TWM636192U - Omnidirectional spraying device for aquaculture pond - Google Patents

Abstract

This creation is an all-round spraying device for breeding ponds, including a feeding unit, a conveying pipe, and a spraying unit. It is introduced into the feeding pipe; one end of the conveying pipe is connected to the feeding pipe, and the other end extends to the position of the culture pond, and has one end; and the spraying unit has a bearing part, a rotating seat, at least one Spray pipe, the receiving part is connected to the end of the conveying pipe; the rotating seat is connected to the end of the conveying pipe, and rotates correspondingly to the end of the conveying pipe, and a chamber communicating with the conveying pipe and At least one outlet that communicates with the chamber; and the spray pipe has a connecting section and a turning section, and one end of the connecting section is connected to the outlet of the rotating seat; and the turning section is located at the other end of the connecting section and corresponds to the connecting section The horizontal and vertical directions of the segments are turned; by this, the creation can be sprayed in all directions and can have better installation and convenient use effects.

Description

All-round spraying device for aquaculture pond

This creation is about a kind of all-round material spraying device for aquaculture pond, mainly referring to a material spraying device that can spray material in all directions and has better installation and convenient use.

In order to cope with the depletion of aquatic organisms such as fish, shrimp, and shellfish in nature due to overfishing, people currently use artificial breeding to meet people's demand for aquatic food. This artificial breeding method generally sets up a breeding pond to breed aquatic organisms. Traditional farmers are burdened with feed. Aquaculture ponds are fed artificially to breed aquatic organisms, but people have to walk around the pond with heavy loads in the artificial feeding method, which causes a large physical burden, and may cause uneven feeding, insufficient feeding, or excessive feeding, and may cause excessive feeding. Breeding organisms have too little time to eat bait to cause waste and pollute water quality, and nocturnal organisms such as shrimp have better feeding effects at night, but it will cause inconvenience for people to feed at night.

In order to improve the convenience of feeding, multiple feeding devices can be installed at different positions around the breeding pond. Each feeding device can feed the feed to different angles of the breeding pond, and can set the time for feeding action. However, the above method requires more feeding devices Only when they are distributed around the breeding pond can they be fed evenly, which has the disadvantage of increasing the cost of breeding.

TWI452965 discloses a feeding machine capable of 360-degree feeding. The feeding machine is equipped with a feeding mechanism around the fishing pond, and a feeding mechanism is set in the center of the fishing pond. A feeding mechanism is set between the feeding mechanism and the feeding mechanism. In addition, the feeding mechanism is equipped with a motor and a throwing tray, and the throwing tray is connected with a number of throwing pipes of different lengths, so that the feeding mechanism can deliver the material to the throwing tray, and the throwing tray is driven by the motor so that the feed can be moved along The throwing pipe is projected into the fishing pond.

Although the aforementioned structure can feed more evenly to the fishing pond, it is necessary to use a motor to make the feeding tray move and generate rotating centrifugal force, which will increase the cost, and a wire must be installed to extend to the motor position in the center of the fishing pond to provide power, causing inconvenience in power distribution and possible leakage Risk of short circuit.

The purpose of this creation is to provide a spraying device that can feed materials in all directions and has better installation and convenient use.

This creation includes a feeding unit, a conveying pipe, and a spraying unit. The feeding unit is arranged on the periphery of the breeding pond, has a feeding pipe, and the feed is introduced into the feeding pipe by air pressure; and the conveying pipe One end is connected to the feeding pipe, the other end extends to the position of the culture pond, and has an end; and the spraying unit has a bearing part, a rotating seat, and at least one spraying pipe, and the bearing part is connected to the conveying The end of the tube is positioned at the set position corresponding to the culture pond; the swivel seat is arranged in the vertical direction corresponding to the culture pond and connected with the end of the swivel seat, and can rotate corresponding to the end of the delivery pipe; The chamber of the delivery pipe and at least one outlet connected to the chamber; and the spray pipe has a connecting section and a turning section, one end of the connecting section is connected to the outlet of the rotating seat, and the connecting section is connected to the rotating seat radially extending; and the turning section is located at the other end of the connecting section, and turns corresponding to the horizontal direction and the vertical direction of the connecting section.

In one embodiment of the invention, the turning section and the connecting section have a first turning angle in the horizontal direction, and the first turning angle can be changed to adjust the rotation speed of the rotating seat.

One embodiment of the present creation includes a plurality of spray pipes, and the turning section of the spray pipe and the connecting section have a second turning angle in the vertical direction, and the second turning angles of the spraying pipes are different.

In one embodiment of the present creation, the supporting part of the spraying unit is a floating body.

One embodiment of the present creation further includes a positioning rope, and the bearing part connects the positioning rope to the bank of the culture pond for joint positioning, and the conveying pipe is provided with a soft bending part near the shore of the culture pond.

In one embodiment of the present creation, the end of the conveying pipe is vertical to the water surface of the culture pond, and includes a bearing, and the bearing is connected between the rotating base and the end of the conveying pipe.

The feeding unit of this creation can make the feed in the hopper enter the feeding pipe and enter the delivery pipe to the spraying unit from the air inlet pressure, and spray out towards the breeding pond from the turning section from the rotating seat to the spraying pipe, and the feed The ejection direction corresponds to the rotational direction of the rotating seat, so the reaction force of the feed ejection will make the rotating seat automatically rotate corresponding to the end of the delivery pipe, and the first turning angle can be adjusted to adjust the rotating speed.

This creation can adjust the second turning angle of each spray pipe, so the spray distance of different spray pipes can be adjusted, and the spray pipe can be automatically rotated to spray uniformly in all directions in the breeding pond, which is easy to install and use Convenience and safety features.

In the following embodiments, the similar functional elements of this creation are represented by the same figure numbers, please refer to Figures 1 and 2, this creation includes a feeding unit 1, a delivery pipe 2, and a spraying unit 3, and the feeding unit 1 has A hopper 11, a feed control valve 12, a feed pipe 13, an air inlet device 14, the feed hopper 11 can accommodate the feed 10, and the outlet is connected to the feed control valve 12, and the feed pipe 13 is connected to the feed control valve 12. Feed control valve 12 is connected, and can be controlled the feed 10 amount that imports this feed pipe 13 by this feed control valve 12, and this air inlet device 14 is connected this feed pipe 13 again, and this air inlet device 14 can be air blower, An air compressor or other air supply devices are provided with an intake control valve 141, and the intake air volume and intake time of the feed pipe 13 can be controlled by the intake control valve 141, and the feed can be The unit 1 is located at the peripheral position of the culture pond 4, and can control the amount and time of exporting the feed 10.

The conveying pipe 2 is mainly in a straight shape, and one end is connected with the feeding pipe 13 of the feeding unit 1, and the other end extends to the central position near the culture pond 4, and its end 21 is vertical to the water surface 41 of the culture pond 4. The delivery pipe 2 is provided with a soft and bendable bending portion 22 near the bank of the culture pond 4 .

The spraying unit 3 includes a bearing portion 31, a rotating seat 32, and four spraying pipes 33. The bearing portion 31 can be connected to the end portion 21 of the conveying pipe 2 and positioned at the central position of the culture pond 4. The bearing portion 31 is that the floating body floats on the water surface 41 of the culture pond 4, and the bearing part 31 is connected with the positioning rope 311 to engage and locate with the culture pond 4 banks.

The swivel seat 32 is connected to the end 21 of the delivery pipe 2 corresponding to the culture pond 4, and can rotate correspondingly to the end 21 of the delivery pipe 2, and the swivel seat 32 has a chamber 321 communicating with the delivery pipe 2, and at least one continuous Through the outlet 322 of the chamber 321, a bearing 323 is provided between the rotating base 32 and the end 21 of the delivery pipe 2 to connect.

The spray pipe 33 has a connecting section 331 and a turning section 332. The connecting section 331 is a straight body, and one end is connected with the outlet 322 of the rotating base 32, and the connecting section 331 is radially extended from the rotating base 32. and the turning section 332 is located at the other end of the connecting section 331, and turns corresponding to the horizontal direction and the vertical direction of the connecting section 331, and makes the turning section 332 and the connecting section 331 have a horizontal first turning angle θX, and The turning section 332 and the connecting section 331 have a second turning angle θY in the vertical direction, and the second turning angle θY of each spray pipe 33 can be set at the same or different angles (different angles in this embodiment). Each spray pipe 33 can be set to the same or different apertures to control the amount of feed 10 ejection. The aforementioned embodiment is provided with four spray pipes 33, and this creation can be provided with one, two, three, or five according to requirements. Or other quantity spray pipe 33.

In this creation, a monitoring device 5 is set on the bank of the breeding pond 4. The monitoring device 5 is provided with a bait platform 51 located around the breeding pond 4, and can bear the feed 10 delivered by the spraying device to monitor the feeding and growth of the breeding organisms. situation.

Please refer to Figures 3 to 5, the feeding unit 1 of this invention can be connected to an automatic control device (not shown in the figure) to automatically control the feed control valve 12, and the intake device 14 allows the feed 10 in the hopper 11 to enter at a set time. The feeding pipe 13 enters the conveying pipe 2 to the spraying unit 3 from the air inlet pressure, and sprays out toward the culture pond 4 from the swivel seat 32 to the turning section 332 of the spraying pipe 33 .

The ejection direction of the feed 10 in this invention corresponds to the direction of rotation of the swivel seat 32, so the reaction force of the ejection of the feed 10 will make the swivel seat 32 automatically rotate corresponding to the end 21 of the delivery pipe 2, as shown in Figure 3. Rotate clockwise, and this invention can adjust the first turning angle θX to adjust the rotating speed, so that the closer the first turning angle θX is to 90 ^, the faster the rotating speed, otherwise the smaller the rotating speed.

This creation can adjust the second turning angle θY of each spray pipe 33. When the second turning angle θY is closer to ^90o , it has a higher parabola, which will make the spraying distance closer, otherwise it will be farther away, so different spraying materials can be adjusted. The spraying distance of the tube 33, as shown in the figure θY1 angle is less than θY2, the spraying distance of the spraying tube 33 corresponding to the θY1 angle is greater than the spraying distance of the spraying tube 33 corresponding to the θY2 angle, and cooperates with the spraying tube 33 to automatically Rotate the 4 all-round average spraying operation on the culture pond.

When the supporting part 31 of the material spraying unit 3 of this invention is a floating body, it can be positioned by the positioning rope 311 so as not to be displaced on the water surface 41 of the culture pond 4, and the positioning rope 311 can be released and the material spraying unit 3 can be dragged to the bank , and the bending part 22 of the conveying pipe 2 can correspond to the bending action when dragging, and can provide the user with the ability to adjust the first turning angle θX or the second turning angle θY of each spraying pipe 33 on the bank to meet the needs of aquaculture biological spraying. According to the requirements of the feed range, the convenient function can be adjusted according to the feeding equipment of the cultured organisms.

Please refer to another embodiment of Fig. 6 series of this creation, this creation can cooperate inner roof to make the supporting part 31 of this material spraying unit 3 hang below the roof for the hanging body when the breeding pond 4 is an indoor pool, and make Each material spraying pipe 33 can be rotated downward to spray material, and this creation can be equipped with better installation convenience in response to the breeding environment.

From the above, the spraying unit of this creation can automatically rotate and can easily adjust the speed and spraying range to spray evenly, and it can have better installation, convenient use and safe use without worrying about leakage, and the above-mentioned embodiment is the present creation As an example, it is not a limitation of this creation, and any equivalent changes made according to the spirit of this creation should also fall within the scope of this creation.

1: Feeding unit 11: Hopper 12: Feed control valve 13: Feed pipe 14: Air intake device 141: intake control valve 10: Feed 2: delivery pipe 21: end 22: Bending part 3: spraying unit 31: Bearing Department 311: positioning rope 32: Swivel seat 321: Containment room 322: export 323: bearing 33: Spray pipe 331: Connection segment 332: turning point θX: the first turning angle θY: Second turning angle 4: Breeding pond 41: water surface 5: Monitoring device 51: Bait stand

Figure 1 is a schematic diagram of the side view direction of the spraying device of this creation.

Figure 2 is a schematic diagram of the top view of the spraying device of this creation.

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

Figure 4 is a schematic diagram of the side view of the spraying action of this creation.

Figure 5 is a top view schematic diagram of the spraying action of this creation.

Fig. 6 is another embodiment side view schematic diagram of this creation.

1: Feeding unit

11: Hopper

12: Feed control valve

13: Feed pipe

14: Air intake device

141: intake control valve

10: Feed

2: delivery pipe

21: end

22: Bending part

3: spraying unit

31: Bearing Department

32: Swivel seat

321: Containment room

322: export

323: bearing

33: Spray pipe

331: Connection segment

332: turning point

4: Breeding pond

41: water surface

5: Monitoring device

51: Bait table

θY: Second turning angle

Claims (10)

An all-round material spraying device for a culture pond, comprising: A feeding unit, located around the breeding pond, has a feeding pipe, and the feed is introduced into the feeding pipe by air pressure; A conveying pipe, one end is connected to the feeding pipe, the other end extends to the position of the culture pond, and has an end; A material spraying unit has a bearing part, a rotating seat, and at least one material spraying pipe. The end part of the bearing part connected with the conveying pipe is positioned at a set position corresponding to the culture pond; and the rotating seat is vertical to the culture pond. The direction is set and connected with the end of the rotating seat, and can be rotated corresponding to the end of the conveying pipe, and a chamber connected to the conveying pipe and at least one outlet connected to the chamber are provided; and the spray pipe has a A connecting section and a turning section, one end of the connecting section is connected to the outlet of the rotating seat, and the connecting section is radially extended from the rotating seat; and the turning section is located at the other end of the connecting section, and corresponds to the horizontal direction of the connecting section and vertical turning. The all-round spraying device for aquaculture pond as described in Claim 1, wherein the turning section and the connecting section have a first turning angle in the horizontal direction, and the rotation speed of the rotating seat can be adjusted by changing the first turning angle. The all-round spraying device for a culture pond as described in Claim 1, which includes a plurality of spraying pipes. The all-round spraying device for a culture pond as described in Claim 3, wherein the turning section of the spraying pipe and the connecting section have a second turning angle in the vertical direction, and the second turning angles of the spraying pipes are different. The all-round spraying device for aquaculture pond as described in Claim 1, wherein the receiving part of the spraying unit is a floating body. The all-round spraying device for aquaculture pond as described in claim 5, which further includes a positioning rope, and the bearing part is connected to the positioning rope and the shore of the aquaculture pond for joint positioning, and the delivery pipe is close to the shore of the aquaculture pond Set soft bends. The all-round spraying device for aquaculture pond as described in Claim 1, wherein the end of the conveying pipe is perpendicular to the water surface of the aquaculture pond, and further includes a bearing, which is connected between the rotating seat and the end of the conveying pipe. The all-round spraying device for aquaculture pond as described in Claim 1, wherein the bearing part of the spraying unit can be a hanging body. The all-round spraying device for breeding ponds as described in Claim 1, wherein the feeding unit further includes a hopper, a feed control valve, and an air intake device, the hopper can accommodate feed, and the outlet of the hopper is connected to the A feed control valve, the feed pipe is connected with the feed control valve, and the air intake device is connected with the feed pipe. The all-round spraying device for aquaculture ponds as described in Claim 9, wherein the air intake device is provided with an air intake control valve.

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