The invention relates to a cover (1) for a waste container (3), having an opening (5) that is formed in the cover (1). Waste (11) can be transferred into the waste container (3) via a sliding surface (9) of a slide (7), the surface being associated with the opening (5). At least one metal detector (13, 13a, 13b, 13c) is associated with the cover (1) such that metal components (15) of the waste (11) can be detected before transferring the waste (11) into the waste container (3).

The invention relates to a cover (1) for a waste container (3), having an opening (5) that is formed in the cover (1). Waste (11) can be transferred into the waste container (3) via a sliding surface (9) of a slide (7), the surface being associated with the opening (5). At least one metal detector (13, 13a, 13b, 13c) is associated with the cover (1) such that metal components (15) of the waste (11) can be detected before transferring the waste (11) into the waste container (3).

This invention is directed towards a waste enclosure device (device) comprising a waste enclosure employing operational functions including collection and monitoring capacity wherein said device includes one or more programmable logic controllers. Operational functions are performed by electrical components including sensors to determine waste deposits characteristics and contents. Said device operational functions are further adapted to send and receive data, optionally wirelessly, and configured and adapted to utilize solar derived electrical power and, optionally, electric power from other sources.

This invention is directed towards a waste enclosure device (device) comprising a waste enclosure employing operational functions including collection and monitoring capacity wherein said device includes one or more programmable logic controllers. Operational functions are performed by electrical components including sensors to determine waste deposits characteristics and contents. Said device operational functions are further adapted to send and receive data, optionally wirelessly, and configured and adapted to utilize solar derived electrical power and, optionally, electric power from other sources.

Provided is a can body containing contents such as carbonated beverages, the can body being capable of suppressing the occurrence of an unexpected opening while increasing the internal pressure resistance. In the can body, formula (A+B).Math.E/Z<1.88 is satisfied when 0<L<Y2, with the following definitions: L=D.Math.cos (1 2), A=X.Math.(L+Y1Y2)/Y1, and B=L+Y1Y2, under a condition of E<Z.

Provided is a can body containing contents such as carbonated beverages, the can body being capable of suppressing the occurrence of an unexpected opening while increasing the internal pressure resistance. In the can body, formula (A+B).Math.E/Z<1.88 is satisfied when 0<L<Y2, with the following definitions: L=D.Math.cos (1 2), A=X.Math.(L+Y1Y2)/Y1, and B=L+Y1Y2, under a condition of E<Z.

A packaging for a liquid to be dispensed includes a bottle having a mouth, a finish, a neck, a multi-faceted shoulder, a multi-faceted bottle body having a multi-faceted cross-sectional configuration, and a base. The packaging also includes a safety cap which cooperates with the finish and is free to rotate when secured to the finish sealing the mouth of the bottle and the safety cap having a continuous side wall. The packaging further includes a reusable dosage cup having a closed end and side walls that extend up to an open end, the side walls having an interior surface with a plurality of spaced fins extending inwardly to contact the continuous side wall of the safety cap and form a friction fit therewith such that the reusable dosage cup can be removably secured to the safety cap, wherein the open end of the reusable dosage cup has a circumferential configuration dimensioned to be the same as the cross-sectional dimensions and configuration of the multi-faceted bottle body and when the reusable dosage cup is placed over the safety cap and pressed down to secure the reusable dosage cup to the bottle, the reusable dosage cup and the safety cap will rotate to a position such that the side walls of the reusable dosage cup will align with and match the cross-sectional configuration of the multi-faceted bottle body.

A packaging for a liquid to be dispensed includes a bottle having a mouth, a finish, a neck, a multi-faceted shoulder, a multi-faceted bottle body having a multi-faceted cross-sectional configuration, and a base. The packaging also includes a safety cap which cooperates with the finish and is free to rotate when secured to the finish sealing the mouth of the bottle and the safety cap having a continuous side wall. The packaging further includes a reusable dosage cup having a closed end and side walls that extend up to an open end, the side walls having an interior surface with a plurality of spaced fins extending inwardly to contact the continuous side wall of the safety cap and form a friction fit therewith such that the reusable dosage cup can be removably secured to the safety cap, wherein the open end of the reusable dosage cup has a circumferential configuration dimensioned to be the same as the cross-sectional dimensions and configuration of the multi-faceted bottle body and when the reusable dosage cup is placed over the safety cap and pressed down to secure the reusable dosage cup to the bottle, the reusable dosage cup and the safety cap will rotate to a position such that the side walls of the reusable dosage cup will align with and match the cross-sectional configuration of the multi-faceted bottle body.

A bottle pressure seal with environmental data logging that is coupled to a bottle and that seals the atmospheric pressure outside of the bottle so that the internal pressure of the bottle and cork are maintained at whatever pressure they came into equilibrium with regardless of the external pressure outside of device and bottle. In the event of air travel, where the pressure can be on the order of 2500 to 3500 meters, the internal pressure of the bottle and the pressure on the cork remains at the initial pressure at the time that the device was placed on the bottle.

A bottle pressure seal with environmental data logging that is coupled to a bottle and that seals the atmospheric pressure outside of the bottle so that the internal pressure of the bottle and cork are maintained at whatever pressure they came into equilibrium with regardless of the external pressure outside of device and bottle. In the event of air travel, where the pressure can be on the order of 2500 to 3500 meters, the internal pressure of the bottle and the pressure on the cork remains at the initial pressure at the time that the device was placed on the bottle.