TWM494487U - Vertical cultivator and vertical cultivation device - Google Patents

Description

Vertical cultivation device and vertical cultivation device

The present invention relates to a grower, and more particularly to an upright grower and an upright cultivation device.

Taiwan's agricultural planting technology is world-famous, and the variety of cultivated crops is one of the best in the world. However, due to the narrowness of the people in Taiwan, most of the land suitable for cultivation of crops has been converted into industrial and commercial or residential use. The land suitable for traditional cultivation methods is decreasing day by day, which seriously impacts the agricultural economic development of Taiwan.

In response to this impact, in recent years, a new type of upright cultivation technology is booming. Through this upright cultivation technology, a large number of crops can be planted in a limited space, of which representative upright Cultivation techniques are shown in U.S. Patent No. 8,327,582.

Referring to Figures 1 and 2, the vertical cultivation tube disclosed in the prior art of the prior art comprises a hollow tube 10 having a front wall 11 and a rear wall 12, and a first portion located at the upper end of the hollow tube 10. An opening 13, a second opening 14 at the lower end of the hollow tube 10, a planting tank 15 formed in the front wall 11 of the hollow tube 10, and a plant fiber made up and filled in the hollow tube 10 The growth medium of the space.

When in use, the seed or seedling of the crop can be planted in the growth medium 16 through the planting tank 15, and the planting crop is fertilized and watered by the first opening 13, and the root will be deep after the crop grows. Planted in the growth medium 16, the stems and leaves pass through the planting tank 15 and are exposed outside the vertical cultivation tube.

However, the internal space of the upright cultivation tube has been filled by the growth medium 16. During the growth of the crop, the vertical cultivation tube cannot provide additional space for the root growth of the crop, and the root of the crop is not normal. Elongation, which in turn affects the growth and development of crops, makes it difficult to harvest well-grown crops. Therefore, a cultivation apparatus capable of allowing the roots of crops to grow and develop normally is one of the important issues for improving the current vertical cultivation technique.

Therefore, the object of the present invention is to provide an upright cultivation device and an upright cultivation device.

Therefore, the novel vertical cultivation device comprises: a hollow tube and a limiting member.

The hollow tube comprises an upright vertical tube body, an upper opening at an upper end of the tube body, a lower opening at a lower end of the tube body, and an implant hole formed in the tube body at a plurality of intervals.

The limiting member is connected to the inner wall surface of the pipe body and extends toward the inner direction of the pipe body, and the pipe body and the limiting member jointly define a cultivation space and a first derivative space which are connected to each other, and the hollow Such as The implantation holes are respectively connected to the cultivation space.

The upright type incubator of the present invention, wherein the limiting member comprises a first limiting plate, the opposite sides of the first limiting plate are respectively connected to the inner wall surface of the pipe body; the cultivation space and the first derivative The space is defined by the tube body and the first limiting plate; and the first limiting plate has a first body, and a longitudinally penetrating the first body and communicating with the cultivation space and the first derivative space The first channel.

The upright type incubator of the present invention, wherein the limiting member further comprises a second limiting plate spaced from the first limiting plate, and opposite sides of the second limiting plate are respectively connected to the tube body An inner wall surface; the tube body is a polygonal tube body, and includes a rear wall between the first limiting plate and the second limiting plate; the tube body further includes a first folding wall and a second folding wall An implant wall extending outwardly from an end of the rear wall connected to the first limiting plate and extending in a direction different from the rear wall, the second folding wall from the rear wall and the second One end of the limiting plate is connected and extends outward in a direction different from the straight line of the rear wall, and the other ends of the first folding wall and the second folding wall are respectively connected to opposite ends of the implantation wall, and the first And connecting the first limiting plate to one end of the rear wall, and connecting the second folding wall to the end of the second limiting plate The implant holes of the hollow tube are located at the implant wall and respectively communicate with the cultivation space; The first limiting plate, the rear wall, the second limiting plate, and the implantation wall are jointly defined, and the first derivative space is defined by the first limiting plate and the first folding wall. And the second limiting plate and the second folding wall jointly define a second derivative space; The second limiting plate has a second body and a second passage extending longitudinally through the second body and communicating the cultivation space and the second derivative space.

In the vertical incubator of the present invention, the hollow tube further includes a water injection hole formed in the implantation wall of the tube body and adjacent to the upper opening, and communicates with the cultivation space.

The upright type cultivation device of the present invention, wherein the hollow tube further comprises a plurality of side water injection holes respectively formed in the first folding wall and the second folding wall, and the side water injection holes respectively and the first derivative space and the The second derivative space is connected.

The vertical incubator of the present invention further includes an upper cover that removably shields the upper opening, and a lower cover that removably shields the lower opening, and the upper cover further has an input port, the lower cover The cover also has an output.

The vertical incubator of the present invention further includes a protective cover for removably shielding the implant holes; the tube body further has two grooves respectively protruding from the outside of the implant wall, and the grooves The two sides of the protective cover can be extended into the engagement.

The vertical incubator of the present invention further comprises a hollow annular drip member, the drip member comprising a surrounding wall having an opening at each end, and two overflow channels longitudinally formed on the surrounding wall and separated from each other, and A plurality of guide rings are disposed on the outer edge of the surrounding wall, and the overflow channels are respectively in communication with the cultivation space.

Therefore, the novel vertical cultivation device comprises: a plurality of vertical cultivation devices and a liquid supply tank.

Each vertical vertical incubator comprises an upright vertical tube body, an upper opening at an upper end of the tube body, a lower opening at a lower end of the tube body, and an implant hole formed in the tube body at a plurality of intervals, and a limit a positioning member, which is connected to the inner wall surface of the pipe body and extends toward the inner direction of the pipe body, the pipe body and the limiting member jointly define a cultivation space and a first derivative space which are connected to each other, and the pipe body The implant holes respectively communicate with the cultivation space.

The supply tank is located at the upper end of the vertical incubators and is in communication with the opening above each vertical incubator.

The vertical cultivation device of the present invention further comprises a water collection tank located below the vertical cultivation device and communicating with the opening under each vertical cultivation device.

The vertical cultivation device of the present invention further comprises a pumping unit, comprising a communication pipe connecting the water collection tank and the liquid supply tank, and a water pump, the water pump can transmit the liquid stored in the water collection tank The communication pipe is delivered into the liquid supply tank.

In the vertical cultivation device of the present invention, the pumping unit further includes a filter to filter out impurities of the liquid in the water collection tank.

Another vertical incubator of the present invention comprises: a hollow tube and a limiting member.

The hollow tube comprises a tube body, an upper opening at an upper end of the tube body, a lower opening at a lower end of the tube body, and an implant hole formed in the tube body at a plurality of intervals.

The limiting member comprises two limiting plates, and the limiting plates are all curved plates And each of the limiting plates is connected to the inner wall surface of the pipe body and extends toward the inner direction of the pipe body, and the two limiting plates do not intersect each other. The two limiting plates jointly define a cultivation space, and the limiting plates and the tube body jointly define a first derivative space and a second derivative space which are separated from each other by the cultivation space, and the first derivative space and the first derivative space The cultivation spaces are in communication with each other, and the second derivative space is also in communication with the cultivation space.

In another vertical incubator of the present invention, the hollow tube further includes a water injection hole penetrating through one of the limiting plates and the tube body, and adjacent to the upper opening and communicating with the cultivation space.

In another vertical incubator of the present invention, the hollow tube further includes a plurality of side water injection holes respectively formed on the tube body, and the side water injection holes and the first derivative space or the second derivative space respectively Connected.

The other vertical incubator of the present invention further includes an upper cover that removably shields the upper opening, and a lower cover that removably shields the lower opening, and the upper cover further has an input port, the lower cover The cover also has an output.

The other vertical incubator of the present invention further comprises a hollow annular drip member, the drip member comprising a surrounding wall having an opening at each end, and two overflow channels longitudinally formed on the surrounding wall and separated from each other And a plurality of guiding pieces disposed on the outer edge of the surrounding wall, and the overflow channels are respectively connected to the cultivation space.

The effect of the novel is that the cultivation space, the first derivative space and the second derivative space can be respectively defined by the unique design of the limiting member and the tube body, and the first derivative space and the second derivative space are respectively divided. Do not connect to the cultivation space. The crops planted in the growing medium filled in the cultivation space can extend from the cultivation space to the first derivative space and the second derivative space, and indeed increase the growth space of the roots of the crops, so that the growth effect of the crops can be improved and improved. Yield of crops. In addition, the device that is extended by the vertical cultivation device can combine multiple vertical incubators in different forms, and can improve the overall yield of crops.

1‧‧‧Vertical cultivation tube

10‧‧‧ hollow tube

11‧‧‧ front wall

12‧‧‧ Back wall

13‧‧‧First opening

14‧‧‧second opening

15‧‧‧planting trough

16‧‧‧ Growing media

2‧‧‧ hollow tube

21‧‧‧Opening

22‧‧‧ opening

23‧‧‧ tube body

231‧‧‧ Back wall

232‧‧‧ first wall

233‧‧‧ second wall

234‧‧‧ Implant wall

235‧‧‧ trench

236‧‧‧Reinforcement wall

24‧‧‧ implant hole

25‧‧‧Cultivation space

26‧‧‧First derivative space

27‧‧‧Second derivative space

28‧‧‧ water injection hole

29‧‧‧ side water hole

3‧‧‧Limited parts

31‧‧‧First Limit Board

311‧‧‧First Ontology

312‧‧‧First Passage

32‧‧‧second limit board

321‧‧‧Second ontology

322‧‧‧second channel

33‧‧‧Limited board

41‧‧‧Upper cover

411‧‧‧ input port

42‧‧‧Under the cover

421‧‧‧ output

43‧‧‧ protective cover

5‧‧‧Drips

51‧‧‧ Around the wall

511‧‧‧ openings

512‧‧‧ overflow channel

52‧‧‧plug

53‧‧‧Guiding film

61‧‧‧Supply tank

62‧‧‧Water collection tank

63‧‧‧ pumping unit

631‧‧‧Connected pipe

632‧‧‧ pumping motor

64‧‧‧Support frame

65‧‧‧Top frame

66‧‧‧Filter

67‧‧‧Water pipes

68‧‧‧Water collecting pipe

7‧‧‧ Growing media

8‧‧‧ water pipes

9‧‧‧Vertical incubator

91‧‧‧Hooks

911‧‧‧ hook

92‧‧‧ wall

93‧‧‧Fixed rod

94‧‧‧ sprinkler

The other features and advantages of the present invention will be apparent from the detailed description of the embodiments illustrated in the accompanying drawings in which: FIG. 1 is a top view of a conventional vertical cultivation tube; FIG. 2 is a front view illustrating Figure 3 is an exploded perspective view showing a first embodiment of the present vertical incubator; and Figure 4 is a top cross-sectional view showing a cultivation space of the first embodiment being grown Figure 5 is a top cross-sectional view showing the second embodiment of the novel vertical incubator, showing the condition of a drip member; Figure 6 is a partial cross-sectional view showing the drip member in the second embodiment; Figure 7 is a plan view showing a third embodiment of the present type of vertical incubator; Figure 8 is a top plan view showing a fourth embodiment of the present type of vertical incubator; Figure 9 is a front view showing the erect of the present invention a first embodiment of a cultivation device; Figure 10 is a perspective view showing a second embodiment of the present vertical cultivation apparatus; and Figure 11 is a front view showing a third embodiment of the present vertical cultivation apparatus.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to FIG. 3 and FIG. 4, the first embodiment of the present vertical incubator 9 comprises a hollow tube 2, a limiting member 3, an upper cover 41, a lower cover 42 and a protective cover 43.

The hollow tube 2 includes an upright polygonal tube body 23, an upper opening 21 at the upper end of the tube body 23, a lower opening 22 at the lower end of the tube body 23, and an implantation hole 24 formed in the tube body 23 at a plurality of intervals. The upper cover 41 removably shields the upper opening 21 and has an input port 411, and the lower cover 42 removably shields the lower opening 22 and has an output port 421.

The limiting member 3 includes a first limiting plate 31 and a second limiting plate 32. The opposite sides of the first limiting plate 31 are respectively connected to the inner wall surface of the pipe body 23, and the second limiting plate 32 and the first limit The bit plates 31 are spaced apart and the opposite sides are respectively connected to the inner wall faces of the pipe body 23.

The tube body 23 includes a rear wall 231 between the first limiting plate 31 and the second limiting plate 32, a first folding wall 232, a second folding wall 233 and an implantation wall 234. The first folding wall 232 extends from the end of the rear wall 231 and the first limiting plate 31 and extends outward in a direction different from the straight wall 231. The second folding wall 233 is connected to the second limiting plate 32 from the rear wall 231. One end and Extending outwardly in a direction different from the linear extension of the rear wall 231, the other ends of the first folding wall 232 and the second folding wall 233 are respectively connected to opposite ends of the implantation wall 234, and the first folding wall 232 and the implantation wall 234 The connecting end is also connected to one end of the first limiting plate 31 away from the rear wall 231. The connecting end of the second folding wall 233 and the implanting wall 234 is also connected to one end of the second limiting plate 32 away from the rear wall 231.

The first limiting plate 31, the rear limiting wall 231, the second limiting plate 32, and the implantation wall 234 collectively define a cultivation space 25, and the first limiting plate 31 and the first folding wall 232 together define a first derivative space 26 The second limiting plate 32 and the second folding wall 233 together define a second derivative space 27 . The implant holes 24 of the hollow tube 2 are located in the implant wall 234.

The first limiting plate 31 has a first body 311 and a first passage 312. The first passage 312 extends through the first body 311 and communicates with the cultivation space 25 and the first derivative space 26. The second limiting plate 32 has a second body 321 and a second passage 322. The second passage 322 extends through the second body 321 and communicates with the cultivation space 25 and the second derivative space 27. The cultivation space 25 is filled with the growth medium 7, and the user can plant the seed (not shown) or the seedling (not shown) through the implantation hole 24 into the growth medium 7, and when the crop grows to a stage, the cultivation The space 25 cannot accommodate too much crop roots (not shown), and can be grown into the first derivative space 26 and the second derivative space 27 through the first channel 312 and the second channel 322, since the space for growing the root of the crop is increased, Can greatly improve the growth of crops.

The hollow tube 2 further includes a water injection hole 28 and a plurality of side water injection holes 29. The water injection hole 28 is formed in the implant wall 234 of the tube body 23 and close to the upper opening 21, and communicates with the cultivation space 25. The side water injection holes 29 are respectively formed in the first The folded wall 232 and the second folded wall 233 are in communication with the first derivative space 26 and the second derivative space 27, respectively.

The tube body 23 further includes two grooves 235 respectively protruding from the outside of the implant wall 234 for respectively engaging the two sides of the protective cover 43 into the engagement, so that the protective cover 43 removably shields the implant holes. 24, the problem that the crop is protected from the wind or the excessive evaporation of the water during the initial growth of the seedling can be avoided. In the embodiment, the protective cover 43 is a curved plate having an elastic transparent strip, and the protective cover 43 can also be The cover covers each of the implant holes 24 in a plurality.

Referring to Figures 5 and 6, a second embodiment of the present vertical incubator 9 is the vertical incubator 9 of the first embodiment further comprising a hollow annular drip member 5. The drip member 5 includes a surrounding wall 51 having an opening 511 at each end, two overflow passages 512 formed longitudinally on the surrounding wall 51 and separated from each other, and a plurality of guiding pieces 53 disposed on the outer edge of the surrounding wall 51. And the overflow passages 512 are respectively connected to the cultivation space 25. The end of the wall 51 is bored in the cultivation space 25 by a water injection hole 28, and the end opening 511 is closed by a plug 52. The other end is exposed outside the tube body 23 and communicated with another opening 511 as a watering or fertilizing. Water pipe 8.

In the present embodiment, the drip member 5 is disposed in the water injection hole 28, and is watered or fertilized to the root of the crop in the growth medium 7 by means of a timing turbulent drip, and the side water injection holes 28 are respectively provided with respective phases. Corresponding nozzles 94 (see FIG. 3) are connected to the water pipe 8 for providing watering and fertilization and are applied to the roots of the first derivative space 26 and the second derivative space 27 by means of timed spraying. Water or fertilization, and excessive moisture can flow out through the outlet 421 of the lower cover 42 to avoid excessive roots of crops Soak and rot.

However, the positions of the heads 94 may be provided not only in the side water injection holes 29 but also in the water injection holes 28. In addition, the method of watering or fertilizing can be carried out by using the input port 411 of the upper cover 41 to communicate with the water pipe 8, and the upper cover 41 can be opened, and the root of the growth medium 7 can be directly watered and fertilized from the upper opening 21, and This embodiment is limited.

In addition, excessive moisture can also be discharged from the lower opening 22 by directly opening the lower cover 42, and is not limited to the discharge of the water from the outlet 421 of the lower cover 42 of the embodiment.

Referring to FIG. 7, the third embodiment of the present invention is different from the first embodiment in that the shape of the tube body 23 is circular, and the limiting member 3 includes two limiting plates 33. The second limiting plates 33 are all curved plates and do not intersect each other. The limiting plates 33 define a cultivation space 25, and the limiting plates 33 and the tube body 23 jointly define a first derivative space 26 and a second derivative space 27 which are separated from the cultivation space 25. The first derivative space 26 and the cultivation space 25 are in communication with each other, and the second derivative space 27 is also in communication with the cultivation space 25.

Further, in the present embodiment, the water injection hole 28 penetrates one of the limiting plates 33 and the pipe body 23, and is adjacent to the upper opening 21 and communicates with the cultivation space 25.

Referring to Figure 8, a fourth embodiment of the present type of vertical incubator 9 differs from the first embodiment in that the tube body 23 of the upright incubator 9 further has two reinforcing walls 236, one of which has a reinforcing wall 236. The first limiting plate 31 is adjacent to the rear wall 231 and adjacent to the first channel 312 to the first folding wall 232. The reinforcing wall 236 extends from the second limiting plate 32 adjacent to the rear wall 231 and adjacent to the second channel 322, and extends toward the second folding wall 233 and is connected thereto. The reinforcing walls 236 are used to strengthen the first limiting plate 31 and the second limiting plate 32 against deformation.

In addition, since the first limiting plate 31 is longitudinally penetrated by the first passage 312, the second limiting plate 32 is also longitudinally penetrated by the second passage 322. Therefore, the first limiting plate 31 and the second limiting plate are reinforced. The deformation resistance of the tube 32 of the vertical cultivation device 9 further has two reinforcing walls 236 (shown as an imaginary line in FIG. 8), and the reinforcing walls 236 are respectively located on the first limiting plate 31 and the first The second limiting plate 32 is adjacent to the implantation wall 234 and adjacent to the first channel 312 and the second channel 322, and is respectively oriented from the first limiting plate 31 and the second limiting plate 32 to the first folding wall 232 and the second folding wall 233. Extend and connect.

Referring to FIG. 9, a first embodiment of the present vertical cultivation apparatus, which is a device extended by the first embodiment of the novel vertical cultivation device 9, comprises a plurality of vertical cultivation devices 9, a liquid supply tank 61, A water collection tank 62, a pumping unit 63, a support frame 64 and a top frame 65. Of course, this embodiment is also a device that is derived from all of the foregoing embodiments of the vertical incubator 9.

The support frame 64 is disposed outside the water collecting tank 62 and extends upward, and the top frame 65 extends laterally from the top end of the support frame 64 and fixes the vertical incubators 9 above the water collecting tank 62. The manner in which the top frame 65 is fixed to the vertical incubators 9 can be suspended by linear materials or hooked by hook objects, and is not limited to any form.

The liquid tank 61 is disposed above the top frame 65, and internally stores nutrient solution or water, and is connected to the vertical incubators 9 by using a plurality of water pipes 67 for irrigating the stored nutrient solution or water to the planting crop. The water collecting tank 62 is connected to the vertical incubators 9 by a plurality of water collecting pipes 68, and the excess moisture in the vertical incubator 9 can be collected. It is worth mentioning that in order to make the schema clear and avoid excessive pipeline confusion, in Figure 9, the water pipe 67 and the water collection pipe 68 are only indicated on the leftmost vertical incubator 9, but in practice, each should be executed. The vertical cultivation device 9 has a corresponding water supply pipe 67 and water collection pipe 68, and should not be limited to the content of FIG.

The pumping unit 63 includes a communication pipe 631 that connects the water collection tank 62 and the liquid supply tank 61, a pumping motor 632 that connects the communication pipe 631, and a filter 66 that connects the communication pipe 631 and the pumping motor 632. The pumping motor 632 can utilize the filter. After the liquid impurities in the water collection tank 62 are filtered out, the recovered liquid is transferred to the liquid supply tank 61 for repeated use.

Referring to Figure 10, a second embodiment of the present vertical cultivation apparatus, this embodiment is a collection embodiment of the first embodiment of the novel vertical cultivation apparatus 9. In the present embodiment, there are four vertical incubators 9, and the first folding wall 232 of each vertical vertical incubator 9 is connected to the second folding wall 233 of the adjacent vertical incubator 9, in this embodiment, The manner in which the vertical incubators 9 are connected to each other is a lock, but may be connected by various means such as bonding and snapping, and is not limited to the embodiment.

In this way, it is not necessary to fix by the top frame 65 similar to that in the second embodiment, and the upright incubators 9 can be stably held in combination.

Of course, this embodiment is also the full of the aforementioned vertical cultivation device 9 A collection implementation of an embodiment.

Referring to Figures 4 and 11, a third embodiment of the present vertical cultivation apparatus is another embodiment of the first embodiment of the present vertical cultivation apparatus 9. In this embodiment, there are a plurality of vertical incubators 9, each of which has a hook member 91, and the hook members 91 are fixed to each vertical incubator 9 in a locking manner. The rear wall 231 has two hooks 911, respectively. The user can mount a lateral fixing rod 93 on the wall 92 for hooking the hook 911 of each hook member 91 so that the vertical incubators 9 are fixed upright on the wall 92.

Of course, this embodiment is also another embodiment of the embodiment of the foregoing vertical incubator 9.

In summary, through the design of the limiting member 3, the tube body 23 of the hollow tube 2 can be divided into a first derivative space 26, a cultivation space 25 and a second derivative space 27, and the first derivative space 26 and the second The derivative space 27 communicates with the cultivation space 25 through the passages on the stopper 3, respectively.

When the crop planted by the user grows until the cultivation space 25 cannot accommodate the excessive roots, the excessive roots can enter the first derivative space 26 and the second derivative space 27 through the passage on the restriction member 3, thereby increasing the crops. The space in which the roots grow.

In addition, the different devices extended by the vertical cultivation device 9 can allow the vertical cultivation devices to be combined into various devices in plural and different forms, which can further improve the overall yield of the crops, thereby greatly improving the growth effect of the crops. It is indeed possible to achieve the purpose of this new type.

However, the above is only an embodiment of the present invention, when The scope of the novel implementation is not limited thereto, that is, the simple equivalent changes and modifications made by the present invention in the scope of the patent application and the contents of the patent specification are still within the scope of the present patent.

2‧‧‧ hollow tube

21‧‧‧Opening

22‧‧‧ opening

23‧‧‧ tube body

231‧‧‧ Back wall

232‧‧‧ first wall

233‧‧‧ second wall

234‧‧‧ Implant wall

235‧‧‧ trench

24‧‧‧ implant hole

25‧‧‧Cultivation space

26‧‧‧First derivative space

27‧‧‧Second derivative space

28‧‧‧ water injection hole

29‧‧‧ side water hole

3‧‧‧Limited parts

31‧‧‧First Limit Board

311‧‧‧First Ontology

312‧‧‧First Passage

32‧‧‧second limit board

321‧‧‧Second ontology

322‧‧‧second channel

41‧‧‧Upper cover

411‧‧‧ input port

42‧‧‧Under the cover

421‧‧‧ output

43‧‧‧ protective cover

8‧‧‧ water pipes

9‧‧‧Vertical incubator

94‧‧‧ sprinkler

Claims (24)

An upright cultivation device comprising: a hollow tube comprising an upright vertical tube body, an upper opening at an upper end of the tube body, a lower opening at a lower end of the tube body, and a plurality of intervals formed on the tube body An implanting hole; and a limiting member connecting the inner wall surface of the tube body and extending toward the inner side of the tube body, the tube body and the limiting member jointly defining a cultivation space and a first derivative which are connected to each other Space, and the implant holes of the hollow tube respectively communicate with the cultivation space. The upright type cultivation device according to claim 1, wherein the limiting member comprises a first limiting plate, and the opposite sides of the first limiting plate are respectively connected to the inner wall surface of the pipe body; the cultivation space and the first a derivation space is defined by the tube body and the first limiting plate; and the first limiting plate has a first body, and a longitudinally penetrating the first body and communicating the cultivation space and the first derivative The first channel of space. The upright cultivation device of claim 2, wherein the limiting member further comprises a second limiting plate spaced from the first limiting plate, and the opposite sides of the second limiting plate are respectively connected to the tube An inner wall surface of the body; the tube body is a polygonal tube body, and includes a rear wall between the first limiting plate and the second limiting plate; the tube body further includes a first folding wall and a second a folding wall and an implant wall extending outward from a rear end of the rear wall and the first limiting plate, and extending outward in a direction different from the rear wall, the second folding wall and the rear wall One end of the second limiting plate is connected and extends outward in a direction different from the straight line of the rear wall, the first folding wall and the second The other end of the folding wall is respectively connected to opposite ends of the implant wall, and the end of the first folding wall and the implant wall is also connected to one end of the first limiting plate away from the rear wall, the second folding wall and The connection end of the implant wall is also connected to one end of the second limiting plate away from the rear wall; the implantation holes of the hollow tube are located at the implantation wall and respectively communicate with the cultivation space; the cultivation space is The first limiting plate, the rear wall, the second limiting plate and the implantation wall are jointly defined. The first derivative space is defined by the first limiting plate and the first folding wall. And the second limiting plate and the second folding wall jointly define a second derivation space; the second limiting plate has a second body, and a longitudinally penetrating the second body and communicating the cultivation space and the second The second channel of the derived space. The vertical culture device according to claim 3, wherein the hollow tube further comprises a water injection hole formed in the implantation wall of the tube body and adjacent to the upper opening, and communicates with the cultivation space. The vertical culture device of claim 3, wherein the hollow tube further comprises a plurality of side water injection holes respectively formed in the first folding wall and the second folding wall, and the side water injection holes and the first derivative space respectively And the second derivative space is connected. The upright cultivation device of claim 3, further comprising an upper cover that removably shields the upper opening, and a lower cover that removably shields the lower opening, and the upper cover further has an input port, the lower cover The cover also has an output. The upright cultivation device of claim 3, further comprising a protective cover that removably shields the implant holes; the tube body further has two grooves respectively protruding from the outer side of the implant wall, and the same Grooves are provided on both sides of the protective cover Reach into the snap. The vertical incubator according to claim 3, further comprising a hollow annular drip member comprising a surrounding wall having an opening at each end, and two overflow channels longitudinally formed on the surrounding wall and separated from each other And a plurality of guiding pieces disposed on the outer edge of the surrounding wall, and the overflow channels are respectively connected to the cultivation space. An upright cultivation device comprising: a plurality of vertical cultivation devices, each vertical cultivation device comprising an upright vertical tube body, an upper opening at an upper end of the tube body, a lower opening at a lower end of the tube body, and a plurality of intervals An implanting hole formed on the tube body, and a limiting member connecting the inner wall surface of the tube body and extending toward the inner side of the tube body, the tube body and the limiting member jointly defining a mutual communication a cultivation space and a first derivative space, wherein the implant holes of the tube body respectively communicate with the cultivation space; and a liquid supply tank located at an upper end of the vertical cultivation device and above each vertical cultivation device The openings are connected. The upright cultivation apparatus according to claim 9, further comprising a water collection tank located below the vertical cultivation apparatus and communicating with the opening under each vertical cultivation device. The vertical cultivation apparatus according to claim 10, further comprising a pumping unit, comprising a communication pipe connecting the water collection tank and the liquid supply tank, and a water pump, the water pump can store the liquid stored in the water collection tank And delivered to the liquid supply tank through the communication pipe. The vertical cultivation apparatus according to claim 11, wherein the pumping unit further comprises a filter to filter out impurities of the liquid in the water collection tank. The upright cultivation device of claim 9, wherein the limiting member comprises a first limiting plate, and the opposite sides of the first limiting plate are respectively connected to the inner wall surface of the pipe body; the cultivation space and the first a derivation space is defined by the tube body and the first limiting plate; and the first limiting plate has a first body, and a longitudinally penetrating the first body and communicating the cultivation space and the first derivative The first channel of space. The upright cultivation device of claim 13, wherein the limiting member further comprises a second limiting plate spaced apart from the first limiting plate, and the opposite sides of the second limiting plate are respectively connected to the tube An inner wall surface of the body; the tube body is a polygonal tube body, and includes a rear wall between the first limiting plate and the second limiting plate; the tube body further includes a first folding wall and a second folding wall And an implant wall extending outward from an end of the rear wall that is connected to the first limiting plate and extending in a direction different from the rear wall, the second folding wall from the rear wall and the first One end of the second limiting plate is extended outward in a direction different from the straight line of the rear wall, and the other ends of the first folding wall and the second folding wall are respectively connected to opposite ends of the implantation wall, and the first A connecting end of the folding wall and the implanting wall is also connected to one end of the first limiting plate away from the rear wall, and the connecting end of the second folding wall and the implanting wall is also away from the end of the second limiting plate. Connected to the implant wall of the tube body; the cultivation space is provided by the first limiting plate, A rear wall, the second limiting plate, which together define the four walls of the implant from the first space is derived by the first limiting plate together define together with the folded first wall, And the second limiting plate and the second folding wall jointly define a second derivation space; the second limiting plate has a second body, and a longitudinally penetrating the second body and communicating the cultivation space and the second The second channel of the derived space. The upright cultivation apparatus according to claim 14, wherein the tube body further comprises a water injection hole formed in the implantation wall of the tube body and adjacent to the upper opening, and communicates with the cultivation space. The erecting device of claim 14, wherein the tube body further comprises a plurality of side water injection holes respectively formed in the first folding wall and the second folding wall, and the side water injection holes and the first derivative space respectively The second derivative space is connected. The upright cultivation device of claim 14, wherein the upright cultivation device further comprises an upper cover that removably shields the upper opening, and a lower cover that removably shields the lower opening, and the upper cover further There is an input port, and the lower cover also has an output port. The upright cultivation device of claim 14, wherein the vertical cultivation device further comprises a protective cover that removably shields the implant holes; the tube body further has two protrusions respectively protruding outside the implant wall The grooves are provided for the two sides of the protective cover to extend into engagement. The upright cultivation device of claim 14, wherein the vertical culture device further comprises a hollow annular drip member, the drip member comprising a surrounding wall having an opening at each end, and two longitudinally formed on the surrounding wall and The opposite overflow channels are separated from each other, and a plurality of guide plates are disposed on the outer edge of the surrounding wall, and the overflow channels are respectively connected to the cultivation space. An upright incubator comprising: a hollow tube comprising a tube body, an upper opening at an upper end of the tube body, a lower opening at a lower end of the tube body, and a plurality of implants formed on the tube body at intervals And a limiting member, comprising two limiting plates, wherein the limiting plates are all curved plates, and each limiting plate is connected to an inner wall surface of the pipe body and extends toward the inner portion of the pipe body, and Having the two limiting plates not intersect each other, the two limiting plates jointly define a cultivation space, and the limiting plates and the pipe body jointly define a first derivative space and a first space separated by the cultivation space The second derivative space is in communication with the cultivation space, and the second derivative space is also in communication with the cultivation space. The vertical culture device according to claim 20, wherein the hollow tube further comprises a water injection hole penetrating through one of the limiting plates and the tube body, and adjacent to the upper opening and communicating with the cultivation space. The upright cultivation device according to claim 21, wherein the hollow tube further comprises a plurality of side water injection holes respectively formed on the tube body, and the side water injection holes and the first derivative space or the second derivative space respectively Connected. The upright cultivation device of claim 21, further comprising an upper cover that removably shields the upper opening, and a lower cover that removably shields the lower opening, and the upper cover further has an input port, the lower cover The cover also has an output. The vertical incubator according to claim 21, further comprising a hollow annular drip member comprising a surrounding wall having an opening at each end, and two overflow channels longitudinally formed on the surrounding wall and separated from each other And a plurality of guide rings disposed on the outer edge of the surrounding wall, and the overflow channels respectively The cultivation space is connected.