The pizza cutter cleaning, storage, and isolation device may allow a user to store and clean pizza cutters between uses, while also isolating each pizza cutter intended for specific consumers. Such a device may implement a cartridge system, one or more of which may be installed in a main body, into which a single pizza cutter may be placed. The cartridge may be designed to isolate and clean the pizza cutter installed therein, and the pizza cutters themselves may be color-coded, or the cartridges may be color-coded, so as to prevent cross-contamination of the cutters, the pizzas, or the debris picked up when cutting a pizza. The cartridges may further implement a sanitizing bath into which a pizza cutter head may be suspended, or may implement a catch tank for waste debris. The device may further comprise a blade sharpener for additional functionality.

The following invention creates a new line of tableware including disposables with at least one small notched, cavity opening or clip-on reserved for food, liquid and items. This tableware will become known as Buddyware™, Notch Top™ in which allows users to hold their food or items such as decorative or favorite objects, accessories, cocktail picks, magnetic cocktail picks, so that they never have to eat alone and where they'll never lose another olive or garnishes and pets will not need to eat off the floor.

Methods, systems, and apparatus, including computer programs encoded on computer-storage media, for an electronic knife holder. In some implementations, the electronic knife holder includes a microprocessor, a base member that has a first exterior surface containing multiple slots, a lock, and sensors corresponding to the multiple slots. Each of the multiple slots defines an interior space of the base member and is configured to receive a knife blade. When the lock is placed in a locked position, the lock locks one or more knives placed in one of the multiple slots. The sensors are configured to detect if a knife is present in one of the multiple slots.

Methods, systems, and apparatus, including computer programs encoded on computer-storage media, for an electronic knife holder. In some implementations, the electronic knife holder includes a microprocessor, a base member that has a first exterior surface containing multiple slots, a lock, and sensors corresponding to the multiple slots. Each of the multiple slots defines an interior space of the base member and is configured to receive a knife blade. When the lock is placed in a locked position, the lock locks one or more knives placed in one of the multiple slots. The sensors are configured to detect if a knife is present in one of the multiple slots.

A kitchen pullout for storage of knives, cutting boards, and miscellaneous utensils and appliances is provided. A magnetic bar, having a specialized magnetic array is provided for storage of metallic knives. A specialized rubber casting, having a plurality of serpentine slots for holding ceramic knives is provided. Conveniently placed canisters and slots are provided for closed storage of kitchen utensils. A bottom shelf is provided with various heights for storage of appliances. An adjustable base frame, and an adjustable top rail is provided to secure and accommodate position the mechanism in the cabinet carcass.

A kitchen pullout for storage of knives, cutting boards, and miscellaneous utensils and appliances is provided. A magnetic bar, having a specialized magnetic array is provided for storage of metallic knives. A specialized rubber casting, having a plurality of serpentine slots for holding ceramic knives is provided. Conveniently placed canisters and slots are provided for closed storage of kitchen utensils. A bottom shelf is provided with various heights for storage of appliances. An adjustable base frame, and an adjustable top rail is provided to secure and accommodate position the mechanism in the cabinet carcass.

A multifunctional kitchen apparatus that may be used for cutting, storing, and serving consumables is disclosed. The apparatus may comprise a rectangle-shaped board under which a pair of flip trays and a pair of removable trays may be placed. The pair of flip trays may be pivotably connected to a front support of the board thereby making it rotatable along a fixed axis. When positioned in a retracted configuration, the pair of flip trays may rest within a first pair of tray slots provided beneath the board. When positioned in an extended configuration, the pair of flip trays may swivel outwards from the side portions of the board and rests parallelly along the front-side portion of the board. Further, the apparatus may comprise of a pair of removable trays capable of being placed within a second pair of tray slots provided beneath the first pair of tray slots.

A multifunctional kitchen apparatus that may be used for cutting, storing, and serving consumables is disclosed. The apparatus may comprise a rectangle-shaped board under which a pair of flip trays and a pair of removable trays may be placed. The pair of flip trays may be pivotably connected to a front support of the board thereby making it rotatable along a fixed axis. When positioned in a retracted configuration, the pair of flip trays may rest within a first pair of tray slots provided beneath the board. When positioned in an extended configuration, the pair of flip trays may swivel outwards from the side portions of the board and rests parallelly along the front-side portion of the board. Further, the apparatus may comprise of a pair of removable trays capable of being placed within a second pair of tray slots provided beneath the first pair of tray slots.

A locking knife holder uses either mechanical or electronic locking systems to secure the knives into the holder. The electronic locking system includes the implementation of one or more electromagnets into the holder. The user can then selectively lock or unlock the knives in the holder by activating or deactivating, respectively the electromagnet. In other implementations, the mechanical locking system can use magnetic keys to unlock the mechanical locking system.

A locking knife holder uses either mechanical or electronic locking systems to secure the knives into the holder. The electronic locking system includes the implementation of one or more electromagnets into the holder. The user can then selectively lock or unlock the knives in the holder by activating or deactivating, respectively the electromagnet. In other implementations, the mechanical locking system can use magnetic keys to unlock the mechanical locking system.