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CN-224205890-U - Cultivation system

CN224205890UCN 224205890 UCN224205890 UCN 224205890UCN-224205890-U

Abstract

The application provides a cultivation system which comprises one or more cultivation houses formed by containers, wherein lifting parts are arranged on the containers, a door fence is arranged on one side, close to a box door, of each container, a manure collecting tank is arranged on a bottom plate of each container, manure leaking plates with a plurality of manure leaking openings are paved on the manure collecting tanks, a supporting bottom plate with a cultivation space is formed by the manure leaking plates, a material tank, a water fountain and a ring control system are further arranged in each container, the ring control system is used for adjusting air parameters, humidity parameters, temperature parameters and illumination time length in each container, and a feed inlet, a waterway interface and a manure discharging interface are arranged on each container so as to directly connect corresponding pipelines. The cultivation system can be rapidly deployed, construction time is obviously shortened, a user can rapidly develop cultivation, the cultivation system can be rapidly dismantled, the user can rapidly reuse the land, the scale can be simply and conveniently adjusted, the cultivation requirement is appropriately matched, implementation difficulty and cost input are reduced, safe cultivation and intelligent management can be realized, and disease risks are obviously reduced.

Inventors

  • HU HUAN
  • XIONG YUN
  • WANG HAO
  • HUANG DAWEI

Assignees

  • 瑞昂畜牧科技有限公司
  • 生猪技术创新中心(重庆)
  • 重庆市畜牧科学院

Dates

Publication Date
20260508
Application Date
20250605

Claims (10)

  1. 1. A farming system comprising one or more farming houses, said farming houses being formed by containers; The container is internally provided with a cultivation space, and one side close to the box door is provided with a door rail for livestock to enter and exit the cultivation space; a bottom plate of the container is provided with a manure collecting tank, a manure leaking plate with a plurality of manure leaking openings is paved on the manure collecting tank, and the manure leaking plate forms a supporting bottom plate of the culture space so that livestock can move on the manure leaking plate; The container is internally provided with a material pool for containing feed, a water fountain and an environmental control system, wherein the environmental control system comprises a ventilation device, a humidifying device and an illumination device and is used for adjusting air parameters, humidity parameters, temperature parameters and illumination time length in the container; The container is provided with a feed inlet communicated with the material pool, a waterway interface communicated with the water fountain and a manure discharge interface communicated with the manure collecting tank, so that corresponding pipelines can be directly externally connected.
  2. 2. A farming system according to claim 1, wherein when a plurality of containers are provided, the environmental control system of each container is independently provided such that each container forms an independent farming room for isolated farming.
  3. 3. A farming system according to claim 1, further comprising a support pier for supporting the container, the support pier being provided with a locating pin for insertion into a corner hole of the container.
  4. 4. A culture system according to claim 1, further comprising a feeding kitchen comprising feeding equipment for feeding fodder, wherein the feeding equipment is integrated on an integrated frame, the integrated frame is provided with a hoisting structure, and a feeding pipe of the feeding equipment is connected with one or more feeding ports of the container and feeds powder or liquid fodder into a material pool of the container.
  5. 5. A farming system according to claim 4, wherein the feeding apparatus comprises a stirred tank for holding feed, a water tank for holding water, a feed pipe connected to the stirred tank, a feed pump provided on the feed pipe, and a control box with a controller, provided on the integrated frame; the device also comprises a weight sensor which is communicated with the controller, wherein the weight sensor is arranged on the stirring tank and the water tank, so that the controller can regulate and control the feeding quantity.
  6. 6. A farming system according to claim 4, wherein the feeding device comprises a silo, a plug tray conveyor or a auger conveyor provided on the integrated rack, the feed pipe, a control box with a controller; The feeding device also comprises a weight sensor which is communicated with the controller, wherein the weight sensor is arranged on the storage bin and/or the material pool so that the controller can regulate and control the feeding quantity.
  7. 7. A culture system according to claim 4, wherein the feeding kitchen further comprises a tank for storing raw materials and a conveyor for conveying raw materials to the feeding device, or wherein the feeding kitchen comprises a tank for storing raw materials, a pulverizer for pulverizing the raw materials and a conveyor for conveying pulverized materials to the feeding device.
  8. 8. A culture system according to claim 1, wherein the tank is provided with a discharge port in communication with the septic tank; And/or a plurality of discharging pipes which are arranged at intervals along the length direction and discharging boxes connected with the discharging pipes are arranged above the material pool, discharging valves are arranged on the discharging pipes, and the discharging boxes are communicated with the charging openings; And/or a solar panel is further arranged on the top of the container, and the solar panel supplies power for the cultivation house; And/or the water dispenser comprises a water bowl communicated with an external water source through a pipeline, a trigger valve for opening or closing the pipeline, and a push rod or pedal for triggering the trigger valve.
  9. 9. The aquaculture system according to claim 1, wherein said environmental control system comprises a master controller, an ammonia gas detector, a nitrogen gas detector, a temperature sensor, a humidity sensor, said ventilation device comprises a ventilation pipe arranged in said container, a ventilation opening arranged on said container board and a fan, said humidification device comprises a spray assembly arranged at said ventilation opening to form a water curtain at said ventilation opening, said master controller regulates the ventilation duration and rotation speed of said fan according to said ammonia gas detector, said nitrogen gas detector, said temperature sensor, said humidity sensor.
  10. 10. The culture system of claim 1, further comprising a disinfection room formed by the auxiliary container, wherein the disinfection room is provided with a dressing area and a disinfection area, and wherein the disinfection area is provided with any one or any combination of shower facilities, bath facilities and ultraviolet disinfection facilities.

Description

Cultivation system Technical Field The application relates to the technical field of cultivation feeding, in particular to a cultivation system capable of being rapidly deployed and constructed. Background The breeding industry is an important industry which is beneficial to China and people. However, the popularization of the cultivation industry is still limited by a plurality of conditions. The traditional cultivation house is built on the land, approval is needed to purchase special cultivation land or self-built land or planting land is needed, and cost is high due to the fact that investment of building the house is large and time is long, meanwhile, a plurality of adverse factors exist, on one hand, quick building and rapid developing cultivation are difficult, field headquarters is difficult to collect, quick cultivation is difficult to form a fence to meet market demands, the market supply excessive stage is easily caused when cultivation begins and sales is carried out when the market supply is insufficient or the demand is large, income is affected, on the other hand, automatic or intelligent cultivation is difficult to carry out in building the house, improvement is inconvenient to adjust cultivation scale or cultivation demands such as post-adaptation fence cultivation or fattening cultivation is inconvenient, on the other hand, time is long when building and dismantling the house, and land reuse is affected. These have all pulled down the cost input and proportion of income, increase the breed risk, also do not do benefit to and cultivate in mountain area or the region that does not have large tracts of land leveling. At the same time, there is also an important disease factor. Livestock can easily infect diseases in the breeding process, and the diseases can be rapidly transmitted. The more livestock in the same breeding house, the greater the probability of being infected by the disease, and the greater the number of deaths caused by disease spread. However, if the number of livestock fed in the same breeding house is reduced, the number of the breeding houses of the building needs to be expanded, and the cost and the construction time are obviously increased. And the feeding conditions of all the cultivation houses are required to be controlled to separate diseases, and the traditional building houses are difficult to implement, so that the feeding conditions are also one of factors for increasing the cultivation cost and the cultivation risk. Disclosure of utility model In view of the above, embodiments of the present application are directed to providing a culture body capable of rapid deployment and construction The cultivation house of the cultivation system can be quickly deployed and disassembled, the construction time required before cultivation can be obviously shortened, a user can quickly develop cultivation to start harvesting, the cultivation house can be quickly disassembled to enable the user to quickly reuse the land, the scale of the cultivation house can be simply and conveniently adjusted, the land area and the cultivation requirement of the user can be properly matched, the implementation difficulty and the cost investment are reduced, the cultivation house can be simply and conveniently used for realizing isolation safe cultivation and intelligent management, and the disease risk is obviously reduced. The application provides a cultivation system comprising one or more cultivation houses, the cultivation houses being formed by containers; The container is internally provided with a cultivation space, and one side close to the box door is provided with a door rail for livestock to enter and exit the cultivation space; a bottom plate of the container is provided with a manure collecting tank, a manure leaking plate with a plurality of manure leaking openings is paved on the manure collecting tank, and the manure leaking plate forms a supporting bottom plate of the culture space so that livestock can move on the manure leaking plate; The container is internally provided with a material pool for containing feed, a water fountain and an environmental control system, wherein the environmental control system comprises a ventilation device, a humidifying device and an illumination device and is used for adjusting air parameters, humidity parameters, temperature parameters and illumination time length in the container; The container is provided with a feed inlet communicated with the material pool, a waterway interface communicated with the water fountain and a manure discharge interface communicated with the manure collecting tank, so that corresponding pipelines can be directly externally connected. In a possible implementation manner, when a plurality of containers are arranged, the environmental control systems of the containers are independently arranged, so that the containers form independent cultivation houses to realize isolated cultivation. In one possible embodiment, t