CN218959821U

CN218959821U - Babylonia culture pond

Info

Publication number: CN218959821U
Application number: CN202223201450.6U
Authority: CN
Inventors: 蔡逢运; 蔡逢旺
Original assignee: Guangdong Zibei Intelligent Agriculture Co ltd
Current assignee: Guangdong Zibei Intelligent Agriculture Co ltd
Priority date: 2022-11-29
Filing date: 2022-11-29
Publication date: 2023-05-05
Anticipated expiration: 2032-11-29

Abstract

The utility model discloses a eastern conch culture pond, which comprises a pond barrel, chi Tuo, a connecting wire and a drainage device, wherein the Chi Tuo is arranged above the pond barrel, the connecting wire is connected in series to the side of a pond support, and the drainage device is arranged in the pond barrel.

Description

Babylonia culture pond

Technical Field

The utility model relates to the field of aquaculture, in particular to a Babylonia culture pond.

Background

The Babylonia is a high-quality aquatic product, delicious in meat quality, rich in nutrition, high in economic value, large in market sales and high in price, and is a famous and excellent breeding variety; when the cultivation base is used for cultivating the spiral seedlings, the spiral seedlings are usually put into a barrel-shaped cultivation pool for small-range cultivation, and water change work is needed to be carried out on the cultivation pool within a certain time so as to improve the survival capability and vitality of the spiral seedlings;

however, in the prior art, when the water change work is carried out on the culture pond, the spiral seedlings are generally fished out manually, then the water pouring, cleaning, water change and other steps are carried out on the interior of the culture pond, the steps are numerous and complex, time and labor are wasted, or a water outlet is added at the bottom of the culture pond, the traditional water discharging device directly discharges waste water directly, the spiral seedlings are cultivated in the pond, a certain reverse suction force is inevitably generated during water discharge, the spiral seedlings are sucked to the vicinity of the water outlet, the smaller spiral seedlings are directly sucked away, and the larger spiral seedlings are blocked at the water outlet, so that the water change of the culture pond cannot be carried out, and the loss of the spiral seedlings is caused;

there is an urgent need to redesign a Babylonia culture pond to solve the above problems

Disclosure of Invention

Therefore, in order to solve the defects, the utility model provides the Babylonia culture pond.

In order to achieve the above purpose, the present utility model adopts the following technical scheme: the utility model provides a pond is bred to Babylonia, includes pond bucket, chi Tuo, connecting wire, drainage device, chi Tuo sets up in pond bucket top, the connecting wire is connected in series and is held in the palm the side in the pond, the inside drainage device that is provided with of pond bucket.

Preferably, the drainage device comprises a cylinder body, a clamping seat, a straight grain cylinder, a quick drainage mechanism and a pattern cylinder, wherein the quick drainage mechanism is arranged above the cylinder body, the straight grain cylinder is nested below the pattern cylinder, the pattern cylinder is fixedly connected with the straight grain cylinder below the cylinder body, the clamping seat is arranged at the bottom of the straight grain cylinder and the bottom of the pattern cylinder, and the quick drainage mechanism is arranged inside the pool barrel.

Preferably, the pattern cylinder and the straight pattern cylinder are close to each other and are not attached to each other, and are fixed above the clamping seat.

Preferably, the quick drainage mechanism comprises a filter pipe body, a drainage fan, an anti-blocking device and a rotary filter screen, wherein the anti-blocking device is arranged outside the filter pipe body, the drainage fan is movably clamped at the upper position inside the filter pipe body, the rotary filter screen is connected above the filter pipe body in a nested manner, and the filter pipe body is connected above the cylinder body in a threaded manner.

Preferably, the drainage fan comprises a sliding ring, balls, an inner plate, a fixed shaft, an extension rod, fan blades and auxiliary beads, wherein the sliding ring is arranged inside a filter pipe body, the balls are movably clamped at the front ends of the fan blades and are attached to the inside of the sliding ring, the extension rod is arranged at the rear of the fan blades and is of an integrated structure, the auxiliary beads are movably clamped between the extension rod and the fan blades, the movable beads are movably clamped at the outer side of the inner plate, the extension rod is matched with the inner plate to be connected with the fixed shaft, and the movable clamping of the fixed shaft is arranged below a rotary filter screen.

Preferably, the balls, the fan blades, the extension rods and the auxiliary beads are at least provided with six positions, and are movably clamped inside the sliding ring in a connecting mode, and the fan blades are of a parallelogram structure and have a certain angle.

Preferably, the anti-blocking device comprises an anti-blocking plate, an anti-blocking through hole, a buffer sheet, a dispersion spring, an absorption block, a combination plate and a bottom plate, wherein the anti-blocking through hole is formed inside the anti-blocking plate, the bottom plate is arranged inside the anti-blocking plate, the absorption block is fixedly connected to the inner wall of the anti-blocking plate in a embedding mode, the dispersion spring is arranged between the absorption block and the combination plate, the buffer sheet is connected to the outside of the dispersion spring and the absorption block in a nesting mode, and the combination plate is attached to the outside of the filter pipe body.

Preferably, the buffer sheet, the dispersion spring, the absorption block, the combination plate and the bottom plate inside the anti-blocking device are at least provided with eight parts, and are round and evenly surrounded inside the anti-blocking plate.

The utility model has the beneficial effects that:

when the water draining operation is needed, the waste water enters the filter pipe body along the rotary filter screen by opening the water draining device, and the waste water impacts on the fan blades of the water draining fan, so that the fan blades form a certain inclined angle surface, and the waste water can generate rotation under the downward impulsive force of water flow, thereby further improving the water draining capability;

when draining, a certain water flow back suction phenomenon is inevitably generated, the spiral seedlings can move to the drainage device due to water flow, at this time, the anti-blocking device can prevent the spiral seedlings from blocking the drainage holes, and therefore the drainage work is effectively performed.

Drawings

FIG. 1 is a schematic diagram of the structure of the present utility model;

FIG. 2 is a schematic view of a drainage device according to the present utility model;

FIG. 3 is a schematic elevational cross-sectional view of the drainage device of the present utility model;

FIG. 4 is a schematic top cross-sectional view of the drain fan of the present utility model;

fig. 5 is a schematic top cross-sectional view of the anti-blocking apparatus of the present utility model.

Wherein: the pool barrel comprises a pool barrel body-1, a Chi Tuo-2, a connecting wire-3, a drainage device-4, a barrel body 41, a clamping seat-42, a straight grain barrel-43, a quick drainage mechanism-44, a pattern barrel-45, a filter pipe body-441, a drainage fan-442, an anti-blocking device-443, a rotary filter screen-444, a sliding ring-4421, a ball-4422, an inner plate-4423, a fixed shaft-4424, an extension rod-4425, a fan blade-4426, an auxiliary ball-4427, an anti-blocking plate-4431, an anti-blocking through hole-4432, a buffer sheet-4433, a dispersion spring-4434, an absorption block-4435, a combination plate-4436 and a base plate-4437.

Detailed Description

In order to further explain the technical scheme of the utility model, the following is explained in detail through specific examples.

Referring to fig. 1, the utility model provides an eastern conch culture pond, which comprises a pond barrel 1, a pond support 2, a connecting wire 3 and a drainage device 4;

the pond holds in the palm 2 setting in pond bucket 1 top, and connecting wire 3 link in series are held in the palm 2 sides in the pond, and pond bucket 1 inside is provided with drainage device 4, and wherein, pond bucket 1 inside can lay the waterproof cloth for further protection and breed spiral shell seedling, can cooperate connecting wire 3 to fix the waterproof cloth.

Referring to fig. 2, the drainage device 4 in this embodiment includes a cylinder 41, a clamping seat 42, a straight cylinder 43, a rapid drainage mechanism 44, and a pattern cylinder 45, wherein the rapid drainage mechanism 44 is disposed above the cylinder 41, the straight cylinder 43 is nested below the pattern cylinder 45, and the pattern cylinder 45 and the straight cylinder 43 are fixedly connected below the cylinder 41;

in this embodiment, the clamping seat 42 is disposed at the bottom of the straight cylinder 43 and the pattern cylinder 45, the quick drainage mechanism 44 is disposed inside the pool barrel 1, the pattern cylinder 45 and the straight cylinder 43 are close to each other and are not attached to each other, and are fixed above the clamping seat 42, when the pool barrel 1 is drained, waste water enters along the quick drainage mechanism 44, and after passing through the barrel 41, the pattern cylinder 45 and the straight cylinder 43 assist in filtering and draining, so as to prevent part of silt generated by the spiral seedlings from blocking the drainage device 4.

Referring to fig. 3, in this embodiment, the quick drainage mechanism 44 includes a filter tube body 441, a drainage fan 442, an anti-blocking device 443, and a rotary filter screen 444, wherein the anti-blocking device 443 is disposed outside the filter tube body 441, the drainage fan 442 is movably clamped at a position above the inside of the filter tube body 441, the rotary filter screen 444 is nested and connected above the filter tube body 441, the filter tube body 441 is in threaded connection above the cylinder 41, and when the waste water is discharged, the rotary filter screen 444 above the drainage device 4 is opened by rotation;

in this embodiment, the rotary filter 444 is opened clockwise and closed counterclockwise, the waste water enters the filter tube 441 along the rotary filter 444, and is discharged with the assistance of the drain fan 442, and the anti-blocking device 443 can block the movement of the spiral seedlings, so as to reduce the suction force generated during the drainage.

Referring to fig. 4, in this embodiment, the drain fan 442 includes a sliding ring 4421, a ball 4422, an inner plate 4423, a fixed shaft 4424, an extension rod 4425, a fan blade 4426, and an auxiliary bead 4427, wherein the sliding ring 4421 is disposed inside the filter tube body 441, the ball 4422 is movably engaged with the front end of the fan blade 4426 and is adhered to the inside of the sliding ring 4421, the extension rod 4425 is disposed behind the fan blade 4426, and is of an integrated structure, the auxiliary bead 4427 is movably engaged between the extension rod 4425 and the fan blade 4426, and is movably engaged with the outer side of the inner plate 4423;

in this embodiment, the extension rod 4425 is connected with the fixing shaft 4424 in cooperation with the inner plate 4423, the fixing shaft 4424 is movably clamped under the rotary filter screen 444, six balls 4422, fan blades 4426, the extension rod 4425 and auxiliary balls 4427 are arranged and movably clamped inside the sliding ring 4421, the fan blades 4426 are in a parallelogram structure and have a certain angle, when wastewater flows from top to bottom, water flows on the fan blades 4426, the fan blades 4426 are in a certain oblique angle, so that rotational drainage capacity is generated due to downward impact force of water flow, the auxiliary balls 4427 roll on the inner plate 4423 in cooperation with the balls 4422 and finally the fixing shaft 4424 rotates at the bottom of the rotary filter screen 444, and the drainage capacity is further improved.

Referring to fig. 5, in this embodiment, the anti-blocking device 443 includes an anti-blocking plate 4431, an anti-blocking through hole 4432, a buffer sheet 4433, a dispersion spring 4434, an absorption block 4435, a combination plate 4436, and a bottom plate 4437, wherein the anti-blocking through hole 4432 is disposed inside the anti-blocking plate 4431, the bottom plate 4437 is disposed inside the anti-blocking plate 4431, the absorption block 4435 is fixedly embedded on the inner wall of the anti-blocking plate 4431, and the dispersion spring 4434 is disposed between the absorption block 4435 and the combination plate 4436;

in the embodiment, the buffer sheet 4433 is nested and connected outside the dispersion spring 4434 and the absorption block 4435, the combining plate 4436 is attached outside the filter tube body 441, eight parts of the buffer sheet 4433, the dispersion spring 4434, the absorption block 4435, the combining plate 4436 and the bottom plate 4437 inside the anti-blocking device 443 are arranged, and the buffer sheet 4433, the dispersion spring 4434, the absorption block 4435, the combining plate 4436 and the bottom plate 4437 are uniformly round and surround inside the anti-blocking plate 4431;

wherein the bonding plate 4436 is attached to the outside of the filter tube body 441, the anti-blocking plate 4431 surrounds the outside of the filter tube body 441, when drainage suction force is generated, the anti-blocking plate 4431 can effectively block the spiral seedlings, the anti-blocking through holes 4432 which are communicated with the anti-blocking plate 4431 can prevent the spiral seedlings from blocking the drainage holes, thereby the drainage work is effectively performed, and the buffer piece 4433, the dispersion spring 4434 and the absorption block 4435 which are arranged in the anti-blocking plate 4431 are used for buffering the impact of the spiral seedlings on the anti-blocking plate 4431, so that the spiral seedlings are prevented from being sucked into the drainage pipe, and the drainage work is completed.

The working principle is as follows:

when the water draining work is needed, the rotary filter screen 444 above the water draining device 4 is opened by rotation; wherein, the rotary filter screen 444 is opened clockwise and closed anticlockwise, and the rotary filter screen 444 is nested and connected above the filter tube body 441, and at this time, wastewater enters the filter tube body 441 along the rotary filter screen 444;

when wastewater flows downwards from the filter tube body 441, water flow can strike on the fan blades 4426, the fan blades 4426 are in a parallelogram structure and have a certain inclined angle surface, so that downward impact force of the water flow can be generated, rotational drainage capacity is generated, the water flows on the sliding ring 4421 in combination with the rolling balls 4422, the auxiliary beads 4427 roll on the inner plate 4423, and finally the fixed shaft 4424 rotates at the bottom of the rotary filter screen 444, wherein six positions of the rolling balls 4422, the fan blades 4426, the extension rods 4425 and the auxiliary beads 4427 are arranged, and are movably clamped inside the sliding ring 4421 in a connecting mode, so that the drainage capacity can be further improved;

when drainage is carried out, a certain water flow back suction phenomenon is unavoidable, the spiral seedlings can move to the drainage device 44 due to water flow, at this time, the anti-blocking plate 4431 in the anti-blocking device 443 surrounds the outside of the filter tube body 441, when drainage suction force is generated, the anti-blocking plate 4431 can effectively block the spiral seedlings, and the anti-blocking through holes 4432 penetrating through the anti-blocking plate 4431 can prevent the spiral seedlings from blocking the drainage holes, so that drainage work is effectively carried out;

the buffer sheet 4433, the dispersion spring 4434 and the absorption block 4435 which are arranged inside the anti-blocking plate 4431 are used for relieving the impact force of the screw seedlings on the anti-blocking plate 4431, and the rubber cotton adopted by the anti-blocking plate 4431 has good protection capability, is safe and pollution-free, and also avoids the screw seedlings from being sucked into the drainage device 4, thereby completing the drainage work.

The foregoing is merely a preferred example of the present utility model, and the present utility model is not limited thereto, but it is to be understood that modifications and equivalents of some of the technical features described in the foregoing embodiments may be made by those skilled in the art, although the present utility model has been described in detail with reference to the foregoing embodiments. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present utility model should be included in the protection scope of the present utility model.

Claims

1. The utility model provides a Babylonia breed pond which characterized in that: including pond bucket (1), chi Tuo (2), connecting wire (3), drainage device (4), chi Tuo (2) set up in pond bucket (1) top, connecting wire (3) are connected in series in Chi Tuo (2) side, pond bucket (1) inside is provided with drainage device (4), drainage device (4) include barrel (41), cassette (42), straight line section of thick bamboo (43), quick drainage mechanism (44), decorative pattern section of thick bamboo (45), quick drainage mechanism (44) set up in barrel (41) top, straight line section of thick bamboo (43) nest in decorative pattern section of thick bamboo (45) below, decorative pattern section of thick bamboo (45) and straight line section of thick bamboo (43) fixed connection are in barrel (41) below, cassette (42) set up in straight line section of thick bamboo (43) and decorative pattern section of thick bamboo (45) bottom position, quick drainage mechanism (44) set up in pond bucket (1) inside, quick drainage mechanism (44) include filter tube body (441), drain fan (442), waterproof fan (444), filter screen (444) rotary block-up filter tube body (441) rotary block-up filter tube (443) outside the filter tube body (443) and filter tube body (444 are connected in a rotary block-up position, the filter tube body (441) threaded connection is in barrel (41) top, prevent stifled through-hole (4432), buffer film (4433), dispersion spring (4434), absorption piece (4435), binding board (4436), bottom plate (4437) are prevented including stifled board (4431), prevent stifled through-hole (4432) setting is inside preventing stifled board (4431), prevent stifled board (4431) inside being provided with bottom plate (4437), absorption piece (4435) is built in and is connected at stifled board (4431) inner wall, dispersion spring (4434) set up between absorption piece (4435) and binding board (4436), buffer film (4433) nested connection is outside dispersion spring (4434) and absorption piece (4435), binding board (4436) laminating is outside filter tube body (441).

2. A Babylonia culture pond according to claim 1, wherein: the pattern cylinder (45) and the straight pattern cylinder (43) are close to each other and are not bonded, and are fixed above the clamping seat (42).

3. A Babylonia culture pond according to claim 1, wherein: the drainage fan (442) comprises a sliding ring (4421), balls (4422), an inner plate (4423), a fixed shaft (4424), an extension rod (4425), fan blades (4426) and auxiliary beads (4427), wherein the sliding ring (4421) is arranged inside a filter tube body (441), the balls (4422) are movably clamped at the front ends of the fan blades (4426), the balls are attached to the inside of the sliding ring (4421), the extension rod (4425) is arranged behind the fan blades (4426) and is of an integrated structure, the auxiliary beads (4427) are movably clamped between the extension rod (4425) and the fan blades (4426) and are movably clamped at the outer side of the inner plate (4423), the extension rod (4425) is matched with the inner plate (4423) to be connected with the fixed shaft (4424), and the fixed shaft (4424) is movably clamped below a rotary filter screen (444).

4. A Babylonia culture pond according to claim 3, wherein: the ball (4422), the fan blade (4426), the extension rod (4425) and the auxiliary bead (4427) are at least provided with six parts, and are movably clamped inside the sliding ring (4421) in a connecting mode, and the fan blade (4426) is of a parallelogram structure and has a certain angle.

5. A Babylonia culture pond according to claim 1, wherein: the buffer sheet (4433), the dispersion spring (4434), the absorption block (4435), the combination plate (4436) and the bottom plate (4437) in the anti-blocking device (443) are at least provided with eight parts, and the anti-blocking device is round and evenly surrounds the anti-blocking plate (4431).