CN-224219212-U - Water purification device for shellfish-algae collaborative culture

Abstract

The utility model relates to the technical field of shellfish and algae collaborative cultivation, in particular to a water purifying device for shellfish and algae collaborative cultivation, which comprises a water tank and a collaborative cultivation frame, wherein a pipeline arranged at the right end of a frame shell is communicated with an external water pump device, a pipeline arranged at the top of a connecting cylinder is communicated with the external water pump device, cultivation water is added into the box, soluble nutrient substances are placed in the pipeline, the external water pump device is started, water enters between a saucer and a chuck through a through hole in a column casing, is filtered and purified through a filter screen, the water enters the water pump device through a pipeline at the right end of the frame shell, a liquid discharge pipe of the water pump device is inserted into the box, and the external air pump device is started, so that external air is filled into the box through a through pipe and a T-shaped through hole.

Inventors

• XIA MINGYU
• WU LIYA
• ZHANG YONGHUI
• ZHANG MINGQIANG

Assignees

• 连云港鲁申海洋科技有限公司

Dates

Publication Date

20260512

Application Date

20250519

Claims (5)

1. 1. A water purification device for collaborative culture of shellfish and algae comprises a water tank (1) and a collaborative culture rack (2), and is characterized in that the collaborative culture rack (2) is arranged inside the water tank (1), the water tank (1) comprises a tank body (11), an upper annular plate (12), a lower annular plate (13) and a material pipe (14), the upper annular plate (12) and the lower annular plate (13) are fixedly arranged on the inner wall of the tank body (11), the material pipe (14) is arranged inside the upper annular plate (12), the collaborative culture rack (2) comprises a column casing (201), a frame shell (202), a ring casing (203), a jacket (204), a chuck (205), a connecting cylinder (206), a cushion pan (207), a filter screen (208), a first silica gel ring (209), a second silica gel ring (210), a through pipe (211), a column block (212), a culture pan (213), an algae culture pan (214), a first interlayer cloth (215), a first interlayer cloth (216), a second interlayer cloth (217) and a second material plate (218), the top end of the column casing (201), the frame shell (202) is fixedly arranged on the inner wall of the column casing (202), the frame shell (204), the inside fixed chuck (205) that is provided with of cover shell (204), chuck (205) top is fixed to be provided with connecting cylinder (206), cover shell (204) bottom mounting is provided with pad dish (207), the inside fixed filter screen (208) that is provided with of pad dish (207), the fixed first silica gel ring (209) that is provided with in pad dish (207) outside, frame shell (202) inner wall is fixed and is provided with second silica gel ring (210), the inside fixed siphunculus (211) that is provided with of barrel (201), barrel (201) bottom mounting is provided with post piece (212), the fixed shellfish culture dish (213) that is provided with in barrel (201) outside, alga culture dish (214), first intermediate layer cloth (215) have been placed at shellfish culture dish (213) top, second intermediate layer cloth (217) have been placed at alga culture dish (214) top, second intermediate layer cloth (217) have been placed at second intermediate layer cloth (218) top.
2. 2. The device for purifying water body by collaborative cultivation of shellfish and algae according to claim 1, wherein a rubber ring arranged on the outer side of the material pipe (14) is in contact with the top end of the upper annular plate (12), and a through hole is arranged in the material pipe (14).
3. 3. The device for purifying water by collaborative cultivation of shellfish and algae according to claim 1, wherein the rubber ring arranged on the inner wall of the frame shell (202) is in contact with the casing (204).
4. 4. The water purification device for collaborative cultivation of shellfish and algae according to claim 1, wherein the bottom of the saucer (207), the bottom of the first silica gel ring (209) and the top of the second silica gel ring (210) are contacted in a fitting way.
5. 5. The water purification device for collaborative cultivation of shellfish and algae according to claim 1, wherein the column block (212) is installed and placed with a column groove arranged on the inner wall of the bottom end of the box body (11), a T-shaped through hole is arranged inside the lower portion of the column casing (201), the bottom end of the through pipe (211) is communicated with the T-shaped through hole, the through hole is arranged inside the column casing (201), a rubber ring arranged above the through pipe (211) is in fit contact with the inside of the chuck (205), and a rubber ring arranged inside the saucer (207) is in fit contact with the annular cylinder (203).

Description

Water purification device for shellfish-algae collaborative culture Technical Field The utility model relates to the technical field of shellfish-algae collaborative culture, in particular to a water body purifying device for shellfish-algae collaborative culture. Background The culture environment of benthic shellfish is coincident with that of algae, and the benthic shellfish and algae are cooperatively cultured to improve the production efficiency of shellfish culture, for example, a water purifying device for shellfish cooperative culture. The utility model provides a water purification device that the cooperation of portion decibel algae was bred, its device main part is inconvenient to carry out the effect that the water was filtered and purified, the water was oxygenated, leads to the maintenance efficiency to the water of shellfish algae cooperation breed lower, consequently, proposes a shellfish algae cooperation breeds's water purification device to above-mentioned problem. Disclosure of Invention The utility model aims to provide a water purifying device for collaborative cultivation of shellfish-algae, which is used for solving the problem that the water purifying device for collaborative cultivation of shellfish-algae has lower water maintenance efficiency due to the fact that the main body of the device is inconvenient to filter and purify water and oxygenate the water. In order to achieve the above purpose, the present utility model provides the following technical solutions: The utility model provides a shellfish and algae are water purification device of breed in coordination, includes the water tank and breeds the frame in coordination, the inside collaborative breed frame that is provided with of water tank, the water tank includes box, goes up the annular plate, goes down annular plate and material pipe, the fixed annular plate that is provided with of box inner wall, lower annular plate, go up annular plate internally mounted and placed the material pipe, collaborative breed frame includes a section of thick bamboo, frame shell, a ring section of thick bamboo, sleeve shell, chuck, connecting cylinder, pallet, filter screen, first silica gel ring, second silica gel ring, siphuncullet, pillar piece, shellfish culture dish, algae culture dish, first intermediate layer cloth, first panel, second intermediate layer cloth and second panel, the fixed frame shell that is provided with in frame shell top, the inside fixed sleeve of frame shell bottom is provided with the ring section of thick bamboo, the fixed pallet that is provided with in sleeve bottom, the pallet inside is provided with of pallet, the fixed pad is provided with of pallet outside, the fixed cloth that breeds in pad, the first intermediate layer cloth is provided with of pallet, second intermediate layer cloth is provided with the inside the second panel, the fixed cylinder top is placed at the second intermediate layer top, the fixed cylinder top is provided with the fixed cylindrical shell. Preferably, the rubber ring that the material pipe outside set up is laminated with last annular plate top and is contacted, the inside through-hole that is provided with of material pipe. Preferably, the rubber ring that the frame shell inner wall set up is laminated with the cover shell and is contacted. Preferably, the bottom of the pad disc, the bottom of the first silica gel ring and the top of the second silica gel ring are in fit contact. Preferably, the post piece is placed with the post groove installation that box bottom inner wall set up, the inside T type through-hole that is provided with of post section of thick bamboo below, the siphunculus bottom sets up with above-mentioned T type through-hole intercommunication, the inside through-hole that is provided with of post section of thick bamboo, the rubber circle that the siphunculus top set up is in laminating contact with the inside laminating of chuck, the rubber circle that the pad dish inside set up is in laminating contact with the ring section of thick bamboo. Compared with the prior art, the utility model has the beneficial effects that: According to the utility model, a pipeline arranged at the right end of the frame shell is communicated with an external water pump device, a pipeline arranged at the top of the connecting cylinder is communicated with an external air pump device, benthic shellfish is laid at the top of the first material spreading plate, algae is laid at the top of the second material spreading plate, water for cultivation is added towards the inside of the box body, soluble nutrient substances are placed in the material pipe, the external water pump device is started, water enters between the saucer and the chuck through a through hole in the column casing, filtration and purification are carried out through a filter screen, the water enters the water pump device through the pipeline at the right end of the frame shell, a drain pipe of the water pump