TWM502336U - Three-dimensional shellfish culture device with electrolyzed water circulation processing - Google Patents

Description

Crustacean three-dimensional culture device containing electrolytic circulating water treatment

This creation relates to a crustacean three-dimensional culture device containing electrolytic circulating water treatment, especially one that can effectively increase the yield per unit area of crustacean aquatic products, reduce water for culture, and control the water quality in a relatively more efficient manner. Crustacean aquaculture device.

According to the aquaculture, it is mainly an economic behavior of biological production in water, traditional aquaculture methods; traditional aquaculture methods, many commonly use fish gills or breeding ponds to raise fish, shrimp, shellfish and other water-generating products, due to Excluding the disturbance of the rapid changes in the external environment and the aging of the pool body, the biological treatment method using nitrifying bacteria is the most commonly used method for treating ammonia nitrogen in water, and the process of converting toxic ammonia nitrogen in water into non-toxic nitrate by nitrifying bacteria, the process It will consume a large amount of dissolved oxygen, and it needs to be aerator to increase the dissolved oxygen value in water, and it is susceptible to the physiological characteristics and environmental conditions of the bacteria. The treatment is slow and unstable, resulting in increased risk of breeding.

Compared with outdoor farming methods, indoor aquaculture can highly regulate water quality and reduce external environmental disturbances, so it can further transfer aquatic production into indoor intensive aquaculture methods; intensive aquaculture methods can increase production per unit area; Due to the high stocking density of intensive farming and the feeding of a large amount of feed, the toxic ammonia nitrogen in the water accumulates, which easily affects the growth of cultured organisms and even causes biotoxicity to die.

Water quality is a key factor in the development of aquaculture, and it is the key to the success of farming. It can dilute the concentration of harmful substances through a large number of water changes. Although changing water can reduce the nitrogenous waste in the culture system, it also changes the balance of the water environment, which is easy to cause urgency to the cultured organisms. In the long run, it is not a sustainable operation method. A large amount of water exchange will increase the discharge of wastewater, and Easy to introduce pathogens from the outside world.

In addition, crustaceans such as shrimps and crabs are benthic organisms and need to have sufficient surface area. Excessive breeding density does not significantly increase the yield, but will increase the risk during breeding. Therefore, how to construct a crustacean aquaculture device that can effectively raise the aquaculture area of crustaceans and control the water quality in a relatively more economical way has long been a problem that the industry and academia has been trying to solve.

In view of this, the present invention provides a crustacean three-dimensional culture device containing electrolytic circulating water treatment which can effectively raise the cultivation area of crustacean aquatic products and can control the culture water quality in an effective manner, and its main purpose.

In order to achieve the goal, a crustacean three-dimensional culture device containing electrolytic circulating water treatment basically comprises: a shelf, a plurality of culture tanks, a water circulation module, an electrolytic treatment module, and a water mixing mold. a group; wherein the shelf system has a plurality of hierarchically arranged layers; each of the culture tanks is configured to accumulate aquaculture water of a predetermined water level, and the above-mentioned lower layering manners are respectively disposed in predetermined layers of the shelf The water circulation module has a first water storage tank for storing aquaculture water, a water circulation pipeline for constituting aquaculture water to circulate between the first water storage tank and each culture tank, and circulating in the water body a first pump for providing circulation power of the aquaculture water is provided at the pipeline; the electrolytic treatment module has a second water storage tank connected to the first water storage tank, at least one electrolytic bottle and at least one ultraviolet light lamp. Another electrolytic treatment line constitutes aquaculture water in the at least one electrolytic flask, at least one ultraviolet light and the second storage water Circulating between the tanks, and a second pump for providing a circulating power of the aquaculture water in the electrolysis treatment pipeline; the water body mixing module has a structure for cultivating aquaculture water in the second water storage tank and each breeding A water exchange line circulating between the tanks, and a third pump for providing a circulating power of the culture water is disposed at the water exchange line.

By utilizing the above structural features, a crustacean three-dimensional breeding device containing electrolytic circulating water treatment can form a three-dimensional crustacean aquaculture space by using a shelf and a plurality of layered culture tanks, so that the limited In the floor space, the aquaculture area of the crustacean aquatic products is greatly improved; when used, the water circulation module can be used to supply the aquaculture water required for each culture tank, and if necessary, the second pump and the electrolysis bottle of the electrolysis treatment module can be started. And the ultraviolet lamp, the electrolysis disinfection treatment is carried out on the culture water of the second water storage tank, and the culture water which has been subjected to electrolytic disinfection treatment is sent to the culture tanks for replacement of the culture water by the water body mixing module, thereby effectively controlling the ammonia nitrogen of the culture water. Waste, and at the same time achieve the purpose of disinfection.

According to the above structural feature, the crustaceous three-dimensional culture device with electrolytic circulating water treatment, wherein a connecting line is arranged between the first water storage tank and the second water storage tank, and the connecting pipeline is provided with at least one electromagnetic valve. .

The crustaceous three-dimensional culture device containing electrolytic circulating water treatment may further include a first pump, the second pump, the third pump, the at least one electrolytic bottle and the at least one ultraviolet light The lamp is electrically connected and controls a control circuit for controlling the first pump, the second pump, the third pump, the at least one electrolysis bottle, and the at least one ultraviolet lamp.

The crustaceous three-dimensional culture device containing electrolytic circulating water treatment may further include a first pump, the second pump, the third pump, the at least one electrolytic bottle, the at least one ultraviolet light The lamp and the electromagnetic valve are electrically connected, and a control circuit for controlling the operation of the first pump, the second pump, the third pump, the at least one electrolytic bottle, the at least one ultraviolet lamp and the electromagnetic valve.

The shelf is provided with a plurality of layers on a frame for separating the shelves from the plurality of layers.

Specifically, the crustacean aquaculture device of the present invention can produce the following effects:

1. The aquaculture area of crustacean aquatic products can be greatly increased in a limited floor space to increase the production capacity of crustacean aquatic products.

2. It is possible to effectively control the water quality of the culture in a relatively more economical way, and at the same time achieve the purpose of disinfection.

3. It is still possible to produce automated water quality management effects under the control of the control circuit.

10‧‧‧Shelf

11‧‧‧ ‧ frame

12‧‧‧Layer

20‧‧‧ breeding tank

30‧‧‧Water circulation module

31‧‧‧First storage tank

32‧‧‧Water circulation pipeline

33‧‧‧First pump

40‧‧‧Electrolysis module

41‧‧‧Second storage tank

42‧‧‧electrolytic bottle

43‧‧‧Electrolytic treatment pipeline

44‧‧‧Second pump

45‧‧‧UV light

50‧‧‧Water body mixing module

51‧‧‧Water exchange pipeline

52‧‧‧ third pump

60‧‧‧Control circuit

70‧‧‧Connecting pipe

71‧‧‧ solenoid valve

The first picture is a schematic diagram of the structure of the crustacean aquaculture device.

The second picture is a schematic diagram of the operation state of the water circulation module in the creation.

The third picture is a schematic diagram of the operation state of the water mixing module in the creation.

This creation mainly provides a crustaceous aquaculture device that can effectively raise the aquaculture area of crustaceans and can control the ammonia nitrogen waste of aquaculture water in a relatively more economical way, such as the one containing the electrolytic circulating water treatment in the first figure. The crustacean three-dimensional culture device with electrolytic circulating water treatment basically comprises: a shelf 10, a plurality of culture tanks 20, a water circulation module 30, and an electrolysis. a processing module 40, and a water mixing module 50; wherein: the shelf 10 has a plurality of layered configuration layers; in implementation, the shelf 10 is provided on a body 11 with a plurality of Separating the shelf 10 Multi-layered laminate 12.

Each of the culture tanks 20 is capable of accumulating aquaculture water of a predetermined water level, and the above-mentioned lower layering manners are respectively disposed in predetermined layers of the shelf 10.

The water circulation module 30 has a first water storage tank 31 for storing aquaculture water, and a water circulation line 32 for circulating aquaculture water between the first water storage tank 31 and each of the culture tanks 20, and A first pump 33 for providing a circulating power of the aquaculture water is disposed at the water body circulation line 32.

The electrolytic treatment module 40 has a second water storage tank 41 connected to the first water storage tank 31, at least one electrolytic flask 42, at least one ultraviolet light 45, and another electrolytic treatment pipeline 43 constitutes aquaculture water. At least one electrolytic flask 42, at least one ultraviolet lamp 45 and the second water storage tank 41 are circulated, and a second pump 44 for supplying the circulating power of the culture water is disposed in the electrolytic treatment pipeline 43.

The water body mixing module 50 has a water body exchange line 51 for circulating aquaculture water between the second water storage tank 41 and each of the culture tanks 20, and is provided at the water body exchange line 51 for A third pump 52 is provided to circulate the water of the culture water.

In principle, the crustacean three-dimensional culture device with electrolytic circulating water treatment can form a three-dimensional crustacean aquaculture space by using the shelf 10 and the multi-layered culture tank 20, so that the limited In the floor space, the culture area of the crustacean aquatic products is greatly improved; when used, as shown in the second figure, the water circulation module 30 supplies the culture water required for each culture tank 20, and can produce the culture water. The effect of flowing live aquaculture.

If necessary, the second pump 44 of the electrolytic treatment module 40, the electrolysis bottle 42 and the ultraviolet lamp 45 can be activated to electrolytically disinfect the culture water in the second water storage tank 41 so as not to damage the cultured organism and the nitrifying bacteria. The constant current electrolysis of the aquaculture water in the second water storage tank 41 can generate chlorine bubbles with hypochlorous acid on the surface of the anode, which is highly efficient. Rate oxidatively decomposes the organic matter and ammonia nitrogen waste from the culture tank 20, and then irradiates with ultraviolet light 45 to remove hypochlorous acid ions, and then, as shown in the third figure, the treated culture water is sent by the water mixing module 50. The breeding tanks 20 are replaced by aquaculture water to effectively control the ammonia nitrogen waste of the culture water, and at the same time achieve the purpose of disinfection.

It is worth mentioning that after the culture water in each culture tank 20 has been exchanged into the electrolytically disinfected culture water, the operation of the electrolytic treatment module 40 and the water mixing module 50 can be stopped, and the improved water circulation module 30 can be produced. The effect of aquaculture water for aquaculture water flow; when the ammonia nitrogen waste of the culture water is raised, the treatment and exchange of the culture water can be carried out without the need to replace the culture water.俾 is able to control aquaculture water ammonia nitrogen waste in a relatively more economical way.

Furthermore, the crustacean three-dimensional culture device with electrolytic circulating water treatment of the present invention may further comprise a first pump 33, a second pump 44, and a third pump 52. The at least one electrolytic flask 42 and the at least one ultraviolet lamp 45 are electrically connected, and are configured to control the first pump 33, the second pump 44, the third pump 52, the at least one electrolytic flask 42, and at least one ultraviolet The control circuit 60 of the operation of the light lamp 45 can achieve the quality control effect of the automatic control through the control circuit 60.

And a crustaceous three-dimensional culture device comprising electrolytic circulating water treatment, wherein a connection line 70 is further disposed between the first water storage tank 31 and the second water storage tank 41, and the connection pipeline 70 is provided. At least one solenoid valve 71 can be controlled by the connection line 70 and the solenoid valve 71 to achieve better water purification.

Of course, in this structural form, the entire crustaceous three-dimensional culture device containing electrolytic circulating water treatment may further include a first pump 33, the second pump 44, and the third pump 52, The at least one electrolytic flask 42, the at least one ultraviolet lamp 45 and the at least one electromagnetic valve 71 are electrically connected, and are configured to control the first pump 33, the second pump 44, the third pump 52, the at least one Preferably, the electrolysis bottle 42, the at least one ultraviolet lamp 45, and the at least one solenoid valve 71 operate or not.

Compared with traditional conventional techniques, the crustacean aquaculture device of the present invention can produce the following effects:

1. The aquaculture area of crustacean aquatic products can be greatly increased in a limited floor space to increase the production capacity of crustacean aquatic products.

2. It is possible to effectively control aquaculture water ammonia nitrogen waste in a relatively more economical manner, and at the same time achieve the purpose of disinfection.

3. It is still possible to produce automated water quality management effects under the control of the control circuit.

In summary, this creation provides a better and feasible crustacean aquaculture device, and submits a new patent application according to law; the technical content and technical features of the creation have been disclosed above, but those familiar with the technology may still be based on The disclosure of this creation is a variety of alternatives and modifications that do not depart from the spirit of the creation of this case. Therefore, the scope of the present invention is not limited to the embodiments disclosed, but includes various alternatives and modifications that do not depart from the present invention and are covered by the following claims.

10‧‧‧Shelf

11‧‧‧ ‧ frame

12‧‧‧Layer

20‧‧‧ breeding tank

30‧‧‧Water circulation module

31‧‧‧First storage tank

32‧‧‧Water circulation pipeline

33‧‧‧First pump

40‧‧‧Electrolysis module

41‧‧‧Second storage tank

42‧‧‧electrolytic bottle

43‧‧‧Electrolytic treatment pipeline

44‧‧‧Second pump

45‧‧‧UV light

50‧‧‧Water body mixing module

51‧‧‧Water exchange pipeline

52‧‧‧ third pump

60‧‧‧Control circuit

70‧‧‧Connecting pipe

71‧‧‧ solenoid valve

Claims (6)

A crustaceous three-dimensional culture device containing electrolytic circulating water treatment, comprising at least: a shelf having a plurality of layered arrangement layers; a plurality of culture tanks for accumulating aquaculture water of a predetermined water level, and each of the above layers is separately layered Provided in a predetermined layer of the shelf; a water circulation module having a first water storage tank for storing aquaculture water, and a water body for constituting aquaculture water to circulate between the first water storage tank and each culture tank a circulation line, and a first pump for providing circulation power of the aquaculture water at the water circulation line; an electrolytic treatment module having a second water storage tank connected to the first water storage tank, at least one An electrolytic bottle and at least one ultraviolet lamp, and another electrolytic treatment pipeline constituting aquaculture water to circulate between the at least one electrolytic flask, at least one ultraviolet light lamp and the second water storage tank, and one in the electrolytic treatment pipeline a second pump for providing a circulating power of aquaculture water; a water body mixing module having a water exchange line for constituting aquaculture water to circulate between the second water storage tank and each culture tank, and the water is The exchange line provided with a third pump for supplying a power culture circulation. The crustaceous three-dimensional culture apparatus according to claim 1, wherein the first water storage tank and the second water storage tank are provided with a connecting pipeline, and the connecting pipeline is provided with at least one electromagnetic valve. . The crustaceous aquaculture apparatus comprising the electrolytic circulating water treatment according to claim 1, wherein the crustaceous aquaculture device further comprises a first pump, the second pump, and the third Pumping, the at least one electrolytic flask and the at least one ultraviolet lamp are electrically connected, and are configured to control the first pump, the second pump, the third pump, the at least one electrolytic bottle, and the at least one ultraviolet light The control circuit for the operation of the lamp. The crustaceous aquaculture device comprising the electrolytic circulating water treatment according to claim 2, wherein the crustaceous aquaculture device further comprises a first pump, the second pump, and the third Pumping, the at least one electrolytic flask, the at least one ultraviolet lamp and the electromagnetic valve are electrically connected, and are configured to control the first pump, the second pump, the third pump, the at least one electrolytic bottle, the at least A control circuit for the operation of an ultraviolet lamp and a solenoid valve. A crustaceous three-dimensional culture apparatus comprising electrolytic circulating water treatment according to claim 1, wherein the shelf is provided with a plurality of laminates on the one body for separating the shelf from the plurality of layers. A crustaceous three-dimensional culture device comprising electrolytic circulating water treatment, comprising at least: a shelf having a plurality of layered arrangement layers, wherein the shelf is provided with a plurality of bodies on the body to separate the shelf from the plurality a layered layer; a plurality of culture tanks for accumulating aquaculture water of a predetermined water level, and the above-mentioned lower layering methods are respectively disposed in predetermined layers of the shelf; a water body circulation module having a storage culture a first water storage tank of water, a water circulation line for constituting aquaculture water circulating between the first water storage tank and each of the culture tanks, and a water circulation line for providing a water circulation power of the culture water a pumping unit; an electrolytic processing module having a second water storage tank connected to the first water storage tank, at least one electrolytic bottle and at least one ultraviolet light, wherein the first water storage tank and the second water storage tank are provided Connecting a pipeline, the connecting pipeline is provided with at least one solenoid valve, and another electrolytic treatment pipeline constitutes aquaculture water circulating between the at least one electrolytic flask, the at least one ultraviolet lamp and the second water storage tank, and Electrolytic treatment pipeline a second pump for providing a circulating power of aquaculture water; a water mixing module having a water exchange line for constituting aquaculture water circulating between the second water storage tank and each culture tank, and exchanging the water body There is a use at the pipeline To provide a third pump for aquaculture water circulation. Electrically connecting with the first pump, the second pump, the third pump, the at least one electrolytic bottle, the at least one ultraviolet lamp, and the electromagnetic valve, and for controlling the first pump, the first a second pump, the third pump, the at least one electrolytic bottle, the at least one ultraviolet lamp, and a control circuit for electrically operating the electromagnetic valve.