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.

A stretch blow moulding system for PET containers with PET integral handles; the containers blown from injection moulded preforms; each preform having the integral handle projecting from a junction point on a body portion of the preform; containers blown in a continuously rotating stretch blow moulding machine of the system. In a preferred form the preforms are progressed continuously at a substantially constant speed; the containers blown therefrom progress at the same substantially constant speed through to the filling and capping machine; and wherein the containers progress continuously through the filling and capping machine at the same substantially constant speed. Also described is a continuous stretch blow moulding system applied to specified integral handle PET preform and PET blown container structures stretch blown from the preforms thereby to obtain variable wall thickness of the preforms and/or variable wall thickness of the containers.

A container obtained by blow-moulding a rolled tube. The container includes a body extending, according to a longitudinal axis, between a bottom and a neck made integrally in one-piece with the body. The body has, along a height according to the longitudinal axis, a wall having a thickness between 0.05 mm and 0.4 mm. The neck has, along the height according to the longitudinal axis, a wall having a thickness between 0.4 mm and 0.8 mm.

A container for storing medications comprises a body with a top end, a bottom end, and a closeable opening at the top end. The bottom end features a stabilizing structure with a pair of projections positioned on opposite sides of the body and a connecting portion between the projections. The body includes a substantially planar first surface extending from the top end to the connecting portion, a pair of second surfaces extending from the top end to the sides of the projections, and a third surface with an upper portion protruding outward, a middle portion tapering inward, and a lower portion forming part of the stabilizing structure. This design enhances stability, label visibility, and ease of handling. The closeable opening can include various mechanisms such as a screw cap, child-resistant cap, snap-fit cap, flip-top cap, press-and-turn cap, or hermetically sealed cap to ensure airtight storage.

A container includes a body, the body has pillars, and the body also has dynamic panels. The pillars include first, second, third and fourth pillars, and each of the first, second, third and fourth pillars is substantially rounded outward relative to a vertical axis of the container. The dynamic panels include first, second, third and fourth dynamic panels. The first dynamic panel extends between the first pillar and the second pillar, is substantially parallel to the third dynamic panel, and is substantially perpendicular to each of the second and fourth dynamic panels, such that the pillars are positioned at corners of the container. Each of the first, second, third and fourth pillars has greater stiffness than each of the first, second, third and fourth dynamic panels and thereby provide a controlled deformation of the container under vacuum pressure or top loading.

A container with a screw cap is produced from a plastics material, by blow molding, and has a body with a first end and a second end, which is located opposite the first end, and with a lateral surface located therebetween, wherein a base with a standing surface is formed at the second end and an opening is formed at the first end, and wherein the opening is defined by a neck, which encloses the opening and is formed in one piece with the container, an external thread being formed on the neck, wherein the screw cap is provided with an internal thread which, when the screw cap has been placed in position, interacts with the external thread, and wherein a sealing element is formed on the inner side of the screw cap.

A container being produced from a plastic material, in particular by means of extrusion blow molding, and the container includes a body having a first end and a second end which is substantially opposite the first end, and a casing located therebetween, wherein a bottom having a base is formed at the second end and an opening is formed at the first end, the opening is defined by a neck which surrounds the opening and which is integral with the container, an external thread is formed on the neck, and the screw cap is provided with an internal thread which can interact with the external thread when the screw cap has been put on. The neck is located off-center within the perimeter of the bottom in the top view.

A container includes a flat foot base having a gate centered on a central axis of the container and a sidewall connected to the base and defining a portion of an interior of the container. A plurality of strap ribs are positioned in the base, each one of which extends radially outward toward the sidewall. A plurality of recessed columns are positioned in the sidewall and formed from varying depth sidewall ribs extending along a periphery of the sidewall. Each varying depth rib includes shallow sections and deep sections, the shallow sections having a rib depth less than a rib depth of the deep sections. The shallow sections of the varying depth ribs are aligned to form the recessed columns. At least one strap rib is aligned with at least one recessed column.

The soap or shampoo bottle that converts into a toy is an entertainment. The soap or shampoo bottle that converts into a toy is a container. The soap or shampoo bottle that converts into a toy is configured for use in containing a liquid phase compound. The soap or shampoo bottle that converts into a toy incorporates a bottle structure and a plurality of decorative structures. The plurality of decorative structures attach to the bottle structure. The liquid phase compound is stored within the bottle structure.