TWM599525U - Seaweed cultivation device - Google Patents

Abstract

A seaweed culturing device, which comprises a frame body and more than one culturing equipment, the frame body is composed of a circular tube and its material density is lower than that of sea water, so that the frame body can float on the sea surface, and the culturing equipment is a hollow basket The body includes a cover net, the culture equipment is supported by the frame body to float on the sea surface, seaweed is laid on the bottom of the culture equipment, and the cover net is laid on the seaweed, and the seaweed is kept at the bottom of the culture equipment. A fine net can be covered on the outside of the cultivation equipment, so that the seaweed A is not easily detached through the holes of the cultivation equipment without affecting the flow of seawater in and out of the cultivation equipment.

Description

Seaweed cultivation device

A culture device, especially a seaweed culture device

The method of cultivating seaweed is mostly to place a culture net with seedlings or a culture rope with fragments of algae on the surface of the sea or hang them in the sea with a raft-type longline. The method will cause the seaweed seedlings or fragments of algae to follow The flow of sea water separates from the cultivation device, causing the loss of seaweed cultivation.

In order to solve the technical problem that in the existing seaweed culture method, the relatively small seaweed that is cultivated is easy to separate and cause the economic loss of the fishermen, this creation provides a seaweed culture device, which includes a frame and a breeding equipment, and the frame consists of a frame. A circular tube surrounds the composition, the tube body contains air and the overall density is lower than sea water, so that the frame body can float on the sea.

The breeding equipment includes more than one breeding basket, the breeding basket is fixed to the frame body and supported by the frame body to float on the sea surface.

Further, a plurality of brackets are fixed on the two opposite sides of the frame, and according to the number of the brackets, a plurality of the breeding baskets can be supported.

Further, the culture basket is a hollow basket body, which includes a cover net and a fine net, the cover net can be fixed inside the culture basket, and the fine net covers the outside of the culture basket.

Further, the frame body includes four polyvinyl chloride (PVC) pipe bodies and four corner pieces. The inside of the polyvinyl chloride (PVC) pipe body contains air and has a low overall density of seawater. The two ends of each corner piece are connected to one The round tube forms a square frame.

When the new model is used, the seaweed is laid on the upper layer of the bottom of the culture equipment and is clamped by the cover net, and then the culture equipment is placed between the two brackets, and the frame is supported to float on the sea surface. In this way, the seaweed can be kept in the culture The bottom of the equipment and the preservation of growth space can not only properly protect the cultured organisms and solve the existing technical problems, but also allow the cultivated seaweed to grow rapidly, making it easier for fishermen to collect the cultured organisms.

Please refer to Figure 1, which is a preferred embodiment of the new type of seaweed culture device, which includes a frame body 10, a culture equipment 20, the frame body 10 is surrounded by four round pipes receiving four corner pieces to form a rectangle, the circle The inside of the pipe contains air so that the overall density is lower than that of sea water, so that the frame body 10 can float on the sea surface, and a plurality of brackets 11 are arranged at intervals on two sides of the frame body 10.

The type of material of the frame 10 is not limited, such as a frame made of foamed material, a wooden frame, a bamboo frame, etc. The circular tube in this embodiment is a PVC tube. , The four corner pieces are L-shaped elbows, and the two ends of each corner piece are connected with a round pipe, and then connected to form a rectangular frame.

Further, the fixing method of the plurality of brackets 11 is not limited, and the brackets 11 can be fixed on the frame body 10 by binding, bonding or welding. The brackets 11 in this embodiment are the ones that are bound to the frame body 10 at intervals. On the two long sides of the opposite side.

The breeding equipment 20 includes more than one breeding basket 21, a cover net 22 and a fine net 23. The breeding basket 21 is a skeletonized hollow basket body. The shape, material and hollow form of the breeding basket 21 are not limited, as shown in the figure As shown in 2, the culture basket 21 is a cylindrical basket body, which includes an open end and a plurality of holes 211, and the plurality of holes 211 are arranged at intervals on a side wall and a bottom of the culture basket 21 to allow seawater to enter and exit. Flow, the cover net 22 is a net-like sheet, and its material can be plastic or steel wire. The cover net 22 can be placed inside the breeding basket 21 by means of concave folds or bindings, so that the breeding basket 21 An accommodating space is left on the inner bottom layer. The fine mesh 23 is a mesh body with pores smaller than the holes 211. The fine mesh 23 covers the outer wall of the culture basket 21 to prevent relatively small seaweeds from detaching from the culture basket.

As shown in FIG. 1 of the embodiment of the present invention, the culture basket 21 is tied and fixed between the two brackets 11. The culture basket 21 is supported by the bracket 11 and floats on the sea surface by the buoyancy of the frame body 10.

When the present invention is used, the seaweed A is laid on the inner bottom of the culture blue 21, and the cover net 22 is fixed above the seaweed A to keep the seaweed A growing space. According to the type of seaweed A (for example, sea grapes), when the culture basket When the hole 211 of 21 is too large, a fine net 23 can be covered on the outer wall of the culture basket 21. In this way, it will not affect the flow of seawater into and out of the culture equipment 20, and the seaweed A will not easily escape through the hole 211. Then the culture basket 21 is fixed between the two brackets 11, and the culturing basket 21 makes the seaweed culturing device float on the sea surface by the buoyancy of the frame body 10.

10: Frame 11: Bracket 20: Farming equipment 21: Breeding basket 211: Hole 22: cover net 23: fine mesh A: Seaweed

Figure 1 is a perspective view of the first state of the preferred embodiment of the new type Figure 2 is a cross-sectional view of the new preferred example

10: Frame

11: Bracket

20: Farming equipment

Claims (6)

A seaweed cultivation device, which comprises: A frame, the frame is composed of a tube surrounded by a tube, the tube contains air and the overall density is lower than sea water, and A breeding equipment, the breeding equipment includes more than one breeding basket, the breeding basket is fixed to the frame body and supported by the frame body to float on the sea surface. According to the seaweed cultivation device described in claim 1, a plurality of brackets are fixed on two opposite sides of the frame, and a plurality of the cultivation baskets can be supported according to the number of brackets. According to the seaweed culturing device of claim 1 or 2, the culturing basket is a hollow basket body, including: A cover net which can be fixed inside the breeding basket, and A fine net covering the outside of the breeding basket. According to the seaweed cultivation device described in claim 1 or 2, the frame includes: Four polyvinyl chloride (PVC) pipe bodies containing air and seawater with low overall density, and Four corner pieces, two ends of each corner piece are connected with a round tube to form a square frame. According to the seaweed cultivation device of claim 1 or 2, the cultivation basket is a circular basket. According to the seaweed cultivation device of claim 3, the cultivation basket is a circular basket.

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