Three-dimensional circulating breeding method for amphibians

Abstract

The invention discloses a three-dimensional circulating breeding method for amphibians. The three-dimensional circulating breeding method comprises the following steps that 1, the amphibians are put into equipment; 2, starting equipment to enter a normal working state, and putting young amphibians; 3, automatic feeding is carried out; 4, the hanging baskets are stocked continuously and circularly up and down, each hanging basket can sequentially pass through different space positions in the up, down, left and right directions, and each hanging basket can pass through the position in the water pool, so that the bred amphibians obtain the same growth environment condition; 5, after the frogs grow to a certain weight, the frogs are slaughtered and packaged. Three-dimensional breeding is achieved, land resources are saved, the time of amphibious life can be accurately controlled according to different habits of animal varieties and growth stages, the requirement for the reasonable water dwelling time of multilayer three-dimensional stocking bullfrogs is well met, the water consumption is saved, and the water treatment cost is reduced.

Description

Technical Field

[0001] The invention relates to a three-dimensional circulation breeding method for amphibians. Background Art

[0002] The ground farming method used in the animal breeding industry originates from the concept that the ground is convenient for obtaining feed and for entering and exiting the breeding house for management during traditional breeding and grazing. However, this method occupies a large area of ​​land, and the utilization rate of land per unit area is low. Especially in modern times, the activities of breeding a large number of animals in breeding farms are carried out. Breeding farms usually include breeding activities in multiple stages such as animal breeding, production, conservation, and cultivation. Animal breeding at each stage is usually managed by separately built breeding houses. The demand for land use area is increasing, and the breeding cost is also increasing. In addition, most of the existing breeding houses are single-story sheds, the structure of the houses is relatively thin, and the wind resistance and snow resistance are poor. The ventilation, deodorization, and temperature regulation performance in different seasons are poor, which has a great impact on the breeding and growth of animals. In addition, the existing farm manure treatment usually adopts the black film pool set outside the breeding house for composting. Although this method utilizes manure, the composting process will cause a large loss of fertilizer due to environmental changes such as wind, sun, and rain, and the utilization rate of manure is low. Traditional breeding technology is heavily dependent on large areas of natural water and soil resources, and even occupies farmland to build greenhouses. This backward breeding is not only inefficient and of poor quality, but also not conducive to farmland and environmental protection. The backward breeding technology has restricted the healthy development of the industry. In order to achieve three-dimensional breeding, the existing three-dimensional breeding technology device sets a multi-layer bracket, generally at least two layers, and some have as many as five layers or more. Each layer is set up as the same stocking platform. The platform structure includes trough type, box type, and cage type. Each platform has water and frog habitat facilities. The hardware facilities look the same, but the growth environment is actually very different. Because the light, air temperature and humidity, and density composition of suspended matter on the upper and lower layers are different, the air circulation is poor, resulting in inconsistent growth environment on each layer of this three-dimensional breeding device, which is bound to seriously affect the quality of breeding.

[0003] The water treatment system is complex and ineffective. Each layer has water flow facilities for animals to live, which will inevitably lead to complex and large water supply and decontamination facilities, increasing the cost of breeding.

[0004] The above two issues are the key factors affecting the development of three-dimensional farming and need to be solved urgently. Summary of the invention

[0005] The purpose of the present invention is to overcome the deficiencies in the prior art and provide a three-dimensional circulation breeding method for amphibians.

[0006] In order to achieve the above object, the present invention is achieved through the following technical solutions: A three-dimensional circulation breeding method for amphibians comprises the following steps: Step 1: Place amphibians into the device; Step 2: Start the equipment to enter normal working state. At the place where amphibians are placed, the circulation of the hanging basket can be temporarily stopped by human control. The circulation speed of the hanging basket is adjustable. Each hanging basket can hold a certain number of young amphibians. After placing them, start the circulating hanging basket. When the second hanging basket moves to the place where amphibians are placed, stop the hanging basket circulation, put in young amphibians, and start the circulation again. Repeat this process until all the hanging baskets are placed. Step 3: Set the automatic operation parameters of the feeding interval and feed weight so that the equipment enters the normal automatic working state and performs automatic feeding; Step 4: The hanging baskets are continuously circulated up and down, and each hanging basket can pass through different spatial positions up, down, left and right in turn, and each hanging basket can pass through the position in the pool, so that each amphibian cultured has the same growth environment conditions; Step 5: After a period of breeding, the frogs will grow to a certain weight and then be packaged for sale.

[0007] Preferably, the method for automatic feeding in step 3 is to set a feeding position on the first layer of the equipment, set an automatic feeding device at the feeding position, and set a feeding pipe extending to the top of the hanging basket on the automatic feeding device. According to the set feeding time, when the hanging basket moves to the bottom, a set amount of feed is dropped into the feeding port of the hanging basket.

[0008] Preferably, there are two methods for packaging the frogs. One is to open the top cover of the hanging basket, take them out manually, and put them into the package. The other is to set an automatic discharging device at the bottom layer, which automatically opens the bottom plate of the hanging basket, and the frogs fall into the funnel below and are directly sent to the package.

[0009] Preferably, the circulation of the hanging basket can be temporarily stopped by human control, and the circulation speed thereof is adjustable.

[0010] Preferably, the certain number of hanging baskets is within 500.

[0011] Preferably, the amphibian is a bullfrog.

[0012] Preferably, the water pool is located at the bottom floor of the device.

[0013] Preferably, the water pool is equipped with a circulating purification and disinfection device, and new water and old water are replaced.

[0014] The beneficial effects of the present invention are as follows: 1. The hanging baskets are circulated continuously up and down. Each hanging basket can pass through different spatial positions up, down, left and right, and through different positions in the pools in turn, so that every bullfrog and other amphibian cultured can obtain almost the same growth environment conditions without any difference. Each layer has the same density of hanging baskets, which realizes three-dimensional breeding and saves land resources.

[0015] 2. By adjusting the circulation speed of the stocking basket, the duration of amphibious life can be accurately controlled according to the different habits of animal species and growth stages.

[0016] 3. Taking advantage of the fact that each hanging basket will run to the same position, each hanging basket can be fed at a fixed position, which saves time, effort and is accurate. At the same time, each hanging basket can be monitored and managed at one location, which improves efficiency and reduces equipment investment.

[0017] 4. Although there is only a pool on the bottom layer, the water in the hanging basket circulates, which satisfies the reasonable water dwelling time requirements of multi-layer three-dimensional stocked bullfrogs, saves water and reduces the cost of water treatment. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a flow chart of the present invention. DETAILED DESCRIPTION

[0019] The technical solution of the present invention is further described below: like Figure 1 As shown, a three-dimensional circulation breeding method for amphibians includes the following steps: Step 1: Place amphibians into the device; Step 2: Start the equipment to enter normal working state. At the place where amphibians are placed, the circulation of the hanging basket can be temporarily stopped by human control. The circulation speed of the hanging basket is adjustable. Each hanging basket can hold a certain number of young amphibians. After placing them, start the circulating hanging basket. When the second hanging basket moves to the place where amphibians are placed, stop the hanging basket circulation, put in the young amphibians, and start the circulation again. Repeat this process until all the hanging baskets are placed. The circulation of the hanging basket is a spiral up and down closed loop rotation cycle.

[0020] Step 3: Set the automatic operation parameters of the feeding interval and feed weight so that the equipment enters the normal automatic working state and performs automatic feeding; Step 4: The hanging baskets are continuously circulated up and down, and each hanging basket can pass through different spatial positions up, down, left and right in turn, and each hanging basket can pass through the position in the pool, so that each amphibian cultured has the same growth environment conditions; Step 5: After a period of breeding, the frogs will grow to a certain weight and then be packaged for sale.

[0021] The method for automatic feeding in step 3 is to set a feeding position on the first layer of the equipment, set an automatic feeding device at the feeding position, and set a feeding pipe extending to the top of the hanging basket on the automatic feeding device. According to the set feeding time, when the hanging basket moves to the bottom, the set amount of feed is thrown into the feeding port of the hanging basket.

[0022] There are two methods for packaging the frogs. One is to open the top cover of the hanging basket and take them out manually and put them into the package. The other is to set up an automatic discharging device at the bottom layer, which automatically opens the bottom plate of the hanging basket, and the frogs fall into the funnel below and are directly sent into the package.

[0023] The circulation of the hanging basket can be temporarily stopped by human control, and its circulation speed is adjustable.

[0024] A certain number of hanging baskets is within 500.

[0025] The amphibian is the bullfrog.

[0026] The pool is located on the ground floor of the facility.

[0027] The pool is equipped with a circulating purification and disinfection device, and new water and old water are replaced.

[0028] The stocking hanging baskets circulate continuously up and down. Each hanging basket can pass through different spatial positions up, down, left and right, and through different positions in the pools in turn, so that every bullfrog and other amphibian cultured can obtain almost the same growth environment conditions without any difference. Each layer has the same density of hanging baskets, realizing three-dimensional breeding and saving land resources.

[0029] By adjusting the circulation speed of the stocking basket, the duration of amphibious life can be accurately controlled according to the different habits of animal species and growth stages.

[0030] Taking advantage of the fact that each hanging basket will run to the same position, each hanging basket can be fed at a fixed position, which saves time, effort and is accurate. At the same time, each hanging basket can be monitored and managed at one location, which improves efficiency and reduces equipment investment.

[0031] Although there is only a pool on the bottom floor, the hanging basket is circulating, which satisfies the reasonable water dwelling time requirements of multi-layer three-dimensional free-range bullfrogs, saves water and reduces water treatment costs.

[0032] It should be noted that the above is only a specific embodiment of the present invention. Obviously, the present invention is not limited to the above embodiment, and there are many variations. In short, all variations that can be directly derived or associated with the content disclosed by ordinary technicians in this field should be considered as the protection scope of the present invention.

Claims

1. A three-dimensional circulation breeding method for amphibians, It is characterized in that The steps include: Step 1: Place amphibians into the device; Step 2: Start the equipment to enter normal working state. At the place where amphibians are placed, the circulation of the hanging basket can be temporarily stopped by human control. The circulation speed of the hanging basket is adjustable. Each hanging basket can hold a certain number of young amphibians. After placing them, start the circulating hanging basket. When the second hanging basket moves to the place where amphibians are placed, stop the hanging basket circulation, put in young amphibians, and start the circulation again. Repeat this process until all the hanging baskets are placed. Step 3: Set the automatic operation parameters of the feeding interval and feed weight so that the equipment enters the normal automatic working state and performs automatic feeding; Step 4: The hanging baskets are continuously circulated up and down, and each hanging basket can pass through different spatial positions up, down, left and right in turn, and each hanging basket can pass through the position in the pool, so that each amphibian cultured has the same growth environment conditions; Step 5: After a period of breeding, the frogs will grow to a certain weight and then be packaged for sale.

2. A three-dimensional circulation breeding method for amphibians according to claim 1, It is characterized in that The method for automatic feeding in step 3 is to set a feeding position on the first layer of the equipment, set an automatic feeding device at the feeding position, and set a feeding pipe extending to the top of the hanging basket on the automatic feeding device. According to the set feeding time, when the hanging basket moves to the bottom, the set amount of feed is dropped into the feeding port of the hanging basket.

3. A three-dimensional circulation breeding method for amphibians according to claim 1, It is characterized in that The packaging method includes two methods, one of which is to open the top cover of the hanging basket and manually take out the frogs and put them into the packaging; the other is to set an automatic discharging device at the bottom layer to automatically open the bottom plate of the hanging basket, and the frogs fall into the funnel below and are directly sent to the packaging.

4. A three-dimensional circulation breeding method for amphibians according to claim 1, It is characterized in that The circulation of the hanging basket can be temporarily stopped by human control, and the circulation speed thereof is adjustable.

5. A three-dimensional circulation breeding method for amphibians according to claim 1, It is characterized in that The certain number is within 500.

6. A three-dimensional circulation breeding method for amphibians according to claim 1, It is characterized in that The amphibian is a bullfrog.

7. A three-dimensional circulation breeding method for amphibians according to claim 1, It is characterized in that The water pool is located at the bottom layer of the equipment.

8. A three-dimensional circulation breeding method for amphibians according to claim 7, It is characterized in that The water pool is provided with a circulating purification and disinfection device, and new water and old water are replaced.

Images