CN209788348U - Marine integrated fresh-keeping device - Google Patents
Marine integrated fresh-keeping device Download PDFInfo
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- CN209788348U CN209788348U CN201920141822.XU CN201920141822U CN209788348U CN 209788348 U CN209788348 U CN 209788348U CN 201920141822 U CN201920141822 U CN 201920141822U CN 209788348 U CN209788348 U CN 209788348U
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Abstract
The utility model relates to a naval vessel subassembly, marine integrated fresh-keeping device specifically says so. The air conditioning system comprises a main controller, a refrigeration unit, an air conditioning unit, an air source unit, a fresh-keeping unit and an exhaust valve. The fresh-keeping unit comprises a fresh-keeping warehouse and a valve plate, and an air cooler is arranged in the fresh-keeping warehouse. The refrigeration unit, the air conditioning unit and the air source unit are all connected with the main controller through wires. The cold storage unit is connected with a valve plate of the fresh-keeping unit through a cold storage pipeline, and the valve plate of the fresh-keeping unit is connected with an air cooler of the fresh-keeping warehouse through the cold storage pipeline. The air conditioning unit is connected with the fresh-keeping storehouse through an air conditioning pipeline, an air inlet valve is arranged on the section of the air conditioning pipeline between the air conditioning unit and the fresh-keeping storehouse, the fresh-keeping storehouse is connected with an air return valve through the air conditioning pipeline, and the air return valve is respectively connected with the air conditioning unit and the air outlet valve through the air conditioning pipeline. The air source unit is connected with the air conditioning unit through an air conditioning pipeline. It is characterized in that an ozone sterilization module is arranged in the air conditioning unit. The fresh-keeping device has longer time for fresh-keeping and storing the fruits and the vegetables.
Description
Technical Field
The utility model relates to a naval vessel subassembly, it is used for carrying out the marine integrated fresh-keeping device that keeps fresh to the fruit vegetables on naval vessel specifically to say so.
Background
The ship sails on the sea for a long time, and in order to ensure the intake of nutrients such as vitamins, amino acids, dietary fibers and the like for crews, the storage period of vegetables and fruits needs to be prolonged and the nutrient contents of the vegetables and fruits need not to be lost. Therefore, all ships are provided with the marine integrated fresh-keeping device for preserving fruits and vegetables.
at present, the traditional integrated preservation device for the ship comprises an air conditioning unit, an air source unit, a refrigeration unit, a preservation unit, a main controller and an exhaust valve. The gas regulating unit is internally provided with a nitrogen producing module and an ethylene removing module. The air source unit is connected with the air conditioning unit through an air conditioning pipeline. The refrigeration unit, the air conditioning unit and the air source unit are all connected with the main controller through leads. The fresh-keeping unit comprises a fresh-keeping warehouse and a valve plate. The valve plate of the fresh-keeping unit is connected with the fresh-keeping storehouse of the fresh-keeping unit through the cold storage pipeline. The air conditioning unit is connected with the fresh-keeping storehouse through an air conditioning pipeline, an air inlet valve is arranged on the section of the air conditioning pipeline between the air conditioning unit and the fresh-keeping storehouse, the fresh-keeping storehouse is connected with the exhaust valve through the air conditioning pipeline, and an air return valve is arranged on the section of the air conditioning pipeline between the fresh-keeping storehouse and the exhaust valve. When the device is used, fruits and vegetables are stored in a goods shelf of a fresh-keeping warehouse, and the nitrogen generation module and the ethylene removal module are used for generating nitrogen and reducing oxygen and removing ethylene in the fresh-keeping warehouse, so that the function of fresh keeping is achieved. Fruit vegetables have the bacterium after picking on it, and traditional marine integrated fresh-keeping device only adopts the mode of nitrogen making oxygen reduction and ethylene desorption to keep fresh to fruit vegetables, and when preserving the fruit vegetables, the bacterium can breed in a large number on the surface of fruit vegetables for the rotten speed of fruit vegetables becomes fast, and the time of fruit vegetables fresh-keeping storage is shorter.
SUMMERY OF THE UTILITY MODEL
The to-be-solved technical problem of the utility model is to provide a marine integrated fresh-keeping device, the time that this fresh-keeping device keeps fresh and preserves fruit vegetables is longer.
In order to solve the problems, the following technical scheme is provided:
the utility model discloses a marine integrated fresh-keeping device includes main control unit, cold-stored unit, gas conditioning unit, air supply unit, fresh-keeping unit and discharge valve. And the gas regulating unit is internally provided with a nitrogen preparing module and an ethylene removing module. The fresh-keeping unit comprises a fresh-keeping warehouse and a valve plate, and an air cooler is arranged in the fresh-keeping warehouse. The refrigeration unit, the air conditioning unit and the air source unit are all connected with the main controller through leads. The cold storage unit is connected with a valve plate of the fresh-keeping unit through a cold storage pipeline, and the valve plate of the fresh-keeping unit is connected with an air cooler of the fresh-keeping warehouse through a cold storage pipeline. The air conditioning unit is connected with the fresh-keeping storehouse through an air conditioning pipeline, an air inlet valve is arranged on the section of the air conditioning pipeline between the air conditioning unit and the fresh-keeping storehouse, the fresh-keeping storehouse is connected with an air return valve through the air conditioning pipeline, and the air return valve is respectively connected with the air conditioning unit and the air outlet valve through the air conditioning pipeline. The air source unit is connected with the air conditioning unit through an air conditioning pipeline. It is characterized in that the air-conditioning unit is internally provided with an ozone sterilization module.
The fresh-keeping units are not less than two, and the cold storage units are respectively connected with the valve plates of all the fresh-keeping units through cold storage pipelines.
The fresh-keeping unit is internally provided with at least two fresh-keeping storehouses, and a valve plate of the fresh-keeping unit is respectively connected with the air coolers corresponding to the fresh-keeping storehouses through refrigeration pipelines. The air conditioning unit is connected with all the fresh-keeping storehouses through air conditioning pipelines, air inlet valves are arranged on the air conditioning pipelines between the air conditioning unit and the fresh-keeping storehouses, air return valves are connected with the fresh-keeping storehouses through the air conditioning pipelines, and the air return valves are respectively connected with the air conditioning unit and the air outlet valves through the air conditioning pipelines.
The fresh-keeping unit is provided with sub-controllers, the sub-controllers are integrated with detection modules, the outer walls of the fresh-keeping unit are provided with duplicate templates, the duplicate templates are connected with the corresponding sub-controllers through wires, and the sub-controllers are connected with the main controller through wires.
The fresh-keeping storehouse is characterized by further comprising a main water inlet valve, wherein the fresh-keeping storehouse is internally provided with humidifying templates, and water inlets of the humidifying templates are connected with the main water inlet valve through water pipes.
And the air conditioning unit is internally provided with an odor adsorption module.
By adopting the scheme, the method has the following advantages:
Because the utility model discloses a marine integrated fresh-keeping device is including gas conditioning unit, air supply unit, cold-stored unit, fresh-keeping unit, main control unit and discharge valve, and fresh-keeping unit has nitrogen module, ethylene desorption module and ozone sterilization module including fresh-keeping storehouse and valve plate in the gas conditioning unit. The ozone sterilization module can generate ozone, the ozone is sent into the fresh-keeping warehouse through the air-conditioning pipeline, the fruits and vegetables stored in the fresh-keeping warehouse are sterilized, bacteria are prevented from being bred on the surfaces of the fruits and vegetables in a large quantity, the rotting and deteriorating speed of the fruits and vegetables is greatly reduced, and the fresh-keeping and storage time of the fruits and vegetables is prolonged.
Drawings
FIG. 1 is a schematic structural diagram of the integrated fresh-keeping device for the ship of the present invention;
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
As shown in figure 1, the integrated preservation device for the ship of the utility model comprises a main controller, a refrigeration unit, an air conditioning unit, an air source unit, a preservation unit, an exhaust valve and a main water inlet valve. And the gas regulating unit is internally provided with a nitrogen preparing module and an ethylene removing module. The fresh-keeping unit comprises a fresh-keeping warehouse and a valve plate, and an air cooler is arranged in the fresh-keeping warehouse. The refrigeration unit, the air conditioning unit and the air source unit are all connected with the main controller through leads. The cold storage unit is connected with a valve plate of the fresh-keeping unit through a cold storage pipeline, and the valve plate of the fresh-keeping unit is connected with an air cooler of the fresh-keeping warehouse through a cold storage pipeline. The air conditioning unit is connected with the fresh-keeping storehouse through an air conditioning pipeline, an air inlet valve is arranged on the section of the air conditioning pipeline between the air conditioning unit and the fresh-keeping storehouse, the fresh-keeping storehouse is connected with an air return valve through the air conditioning pipeline, and the air return valve is respectively connected with the air conditioning unit and the air outlet valve through the air conditioning pipeline. The air source unit is connected with the air conditioning unit through an air conditioning pipeline. An ozone sterilization module is arranged in the air conditioning unit.
The fresh-keeping units are not less than two, and the cold storage unit is respectively connected with the valve plates of all the fresh-keeping units through cold storage pipelines.
The fresh-keeping unit is internally provided with at least two fresh-keeping storehouses, and a valve plate of the fresh-keeping unit is respectively connected with the air coolers corresponding to the fresh-keeping storehouses through refrigeration pipelines. The air conditioning unit is connected with all the fresh-keeping storehouses through air conditioning pipelines, air inlet valves are arranged on the air conditioning pipelines between the air conditioning unit and the fresh-keeping storehouses, air return valves are connected with the fresh-keeping storehouses through the air conditioning pipelines, and the air return valves are respectively connected with the air conditioning unit and the air outlet valves through the air conditioning pipelines.
The fresh-keeping unit is provided with sub-controllers, the sub-controllers are integrated with detection modules, the outer walls of the fresh-keeping unit are provided with duplicate templates, the duplicate templates are connected with the corresponding sub-controllers through wires, and the sub-controllers are connected with the main controller through wires. In this embodiment, the conducting wire between the central controller and the main controller is a network cable. The main controller and the sub-controllers realize data and signal transmission through network cables, and realize distributed control. The use of the repeated template can facilitate the input of the warehousing parameters of the corresponding preservation units by operators and facilitate the direct understanding of the working conditions of the preservation units by the operators.
And the humidifying templates are arranged in the fresh-keeping storehouse, and the water inlets of the humidifying templates are connected with the main water inlet valve through water pipes. Move the humidifier inside the fresh-keeping storehouse, can effectively solve the problem that rivers flow backward.
And the air conditioning unit is internally provided with an odor adsorption module.
As the fruits and vegetables decay in the storage process, sulfur dioxide and unpleasant odor are easily generated, and a plurality of adverse symptoms of human bodies can be generated after long-term contact, so that the physical and psychological health of operators is seriously influenced. Therefore, the peculiar smell adsorption module is utilized, sulfur dioxide and peculiar smell in the air can be effectively adsorbed, and a comfortable goods taking environment is provided for goods taking personnel.
After a water inlet of the humidifying template is provided with a water dividing valve, the water dividing valve is connected with a main water inlet valve through a water pipe. After a drain valve is arranged on a water outlet of the humidifying template, the humidifying template is connected with a floor drain corresponding to the preservation unit through a water pipe. The main water inlet valve is adjacent to a water supply source of the ship, and automatic water supply and drainage of the humidifying module are realized.
When the oxygen concentration in a certain fresh-keeping warehouse exceeds the standard during working, the nitrogen-making module of the air-conditioning unit works to make high-concentration nitrogen, the air inlet valve and the air return valve of the fresh-keeping warehouse are opened, the high-concentration nitrogen is filled into the fresh-keeping warehouse to replace the air in the fresh-keeping warehouse, and the replaced air is exhausted to the atmosphere through the air outlet valve.
The main controller controls the air-conditioning unit to perform ethylene removal and odor removal in the fresh-keeping warehouse at regular time, when the corresponding time is reached, an air inlet valve and an air return valve of the fresh-keeping warehouse are opened, a fan of the air-conditioning pipeline is started, the air in the fresh-keeping warehouse is pumped into the air-conditioning unit through the air return valve, the odor is removed through the odor adsorption module, the ethylene is removed through the ethylene removal module, and then the clean air is sent into the fresh-keeping warehouse through the air inlet valve, so that the purposes of ethylene removal and odor removal are achieved.
The main controller controls the air conditioning unit to sterilize the fresh-keeping warehouse at regular time, when the corresponding time is reached, an air inlet valve and an air return valve of the fresh-keeping warehouse are opened, a fan of an air conditioning pipeline is started, the air in the fresh-keeping warehouse is pumped into the air conditioning unit through the air return valve, the air is ionized to generate ozone through the ozone sterilization module, and the ozone is sent into the fresh-keeping warehouse through the air inlet valve, so that the ozone sterilization function is realized.
The detection module detects the temperature, humidity, oxygen and carbon dioxide content in each fresh-keeping warehouse in a polling mode, transmits data to the sub-controller and the main controller, and when the detected corresponding parameters are lower than the lower limit of a set value, the main controller keeps the parameters in the fresh-keeping warehouse in a set range through starting and stopping of each function of the unit and opening and closing of the valve.
The utility model discloses a marine integrated fresh-keeping device's power is ship power supply.
Claims (6)
1. An integrated preservation device for ships comprises a main controller, a refrigeration unit, an air conditioning unit, an air source unit, a preservation unit and an exhaust valve; the gas regulating unit is internally provided with a nitrogen producing module and an ethylene removing module; the fresh-keeping unit comprises a fresh-keeping warehouse and a valve plate, and an air cooler is arranged in the fresh-keeping warehouse; the refrigeration unit, the air conditioning unit and the air source unit are all connected with the main controller through leads; the valve plate of the fresh-keeping unit is connected with an air cooler of the fresh-keeping warehouse through the refrigeration pipeline; the air conditioning unit is connected with the fresh-keeping storehouse through an air conditioning pipeline, an air inlet valve is arranged on the section of the air conditioning pipeline between the air conditioning unit and the fresh-keeping storehouse, the fresh-keeping storehouse is connected with an air return valve through the air conditioning pipeline, and the air return valve is respectively connected with the air conditioning unit and the air outlet valve through the air conditioning pipeline; the air source unit is connected with the air conditioning unit through an air conditioning pipeline; it is characterized in that an ozone sterilization module is arranged in the air conditioning unit.
2. The marine integrated freshness retaining device according to claim 1, wherein there are not less than two freshness retaining units, and the refrigeration unit is connected to the valve plates of all the freshness retaining units through refrigeration pipelines, respectively.
3. The marine integrated fresh-keeping device according to claim 2, wherein the fresh-keeping unit is provided with at least two fresh-keeping storehouses, and valve plates of the fresh-keeping unit are respectively connected with air coolers of the corresponding fresh-keeping storehouses through refrigeration pipelines; the air conditioning unit is connected with all the fresh-keeping storehouses through air conditioning pipelines, air inlet valves are arranged on the air conditioning pipelines between the air conditioning unit and the fresh-keeping storehouses, air return valves are connected with the fresh-keeping storehouses through the air conditioning pipelines, and the air return valves are respectively connected with the air conditioning unit and the air outlet valves through the air conditioning pipelines.
4. The marine integrated fresh-keeping device according to claim 3, wherein the fresh-keeping units are respectively provided with a sub-controller, the sub-controllers are integrated with a detection module, the outer walls of the fresh-keeping units are respectively provided with a plurality of duplicate templates, the duplicate templates are respectively connected with the corresponding sub-controllers through wires, and the sub-controllers are respectively connected with the main controller through wires.
5. The marine integrated freshness retaining device according to claim 3, further comprising a main water inlet valve, wherein the freshness retaining reservoirs are provided with humidifying templates, and the water inlets of the humidifying templates are connected with the main water inlet valve through water pipes.
6. The marine integrated freshness retaining device of any one of claims 1 ~ 5, wherein the atmosphere control unit is provided with an odor adsorption module therein.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920141822.XU CN209788348U (en) | 2019-01-28 | 2019-01-28 | Marine integrated fresh-keeping device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920141822.XU CN209788348U (en) | 2019-01-28 | 2019-01-28 | Marine integrated fresh-keeping device |
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| Publication Number | Publication Date |
|---|---|
| CN209788348U true CN209788348U (en) | 2019-12-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920141822.XU Active CN209788348U (en) | 2019-01-28 | 2019-01-28 | Marine integrated fresh-keeping device |
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| CN (1) | CN209788348U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114158606A (en) * | 2021-12-07 | 2022-03-11 | 中国船舶重工集团公司第七0四研究所 | Fruit and vegetable fresh-keeping unit for ships |
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2019
- 2019-01-28 CN CN201920141822.XU patent/CN209788348U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114158606A (en) * | 2021-12-07 | 2022-03-11 | 中国船舶重工集团公司第七0四研究所 | Fruit and vegetable fresh-keeping unit for ships |
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Address after: No. 203, Furong Zhongsi Road, Xishan District, Wuxi City, Jiangsu Province Patentee after: WUXI HAIHE EQUIPMENT TECHNOLOGY Co.,Ltd. Address before: 214191 No.22, dongbeitang east section, Xigang Road, Xishan District, Wuxi City, Jiangsu Province Patentee before: WUXI HAIHE EQUIPMENT TECHNOLOGY Co.,Ltd. |