A storage container includes a container body and a lid that has a first lid portion, a second lid portion, and a hinge portion between the first and second lid portions. Two sides of the hinge portion are formed with a first inclined surface connected to the first lid portion and a second inclined surface connected to the second lid portion, respectively. The first inclined surface is provided with at least one first engaging unit. An outer wall surface of the first engaging unit has a first stopper. The first stopper is parallel to or perpendicular to a horizontal plane of the lid. The second inclined surface is provided with at least one second engaging unit. An inner wall surface of the second engaging unit has a second stopper. The second stopper is perpendicular to or parallel to the horizontal plane, and is perpendicular to the first stopper.

A perishable particle compression container stores and preserves a quantity of perishable particles, such as dry good particulates, coffee, tea, or tobacco. The compression container includes a container body and a lid. The container body includes a container-compression blade connected to a lateral wall, a container base, and a container-blade support. The lid includes a lid-compression blade connected to a lid base, and a lid-blade support. The lid-compression blade is positioned within the container body as the lid engages the container body. The lid pivots about the container body to allow the lid-compression blade to rotate around the container-blade support and compress the perishable particles within the container body.

A re-sealable vessel includes a body with an open end and a lid assembly. The lid assembly includes a cap with a seal sized to seal against the open end of the body and the cap is at least partially formed from a fusible metal with a melting point less than a threshold temperature comprising a boiling point or a temperature associated with a threshold vapor pressure of a liquid contained within the body, such that when a temperature of the fusible metal exceeds the melting point, the fusible metal melts, leaving an aperture through the cap.

A child resistant straight wall container includes a body, a means in which to hold the internal contents, and a means in which to cover the internal contents, the body including a depressed internal space including upward extending walls, an open end and a base forming a cup, the upward extending walls curve inward to form the base of said cup.

A product packaging container for containing and displaying a product. The container includes a lid and a container portion. The lid has a lid rim and lid outer side having a semi-spherical lid outer surface. The lid is formed of a translucent material and the lid is optically magnifying with respect to light passing through the lid. The container portion having a container portion inner side and defining a container longitudinal axis. The container portion inner side being defined by a container portion rim. The container portion has a product cavity. The lid is only able to move along the longitudinal axis from an engaged configuration to a separated configuration upon the lid being rotationally aligned with the container portion at a predetermined position about the longitudinal axis, and the container portion being flexed in plastic deformation in response to a lateral compressive force radially inward toward the longitudinal axis.

A food container with vents on handles includes a box and a cover. The box includes a box wall and a receiving room. Two opposite sides of the box wall are provided with a pair of handle portions. Each handle portion is extended with a bent section from the box wall toward a direction which is bent away from the receiving room. An upper portion of each bent section is formed with a venting space communicating with the receiving room. The cover is removably fastened to the box to cloak the receiving room and includes a cover plate, a pair of handle lids and sliding seals. The handle lids can be fixed to the handle portions to cover the venting space. Each handle lid is provided with vents. The sliding seals are separately disposed in the handle lids to be capable of selectively cloaking the vents.

Embodiments relate to a container lid with vent holes that are blocked for storage but automatically unblocked when a container attached to the container lid is heated. The heating of the container lid causes the pressure to build in the container, which pushes up an upper portion of the container lid. When the upper portion of the container lid is pushed up, the vent holes are unblocked and enable air or vapor to escape through the vent holes. In this way, the container lid may seal the container during storage but enables automatic venting during the heating of the container to prevent buildup of excessive pressure within the container.

Disclosed is a negative angle pulp molded cup lid, wherein the cup lid is made of pulp and comprises a top portion (1) and a side portion (2) connected to an edge of the top portion (1). An inner wall of the side portion (2) has an inner conical surface (31), the inner conical surface (31) forms an angle of less than 90 with a lower surface of the top portion (1), and the inner diameter of the inner conical surface (31) gradually decreases from top to bottom, such that the sealing property and the structural strength can be improved.

A two-part disposable, stackable and recloseable lid for a container holding a beverage. The lid has a dome configuration for higher volume beverages. The lid has a drinking aperture and an a moveable arm with a plug to seal the drinking aperture. The lid has a recess for storing the plug end of the arm when the drinking aperture is being used.

A modular, stackable, interlocking container system including a number of stackable containers having the same diameter. Each container includes a jar and a lid. The jars and lids both have ribs spaced 180 degrees apart on side surfaces to serve as alignment and tightening indicators. The lids and jars also have a detent feature for interlocking containers together with both tactile and feedback to the user. The container system also has a handle that can interlock with a lid of any of the containers in the system.