The utility model relates to containers for storing and transporting liquids, in particular to canisters for transporting and storing hazardous substances, food products, technical fluids (auto chemistry, household and construction chemicals, oils, etc.). The technical result achieved by the proposed utility model is an increase in stability, in particular, of empty canisters when stacked during storage and transportation. The canister includes a housing containing an upper wall with a handle and a neck located in its central recess, front, rear and side walls, a bottom with a recess for the neck, stacking elements in the form of supporting-fixing protrusions on the upper wall of the canister and recesses located opposite to them in the bottom of the canister ... When the lateral sides pass into the front and rear walls, vertical narrow recesses are made along the entire height of the canister. In the bottom of the canister, a recess is made for the handle, corresponding to the length of the overall length of the canister handle, the width of the recess is not less than the overall width of the handle, and the depth is not less than the height of the handle protrusion above the surface of the upper wall of the canister body, the stacking elements are made in the form of two pairs of support-fixing protrusions on the upper wall of the canister and opposed to them located recesses in the bottom of the canister. In this case, the supporting-fixing protrusions, as well as the oppositely located depressions in the bottom of the canister, have the shape of a trapezoid in cross-section, while one of the pairs located closer to the rear wall is made in the form of short arcs, and the other pair, located closer to the front wall is made in the form of short straight sections. 3 ill.
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