Embodiments herein relate to microwaveable food containers and food products for high-temperature cooking applications and related methods. In an embodiment, a disposable microwaveable food container for high-temperature cooking applications is included. The container can include an inner cup including a bottom wall, a side wall connected to the bottom wall, the side wall comprising a top, and a top seal layer in contact with the top of the side wall. The bottom wall and side wall together can define a reservoir to hold a food material. An outer cover shell can include a bottom wall, a side wall connected to the bottom wall, a top wall connected the side wall, and a support structure for supporting the inner cup. The support structure can contact the inner cup and hold it in a position with a bottom gap, a side gap, and a top gap. Other embodiments are also included herein.

A stackable storage container that includes multiple quick connect fittings for flushing the container atmosphere and maintaining a vacuum within the closed stackable storage container, as well as pressure, temperature, and relative humidity sensors and displays for monitoring the interior volume of the container. The base includes a honeycomb structure that includes vertical perimeter edges intersecting at perpendicular angles to form a grid of squares. The base also includes vertically oriented support posts and bracing contact points positioned above each of the support posts.

A portable, resealable storage container and a method for manufacture are provided. The container includes a body having a bottom opposite an opening, and sidewalls attached to the bottom, wherein the body defines a storage cavity. A top having an attachment band and a flap operable to connect to and disconnect from the attachment band covers the opening of the body when connected to the body. A ridge is disposed along an outer surface of the sidewalls and is configured to provide a seat for the attachment band of the top. A mating surface disposed at an upper end of the sidewalls above the ridge and is operable to contact the attachment band of the top. When the top is positioned to sit atop the ridge, the attachment band is in substantially continuous contact with the mating surface. The top is securely fastened to the body.

The safety lid can be used on cups. The lid has an outer wall and a flat roof near the outer wall. A red line is placed on the lower outer wall and on the outer edge of the roof. The outer wall and a safety ring thereon will have at least one or more complementary dents/indents. The safety ring is L-shaped and fits closely about the outer wall and roof. In order to secure the safety lid, the ring is pressed downward onto the lid on the cup. The red line on the roof of the lid is covered by the short leg of the L-shaped safety ring and the red line on the lower outer wall is covered by a lower wall section of the safety ring. Locking flaps or triangles may also be included to engage the cup.

A pour spout is disclosed having a top wall including a rim adapted to seat in a container, a side wall to assist in securing the pour spout in the container, a cover extending from about the top of the top wall at an angle to about the bottom of the side wall, and a spout in the cover adapted to dispense a material.

A finger spray pump for spraying a medium, which includes a finger-actuated pump head, an outlet nozzle and a pump chamber which includes an inlet valve and a pump piston which can be moved by moving the pump head. The medium passes through a medium path between the pump chamber and outlet nozzle, additionally, the pump piston forms, in cooperation with a piston rod, an outlet valve and the pump piston can be moved with respect to the piston rod counter to the force of a first spring for actuating the outlet valve, the piston rod can be moved counter to the force of a second spring. Additionally, both springs are arranged outside of the medium path. In order to obtain a compact design, both springs are arranged at a distance from each other, axially independent from the pump position.

A stackable lid for a container includes a main body having an interior portion circumscribed by a lip. The interior portion has a plurality of raised surface features, a plurality of channels, and a plurality of connecting bridges formed therein. A plurality of bosses extend from the interior portion of the main body. Each of the bosses includes a plurality of sidewalls. At least one support feature depends from an interior surface of at least one of the bosses.

A concave lid including a depression, such as a notch compatible with a user's finger or thumb to apply pressure on the concave lid toward a glass. The depression may include anti-slip ridges to keep the user's fingertip from slipping when pressure is applied by the user. The concave lid has a portion for indicia that is readable from the outer surface of the concave lid. The concave lid may include a textured portion on its lower surface, such as a band of texture, to create friction and prevent the concave lid from slipping with respect to the glass. The concave lids are preferably stackable and made of clear plastic or glass.

A lid assembly for a container. The lid assembly has a lid body, a flap, a seal and a button. The lid body has a lid opening. The flap is pivotally connected to the lid body and pivots away between an open position and a closed position. In the closed position the flap closes the lid opening. In the open position the lid opening is open and a cavity of the container is accessible therethrough. The seal is connected to one of the lid body or the flap to seal the opening when the flap is in the closed position. The button is pivotally connected to the lid body and pivots between an actuated and an unactuated position. When the button is moved to the actuated position the flap moves to the open position.

A vacuum-sealed container wherein a large negative pressure is applied inside the container without using a pump, making it possible to store food for a long time; the container can be sealed without using a packing. The vacuum-sealed container comprises: a container body having a lid coupling groove formed along the periphery of the upper end portion of an opening and arranged along a closed path; a lid body formed to be convex upward using an elastic material, the lid body having a sealing portion formed thereon such that the same is inserted into the lid coupling groove along the periphery thereof so as to seal the inside of the container body; and a valve installed on the lid body so as to provide a passage, through which air inside the container body is discharged to the outside, and so as to expose/cover the passage.