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 container for pourable foodstuffs has a base, a side wall connected to the base and surrounding a storage chamber. An elastic cuff is connected with a first end to the side wall and has a second end with an opening. The cuff width decreases from first to second end along a longitudinal container axis. The elastic cuff can be pushed into and pulled out of the storage chamber. A sealing element shaped as a stopper can be inserted into the opening for closing the container and has a shank portion matched in shape and size to the opening such that sealing abutment of a shank portion surface against surfaces of the elastic cuff adjoining the cuff opening is established in a contact region of the shank portion when the stopper is inserted. The shank portion has an end with a thickened portion thicker than the contact region.

A vacuum lid for sealing a container. The vacuum lid is adapted to seal a container. The lid has a knob, either a twist knob or a push-pull knob, which, when twisted or pushed, forces air inside the container out through evacuation ports. This creates a vacuum inside the container, which aids in maintaining freshness of consumable foods or other substances that degrade over time in the presence of air.

A vacuum lid for sealing a container. The vacuum lid is adapted to seal a container. The lid has a knob, either a twist knob or a push-pull knob, which, when twisted or pushed, forces air inside the container out through evacuation ports. This creates a vacuum inside the container, which aids in maintaining freshness of consumable foods or other substances that degrade over time in the presence of air.

A closure for a container for storing granulated powder. The closure includes a collar and a lid, a locking portion on the collar, and a locking portion on the lid, the collar locking portion operable to releasably engage the lid locking portion when the lid is in a closed position on the collar. The closure further includes a latch element on the collar and a latch element on the lid, the collar last element operable to releasably engage the lid locking portion. Some embodiments are operable to provide two audible sounds verifying the lid has been properly closed. Some embodiments include a modified elongated scoop having a length equal to the diameter of the inner perimeter of the lid for improved user experience scooping product from the bottom of a container.

A closure for a container for storing granulated powder. The closure includes a collar and a lid, a locking portion on the collar, and a locking portion on the lid, the collar locking portion operable to releasably engage the lid locking portion when the lid is in a closed position on the collar. The closure further includes a latch element on the collar and a latch element on the lid, the collar last element operable to releasably engage the lid locking portion. Some embodiments are operable to provide two audible sounds verifying the lid has been properly closed. Some embodiments include a modified elongated scoop having a length equal to the diameter of the inner perimeter of the lid for improved user experience scooping product from the bottom of a container.

A vacuum lid for sealing a container. The vacuum lid is adapted to seal a container. The lid has a knob, either a twist knob or a push-pull knob, which, when twisted or pushed, forces air inside the container out through evacuation ports. This creates a vacuum inside the container, which aids in maintaining freshness of consumable foods or other substances that degrade over time in the presence of air.

A vacuum lid for sealing a container. The vacuum lid is adapted to seal a container. The lid has a knob, either a twist knob or a push-pull knob, which, when twisted or pushed, forces air inside the container out through evacuation ports. This creates a vacuum inside the container, which aids in maintaining freshness of consumable foods or other substances that degrade over time in the presence of air.

The present patent of invention relates to a food storage container and organizing container system (1), particularly for perishable breakfast foods such as ham, cheese, whipped cream, jelly, fruit, and foods in bulk, among others. Preferably, said food storage container and organizing container system (1) has been designed to be stored in refrigerators (not depicted) and used as a tray for serving foods in a lovely and practical way. Said food storage container and organizing container system comprises a base (2) with a single body to accommodate containers (3) in which food portions are stored, said base (2) being closed by a lid (4). Said lid (4) is attached to the base (2) to separate foods stored inside the respective containers (3). Additionally, particularly, lid (4) may be attached to the bottom of base (2) to keep an organized environment as well as to provide proper support and avoid unintentional movements when using the food storage container and organizing container system to serve foods.

An automatic dispenser for mixed measurement of grain includes a storage bin having a plurality of holes on a bottom surface and storing grains, a main measurer having a plurality of partitioned measurement compartments and rotatably installed at a position overlapping any one of a plurality of holes provided on the bottom surface of the storage bin, an auxiliary measurer having a plurality of partitioned measurement compartments and installed at a position overlapping the rest of the plurality of holes provided on the bottom surface of the storage bin, the measurement compartment being installed to be rotatable only in one direction with respect to the main measurer, a measurer housing installed below the main measurer and the auxiliary measurer and having a discharge port discharging grains introduced into the main measurer and the auxiliary measurer from the storage bin, and a motor rotating the main measurer in both directions, wherein only the main measurer is used or both the main measurer and the auxiliary measurer are used depending on a rotation direction of the motor.