Provided is a resin container for a water server, the container including an upper surface portion where a liquid inlet and outlet portion is formed, a side surface portion connected to the upper surface portion, and a bottom surface portion disposed on a side opposite to the upper surface portion and connected to the side surface portion. A round corner surface portion is formed to the side surface portion such that the container has a polygonal shape with round corners when the container is viewed from an upper surface portion side. A wall thickness of a shoulder portion of the upper surface portion which is defined between the round corner surface portion of the side surface portion and the inlet and outlet portion is larger than a wall thickness of a portion of the upper surface portion which is adjacent to the shoulder portion.

A container is provided with a body portion. The body portion includes a first vacuum panel, a second vacuum panel, a third vacuum panel, a first diagonal column between the first vacuum panel and the second vacuum panel, and a second diagonal column between the second vacuum panel and the third vacuum panel. The second vacuum panel and the third vacuum panel are oriented in opposite directions. In response to a change in an internal container pressure, the body portion flexes at the first vacuum panel such that a surface of the first vacuum panel increases in concavity in response to an increasing pressure change.

Provided is a bottle which includes a neck portion configured to receive a cap to seal the bottle, a lower portion including a bottom on which the bottle is configured to stand erect, an upper portion extending from the neck portion to the lower portion and an annular rib. The annular rib defines a transition between the lower portion and the upper portion and protrudes outwardly with respect to both the upper portion and the lower portion of the bottle. The upper portion, lower portion and annular rib are portions of a single entity formed from one material. The upper portion is configured to reversibly collapse into the lower portion.

A polymeric container including a finish defining an opening of the container. A shoulder of the container is between the finish and a body of the container. Abase of the container is at an end of the body opposite to the shoulder. The base is configured to support the container upright. A plurality of body ribs are at the body. A shoulder rib is between the shoulder and the body. The shoulder rib has a maximum height that is about 5 times greater than a maximum depth of the shoulder rib.

An apparatus is provided for a container comprising a base, a bell, a sidewall between the base and the bell, a neck and a finish which define an opening to an interior of the container, and a shoulder between the sidewall and the bell. Strap ribs extend from a central portion of the base and terminate at the sidewall. The strap ribs cooperate with vertically aligned recessed columns of the sidewall to resist bending, leaning, crumbling, or stretching along the sidewall and the base. An inwardly offset portion of the sidewall is disposed between each pair of adjacent recessed columns. The inwardly offset portions of the sidewall are configured to resist outward bowing of the sidewall due to internal pressure of contents within the container.

A plastic, hot-fillable container is provided. The container comprises a blow molded body defining a longitudinal axis. The body including a base and a neck having at least one rib disposed about at least a portion of a circumference of the neck and transverse to the axis, and at least one angled thread. The at least one rib defining a cross section having a first portion and a second angled portion. Container systems and methods of manufacturing containers are provided.

The invention relates to a container (1), preferably a bottle, which extends along a main axis (A) and comprising a wall forming a neck portion (2), a shoulder portion (3) connected to the neck portion (2), a body portion (4) connected to the shoulder portion (3), the body portion (4) comprising a grip portion (7), and a base portion (5) forming the bottom of the container (1) and connected to the body portion (4). The grip portion (7) comprises, over at least the majority of its dimension along the main axis (A), a plurality of spiral ribs (13) formed by the wall of the container (1) and spiralling in parallel around the main axis (A). The spiral ribs drastically increase side stability, compression and twisting deformation resistance of the container, while they have a non-technical and appealing appearance.

The technical field of the invention is the production industry of the transparent plastic pet bottle, with “flat walled” body, produced in the current market for the carbonated drinks.

The invention enables that the (CO2) gas from the carbonated drinks is controlled via fixing apparatus thanks to transparent, plastic pet bottle which can be shortened-extended lengthwise in the vertical axis such that it has from 400-450 ml, 500 ml, 1000 ml, 1500 ml, 2000 ml and to 2500 ml, which is produced like in (2) with a bellow shaped body. After some amount of the carbonated drink is consumed, while the cap is open, we slightly press the pet bottle with bellow body from the top until the level of the drink comes to the top part of the cap of the pet bottle (E) and immediately close the cap. By this way, we remove the air entering the bottle and (CO2) gas extracted from the drink from the bottle. After this procedure, since no empty volume is left inside the bottle, we stop the CO2 gas continuing getting out of the drink.

After the cap is closed, the pet bottle is placed to the concave platform (D) of the special apparatus. The length is adjusted such that the “ring fitting in the neck of the bottle (A)”, which can move vertically, upward-downward on (C) directly, comes approximately 2-3 cm under the cap of the bottle and it is fit to the neck of the pet bottle and fixed via latch (B).

By this way, in case that the bellowed pet bottle is shaken for any reason, vibrated when carrying, get an impact, it is prevented that the CO2 gas inside the drink with the shaking of the carbonated drink inside the bottle comes off and the pet bottle moves upwards with the pressure occurring by it. The same procedure is repeated after every consumption. In this case, because there is no volume left which the gas coming out of the drink fills, CO2 gas becomes preserved inside. By this way, the carbonated drinks' characteristics, quality and taste when the cap of the carbonated drinks is opened for the first time are preserved.

The purpose of the invention is the only remedy for junking and wasting the carbonated drinks, gone flat, therefore the taste of which is spoiled and/or for the problem of the consumers who can't junk the drinks which lost gaseous characteristics and quality.

Furthermore, the invention serves to the global economy for preventing wasting substantial amount of carbonated drinks in the country and across the globe and more pet bottles aren't junked and left to the nature.

The transparent plastic pet bottle, with a “bellow shaped” body, is produced with the same techniques with the known, conventional pet bottles which the b

The present application discloses a sound-generable lid for a bottle. The sound-generable lid comprises a lid and a sound generator. The lid comprises a lid hole. The sound generator is passed through the lid hole and is capable of generating sound when air volume inside the bottle is changed. The sound generator comprises a tube, a cap and a sound maker. The cap comprises at least one cap hole and is coupled to the tube. The sound maker is disposed within the tube. The sound maker comprises atoning wedge, a reed, an o-ring and a fixer. The toning wedge is vibrated toward the toning wedge. The toning wedge is curved. The o-ring bundles the toning wedge and the reed. The fixer fixes the o-ring inside the tube. A sound-generable bottle and a method for using the above-mentioned sound-generable lid are also disclosed.

A beverage container includes a base, a sidewall extending from and integrally formed with the base, and an upper region extending from the sidewall and defining an upper opening. The beverage container includes a longitudinal axis extending in a direction from the base to the upper opening. The beverage container further includes a continuous channel formed in and extending continuously around a circumference of the sidewall, wherein the continuous channel includes peaks and troughs connected by diagonal regions. The continuous channel is configured to resist paneling and elongation of the beverage container. The beverage container further includes a central channel formed in and extending continuously around a circumference of the sidewall at a central portion of the sidewall, wherein the central channel is configured to resist paneling of the beverage container.