The present invention relates to a plastic jar (500) comprising of a liquid storage chamber (501) and the said liquid storage chamber comprising of a lower end (503) and an upper end (502), and an upper dispensing end (506) at one end of the chamber for introducing liquid to the chamber and removing liquid from the chamber. Further, the said lower end (503) of the liquid storage chamber (501) is structurally created or molded with a holding mechanism below the lower end of the said liquid storage chamber, and the said holding mechanism comprises of a plurality of hand/palm support deep curves (507, 508) which allows a user to carry the said plastic jar with a fine grip.

Disclosed is a bottle for containing liquid content including a body portion, at least part or the entire portion of an upper portion of which is provided with a plurality of guides which protrudes inward from an inside surface thereof and is in a spiral pattern so that the liquid content can be guided towards an opening of a neck portion of the bottle while spirally revolving inside the bottle.

The present application provides a bottle. The bottle may include a label panel in the form of a ripple panel having a number of undulating waves and a number of troughs therebetween and a ribbed panel having a number of ribs and a number of lands therebetween.

A glassforming blank mold having an internal surface and an engraving in the internal surface, wherein the engraving, in cross section, includes a radially outward surface having a circumferential width, and sidewalls connecting the radially outward surface to the internal surface of the blank mold, and including fillets between the radially outward surface and the sidewalk, and rounds between the sidewalls and the internal surface of the blank mold, such that the sidewalls are not straight but, instead, are continuously curving. A method of making a glass container using the mold is also disclosed, as is the glass container itself.

The present invention relates to a plastic jar (500) comprising of a liquid storage chamber (501) and the said liquid storage chamber comprising of a lower end (503) and an upper end (502), and an upper dispensing end (506) at one end of the chamber for introducing liquid to the chamber and removing liquid from the chamber. Further, the said lower end (503) of the liquid storage chamber (501) is structurally created or molded with a holding mechanism below the lower end of the said liquid storage chamber, and the said holding mechanism comprises of a plurality of palm support deep curves (507, 508) which allows a user to carry the said plastic jar with a fine grip

A plastic bottle including a body portion, a neck portion extending from the body portion, and a plurality of equally sized and spaced ribs disposed around a circumference of the neck portion. The body portion can be configured to contain liquid. The neck portion can define an opening for dispensing liquid from the bottle and have a central axis. Each of the plurality of ribs can extend across an interface region between the neck portion and the body portion. Each of the plurality of ribs can extend across the interface region at an angle relative to the central axis of the neck. Each of the plurality of ribs can have a length of 1 mm to 10 mm.

This disclosure provides reusable packaging materials, methods and designs that provide improved life cycles to the package. In one aspect, there is provided an effective and economical means for improved scuff resistance on a package, by provided the refillable container with a raised wear band around the largest circumference of the container. The wear band focuses the wear such that the abrasion pattern develops in a controlled and aesthetically benign manner.

A plastic container including a top container portion having a plurality of spaced top strut members, a bottom container portion having a plurality of spaced bottom strut members, and a middle container portion located between the top and bottom container portions. The top, bottom and middle container portions oriented along a container axis. The middle container portion includes a plurality of annular rib members each rib member being separated from longitudinally adjacent rib members by an annular groove, each groove having a number of middle strut members disposed along a length of the groove, adjacent middle strut members of adjacent grooves being longitudinally aligned. Each container portion comprises a plurality of first columns comprised collectively of a top strut member, middle strut members and a bottom strut member the top strut member, middle strut members and bottom strut member comprising each of the first columns are longitudinally aligned.

The present invention relates to a plastic preform (200) for a container (300) comprising at least one elongate reinforcing element (210), and obtained by injection-molding. The present invention further relates to a container (300) blow-molded from such a preform (200), and comprising at least one reinforcing element (320), and having a continuous and smooth outer surface (310b).

A neck for a food package is disclosed. The neck comprising a main body having an upper part configured to be closed with a cap, a lower part configured to be attached to the food package and a neck wall extending between the upper part and the lower part along a main axis of the neck, the neck wall having a wall thickness along a direction transverse to the main axis, and a tether band holding portion configured to hold the cap to the neck via a tether band, wherein an outside surface of the neck wall is provided with cap parking protrusions, the cap parking protrusions having an extension in the direction transverse to the main axis which is less than 50% of the wall thickness.