Rubber can capable of transversely stacking

Abstract

The invention relates to a rubber can capable of transversely stacking. The rubber can capable of transversely stacking comprises a can body which is square or rectangular. Area of front and rear side face of the can body is greater than that of left and right side face of the can body; the upper part and lower part of the left side face of the can body are provided with at least two transverse grooves, and the right side face of the can body is provided with at least one vertical rib. When a plurality of rubber cans are stacked transversely, the upper and lower transverse grooves of the can body at upper layer are rightly clamped above the vertical ribs of the left and right can bodies which are arranged transversely in parallel; and the front and rear side faces are provided with a plurality of inwards concave transverse reinforcing ribs. The rubber can capable of transversely stacking is characterized in that transverse reinforcing ribs are correspondingly arranged at end of each transverse groove; the transverse reinforcing ribs extend from the end of the transverse grooves on the left side face to the position of the vertical rib on the right side face. The rubber can capableof transversely stacking has less product material, low cost, high intensity and reasonable mechanical structure.

Description

technical field [0001] The invention relates to a glue tank container, in particular to a glue tank which can be stacked horizontally. Background technique [0002] Plastic cans can be used to hold various liquid substances, such as edible oil, soy sauce, detergent, fuel oil, chemical raw materials, etc. The commonly used large-capacity plastic cans are generally square or round, but whether they are empty or filled with liquid Plastic cans all have the disadvantage of inconvenient transportation. After the cans are stacked, they are easy to slip during transportation. Therefore, only one or two layers can be placed during transportation, and straps are required to fix them. This is not only troublesome but also causes The waste of transportation resources, in addition to being unstable during transportation, even if they are stacked on warehouses or shelves, the existing tanks are also prone to slipping. Therefore, people can only add carton packaging to the tanks or use ir...

AI Technical Summary

Problems solved by technology

[0002] Plastic cans can be used to hold various liquid substances, such as edible oil, soy sauce, detergent, fuel oil, chemical raw materials, etc. The commonly used large-capacity plastic cans are generally square or round, but whether they are empty or filled with liquid Plastic cans all have the disadvantage of inconvenient transportation. After the cans are stacked, they are easy to slip during transportation. Therefore, only one or two layers can be placed during transportation, and straps are required to fix them. This is not only troublesome but also causes The waste of transportation resources, in addition to being unstable during transportation, even if they are stacked on warehouses or shelves, the existing tanks are also prone to slipping. Therefore, people can only add carton packaging to the tanks or use iron Cans are used to hold things, which leads to an increase in cost

[0003] On the other hand, even if the plastic cans are stacked in multiple layers, in order to prevent the deformation of the tank body, the tank wall of the plastic tank is often made thicker. Due to unreasonable layout, it is still difficult to meet the strength requirements when multi-layer bottles are stacked

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