KR20130073807A

KR20130073807A - Aestivating apparatus for sea cucumber cultivation

Info

Publication number: KR20130073807A
Application number: KR1020120105098A
Authority: KR
Inventors: 박송범
Original assignee: 박송범
Priority date: 2011-12-23
Filing date: 2012-09-21
Publication date: 2013-07-03

Abstract

PURPOSE: An aestivating apparatus for cultivating sea cucumber is provided to facilitate installation of the apparatus, to allow a sea cucumber growing space appropriate for the ecology of the sea cucumber. Particularly, the aestivating apparatus for cultivating sea cucumber is provided to allow a good sea cucumber growing environment to facilitate aestivating of the sea cucumber in consideration of a sea cucumber characteristic of finding a corner at a high water temperature. CONSTITUTION: An aestivating apparatus for cultivating sea cucumber comprises an aestivating member (10) formed of a flexible material having a shape of a tube that is disposed in a transverse direction; and an opening that is formed in a middle part of the aestivating member so that the sea cucumber enters and leaves therethrough. The aestivating apparatus further comprises a string (25) that forms a wrinkle on the aestivating member by binding the aestivating member. The aestivating apparatus further comprises a rod (30) for fixing both ends of the aestivating member. The aestivating apparatus further comprises a rope (20) for fixing the aestivating member in a transverse direction; and a rod for fixing the rope at both ends of the rod.

Description

Sea cucumber farming box {AESTIVATING APPARATUS FOR SEA CUCUMBER CULTIVATION}

The present invention relates to a lower case used in the sea cucumber culture, the sea cucumber in the natural state enters the corners such as rock gaps in the high water temperature (夏眠), when the sea cucumber is cultured in consideration of the characteristics of such sea cucumber It is necessary to make a space for the lower surface, and the present invention is to provide a lower surface of the sea cucumber in various forms.

In recent years, interest in health and wellness has been growing in the sea cucumber. In the Asian countries such as Korea and China, sea cucumbers are becoming popular as the best health food or stamina foods such as sea ginseng. Especially, sea cucumbers are the fish products preferred by Chinese people. Sea cucumbers grow at a temperature of 15 to 18 ° C, but they rarely eat food at high temperatures. Therefore, the digestive tract is degenerated, and the domestic coast becomes warmer in about July from time to time. During this period, the digestive tract becomes smaller and becomes the minimum, which is the 夏眠 term.

In addition, sea cucumbers are designated as taboos in June, and their harvesting is prohibited.In July, sea cucumbers enter the lower surface of the sea with high water temperature on the domestic coast. Since the amount of sea cucumbers collected is not enough, a lot of research is being conducted on how to artificially grow sea cucumbers.

For sea cucumber farming, the area of sea cucumber habitat should be created in the farm, taking into account the ecology of sea cucumbers that like corners and corners, and also the sea cucumbers should have a space to do it in the high water temperature.

However, the conventional sea cucumber farming apparatus is expensive and not easy to install, structurally unfavorable environment for raising sea cucumber, there is a problem that the harvesting of sea cucumber is not easy and the working efficiency is lowered.

The present invention is to solve the above problems, and is easy to install, but aims to provide a sea cucumber habitat space suitable for the ecology of sea cucumbers, in particular sea cucumbers in consideration of the characteristics of sea cucumbers to find the corners at high water temperature The purpose is to provide a good bottom surface space for the growing environment to facilitate the bottom surface.

The present invention is a sea cucumber culture, characterized in that it comprises a lower surface member 10 made of a tubular flexible material disposed in the transverse direction; and an opening 15 formed to allow the sea cucumber to enter and exit from the center portion of the lower surface member. To provide you with.

A strap 20 for tying the lower surface member to form a pleat in the lower surface member; may further include a rope 20 for fixing the lower surface member to be disposed in the transverse direction; and a rod for fixing the rope at both ends thereof. 30 may be further included.

The lower surface member is fixed to the rope with a string 25, the opening is preferably opened toward the lower side of the lower member.

In addition, the present invention may further include a rope 20 for fixing the lower surface member so as to be discharged in the transverse direction; and gravity means 42 and a buoy 45 for fixing both ends of the rope at a predetermined position.

Rope 20 for fixing the lower surface member so as to be disposed in the transverse direction; and gravity means 42 and buoyancy means 45 for fixing both ends of the rope in a predetermined position.

The present invention, the lower member 50 made of a tubular flexible material; A rope 60 to which the lower surface member is fixed; And a fixing means for fixing both ends of the rope.

The fixing means is a fixing rod 70 for fixing both ends of the rope or buoyancy means 80 and gravity means 90 attached to both ends of the rope.

The lower surface member of the flexible material is made of vinyl or hemp hose.

The present invention has the advantageous effect of providing a cultured space including a lower surface space suitable for the ecological environment of sea cucumbers, and because of the use of relatively inexpensive materials such as hemp hose, it is not only inexpensive but also lower surface space. There is also an advantageous effect of easy installation.

1 is a state of the lower surface for sea cucumber culture according to the first embodiment of the present invention,
2 is a partial view of the lower box of FIG. 1,
Figure 3 is a state of the lower surface for sea cucumber culture according to a second embodiment of the present invention,
Figure 4a is a state of the lower surface for sea cucumber culture according to a third embodiment of the present invention,
5 is a state of the sea cucumber culture box according to the fourth embodiment of the present invention,
Figure 6a is a state of the sea cucumber culture box according to the fifth embodiment of the present invention.

Hereinafter will be described with reference to the accompanying drawings for various embodiments of the sea cucumber culture box according to the present invention. An object of the present invention is to provide an habitat and hiding place of abalone and sea cucumber to perform efficient sea cucumber farming.

1 is a view of the lower surface box for sea cucumber culture according to the first embodiment of the present invention, Figure 2 is a part of the lower box of Figure 1;

The lower seam box for sea cucumber culture according to the present invention comprises a lower surface member 10 and an opening 15 formed in the lower surface member. The lower surface member 10 is disposed in the transverse direction in the sea, the inner tube is hollow, made of a flexible flexible material. The flexible material constituting the lower surface member is made of a tube shape using a flexible plastic, vinyl or hemp hose, etc., and is formed to have a predetermined diameter and length. When the lower surface member is put into the sea, it floats naturally in the transverse direction by buoyancy in water.

In addition, the lower surface member has a hollow tube shape, and has an opening 15 serving as an entrance and exit so that the sea cucumber can enter and exit from the inside to the outside or the inside to the inside. The shape of the opening 15 may be a shape that is easy for sea cucumbers to enter and exit, and it is not necessary to particularly define the shape. The lower surface member 10 is fixed to the rope 20 with a string 25, and the fixed portion may be fixed at various places along the longitudinal direction of the lower surface member at regular intervals.

In particular, there are two reasons for tying the lower surface member using the string 25. One is a rope fixing means for fixing the lower surface member to the rope 20, and another reason is to form a corrugated space by forming the wrinkles on the lower surface member itself by tying the lower surface member in the middle. This is because sea cucumbers love these corner spaces. However, in order to form a wrinkle on the lower surface member to provide a corner space to the sea cucumber, there is also a method of tying the lower surface member using such a string, but more simply, to bind the lower surface member itself made of a flexible material to form a wrinkle on the lower surface member. Could be In this way, the shape of the corrugation by tying the member itself is known to anyone who is engaged in this field, so the shape is not illustrated in detail.

In this way, the narrow, corrugated space formed around the lower surface member is to provide a useful lower surface space for sea cucumbers. That is, when the sea cucumber is in the bottom when the sea cucumber, the sea cucumber entered into the lower surface member through the opening 15 of the lower surface member is lowered near the corrugated portion of the lower surface member, which is tied with the string 25. A plurality of openings are formed along the longitudinal direction of the lower surface member, and the opening direction is formed to face downward of the lower surface member, so that the sea cucumber can enter and exit.

Then, in order to position the lower surface member at a certain point in the farm, using the rope 20 is fixed and both ends of the rope 20 is fixed to the rod (30). The rod is fixed at a particular position on the bottom of the sea.

The lower surface member may be present at a predetermined height above the bottom of the farm, or may be present so that a portion of the lower surface member is in contact with the bottom of the sea, either way the sea cucumber can move freely to the inside and outside of the lower member. Make sure

The diameter or length of the lower surface member may be appropriately adjusted in consideration of the size of the sea cucumber farm or the number, size, etc. of the sea cucumber. Here, the direction 'left and right' or 'up and down' refers to the left and right or up and down directions when looking at the bottom view shown in FIG. In addition, the material of the lower surface member is made of a material such as flexible plastic or vinyl, it is preferably made of an opaque material so as not to transmit light inside. This is to provide sea cucumbers with more comfortable bottom space considering the characteristics of sea cucumbers that like dark and cornered areas. In particular, by preventing light from entering inside, the sea cucumber is intended to induce the bottom surface to enter the bottom member.

In addition, the size or number of openings formed in the lower surface member may be adjusted to an appropriate size or number. The figures merely illustrate their shapes as examples.

Figure 3 is a state of the sea cucumber culture box according to a second embodiment of the present invention. In view of this, the lower case of the present embodiment consists of a rope 20 for fixing the lower surface member to be disposed in the transverse direction, and gravity means 42 and a buoy 45 for fixing both ends of the rope in a predetermined position. The gravity means 42 is for fixing the lower surface member at a certain position in the sea by using sand or stone, and the buoyancy means 45 connected by the gravity means and the connecting rope or the like is a member such as a buoy. The lower case allows to float to a certain height in the sea.

Figures 4a and 4b is a state of the lower box for sea cucumber culture according to a third embodiment of the present invention. Referring to Figure 4a, the lower surface member 10 is a form in which both ends thereof are immediately tied to the fixing rod 30 without a rope. 4B is similar to FIG. 4A, but the rope is tied to the fixing rod 30, and the bottom member 10 is disposed to allow the rope to penetrate. As the rope penetrates the lower surface member, a force that resists external force is supported by the rope and a space in which the sea cucumber lives is provided by the inside of the lower surface member 10. The lower surface member 10 is fixed to the rope 20 with a string 25, the inner member 100 is provided inside the lower surface member that can be lowered by the sea cucumber. There is no particular limitation on the material, such as the inner member can be made of vinyl or tent net, etc. The food or feed of the sea cucumber is attached to the inner member 100, the sea cucumber is able to do the feeding activity while living here.

Figure 5 is a state of the sea cucumber culture box according to the fourth embodiment of the present invention.

The lower case according to the present embodiment is fixed to the rope 60 by tying about the center point of the lower surface member 50 formed by cutting the vinyl or hemp hose to a certain length, and fixed to both ends of the rope by a fixing means, fixing means May have a shape such as a fixing rod 70. Since the lower surface member 50 is fixed to the rope 60, the portion of the lower surface member 50 provides a narrow and corrugated space, so that the corrugated space is provided to the sea cucumber. That is, when the sea cucumber is in the bottom when the sea cucumber, the sea cucumber entered into the inside of the lower surface member is lower surface near the corrugated portion of the lower surface member. In order to fix the rope instead of the fixing rod 70, the gravity means and the buoyancy means described in Figure 3 may be used.

Figure 6a is a state of the sea cucumber culture box according to the fifth embodiment of the present invention.

The lower case according to the present embodiment is fixed to the rope 60 by tying approximately the center point of the lower surface member 50 formed by cutting the vinyl or hemp hose to a predetermined length, one end of the rope is buoyancy means (80) Fixed and the other end of the rope is fixed to the gravity means 90 to be positioned at a point in the farm. The rope 60 is disposed in an approximately vertical direction by the gravity means and the buoyancy means, and a plurality of lower surface members 50 are attached to the rope disposed vertically. Since the lower surface member 50 is fixed to the rope 60 to provide a narrow and corrugated space, the corrugated space provides a space when sea cucumbers are similar to those described above. Description is omitted.

FIG. 6B is a shape in which a part of the embodiment shown in FIG. 6A is modified. Looking at Figure 6b,

The lower case according to the present embodiment is fixed to the rope 60 by tying the upper point of the lower surface member 110 formed by cutting the vinyl or hemp hose to a certain length, one end of the rope is fixed to the buoyancy means (80) And the other end of the rope is fixed to the gravity means 90 to be positioned at a point in the farm. The rope 60 is disposed to pass through the inside of the bottom member 110. The rope 60 is disposed in an approximately vertical direction by the gravity means and the buoyancy means, and a plurality of lower surface members 110 are vertically attached to the rope disposed in the vertical direction. The inner member 120 is provided inside the lower surface member to provide a feeding activity and a lower surface space of the sea cucumber. That is, the inner member 120 is attached to the food or feed of the sea cucumber and the sea cucumber is able to do the feeding activity or the bottom while living here.

The present invention has an advantageous effect that can provide a culture space including the bottom space suitable for the ecological environment of sea cucumbers by the above configuration.

Claims

A lower surface member 10 made of a flexible material having a tube shape disposed laterally; and
Sea cucumber culture, characterized in that it comprises an opening (15) formed to enter and exit the sea cucumber in the center portion of the lower member.

The method of claim 1,
The sea cucumber farming bottom box characterized in that it further comprises a string 20 to tie the lower surface member to form a wrinkle on the lower member.

3. The method of claim 2,
Sea cucumber farming, characterized in that it further comprises a rod 30 is fixed to both ends of the lower surface member.

The method of claim 1,
Rope 20 to secure the lower surface member is disposed in the transverse direction; And
The bottom of the sea cucumber culture, characterized in that it further comprises; rod (30) for fixing the rope at both ends thereof.

The method of claim 4, wherein
The lower surface member is fixed to the rope with a string,
The opening for the sea cucumber culture, characterized in that the opening is opened toward the lower side of the lower member.

The method of claim 1,
Rope 20 to secure the lower surface member is disposed in the transverse direction; And
Gravity means (42) and buoyancy means (45) for fixing both ends of the rope in a predetermined position; the lower surface for sea cucumber culture further comprising.

A lower member 50 having a predetermined length and made of a flexible snow material in the form of a tube;
A rope 60 which binds and fixes a center point of the bottom member 50;
Sea cucumber culture box comprising a; fixing rod (70) for fixing both ends of the rope.

A lower surface member 10 made of a flexible material having a tube shape disposed laterally; and
An opening 15 formed to allow the sea cucumber to enter and exit from the center of the lower surface member; And
A rope 20 disposed to penetrate the inside of the lower surface member in a longitudinal direction; And
The bottom of the sea cucumber culture, comprising a rod (30) for supporting both ends of the rope.

The method of claim 8,
The lower member for the sea cucumber culture is characterized in that the inside of the lower member is provided with the inner member 100, the food is adsorbed so that the sea cucumber can be fed.

A lower member 50 made of a flexible material having a tube shape;
A rope 60 to which the lower surface member is fixed; And
The buoyancy means for fixing both ends of the rope (80) and gravity means (90); the lower surface for sea cucumber culture comprising a.

A rope 60 having an upper end connected to the buoyancy means 80 and a lower end connected to the gravity means 90;
A lower surface member 110 made of a flexible material having a tube shape and through which the rope penetrates in the vertical direction;
Straps (115) for tying the upper side of the lower surface member to the rope;
The inner member 120 is provided inside the lower member and the food of the sea cucumber is adsorbed so that the sea cucumber is fed.

12. The method according to any one of claims 1 to 11,
The lower surface member of the flexible material is a sea cucumber farming, characterized in that the vinyl or hemp hose.