TWM560186U - Aquarium constant temperature system - Google Patents

Abstract

A constant temperature system for a culture pond, comprising a temperature rising unit, a cooling unit, and an adjusting unit. The heating unit comprises a water supply source, a water supply line, a boiler connected to the water supply line, and a high temperature line connecting the boiler. The cooling unit comprises a water supply source, a water inlet pipeline, a cold water tower connected to the water inlet pipeline, and a water outlet pipeline connecting the cold water tower. The adjusting unit comprises a steam regulating valve connected to the high temperature pipeline, a cold water regulating valve connected to the water outlet pipeline, and an output pipeline connecting the steam regulating valve and the cold water regulating valve. The steam regulating valve and the cold water regulating valve can mix the high temperature steam and the cold water into the warm water of an appropriate temperature according to the water temperature of the breeding pool, and finally send the warm water into the breeding pool to maintain the water temperature of the water.

Description

Aquaculture system

The present invention relates to a constant temperature system, and more particularly to a constant temperature system for a culture pond.

In recent years, the output of aquaculture fisheries has caught up with and even surpassed that of marine fishing. It is considered to be the main source of supply for future global seafood. However, today's global climate change is fierce, and many ponds often cause sudden drop in water temperature caused by climate stagnation. The large number of fisheries died due to cold damage, which not only caused the farmers to suffer a lot of losses, but also caused the loss of the supply of fishery products in the market and caused further losses. Therefore, the culture ponds can be kept at a constant temperature, and the operating cost can be the constant temperature of the operators. The system is the common pursuit of breeding fisheries.

Accordingly, it is an object of the present invention to provide a thermostat system that maintains a suitable water temperature and low cost for the culture pond.

Therefore, the constant temperature system of the novel culture tank comprises a temperature rising unit, a cooling unit, and an adjusting unit.

The heating unit comprises a water supply source, a water supply line connected to the water supply source, a boiler connected to the water supply line and capable of heating the water outputted from the water supply line and generating high temperature steam, and a boiler connected to the boiler and used for A high temperature line that outputs high temperature steam.

The cooling unit comprises a water supply source, a water inlet pipe connected to the water supply source, a cold water tower connected to the water inlet pipe for storing water to be allowed to stand for cooling, and a water outlet pipe connecting the cold water tower.

The regulating unit comprises a steam regulating valve connected to the high temperature pipeline of the heating unit and controlled to open to output high temperature steam, a cold water regulating valve connected to the water outlet pipeline of the cooling unit and controlled to open to output cold water, and A steam regulating valve and the cold water regulating valve are connected and used to deliver the mixed warm water to the output line of the culture tank.

The utility model has the advantages that the boiler can heat the water supplied from the water supply source and generate high-temperature steam, and the cold water tower can store and cool the water provided by the water supply source into cold water, and the steam regulating valve and the cold water regulating valve can be visualized. The water temperature of the culture pond mixes the high temperature steam and the cold water into warm water of appropriate temperature, and finally the warm water is sent into the culture tank to maintain the temperature of the water. The cost of heating the cold water through the high temperature steam is lower, and is a general aquaculture fisherman. Acceptable, so it has a higher market competitiveness.

Referring to FIG. 1 , an embodiment of the thermostatic system of the novel culture tank 1 comprises a temperature rising unit 2 , a cooling unit 3 , and an adjusting unit 4 . The heating unit 2 includes a water supply source 21, a water supply line 22 connected to the water supply source 21, a boiler 23 connected to the water supply line 22, a pressure gauge 24 for detecting the pressure of the boiler 23, and an electric battery. The pressure gauge 24 is connected to the pressure gauge 24 and connected to the pressure relief valve 25 of the boiler 23, and a high temperature line 26 connected to the boiler 23 and made of metal. The water supply source 21 has a water supply pump 211 connected to the culture tank 1, and a water supply pump 212 connected to an external water source. The boiler 23 can be a fuel system or an electric heating system, and is not limited thereto.

The cooling unit 3 includes a water supply source 31, a water inlet pipe 32 connected to the water supply source 31, a cold water tower 33 connected to the water inlet pipe 32, a discharge valve 34 connected to the cold water tower 33, and a connection to the cold water. The water outlet line 35 of the tower 33. The water supply source 31 has a water pump 311 connected to the culture tank 1, and a water pump 312 connected to an external water source. The adjusting unit 4 includes a steam regulating valve 41 connected to the high temperature pipeline 26 of the temperature increasing unit 2, a cold water regulating valve 42 connected to the water outlet pipe 35 of the cooling unit 3, an electrical connection of the steam regulating valve 41, and the a temperature control module 43 of the cold water regulating valve 42 , an output line 44 connecting the steam regulating valve 41 and the cold water regulating valve 42 , and a plurality of nozzles 45 disposed in the breeding tank 1 and connected to the output line 44 And an adjustment valve 46 that controls the flow of the nozzles 45.

The adjustment mode of this embodiment is: the water supply pump 211 of the temperature increasing unit 2 can extract the low temperature water in the culture tank 1 to the water supply line 22, and send it to the boiler 23 for heating to generate high temperature steam. 24 and the pressure relief valve 25 detect the pressure of the boiler 23 and automatically relieve the pressure, so that the high temperature steam produced by the boiler 23 is maintained at a low pressure and sent to the high temperature line 26. On the other hand, the water pump 311 of the cooling unit 3 also extracts the low temperature water from the culture tank 1 to the water inlet pipe 32, and sends it to the cold water tower 33 for storage and cools down to cold water, too much or not. The water required for (e.g., filtered sewage) can be discharged through the discharge valve 34, and the required cold water is sent to the outlet pipe 35. The temperature control module 43 is estimated according to the ideal temperature of the pool water of the culture tank 1, and the steam regulating valve 41 and the cold water regulating valve 42 are controlled according to the estimation result to apply an appropriate proportion of high temperature steam and cold water to the output. The pipeline 44 is mixed into warm water of a suitable temperature, and finally the warm water is sent to the culture tank 1 through the nozzles 45 to raise the temperature of the pool water in the culture tank 1 to an appropriate water temperature, and the culture tank is extracted through the culture tank 1 The low temperature pool water inside, and sent to the warm water after the temperature rise, to achieve the effect of circulating constant temperature, the effective use of pool water can reduce water consumption. In this embodiment, the heating temperature of the boiler 23 is not greatly changed, but the water temperature is adjusted by controlling the input ratio of the high-temperature steam. Therefore, the energy consumed by the boiler 23 is stable, the control is simple, and the equipment and energy costs can be reduced. .

It should be particularly noted that the water supply pump 212 and the water pump 312 can introduce a water source such as groundwater from the outside as a backup solution when the amount of water is insufficient. Of course, the water supply pump 212 and the water pump can also be configured according to the configuration and demand of the operator. As a main source of water supply, 312 does not use the water supply pump 211 and the water pump 311, which provides high configuration flexibility.

In summary, by mixing the high-temperature steam of the boiler 23 and the cold water of the cold water tower 33, warm water can be generated to raise the temperature of the culture tank 1 to a suitable temperature, and the water can be reduced by circulating the low-temperature water of the culture tank 1. The amount, together with the lower energy cost required for the boiler 23, can achieve higher market competitiveness, so it is indeed possible to achieve the purpose of the present invention.

However, the above is only the embodiment of the present invention, and when it is not possible to limit the scope of the present invention, all the simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still This new patent covers the scope.

1‧‧‧ breeding pond
2‧‧‧heating unit
21‧‧‧Water source
211‧‧‧Water supply pump
212‧‧‧Water supply pump
22‧‧‧Water supply pipeline
23‧‧‧Boiler
24‧‧‧ pressure gauge
25‧‧‧Relief valve
26‧‧‧High temperature pipeline
3‧‧‧ Cooling unit
31‧‧‧Water source
311‧‧‧Water pump
312‧‧‧Water pump
32‧‧‧Inlet pipe
33‧‧‧ cold water tower
34‧‧‧Drain valve
35‧‧‧Water outlet
4‧‧‧Adjustment unit
41‧‧‧Vapor regulating valve
42‧‧‧Cold water regulating valve
43‧‧‧temperature control module
44‧‧‧Output line
45‧‧‧Nozzles
46‧‧‧Adjustment valve

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: FIG. 1 is a pipeline configuration diagram illustrating one embodiment of a thermostatic system of the novel culture tank.

Claims (13)

A constant temperature system for a culture pond comprises: a temperature rising unit comprising a water supply source, a water supply line connected to the water supply source, a boiler connected to the water supply line and capable of heating the water output from the water supply line and generating high temperature steam And a high temperature pipeline connected to the boiler for outputting high temperature steam; a cooling unit comprising a water supply source, a water inlet pipeline connecting the water supply source, a water inlet pipe connected to the water inlet pipe for storing water a cooling cold water tower and a water outlet pipe connected to the cold water tower; and a regulating unit comprising a steam regulating valve connected to the high temperature pipeline of the heating unit and controlled to open to output high temperature steam, and a connection cooling a water outlet pipe of the unit and a cold water regulating valve that can be controlled to open to output cold water, and an output line connecting the steam regulating valve and the cold water regulating valve for conveying the mixed warm water to the culture tank. The thermostat system of the culture tank of claim 1, wherein the adjusting unit further comprises a temperature control module electrically connected to the steam regulating valve and the cold water regulating valve, wherein the temperature control tube module can detect the output tube The temperature of the warm water of the road to control the opening and closing of the steam regulating valve and the cold water regulating valve. The constant temperature system of the culture tank according to claim 2, wherein the water supply source of the heating unit has a water supply pump connected to the culture tank and capable of extracting the pool water of the culture pond. The constant temperature system of the culture tank according to claim 2, wherein the water supply source of the temperature rising unit has a water supply pump that extracts a water source from the outside. The constant temperature system of the culture tank according to claim 2, wherein the water supply source of the heating unit has a water supply pump connecting the culture tank and extracting the pool water of the culture pond, and a water supply pump for extracting the water source from the outside. The constant temperature system of the culture tank according to claim 2, wherein the water supply source of the cooling unit has a water pump connected to the culture tank and capable of extracting the pool water of the culture pond. The constant temperature system of the culture tank according to claim 2, wherein the water supply source of the cooling unit has a water pump for extracting a water source from the outside. The constant temperature system of the culture tank according to claim 2, wherein the water supply source of the cooling unit has a water pump connected to the culture tank and capable of extracting the pool water of the culture pond, and a water pump for extracting the water source from the outside. The constant temperature system of the culture tank according to any one of claims 1 to 8, wherein the temperature increasing unit further comprises a pressure gauge for detecting the pressure of the boiler, and a battery electrically connected to the pressure gauge and connected to the boiler. Pressure valve. The constant temperature system of the culture tank according to claim 9, wherein the high temperature pipeline of the temperature rising unit is made of metal. The constant temperature system of the culture tank according to claim 10, wherein the temperature reducing unit further comprises a discharge valve connected to the cold water tower. The thermostat system of the culture tank according to claim 11, wherein the regulating unit further comprises a plurality of nozzles connected to the output line and located in the culture tank. A thermostatic system for a culture tank according to claim 12, wherein the adjustment unit further comprises an adjustment valve that controls the nozzles.