A heat shielding container assembly for protecting electronic devices, medications, and cosmetics includes a shell that defines an interior space. The shell is insulated. A cut extends circumferentially around and through a sidewall of the shell to define a lid and a box. The lid is selectively couplable to the box so that the lid is positioned to be separated from the box to insert an article into the interior space. The lid also is positioned to be coupled to the box to seal the article within the shell. The shell is configured to protect the article from damage when the ambient temperature is elevated to a level that would damage the article.

A seal bottle assembly includes a bottle and a cap is removably mounted to the top opening of the bottle to seal the first room. The cap includes a radial hole defined radially therethrough. A switch unit includes a seal part located in the cap, and a control part located outside of the cap. When the control part is pushed toward the seal part, the pressure in the cap and the bottle is the same as that of outside of the bottle assembly so that the cap is removable relative to the bottle. When the control part is pulled away from the seal part and the seal part is moved to seal a communication between the first and second rooms. The pressure in the cap and the bottle is different from that of outside of the bottle assembly so that the cap is not removable relative to the bottle.

A box includes a base and a cover which is removably mounted to the base. The base includes a first room defined therein, and a connection strip extends from the periphery of the top opening of the base. A knob is formed on the connection strip. The cover includes a skirt extending from the periphery thereof so as to form a second room between the skirt and the cover. The skirt includes a U-shaped recess formed in the outside thereof such that the knob is engaged with the U-shaped recess. The U-shaped recess includes a U-shaped inside wall formed between two reinforcement ribs and the outside of the skirt to easily accommodate the knob.

A ventilated container for produce includes a bottom, sidewalls extending upwardly from the bottom, and a rim having a flattened top surface. The sidewalls include at least one ventilation opening located proximate the rim of the container thereby permitting the rim of the container to be generally flat and uninterrupted. The location of ventilation opening(s) proximate the rim of the container allows the flow of rising ethylene gas within the container to exit near the top of the container improving ventilation within the container. A plastic film can be applied over the top of the container and is adhered to the container with an adhesive to form a secure and rigid seal between the film and the container. The flattened surface of the rim improves the adherence between a film and the container to enclose and seal the container, aids the rigidity of the container, and lessens the likelihood of the edges of the rim being bent or folded when pressure is exerted to protect produce provided within the container. Moreover, an aperture on the bottom of the container provides drainage of liquid from the container and allow air to flow.

A vacuum-insulated container (1) comprises a container body (2) and a container lid (3). The container body (2) is formed from an inner body shell (8) and an outer body shell (6), which are both made of a metal material. A core (7) is provided between the inner body (shell 8) and the outer body shell (6), and a seal (11) connects to (flanges 12) of the inner body shell (8) and the outer body shell (6), so as to define an intermediate vacuum space (10) surrounding the core (7). A compressible gasket (17) is provided to protect the seal (11). The lid (103) has two pair of fasteners (122) hingedly connected to opposing sides of the lid (103). Each of the fasteners (122) is releasably connectable to the body (102) whilst the lid is in a closed position with respect to the body.

A disposable, non-toxic, biodegradable, flexible cover fitting on beverage containers to protect from unwanted contamination or spillage.

A cylindrical storage jar defining two or more compartments for storing material, each compartment detachable to a superior or inferior cylindrical compartment.

A portable deployable container system has structural elements, including a base, a cover, and a set of panels, which can be manipulated into at least two container configurations. In one configuration, a container is formed by releasably securing the cover to the base to define a first volume. Some or all of the panels may be enclosed within such first volume, defining an undeployed configuration for the system. A second configuration involves removably securing some or all of the set of panels to the base and enclosing the panels with the cover, thereby deploying the system and forming a second, deployed configuration enclosing a volume larger than the first volume. Interconnections between the structural elements benefit from duckbill connections which add strength to the configurations by receiving flanges of first elements into corresponding channels of second elements formed by flared walls on such structural elements.

A seal bottle assembly includes a bottle and a cap is removably mounted to the top opening of the bottle to seal the first room. The cap includes a radial hole defined radially therethrough. A switch unit includes a seal part located in the cap, and a control part located outside of the cap. When the control part is pushed toward the seal part, the pressure in the cap and the bottle is the same as that of outside of the bottle assembly so that the cap is removable relative to the bottle. When the control part is pulled away from the seal part and the seal part is moved to seal a communication between the first and second rooms. The pressure in the cap and the bottle is different from that of outside of the bottle assembly so that the cap is not removable relative to the bottle.