KR200323920Y1 - Abalone farming system - Google Patents

Abstract

The present invention relates to an abalone aquaculture device, both ends of the plate guide groove 23 and the culture box guide groove 22 of the pedestal 21 is connected to the outside and the plate guide groove 23 and the culture box guide groove 22 ) The central part is broken up and nutrients; Two divided trays 24 and two diaphragms 28 are provided in a bisecting diaphragm guide groove 23 and aquaculture guide groove 22, respectively, in a row.

In addition, an extension bent portion 27 in which a fitting groove 27a is formed in the center of the step 26 of the culture box 24 is further formed to firmly support both ends of the diaphragm 28, and the culture guide of the pedestal 21 is provided. An extension groove 22a is integrally formed along the longitudinal direction of one side of the groove 22 and is longitudinally formed at both ends of the guide jaw 25 of the form tray 24 so as to slide to the extension groove 22a. Along the extended jaw 25a is formed. In addition, a plurality of coupling grooves 28a are formed on the diaphragm 28 at equal intervals, and a reinforcement plate 31 having a fitting groove 32 formed at a lower end thereof so as to be coupled to the coupling groove 28a is further provided.

Therefore, the central portion of the diaphragm guide groove 23 and the aquaculture guide groove 22 is broken so that two aquaculture trays 24 and 2 are provided in the bisected and bisected diaphragm guide groove 23 and the aquaculture guide groove 22. Since the two diaphragms 28 are slide-coupled in a line, it is convenient to combine the aquaculture tray 24 and the diaphragm 28 with the pedestal 21, and the extension groove 22a and the aquaculture pad 24 of the pedestal 21 are easy. Coupling force of the form 24 and the base 21 is improved by the extension jaw (25a) of the), both ends of the diaphragm 28 is fixed to the extension bent portion 27 of the form (24) diaphragm ( In addition to improving the binding force of the 28), by stiffening plate 31 coupled to the diaphragm 28 it was possible to maximize the space occupancy of the abalones by increasing the body area inside the incubator (24).

Description

Abalone farming system

The present invention relates to an abalone aquaculture apparatus, and more particularly, to an abalone aquaculture apparatus capable of simply detaching or combining the aquaculture farm from a pedestal and increasing the internal volume of the aquaculture farm.

In recent years, the abalone farming is being carried out by marine cages and land cages, and the same type of equipment used in marine and land farming is the farming apparatus as shown in FIG.

The conventional abalone aquaculture device is a plurality of aquaculture box (2) on the pedestal (1) at equal intervals and then fixed to the pedestal (1) and aquaculture box (2) both ends and pedestal (2) 1) is tied to each other with a tie (3) is fixed.

In this way, in order to take out the overgrowth fully grown in the culture box (2) fixed on the pedestal (1), loosen the coupling straps (3) bound at each end of the culture box (2) and lift the culture box (2) After removing the overgrown abalone by checking the inside, the form tray (2) should be placed on the pedestal (1), and the tie strings (3) should be tied to the ends of the form, so that the multiple form trays (2) should be attached to the pedestal (1). It took a lot of time and effort to untie and tie them.

In order to solve this problem, the present applicant has developed an overturning aquaculture apparatus as shown in FIG. 2, which has a pair of aquaculture guides on the upper portion so that the guide jaws 15 of a pair of aquaculture vessels 14 are inserted and guided. A plurality of grooves 12 arranged at equal intervals, and a pedestal 11 having a diaphragm guide groove 13 formed between the pair of farming guide grooves 12; Forming box (14) is coupled to the form guide grooves (12) of the pedestal 11 and the incision groove (17) is formed in the center of the front end and the step (16); A diaphragm 18 in which a diaphragm guide groove 13 of the pedestal 11 and an incision groove 17 of the aquaculture box 14 are inserted and fixed, and a plurality of diaphragm grooves 19 are formed at the bottom thereof; The abalone aquaculture apparatus is further provided with a closing bracket 20 which is fixedly coupled to the front or back of the pedestal 11 to prevent the aquaculture box 14 coupled to the aquaculture box guide groove 12 from being separated therefrom. It was.

However, such a conventional abalone aquaculture apparatus has some problems, first, because the total length of the culture box 14 is too long, it was not easy to push it to the base, and second, the guide jaw 15 of the culture box 14 and The coupling force between the farming guide grooves 12 of the pedestal 11 was not so great that the bonding state between them was not firm. Third, in the cutout groove 17 formed in the step 16 of the farming box 14 As a result, the rigidity of the step 16 is lowered, so that the diaphragm 18 is not firmly supported thereto, and fourthly, there is a problem that the body area inside the aquaculture box 14 is not so large.

In view of the above problems, the object of the present invention is that the overall length of the aquaculture vessel is relatively short, the guide jaw of the aquaculture vessel and the aquaculture guide groove of the pedestal are securely coupled, and the diaphragm is firmly supported on the aquaculture vessel as well as the sieve inside the aquaculture vessel. It is to provide an abalone farming apparatus to increase the area.

In order to achieve the above object, the present invention overturning aquaculture device includes a pedestal in which a plurality of aquaculture guide grooves are formed at equal intervals at an equal interval and plate guide grooves are formed between the aquaculture guide grooves, respectively; Formed to form a guide jaw along the longitudinal direction on both sides so as to slide to the pair of form guide guide grooves, the plate guide groove of the pedestal is fixed and a plurality of plate grooves are formed in the lower form In the abalone aquaculture apparatus is provided with a diaphragm inserted into the inside of the box, and a closing bracket fixedly coupled to the front or rear of the pedestal to prevent the aquaculture vessel coupled to the aquaculture guide groove from being separated therefrom. Both ends of the groove and the form guide guide groove are connected to the outside, and the center of the diaphragm guide groove and the form guide guide groove is cut off Become; Two divided trays and two diaphragms are coupled to the dividing diaphragm guide groove and the aquaculture guide groove, respectively.

Another feature of the present invention overturn aquaculture device, the extension bent portion is formed is formed in the center of the stepped jaw of the culture box so as to firmly support both ends of the diaphragm.

Another feature of the present invention overturning aquaculture apparatus, the extension groove is formed integrally with this along the longitudinal direction on one side of the form guide guide groove of the pedestal; Extension jaws are formed along the lengthwise direction of both ends of the guide jaw of the form box so as to slide into the extension grooves.

Another feature of the present invention overturning aquaculture device, a plurality of coupling grooves are formed at equal intervals on the upper portion of the plate, the reinforcement plate is further provided with a fitting groove is formed at the bottom to be coupled to the coupling groove.

Therefore, the center portion of the diaphragm guide groove and the quasi-hammer guide groove is broken, so that the two form trays and the two diaphragms slide in a line to the bisected and bisected diaphragm guide groove and the diaphragm guide groove, respectively, so that the aquaculture tray and the diaphragm are mounted on It is convenient to combine, and the coupling force of the aquaculture tray and the pedestal is improved by the extension groove of the pedestal and the aquaculture tray, and both ends of the diaphragm are fixed to the extension bent portion of the aquaculture vessel, thereby improving the coupling force of the diaphragm. Rather, it is possible to maximize the occupancy of the abalones by increasing the body area inside the farm by the reinforcing plate coupled to the diaphragm.

1 is a schematic front view showing a conventional abalone aquaculture device

Figure 2 is a schematic separation perspective view showing another conventional abalone aquaculture device

Figure 3 is a schematic plan view showing a state of use of the abalone aquaculture apparatus according to the present invention

Figure 4 is a partially separated perspective view of the subject innovation abalone aquaculture device

Figure 5 is a perspective view showing an excerpt

Figure 6 is a front view of the combination of Figure 4

* Description of the symbols for the main parts of the drawings *

21; Pedestal 22a; Extension

24; Aquaculture box 25a; Tool

27; Extension bend 28; Plate

28a; Coupling groove 31; Gusset

32; Groove

Specific features and advantages of the present invention will become more apparent from the following description with reference to the accompanying drawings.

Figure 3 is a schematic plan view showing a state of the abalone aquaculture apparatus of the present invention, Figure 4 is a partially separated perspective view showing the abalone aquaculture apparatus of the present invention, Figure 5 is a perspective view of the aquaculture box, Figure 6 is a combination of Figure 4 As a front view, it includes a plurality of pedestals 21 arranged on the cage farm, a form tray 24 arranged on the pedestal 21, and a diaphragm 28 inserted into the center of the form box 24; Is installed in the front of the base 21 is divided into a closing bracket 30 for supporting the combination of the base 21 and the form box 24.

First, the pedestal 21 is formed of a plurality of long guide length grooves of the guide hole 22 is formed in a plurality at equal intervals so that the guide jaws 25 of the pair of aquaculture box 24 to be described later, is inserted, guided, A diaphragm guide groove 23 is formed between the pair of farming guide grooves 22, and a plurality of holes are formed therebetween.

The plate guide groove 23 and the form box guide groove 22 of the pedestal 21 are connected at both ends thereof to the outside so that the form box 24 to be described later is inserted into the pedestal 21 at both ends thereof. The central portion of the diaphragm guide groove 23 and the culture box guide groove 22 is broken and divided into two form trays 24 and 2 in the dividing diaphragm guide groove 23 and the culture box guide groove 22. Four diaphragms 29 are joined in a row, respectively.

In addition, an extension groove 22a is integrally formed in one side of the form guide guide groove 22 of the pedestal 21 along its longitudinal direction, so that the extension groove 22a to be described later is extended to the extension groove 22a. The jaw 25a is slide coupled.

The culture box 24 is formed in a tunnel shape and a long length of the guide jaw 25 is formed in the lower side on both sides thereof and is coupled to the form guide guide groove 22 of the pedestal 21, Both ends of the guide jaw 25 of the 24 have an extended jaw 25a formed along the longitudinal direction thereof.

In addition, a plurality of upper holes 27 are formed on the upper side of the incubator 24, and a plurality of side holes 28 are formed on both sides of the incubator 24, and the two sides of the diaphragm 28 are supported to be firmly supported. In the center of the step 26 of the 24, an extension bent portion 27 in which the fitting grooves 27a are formed is further formed.

The diaphragm 28 is inserted into the diaphragm guide groove 23 of the pedestal 21 and the fitting groove 27a of the aquaculture box 24 so that the diaphragm 28 is installed long along the longitudinal direction in the center of the aquaculture vessel 24. 28) a plurality of diaphragms 29 are formed in the lower portion.

A plurality of coupling grooves 28a are formed at equal intervals on the diaphragm 28, and a reinforcement plate 31 having a fitting groove 32 formed at a lower end thereof so as to be coupled to the coupling groove 28a is further provided.

The closing bracket 30 is fixedly coupled to the fixing bolt 35 on the front of the base 21 to prevent the form box 24 coupled to the form guide groove 22 to be separated from it.

Inventive abalone aquaculture device of this configuration, as shown in Fig. 3 or 6 by combining the form 24, the diaphragm 28, the finishing bracket 30 on the base 21, the abalone in the form 24 (24). In order to check the inside of the form box 24 to pick out the appropriately grown abalone, the form boxes 24 are removed from the base 21 by releasing the fixing bolts 35 so that the finishing brackets 30 are removed from the base 21. Make the slide moveable.

In this state, the guide box 25 and the extension jaw 25a of both sides of the form tray 24 are brought into the form guide guide groove 22 of the base 21 by pulling the form tray 24 toward the front and rear of the base 21, respectively. And guided along the extension groove (22a) and the culture box 24 is separated from the pedestal 21, by checking the interior of the separated culture box 24 to pick out the appropriate overgrown abalone.

The present invention abalone aquaculture device bar has a number of advantages, first, the central portion of the diaphragm guide groove 23 and the form guide guide groove 22 is broken, bisected and bisected plate guide groove 23 and aquaculture guide groove Since the two trays 24 and the two diaphragms 28 are slide-coupled in a line to 22, the operation | work which combines the aquaculture tray 24 and the diaphragm 28 with the base 21 is convenient.

This solves the conventional problem that it was not easy to push the long form tray to the pedestal.

Second, the coupling force of the cradle 24 and the base 21 is improved by the extension groove 22a of the base 21 and the extension jaw 25a of the farm 24.

Conventionally, when excessive force is applied to the aquaculture tray while the aquaculture vessel and the pedestal are coupled, the guide jaw of the aquaculture vessel often detaches from the aquaculture guide groove of the pedestal, the guide jaw 25 and the aquaculture guide groove 22 They are reliably coupled and supported by the extension jaws 25a and the extension grooves 22a extending at right angles.

Third, since both ends of the diaphragm 28 is fixed to the extension bent portion 27 of the incubator 24, the coupling force of the diaphragm 28 can be improved.

Conventionally, since the fitting groove is formed on the step of the farm, the step is bisected by the fitting groove, so that the entire farm may not be firmly supported, but in the present invention, the step 26 is not bisected by the extension bend 27. Both ends of the diaphragm 28 are reliably supported.

Fourth, by the reinforcing plate 31 coupled to the diaphragm 28, the body area inside the form 24 is increased by that, thereby maximizing the space occupancy of the abalones. Therefore, there is an additional advantage that can improve the productivity of the abalone form.

According to the abalone aquaculture device according to the present invention as described above, the center portion of the diaphragm guide groove 23 and the form guide guide groove 22 is broken and bisected and bisected plate guide groove 23 and aquaculture guide groove ( Since the two trays 24 and the two diaphragms 28 are slide-coupled in a line to 22, respectively, it is convenient to combine the aquaculture tray 24 and the diaphragm 28 with the base 21, and the base 21 The coupling force of the aquaculture container 24 and the base 21 is improved by the extension groove 22a of the aquaculture container and the extension jaw 25a of the aquaculture container 24, and both ends of the diaphragm 28 are formed in the aquaculture container 24. Since it is fixed to the extension bending portion 27 can not only improve the coupling force of the diaphragm 28, but also increase the body area inside the form 24 by the reinforcing plate 31 coupled to the diaphragm 28 The effect is to maximize the occupancy of the abalone population.

Claims (4)

A pair of aquaculture guide grooves are formed on the upper side at a plurality of equally spaced intervals and plate guide grooves are formed between the pair of aquaculture guide grooves, and both sides are slidably coupled to the pair of aquaculture guide grooves. Formed to form a long guide jaw along the longitudinal direction, and fixed to the plate guide groove of the pedestal, a plurality of plate grooves are formed at the bottom and inserted into the inside of the form box, and the front or back of the pedestal In the abalone aquaculture apparatus is provided with a closing bracket fixedly coupled to the culture box coupled to the guide box groove from being separated from it, Both ends of the diaphragm guide groove 23 and the culture vessel guide groove 22 of the pedestal 21 are connected to the outside, and the central portions of the diaphragm guide groove 23 and the culture vessel guide groove 22 are broken and divided into two parts; Overturning aquaculture apparatus, characterized in that the two form trays 24 and two diaphragms 28, respectively, in a dividing diaphragm guide groove 23 and aquaculture guide groove 22, respectively. The method of claim 1, The extension form portion 27 is formed in the center of the step (26) of the incubator (24) is formed with an extension bent portion (27a) so as to firmly support both ends of the diaphragm (28). The method of claim 1, An extension groove (22a) is integrally formed in one side of the form guide guide groove (22) of the pedestal (21) along its longitudinal direction; Overturning aquaculture apparatus, characterized in that the elongated jaw (25a) is formed in the longitudinal direction at both ends of the guide jaw (25) of the form box 24 so as to slide to the extension groove (22a). The method of claim 1, A plurality of coupling grooves 28a are formed at equal intervals on the diaphragm 28, Abalone culture apparatus characterized in that the reinforcing plate 31 is further provided with a fitting groove 32 is formed at the bottom to be coupled to the coupling groove (28a).