According to one embodiment, an airtight container includes a container body having an opening and an airtight cover separably coupled to the opening of the container body, wherein the airtight cover includes a cover body for covering the opening, a hinge base extended outward from the cover body, a flap connected to be rotatable, relative to the hinge base, by means of a bent part provided at one side thereof and a support protrusion which is extended in the direction oriented toward the cover body from one side of the flap.

Disclosed is a hot air cooking appliance comprising a base seat provided with a receiving chamber, the base seat is provided with a heating device and an air supply device capable of supplying and circulating hot air in the receiving chamber, the hot air cooking appliance is provided with an air exhaust port disposed distally from the air supply device, and during the process of cooking by the hot air cooking appliance, the water vapor generated in the receiving chamber is discharged into the atmosphere through the air exhaust port. The hot air cooking appliance of the present application is structurally simple and capable of reducing heat loss, noise, oily fume emissions, and indoor air pollution, as well as ensuring adequate amount of water vapor is generated to accomplish cooking.

Disclosed is a hot air cooking appliance comprising a base seat provided with a receiving chamber, the base seat is provided with a heating device and an air supply device capable of supplying and circulating hot air in the receiving chamber, the hot air cooking appliance is provided with an air exhaust port disposed distally from the air supply device, and during the process of cooking by the hot air cooking appliance, the water vapor generated in the receiving chamber is discharged into the atmosphere through the air exhaust port. The hot air cooking appliance of the present application is structurally simple and capable of reducing heat loss, noise, oily fume emissions, and indoor air pollution, as well as ensuring adequate amount of water vapor is generated to accomplish cooking.

A storage apparatus for components of a weight distribution hitch includes a housing. The housing includes a first sidewall, a second sidewall, a third sidewall, and a fourth sidewall. The housing may have an interior surface and an exterior surface. The housing may have one or more first top slots and one or more first bottom slots at a first end. The housing may also have one or more second top slots and one or more second bottom slots at a second end. The slots may receive divider plates that, once inserted, create compartments. End caps may be placed at the first end and the second end to seal the housing and protect the components of the weight distribution hitch.

A storage apparatus for components of a weight distribution hitch includes a housing. The housing includes a first sidewall, a second sidewall, a third sidewall, and a fourth sidewall. The housing may have an interior surface and an exterior surface. The housing may have one or more first top slots and one or more first bottom slots at a first end. The housing may also have one or more second top slots and one or more second bottom slots at a second end. The slots may receive divider plates that, once inserted, create compartments. End caps may be placed at the first end and the second end to seal the housing and protect the components of the weight distribution hitch.

A closing/locking mechanism for a sterile container includes an actuation lever, a tension bow or claw coupled to the actuation lever, and an engagement element forming an undercut and with which the tension bow or claw can be brought into operative engagement to apply a tensile force to the engagement element. The tension bow or claw is mounted for sliding transversely to the tensile force to be applied. A spring is arranged in an operative position relative to the tension bow or claw in such a way that, when a predefined actuation position of the actuation lever and a predefined/predefinable sliding position of the tension bow or claw are reached, in which position the tension bow or claw already reaches behind the engagement element, the spring applies a compressive force to the tension bow or claw in the direction of the tensile force.

A closing/locking mechanism for a sterile container includes an actuation lever, a tension bow or claw coupled to the actuation lever, and an engagement element forming an undercut and with which the tension bow or claw can be brought into operative engagement to apply a tensile force to the engagement element. The tension bow or claw is mounted for sliding transversely to the tensile force to be applied. A spring is arranged in an operative position relative to the tension bow or claw in such a way that, when a predefined actuation position of the actuation lever and a predefined/predefinable sliding position of the tension bow or claw are reached, in which position the tension bow or claw already reaches behind the engagement element, the spring applies a compressive force to the tension bow or claw in the direction of the tensile force.

The present invention provides a pet food storage apparatus (100) to store and serve pet food. The storage apparatus (100) includes a container (10) having a bottom wall (12), a sidewall (14), and an opening (16) defining a hollow portion (15). An extruded portion (30) is radially extended internally from the sidewall (14). Further, the storage apparatus (100) includes a first bowl (40a), and a second bowl (40b) arranged in a nested configuration. The second bowl (40b) is adapted to store the leash (50). The first bowl (40a) and the second bowl (40b) are removable from the container (10) to serve food or water to the pet. Further, the storage apparatus (100) has a lid (60a) that is removably attached to the container (10) using a buckle arrangement (70). The lid (60a) has a foldable handle (25a) that is configurable in a folded state and an open state.