ES1058616U - Cubic carton packaging tubers and bulbs. (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Cubic carton for packaging tubers and bulbs formed by a suitable die cutting development recycled paperboard low grammage (figure 1) for food packaging, laminated with a coated paper gloss offset printing, which generates a cube 150 x 150 x 150 mm to 300 x 300 x 300 mm, with semi-automatic closure base and closed upper cover (9, figure 2) and top flaps (7 and 8, figure 2) fitted with a flange (10, figure 2 ) and sealed with the flange (11, figure 2) provided with plastic handle (figure 3) inserted into a slot diagonal top cover and two small slits in the top flaps (7 and 8, figure 2) and provided with dispenser on the front face (12, figure 5) and two ventilation holes on the rear face (6, figure 1). (Machine-translation by Google Translate, not legally binding)

Description

Cubic cardboard box for tuber packaging and bulbs

Object of the invention

The present invention, as expressed in the Statement of the specification, refers to a cubic box of authorized cardboard for packaging of agri-food products, intended to contain fresh tubers and bulbs, which has been conceived in order to obtain numerous advantages over others existing containers on the market with similar purposes.

The box in its various dimensions is planned for the packaging of 1,250 g up to 3,000 g of different varieties of potatoes and other tubers as well as onions, garlic and others bulbs for fresh consumption.

It consists of a cardboard development that generates a 150 x 150 x 150 mm cube up to 300 x 300 x 300 mm, equipped with two indentations in the upper face where a plastic handle to allow handling and transport. Packaging and  closure is made by the top by two flaps sides and a lid with a safety tab. Present a dotted die and a cleft on the front face by way of dispenser to allow opening and closing by the final consumer.

Background of the invention

There are currently many containers on the market to contain potatoes and other tubers and bulbs, being able to quote the packaging of nets or polyethylene mesh with plastic band for product quantities between 1,000 g and 4,000 g, plastic boats containing between 500 and 2,000 g of the mentioned products and bags of plastic or paper to contain quantities between 5,000 and 50,000 g of these products. exist cardboard boxes to contain 12,500 g of potatoes, s

All these systems have different inconveniences:

1. Exposure of the product to direct light

What generates Solanina production in the potatoes, glycoalkaloid whose ingestion is not advisable for health, because it can cause gastrointestinal problems and neurological In addition, light incidence causes rapid germination of tubers and bulbs.

2. Direct exposure to the environment (I)

With what the tubers and bulbs are susceptible to contamination by contact with other products or substances in the backroom or in the linear and are exposed to the handling by unauthorized personnel or contact with wildlife opportunist.

3. Exposure to the environment (II)

Likewise, contact with ambient air produces moisture losses by evaporation with the consequent Wrinkle and loss of turgidity of the packaged product.

4. Storage

Packaging in plastic or cardboard bags and plastic nets or meshes are no longer useful in their role as contain the product once opened and it is not possible to store them on shelves or kitchen furniture where it is intended to maintain a minimum hygiene They are not stackable.

5. Respect for the environment

Plastics used in meshes and bags They are hardly degradable in the middle.

Also, there are other cardboard boxes for packaging of other products on the market, but not in the form of a bucket and less for packaging of fruit and vegetable products.

Description of the invention

The box object of the invention is constituted for a rounded development of recycled cardboard suitable for packaging of food that generates a 150 x 150 x 150 mm cube up to 300 x 300 x 300 mm The box for use is presented preformed and with semi-automatic base closure.

Packaging and closing is done by the party upper by two side flaps and a lid with a tab of security. It presents a die of dots and a cleft in the center of the front face as a dispenser to allow your opening and closing by the final consumer.

The back face has two holes, one in the upper area and another in the lower one that allow a small ventilation.

The box is equipped with a plastic handle on the upper face For this, this top cover has a slit diagonal that allows the exit of the handle and each of the two closure flaps of the upper face have two small slits on a diagonal where the insert is inserted and the plastic handle

The box in its various dimensions is planned for the packaging of 1,250 g up to 3,000 g of different varieties of potatoes and other tubers as well as onions, garlic and others bulbs for fresh consumption.

Unlike other packages that currently there are in the market the box of the invention presents multiple Advantages: the product does not receive light so that problems are avoided greening (by Solanina generation) and fast notching. For him  The same reason is not in contact with the environment, avoiding contamination with other products or animals and avoiding excessive moisture losses.

In addition, it allows you to store the product that Contains anywhere in the home (shelves, shelves ...) without leave remains and keeping the product in its closed container throughout the life of said product. Because of its size Transport comfortably and stack anywhere. This manufactured with recycled cardboard being its degradation in the middle environment much faster than that of plastic containers.

Brief description of the drawings

Figure 1.- Shows a view of the box without to form

Figure 2.- Shows a view of the box formed and open with top cover and flaps deployed.

Figure 3.- Handle

Figure 4.- Shows a view of the box formed and closed

Figure 5.- Shows a view of the box formed and closed with the dispenser open

Description of a preferred embodiment

Offset printing on coated paper brightness.

\hbox{gramaje.}

This is contracolado in a cardboard of low

 \ hbox {weight.} 

Subsequently the punching is performed according to Figure 1.

After the die cut the bottom is mounted semi-automatic with flaps 1, 2, 3 and 4 (Figure 1) and glued tab 5 with side 6 of the (Figure 1).

Once this process is completed, it is prepared for manual final assembly.

In product packaging facilities, form the box manually with the semi-automatic closure leaving it ready for filling with the product.

Once filled the box closes manually (Figure 2) lowering the flap 7, over it the flap 8 and finally the top cover 9, fitting the tab 10 of the top cover 9 in the groove between the flaps 7 and 8 and the side face 10 and ending the security lock with tab 11.

Once closed, the plastic handle is inserted (Figure 3) on the top cover 9 and the top flaps 7 and 8 of Figure 2.

In this way the box is closed (Figure 4) no possibility of being opened easily except if it ends pierce the dotted line of the dispenser 12 (Figure 5).

Claims (1)

1. Cubic cardboard box for packaging tubers and bulbs constituted by a die-cut development of low weight recycled cardboard (Figure 1) suitable for packaging food, countersigned with a gloss coated paper with printing offset, which generates a 150 x 150 x 150 mm cube up to 300 x 300 x 300 mm, with semi-automatic closure at the base and closed with cover upper (9, Figure 2) and upper flaps (7 and 8, Figure 2) fitted with a flange (10, Figure 2) and sealed with the flange (11, Figure 2), provided with a plastic handle (Figure 3) inserted in a diagonal slot the top cover and in 2 small slots in the upper flaps (7 and 8, Figure 2) and equipped with dispenser on the face front (12, Figure 5) and two holes for ventilation on the face posterior (6, figure 1).