TWM621141U - Aquaculture pond observation system - Google Patents

Abstract

This creation is a cultivation pond observation system, including a bracket, a suspension device, a net frame, a photographing device, and a control device. The bracket extends to the hanger part above the cultivation pond; and the suspension device is installed The bracket has a first rope body, one end of the first rope body has a hanging end and a control end; and the net frame has a frame body and a net body, the center of the frame body has a hollow part, and the The frame body is combined with the hanging end of the first rope body and can move up and down; and the net body is arranged on the frame body and covered at the position of the hollow part; and the photographing device is arranged in a position corresponding to the upper part of the net frame and can be aligned The breeding pond should be lifted and displaced; and the control device is electrically connected with the photographing device, and can control the action of the photographing device; thereby, the creation can have a better monitoring effect.

Description

Aquaculture pond observation system

This creation is about an observation system for aquaculture ponds, and mainly refers to a monitoring system that can observe aquaculture organisms.

Aquatic products are one of the main food sources for people. Due to overfishing, natural aquatic resources are currently declining. Therefore, in order to meet people's needs, artificial breeding can make up for the shortage of natural aquatic resources.

This artificial breeding method mainly sets up a breeding pond and feeds fish, shrimps, crabs... and other aquatic products in the breeding pond. In order to ensure the aquaculture harvest, the breeding process must monitor the movement, ingestion, and growth of the aquatic products. When some aquatic products die due to diseases or have abnormal water quality, they can respond immediately.

In order to monitor the aquatic products in the aquaculture pond, for example, the aquatic organism detection device No. TWI508656 is equipped with a pontoon on the water body. The pontoon is connected to the camera, and the camera is partially located under the water body to photograph the aquatic products under the camera lens.

However, the camera is located on the surface of the water. Although additional lighting can be used, it still cannot clearly photograph benthic organisms such as shrimps and crabs living at a deeper level in the bottom of the pool, which has a poor monitoring effect.

In addition, No. TWM587896 smart breeding system has a bait feeding machine, a camera, and a lighting device. The camera and bracket are all set under the water body, and a net body that can hold bait is set below the camera, and can take pictures of aquatic products that can be eaten above the net body. biology.

However, the bracket sinks to a fixed position on the bottom of the water, causing the camera to be unable to capture the lack of cultured organisms at different water levels in the culture pond.

The purpose of this creation is to provide a system that can reliably observe farmed organisms.

This creation includes a bracket, a suspension device, a grid, a photographing device, and a control device. The bracket extends to the hanger part above the breeding pond; and the suspension device is installed on the bracket with a A rope body, one end of the first rope body has a hanging end facing the cultivation pond, and the other end has a control end; and the net frame has a frame body and a net body, the frame body is ring-shaped, corresponding to the cultivation pond The water surface is arranged in parallel with a hollow part in the center, and the frame body is combined with the hanging end of the first rope body and can be lifted and moved; and the net body is arranged on the frame body and covered at the position of the hollow part; The photographing device is located on the upper position of the corresponding net frame, and can correspond to the raising and lowering displacement of the breeding pond. It has a wire and its camera corresponds to the direction of the net frame; and the control device is electrically connected to the wire of the photographing device and can be controlled. The photographing device moves.

An embodiment of this creation further includes a first guide wheel, the first guide wheel is arranged on the hanger portion of the bracket, and the first rope body surrounds the first guide wheel, and one end has a first guide wheel facing the breeding The hanging end of the pool has a control end on the other end.

An embodiment of this creation further includes a second guide wheel, a second rope body, the second guide wheel is arranged on the hanger part of the bracket, and the second rope body surrounds the second guide wheel, and One end has a hanging end facing the net frame and is connected with the photographing device, and the other end has a control end.

In one embodiment of the present invention, a number of hanging rods are arranged on the periphery of the frame body of the net frame toward the upper center, and the top end of each of the hanging rods is combined with the hanging end of the first rope body.

In this creation, the first rope body can be stretched by the control end of the first rope body of the suspension device to drive the net frame up to the water surface of the breeding pond, and the bait can be put on the net body, and the control end of the first rope body can make the net frame Descend to the bottom of the aquaculture pond, so benthic organisms such as shrimp, crabs, and shellfish can go to the top of the net for food, and the second rope body can make the photography device close to the net to take pictures of the benthic organisms on the net. The size, density, and feeding status of the benthic organisms can be monitored. In addition, this creation can make the net frame and the photographing device be located at different heights, and can monitor the cultivation of organisms at different depths in the breeding pond for better applicability.

1: bracket

11: Pillar

12: Hanger Department

2: Suspension device

21: The first guide wheel

22: The first rope body

221: Hanging End

222: control end

3: Grid

31: Frame

311: Hollow part

312: boom

32: Net body

4: Photography installation

41: second guide wheel

42: second rope body

421: Hanging End

422: control terminal

43: Wire

44: camera

5: Control device

6: Breeding pond

7: water

71: water surface

8: bait

Figure 1 is a schematic diagram of the structure of this creation.

Figure 2 is a schematic diagram of the grid of this creation.

Figure 3 is a schematic diagram of placing bait in this creation.

Figure 4 shows a schematic diagram of benthic organisms on the bottom of the breeding pond.

Figure 5 is a schematic diagram of the net frame of this creation placed on the top of the breeding pond to view the breeding organisms.

Figure 6 is a schematic diagram of the structure of another embodiment of the authoring.

Please refer to Figures 1 and 2. This creation includes a bracket 1, a suspension device 2, a net frame 3, a photographing device 4, and a control device 5. The connecting device above the pillar 11 extends to the hanger portion 12 above the breeding pond 6.

The suspension device 2 is arranged on the bracket 1 and has a first guide wheel 21 and a first rope body 22. The first guide wheel 21 is arranged on the hanger portion 12 of the bracket 1, and the first rope body 22 surrounds the first guide wheel 21, and one end has a hanging end 221 facing the breeding pond 6, and the other end has a control end 222. The control end 222 can be extended to a position outside the breeding tank 6, and can be operated manually or automatically.

The net frame 3 has a frame body 31 and a net body 32. The frame body 31 is in the shape of a ring and is arranged parallel to the water surface 71 of the water 7 in the cultivation pond 6 with a hollow part 311 in the center and facing toward the periphery of the frame body 31 A number of suspension rods 312 are arranged in the upper center, and the top of each suspension rod 312 is combined with the hanging end 221 of the first rope body 22 and can be lifted and lowered; and the net body 32 is arranged on the frame body 31 and covered the hollow part 311 location.

The photographing device 4 further includes a second guide wheel 41, a second rope body 42, and a wire 43. The second guide wheel 41 is arranged on the hanger portion 12 of the bracket 1, and the second rope body 42 surrounds the The second guide wheel 41 has a hanging end 421 facing the net frame 3 at one end and connected to the photographing device 4, and a control end 422 at the other end. The control end 422 can extend to the outside of the breeding pond 6 and can be manually or It operates automatically, and makes the camera 44 correspond to the 3 directions of the grid.

The control device 5 is electrically connected to the wire 43 of the photographing device 4, and can control the action of the photographing device 4 and the analysis and processing of photographing data.

Please refer to Figure 3. In this creation, the first rope body 22 of the suspension device 2 can be stretched by the control end 222 of the first rope body 22 to drive the net frame 3 up to the water surface 71 of the breeding pond 6, and the bait 8 is put on the net body 32 As shown in Figure 4, the control end 222 of the first rope body 22 can lower the net frame 3 to the bottom of the breeding pond 6, and the control end 422 of the second rope body 42 can lower the photographing device 4 close to the net. The position of the body 32, so benthic organisms such as shrimps, crabs, shellfish, etc. can go to the top of the net body 32 for food, and the control device 5 can make the photographing device 4 take pictures of the benthic organisms on the net body 32, and the benthic organisms can be monitored. The size, density, and eating status of the food can be determined by the net The size of the body 32 is compared, and because the photographing device 4 can adjust the distance corresponding to the net body 32, it can shoot clearly, has a good monitoring effect, and does not affect the feeding of benthic organisms.

Please refer to Figure 5. This creation can also make the net frame 3 place the bait 8 and then set it in the breeding pond 6 near the water surface 71, and make the non-benthic cultured fish in the breeding pond 6 go to the net body 32 to forage, and make The photographing device 4 rises to a position above the water surface 71, so that the photographing device 4 can photograph the size, density, and eating conditions of the cultured fish above the breeding pond 6, which can improve the applicability of this creation. In the central position of the breeding pond 6 (not shown), the photographing device 4 can also be located below the water surface 71 and close to the net frame 3 for shooting, which can ensure the clear function of shooting. In this creation, the position of the photographing device 4 corresponding to the net frame 3 can be adjusted freely. Adjust the shooting range.

Please refer to Fig. 6 for another embodiment of this creation. This other embodiment is similar to the previous embodiment. The difference is that the photographing device 4 is coupled with the first rope body 22 and linked with the network frame 3, and does not have the one in Fig. 1 The second guide wheel 41 and the second rope body 42 can be adjusted and facilitated.

When the suspension device 2 of this creation is automatically controlled, a motor (not shown) connecting the control end 222 of the first rope body 22 and the control end 422 of the second rope body 42 can also be provided. The motor and the control device 5 are electrically connected. It is connected and can control a motor to drive the first rope body 22 and the second rope body 42 to move. In addition, this creation can set a luminous body (not shown) at the position of the photographing device 4 to illuminate the photographing direction, and provide photographing equipment. Good clarity.

Based on the above, this creation can have a better monitoring effect, and the foregoing embodiment is an example of creation, and is not a limitation of this creation. Any equivalent changes made in accordance with the spirit of this creation should also fall within the scope of this creation and design.

1: bracket

11: Pillar

12: Hanger Department

2: Suspension device

21: The first guide wheel

22: The first rope body

221: Hanging End

222: control end

3: Grid

31: Frame

311: Hollow part

312: boom

32: Net body

4: Photography installation

41: second guide wheel

42: second rope body

421: Hanging End

422: control terminal

43: Wire

44: camera

5: Control device

6: Breeding pond

7: water

71: water surface

Claims (8)

An observation system for aquaculture ponds, including: A bracket with a hanger part extending to the top of the breeding pond; A suspension device, arranged on the support, with a first rope body, one end of the first rope body has a hanging end facing the breeding pond, and the other end has a control end; A net frame with a frame body and a net body. The frame body is in the shape of a ring and is arranged parallel to the water surface of the breeding pond. The center has a hollow part. The frame body is combined with the hanging end of the first rope body. It can move up and down; and the net body is arranged on the frame body and covered at the position of the hollow part; A photographing device, located at the top of the corresponding net frame, and capable of corresponding to the lifting and lowering displacement of the breeding pond, with a wire, and its camera corresponding to the direction of the net frame; A control device is electrically connected with the wire of the photography device, and can control the action of the photography device. The cultivation pond observation system according to claim 1, wherein the support is provided with a pillar outside the cultivation pond, and the hanger part is arranged above the pillar. The cultivation pond observation system according to claim 1, wherein the suspension device further comprises a first guide wheel, the first guide wheel is arranged on the hanger part of the support, and the first rope body surrounds the first guide wheel. The guide wheel has a hanging end facing the breeding pond at one end, and a control end at the other end. The cultivation pond observation system according to claim 1, wherein the control end of the first rope body extends to a position outside the cultivation pond and can be operated manually or automatically. The cultivation pond observation system according to claim 1, which further includes a second guide wheel and a second rope body, the second guide wheel is arranged on the hanger part of the support, and the second rope body surrounds the The second guide wheel has a hanging end facing the net frame at one end and is connected with the photographing device, and the other end has a control end. The cultivation pond observation system according to claim 5, wherein the control end of the second rope body extends to the outside of the cultivation pond and can be operated manually or automatically. The cultivation pond observation system according to claim 1, wherein a plurality of hanging rods are arranged on the periphery of the frame body of the net frame toward the upper center, and the top of each hanging rod is combined with the hanging end of the first rope body. The cultivation pond observation system according to claim 1, wherein the photographing device is connected to the first rope body and is linked with the net frame.

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