TWM577657U - Aquaculture environment control system for coral - Google Patents

Abstract

The purpose of the present invention is a multi-layer coral breeding environmental control system comprising at least one coral culture module comprising: a culture cylinder body; a coral culture bed disposed at the bottom of the culture tank body for placing the coral breeding ground The at least one flow component is disposed at a suitable position in the body of the culture cylinder, and has a water outlet, and is designed to be flat and larger than the opening of the inlet pipe for the flow; and a drainage element disposed at another suitable position in the body of the culture tank for discharging waste water in the body of the culture tank; a water purification biochemical filter module disposed under the at least one coral culture module for Filtering and controlling water quality, the plurality of compartments comprising a water drop zone, a protein defoaming zone, an artificial filter material zone and a motor circulation zone; and at least one light source module having at least one lighting component disposed on the at least one coral culture Above the module to provide the light needed to grow the coral.

Description

Coral breeding environmental control system

The present invention relates to a coral breeding environmental control system, and more particularly to a multi-layer coral breeding environmental control system, which comprises a coral culture module having a simulated coral reef flow.

Corals are animals with poor tolerance and are sensitive to environmental changes. The growth and distribution areas are limited by water temperature, salinity, nutrient salt, light, depth, water flow and water quality environment. They are suitable for tropical and subtropical clean sea environments. Growth, and calcium carbonate bones accumulate during coral growth, so there is a considerable demand for trace elements such as calcium and magnesium in water. In addition, there are symbiotic algae in the coral, so they have the physiological characteristics of plants and animals. This mutual symbiosis is protected by symbiotic algae from coral cells. Corals provide carbon dioxide, nutrients and other nutrients to symbiotic algae, which are then provided by symbiotic algae. Glycerin, glucose, fatty acids and some organic substances needed for survival are given to coral cells. Therefore, the approximate living environment must be reproduced, monitored and maintained during the design of the culture system.

Coral farming has developed in recent years. In addition to providing ornamentals, hard corals have the potential to develop medical bones. At present, some products or patent applications of coral culture systems have been published to the public, and the current products or patent applications are available. The Republic of China Patent Publication No. 201828808 discloses a vertical coral breeding device that takes into account the requirements of coral breeding. Water quality, light, and can increase the amount of coral culture, but it can not fully simulate the natural environment of coral growth. In addition, coral is very sensitive to environmental changes, Republic of China Patent Open No. 201828808 The invention of the number also does not provide 24-hour monitoring. Once the coral culture system is contaminated during unmanned management, it will lead to the death of corals.

Therefore, the establishment of a coral breeding system that simulates a real coral reef environment and is controlled by a 24-hour automated environment can not only solve existing problems, but also reduce water quality salinity and extend water exchange time. It can also be used in seawater. Not easy inland areas.

The present invention relates to a coral culture module, which comprises a culture cylinder body, a coral culture bed disposed at the bottom of the culture cylinder body for placing components required for coral breeding, and at least one disposed in the body of the culture cylinder. An appropriate position of the flow-generating component having an inlet pipe and a water outlet, wherein the inlet pipe is connected to a first external water pipe for water injection, and the water outlet is designed such that the opening is flat and larger than the inlet The horn of the water pipe is open for simulating to simulate the uniform flow intensity, flow rate of the coral reef, and to generate turbulence or turbulence similar to that in the natural environment of the coral reef, and another suitable position disposed in the body of the culture tank. The drainage element has a drain port and a second outer water pipe for discharging the waste water in the body of the culture tank.

According to the present invention, in the embodiment, the at least one flow component is disposed at the appropriate position, and the water outlet is disposed on the coral culture bed, and the water inlet pipe is disposed on the culture cylinder body. Any of the locations.

According to the present invention, in a preferred embodiment, the water outlet is disposed at a position close to the coral breeding bed or near a water surface of the culture module.

According to the present embodiment, the coral culture module of the present invention, wherein the proper position of the drainage element is a wall of the culture cylinder body away from the at least one flow component on.

The present invention is a multi-layer coral breeding environmental control system comprising: at least one coral culture module comprising a culture tank body, a coral culture disposed at the bottom of the culture tank body for placing components required for coral culture a bed, at least one flow-producing element disposed at a suitable position in the body of the culture cylinder, having an inlet pipe and a water outlet, wherein the inlet pipe is connected to a first external water pipe for water injection The outlet is designed to be flat and larger than the opening of the inlet pipe for simulating the flow, to simulate the uniform flow intensity, flow rate of the coral reef, and to generate turbulence or eddy currents similar to the natural environment of the coral reef, and a setting The drainage element in another suitable position in the body of the culture tank has a drain port and a second outer water pipe for discharging the waste water in the body of the culture tank; a water quality biochemical filter module is a a cylinder having a plurality of compartments disposed under the at least one coral culture module for filtering and controlling water quality, the plurality of compartments including a water landing zone, and the second The water pipes are connected to receive the waste water discharged from the at least one coral culture module, and are collected into a water to be filtered, a protein defoaming zone, which is adjacent to the water fall zone, and physically filtered out Filtering the floating foam impurities of the water body, an artificial filter material zone, which is adjacent to the protein defoaming zone, for degrading the nitrogen and phosphorus waste generated by the organism in the water to be filtered filtered by the protein defoaming zone, a filtered water body, and a motor circulation zone adjacent to the artificial filter material zone, having a pumping motor for transporting the filtered water body through the first external water pipe to the culture cylinder body; and at least one light source mode The group has at least one lighting element disposed on the at least one coral culture module to provide the illumination required for breeding the coral.

According to the present invention, the coral breeding environment control system, in an embodiment, the at least one flow component of the at least one coral culture module is disposed at the appropriate position Above the coral breeding bed, the inlet pipe is disposed at any position in the body of the culture cylinder.

According to the present invention, in the preferred embodiment, the water outlet of the at least one coral culture module is disposed near the coral breeding bed or near the water surface of the culture module.

According to the present invention, in the embodiment, the drainage element of the at least one coral culture module is disposed at a position away from the wall surface of the at least one flow component.

In accordance with the present invention, the coral breeding environment control system further comprises a fresh water body supply module, one end of which is connected to a fresh water source through a first connecting pipe, and the other end is connected through a fresh water source. The second connecting pipe sends a fresh water body from the fresh water source to the water falling area, and starts and replenishes water when the water level of the motor circulating area is too low.

In a preferred embodiment, the water biochemical filter module of the present invention further includes a water level detecting component for detecting a water level of the motor circulation zone, including a wall disposed on one of the motor circulation zones. a high water level sensor at a high water level setting value, a low water level sensor disposed at a low water level setting value on one of the wall surfaces of the motor circulation area, and a water level warning device electrically connected to the high a water level sensor and the low water level sensor, wherein when the low water level sensor senses that the water level in the motor circulation area is lower than the low water level setting value, a low water level warning signal is issued to remind the hydration And when the high water level sensor senses that the water level in the motor circulation zone is higher than the high water level setting value, a high water level warning signal is issued to remind the stop of the water supply.

In one embodiment, the coral breeding environment control system of the present invention further includes a ring control monitoring module electrically connected to the fresh water body supply module, the water level detecting component, and the The light source module has a programmable controller for automatically controlling the fresh water body supply module to perform water replenishment when receiving the low water level warning signal, stop hydrating when receiving the high water level warning signal, and control the light source mode Group switches and control light source analogy.

In accordance with the present invention, the water quality biochemical filter module further includes a water quality analyzer disposed on one of the walls of the water biochemical filtration module and lower than the The low water level setting is used to monitor the water quality. The water quality analyzer is connected to a water quality warning device to send a warning signal when the water quality is detected below the preset value or the salinity is higher than the preset value.

According to a preferred embodiment of the present invention, the water quality monitor of the water quality analyzer is further electrically connected to the environmental monitoring module for automatically monitoring the water through the programmable controller. The water quality of the zone is automatically controlled when the water quality warning device receives a warning signal that the water quality is lower than a preset value or the salinity is higher than a preset value, and the fresh water body supply module is automatically controlled to replenish water.

In one embodiment, the present coral breeding environment control system further has a nutrient supply component disposed at any wall of the motor circulation zone or the water outlet of the at least one flow component for providing corals. nourishment.

In a preferred embodiment, the nutrient supply component is further electrically connected to the environmental monitoring module for automatically controlling the nutrient supply component to periodically provide the nutrients required for the coral through the programmable controller.

According to the present invention, the freshwater water supply module further has: a total solenoid valve disposed on the first connecting pipe, and the water level detecting component emits a low water level warning signal When the main solenoid valve is opened, the fresh water body is lost. Supplying the module to the fresh water body, when the water level detecting component emits a high water level warning signal, closing the total solenoid valve to stop the delivery of the fresh water body; and a zone solenoid valve disposed on the second connecting pipe Injecting the fresh water body into the water drop zone, when the water level detecting component emits a low water level warning signal, opening the electromagnetic valve of the area to send the fresh water body to the water falling area, and when the water level detecting component emits a high water level warning signal When the solenoid valve in the area is closed, the fresh water body is stopped.

According to a preferred embodiment of the present invention, the freshwater water supply module is further electrically connected to the environmental monitoring module, and the total electromagnetic valve is automatically opened by the programmable controller to enable the The fresh water body is supplied to the fresh water body supply module, and the filtered fresh water body is controlled to be injected into the corresponding water drop zone.

According to the present invention, the coral breeding environment control system, in an embodiment, wherein the at least one lighting component is a light emitting diode.

According to the present invention, the coral breeding environment control system, in one embodiment, wherein the light emitting diode is a concentrating light emitting diode, and the light emitting angle is between 60 degrees and 80 degrees.

1‧‧‧Coral Cultivation Environmental Control System

10‧‧‧Coral culture module

101‧‧‧ breeding cylinder body

102‧‧‧Coral breeding bed

103‧‧‧Flow elements

1031‧‧‧ water inlet

1032‧‧‧Water outlet

1033‧‧‧First external water pipe

104‧‧‧Drainage components

1041‧‧‧Drainage

1042‧‧‧Second external water pipe

20‧‧‧Water quality biochemical filter module

201‧‧‧Watershed

202‧‧‧protein defoaming area

203‧‧‧Artificial filter area

204‧‧‧Motor cycle area

2041‧‧‧ pumping motor

30‧‧‧Light source module

301‧‧‧Lighting elements

40‧‧‧Water level detecting element

401‧‧‧High water level sensor

4011‧‧‧High water level setting

402‧‧‧Low water level sensor

4021‧‧‧Low water level setting

403‧‧‧Water level warning device

50‧‧‧ Freshwater body supply module

501‧‧‧ Freshwater source

502‧‧‧First connecting tube

503‧‧‧Second connection tube

504‧‧‧Total solenoid valve

505‧‧‧ area solenoid valve

60‧‧‧Environmental Monitoring Module

601‧‧‧Programmable Controller

70‧‧‧Water quality analyzer

701‧‧‧Water quality warning device

80‧‧‧Nutrition supply components

Figure 1 shows the overall structure of the coral breeding environmental control system.

Figure 2 is a structural diagram of a coral culture module of the coral breeding environment control system of the present invention.

Figure 3 is a structural diagram of the water quality biochemical filtration module of the coral breeding environmental control system of the present invention.

Figure 4 is a schematic diagram of the water level detecting component of the coral breeding environmental control system of the present invention. (A) when the water level is lower than the low water level sensor, the water level warning device emits a low water level warning signal; (B) the water level is high, and the water level is high. In the low water level sensor, the low water level warning signal is turned off; (C) is the water level higher than the high water level sensor, and the water level warning device sends a high water level warning signal.

Figure 5 is a schematic diagram of the freshwater water supply module of the coral breeding environmental control system of the present invention.

Figure 6 is a schematic diagram of the interlocking overall system of the environmental monitoring module of the coral breeding environment control system.

The following implementations of the present invention are merely preferred or best examples, and are not intended to limit the creation of the present invention. Any changes or additions or reductions made by those skilled in the art based on the present creation are beyond the scope of this creation. The spirit.

As shown in FIG. 1 , FIG. 2 and FIG. 3 , the present invention is a multi-layer coral breeding environment control system 1 , comprising: at least one coral culture module 10 , which comprises a culture cylinder body 101 and a body disposed on the culture cylinder At the bottom of 101, a coral breeding bed 102 for placing components required for coral breeding, at least one flow-making element 103 disposed at an appropriate position in the culture cylinder body 101, having an inlet pipe 1031 and a water outlet 1032 The water inlet pipe 1031 is connected to a first external water pipe 1033 for water injection, and the water outlet 1032 is designed to be flat and larger than the horn opening of the water inlet pipe 1031 for flow generation to simulate a uniform flow intensity, a flow rate of the coral reef, and a turbulent flow or vortex similar to that in the natural environment of the coral reef, and a drainage element 104 disposed at another suitable location in the aquarium body 101, having a drain 1041 and a first The external water pipe 1042 is configured to discharge the waste water in the culture body 101; the water quality biochemical filter module 20 is a cylinder having a plurality of compartments, and is disposed in the at least one coral culture module 10 For filtering and controlling the water quality, the plurality of compartments includes a water drop zone 201 connected to the second outer water pipe 1042 for receiving waste water discharged from the at least one coral culture module 10 and collecting Forming a water to be filtered, a protein defoaming zone 202, which is adjacent to the watershed 201, The floating foam impurity of the water to be filtered is filtered out, and an artificial filter material region 203 is adjacent to the protein defoaming zone 202 for degrading the organism in the water to be filtered filtered by the protein defoaming zone 202. The generated nitrogen and phosphorus waste has a filtered water body and a motor circulation area 204 adjacent to the artificial filter material area 203, and has a pumping motor 2041 for transmitting the filtered water body through the first external water supply pipe 1033. The light source module 101 has at least one lighting component 301 disposed on the at least one coral culture module 10 for providing the light required for breeding the coral.

As shown in FIG. 2, the flow component 103 of at least one coral culture module 10 is disposed at a position close to the water surface of the culture module, and the water inlet pipe 1031 is disposed at any position in the culture cylinder body 101. The drainage element 104 is disposed in the culture cylinder body 101 away from a wall surface of the flow element 103.

As shown in FIG. 3, the plurality of compartments of the water biochemical filter module 20 for separating the water fall zone 201, the protein defoaming zone 202 and the artificial filter material zone 203 are parallel and have an appropriate distance. The two pieces of glass are provided in a compartment, wherein the two pieces of glass have a gap between the appropriate distances for controlling the water level of each compartment.

As shown in FIG. 4, the water-based biochemical filter module of the present invention further includes a water level detecting component 40 for detecting the water level of the motor circulation zone, including a wall surface disposed on one of the motor circulation zones. a high water level sensor 401 at a high water level setting value 4011, a low water level sensor 402 disposed at a low water level setting value 4021 on one of the wall surfaces of the motor circulation area, and a water level warning indicator 403, respectively Electrically connected to the high water level sensor 401 and the low water level sensor 402, wherein when the low water level sensor 402 senses that the water level in the motor circulation area is lower than the low water level setting value 4021 (eg Figure 4 (A)), a low water level warning signal will be issued to remind the hydration, And when the high water level sensor 401 senses that the water level in the motor circulation zone is higher than the high water level setting value 4011, a high water level warning signal is issued to remind the stop of the hydration (as shown in FIG. 4(C). The hydration process is shown in Fig. 4(A) to Fig. 4(C).

As shown in FIG. 5, the coral breeding environment control system of the present invention further includes a fresh water body supply module 50, wherein the fresh water body supply module 50 can simultaneously correspond to the falling water area of the plurality of coral breeding environmental control systems, which further has a total solenoid valve 504 is disposed on the first connecting pipe 502. When the water level detecting component of the corresponding coral breeding environment control system issues a low water level warning signal, the monitoring personnel can open the total electromagnetic valve 504 to make the fresh water The water body is sent to the fresh water body supply module 50. When the water level detecting component of the corresponding coral breeding environment control system issues a high water level warning signal, the monitoring personnel can close the main electromagnetic valve 504 and the pumping motor to stop the fresh water body. And a zone solenoid valve 505 disposed on the second connecting pipe 503 for controlling the freshwater body to be injected into the watershed of the corresponding coral breeding environment control system, and correspondingly detecting the water level of the coral breeding environment control system When the component sends a low water level warning signal, the electromagnetic valve 505 of the area is opened, and the fresh water body is sent to the falling water area of the corresponding coral breeding environmental control system, and correspondingly When the water level detecting component of the coral breeding environmental control system issues a high water level warning signal, the electromagnetic valve 505 in the area is closed to stop the fresh water body injection.

In one embodiment, the water quality biochemical filter module 20 of the coral culture environment control system 1 of the present invention further includes a water quality analyzer 70 disposed on one of the walls of the water quality biochemical filter module 20 and lower than The water level analyzer 70 is connected to a water quality warning device 701 for detecting the water quality. The water quality analyzer 70 is connected to a water quality warning device 701 to issue a warning signal when the water quality is detected to be lower than a preset value or the salinity is higher than a preset value ( Not shown in the figure).

In one embodiment, the present coral breeding environment control system 1 further has A nutrient supply element 80 is disposed at any of the walls of the motor circulation zone 204 or the water outlet 1032 of the at least one flow component 103 for providing nutrients (not shown) for the coral.

As shown in FIG. 6, the coral breeding environment control system of the present invention further includes a ring control monitoring module 60 having a programmable controller 601 for automatically controlling the devices interlocked with each other.

In an embodiment, the environmental monitoring module 60 is electrically connected to the fresh water body supply module 50 and the water level detecting component 40, and the fresh water body supply module 50 is controlled by the programmable controller 601 to receive the When the low water level warning signal is issued, the total electromagnetic valve 504 is automatically opened, so that the fresh water body is sent to the fresh water body supply module 50, and the electromagnetic valve of the area is automatically opened, so that the filtered fresh water body is injected into the corresponding water drop area. And automatically closes the stop water when receiving the high water level warning signal.

In one embodiment, the environmental monitoring module 60 is electrically connected to the light source module 30 for automatically controlling the switch of the light source module 30 and the analog light source analogy through the programmable controller 601.

In one embodiment, the environmental monitoring module 60 is electrically connected to the nutrient supply module for automatically controlling the nutrient supply component 80 to periodically provide the nutrients required for the coral through the programmable controller 601.

In an embodiment, the environmental monitoring module 60 is electrically connected to the water quality indicator 701 of the water quality analyzer 70, and the water quality of the water falling area is automatically monitored by the programmable controller 601. When the preset value or the salinity is higher than the preset value, the water quality warning device 701 sends a warning signal to the programmable controller 601, and the programmable controller 601 automatically controls the fresh water body supply module 50 to replenish water.

In one embodiment, the light-emitting diode of the coral breeding environment control system 1 of the present invention The body is a concentrating light-emitting diode, and another heat-dissipating fin is provided for heat dissipation of the light-emitting diode (not shown).

In one embodiment, the concentrating light-emitting diode has an illuminating angle of 60 degrees to 80 degrees (not shown).

In a further embodiment, each of the at least one coral culture module 10 of the present coral breeding environment control system 1 is provided with eight 60 cm concentrating light-emitting diodes, so that the light intensity distribution of the cultured coral surface is evenly distributed. >80%, the highest light intensity received by corals is about 300 PPF (not shown).

Claims (20)

A coral culture module comprises: a culture cylinder body; a coral culture bed disposed at the bottom of the culture cylinder body for arranging components required for coral breeding; at least one flow component disposed in the culture cylinder body a suitable position, which has an inlet pipe and a water outlet, wherein the inlet pipe is connected to a first external water pipe for water injection, and the water outlet is designed as a flat opening and larger than the inlet pipe Open-ended, used to create a flow to simulate the uniform flow intensity, flow rate of the coral reef, and to generate turbulence or turbulence similar to the natural environment of the coral reef; and a drainage element disposed at another suitable location in the body of the culture tank, There is a drain port and a second outer water pipe for discharging the waste water in the body of the culture tank. The coral culture module of claim 1, wherein the at least one flow component is disposed at the appropriate position of the water outlet, and the water inlet pipe is disposed in the body of the culture cylinder. a location. The coral culture module of claim 1, wherein the other suitable position of the drainage element is a wall of the culture cylinder body away from the at least one flow component. A multi-layer coral breeding environmental control system comprising: at least one coral culture module comprising: a culture cylinder body; a coral culture bed disposed at the bottom of the culture cylinder body for arranging components required for coral culture; At least one flow component disposed at an appropriate position in the body of the culture cylinder, having an inlet pipe and a water outlet, wherein the inlet pipe is connected to a first external water pipe for water injection, and the water outlet Designed to have an opening that is flat and larger than the horn of the inlet pipe for flow generation to simulate the uniform flow intensity, flow rate of the coral reef, and to generate turbulence or turbulence similar to the natural environment of the coral reef; and a drainage element, Another suitable position disposed in the body of the culture cylinder has a second external water pipe for discharging the waste water in the body of the culture tank; a water quality biochemical filter module, which is a cylinder having a plurality of compartments a body disposed under the at least one coral culture module for filtering and controlling water quality, the plurality of compartments including: a water drop zone connected to the second outer water pipe for receiving from the at least one coral The waste water discharged from the culture module is collected into a water to be filtered; a protein defoaming zone is adjacent to the water drop zone to physically filter out the floating foam impurities of the water to be filtered; an artificial filter material Adjacent to the protein defoaming zone, for degrading the nitrogen and phosphorus waste generated by the organism in the water to be filtered filtered by the protein defoaming zone, to obtain a filtered water body; and a motor circulation zone, adjacent to To the artificial filter material region, which has a pumping motor for transporting the filtered water body to the culture cylinder body through the first external water pipe; and at least one light source module having at least one lighting component disposed at the Above a coral culture module to provide the light needed to grow corals. The coral breeding environmental control system of claim 4, wherein the at least one flow component is provided The proper position is that the water outlet is disposed on the coral breeding bed, and the water inlet pipe is disposed at any position in the body of the culture cylinder. The coral breeding environmental control system of claim 4, wherein the proper position of the drainage element is located on a wall of the culture cylinder body away from the at least one flow component. The coral breeding environment control system of claim 4, further comprising a fresh water body supply module, wherein one end of the fresh water body supply module is connected to a fresh water source through a first connecting pipe and the second end is connected through a second connection The tube causes a fresh water body to be transported from the fresh water source to the water drop zone, and starts and replenishes water when the water level of the motor circulation zone is too low. The coral breeding environmental control system of claim 7, wherein the water quality biochemical filter module further comprises a water level detecting component for detecting a water level of the motor circulation zone, comprising: a high water level sensor disposed at One of the wall surfaces of the motor circulation zone has a high water level setting value; a low water level sensor is disposed at one of the wall surfaces of the motor circulation zone with a low water level setting value; and a water level warning device, respectively Electrically connected to the high water level sensor and the low water level sensor, wherein when the low water level sensor senses that the water level in the motor circulation area is lower than the low water level setting value, a low water level is issued The warning signal is used to remind the hydration, and when the high water level sensor senses that the water level in the motor circulation zone is higher than the high water level setting value, a high water level warning signal is issued to remind the stop of the hydration. The coral breeding environment control system of claim 8, further comprising a ring control monitoring module electrically connected to the fresh water body supply module, the water level detecting component, and the light source module, wherein the programmable controller has a programmable controller For automatically controlling the fresh water body supply module to receive the low When the water level warning signal is used to replenish water, when the high water level warning signal is received, the water supply is stopped, and the switch of the light source module and the control light source analogy are controlled. The coral culture and environmental control system of claim 8, wherein the water quality biochemical filter module further comprises a water quality analyzer disposed on one of the walls of the water biochemical filtration module and lower than the low water level The set value is used to monitor the water quality. The water quality analyzer is connected to a water quality warning device to send a warning signal when it detects that the water quality is lower than the preset value or the salinity is higher than the preset value. The coral culture and environmental control system of claim 9, wherein the water quality biochemical filter module further comprises a water quality analyzer disposed on one of the walls of the water biochemical filtration module and below the low water level setting At the value, the water quality analyzer is connected to a water quality warning device to issue a warning signal when the detected water quality is lower than a preset value or the salinity is higher than a preset value, wherein the water quality warning device is further electrically connected to the environmental monitoring device. The module is configured to automatically monitor the water quality of the water drop zone through the programmable controller, and when the programmable controller receives the warning signal that the water quality warning device is lower than the preset value or the salinity is higher than a preset value, The fresh water body supply module is automatically controlled to replenish water. The coral breeding environmental control system of claim 4, further comprising a nutrient supply element disposed at any one of the motor circulation zone or the water outlet of the at least one flow component for providing a coral nourishment. The coral breeding environmental control system of claim 9, further comprising a nutrient supply element disposed at any one of the motor circulation zone or the water outlet of the at least one flow component, and further electrically connected to the ring The control monitoring module is configured to automatically control the nutrient supply component to provide the nutrients required for the coral through the programmable controller. The coral breeding environmental control system according to claim 8, wherein the freshwater water supply module is further Having: a total solenoid valve disposed on the first connecting pipe, when the water level detecting component emits a low water level warning signal, opening the total electromagnetic valve to send the fresh water body to the fresh water body supply module, when When the water level detecting component emits a high water level warning signal, the main solenoid valve is closed to stop the conveying of the fresh water body; and a zone electromagnetic valve is disposed on the second connecting pipe for controlling the fresh water body to be injected into the water falling area. When the water level detecting component emits a low water level warning signal, the electromagnetic valve of the area is opened to send the fresh water body to the water falling area, and when the water level detecting component issues a high water level warning signal, the electromagnetic valve of the area is closed, and the operation is stopped. Fresh water body is injected. The coral breeding environment control system of claim 9, wherein the fresh water body supply module further comprises: a total solenoid valve disposed on the first connecting pipe, when the water level detecting component emits a low water level warning signal, The programmable solenoid controller automatically opens the total solenoid valve to send the fresh water body to the fresh water body supply module. When the water level detecting component emits a high water level warning signal, the programmable electromagnetic controller automatically turns off the total electromagnetic wave. a valve for stopping the transport of the filtered fresh water body; and a zone solenoid valve disposed on the second connecting pipe for automatically controlling the filtered fresh water body water injection through the programmable controller, when the water level detecting component emits a low water level When the warning signal is turned on, the electromagnetic valve in the area is opened, and the fresh water body is sent to the water falling area. When the water level detecting component sends a high water level warning signal, the electromagnetic valve in the area is closed to stop the fresh water body injection. The coral breeding environmental control system of claim 4, wherein the at least one lighting component is illuminated Polar body, T5 tube or bulb. The coral breeding environmental control system of claim 16, wherein the at least one lighting element is a light emitting diode. The coral breeding environment control system of claim 17, wherein the light emitting diode is a concentrating light emitting diode. The coral breeding environmental control system according to claim 18, wherein the illuminating light-emitting diode has an illuminating angle of 60 to 80 degrees. The coral breeding environmental control system according to claim 4, wherein the plurality of compartments for separating the water fall zone, the protein defoaming zone and the artificial filter material zone are arranged in parallel and have a height difference of an appropriate distance. Two sheets of glass are used for the compartment, wherein the two sheets of glass have a gap between the appropriate distances for controlling the water level of each compartment.