KR19980066452U - Fruit box using laminated panel - Google Patents

Abstract

The present invention relates to a fruit box using a laminated panel, and in the prior art, when the empty fruit boxes are stacked and transported in trucks, etc., in order to load the fruits into production sites, the space occupied by the fruit boxes stacked in the cargo stack is not loaded with fruits. There was a problem that it was difficult to transport large quantities because there was no difference between the space occupancy of the stacked fruit boxes.

The present invention, as shown in Figures 3 to 6, when transporting the fruit box 30 according to the present invention in an empty state is nested in the inner space 11 of the fruit box located in the upper fruit box It can be transported by stacking a plurality of ways, it is possible to reduce the overall height of the stacked fruit box has the effect that can be loaded in a limited number of fruit boxes than conventional in the limited cargo loading space of the vehicle.

Description

Fruit box using laminated panel

The present invention relates to a fruit box using a laminated panel, and in more detail, when transporting an empty fruit box, the fruit box can be stacked so that the space occupancy is small, and the fruit boxes are stacked when the fruit boxes are stacked. The present invention relates to a fruit box using a laminated panel that can be safely transported without interfering with cargo by placing laminated panels between them.

In general, it is well known that fruit boxes extruded from styrofoam materials are used to transport large quantities of the above fruits from fruit producing areas for growing fruits such as tomatoes and strawberries to retail stores for sale to end consumers.

The fruit box is usually carried in a vehicle transported as a plurality of stacked after containing a large amount of fruit, it must be well ventilated and drained to prevent damage by water or moisture during transportation, easy to carry It should be light in weight, and have a structure that can withstand the lamination load of fruit boxes loaded with fruits.

As an example of the structure of the fruit box as shown in Figure 1, the conventional fruit box 10 shown is the styrofoam material is extruded into a box shape of a rectangular parallelepiped with an open top, the inner space 11 The drainage groove 14 is formed in the bottom surface 12 of the radially extending to the side wall 16, the side wall 16 is formed with a drain hole 18 is connected to the drainage groove 14 On the upper surface 13 of the side wall 16, when the fruit box 10 is stacked, the ventilation grooves 20 are formed so that the air vents allow air to pass through the inside of the box.

As illustrated in FIG. 2, a stacking of fruit boxes having such a structure is shown. In the bottom surface 22 of the fruit box 10, the locking jaw 24 may be seated inside the side wall 16. The upper surface of the fruit box is formed by the vibration and shock when the locking jaw 24 of the raised fruit box 10 is raised to be seated inside the side wall 16 of the fruit box 10 below It will not slide sideways along (13).

However, when the conventional fruit box 10 is loaded in a vehicle, the fruit boxes 10 are stacked in a manner of stacking a plurality of fruit boxes 10. The total height H of the stacked fruit boxes is at the height of one side wall 16. It is equal to the value multiplied by the stacking number.

This means that even when stacking and transporting empty fruit boxes (10) in a truck or the like to load fruit into the production site, the space occupied by the fruit boxes stacked in the cargo stack is different from the space occupancy of the stacked fruit boxes without fruits. There was a problem that was difficult to transport large quantities.

Therefore, the present invention has been devised to solve such a problem in the prior art, and when the empty fruit boxes are transported, the fruit boxes can be stacked in the trapezoidal shape of the ordinary light strait so that the fruit boxes can be stacked and stacked. It is possible to transport a large number of empty fruit boxes in a small space, and when the fruits are loaded in the fruit boxes, the laminated panels are supported between the upper and lower fruit boxes so that they can be safely transported without damage to the cargo. The purpose is to provide a fruit box.

The present invention for realizing the above object is formed in the trapezoidal shape of the upper and lower straits so that the inner space and the side wall of the fruit box in which the ventilation groove, the drainage groove, and the drain hole are formed are wider and narrower. When the upper fruit box does not slip between the stacked fruit boxes, a rectangular laminated panel having a central opening is placed therein, but the laminated panel is placed on the upper surface of the fruit box and the bottom of the upper fruit box. The seating groove is formed to be seated.

Therefore, when transporting the fruit box in the empty state according to the present invention can be transported by stacking a plurality of fruit boxes located in the upper way in the inner space of the lower fruit box, the overall height of the stacked fruit boxes This can reduce the number of fruit boxes in the limited cargo space of the vehicle than conventional.

1 is a perspective view showing a conventional fruit box,

Figure 2 is a side view showing a laminated state of the conventional fruit box,

3 is a perspective view of an empty fruit box according to the present invention,

Figure 4 is a side view of the stacked state of the empty fruit box according to the present invention,

5 is a perspective view of the fruit box stacked in a state in which the fruit is loaded according to the present invention,

Figure 6 is an exemplary cross-sectional side view of a fruit box stacked in a state that the fruit is loaded according to the present invention.

Explanation of symbols on the main parts of the drawings

11-inner space, 12-bottom,

13-top side, 14-drainage groove,

16-side walls, 18-drains,

20-vent, 22-bottom,

30-Fruit Crate, 32-Central Opening,

34-laminated panel, 36-locking groove,

38-seating grooves.

Referring to the configuration and operation of the present invention in detail based on the accompanying drawings as follows.

The present invention is a fruit box in which the ventilation grooves 20, the drainage grooves 14, and the drainage holes 18 are formed, the inner space 11 and the side wall 16 of the fruit box 30 are wide and downward. The rectangular laminated panel 34 is formed in a trapezoidal shape of a normal light lower narrow so as to be narrow, and has a central opening 32 so that the upper fruit box 30 does not slip between the stacked fruit boxes 30. The stacking panel 34 is seated on the bottom surface 22 of the hanging groove portion 36 and the raised fruit box 30 seated on the top surface 13 of the fruit box 30. Fruit box using a laminated panel, characterized in that the groove 38 is formed.

Exemplary drawings Figure 3 is a perspective view of an empty fruit box according to the present invention, Figure 4 is a side view of a laminated state of the empty fruit box according to the present invention.

Here, the present invention is a fruit box 30 so as to contain the fruit safely transported, the inner space of the fruit box 30 is formed with a ventilation groove 20, the drainage groove 14 and the drain hole 18 ( 11) and the side wall (16) is formed in a trapezoidal shape of the upper and lower strait so that the upper side is wider and the lower side is narrow, and a plurality of other fruit boxes (30) on the fruit box (30) containing the fruit When laminating, it is to support the laminated panel 34 so that the fruit contained in the middle between the fruit boxes is not pressed or crushed.

The laminated panel 34 has a seating groove 38 in which the locking groove 36 seated on all sides of the top surface 13 of the fruit box 30 and the bottom bottom 22 of the raised fruit box 30 are seated. Is formed.

When a plurality of such fruit boxes 30 are empty and loaded into a vehicle such as a truck and go to the production site, the bottom surface 22 of another fruit box enters the inner space 11 of the fruit box 30. It is possible to put a plurality in a manner, it is possible to load a larger number of fruit boxes 30 than conventionally in a vehicle having a limited cargo loading space, such as trucks.

In addition, as shown in Figures 5 to 6, when carrying and transporting fruit from the production site, a separate laminated panel 34 is placed on the fruit box 30 containing the fruit and the fruit on the laminated panel 34 again The box 30 is placed on the bar, so that the locking groove 36 of the laminated panel 34 is placed on the upper surface 13 of the fruit box below, and the laminated panel mounted on the fruit box 30. The fruit box can be stacked so that the bottom bottom 22 of another fruit box 30 is placed in the seating groove 38 of the 34.

Thus, the laminated panel 34 prevents the fruit in the fruit box 30 from being pressed by the fruit box 30 placed thereon so as not to be damaged.

As described above, when transporting the fruit box 30 according to the present invention in an empty state, the fruit box located in the upper part can be stacked and transported in a manner of being stacked in the inner space 11 of the fruit box below. In this case, the overall height H 'of the stacked fruit boxes can be reduced than that of the conventional height H, so that a larger number of fruit boxes can be loaded in the limited cargo loading space of the vehicle.

Claims (1)

The inner space 11 and the side wall 16 of the fruit box 30 are formed in a trapezoid shape so as to be wide at the top and narrow at the bottom, and the upper fruit box 30 is not slipped between the stacked fruit boxes 30. The rectangular laminated panel 34 having a central opening 32 is placed so as to be settled, but the laminated panel 34 is raised with a catching groove 36 seated on all sides of the top surface 13 of the fruit box 30. Fruit box using a laminated panel, characterized in that the bottom groove 22 of the fruit box 30 is seated groove portion 38 is formed.