KR200262045Y1 - Live fish carrier box - Google Patents

Abstract

The present invention relates to a box for carrying live fish, which has a float-type plate that can float on the inside of the box to catch water ripples during transportation, and also has an oxygen generator in the box to draw oxygen into the water. By providing continuous supply, live conditions of live fish can be kept in optimum condition for a long time, thus providing live fish transport box that can keep fresh fish fresh even in long distance transportation and supply fresh live fish to consumers. It would be.

Description

Live fish carrier box {Live fish carrier box}

The present invention relates to a live fish transport box, and more particularly, a means for preventing water ripples and a means for continuously supplying oxygen to the inside of the box, thereby maintaining the freshness of the live fish for a long time. And, according to the present invention relates to a live fish transport box to provide a fresh live fish even during long distance transport.

In general, live fish is used a lot of sashimi, so its freshness is very important.

If live fish are transported to a consuming area that is far from most catch areas, keeping the fish fresh is a measure of its value, ie, its commercial value.

Professional live fish transport vehicles are used to carry live fish, but when carrying live fish in the form of a la carte, a square box of styrofoam is usually used.

Conventional boxes have a simple method of putting a proper amount of water and live fish, closing the cover, and then sealing them with a tape, etc., and the water flows while moving, or above all, the live fish can survive very shortly. Long distance transport has the disadvantage that is almost impossible.

Therefore, the present invention has been devised in view of the above, and has a float-type plate that can float on the inside of the box to catch water ripples during transportation, and also has an oxygen generator inside the box. By continuously supplying oxygen into the water, the survival conditions of live fish can be created in an optimal state for a long time. Therefore, the freshness of live fish can be maintained even when transporting long distances and fresh fish can be supplied to consumers. The object is to provide a live fish box.

1 is a plan perspective view showing a live fish transport box according to the present invention

Figure 2 is a bottom perspective view showing a live fish transport box according to the present invention

3 is a cross-sectional view showing a live fish transport box according to the present invention

4 is a perspective view showing a state of use of the live fish transport box according to the present invention

<Explanation of symbols for main parts of drawing>

10: box body 11: cover

12: oxygen generator installation part 13: wall

14 float plate 15 bubble generation unit

16: oxygen generator 17: cover

18: incision 19: ice pack

20: Information Home 21: Hall

22: stopper

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The present invention is a live fish transport box including a box body 10 and a cover 11 that can hold a certain amount of water, having an area similar to the cross-sectional area of the box body 10 can float in the water A float plate 14 having an oxygen generator installation portion 12 and a wall 13 enclosing the outer periphery, and a bubble generator 15 extending through the bottom of the float plate 14 to the water; And it is characterized in that it comprises an oxygen generator 16 is seated in the oxygen generator installation portion 12 and the cover 17 to close it.

In addition, the wall 13 of the float plate 14 is characterized in that it is provided with four incisions 18 to allow a part of the overflowed water.

In addition, an ice bag 19 is provided in an inner space formed by the wall 13 of the float plate 14.

In addition, the bottom surface of the float-type plate 14 is characterized in that the guide groove 20 of the lattice structure to induce the discharge of bubbles is formed.

Here, reference numeral 21 denotes a hole for installation of the bubble generator 15, and 22 denotes a plug detachable as necessary.

This will be described in more detail as follows.

As shown in Figures 1 to 3, the box body 10 that can hold a certain amount of water and live fish is made of a rectangular container made of styrofoam material, and is closed by a cover 11 when in use.

In addition to the styrofoam material, the box body 10 and the cover 11 may be applied to a light weight and waterproof synthetic resin material or wood, the shape of which is a square container in addition to a long rectangular container as an embodiment of the present invention. Various types of shapes can be applied regardless of the shape of the container, the circular container, and the like.

It is preferable to attach the stopper 22 to one side of the cover 11 so that only the stopper 22 can be removed and used without opening the cover 11 as necessary.

Float-shaped plate 14 installed inside the box body 10 is made of a styrofoam material that can float on the water, the plate directly in contact with water and the wall (13) surrounded by a constant height along the edge thereof It consists of.

The float plate 14 is buoyed by water filled in the box body 10, but when the water is filled to some extent, the float plate 14 almost reaches the bottom surface of the cover 11, and thus maintains its position. 14) is able to press the surface of the water in the state floating on the water, it is possible to prevent the swelling of the water during transportation.

At this time, the float plate 14 may cover the entire area while maintaining a clearance of about 1 to 2 mm from the wall surface of the box body 10, that is, an area similar to the flat cross-sectional area, for example, the wall surface of the box body 10. It is desirable to produce a size having an area that is.

In the center of the float-type plate 14 is formed an oxygen generator installation portion 12 consisting of a stage having a constant height, and the oxygen generator 16 which is self-operable by using a battery therein and this from water A protective transparent cover 17 is installed, and the bubble generator 15 extending from the oxygen generator 16 can be located in the water below through the bottom of the float-type plate 14 through the hole 21. Will be.

In addition, the wall 13 of the float-shaped plate 14 is formed with cutouts 18, which are vertically separated at four corners, and the cutouts 18 overflow upward due to box shake or impact. It serves to guide the water to the inner space of the wall (13).

In addition, a guide groove 20 having a lattice structure is formed at the bottom of the float plate 14, and bubbles in the water generated from the bubble generator 15 float upwards to the bottom of the float plate 14. When hit, it is guided along the guide groove 20 at this time can be easily discharged to the upper space, it is possible to prevent the flow or pressure received by the float-type plate 14 due to the bubble.

As shown in FIG. 4, here, a state of use of a live fish transport box is shown, and a float containing an oxygen generator 16 thereon is placed in a predetermined amount of water and a plurality of live fish inside the box body 10. When the mold plate 14 is put on, the box body 10 is covered with the cover 11, and the circumference of the cover 11 is sealed with tape or the like, preparation for transportation can be completed.

Preferably, when the ice pack 19 is put into the box main body 10 by appropriately utilizing the empty space created by the wall 13 of the float-shaped plate 14, the internal temperature of the box main body 10 And since the temperature of the water can be properly maintained in this regard, it is possible to create the optimum temperature conditions necessary for the live fish to survive.

In this way, it is possible to suppress the movement of the water filled in the inside of the box as much as possible using the float plate, to continuously supply oxygen to the inside of the box using the oxygen generator, the inside of the box using the ice pack Since the temperature can be maintained at an optimal state, it is possible to maintain the survival condition of live fish for a long time even in the case of long-distance transportation or long-term storage. We can plan.

As described above, the present invention can catch the swelling of the water inside the box, and by providing a live fish transport box having a means for continuously supplying oxygen into the water, the survival conditions of the live fish in an optimal state for a long time There is an advantage that can be created, thereby maintaining the freshness of the live fish even when transporting long distance has the effect of supplying fresh live fish to consumers.

Claims (4)

In a live fish transport box comprising a box body 10 and a cover 11 that can hold a certain amount of water, Float plate 14 having an area similar to the cross-sectional area of the box body 10 and floating on water and having a central oxygen generator installation portion 12 and a wall 13 enclosing the outside, and the float type. It has a bubble generating portion 15 extending through the bottom of the plate 14 to the water and comprises an oxygen generator 16 seated in the oxygen generator installation portion 12 and a cover 17 finishing the same. Live fish carrying box, characterized in that. The live fish transport box according to claim 1, characterized in that the wall (13) of the float-type plate (14) is provided with four cutouts (18) for allowing a portion of the overflowed water to enter and exit. The live fish transport box according to claim 1, wherein a guide groove (20) having a lattice structure is formed on the bottom of the float plate (14) to induce discharge of bubbles. The live fish transport box according to any one of claims 1 to 3, wherein an ice bag (19) is provided in an inner space formed by the wall (13) of the float plate (14).