TWM505182U - Bamboo-joint type aquaponics device - Google Patents

Description

Bamboo-style fish and vegetable symbiosis device

The present invention relates to a fish-and-symbiotic symbiosis device, and more particularly to a multi-layered tree-shaped bamboo-fish-symbiosis device formed by a bamboo bar layer layered stacking combination.

The fish-and-vegetable symbiosis device is a compound aquaculture technology that combines aquatic products and hydroponic cultivation. It uses the concept of "fish chops, vegetables and carp" to simultaneously cultivate fish and vegetables, and use water resources efficiently. It can produce healthy and non-toxic fish and vegetables for people to eat at the same time. For the fear of food shortage, environmental resources and food safety, the fish-food symbiosis device is undoubtedly self-produced. new trend.

The fish and vegetable symbiosis device of the prior art is shown in FIG. 6 and includes a culture fish tank 90, a grid-like frame body 100, and a plurality of layered hanging pots 110, which are arranged in the culture fish tank 90. Above, the hanging pot 110 is hung on the grid-like frame 100, and the water in the culture aquarium 90 is extracted from the motor 120 and the water pipe 130 to the top of the grid-like frame 100. The top end of the lattice frame 100 is sprayed downward to irrigate the potted plant 110, and finally the drain hole at the bottom of the bottom layer of the hanging potted plant 110 is dripped back into the culture aquarium 90 to complete the water circulation step.

However, the cultured fish tank 90 and the grid-like frame 100 of the prior art fish and vegetable symbiosis apparatus are bulky and difficult to relocate, and are not suitable for being installed in a general home environment. In addition, the vegetables grown in the fish and vegetable symbiosis device of the prior art are often shielded by the hanging pots on the grid-like frame 100 to affect the degree of light received by the plants, resulting in different quality of the produced vegetables. The actual production efficiency is not good.

Another culture fish tank 90 of the prior art fish and vegetable symbiosis device is disposed directly below the grid-like frame 100, so that the health of the fish is not easily observed. When it is difficult to observe the health status of fish, when the fishermen find that the fish stocks are abnormal, they often have a serious disaster, and even have to give up the fish products of the batch, which leads to waste of resources. Therefore, the fish and vegetable symbiosis device of the prior art still has many shortcomings and problems to be solved for aquaculture and vegetable planting.

In view of the deficiencies of the prior art, at this stage, there is a need for a self-adjusting size of the fish and vegetable symbiosis device so that it can be placed in a general home environment, and each potted plant on the fish and vegetable symbiosis device can receive sufficient Illumination, improve the quality of the plant, and make the culture aquarium not limited to be placed directly below the plant bed, to facilitate the farmers to feed, observe the state of the fish at any time, and timely control the health of the fish, to avoid disease or infection of the fish cluster Fish and vegetable symbiosis device.

In order to achieve the above-mentioned creative purposes, the technical means adopted by the present invention is to provide a bamboo-type fish-and-food symbiosis device, which comprises: an aquatic culture tank, a pumping motor and a planting component. Wherein the aquaculture tank has an opening toward the top, the pumping motor is disposed in the aquaculture tank, and the planting component is disposed outside the aquaculture tank, and comprises: a base having a top surface, the top The surface of the connecting cylinder forms a connecting passage; the connecting cylinder forms a connecting end with respect to one end of the base, and a water inlet hole is formed at a side wall of the connecting cylinder adjacent to the base, the water inlet a water pipe is connected to the hole, and the water pipe is connected to a pumping motor in the aquaculture tank, and the water pipe protrudes into the connecting passage through the water inlet hole; and the connecting pipe is externally threaded adjacent to the outer edge of the side wall of the connecting end At least one bamboo pole, the bamboo pole has a hollow cylinder shape, and forms a water guiding passage inside the bamboo pole; the bamboo pole has an insertion end and a protruding end respectively, and the connecting end of the insertion end and the base The connecting end and the protruding end of the slub bar are correspondingly disposed, and an inner thread is formed on an inner edge of the side wall adjacent to the insertion end, and an outer thread is formed on an outer edge of the side wall adjacent to the protruding end, the inner side The rib is disposed corresponding to the external thread adjacent to the outer edge of the side wall of the protruding end and the external thread of the side wall adjacent to the connecting end of the connecting barrel, and the internal thread and the external thread are selectively screwed to each other; The water pipe is further screwed into the water guiding passage by the connecting rod and the connecting cylinder; the at least one supporting frame has a sleeve, at least one supporting arm and a ring body; The sleeve is sleeved corresponding to the protruding end of the bamboo rod, and the support arm extends outwardly perpendicular to the extending direction of the sleeve and the bamboo rod, and the ring system and the support arm are opposite to the sleeve One end is connected and fixed, and a penetrating space is formed on the inner side of the ring body; at least one planting potter having a basin and a basin edge respectively, the diameter of the basin edge being larger than the diameter of the basin body And the diameter of the basin is smaller than the diameter of the ring body, the diameter of the basin edge is larger than the diameter of the ring body; and the planting pot is accommodated and engaged in the penetrating space of the ring body; and at least one connecting pipe , the connecting pipe connection Between the protruding end of the bamboo pole of the topmost layer of the planting component and the topmost planting pot of the planting component, and the connecting pipe communicates with the water pipe protruding into the bamboo pole, and the planting component The bottommost planting basin is located at the top of the aquaculture tank.

The advantage of this creation is that it simply uses a layer of a base and a bamboo pole to be screwed and extended, and the support frame and the bamboo pole are fixed and fixed, so that the planting component of the present invention can be assembled into a tree-like multi-layer structure, and The aquaculture tank and the pumping motor are built together to form a bamboo-style fish-food symbiosis device. In addition, the bamboo-type fish-and-food symbiosis device of the present invention utilizes the structural characteristics that the support frame is sleeved on the bamboo pole and can be freely rotated by the bamboo pole, so that the planting pots on the support frame do not shield each other from light, and The whole device does not need to be placed directly above the aquaculture tank. It is only necessary to set the bottom planting pot on the top of the aquaculture tank. At the same time, it solves the problem that the plants receive uneven illumination and observe the growth of the fish population. The economic benefits of the fish and vegetable symbiosis device.

Preferably, the planting basin further comprises: a fixing ring, a water leakage hole and a siphon assembly; the fixing ring is disposed on the inner side of the basin edge, and the connecting tube is inserted at one end of the bamboo pole The water leakage hole is formed in the bottom of the basin body, and an annular fixing portion facing the inner protrusion of the basin body is formed on the periphery of the water leakage hole, and the inner edge of the annular fixing portion is provided with an internal thread structure; the siphon assembly The utility model comprises: a siphon straight pipe having a long pipe section, a short pipe section and an external thread structure, the external thread structure being formed between the long pipe section and the short pipe section, and the external thread structure and the ring of the basin body The internal thread structure of the fixing portion is correspondingly screwed, the long pipe segment protrudes into the inside of the basin body, and the short pipe segment protrudes from the water leakage hole to the outside of the basin body; a waterproof cushion, the waterproof cushion is sleeved on the siphon straight a short pipe section of the pipe and sealing the water leakage hole of the basin; and a golden bell cover which is a cover body and has a closed end and an open end, the open end sleeve being engaged with the basin body Outside the ring fixing a long pipe section of the siphon straight pipe is accommodated in the golden bell jar, and a circulation space is formed between the golden bell jar and the long pipe section, and the circulation space is communicated with the inside of the siphon straight pipe; the peripheral wall of the golden bell cover is adjacent to The open end is provided with a plurality of water inlet holes, and the water inlet holes communicate with the inside of the basin and the circulation space.

The technical means only utilizes the water pipe of the pumping motor, the connecting passage of the base, the water guiding channel of the bamboo pole, the connecting pipe and the communication arrangement of the siphon assembly in the planting pot to form a water circulation path, providing plant irrigation and aquaculture tank. The effect of water filtration, and the use of the siphon assembly in the planting basin, allows the water to stay in the planting basin for plant absorption, and the excess water is returned to the aquaculture tank for fish and shrimp to survive. In addition, the connection barrel of the base and the interior of the bamboo rod are hollowly disposed as a water circulation flow path, effectively hiding part of the water path, and providing a more tidy and beautiful appearance of the fish and vegetable symbiosis device.

More preferably, the length of the long pipe section of the siphon straight pipe is less than the height of the gold bell jar, and the long pipe section is not in contact with the closed end of the bell jar. The technical means adopts a structure in which the length of the long pipe section of the siphon straight pipe is smaller than the height of the golden bell cover and the long bell section is not in contact with the closed end of the golden bell cover when the annular bell cover is disposed on the annular fixing portion, so that The flow space between the siphon straight tube and the golden bell jar and the inner space of the siphon straight tube are kept unobstructed, so that the drainage is not easy to be caused by the blockage, and even the reverse flow liquid occurs.

Preferably, the number of the bamboo rods, the support frame, the planting pot and the connecting tube are respectively plural, and one of the connecting tubes is connected to the protruding end of the bamboo pole which is installed at the topmost layer of the planting component and the planting component Between the topmost planting pots, the remaining connecting tubes are connected between the short tube sections of the siphon straight tubes installed in the upper potting pots and the fixing rings of the adjacent lower potting pots. The technical means only uses the connecting pipe to connect the topmost bamboo pole and the topmost planting pot, and the short pipe section of the siphon straight pipe installed in the upper planting pot and the fixing ring of the adjacent lower planting pot. The water flow layer extracted by the pumping motor is led back into the aquatic culture tank, and is not sprayed at will, resulting in the surrounding slippery and waste of water resources.

More preferably, the planting assembly further comprises at least one LED growth lamp, the LED growth lamp is in the shape of a disk, the diameter of the LED growth lamp is larger than the diameter of the ring body of the support frame, and the LED growth lamp Engaged on the ring. The technical means only provides more sufficient illumination of the plant by using the setting of the LED growth lamp, and the LED growth lamp is fixedly engaged with the ring body by using the diameter of the LED growth lamp and the diameter of the ring of the support frame. Solve the problem of poor productivity due to insufficient light exposure in plants.

Preferably, the LED growth lamps respectively have two wires, one of which is connected to a male socket, and the other of which is connected to a female socket, the male socket corresponding to the female socket. The technical means is simply powered by the male socket of one of the LED growth lamps and the female socket of the other LED growth lamp, and the female socket of the LED growth lamp can be connected with the male socket of another LED growth lamp. The connection mode of energizing the electrodes achieves the purpose of connecting the plurality of LED growth lamps to each other in series and emitting light together.

In the following, please cooperate with the drawings and the preferred embodiment of the present invention to further explain the technical means adopted by the present creation for the purpose of achieving the intended creation.

As shown in FIG. 1, the bamboo-type fish-food symbiosis device of the present invention comprises: an aquatic culture tank 10, a pumping motor 20, and a planting assembly 30.

The aquaculture tank 10 has an opening 11 facing the top, and the pumping motor 20 is disposed inside the aquaculture tank 10 and is connected from the opening 11 to the outside of the aquaculture tank 10 via a water pipe 21.

The planting component 30 is disposed outside the aquaculture tank 10, and the planting component 30 includes: a base 31, five bamboo poles 32, four support frames 33, two planting basins 34, two LED growth lamps 35, and Two communicating tubes 36.

Referring also to FIGS. 1 through 3, the base 31 is a circular disk body having a great weight for stabilizing the overall planting assembly 30. The base 31 has a top surface 311 that protrudes to form a connecting barrel 312. The inside of the connecting barrel 312 forms a connecting passage 313. A water inlet hole 314 is defined in the side wall of the connecting tube 312 adjacent to the base 31. The water inlet hole 314 is inserted into the water pipe 21, and the water pipe 21 protrudes from the corresponding arrangement of the water pipe 21 and the water inlet hole 314. The connecting passage 313 which extends into the inside of the connecting cylinder 312 allows the water inside the aquaculture tank 10 to be transported along the water pipe 21 into the water pipe section in the connecting passage 313 via the extraction of the pumping motor 20. The connecting sleeve 312 forms a connecting end 312A with respect to one end of the base 31. The connecting barrel 312 is externally threaded adjacent to the outer edge of the side wall of the connecting end 312A for subsequent extension of the bamboo pole 32.

Referring mainly to FIG. 2, the bamboo pole 32 has a hollow cylindrical shape, and a water guiding passage 321 is formed inside each of the bamboo shafts 32. The bamboo poles 32 respectively have an insertion end 322 and a protruding end 323. The insertion end 322 is disposed corresponding to the connecting end 312A of the connecting barrel 312 of the base 31 and the protruding end 323 of the bamboo pole 32, and is disposed on the bamboo joint. The rod 32 is formed with an internal thread adjacent to the inner edge of the side wall of the insertion end 322, and an external thread is formed on the outer edge of the side wall of the bamboo rod 32 adjacent to the protruding end 323, and the extension height of the internal thread and the extension of the external thread The same, and the internal thread is corresponding to the external thread adjacent to the outer edge of the side wall of the protruding end 323 and the external thread of the outer edge of the side wall adjacent to the connecting end 312A of the connecting barrel 312, so that the slub bar 32 can be used by The internal thread adjacent to the inner edge of the side wall of the insertion end 322 is screwed to the external thread of the connecting barrel 312 adjacent to the outer edge of the side wall of the connecting end 312A, and the other bamboo rod 32 can also be made by its phase. An internal thread adjacent to the inner edge of the side wall of the insertion end 322 is screwed to the external thread of the side edge of the bamboo rod 32 fixed to the connecting barrel 312 adjacent to the side wall of the protruding end 323, thereby making the plurality of bamboo poles 32 can be extended in series by screwing together and make The water guiding passage 321 inside the bamboo pole 32 communicates with the connecting passage 313 of the connecting cylinder 312 of the base 31, so that the water pipe 21 is further extended from the connecting passage 313 of the connecting cylinder 312 into the water guiding passage 321 and from the topmost layer. The protruding end 323 of the bamboo pole 32 extends to protrude.

In addition, the connecting rod 312 is adjacent to the outer edge of the side wall of the connecting end 312A, and the extending height of the thread is only shorter than the inner thread height of the side edge of the side of the bamboo rod 32 adjacent to the insertion end 322. The external thread of the connecting barrel 312 adjacent to the connecting end 312A can be completely rotated and screwed into the inner wall of the slub bar 32 adjacent to the insertion end 322, and the rest is not particularly limited.

Referring to FIG. 1 to FIG. 4 , the support frame 33 has a sleeve 331 , two support arms 332 , and a ring body 333 . The sleeve 331 is sleeved corresponding to the protruding end 323 of the slub bar 32 so that the support frame 33 can be fixed to the protruding end 323 of any of the slub rods 32. The support arm 332 extends outwardly perpendicular to the extending direction of the sleeve 331 and the slub bar 32. The ring body 333 is connected and fixed to the end of the support arm 332 with respect to the sleeve 331, and the ring body 333 The extending portion of the support arm 332 extends, and a penetration space 334 is formed on the inner side of the ring body 333 for use in the potting device 34 or the LED growth lamp 35.

The potting pots 34 respectively have a basin 341 and a basin edge 342. The diameter of the basin edge 342 is larger than the diameter of the basin 341, and the diameter of the basin 341 is smaller than the diameter of the ring body 333. The diameter of the ring body 333 is larger than the diameter of the ring body 333, so that the plant pot 34 can be placed into the penetrating space 334 of the ring body 333 via the ring body 333, and the basin body 341 can be passed through the above-mentioned diametrical relationship. The penetrating space 334 and the basin edge 342 are engaged with the ring body 333 to receive and engage the plant pots 34. In addition, the LED growth lamp 35 is in the shape of a disk, and the diameter of the LED growth lamp 35 is larger than the diameter of the ring body 333, so that the LED growth lamp 35 can be disposed and engaged with the ring body 333 without falling.

As shown in FIG. 5, the LED growth lamps 35 respectively have two wires 351. One of the wires 351 is connected to a male socket 352, and the other wire 351 is connected to a female socket 353. The male socket 352 is connected. Corresponding to the female socket 353, the male socket 352 of one of the LED growth lamps 35 can be energized in conjunction with the female socket 353 of the other LED growth lamp 35, and the female socket 353 of the LED growth lamp 35 The male socket 352 of the other LED growth lamp 35 can be energized to be energized, thereby achieving the purpose of energizing the plurality of LED growth lamps 35 in series with each other.

Referring again to FIG. 1 to FIG. 4, the planting basin 34 further includes a fixing ring 343, a water leakage hole 344, and a siphon assembly 345. The fixing ring 343 is disposed on the inner side of the basin edge 342 for fixing one end of the communication tube 36. The water leakage hole 344 is disposed at the bottom of the basin body 341, and forms an inner protrusion toward the circumference of the basin body 341 at the periphery of the water leakage hole 344. An annular fixing portion 346 having an inner edge of the annular fixing portion 346 is provided with an internal thread structure, and the annular fixing portion 346 is for fixing the siphon assembly 345.

The siphon assembly 345 includes a siphon straight tube 345A, a waterproof cushion 345B, and a golden bell 345C. The siphon straight tube 345A has a long tube portion 345a, a short tube portion 345b and an externally threaded structure 345c formed between the long tube portion 345a and the short tube portion 345b, and the externally threaded structure 345c and the basin body 341 The internal thread structure of the annular fixing portion 346 is correspondingly screwed, so that the siphon straight tube 345A is screwed and fixed to the annular fixing portion 346, and the long tube portion 345a protrudes into the inside of the basin body 341, and the short tube portion 345b leaks from the water. The hole 344 protrudes from the outside of the basin 341.

The waterproof pad 345B is disposed between the short pipe section of the siphon straight pipe 345A and the external thread structure 345c. The waterproof pad 345B is used to fix the siphon straight pipe 345A to the annular fixing portion 346. The water leakage hole 344 of the basin body 341 can be sealed so that the water in the plant pot 34 does not leak through the gap between the water leakage hole 344 of the basin body 341 and the siphon straight tube 345A.

The golden bell cover 345C is a cylindrical cover having an open end 345d and a closed end 345e. The open end 345d is sleeved to the outer periphery of the annular fixing portion 346 of the basin 341, and the siphon is The long pipe section 345a of the straight pipe 345A is accommodated in the golden bell cover 345C, wherein the length L of the long pipe section 345a is smaller than the height H of the golden bell cover 345C, so that the long pipe section 345a is not opposite to the closed end 345e of the golden bell cover 345C. Contact, and a flow space is formed between the long pipe section 345a and the golden bell 345C. Further, a plurality of water inlet holes 345f are formed in the peripheral wall of the bell jar 345C adjacent to the open end 345d, so that the inside of the siphon straight tube 345A, the circulation space, and the water inlet hole 345f communicate with each other, and the water in the plant pot 34 is made. It can flow into the circulation space through the water inlet hole 345f, and further flows into the inside of the siphon straight pipe 345A, and finally is discharged from the short pipe section 345b of the siphon straight pipe 345A.

One of the connecting tubes 36 is connected between the protruding end 323 of the bamboo pole 32 of the topmost layer of the planting assembly 30 and the topmost potting pot 34 of the planting assembly 30, and is connected thereto, and The communication pipe 36 is connected and communicated with the water pipe 21 extending from the protruding end 323 of the topmost bamboo bar 32; the other communication pipe 36 is connected to the short pipe section of the siphon straight pipe 345A installed in the upper planting pot 34 345b and the fixing ring 343 of the adjacent lower planting pot 34, and the bottommost planting pot 34 of the planting assembly 30 is disposed at the top of the aquaculture tank 10, so that the bottommost potting device 34 The short pipe section 345b of the siphon straight pipe 345A is aligned with the opening 11 of the aquaculture tank 10, and the water discharged from the siphon straight pipe 345A is returned to the inside of the aquaculture tank 10 for use by the farmed fish and shrimp.

When the present invention is actually used, the pumping motor 20 first extracts the water inside the aquaculture tank 10 to the water inlet hole 314 of the connecting cylinder 312 of the base 31 via the water pipe 21, and enters the connecting passage of the connecting cylinder 312 from the water inlet hole 314. The water pipe section in 313 is then transported to the protruding end 323 of the topmost bamboo pole 32 along the extension of the water pipe 21 by extending the water guiding passage 321 inside the threaded rod 32 which is screwed from the connecting cylinder 312, and then borrows Water is introduced into the topmost potting pot 34 by planting the water tube 21 protruding from the protruding end 323 of the topmost bamboo rod 32 and the connecting tube 36 for planting. Generally, when the actual planting is carried out, a substrate such as a foaming stone or gravel is first placed in the planting pot 34, so that the water gradually flows along the gap between the substrates to the bottom of the planting pot 34, and then through the bell jar. The water inlet hole 345f of the 345C flows into the circulation space between the golden bell cover 345C and the long pipe section 345a of the siphon straight pipe 345A, and the phenomenon of siphoning occurs.

When the water level in the circulation space accumulates beyond the length L of the long pipe section 345a, a siphon phenomenon occurs, at which time the water enters the inside of the siphon straight pipe 345A via the top end of the long pipe section 345a, and flows to the bottom of the short pipe section 345b, and then flows to the bottom of the short pipe section 345b, and then The water is then conducted to the adjacent lower planting pot 34 via another connecting tube 36 connecting the short tube section 345b and the fixing ring 343 of the adjacent lower potting pot 34, and again planted in the adjacent lower layer. The accumulated water level in the basin 34 waits for the siphon phenomenon to occur again in the siphon straight tube 345A in the adjacent lower potting pot 34. Finally, when the siphon phenomenon of the bottommost potting device 34 occurs, the water enters the inside of the siphon straight tube 345A through the top end of the long tube section 345a of the bottommost potting pot 34 and flows to the short tube section 345b, and finally from the short The bottom of the pipe section 345b is discharged outward. At this time, the short pipe section 345b of the bottommost planting potter 34 is used to be aligned with the opening 11 of the aquaculture tank 10, so that the water discharged from the siphon straight pipe 345A is directly returned to the aquaculture tank 10. The interior is used for farmed fish and shrimp and completes a complete water cycle.

In addition, the present invention can be utilized to mount an LED growth lamp 35 above each of the plant pots 34. In short, a support frame 33 is mounted between the bamboo pole 32 and the bamboo pole 32, and The potter 34 is alternately arranged with the LED growth lamp 35, and the LED growth lamp 35 can be arbitrarily rotated by the sleeve 331 of the support frame 33 and the protruding end 323 of the slub bar 32, so that each of the plant pots All the plants planted in 34 can receive sufficient light to illuminate, and 34 plants will not shield each other due to lamination, which will improve the quality consistency of the plant.

In summary, the bamboo-type fish-food symbiosis device of the present invention simply uses a 32-layer layer of a bamboo pole to be screwed and fixedly extended, and a support frame 33 is provided between the bamboo pole 32 and the bamboo pole 32 for planting. The basin 34 is placed in use with the LED growth lamp 35, thereby forming a planting assembly 30 in combination. In addition, the planting pot 34 and the LED growth lamp 35 can be freely rotated according to the extending direction of the bamboo pole 32, so that the aquaculture tank 10 does not need to be fixedly disposed directly below the planting assembly 30, providing a breeder. Observe the convenience of the state of the fish, and allow the farmers to assemble themselves to form a fish and vegetable symbiosis device of any size according to the space requirements.

In addition, the present invention uses the pumping motor 20 and the water pipe 21 to guide the water from the aquaculture tank 10 to the water guiding passage 321 in the bamboo pole 32, effectively concealing the water pipe 21 in the bamboo pole 32, increasing the beauty of the overall device, and utilizing each The siphon assembly 345 in the potting pot 34 is arranged so that the water flow can be slowly returned to the aquaculture tank 10 and continuously circulated, thereby simultaneously achieving the purpose of plant irrigation and water filtration, and constructing a set of changes. And a bamboo-type fish-and-food symbiosis device for efficient production of aquatic products and hydroponic plants.

The above description is only a preferred embodiment of the present invention, and does not impose any form limitation on the present invention. Although the present invention has been disclosed above in the preferred embodiment, it is not intended to limit the present creation, and has any technical field. A person skilled in the art can make some modifications or modifications to equivalent embodiments by using the above-disclosed technical contents without departing from the technical scope of the present invention. The technical essence of the creation Any simple modification, equivalent change and modification of the above embodiments are still within the scope of the technical solution of the present invention.

10‧‧‧Aquaculture tank
11‧‧‧ openings
20‧‧‧ pumping motor
21‧‧‧ water pipes
30‧‧‧plant components
31‧‧‧Base
311‧‧‧ top surface
312‧‧‧Connecting tube
312A‧‧‧Connected end
313‧‧‧Connected channel
314‧‧‧ water inlet
32‧‧‧Bamboo rod
321‧‧‧Water channel
322‧‧‧Interrupted end
323‧‧‧ Highlights
33‧‧‧Support frame
331‧‧‧Sleeve
332‧‧‧Support arm
333‧‧‧ Ring body
334‧‧‧ penetrating space
34‧‧‧Plant pot
341‧‧‧ basin
342‧‧‧Bowl edge
343‧‧‧Fixed ring
344‧‧‧ leaking hole
345‧‧‧Siphon assembly
345A‧‧‧Siphon straight tube
345B‧‧‧Waterproof cushion
345C‧‧‧ Golden Bell
345a‧‧‧long pipe section
345b‧‧‧short pipe section
345c‧‧‧ external thread structure
345d‧‧‧open end
345e‧‧‧closed end
345f‧‧‧ water hole
346‧‧‧Ring fixed part
35‧‧‧LED growth light
351‧‧‧Connected wires
352‧‧‧ Male socket
353‧‧‧Female socket
36‧‧‧Connected pipe
L‧‧‧Long pipe length
H‧‧‧ height of the golden bell
90‧‧‧Aquaculture fish tank
100‧‧‧ grid frame
110‧‧‧ hanging potted plants
120‧‧‧Motor
130‧‧‧Water pipes

Figure 1 is a perspective view of the creation. Figure 2 is a partial exploded view of the planting assembly of the present invention. Figure 3 is a partial exploded view of the planting component of the present invention with an LED growth lamp. Figure 4 is a complete exploded view of the planting assembly and siphon assembly of the present invention. Figure 5 is a perspective view of the LED growth lamp of the present invention. Figure 6 is a schematic plan view of a prior art fish and vegetable symbiosis device.

10‧‧‧Aquaculture tank

11‧‧‧ openings

20‧‧‧ pumping motor

21‧‧‧ water pipes

30‧‧‧plant components

31‧‧‧Base

311‧‧‧ top surface

312‧‧‧Connecting tube

312A‧‧‧Connected end

314‧‧‧ water inlet

32‧‧‧Bamboo rod

322‧‧‧Interrupted end

323‧‧‧ Highlights

33‧‧‧Support frame

331‧‧‧Sleeve

332‧‧‧Support arm

333‧‧‧ Ring body

334‧‧‧ penetrating space

34‧‧‧Plant pot

341‧‧‧ basin

342‧‧‧Bowl edge

343‧‧‧Fixed ring

345C‧‧‧ Golden Bell

345b‧‧‧short pipe section

35‧‧‧LED growth light

36‧‧‧Connected pipe

Claims (9)

A bamboo-type fish-and-food symbiosis device comprising: an aquatic culture tank, a pumping motor and a planting component; wherein the aquaculture tank has an opening toward the top, the pumping motor is disposed in the aquaculture tank, and The planting component is disposed outside the aquatic culture tank and comprises: a base having a top surface protruding to form a connecting barrel, the connecting barrel forming a connecting passage; the connecting barrel is opposite to the end of the base Forming a connecting end, and a water inlet hole is formed in the side wall of the connecting cylinder adjacent to the base, the water inlet hole is inserted with a water pipe, and the water pipe is connected with a pumping motor in the aquaculture tank, and the water pipe is connected thereto The inlet hole protrudes into the connecting passage; and the connecting barrel is externally threaded adjacent to the outer edge of the side wall of the connecting end; at least one bamboo pole, the bamboo pole is hollow, and a water guiding is formed inside the bamboo pole Channels; the bamboo rods respectively have an insertion end and a protruding end, and the insertion end is disposed corresponding to the connection end of the connection barrel of the base and the protruding end of the bamboo rod, and An inner edge of the side wall adjacent to the insertion end is formed with an internal thread, and an outer thread is formed on an outer edge of the side wall adjacent to the protruding end, the internal thread and the external thread adjacent to the outer edge of the side wall of the protruding end and adjacent to the connecting barrel The external thread of the outer edge of the side wall of the connecting end is correspondingly disposed, and the internal thread and the external thread are selectively screwed and fixed to each other; and the water pipe is fixedly fixed by the joint of the bamboo rod and the connecting barrel Extending into the water guiding channel; at least one support frame, the support frame respectively has a sleeve, at least one support arm and a ring body; the sleeve is sleeved corresponding to the protruding end of the bamboo pole, and the support The arm system extends outwardly perpendicular to the extending direction of the sleeve and the bamboo rod, and the ring system is fixedly connected with the support arm with respect to one end of the sleeve, and forms a penetrating space on the inner side of the ring body; at least one planting a potting device, wherein the potting pot has a basin and a basin edge, the diameter of the basin edge is larger than the diameter of the basin body, and the diameter of the basin body is smaller than the diameter of the ring body, and the diameter of the basin edge is larger than the ring diameter Body And the planting basin is received and engaged in the penetrating space of the ring body; and at least one connecting pipe connecting the protruding end of the bamboo pole mounted on the topmost layer of the planting component and planting Between the topmost planting pots of the plant, and the connecting pipe is connected with a water pipe protruding into the bamboo pole, and the bottommost planting pot of the planting component is arranged at the top of the aquaculture tank. The bamboo-type fish-and-food symbiosis device according to claim 1, wherein the planting basin further comprises: a fixing ring, a water leakage hole and a siphon assembly; the fixing ring is disposed on the inner side of the basin edge, and the communication is One end of the tube is inserted into the fixing ring with respect to the bamboo rod; the water leakage hole is bored at the bottom of the basin body, and an annular fixing portion facing the inner protrusion of the basin body is formed at the periphery of the water leakage hole, and the inside of the annular fixing portion The yoke is provided with an internal thread structure; the siphon assembly comprises: a siphon straight tube having a long tube section, a short tube section and an externally threaded structure formed between the long tube section and the short tube section, And the external thread structure is screwed correspondingly to the internal thread structure of the annular fixing portion of the basin, the long pipe section protrudes into the interior of the basin body, and the short pipe section protrudes from the water leakage hole to the outside of the basin body; The waterproof cushion is sleeved on the short pipe section of the siphon straight pipe and seals the water leakage hole of the basin; and a golden bell cover which is a cover body and has a closed end and an open end, Open end set An outer peripheral edge of the annular fixing portion of the basin is disposed, and the long pipe section of the siphon straight pipe is accommodated in the golden bell cover, and a circulation space is formed between the golden bell cover and the long pipe section, the circulation space and the siphon straight pipe The inner wall of the golden bell jar is adjacent to the open end and is provided with a plurality of water inlet holes, and the water inlet holes communicate with the inside of the basin and the circulation space. The bamboo-type fish-and-food symbiosis device according to claim 2, wherein the length of the long pipe section of the siphon straight pipe is smaller than the height of the gold bell jar, and the long pipe section is not in contact with the closed end of the bell jar. The bamboo-type fish-and-food symbiosis device according to claim 2, wherein the number of the bamboo poles, the support frame, the planting basin, and the connecting pipe are respectively plural, and one of the connecting pipes is connected to the top of the planting component. Between the protruding end of the bamboo rod and the topmost planting pot of the planting component, the remaining connecting tubes are connected to the short tube section of the siphon straight tube installed in the upper potting pot and the adjacent lower potting pot Between the retaining rings. The bamboo-type fish-and-food symbiosis device according to claim 3, wherein the number of the bamboo poles, the support frame, the planting basin, and the connecting pipe are respectively plural, and one of the connecting pipes is connected to the top of the planting component. Between the protruding end of the bamboo rod and the topmost planting pot of the planting component, the remaining connecting tubes are connected to the short tube section of the siphon straight tube installed in the upper potting pot and the adjacent lower potting pot Between the retaining rings. The bamboo-type fish-food symbiosis device according to any one of claims 1 to 3, wherein the planting component has a plurality of support frames, and the planting component further comprises at least one LED growth lamp, wherein the LED growth lamp is In the shape of a disk, the diameter of the LED growth lamp is larger than the diameter of the ring body of the support frame, and the LED growth lamp is engaged with the ring body. The bamboo-type fish-food symbiosis device according to claim 4, wherein the planting assembly further comprises at least one LED growth lamp, the LED growth lamp is in the shape of a disk, and the diameter of the LED growth lamp is larger than the support frame. The diameter of the ring body, and the LED growth lamp is engaged with the ring body. The bamboo-type fish-food symbiosis device according to claim 6, wherein the LED growth lamps respectively have two wires, wherein one wire is connected with a male socket, and the other wire is connected with a female socket, the male socket Corresponds to the female socket. The bamboo-type fish-food symbiosis device according to claim 7, wherein the LED growth lamps respectively have two wires, wherein one wire is connected with a male socket, and the other wire is connected with a female socket, the male socket Corresponds to the female socket.