TWM486940U - Hydroponic planting siphon pot culture and culture solution box - Google Patents

Description

Water plant siphon potted and culture fluid box

This creation is a technical field of hydroponic plant cultivation, especially the combination of the culture pot and the culture liquid box, so that the table pot is easier and convenient to care for and cultivate.

The three elements of plant growth: sunlight, air, water, careful attention to plant potted plants. Sunlight and air are easier for people to master. How to water them at the right time and in the right amount can be irritating. Excessive water will cause the roots to rot and necrosis, and too little water will die. However, the interior of the potted plant is a closed and invisible space. People can't see it. They don't understand whether the pot water is properly watered at present. It can only be watered by memory and experience. Therefore, after purchasing the potted plants for self-care, most of the reasons are the addition of water. Improper, causing the potted plant to accelerate death.

At present, some plant potted plants use a quantity of water inserted into the soil to indicate the water content of the potted plant. However, most of the time, the roots of the plant are still immersed in water, which is easy to cause necrosis of the plant roots and shorten the life of the plants. In addition, some plants are placed on the open basin. The basin is filled with water. The capillary phenomenon is used to allow the pot to absorb water in time to maintain growth. However, the open basin will gradually reduce the oxygen content and light. It is easy to produce green algae, both of which will affect the water quality, and the water basin of the water is easy to breed mosquito and larvae, and there may be germs.

Today's busy people should pay attention to the timing of planting potted plants, which is easy to forget because of negligence. Therefore, the creator thinks about designing a simple water plant siphon potted plant to allow people to plant pots. Planting care is easier and more convenient.

The main purpose of the present invention is to provide a convenient water plant siphon pot, which is mainly composed of a culture pot and a culture liquid box, and the culture pot is directly placed on the culture liquid box. The culture pot can maintain good humidity to obtain proper moisture in the root of the plant, and the culture liquid box is responsible for continuously replenishing the culture liquid into the culture pot, so people can pay attention to whether the liquid in the culture liquid box is sufficient. Convenient and easy.

The secondary objective of the present invention is to provide a culture fluid cartridge capable of maintaining a good culture fluid quality and prolonging the hydration cycle. The culture fluid cartridge is a dense box body, and only a water absorbing core utilizes capillary phenomenon as a water transport medium. . The sealed box can effectively maintain the oxygen content of the liquid in the box, and is not easy to form green algae, maintaining good water quality; in addition, the sealed box water is not easy to evaporate and breed mosquito and larvae, and can prolong the hydration cycle. Avoid the spread of germs, making it easier to use the plants.

In order to achieve the above purpose, the present invention comprises a culture pot and a culture liquid box, wherein the culture pot is provided with a cotton plant, a covering and a water absorbing body, and the planting cotton can extend the root of the plant to the inside and the outside, the covering The planting cotton is buried in the culture pot, and the plant is fixed in the culture pot. The bottom of the culture pot has at least one hole, and the water body is in contact with the planting cotton in the culture pot; the culture liquid box is a closed hollow box body, and the top has a water absorbing core, and the water absorbing core is from the top surface of the box body Extending in the box, contacting with the culture liquid in the box; when the culture pot is placed on the top surface of the culture liquid box, the water absorption body is in contact with the water absorption core, and the capillary solution is used to make the culture liquid in the culture liquid box pass through The water absorbing core, the water absorbing body, and finally diffused to the planting cotton to facilitate the smooth absorption of the culture liquid by the root of the plant.

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.

1‧‧‧culture pot

11‧‧‧ hole

12‧‧‧bred cotton

13‧‧‧ Covering

14‧‧‧Water absorber

2‧‧‧ culture fluid box

21‧‧‧Base

22‧‧‧Upper cover

221‧‧‧ hole

222‧‧‧First carrier

223‧‧‧Second carrier

23‧‧‧Water absorption core

24‧‧‧ pipe fittings

241‧‧‧Elastic film

242‧‧‧ Groove

243‧‧‧Conical elastic piece

244‧‧‧Ply

3‧‧‧ plants

31‧‧‧sroot

4‧‧‧ culture solution

The first drawing is a perspective view of the first embodiment of the creation; the second drawing is an exploded view of the first embodiment of the creation; the third drawing is a schematic cross-sectional view of the first embodiment of the creation; The exploded view of the culture fluid cartridge of the second embodiment (1); the fifth diagram is an exploded view of the culture fluid cartridge of the second embodiment of the present invention; and the sixth diagram is a schematic cross-sectional view of the second embodiment of the present invention. .

As shown in the first and second figures, the perspective and exploded view of the creation. The artificial water plant siphon potted plant mainly comprises a culture pot 1 and a culture liquid box 2. The culture pot 1 is placed on the top surface of the culture solution box 2, and the culture pot 1 is administered with appropriate humidity to give 3 parts of water and nutrients of the planted plants, and the culture solution in the culture solution box 2 is obtained by capillary action. It is continuously replenished into the culture pot 1 to allow the plant 3 to grow stably. Depending on the degree of exubation of the roots of the plant, the culture solution cartridge 2 can be maintained for half a month to one month without the need to replenish the liquid, thereby making the care of the plants easier and more convenient.

Next, a detailed explanation of each component of the creation is made. The culture pot 1 is an open-ended container, and the bottom has at least one through hole 11. When the plant 3 is planted, the planting cotton 12, the covering 13 and the water absorbing body 14 are placed in the pot. This creation is to plant the plant 3 by water harvesting. The nursery cotton 12 absorbs water Or after taking up the culture solution, the normal humidity can be maintained at 45-55%, and the pH value is neutral. The moisture and the culture solution in the humidity are the water and nutrients required by the plant 3. The planting cotton 12 is a seedling for cutting seedlings, is a rooting medium, is made of foaming with a phenolic resin, and the shaped body is not a specific shape. In this embodiment, it is rectangular or cylindrical or Other shapes. When planting, the planting cotton is directly inserted into the planting cotton 12 to cultivate, or the planting cotton 12 is cut in half by the knife, and the root of the plant 3 is removed by the root 31 and then placed. The nursery cotton 12 is inside. The cover 13 is responsible for embedding the nursery cotton 12 in the culture pot 1 (as shown in the third figure) for the purpose of fixation, so the cover 13 can be sand, earth, gravel, etc., but Since the cover 13 does not need to provide nutrients in the present creation, it is also necessary to change the cover 13 to quartz sand or the like as needed for visual modeling. The water absorbing body 14 is mainly responsible for conveying and transporting the culture liquid in the culture liquid cartridge 2 to the cotton planting cotton 12 by the capillary permeation principle, and maintaining the cultivating cotton 12 at an appropriate humidity. Therefore, the water absorbing body 14 is a material having good water absorption and softness, such as a cotton material or a foaming absorbent cotton material. In use, the partial portion of the water absorbing body 14 is embedded in the culture pot 1 and placed in contact with the bottom surface of the planting cotton 12, and the other portion extends into the hole 11 or extends through the hole 11 to the culture pot 1 Bottom surface.

The culture solution cartridge 2 is a closed hollow cartridge, which prevents external air or light from coming into contact with the culture solution 4 in the cartridge, and maintains good water quality of the culture solution 4. The culture solution cartridge 2 is formed by a pair of a base 21 and an upper cover 22. The culture solution cartridge 2 is a water-absorbent core 23 which transports the transport liquid by the principle of capillary permeation. Therefore, the water-absorbent core 23 extends from the top surface of the casing in the casing to be in contact with the culture liquid 4 in the cartridge. The water absorbing core 23 is a porous material having good water absorbability, such as cotton thread or foaming absorbent cotton. Since the water absorbing core 23 has a certain weight after sucking the broth, after a long time of use, the water absorbing core 23 is easily slid into the box from the top of the box body, so the present invention utilizes a structural aid. The structure has a hole 221 at the top of the upper cover 22, and a tube member 24 is mounted in the hole 221, and the tube member 24 is topped. The surface has a cross-shaped elastic sheet 241, and the circumferential wall of the vertical surface has a plurality of grooves 242. When assembled, the top section of the water absorbing core 23 is clamped by the elastic piece 241 through the cross groove, thereby fixing its position, and the pipe member 24 is mounted at the hole 221, so that the culture liquid 4 in the box passes through the groove. The groove 242 or the bottom opening of the tube member 24 is in contact with the water absorbing core 23 to allow the culture liquid 4 to be transported from the bottom of the water absorbing core 23 to the top portion by capillary action.

In addition, in order to prevent the culture pot 1 from being arbitrarily moved after being placed in the culture solution cartridge 2, the top of the culture solution cartridge 2 has a positioning structure. The positioning structure is a first carrier 222 and a second carrier 223 which are recessed in a class like shape from the outward center on the top surface of the upper cover 22. The first carrier 222 and the second carrier 223 have a height difference, and the size of the first carrier 222 corresponds to the bottom size of the culture basin 1 so that the culture basin 1 is placed behind the first carrier 222. That is, it cannot move laterally. In the embodiment, the first carrier 222 has a groove shape, but it is not limited thereto, and a protrusion can be formed around the circumference. Therefore, any structure that can fix the culture pot 1 can be used. The second bearing seat 223 is mainly for the water absorbing body 14 to be in contact with the water absorbing core 23, so that the center is the position of the hole 221, the tube member 24 is installed in the hole 221, and the upper portion of the water absorbing core 23 extends when assembled. The segment is in contact with the water absorbing body 14 in the region of the second carrier 223.

In summary, as shown in the third figure, when the culture pot 1 is placed on the top surface of the culture solution cartridge 2, the water absorbing core 23 can absorb the culture liquid 4 in the culture solution cartridge 2, and the water absorbing core 23 and the The water absorbing body 14 is in contact, and the transporting liquid is transported by the principle of capillary permeation, so that the broth 4 in the broth 2 can be diffused to the sterilized cotton 12 through the water absorbing core 23, the water absorbing body 14, and finally The roots of the plant 3 smoothly absorb the culture liquid and continue to grow and thrive. During the cultivation process, people only need to pay attention to the water level in the culture liquid box 2, and timely add water, which is convenient and easy, and is an innovative and practical design.

As shown in the fourth and fifth figures, an exploded view of the second angle of the culture solution cartridge 2A is created. The structure of the culture pot 1 is similar to that of the previous embodiment and will not be described in detail. The culture fluid cartridge 2A is mainly composed of the base 21 and the upper cover 22, and includes a water absorbing core 23 extending from the top surface of the casing in the casing and contacting the culture liquid in the casing, except that the pipe fitting is In the structure of 24A, the tubular member 24A has a plurality of tapered elastic pieces 243 projecting upward, and each of the tapered elastic pieces 243 has a longitudinal groove therebetween. As shown in the sixth figure, the tapered elastic piece 243 is intended to be clamped and fixed to the water absorbing core 23, and can be inserted into the culture pot 1 through the hole 11 during assembly, thereby further fixing the culture pot 1 and the culture solution. The position between the boxes 2. The planting cotton 12 is not a hard material, so the tapered elastic piece 23 can be easily inserted, and the water absorbing core 23 can also be in contact with the water absorbing body 14 after assembly.

In addition, the bottom of the tubular member 24A can be sleeved with a bottom member 244. The bottom surface of the bottom member 244 is not closed. In this embodiment, the bottom member 244 is formed in a cross-shaped shape. When the bottom member 244 is sleeved on the tubular member 24A, a container is formed. This container is used to fix the water absorbing core 23, as shown in the sixth figure, so that there is no fear of the detachment of the water absorbing core 23 when it is used for a long time. Further, as shown in FIGS. 5 and 6, when assembled, the top portion of the water absorbing core 23 is clamped by the tapered elastic piece 243 and protrudes from the top to facilitate contact with the water absorbing body 14.

The above disclosure is only a preferred example of the present invention, and it is of course not possible to limit the scope of the present invention. Therefore, the equivalent changes made by the scope of the patent application are still within the scope of the present invention.

1‧‧‧culture pot

2‧‧‧ culture fluid box

3‧‧‧ plants

Claims (15)

A water plant siphon potted plant comprises: a culture pot with a cotton planting cover, a covering body and a water absorbing body, wherein the planting cotton can extend the root of the plant to the inside and the outside, and the covering material has to be buried in the planting cotton. In the culture pot, the bottom of the culture pot has at least one hole, and the water body is in contact with the planting cotton in the culture pot; a culture liquid box is a closed hollow box body, and a top absorbent core, the water absorption core The top surface of the box body extends in the box, and is in contact with the culture liquid in the box. When the culture pot is placed on the top surface of the culture liquid box, the water absorption body contacts the water absorbing core, and the capillary solution is used to make the culture liquid box The culture solution is diffused to the cotton plant through the water-absorbing core, the water-absorbing body, and finally, to facilitate the absorption of the culture liquid by the root of the plant. The water plant siphon potted according to claim 1, wherein the water absorbing body is a cotton material. The water plant siphon potted according to claim 1, wherein the covering is at least one of quartz sand, earth, gravel and the like. The water plant siphon potted according to claim 1, wherein the water absorbing core is a cotton or foaming absorbent cotton material. The water plant siphon pot according to claim 1, wherein the liquid tank is a box formed by a base and an upper cover. The water plant siphon pot according to the fifth aspect of the invention, wherein the top of the upper cover has a hole, the tube is provided with a pipe member, and the top surface of the pipe member has a plurality of elastic pieces, and the top portion of the water absorbing core is assembled by the The elastic piece is clamped so that the water absorbing core can extend out of the top of the culture liquid box and be in contact with the culture liquid in the box through the tube. The water plant siphon pot according to claim 5, wherein the top of the upper cover has a hole, and a hole is mounted in the hole, and the top surface of the pipe has a plurality of tapered elastic pieces protruding upward, when assembled, The tapered elastic piece can clamp and fix the top section of the water absorbing core, and insert the hole in the bottom of the culture pot into the culture pot to further fix the position of the culture pot and the culture liquid box. The water plant siphon pot according to claim 7, wherein the bottom of the tube member is further sleeved with a bottom member, and the bottom surface of the bottom member is not closed. When the bottom member is sleeved on the tube member, a container shape is formed. A container is used to secure the absorbent core. The water plant siphon pot according to claim 5, wherein the top surface of the upper cover further has a first bearing seat, and the size of the first bearing seat is corresponding to the bottom size of the culture basin, so that the culture pot is placed on The first carrier cannot move after the first carrier. A culture liquid box is a box body formed by a base and an upper cover. The top of the upper cover is a water-absorbing core, and the water-absorbing core extends from the top surface of the box body in the box, and is in contact with the culture liquid in the box. After the culture solution is filled in the liquid cartridge, the absorbent core can be transported from the inside of the cartridge to the top of the absorbent core by capillary action. The culture fluid cartridge according to claim 10, wherein the water absorbing core is a cotton or foaming absorbent cotton material. The culture liquid cartridge according to claim 10, wherein the top of the upper cover has a hole, and a pipe member is mounted in the hole, and the top surface of the pipe member has a plurality of elastic pieces, and the top portion of the water-absorbing core is assembled by the elasticity. The sheet is clamped so that the absorbent core can extend out of the top of the culture solution cartridge and be in contact with the culture solution in the cartridge through the tube. The culture liquid cartridge according to claim 10, wherein the top of the upper cover has a hole, and a pipe member is mounted in the hole, and the top surface of the pipe member has a plurality of tapered elastic pieces protruding upward, in the group When installed, the tapered elastic piece can clamp and fix the top section of the water absorbing core, and insert the hole in the bottom of the culture pot into the culture pot to further fix the position of the culture pot and the culture liquid box. The culture fluid cartridge according to claim 13, wherein the bottom of the tubular member is further sleeved with a bottom member, and the bottom surface of the bottom member is not closed. When the bottom member is sleeved to the tubular member, a container is formed. Used to fix the water absorbing core. The culture liquid cartridge according to claim 10, wherein the top surface of the upper cover further has a first bearing seat, and the size of the first bearing seat is corresponding to the bottom size of the culture basin, so that the culture basin is placed on The first carrier cannot move after the first carrier.