A device having a base part (1) and a removable member (3) that is mounted in removable manner on the base part (1), the base part (1) and the removable member (3) including a magnetic means (15, 35) that generates axial magnetic attraction between them that is at its maximum in an assembled rest position. The device further includes a mover means (4), distinct from the removable member (3), for moving the removable member (3) axially away from the base part (1), starting from the assembled rest position, by turning an actuator member (7) that forms part of the mover means (4), so as to reduce the magnetic attraction between the base part (1) and the removable member (3), and thus facilitate the removal of the removable member (3).

A magnetic suction structure of a vacuum cup, having a mounting piece, a pivot piece and a cup lid; the vacuum cup has a water outlet; the mounting piece is mounted on a periphery of the water outlet; the pivot piece is rotatably connected with the mounting piece; the pivot piece has a through hole; when the pivot piece is rotated to close against the mounting piece to achieve a close state, the through hole sleeves the water outlet; when the pivot piece is rotated away from the mounting piece to achieve an open state, the pivot piece and the mounting piece are magnetically engaged; the cup lid is rotatably mounted in the through hole and in threaded connection with the water outlet. The vacuum cup ensures good sealing effect, prevents the cup lid from falling down, and thus enhances user's experience.

In accordance with aspects of the present disclosure, an apparatus includes a holder having a flexible sheet with a foldable portion that is foldable along an axis to form an upper portion and a lower portion of the flexible sheet, wherein the upper portion contains at least one magnet embedded therein and the lower portion contains at least one magnet embedded therein. The apparatus further includes at least one rigid container dimensioned to fit within the holder when the holder is folded, where the rigid container includes at least a first magnet with the first magnet located to engage the at least one magnet embedded in the lower portion of the holder and the at least one magnet embedded in the upper portion of the holder.

A double-walled insulating container having a dish structure, a lid structure and a retaining ring. The dish structure includes a dish inside wall and a dish outside wall. The dish inside wall and the dish outside wall are fixedly separated by a dish insulation space therebetween. The dish inside wall and the dish outside wall are joined at an upper section of the dish structure to enclose the dish insulation space. The dish inside wall defines a dish interior space. The dish outside wall having an outwardly extending dish flange. The lid structure is configured to resealably-seal the dish interior space. The lid structure has a lid inside wall and a lid outside wall The lid inside wall and the lid outside wall are fixedly separated by a lid insulation space therebetween. The lid inside wall and the lid outside wall being joined at a lower section of the lid structure to enclose the lid insulation space. The lid inside wall defines a lid interior space. The lid outside wall has an outwardly extending lid flange. The retaining ring is configured to engage the lid flange. The retaining ring has at least one securing clip configured to engage dish flange to secure the lid structure to the dish structure.

A protective padded panel that comprises a panel member of a predefined shape and magnetic cap members mounted on the corner members of the panel member is disclosed herein. The panel member comprises a covering member comprising a front layer and a back layer made of a first material, and an inner member made of a second material. Dimensions of the front layer, the back layer, and the inner member are the same. The inner member is embedded within the front layer and the back layer and define a first dimension, a second dimension, and a third dimension. The corner members are defined by the embedded inner member. Each magnetic cap member encompasses at least portions of adjacent surfaces along the third dimension of the corresponding corner member and a defined portion along a plane of the first dimension and the second dimension along the back layer.

The Magnet Bag is, in essence a small durable, mobile fabric pouch that has a sewn-in magnetic component which allows the user to affix the pouch to most metal surfaces. A removable secondary magnetic component Magnet Bag Accessory Piece allows for the pouch to be affixed to any nonmagnetic surface or attached to clothing with strap magnetically as well. This versatility allows for several home, office, commercial applications. Magnet Bag is available in 2 sizes 5.5-8.5 wide all 9.5 Long with the potential to be slightly larger. Magnet Bag has the option to be printed.

The present disclosure relates to packaging boxes for toy cars. The packaging box of the present disclosure serves a dual purpose, firstly for packaging the toy car and secondly, the packaging box serves as an accessory for the toy car. The packaging box comprises a container element and a lid element, each comprising at least one upright longitudinal sidewall and at least one lateral foldable sidewall, wherein the longitudinal sidewall and the foldable sidewall of the container element and the lid element engage with each other defining a track, which can be employed for displacing the toy car thereon.

The magnetic food storage is formed from a container and a lid, each with one or more embedded magnets. The magnets interact with each other to hold the containers to each other, hold lids to containers, and hold lids to lids. The magnets are preferably molded inside of the lid and inside the container, the magnets being surrounded by material. This avoids any contact between stored food and the magnets, thus preventing contamination.

A beverage insulator system, process of making, and method of use is presented having an aesthetic shape which improves upon ergonomics and visual appeal. The beverage insulator system, process of making, and method of use presented herein provides a better user experience while also providing an increased product life, with rigid durability while still allowing user comfort. The beverage insulator system, process of making, and method of use presented herein causes maximum retardation of heat transfer through the injection of insulating plastics, as well as other thermal resistance properties. Additionally, the beverage insulator system, process of making, and method of use secures beverage containers within in close and tight tolerances to prevent and/or reduce rattle.

A lid for a container having an upper rim bead, the lid having a fiber-containing body and a mating portion depending from the body that is configured to mate with the upper rim bead, wherein the mating portion has a higher weight percentage of a polymer than the body. The mating portion can include the polymer on a medial or lateral surface, and/or inside the mating portion, or the mating portion can be entirely made of polymer.