RU32759U1 - Bulk Packaging Box - Google Patents

Description

-2003106662

 liiiiBiiiipWW. in 65 d 5/00

сI 1ЩВ | Shch Iv 31 sg 1

 ° B 65 J 53/00

Bulk Packaging Box

The technical solution relates to the manufacture of packaging for

various bulk materials, such as household chemical powders, bulk food products and other bulk materials and substances.

The widespread use of cardboard boxes of various shapes and volumes as containers for bulk materials requiring dispensing when using them.

It is known to use cardboard boxes filled with bulk materials packaged in sachets of various single doses, for example, Bystrov sachets or sachets for synthetic detergents (PM RF No. 24673, B 65 V 29/02, publ. 08/20/2002). However, the manufacture of boxes with finished materials metered into bags complicates the technology of their manufacture, which requires a large consumption of packaging materials.

The most widely known use of the packaging of bulk materials directly into cardboard boxes having a weakening line in one of the corners in the wall to facilitate opening the discharge opening. In such cases, the dosage of consumable is carried out using measuring containers (for example, a measuring cup according to the PM of the Russian Federation No. 21857, A 47 J 19/30, published on 02.20.2002), which are filled through the emptied opening of the box. However, measuring tools are not always at hand, therefore, the dispensing of the expendable material is carried out by approximate pouring it out of the box. In addition, the weakened lines in the box erupt unevenly, which creates an untidy appearance of the box, and also increases the dosage inaccuracy.

Therefore, more and more often they began to use new packaging (railway packaging and packaging, X 5/2000, S.61), which is a combination of a cardboard box with a plastic top. Such a box has an outlet in the plastic

the part that has smooth 1st faia and the sash closing them after breaking through more tightly closes the hole.

However, such boxes also require additional measuring means when consuming materials from them.

The objective of the proposed technical solution is to supply the box with bulk material measuring means for the metered consumption of material.

The task is carried out by the fact that in a rectangular packaging box having an emptying hole closed on one side of any angle, it is proposed to use the outer end wall of the building as a casement, inserted inside the box and made to rotate on an axis fixed in the place of the edge of the corner of the box, while the corner is made of a certain volume, it is a drain and serves for the dosed supply of bulk material from the box by turning the measuring angle from the box in the loaded position until the connection of its inner end wall with the edges of the discharge opening and its rotary insertion again into the corner of the box after unloading until the connection of its external end wall with the edges of the discharge opening.

At the same time, all the sterpsy corner are made tightly adjacent to the walls of the corner of the box in the closed position.

And also the outer end wall of the measuring corner is made with a gripping tongue having means of attachment to the wall of the box.

The measuring corner itself is made of plastic or thick cardboard.

And the volume of the measuring angle can be calculated both for a certain volume of solvent, mainly water, and as a single dose for one application.

The essence of the solution is illustrated by the accompanying drawings, in which Fig. 1 shows a view of a packaging box with a measuring corner brought to the unloading position; figure 2 is a view of a packaging box with a measured

a corner inserted into the corner of the box at the location of the measured angle); in Fig.3 is a General view of the box with a closed discharge hole with the outer end wall of the measuring corner.

Rectangular packing box 1, made mainly of cardboard, has an outlet 2 closed by a built-in measuring corner 3 made of plastic or thick cardboard, having an outer end wall 4 that covers the outlet 2 in the closed position, and an inner end wall 5, closing the hole 2 in the open position of the corner 3. The walls of the measuring corner 3 are tightly adjacent to the walls of the corner of the box in the entered position of the corner. The measuring corner 3 is fixed in place of the edge of the corner of the box with the axis 6 of the slam, on which it rotates into the working (out of the box) position until the edge of the inner end wall 5 engages with the edge of the discharge hole 2 and the hole is closed around the perimeter. When removing the measuring angle 3 scoops up the bulk material from the box and unloads in an appropriate container. After loading, the measuring corner 3 rotates on the axis 6 into the inoperative position until the outer end wall 4 of the corner closes with the discharge hole 2, blocking it in the lower part with the protrusion 7. The outer end wall 4 also has a gripping tongue 8 on the protrusion 7 for easy opening of the measured corner, which may have means of fastening it to the wall of the box, such as a button or others. For the convenience of bending, the protrusion 7 tightly pressed against the wall of the box in the place of its base can be made corrugation line 9.

The volume of the measuring angle can vary for different materials by various parameters: it can be as a dose for one use, for example cereals for one serving, and it can be calculated on a certain volume of solvent, mainly water.

bulk grocery goods (crochets, sugar, convenience foods, etc.). When the box is completely full, measured) the scoop scoops up a certain amount of bulk material when removing the corner from the box. As the material is consumed, the box must be gradually turned over to fill the corner with material. The introduction of the measuring angle into the box after unloading is carried out in the inverted position of the attaching box. The supply of each box with measuring instruments creates additional convenience for consumers. And in separate, for example, in traveling conditions, it is necessary.

Claims (5)

1. A packing box for bulk materials of a rectangular shape, having an discharge opening on one side of any angle, closed by an openable sash, characterized in that the sash is the outer end wall of the corner, which is inserted into the corner of the box and can be rotated on an axis fixed to the edge the corner of the box, while the corner is made of a certain volume, it is measured and serves for the dosed supply of bulk material from the box by turning it out of the box in the loaded position to connect the tendency of its inner end wall with the edges of the discharge opening and its rotary insertion again into the corner of the box after unloading until the connection of its outer end wall with the edges of the discharge opening. 2. The packaging box according to claim 1, characterized in that all the walls of the measuring corner are made tightly adjacent to the walls of the corner of the box in the closed position. 3. The packaging box according to claim 1 or 2, characterized in that the outer end wall of the measuring corner is made with a gripping tongue having means of attachment to the wall of the box. 4. A packaging box according to any one of claims 1 to 3, characterized in that the measuring corner is made of plastic or thick cardboard. 5. A packaging box according to any one of claims 1 to 4, characterized in that the volume of the measuring angle can be designed both for a certain volume of solvent, mainly water, and as a single dose for one application.