TWI759940B - Indoor earthquake-proof multi-function aquaculture apparatus - Google Patents

Abstract

The present invention relates to an aquaculture apparatus, comprises an aquaculture pond, a plurality of spacing walls, a water circulation device, a water treatment equipment and a water exchange device. Wherein, the aquaculture pond comprises many walls with different height that formed from outside to central, for reducing the lateral pressure of water body by forming water storage spaces with different size between many pond walls. A plurality of spacing walls will be set in a first water storage space that for cultivation to form a closed flow tube, and an oriented circular water flow will be formed in the closed flow tube through the water circulation device. The water will be aerated, coagulated, precipitated, filtered and disinfected through the water treatment equipment in a second water storage space that for purification. After all, the water will be circular flow after the post- treatment between the first water storage space and the second water storage space. Therefore, every storage space in the multi-function aquaculture equipment comprises different functions, the required time of cultivating seafood to an assigned weight will be reduced magnificently.

Description

Indoor shockproof multifunctional breeding equipment

The invention relates to an aquaculture pond constructed above the indoor ground, in particular to a multifunctional aquaculture equipment that can reduce the lateral pressure of the water body and has multiple water storage spaces for different purposes.

The Republic of China Invention Patent No. 201039745 "Ecological breeding pond and its water circulation method" provides an ecological breeding pond. The ecological breeding pond is provided with a plurality of flow channels. When the ecological breeding pond is filled with water, the plurality of flow channels are separated The water in the ecological aquaculture pond can be generated by the water flow in these channels through the pumping motor, so as to increase the oxygen content in the water and accelerate the removal of fish and shrimp excrement in the water.

However, since the plurality of flow channels set in the ecological aquaculture pond are connected by a pumping motor, the water flow in the ecological aquaculture pond will continuously circulate in these flow channels, and the fish and shrimp excrement carried by the water flow will also be In order to solve this problem, the ecological culture pond is provided with a water outlet, but if the fish and shrimp excrement carried by the water flow is to be discharged in a timely manner, the water outlet needs to discharge a large amount of sewage frequently. water, which will lead to a large amount of waste of water, causing a cost burden for the operators.

In addition, the ecological aquaculture pond only relies on water flow, which has a very limited effect on accelerating the removal of fish and shrimp excrement, because usually in the water, the excrement will settle down due to the weight. When the water flow cannot effectively resist the friction between the sediment and the bottom of the pool, this technical feature cannot effectively remove fish and shrimp excrement.

The Republic of China Patent No. 270663 "Above-ground Culture Pond" provides the structure of a breeding pond. The breeding pond is composed of a plurality of uprights surrounded by a cladding plate. The tops of the uprights are respectively provided with a The support frame is connected to a top seat located above the cultivation pond, and the supports are connected by a cloth body. The simple structure of the cultivation pond can maintain the temperature in the cultivation pond.

However, although the structure of the culture pond is simple, when an earthquake occurs, the structure of the column and the cladding plate is easily disintegrated due to shaking. Once the structure is disintegrated, the support frame connected to the top of the column will be affected by the The impact of the column will cause collapse, and the collapse of the support frame will cause the death of fish and shrimp in the breeding pond, resulting in a large amount of property loss.

Even if the structure of the column and the support frame is not disintegrated due to the shaking of the earthquake, the water in the aquaculture pond will still generate huge waves due to the shaking of the earthquake, which will cause a strong impact on the structure of the ecological pond. impact, leading to the disintegration of the ecological pool structure.

The first object of the present invention is to provide an aquaculture pond with a ladder-shaped pond wall design, so that the aquaculture pond produces a plurality of pond walls of different heights, thereby reducing the lateral pressure of the water body to strengthen the shock-proof function, and the differences between most pond walls are different. The size of the water storage space will be equipped with different components such as barrier walls, water treatment equipment and water exchange devices, so that each water storage space has different functions required for aquaculture, creating the most suitable growth environment for aquaculture bodies. Significantly reduces the time it takes for aquaculture bodies to reach their specified weight.

The second object of the present invention is that the bottom of the water storage space for aquaculture can collect the aquatic excrement that settles downwards into a collection tank, and the excrement sewage in the collection tank will be quickly drawn away by the water exchange device, so that the The water storage space can be maintained in a clean state with low pollution.

The third object of the present invention is to maintain the water temperature in the culture pond through an external temperature regulating device or the thermal insulation structure of the pool wall itself, so that the aquatic products in the culture pond can grow in a suitable temperature environment, reducing the Death caused by drastic changes in ambient temperature.

The fourth object of the present invention is to have an anti-vibration wave-absorbing design in the water storage space for aquaculture. When an earthquake occurs, the sloshing water fluctuations generated by the water storage in the water storage space will be blocked and destroyed, so that the shock energy can be offset each other. In this way, energy concentration damage to the pool wall can be avoided and disaster losses caused by overflow of stored water can be reduced.

The fifth object of the present invention is to build multiple groups of cultivating ponds on different floors to operate independently, so that cultivators can greatly increase the output of aquaculture on a limited land area.

In order to achieve all the aforementioned purposes, the indoor shock-proof multifunctional culturing equipment of the present invention comprises: a culturing pond, a plurality of barrier walls, a water circulation device, a water treatment equipment and a water exchange device; the cultivating pond is provided with a first pond wall, a second A pool wall and a pool bottom, the first pool wall is arranged at the pool bottom to form a first water storage space, the second pool wall is arranged at the pool bottom, and the second pool wall is spaced around the first pool wall, The first pool wall, the second pool wall and the pool bottom form a second water storage space, and the height of the second pool wall is smaller than the height of the first pool wall.

The blocking walls are located in the first water storage space and are connected to the bottom of the pool. The blocking walls divide the first water storage space into a plurality of flow channels, and the flow channels communicate with each other to form a closed flow channel.

The water circulation device is installed in the first water storage space, and the water circulation device can drive water to generate a directional circulating water flow in the closed flow channel.

The water treatment equipment divides the second water storage space into a pre-treatment area serving as the main backup water tank and a post-treatment area serving as sewage treatment, and has a pre-treatment device installed in the pre-treatment area and a pre-treatment device installed in the pre-treatment area. The post-processing device in the post-processing zone.

The water exchange device communicates with the first water storage space and the second water storage space, and includes a water supply pipeline, a water outlet pipeline and a water inlet pipeline, and the water supply pipeline can transmit the water located in the pretreatment area. To the first water storage space, the water outlet pipeline can transmit the water located in the first water storage space to the rear The water inlet pipeline can transmit the water located in the post-treatment area to the first water storage space; wherein, the water outlet pipeline is used for water transmission through the siphon principle, and the water supply pipeline and the water inlet pipeline The water is transported through a pumping motor.

In a feasible embodiment, the bottom of the pool is provided with a collection tank with the same path as the closed flow channel, the collection tank includes a slope portion and a concentration portion, and the top and bottom ends of the slope portion respectively form a first cross-section and A second section with a width smaller than the first section, and the concentrated portion is adjacent to the second section and communicated with the water outlet pipeline.

A plurality of corners are formed at the interconnected places between the flow channels, and the corners are provided with a circular arc wall. This first pool wall comprises a plurality of beams and columns, a thermal insulation material, a plurality of shock-proof plates and a water-leakage-proof material, these beams and columns are arranged at the bottom of the pool at intervals, and the shock-proof plates are set at intervals between these two beams and columns. to connect, so that a closed space is formed between the two beams and the two anti-vibration plates, the thermal insulation material is injected into the closed space, and the surface of the anti-vibration plate is coated with an anti-leakage material.

The culture pond further includes an anti-vibration fence installed above the first water storage space, and a plurality of first blocking members and second blocking members are alternately arranged in a length extension direction of the first water storage space. The part has a plurality of first openings and a first baffle that are alternately arranged, and the second baffle has a plurality of second baffles and second openings that are alternately arranged, so that the first opening is aligned with the position of the second baffle, and the second baffle A baffle is aligned with the position of the second opening.

In addition, the culture pond further includes a third pond wall, the third pond wall is arranged at the bottom of the pond, and the third pond wall surrounds the second pond wall at intervals, so that the second pond wall, the third pond wall A third water storage space is formed between the pool bottom and the third pool wall, and the height of the third pool wall is smaller than the height of the second pool wall.

The water exchange device further communicates with the second water storage space and the third water storage space through a secondary water supply pipeline, a secondary water outlet pipeline and a secondary water inlet pipeline, and the secondary water supply pipeline can be located in the The water in the pre-treatment area is transmitted to the third water storage space, the auxiliary water outlet pipeline can transmit the water located in the third water storage space to the post-treatment area, and the auxiliary water inlet pipeline can be located in the rear The water in the treatment area is transmitted to the third water storage space; wherein, the auxiliary water supply pipeline and the auxiliary water outlet pipeline transmit water through a pumping motor, and the auxiliary water inlet pipeline uses the siphon principle to carry out water transmission. transmission.

Furthermore, the indoor shock-proof multifunctional breeding equipment further includes a temperature regulation device and a plurality of operation platforms, wherein, the temperature regulation device includes a water supply source and a plurality of cold and heat exchange pipelines, and the cold and heat exchange pipelines are installed in the first storage tank. In the water space, the cold and heat exchange pipelines are connected to the water supply source, and the water supply source can provide water with different temperatures, so that the surfaces of the cold and heat exchange pipelines generate different temperatures, so as to adjust the water temperature of the first water storage space ; The working platforms are assembled on the top of the blocking wall or all pool walls respectively, and each working platform is formed with a stepping table with a width greater than the thickness of the blocking wall or the thickness of the corresponding pool wall.

Compared with the prior art, the feature of the present invention is that the height of the pond wall of the cultivating pond is gradually increased from the outermost periphery towards the central position to form a stepped interval arrangement, so that the inner water storage space of the first water storage space located in the center is formed. The generated lateral pressure can be shared by other water storage spaces, thereby reducing the lateral pressure of the water body on the first pool wall alone; in addition, each water storage space is configured with different component designs according to different volumes, so that the culture pond can be It is divided into several areas for different purposes (eg: breeding different kinds of aquatic products, and processing sewage at the same time). Finally, the breeding pond also has special advantages such as heat preservation, shock resistance, sub-floor construction, and rapid sewage discharge.

1: Breeding pond

10: The first pool wall

101: Beams and Columns

102: Anti-vibration plate

103: Insulation material

104: Anti-leakage material

105: Anti-vibration wall

11: Second pool wall

12: The third pool wall

13: Pool Bottom

14: The first water storage space

15: Second water storage space

151: Pre-processing area

152: Post-processing area

16: The third water storage space

17: Collection tank

171: Ramp Department

172: Concentration Department

18: Arc Wall

2: blocking wall

20: First runner

21: Second runner

22: First blocking wall

23: Second blocking wall

24: Third blocking wall

3: Water circulation device

4: Water treatment equipment

40: Pre-processing device

401: Aerator

402: Dosing machine

403: Filter

404: Sterilizer

41: Post-processing device

411: Decomposition filter

5: Water exchange device

50: External pipeline

51: Water supply pipeline

52: Auxiliary water supply pipeline

53: Water outlet pipeline

54: Water inlet pipeline

55: Auxiliary outlet pipeline

56: Auxiliary water inlet pipeline

57: Pumping motor

6: Shockproof fence

60: First stop

601: First bezel

602: The first opening

61: Second stopper

611: Second Opening

612: Second bezel

7: Thermostat

70: Water source

71: cold and heat exchange pipeline

711: cold and heat exchange tube

8: Working platform

80: Step on the countertop

F: Directional circulating water flow

Fig. 1 is the perspective view of indoor anti-vibration multifunctional breeding equipment of the present invention; Fig. 2 is the sectional view of line A-A in Fig. 1; Fig. 3 is the schematic diagram that the closed flow channel of Fig. 2 produces the directional circulating water flow; Fig. 4 is the sectional schematic diagram of the operation of the water exchange device; Fig. 5 is the enlarged view of the B part of the culture pond of Fig. The sectional view of the embodiment; Fig. 7 is the sectional view of the second embodiment of the first pond wall; Fig. 8 is the perspective view that the shock-proof fence is arranged in the cultivating pond; A schematic diagram of a breeding facility with multiple breeding ponds located at different floor heights.

In order to facilitate further understanding of the structure, use and features of the present invention and have a clearer and more detailed understanding and understanding, preferred embodiments are given and described in detail as follows in conjunction with the drawings.

The X-axis, Y-axis, and Z-axis in the drawings represent different directions of the indoor anti-vibration multi-functional breeding equipment of the present invention, wherein the X-axis is a left-right direction of the horizontal plane, the Y-axis is a front-rear direction of the horizontal plane, and the Z-axis It is a vertical up-down direction, which corresponds to the directional words such as "left", "right", "front", "rear", "up" and "down" used in the following content.

Please refer to FIG. 1 , the indoor anti-vibration multi-functional aquaculture equipment of the present invention is mainly constructed above the ground to carry out aquaculture operations, and the multi-functional aquaculture equipment includes a culture pond 1, a plurality of barrier walls 2, and a water circulation device 3 (refer to FIG. 1 ). 2), a water treatment equipment 4 and a water exchange device 5.

The culture pond 1 includes a first pond wall 10, a second pond wall 11, a third pond wall 12 and a pond bottom 13, wherein the first pond wall 10 surrounds the center of the pond bottom 13, and is formed by The first pool wall 10 and the pool bottom 13 together form a first water storage space 14 with an upward opening; the second pool wall 11 surrounds the outside of the first pool wall 10, so that the first pool wall 10, The second pool wall 11 and the pool bottom 13 are constructed together A second water storage space 15 is formed, and the third pool wall 12 surrounds the outer side of the second pool wall 11, so that the second pool wall 11, the third pool wall 12 and the pool bottom 13 are constructed together. A third water storage space 16 .

As shown in the figure, the height of the first pond wall 10 is greater than the height of the second pond wall 11, and the height of the second pond wall 11 is greater than the height of the third pond wall 12, so that the culture pond 1 faces outward from the outside The interior presents a stepped protrusion; and the culture pond 1 can extend the length along the left-right direction of the X-axis or the front-rear direction of the Y-axis according to the size of the hinterland, so as to present a rectangular shape.

However, this is only for the convenience of illustration, that is, the culture pond 1 can additionally construct a fourth pond wall according to requirements, or even a fifth pond wall (not shown) on the periphery of the third pond wall 12 , so that the number of water storage spaces inside the breeding pond 1 is increased, so that the breeding pond 1 can be additionally provided with other functions.

The first water storage space 14 , the second water storage space 15 and the third water storage space 16 are used to store 90% of the water level to form a first horizontal plane, a second horizontal plane and a third horizontal plane respectively (see FIG. 4), wherein, the water pressure of the first water storage space 14 will be jointly borne by the first pool wall 10, the second pool wall 11 and the third pool wall 12, and the second water storage space 15 The water pressure of the second pool 11 and the third pool wall 12 will be jointly supported, and the water pressure of the third water storage space 16 will be independently supported by the third pool wall 12, thereby, The water pressure generated by the first water storage space 14 with the largest volume can be partially supported by the multi-layer pond walls, so as to avoid the situation that the single pond wall of the culture pond 1 is subjected to excessive water pressure and the wall surface is easily damaged.

Please refer to FIG. 2 , the blocking walls 2 are disposed inside the first water storage space 14 and are connected to the pool bottom 13 to separate the first water storage space 14 into a first flow channel formed along the front-rear direction. 20 and a plurality of second flow channels 21 formed along the left and right directions, the second flow channels 21 are connected to form a meandering path through alternating left and right ends, and the first flow channels 20 are respectively connected to the meandering path both ends to form a closed flow channel.

As shown in the figure, the blocking walls 2 include a plurality of first blocking walls 22, a plurality of second blocking walls 23 and a third blocking wall 24, and a left end of the first blocking walls 22 is connected to the first pool wall 10. A right end of the second blocking walls 23 is connected to a side surface of the third blocking wall 24, and the third blocking wall 24 is perpendicular to the second blocking wall 23 along the front-rear direction.

Please refer to FIG. 3 , the water circulation device 3 can be installed inside the first water storage space 14 and the third water storage space 16 , so that the first water storage space 14 and the third water storage space 16 The water is driven to form a directional circulating water flow F. As shown in the figure, the water circulation device 3 includes a plurality of turbine flow generators, which can inject air into the water body to generate a large number of air bubbles, thereby increasing the dissolved oxygen in the water body. And drive the water body to flow, so that the pollutants in the water can quickly move to the fixed point.

Please refer to FIG. 2 again, the water treatment device 4 divides the second water storage space 15 into a pre-treatment area 151 and a post-treatment area 152 which are independent of each other, wherein a pre-treatment area is installed inside the pre-treatment area 151 device 40, and a post-processing device 41 is installed inside the post-processing area 152. In a possible embodiment of the drawing, the pre-processing device 40 includes an aerator 401, a drug dispenser 402, a filter 4703 and a sterilization The machine 404 is used for aeration, coagulation, sedimentation, filtration, sterilization and other procedures (distributed in each area as shown by the dotted line in the figure), and the post-processing device 41 includes a plurality of decomposition filters 411 to decompose the excrement and Filter program multiple times.

Please refer to FIG. 1 again, the water exchange device 5 is used to connect the second water storage space 15 to the first water storage space 14 and the third water storage space 16 respectively, and includes an external pipeline 50 and a water supply. Pipe 51, a pair of water supply pipes 52, a water outlet pipe 53, a water inlet pipe 54, a pair of water outlet pipes 55 and a pair of water inlet pipes 56, the external pipes 50 are used to connect the external water source (natural water or groundwater) is transferred to the pre-treatment area 151 of the second water storage space 15, and the water supply pipeline 51 is used to communicate the pre-treatment area 151 of the second water storage space 15 and the first water storage space 14 with each other , the auxiliary water supply pipeline 52 is used to empty the second water storage The pretreatment area 151 of the room 15 and the third water storage space 16 communicate with each other; the water outlet pipeline 53 and the water inlet pipeline 54 are both used for the first water storage space 14 and the second water storage space 15 The after-treatment areas 152 of the second water storage space 152 are connected to each other, and the auxiliary water outlet pipeline 55 and the auxiliary water inlet pipeline 56 are used to connect the after-treatment area 152 of the second water storage space 15 and the third water storage space 16 to each other. .

The water supply pipeline 51 and the auxiliary water supply pipeline 52 can transmit the water located in the pretreatment area 151 to the first water storage space 14 and the third water storage space 16 respectively, and the water outlet pipeline 53 can The water located in the first water storage space 14 is transmitted to the post-processing area 152 of the second water storage space 15 , and the water inlet pipeline 54 can transmit the water located in the post-processing area 152 of the second water storage space 15 to the first water storage space 14; and the auxiliary water outlet pipeline 55 can transmit the water located in the third water storage space 16 to the post-treatment area of the second water storage space 15, and the auxiliary water inlet pipeline 56 will The water located in the post-treatment area 152 of the second water storage space 15 is transferred to the third water storage space 16 .

In a possible embodiment, the water outlet pipe 53 transmits water through the siphon principle, and the water supply pipe 51 and the water inlet pipe 54 transmit water through different pumping motors 57 respectively; and the auxiliary water supply pipe The pipeline 52 and the auxiliary water outlet pipeline 55 also transmit water through different pumping motors 57 respectively, and the auxiliary water inlet pipeline 56 transmits the water through the siphon principle. However, this method is only for the convenience of illustration, that is, the water supply pipeline 51 , the auxiliary water supply pipeline 52 , the water outlet pipeline 53 , the auxiliary water outlet pipeline 55 , the water inlet pipeline 54 and the auxiliary water inlet pipeline 56 are all through the pumping motor 57 for water transmission.

Please refer to FIG. 4 , the water in the first water storage space 14 and the water in the third water storage space 16 will mix with the excrement of aquaculture to form sewage, and the sewage will pass through the siphon of the water outlet pipe 53 The phenomenon and the pumping motor 57 of the auxiliary water outlet pipeline 55 are moved to the post-processing area 152 of the second water storage space 15, and the post-processing device 50 decomposes and filters the sewage to form purified water; exist After the post-processing area 152 repeats the decomposition and filtration process for many times, the siphon phenomenon of the water pumping motor 57 and the auxiliary water inlet pipeline 56 passing through the water inlet pipeline 54 is moved to the first water storage space 14 and the third storage space respectively. In the water space 16.

Please refer to FIG. 5 , in order to solve the problem of difficulty in collecting excrement caused by traditional aquaculture, in a preferred embodiment, the tank bottom 13 is provided with a path that is the same as the closed flow channel or the third water storage space 16 . The collection tank 17 is set, so that the directional circulating water flow F can quickly decompose and drive the excrement to the collection tank 17 for collection and treatment at a fixed point, so as to avoid the change of the water quality caused by the retention time of the excrement being too long.

The collecting groove 17 includes a slope portion 171 and a concentration portion 172. The top and bottom ends of the slope portion 171 respectively form a first cross-section and a second cross-section with a width smaller than the first cross-section, and the concentration portion 172 is adjacent to each other. At the second section, and communicated with the water outlet pipeline 53 . As shown in the figure, the slope portion 171 is tapered from top to bottom and from both sides toward the center, and the concentrated portion 172 is set as a long groove for the water outlet pipe 53 to be placed, so that the excrement can be concentrated and received The siphon effect of the water outlet pipe 53 or the water pumping motor 57 is transmitted to the second water storage space 15 .

In addition, please refer to FIG. 2 , in order to reduce the dead angle of the directional circulating water flow F in the first water storage space 14 , the corner position of the connection between the first flow channel 20 and the second flow channels 21 will be set to There is a circular arc wall 18, so that the directional circulating water flow F is guided by the circular arc wall 18 to continuously move in a single direction, so as to avoid the turbulence caused by the water flow directly contacting the wall surface. As shown in the figure, the circular arc wall 18 It is located at each corner position of the first pool wall 10 , the junction position of the first pool wall 10 and the first blocking wall 22 or the junction position of the second blocking wall 23 and the third blocking wall 24 .

Furthermore, in order to reduce the effect of weather on the cultivation, the first pond wall 10, the second pond wall 11 and the third pond wall 12 all have the same thermal insulation mechanism. Please refer to FIG. 6, in the first embodiment. , the first pool wall 10 includes a plurality of beams and columns 101, a plurality of anti-vibration plates 102, a thermal insulation material 103 and an anti-vibration The water leakage material 104, the beams 101 are arranged at the four corners of the first pool wall 10, and two anti-vibration plates 102 arranged at intervals are arranged between the two beams 101, so that between the two beams 101 and the two anti-vibration plates 102 A first enclosed space is formed together, the thermal insulation material 103 is filled into the first enclosed space, and the anti-shock plate 102 is coated with the water-leakage material 104 on a surface adjacent to the first water storage space 14, wherein the The water-leakage-proof material 104 is fully coated with multiple layers of food-grade fiber glass reinforced plastic (FRP).

Please refer to FIG. 7 , in the second embodiment, a plurality of anti-vibration plates 102 are connected in series between the two beams 101 to form two anti-vibration walls 105 arranged at intervals, and the two beams 101 and the two The anti-vibration walls 105 together constitute the first enclosed space, and the anti-leakage material 104 is coated on the surface of an adjacent water storage space on the anti-vibration walls 105 .

Please refer to FIG. 8 , the indoor anti-vibration multi-functional breeding equipment further includes an anti-vibration fence 6 disposed above the first water storage space 14 , and the anti-vibration fence 6 has a plurality of first stoppers 60 and a plurality of second stoppers 61 Alternately set along the X axis. As shown in the figure, since the length of the Y-axis of the culture pond 1 is much smaller than the length of the X-axis, in terms of shock resistance, it is only necessary to guard against the shock waves generated in the X-axis direction, so there is no setting inside the first flow channel 20. The first blocking member 60 or the second blocking member 61 , and the inside of the second flow channel 21 is spaced apart from each other by the first blocking member 60 and the second blocking member 61 . However, this is only for the convenience of illustration, and the second water storage space 15 and/or the third water storage space 16 may also be provided above the shockproof fence 6 .

Wherein, the first blocking member 60 has a plurality of first openings 601 and a plurality of first baffle plates 602 arranged alternately along the Y-axis direction, and the second blocking member 61 has a plurality of second blocking members alternately arranged along the Y-axis direction The baffle 611 and the plurality of second openings 612, the first opening 601 is aligned with the second baffle 611 in the X-axis direction, and the first baffle 602 is aligned with the second opening 612 in the X-axis direction. When an earthquake occurs, The first horizontal plane is continuously affected by seismic energy to generate waves, a part of the waves will be blocked by one of the first baffle 602 or the second baffle 611, and the rest of the waves will pass through the first opening 601 or the second opening 612, and is blocked by the other of the first baffle 602 or the second baffle 611, thereby destroying the energy accumulation of seismic waves and preventing the water of the first level from passing over the second baffle 611. A pool wall 10 to reduce disaster losses.

Please refer to FIG. 9 , the indoor anti-vibration multi-functional cultivation equipment further includes a temperature adjustment device 7, the temperature adjustment device includes a water supply source 70 and a plurality of cold and heat exchange pipelines 71, the water supply source 70 is a A cold heat exchanger outside the pool 1, the cold heat exchanger uses an external liquid different from the water stored in the culture pool 1, and the external liquid can be heated by the cold heat exchanger to form a hot water, or cooled to form a cold water , and the cold and heat exchange pipes 71 are connected to the water supply source 70 and pass through the third pool wall 12 and the first pool wall 10 respectively to enter the third water storage space 16 and the first water storage space 14 , the cold and heat exchange pipeline 71 has a plurality of cold and heat exchange pipes 711 distributed in the collecting tank 17 , and the cold and heat exchange pipes 711 are arranged in an oblique direction adjacent to the slope portion 171 .

When breeding aquatic products in winter, in order to keep the water temperature at the optimum breeding temperature, the water supply source 70 will transmit hot water to the cold and heat exchange pipeline 71, so that the first water storage space 14 and the third water storage space The temperature of the bottom of the 16 is increased, and the internal water storage is convective to increase the temperature; on the contrary, when aquaculture is cultivated in summer, the water supply source 70 transmits cold water to the cold and heat exchange pipeline 71, so as to allow the first water storage space The temperature of the water stored in both the 14 and the third water storage space 16 decreases.

Please refer to FIG. 1 again, the indoor anti-vibration multi-functional breeding equipment of the present invention further comprises a plurality of working platforms 8, and the working platforms 8 respectively have a stepping table 80, and a part of the stepping table 80 are respectively arranged on the blocking walls 2 and form a first thickness with a width greater than that of the barrier wall 2, and most of the other part of the stepping table 80 are respectively arranged on the first pool wall 10 and the second pool wall 11 and the top of the third pool wall 12, and form a second thickness whose width is greater than the thickness of each corresponding pool wall.

Please refer to FIG. 10 , the indoor anti-vibration multi-functional breeding equipment of the present invention uses C-shaped steel, H-shaped steel, angle iron, steel bars, etc. to weld the beams and columns 101 of the breeding pond 1 to strengthen the frame and the ground beam, so that the breeding pond 1 The number of pods can be layered in a vertical direction, allowing a substantial increase in the number of aquaculture with a fixed land size.

In addition, the breeding equipment can add a roof and wall (not shown) with lighting and rain-proof functions outside the breeding pond 1 to avoid changes in the water quality in the pond caused by the invasion of external factors (acid rain, mice, birds, insects). , so that the chance of aquatic diseases is greatly reduced.

In addition, in order to facilitate the breeders to fish and collect aquatic products, the cultivation equipment of the present invention can further be provided with a channel and a plurality of control gates (not shown) at the bottom of the cultivation pond 1, and the channel has an outlet that communicates with the outside, a continuous A first inlet leading to the first water storage space 14 and a second inlet connecting to the third water storage space 16, the control gates are respectively arranged at the first inlet and the second inlet. When the aquatic products are stored in the first reservoir, the control valve of the first inlet is opened to allow the aquatic products and water to flow to a collection position through the channel, which can improve the manpower that was required for manual fishing in the past.

1: Breeding pond

10: The first pool wall

11: Second pool wall

12: The third pool wall

13: Pool Bottom

14: The first water storage space

15: Second water storage space

16: The third water storage space

18: Arc Wall

2: blocking wall

20: First runner

21: Second runner

4: Water treatment equipment

40: Pre-processing device

41: Post-processing device

5: Water exchange device

50: External pipeline

51: Water supply pipeline

52: Auxiliary water supply pipeline

53: Water outlet pipeline

54: Water inlet pipeline

55: Auxiliary outlet pipeline

56: Auxiliary water inlet pipeline

57: Pumping motor

8: Working platform

80: Step on the countertop

Claims (10)

An indoor shock-proof multifunctional breeding equipment, comprising: A culture pond is provided with a first pond wall, a second pond wall and a pond bottom, the first pond wall is arranged at the pond bottom to form a first water storage space, the second pond wall is arranged at the pond bottom, the The second pool wall is spaced around the first pool wall, so that a second water storage space is formed between the first pool wall, the second pool wall and the pool bottom, and the height of the second pool wall is smaller than that of the first pool wall. the height of the pool wall; A plurality of blocking walls are located in the first water storage space and are connected to the bottom of the pool, the blocking walls divide the first water storage space into a plurality of flow channels, and the flow channels are communicated with each other to form a closed flow channel; a water circulation device installed in the first water storage space, the water circulation device can drive water to generate a certain directional circulating water flow in the closed flow channel; a water treatment equipment, the second water storage space is divided into a pre-treatment area and a post-treatment area, and has a pre-treatment device installed in the pre-treatment area and a post-treatment device installed in the post-treatment area; A water exchange device, connected to the first water storage space and the second water storage space, includes a water supply pipeline, a water outlet pipeline and a water inlet pipeline, and the water supply pipeline can exchange the water in the pretreatment area Transferred to the first water storage space, the water outlet pipeline can transfer the water located in the first water storage space to the post-processing area, and the water inlet pipeline can transfer the water located in the post-processing area to the second water storage space. A water storage space. The indoor anti-vibration multifunctional aquaculture equipment as claimed in claim 1, wherein the water outlet pipeline transmits water through a siphon principle, and the water supply pipeline and the water entry pipeline transmit water through a pumping motor. The indoor anti-vibration multifunctional aquaculture equipment according to claim 1, wherein a collection tank with the same path as the closed flow channel is provided at the bottom of the pool, the collection tank includes a slope portion and a concentration portion, and the top of the slope portion is connected to the The bottom ends respectively form a first cross-section and a second cross-section with a width smaller than the first cross-section, and the concentrated portion is adjacent to the second cross-section and communicated with the water outlet pipeline. The indoor anti-vibration multifunctional aquaculture equipment according to claim 1, wherein the first pool wall comprises a plurality of beams and columns, a thermal insulation material, a plurality of shock-proof plates and a water-leakage material, and the beams and columns are arranged on the bottom of the pool at intervals , the two beams and columns are connected by the two spaced anti-vibration plates, so that a closed space is formed between the two beams and the two anti-vibration plates, the thermal insulation material is injected into the closed space, and the surface of the anti-vibration plate is coated with an anti-vibration plate Leaky material. The indoor anti-vibration multifunctional aquaculture equipment as claimed in claim 1, wherein a plurality of corners are formed at the interconnected places between the flow channels, and the corners are provided with a circular arc wall. The indoor anti-vibration multifunctional breeding equipment according to claim 1, wherein the breeding pond further comprises an anti-vibration fence, which is installed above the first water storage space, and is alternately arranged in a length extending direction of the first water storage space There are a plurality of first blocking members and a second blocking member, the first blocking member has a plurality of alternately arranged first openings and a first baffle, the second blocking member has a plurality of alternately arranged second baffles and second openings, The first opening is aligned with the position of the second baffle, and the first baffle is aligned with the position of the second opening. The indoor anti-vibration multifunctional cultivating equipment according to claim 1, wherein the cultivating pond further comprises a third pond wall, the third pond wall is arranged at the bottom of the pond, and the third pond wall is spaced around the second pond A third water storage space is formed between the second pool wall, the third pool wall and the pool bottom, and the height of the third pool wall is smaller than the height of the second pool wall. The indoor anti-vibration multifunctional aquaculture equipment according to claim 7, wherein the water exchange device is further communicated with the second water storage space and the third water storage space through a secondary water supply pipeline, a secondary water outlet pipeline and a secondary water inlet pipeline A water storage space, the auxiliary water supply pipeline can transmit the water located in the pre-treatment area to the third water storage space, and the auxiliary water outlet pipeline can transmit the water located in the third water storage space to the post-treatment area area, the auxiliary water inlet pipeline can transmit the water located in the post-treatment area to the third water storage space; the auxiliary water supply pipeline and the auxiliary water outlet pipeline transmit water through a pumping motor, and the auxiliary water supply pipeline The water inlet pipeline transmits water through the siphon principle. The indoor anti-vibration multi-functional breeding equipment according to claim 1, wherein the indoor anti-vibration multi-functional breeding equipment further comprises a temperature regulating device, and the temperature regulating device comprises a water supply source and a plurality of cold and heat exchange pipes, and the cold and heat exchange pipes Roads are installed in the first water storage space, and the cold and heat exchange pipelines are connected to the water supply source. The water supply source can provide water with different temperatures, so that the surfaces of the cold and heat exchange pipelines generate different temperatures, so as to adjust the second water supply source. The water temperature of a water storage space. The indoor anti-vibration multi-functional breeding equipment according to claim 1, wherein the indoor anti-vibration multi-functional breeding equipment further comprises a plurality of working platforms, and the working platforms are respectively arranged on the blocking wall, the first pool wall, and the second pool The wall and the top of the third pool wall, and each working platform forms a stepping table with a width greater than the corresponding thickness of one of the blocking wall, the first pool wall, the second pool wall and the third pool wall.

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