Container having a mini-petal-shaped bottom with transverse grooves
Container made of plastic material includes a body and a petal-shaped bottom ( 3 ) extending the body, the bottom ( 3 ) having a bottom wall ( 4 ) of general convex shape toward the outside of the container, from which feet ( 7 ) formed by protrusions project, separated two by two by portions of the bottom wall ( 4 ) forming recessed valleys ( 12 ) that extend radially to a periphery ( 8 ) of the bottom ( 3 ), the bottom ( 3 ) also including, in each valley ( 12 ), in the vicinity of the periphery ( 8 ) of the bottom ( 3 ), at least one groove ( 17, 18 ) that extends transversely relative to the radial direction of extension of the valley ( 12 ).
1. A container ( 1 ) made of plastic material, comprising:
a body ( 2 ); and
a petal-shaped bottom ( 3 ) having a periphery ( 8 ) by which the bottom ( 3 ) connects to the body ( 2 ), the bottom ( 3 ) comprising a bottom wall ( 4 ) of convex shape toward the outside of the container ( 1 ), from which feet ( 7 ) formed by protrusions project, separated two by two by portions of the bottom wall ( 4 ) forming recessed valleys ( 12 ) that extend radially to the periphery ( 8 ) of the bottom ( 3 ),
wherein the bottom ( 3 ) also comprises, in each valley ( 12 ), in the vicinity of the periphery ( 8 ) of the bottom ( 3 ), at least one groove ( 17 , 18 ) that extends transversely relative to the radial direction of extension of the valley ( 12 ).
2. The container ( 1 ) according to claim 1 , wherein the groove ( 17 , 18 ) extends from one edge of the valley ( 12 ) to the other.
3. The container ( 1 ) according to claim 2 , wherein the groove ( 17 , 18 ) has a central hollow that, in radial cross-section, has the shape of an arc with concavity rotated toward the outside of the container and fillets that border the central hollow and have, in radial cross-section, the shape of an arc with concavity rotated toward the inside of the container.
4. The container ( 1 ) according to claim 1 , wherein the groove ( 17 , 18 ) has a central hollow that, in radial cross-section, has the shape of an arc with concavity rotated toward the outside of the container and fillets that border the central hollow and have, in radial cross-section, the shape of an arc with concavity rotated toward the inside of the container.
5. The container ( 1 ) according to claim 1 , wherein the groove ( 17 , 18 ) has a depth of between 0.8 mm and 1.5 mm.
6. The container ( 1 ) according to claim 1 , wherein the at least one groove ( 17 , 18 ) of the bottom ( 3 ) comprises a main groove ( 17 ) and at least a secondary groove ( 18 ) offset from the main groove ( 17 ) toward the center of the bottom ( 3 ).
7. The container ( 1 ) according to claim 6 , wherein the secondary groove ( 18 ) has a length, measured transversely, that is less than that of the main groove ( 17 ).
8. The container ( 1 ) according to claim 1 , wherein with the bottom ( 3 ) having an overall diameter D1, the feet ( 7 ) define a standing plane ( 10 ) that has a diameter D2 such that:
0.67 ·D 1 ≦D 2≦0.72 ·D 1.
9. The container ( 1 ) according to claim 1 , wherein the bottom ( 3 ) has an overall diameter D1 and a total height H1 such that:
0.25 ·D 1 ≦H 1≦0.28 ·D 1.
10. The container ( 1 ) according to claim 1 , wherein the bottom ( 3 ) has a concentric central region ( 19 ) and a concentric peripheral region ( 20 ) that are separated by a continuous setback ( 21 ) that overlaps the feet ( 7 ) and the valleys ( 12 ).
11. The container ( 1 ) according to claim 1 , wherein each foot ( 7 ) is provided with a groove ( 22 ) that extends axially and overlaps an apex ( 9 ) of the foot ( 7 ).
12. The container ( 1 ) according to claim 1 , wherein the at least one groove ( 17 , 18 ) of the bottom ( 3 ) comprises at least two adjacent grooves ( 17 , 18 ).