An implant storage container according to an embodiment of present invention comprises an implant body, a holding block connected to the implant body, a cover storing the implant body and connected to the holding block and a sealing member configured to seal a boundary between the holding block and the cover to maintain a vacuum state inside the cover.

A resealable bag having an integrated manual pump is provided. The resealable bag includes: a front wall and a back wall together defining a cavity, a sealable closure configured to seal an opening to the cavity, and a manual pump positioned within an aperture in the front wall, wherein the manual pump includes a frame around a perimeter of the aperture, a pump ball positioned within the frame, and an ingress valve and an egress valve in fluid communication with an interior of the pump ball. Air is removed from the bag by depressing the pump ball, which forces air through the egress valve from the interior of the pump ball to an exterior of the bag. The pump ball refills with air between depressions due to air from the bag cavity entering the pump ball through the ingress valve disposed on a cavity-facing surface of the pump ball.

The present invention discloses a vacuum storage bag and a preparation method thereof. The vacuum storage bag comprises a bag body, which is equipped with an extraction valve and a sealing zipper; the bag body is composed of an inner film layer and an outer film layer by glue laminating, a blocking layer is arranged on the surface of the inner film layer; and the outer film layer is made of cloth. The vacuum storage bag of the present invention is made of cloth and PE film. The cloth is soft and folding, thick and wear-resistant, not easy to be brittle, and has long service life. In addition, there are many types of cloth and PE film for preparing the vacuum storage bag prepared in this application, which can be selected according to needs, so that the vacuum storage bag prepared has a wider scope of application.

A vacuum canister includes a canister body and a cover body, wherein the cover body has a cover seat with an opening facing upwards, a through rod is disposed on a bottom wall of the cover seat, a valve seat is disposed at a lower opening end of the through rod, and a check valve is disposed on the valve seat. The cover seat is provided with an air extracting device including an inner barrel and an outer barrel. An opening end of the outer barrel is sleeved on the inner barrel. A through hole is axially opened in the inner barrel. The through rod passes through the through hole. The air extracting device includes a pressing handle sleeved on the outer barrel, wherein a lower end of the pressing handle abuts the push block. A limiting block is disposed on an outer circumferential wall of the pressing handle.

The present invention includes an inner holder, an outer can, a first check valve and a second check valve. The inner holder includes a storage space. The outer can includes a slidable variable space for the inner holder to slide therein and an air channel for the slidable variable space to communicate with an exterior. The inner holder includes an air hole for the storage space to communicate with the slidable variable space. The first check valve is provided on the air hole and has an airflow direction towards the slidable variable space. The second check valve is provided on the air channel and has an airflow direction towards the exterior. The outer can is slidably moved outwards relative to the inner holder to suck out the air in the storage space and then slidably moved inwards relative to the inner holder to discharge air to the exterior.

A wine bottle stopper is provided including a vacuum stopper and a removable decorative cap. The wine stopper includes an upper portion and a lower portion. A central conduit extends longitudinally through the vacuum stopper, and a one-way valve is located within the central conduit. The vacuum stopper has a bottom shaft sized for insertion into a wine bottle's opening. The vacuum stopper's upper portion extends exterior to the wine bottle. Meanwhile, the decorative cap has a sidewall and a top forming a central cavity sized to engage and cover the wine stopper's upper portion. Preferably, the decorative cap includes a decorative feature providing a pleasing appearance.

An inventive vacuum storage container for long term storage of perishable and non-perishable items with secondary storage cavity inside the base. The inventive vacuum storage container incorporates a top cover with vacuum valve and bottom base with an elastic seal. Furthermore, the bottom base possesses removable bottom which couples to the bottom base to form a second interior storage cavity. The removable bottom base may also be coupled with a display surface.

A container for metallic scrap, particularly for safely storing and transporting scrap of titanium and alloys thereof, includes an external container body and a lid. The external container body can be closed hermetically using the lid, defining and delimiting a vacuum chamber. The container includes a vacuum pump, which is adapted to create vacuum in the vacuum chamber.

A vacuum-drawing lid can include a base frame with a first one-way valve, a piston with a second one-way valve, and a cylindrical cam with a sinusoidal groove formed on an inner surface thereof to drive reciprocation of the piston as the cylindrical cam turns. Turning the cylindrical cam in a first direction can drive the piston to translate in a first direction and actuate the first valve. Turning the cylindrical cam in a second direction can drive the piston to translate in a second direction and actuate the second valve.

A method and apparatus to perform effortless vacuum evacuation for food and wine preserving and meat marinating purpose. The vacuum method allows the apparatus to work with any food sealable vacuum container and wine bottle found on the market. The method also conveniently allows vacuum operation without using tubing to connect between sealable vacuum container and vacuum source. The food and wine vacuuming apparatus are of circular shape, which include vacuum chamber, vacuum source, control circuitry, vacuum switch, and solenoid release valve.