KR102060325B1 - Box for long seafood - Google Patents

Abstract

The present invention relates to a long seafood box, in particular bottom plate; Left and right side plates connected to the bottom plate and extending in an upward direction; And a front plate and a rear plate connected to the bottom plate and connected to both side plates, wherein the lengths of both side plates are longer than the lengths of the front plate and the rear plate, and a plurality of grooves having both sides and an upper portion open on the upper surfaces of the side plates. The bottom plate is formed of a plurality of bottom ribs that can be inserted into the groove is formed, and the stacking is possible even if cross-loading a box in which a long aquatic product is loaded in the form of a cross The present invention relates to a long seafood box that is stably maintained.

Description

Long seafood box {BOX FOR LONG SEAFOOD}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a long fishery box, and more particularly to a fishery box of long length that can be stacked with a box containing a long fishery product.

In general, when carrying a long-length cutlass among the aquatic products, the crates cross each other in a cross shape to prevent damage to the tail of the cutlass.

As published in Korean Utility Model Publication No. 20-0038578 (hereinafter referred to as Patent Document 1), a conventional box for carrying out a cutlass is usually made of wood, so it has high frictional force, so that the box is placed on the upper side even if the box is stacked up and down. Almost never slipped.

However, wooden materials are not hygienic and can not be recycled for a long time, so plastic boxes are gradually used to be hygienic and recyclable. However, plastic has a poor frictional force, causing the boxes stacked up and down to slide, resulting in damage to the tail of the cutlass and difficult transportation.

In addition, when the size of the cutlass is large, when another box is loaded at the center of the box, the cutlass tail contained in the lower box is pressed and damaged by the box loaded at the top.

Meanwhile, Korean Patent Utility Model Publication No. 20-0072082 (hereinafter referred to as Patent Document 2), filed by the applicant, discloses a technique for loading protection frame for cutlass for protecting the tail of cutlass. Patent Literature 2 installed a protective frame on the fishing box so that the tail of the cutlass protruding to the outside of the fishing box did not touch another box, and formed a lower protrusion and an upper groove in the corner portion of the protective frame to load the fishing box up and down. The lower protrusion is inserted into the upper recess to prevent slipping.

However, Patent Document 2 has to produce a protective frame in addition to the fishing box and had to be assembled with the fishing box, there is a problem that the transportation time and cost is increased.

Korean Utility Model Registration No. 20-0038578 (October 21, 1988) Korea Registered Utility Model Publication No. 20-0072082 (1993.04.21)

The present invention has been made to solve the above-mentioned problem, and an object of the present invention is to provide a long seafood box that can stably cross-load a box containing a long fish product.

It is also an object of the present invention to provide a long fishery box in which a stacked box is prevented from sliding in the right and left directions.

The long fish box of the present invention for achieving the above object, the bottom plate; Left and right side plates connected to the bottom plate and extending in an upward direction; And a front plate and a rear plate connected to the bottom plate and connected to both side plates, wherein the lengths of both side plates are longer than the lengths of the front plate and the rear plate, and a plurality of grooves having both sides and an upper portion open on the upper surfaces of the side plates. The bottom plate of the bottom plate is characterized in that a plurality of bottom ribs that can be inserted into the groove is formed.

In addition, the long fishery box of the present invention, the outer ribs connected to the lower outer surface of the both side plate; further includes, the outer ribs are formed with a protrusion, the bottom ribs, can be inserted into the groove And a plurality of front and rear ribs parallel to the side plates and spaced apart from each other, and a plurality of left and right ribs parallel to the front and rear plates and spaced apart from each other, wherein the protrusion is formed at an upper side of the space between the plurality of left and right ribs. It features.

In addition, in the case of a long fishery box of the present invention, when the long fishery box is stacked up and down, the front and rear ribs of the box stacked on the upper side are inserted into the grooves of the box stacked on the lower side, and the box is placed on the lower side. The box is characterized in that the left and right ribs are located on both sides of the side plate and both sides of the groove.

In addition, the length of the marine product box of the present invention, because the interval between the plurality of front and rear ribs and the space between the plurality of grooves are equal to each other, when the long marine product box is stacked up and down, The box may be cross-loaded in a central portion of the box loaded at the bottom, or the box loaded at the top may be cross-loaded so as to be deflected on the front or rear side of the box loaded at the bottom.

The long seafood box of the present invention has the following effects.

The present invention prevents the upper box from slipping completely from the lower box because the bottom rib is caught in the groove 410 even when the boxes are stacked. That is, the upper box is inserted into the groove front and rear ribs are limited in movement to the left and right, and the upper box is left and right ribs are caught on both sides of the lower box, the movement is limited to the front and rear sides, so that the upper box does not slide completely from the lower box.

In addition, the present invention is easy to load the box because the protruding portion of the upper box acts as a display unit so that the position of the long box of marine products can easily find the position where the groove of the lower box is engaged with the front and rear ribs of the upper box. .

In addition, the long fish box of the present invention can be selected so that the loading position of the boxes according to the size or length of the cutlass center or deflected, so that the tail of the cutlass can be transported intact.

In addition, the present invention can easily know the point where both side plates of the box should be located even by looking at the projections without having to see the bottom plate when the box is loaded.

1 is a perspective view of a long seafood box of the present invention
FIG. 2 is a perspective view of the long seafood box of FIG. 1 viewed from another direction. FIG.
Figure 3 is a perspective view from below of a long fishery box of the present invention cross-laid vertically
FIG. 4 is a view of the long seafood box of FIG. 3 viewed from both sides. FIG.
5 is a perspective view of the long seafood box of FIG. 3 viewed from another direction;
6 is a partially enlarged view of FIG. 5;
FIG. 7 is a view of the long seafood box of FIGS.
FIG. 8 is a view of the long seafood box of the present invention loaded at a position different from that of FIGS.
FIG. 9 is a perspective view of the long seafood box of FIG. 8. FIG.
FIG. 10 is a view of the long seafood box of FIG. 8 viewed straight from the top. FIG.
11 is a state in which the length of the marine product box of the present invention loaded with a deflected straight view from above
Figure 12 is a perspective view of a long seafood box of the present invention stacked side by side up and down

Among the configurations of the present invention to be described below, the same configurations as the prior art will be referred to the above-described prior art, and a detailed description thereof will be omitted.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the singular forms “a,” “an,” and “the” include plural forms as well, unless the phrases clearly indicate the opposite. As used herein, the term "comprising" embodies a particular characteristic, region, integer, step, operation, element, and / or component, and other specific characteristics, region, integer, step, operation, element, component, and / or group. It does not exclude the presence or addition of.

When a component is said to be "connected" or "contacted" to another component, it may be directly connected to or in contact with the other component, but it may be understood that there may be other components in between. Should be.

Box 100 according to a preferred embodiment of the present invention, that is, a long fishery box 100, the bottom plate 200, the left and right both side plates 400 connected to the bottom plate 200 and extended in the upper direction It includes a front plate and a rear plate connected to the bottom plate 200 and connected to both side plates 400, the length of both side plates 400 is longer than the length of the front plate and the rear plate, both side plates 400 A plurality of grooves 410 having both sides and an open upper portion are formed on an upper surface thereof, and a plurality of bottom ribs that can be inserted into the grooves 410 are formed on the lower surface of the bottom plate 200. Therefore, the present invention prevents the box 100 from slipping because the bottom ribs are caught in the grooves even when the boxes 100 are stacked.

In addition, the length of the marine product box 100 of the present invention further includes an outer rib 423 connected to the lower outer surface of the side plate 400.

The outer rib 423 is formed with a protrusion 425.

As will be described later, the outer rib 423 in which the protrusion 425 is formed is an outer rib 423 formed at the lower side of the box 100.

The bottom rib may include a plurality of front and rear ribs 211 which may be inserted into the groove 410 and are parallel to both side plates 400 and spaced apart from each other, and are spaced apart from each other in parallel with the front and rear plates. (213).

The bottom rib has a thin rectangular parallelepiped when the box 100 is viewed straight from front to back, left to right.

The front and rear ribs 211 have a rectangular cross section of which the upper and lower lengths are longer than both sides, based on the box 100 viewed from the front side or the rear side.

The vertical length of the bottom rib is preferably the same as the vertical width of the groove 410. As a result, when the front and rear ribs 211 are inserted into the grooves 410, the lower surface of the front and rear ribs 211 comes into contact with the second surface 413 to be described later, which forms the grooves 410. It can be supported more stably.

The protrusion 425 is formed at an upper side of a space between the plurality of left and right ribs 213. This will be described later.

When the long fishery box 100 is loaded up and down, the front and rear ribs 211 of the box 100 stacked on the upper side are inserted into the grooves 410 of the box 100 stacked on the lower side. The left and right ribs 213 are positioned at both sides of the side plate 400 and both sides of the groove 410 in the box 100 loaded at the lower side. Therefore, the present invention prevents the upper box 100b from completely slipping from the lower box 100a since the bottom ribs are caught in the grooves 410 even when the boxes are stacked. That is, the upper box 100b has a front and rear rib 211 inserted into the groove 410 of the lower box 100a to restrict movement to the left and right, and the upper box 100b has the left and right ribs 213 at the lower box 100a. The upper box 100b does not slide completely from the lower box 100a because the movement is restricted to the front and rear sides by hanging on both side plates 400.

In addition, when the length of the marine product box 100 of the present invention is loaded, the upper box so that the groove 410 of the lower box 100a can easily find a position to engage with the front and rear ribs 211 of the upper box 100b. Since the protrusion 425 of the 100b serves as the display unit, the box 100 can be easily loaded.

Since the spacing between the plurality of left and right ribs 213 and the spacing between the plurality of grooves 410 are equal to each other, when the long seafood box 100 is loaded, the box 100 stacked on the top is The box 100 stacked on the center portion of the box 100 stacked on the bottom or the box 100 stacked on the top may be cross-loaded so as to be deflected on the front or rear side of the box 100 stacked on the bottom. Therefore, when the length of the marine product box 100 of the present invention is not large in the size of the cutlass cross the box 100 so that the center of the upper box 100b and the center of the lower box 100 side by side up and down, side by side, When the size of the cutlass is large, the upper box 100b may be loaded to the lower box 100 so as to be deflected, thereby ensuring a space for the tail of the cutlass to fall out. Therefore, the long fishery box 100 of the present invention can be selected so that the loading position of the boxes 100 according to the size or length of the cutlass to be centered or deflected so that the tail of the cutlass is not damaged.

An example of the stacking crossing of the long seafood box 100 will be described later.

Hereinafter will be described in detail with respect to the structure of the long seafood box 100.

Bottom plate (200)

The bottom plate 200 has a plurality of through holes penetrated in the vertical direction between the front and rear ribs 211 and the left and right ribs 213. Foreign matter in the box 100 may be discharged through the through hole.

The left and right ribs 213 are formed at the outermost side and the inner side.

The front and rear ribs 211 are also formed at the outermost side and the inner side.

Since a plurality of front and rear ribs 211 per box 100 are formed, when the boxes 100 are stacked, the load of the upper box 100 is evenly distributed to the lower box 100.

The bottom rib has a substantially rectangular band-shaped edge rib formed of the outermost front and rear ribs 211a and the left and right ribs 213a among the front and rear ribs 211. The corner of the rim rib is formed into a curved surface.

The edge ribs are located inside the box 100 than the front and rear plates 301 and 303 and the lower outer ribs 313 and 423 of both side plates 400.

When the box 100 is stacked in parallel as shown in FIG. 12, the edge ribs of the upper box 100 face or contact the front and back plates 301 and 303 and both side plates 400 of the lower box 100. It serves to maintain the position of the upper box 100.

The outermost front and rear ribs 211a of the edge ribs serve to maintain the position of the upper box 100 loaded at the time of parallel loading and cross loading of the box 100.

The front and rear lengths of the outermost front and rear ribs 211a are almost the same as the front and rear lengths of both side plates 400, and both side lengths of the outermost left and right ribs 213a are substantially the same as both side lengths of the front and rear plates 301 and 303.

The left and right ribs 213 and the front and rear ribs 211 cross each other at right angles to form a grid pattern.

The plurality of left and right ribs 213 are spaced apart from each other by a predetermined interval and are parallel to each other.

The plurality of front and rear ribs 211 are also spaced apart from each other by a predetermined interval and are parallel to each other.

Both side lengths of the inner left and right ribs 213 are substantially the same as both side lengths of the outermost left and right ribs 213a.

On the other hand, when the bottom plate 200 is viewed directly, the bottom plate 200 is formed with a substantially square strip and a rectangular strip 219 of twice the size of the square strip 217 by the bottom rib.

The left and right widths of the rectangular band 219 are twice the left and right widths of the square band 217.

The rectangular band 219 is formed by not forming part of the inner back and forth ribs 211. As a result, when the box 100 is stacked, the distance between the neighboring grooves 410 and the front and rear ribs 211 respectively positioned in the neighboring grooves 410 are substantially the same. If the bottom plate 200 is not formed in this way, the upper outer ribs 421 of both side plates 400 of the lower box 100 are caught by some of the front and rear ribs 211 of the upper box 100 of the lower box 100. The front and rear ribs 211 of the upper box 100 may not be inserted into the groove 410. That is, the stable loading of the box 100 is impossible.

In more detail, the spacing between the front and rear ribs 211 forming the rectangular band 219 is substantially the same as the spacing between the neighboring grooves 410. Accordingly, the upper outer ribs 421 of the side plates 400 between the grooves 410 and the grooves 410 may be accommodated in the space S between the front and rear ribs 211 constituting the rectangular band 219.

The protrusion 425 is located above the rectangular band 219. Therefore, when the length of the marine product box 100 of the present invention is loaded, the upper box (so that the groove 410 of the lower box 100a is easily engaged with the front and rear ribs 211 of the upper box 100b) Since the protrusion 425 of 100b serves as the display unit, the box 100 can be easily loaded. That is, even when the box 100 is loaded, it is easy to know a point where both side plates 400 of the box 100 to be loaded can be easily seen by looking at the protrusion 425 without looking at the bottom plate 200.

Meanwhile, some grooves 410, more specifically, six grooves 410 except for the center groove 410 and the two grooves 410 on both sides of the box 100, the protrusion 425 is formed on the lower side. But is located closer to the central groove 410 of the box 100 than the protrusion 425.

The number of grooves 410 will be described later in more detail.

The height of the front and rear ribs 211 is preferably the same as the depth of the grooves 410. Therefore, when the front and rear ribs 211 are positioned in the grooves 410 when the boxes 100 are stacked, the upper outer ribs of the upper box 100b. Since 421 is in contact with the lower outer rib 313 of the lower box 100a, the load of the upper box 100b is evenly distributed to the lower box 100a.

The rectangular band 219, that is, the portion where the inner front and rear ribs 211 are not partially formed, is formed at the front side and the rear side of the bottom plate 200 when the bottom plate 200 is divided into three portions before, after, and the center.

Front and back editions (301,303)

Receiving grooves 305 are formed on the upper surfaces of the front and back plates 301 and 303 so that the tail of the cutlass can be accommodated. In addition, the receiving groove 305 may be used as a hole for putting a hand to lift the box 100.

On the outer surface of the front and back plates 301 and 303, ribs are formed, which are connected to the grid ribs and the grid ribs and include outer ribs 311 and 313 connected to the outer ribs 421 and 423 of both side plates 400.

The outer ribs 311 and 313 of the front and back plates 301 and 303 are formed on the upper side and the lower side, respectively.

The lower outer ribs 313 of the front and back plates 301 and 303 are in contact with the upper surface of the lower box 100, that is, the upper outer ribs 311 of the front and back plates 301 and 303 when the boxes 100 are stacked in the same direction. The load is distributed between 100).

The front and back plates 301 and 303 are provided with a plurality of through holes penetrating in the front and rear directions.

The front and back plates 301 and 303 have a portion where no rib is formed in the center, and thus the jaw is formed so that the user can lift the box 100 by holding the front and back plates 301 and 303.

Both side plates (400)

Ribs are formed on both side plates 400.

The ribs of both side plates 400 include lattice ribs, outer ribs 421 and 423 connected to outer ribs 311 and 313 of the lattice ribs and the front and rear plates 301 and 303, and curved ribs 430.

The outer ribs 421 and 423 of both side plates 400 are formed on the upper side and the lower side, respectively. The protrusion 425 is formed on the lower outer rib 423.

Since a plurality of protrusions 425 are formed throughout the lower outer ribs 423, the rigidity of the entire outer ribs 423 is good.

When the boxes 100 are stacked in the same direction, the lower outer ribs 423 contact the upper surface of the lower box 100, that is, the upper outer ribs 421 of both side plates 400, so that the load between the boxes 100 is increased. It can be evenly distributed.

Two curved ribs 430 are formed at the front and rear sides of both side plates 400 so that a total of eight curved ribs 430 are formed per one box 100.

The curved rib 430 is inclined toward the center of the box 100 from the lower side to the upper side.

The inner curved rib 430 of the two curved ribs 430 near the center of the box 100 has a lower end connected to the second surface of the protrusion 425, and an upper end thereof positioned above the connected protrusion 425. It is connected to the second surface forming the groove 410.

The other one outer curved rib 430 has a lower end connected to the lower outer rib 423 and an upper end of the upper and upper outer ribs 421 of the third surface 415 forming the outermost groove 410. Is connected to the point of connection.

The lattice rib includes upper and lower ribs parallel to the front and rear plates 301 and 303, and left and right ribs perpendicularly intersecting the upper and lower ribs.

The lower end of the upper rib is connected to the lower outer rib 423.

At least three upper and lower ribs are formed at the front side and the rear side with respect to the center of both side pieces.

Hereinafter, the three upper and lower ribs are divided into an outer upper and lower rib closest to the front and rear plates 301 and 303, an inner upper and lower rib closest to the center of the box 100, and a central upper and lower rib positioned between the outer upper and lower ribs and the inner upper and lower ribs.

The outer curved rib 430 is positioned between the outer upper and lower ribs and the central upper and lower ribs, and the inner curved rib 430 is positioned between the central upper and lower ribs and the inner upper and lower ribs. That is, the ribs 430 are positioned one by one between the upper and lower ribs.

The upper end of the outer upper and lower ribs is connected to the center of the second surface 413 forming the outermost groove 410. The central upper and lower ribs are connected to the point where the upper side of the first surface 411 of the second groove 410 and the upper outer rib 421 meet. The inner upper and lower ribs are connected to an upper outer rib 421 between the third groove 410 and the fourth groove 410 from the outside. Therefore, the box 100 of the present invention, the strength and rigidity of the box 100 is secured, the cross ribs 430 and the upper and lower curved ribs 430 spaced apart from each other at regular intervals when the box 100 is stacked The ribs can be evenly distributed.

In the long product box 100 of the present embodiment, one groove 410 is formed at the center of both side plates 400, and four are formed at the front and rear sides of both side plates 400 with respect to the center. A total of 18 are formed per box 100.

The groove 410 is a space formed by surrounding the first surface 411 and the third surface 415 facing each other, and the second surface 413 connected to the front and back sides on the first surface 411 and the third surface 415. to be.

The first surface 411 and the third surface 415 forming the groove 410 are connected to the upper outer rib 421.

The first surface 411 and the third surface 415 are surfaces inclined toward the second surface 413 toward the front side to the rear side or the rear side to the front side.

The first surface 411 and the third surface 415 move away from each other from the lower side to the upper side. Therefore, the groove 410 has a wider cross-sectional area from the lower side to the upper side, and the cross section of the groove 410 has a trapezoidal shape when viewed at both sides of the box 100.

When the box 100 is cross-laminated, the bottom rib of the upper box 100b is positioned at the center of the groove 410 of the lower box 100a.

The front and rear lengths of the grooves 410 are longer than both side lengths of the front and rear ribs 211. Therefore, the front and rear ribs 211 and the first surface 411 are spaced apart, and the front and rear ribs 211 and the third surface 415 are spaced apart, so that the ventilation of the inner space of the box 100 through the groove 410 is more effective. A lot is done.

Three protrusions 425 are formed at the front and rear sides of both side plates 400, so that a total of six protrusions 425 are formed per one box 100.

The protrusion 425 may have a first surface 425a, a third surface 425c, and a first surface 425a facing each other like the first surface 411 to the third surface 415 forming the groove 410. The second surface 425b has both sides connected to the third surface 425c. Accordingly, a space having a shape similar to that of the groove 410 is formed in the lower outer rib 423 by the protrusion 425.

The first surface 425a and the third surface 425c are connected to the lower outer rib 423.

The first surface 425a and the third surface 425c are surfaces inclined toward the second surface 425b toward the front side to the rear side or the rear side to the front side.

The first surface 425a and the third surface 425c move away from each other from the upper side to the lower side. Therefore, the cross section becomes wider from the upper side to the lower side.

Both side plates 400 are provided with a plurality of through holes penetrated in the left and right directions.

The user may lift the box 100 by holding both side plates 400 through a portion where ribs are not formed at the center of both side plates 400.

As described above, the long fishery box 100 of the present embodiment may be loaded in a shape of 'twenty', 't' and 'a'.

'Twelve' shape, that is, when the center of the box 100 is side by side up and down, but the front and back sides do not overlap each other, the lower box 100a is the uppermost in the outermost groove 410 The front and rear ribs 211 of the box 100b are not positioned, and the upper box 100b has no groove 410 of the lower box 100a below the outermost protrusion 425.

On the other hand, if the box 100 crosses most closely to the front plate 301 of the other box 100, the two grooves 410 close to the rear plate 303 of the box 100 in the other box 100 When the front and rear ribs 211 are not positioned and the box 100 crosses the closest to the rear plate 303 of the other box 100, two grooves 410 close to the front plate 301 of the box 100 are provided. The front and rear ribs 211 of the other box 100 are not located. When the box 100 is loaded in this way, it can be loaded in a 'T' shape or 'a' shape.

As described above, although described with reference to a preferred embodiment of the present invention, those of ordinary skill in the art various modifications of the present invention without departing from the spirit and scope of the present invention described in the claims May be changed or modified.

** Explanation of Major Signs **
100: long fishery box (box) 200: bottom plate
211: Before and After Rib 211: Before and After Rib
211a: outermost front and rear ribs 213: left and right ribs
213a: outermost left and right ribs 217: square stripe
219: rectangular stripe S: space
301: front plate 303: rear plate
305: receiving groove 311: upper outer rib
315: lower outer rib 400: both side plates
410: groove 421: upper outer rib
423: lower outer rib 425: protrusion

Claims (4)

Bottom plate;
Left and right side plates connected to the bottom plate and extending in an upward direction;
A box connected to the bottom plate and connected to both side plates;
The length of both side plates are longer than the length of the front plate and the rear plate,
The upper surface of the both side plate is formed with a plurality of grooves which are open at both sides and the top,
The bottom of the bottom plate is formed with a plurality of bottom ribs that can be inserted into the groove,
The bottom rib may include a plurality of front and rear ribs inserted into the groove and spaced apart from each other and spaced apart from each other, and a plurality of left and right ribs spaced apart from each other and parallel to the front and rear plates.
Protrusions are formed on the outer surface of both side plates,
The protruding portion is a long fishery box formed on the upper side of the space between the plurality of left and right ribs The method according to claim 1,
The protruding portion is a long fishery box formed on the outer ribs connected to the outer surface of both side plates The method according to claim 1,
When the long seafood box is loaded up and down,
The front and rear ribs of the box loaded on the upper part are inserted into the grooves of the box loaded on the lower part, and the left and right ribs of the box loaded on the upper part are located on both sides of the side plates of the box loaded on the lower part. Long Seafood Box The method according to claim 1,
Since the spacing between the plurality of front and rear ribs and the spacing between the plurality of grooves are equal to each other, when the long seafood box is stacked up and down, the box stacked on the top crosses the center portion of the box stacked on the bottom. Long seafood box with which the box loaded or stacked on top may be cross-loaded deflectably on the front or rear of the box loaded on the bottom

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