TWM611569U - Automatic feeding system for breeding pond - Google Patents

Abstract

This creation is an automatic feeding system for a breeding pond, which includes a bait tube and at least one bait-feeding device. The bait tube is a ring body and can surround the culture tank. The center has a circular channel and faces the center of the circular bait tube. A plurality of outlets are arranged in the direction, and each outlet is equipped with an outlet pipe; and at least one inlet is arranged in the bait pipe; and the bait-casting device has a chamber that can accommodate bait and has a spray device and a spray pipe , The outlet of the spray tube is connected with the inlet of the bait tube, and the spray tube is set corresponding to the tangential direction of the bait tube; this invention can have better feeding efficiency and even feeding effect.

Description

Automatic feeding system for breeding pond

This creation is about an automatic feeding system for breeding ponds, and mainly refers to a feeding system that can improve feeding efficiency.

Aquatic products are one of the main food sources for people. Due to overfishing, the natural aquatic resources are decreasing day by day. Therefore, artificial breeding is currently used to improve the shortage of natural aquatic resources. This artificial breeding method mainly sets up a breeding pond and is placed in the breeding pond. For the breeding of fish, shrimp, crabs...and other aquatic products, the breeding process must be fed in a timely manner, and the water quality, dissolved oxygen, water temperature and other factors affecting the harvest must be controlled.

The traditional method of feeding bait is that the farmer walks around the pond and casts the bait. However, this method is time-consuming and inconvenient, and it is not easy to cast bait to the center of the pond.

In order to improve the aforementioned situation, there is currently an automatic bait feeding device, which is installed at an appropriate position around the breeding pond, and a plurality of them can be set according to the size distribution of the breeding pond, so that the automatic bait feeding device can be automatically cast toward the breeding pond at a set time. Bait to improve feeding efficiency and convenience.

However, due to cost and shore and hinterland restrictions, it is difficult to install a large number of automatic bait feeding devices in the breeding pond. As a result, the actual feeding position of the breeding pond is only limited to the vicinity of the corresponding automatic bait feeding device, with uneven bait feeding lack.

Another example is the TW166855 aquaculture pond sprinkler device, which is equipped with a ship rail around the aquaculture pond, and the hull with bait is set to spread along the ship rail. After a week, it will stop at a fixed point for feeding and charging. However, the aforementioned method can be used. Automatic feeding, but still obviously lack of efficiency with long feeding time.

The purpose of this creation is to provide a feeding system that can improve feeding efficiency.

This creation includes a bait tube and at least one bait-casting device. The bait-feeding tube is a ring-shaped body with a ring-shaped channel in the center, and a plurality of outlets are arranged in the direction toward the center of the circular bait-tube; and the at least one bait-casting device has an The chamber can contain bait, and is equipped with a spray device and a spray tube. The outlet of the spray tube is connected with the inlet of the bait tube.

In one embodiment of the invention, the spray tube of the bait-feeding device is arranged in the tangential direction of the bait tube.

In an embodiment of the present invention, each outlet of the bait tube is provided with an outlet tube, and the combination angle of the outlet tube corresponding to the bait tube is set corresponding to the bait outlet direction.

This creation can make the spraying device move, and the bait can be ejected from the spray tube into the bait tube. The bait can move along the circular channel of the bait tube with the spraying force, and the bait can be exported when it is displaced to the outlet tube. The pipe is ejected into the breeding pond, and this creation can quickly and conveniently feed bait and has an even feeding effect.

Please refer to Figures 1 to 4. This creation includes a bait tube 1, three feeding devices 2. The bait tube 1 is an annular body and is arranged around the breeding pond 3, with an annular channel 11 in the center, and the bait tube 1 can It is a circle, an ellipse, or other suitable ring shape. In this embodiment, it is a circle, and the culture pond 3 can be a circle, a square, or other suitable shapes. In this embodiment, it is a circle, and it is oriented toward a ring-shaped bait tube. 1. A plurality of spaced outlets 12 are provided in the center direction. Each outlet 12 is provided with a straight strip-shaped outlet tube 13. The combined angle of the outlet tube 13 and the bait tube 1 corresponds to the outlet direction of the bait 4; and three are provided in the bait tube 1. A separated inlet 14.

The bait feeding device 2 has a chamber 21 and can accommodate bait 4, and has a spray device 22 and a spray tube 23. The outlet of the spray tube 23 is connected with the inlet 14 of the bait tube 1, and the spray The feeding tube 23 is arranged corresponding to the tangential direction of the feeding tube 1, and the feeding device 2 is provided with a timing and quantitative control device (not shown), which can be controlled by a wired or wireless network.

The bait feeding devices 2 of this creation are respectively set at different angular positions of the bait pipe 1, and the spraying pipe 23 of each bait feeding device 2 corresponds to the tangential direction of the joining of the bait pipe 1, and the bait 4 is accommodated in each bait feeding device 2 , The timing and quantitative control device can operate the spraying device 22 when the set time is up, and as shown in Figures 3 and 4, this creation allows a set amount of bait 4 to be sprayed from the spraying tube 23 into the bait tube 1. The bait 4 It can move along the annular channel 11 of the bait tube 1 with the force of spraying, and when the bait 4 is displaced to the outlet tube 13, the outlet tube 13 can be sprayed into the breeding pond 3, and the creation can be quickly and conveniently fed Feeding action, and the spraying force can project the bait 4 to a position away from the shore.

This creation does not require a large number of bait-feeding devices 2. In this creation, more outlets 12 and outlet pipes 13 can be set at different angles of the bait tube 1, and the bait 4 fed into the bait tube 1 can be provided by each of the bait-feeding devices 2 The outlet pipe 13 is sprayed into the breeding pond 3, so that it can be more evenly fed to the breeding pond 3 to have an average feeding effect. In addition, this creation can set an appropriate number of feeding devices 2 according to the length of the feeding pipe 1 and the feeding speed. When the number of bait-feeding devices 2 is large, the bait 4 can be ejected from the outlet pipe 13 more quickly, and the bait-feeding distance and efficiency can be further improved.

Based on the above, this creation is an innovative feeding structure and method for breeding ponds, and can greatly improve feeding efficiency. The foregoing embodiments are examples of creation, not the limitation of this creation, and everything based on the spirit of this creation is equivalent Changes should also fall within the scope of this creation.

1: Bait tube

11: Channel

12: Exit

13: export tube

14: Inlet

2: Bait throwing device

21: Room

22: Spraying device

23: Spray pipe

3: Farming pond

4: bait

Figure 1 is an exploded view of this creation.

Figure 2 is a top view of the combination of this creation and its installation in the breeding pond.

Figure 3 is a schematic diagram of the bait action of this creation.

Figure 4 is a schematic diagram of the bait action of this creation.

1: Bait tube

11: Channel

12: Exit

13: export tube

14: Inlet

2: Bait throwing device

21: Room

22: Spraying device

23: Spray pipe

Claims (6)

An automatic feeding system for a breeding pond, comprising: a bait tube, which is an annular body, has a ring-shaped channel in the center, and is provided with a plurality of outlets in the center of the bait tube toward the ring; at least one bait-feeding device with a chamber The bait is accommodated, and a spray device is also provided with a spray tube, and the outlet of the spray tube is connected with the inlet of the bait tube. The automatic feeding system for aquaculture ponds according to claim 1, wherein the spray pipe of the bait feeding device is arranged corresponding to the tangential direction of the bait pipe. The automatic feeding system for a culture pond as described in claim 1, wherein the bait pipe is arranged around the culture pond. The automatic feeding system for aquaculture pond according to claim 1, wherein each outlet of the bait pipe is provided with an outlet pipe. The automatic feeding system for the breeding pond according to claim 4, wherein the bait has a movement displacement direction in the bait tube, and the combined angle of the derivation tube corresponding to the bait tube is set corresponding to the bait movement displacement direction. The automatic feeding system for aquaculture ponds according to claim 1, wherein the bait feeding device is provided with a fixed time and quantitative control device.

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