A portable steam-producing apparatus is disclosed. Methods of making and using portable steam-producing apparatus are also disclosed.

Disclosed is a steam-type air fryer including a main body. A chamber is disposed in the main body. A heating element is disposed in the main body. An air duct plate is disposed on an upper side of the chamber. A hot air wind wheel and a heating tube are disposed in the air duct plate. The steam-type air fryer further includes a door sealing structure, wherein an openable door panel and a door frame are disposed on a side of the air fryer. An opening is provided in a side of the chamber facing the door panel. A second sealing ring is mounted between the door frame and the door panel. The steam-type air fryer further includes a water tank mounted at the top of the steam-type air fryer and including a water tank body and a top cover located on the top of the water tank body.

Disclosed is a steam-type air fryer including a main body. A chamber is disposed in the main body. A heating element is disposed in the main body. An air duct plate is disposed on an upper side of the chamber. A hot air wind wheel and a heating tube are disposed in the air duct plate. The steam-type air fryer further includes a door sealing structure, wherein an openable door panel and a door frame are disposed on a side of the air fryer. An opening is provided in a side of the chamber facing the door panel. A second sealing ring is mounted between the door frame and the door panel. The steam-type air fryer further includes a water tank mounted at the top of the steam-type air fryer and including a water tank body and a top cover located on the top of the water tank body.

A roller grill cover having: an elongated body that extends over the length of the grill rollers and which includes a pair of arms for engaging the top of the sides of the roller grill to provide stability for the cover; a front flange is angled downwardly from the front end of the body to limit a consumer's view of the rollers (and their contents) underneath and behind the flange. The body may include a rear flange that extends upwardly to provide access to the rollers behind the front flange for product placement and removal. The front flange may include a mirror finish or other reflective materials to allow the food items on the front rollers to be reflected off of the flange to give the visual appearance that there are more food items then actually shown.

The invention features a cooking apparatus having a number of compartments for the cooking of different foods under different cooking conditions. Aspects of embodiments of the contemplated invention include a lid portion, an upper portion that is vertically retractable and removably engaged with a bottom portion. The cooking apparatus is modular and, as such, enables the use of multiple cooking apparatuses for the steaming and/or boiling of different foods within the same pot or cooking unit at the same time.

The invention features a cooking apparatus having a number of compartments for the cooking of different foods under different cooking conditions. Aspects of embodiments of the contemplated invention include a lid portion, an upper portion that is vertically retractable and removably engaged with a bottom portion. The cooking apparatus is modular and, as such, enables the use of multiple cooking apparatuses for the steaming and/or boiling of different foods within the same pot or cooking unit at the same time.

A method of making and using a medical delivery device includes forming a first compartment to contain at least a portion of an activator, where forming the first compartment includes forming a first wall with a first ferrous material such that the first wall disintegrates in response to first electromagnetic radiation received by the first ferrous material. Upon contact, the activator activates one or more molecular nanomachines. The method also includes forming a second compartment adjacent to the first wall of the first compartment to contain the one or more molecular nanomachines. The second compartment includes a second wall that includes a second ferrous material. The second wall is configured to disintegrate and release one or more activated molecular nanomachines into a patient in response to second electromagnetic radiation received by the second ferrous material.

An interlocking cookware assembly that is interlocking and stackable includes a plurality of pots. Each pot comprises an annular wall that defines a top, which is open, and a bottom, which is closed. A first threaded section is positioned on an interior of the annular wall adjacent to the top. A second threaded section, complementary to the first threaded section, is positioned on an exterior of the annular wall adjacent to the bottom. A first handle is coupled to the annular wall proximate to the top. A lid, which is complementary to the top, is selectively couplable to each of the plurality of pots. A second handle is coupled to the lid. The first threaded sections are positioned to threadedly couple to respective second threaded sections, wherein the plurality of pots is mutually coupled in a vertical configuration. The lid is positioned to couple to a respective first threaded section.

An interlocking cookware assembly that is interlocking and stackable includes a plurality of pots. Each pot comprises an annular wall that defines a top, which is open, and a bottom, which is closed. A first threaded section is positioned on an interior of the annular wall adjacent to the top. A second threaded section, complementary to the first threaded section, is positioned on an exterior of the annular wall adjacent to the bottom. A first handle is coupled to the annular wall proximate to the top. A lid, which is complementary to the top, is selectively couplable to each of the plurality of pots. A second handle is coupled to the lid. The first threaded sections are positioned to threadedly couple to respective second threaded sections, wherein the plurality of pots is mutually coupled in a vertical configuration. The lid is positioned to couple to a respective first threaded section.

A cooking splatter guard is provided that includes a surface extending up from a top edge of a cooking implement at an angle. The angle formed between a plane defined by a top edge of the cooking implement and the surface is greater than 90 degrees. The surface forms a friction fit with the top edge of the cooking implement. A lip of the cooking implement formed by the top edge the cooking implement is a same size or slightly smaller than a bottom edge of the cooking splatter guard.