The inside of the bowl body is always maintained in the optimum water retention state. In addition, since the bottom of the pot body is open, oxygen is sufficiently supplied to the roots of plants and root rot is prevented.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a flowerpot which supplies sufficient oxygen and a minimum amount of water to pots such as Western orchids that are prone to root rot.

[0002]

[Prior Art]

 For the management of ornamental plants such as western orchids, it is preferable to use flower pots that have been devised so that adequate water and oxygen can be supplied to the roots, but unglazed flower pots are merely adopted. In the method of arranging the drainboard on the bottom of the flowerpot to prevent root rot and draining the water, water accumulates in the saucer and excess water is fed back into the flowerpot.

[0003]

[Problems to be solved by the device]

 As pottery for ornamental plants, unbaked pots are inferior in appearance, so potted pots and plastic pots with a decorative surface are used. In a porous clay pot, the necessary oxygen is supplied from the wall surface into the pot, and excess water can evaporate. However, in a plastic pot, there are many oxygen shortages and too much water. The present invention is a plastic bowl with excellent mass productivity and design, which has excellent drainage, oxygen supply, and minimum necessary water supply capacity.

[0004]

[Means for Solving the Problems]

 A bowl main body with an open bottom is mounted on a V-shaped water receiver, and a drainboard with a water-absorbing hanging plate is placed on the bottom of this bowl body. The tip of the drooping plate faces the inside of this water receiving part with side plates arranged on the left and right. The slats integrated with this hanging plate have many through holes and are made of a material with excellent water absorption.

[0005]

[Action]

 Wrap the roots of western orchids in water moss and insert them into the pot body (Fig. 4). Oxygen in the air is supplied into the water moss through a large number of through holes provided in the drainboard, while the supplied water falls from the through holes into the water receiving part and excess water is not stored in the bowl body. It doesn't collect. When the water in the bowl body begins to run short due to the metabolic function and evaporation of the orchid, the water stored in the water receiving part penetrates into the bowl body through the water-absorbing hanging plate and the drainboard. In other words, the minimum amount of water necessary for growing plants is constantly replenished and sufficient oxygen is supplied to the pot body.

[0006]

【Example】

 On the V-shaped water receiving part 2 having the side plates 1 on the left and right, the pot main body 3 having an open bottom is arranged. A drainboard supporting piece 4 is projectingly provided on the bottom of the bowl body 3, and a water-absorbing drainboard 6 having a large number of through holes 5 is arranged on the bottom. A water-absorption hanging plate 7 is hung from the slats 6 so that the tip of the hanging plate 7 faces the water receiving portion 2. The hanging plate 7 and the drainboard 6 are made of a highly porous material such as a foam material or wood skin. The side plate 1, the water receiving part 2 and the bowl main body 3 are integrally molded with plastic, or only the side plate 1 and the water receiving part 2 are integrally molded and the bowl main body 3 is fixed to the water receiving part 2 or the side plate 1. good. The water receiver 2 is not limited to the V-shape, but the point is that the excess water dropped from the bottom of the bowl body 3 is locally stored, and the inside of the bowl body 3 is re-established via the hanging plate 7. Any structure that can penetrate into Further, in the present invention, the water evaporated from the water receiving portion 2 is placed on the water receiving portion 2 without blocking the bottom of the bowl main body 3 so that oxygen is supplied into the bowl main body 3 through the drainboard 6. However, the bowl body 3 and the orchid above it can always be kept in an appropriate moisturizing state.

[0007]

[Effect of the device]

 In short, the present invention attaches the pot main body 3 whose bottom is opened by the slats 6 on the water receiver 2 having the side plates 1 on the left and right, and the water passing through the pot main body is stored in the water receiver to grow roots. Oxygen required for this is supplied from this bottom part, and in order to permeate the required water from the water receiving part into the pot main body by hanging the water-absorption hanging plate 7 from the drainboard, the inside of the pot main body 3 is always maintained. It can be maintained in an environment suitable for breeding. Not only does it prevent root rot due to overdose of water and lack of oxygen, but it can be known that water is insufficient if there is no water in the water receiving part 2, which makes it a difficult pot for planting orchids. Practicality is high in combination with an excellent design sense. Further, since the plastic material can be adopted, the side plate 1, the water receiving portion 2 and the bowl main body 3 can be integrally molded, and a low cost bowl main body having an excellent design can be provided.

[Brief description of drawings]

FIG. 1 is a partially cutaway front view.

FIG. 2 is a plan view.

FIG. 3 is a perspective view of a drainboard.

FIG. 4 is an explanatory diagram when a plant is inserted into the pot body.

[Explanation of symbols]

 1 Side Plate 2 Water Receiver 3 Bowl Body 4 Drainboard Support Piece 5 Through Hole 6 Drainboard 7 Hanging Plate

Claims (3)

[Scope of utility model registration request] 1. A bowl body 3 is attached to a V-shaped water receiving portion 2,
A flowerpot in which a drainboard 6 having a water-absorbing hanging plate 7 is arranged at the bottom of the pot body. 2. A bowl main body is attached to a water receiving portion having left and right side plates, and the slats are detachably arranged at the bottom of the bowl main body,
A flowerpot with a water-absorbing hanging plate hanging from a slatted surface facing the water receiving part. 3. A pot main body whose bottom is opened with a drainboard is mounted on a water receiver having left and right side plates, and water passing through the pot main body is stored in the water receiver to supply oxygen necessary for root development. A flowerpot that is supplied from the bottom and droops a water-absorbing hanging plate from the drainboard to allow the necessary water to permeate into the pot body from the water receiver.