Abstract:
A pizza oven includes a shell, a heating mechanism and a turntable mechanism. An accommodating cavity is formed in the shell. The heating mechanism is configured for heating and baking pizza and arranged in the accommodating cavity. The turntable mechanism includes a turntable, a rotating shaft, a first transmission rod and a driving member. The turntable is arranged in the accommodating cavity, and the driving member is located outside the shell. A bottom of the turntable is connected to the rotating shaft. One end of the first transmission rod is drivingly connected to the rotating shaft, the other end of the first transmission rod is connected to the driving member through one side of the shell, and the driving member can drive the first transmission rod to rotate the rotating shaft to rotate the turntable. The present application can improve maintenance efficiency of the pizza oven.
Abstract:
Disclosed is an oven comprising an oven chamber, a base and an aperture. The oven chamber is for containing foodstuffs during a cooking or curing process. The base is for supporting the oven chamber and comprises a cavity for receiving an accessory for supplying energy to cook or cure foodstuffs. The aperture is for permitting energy from the accessory to flow into the oven chamber.
Abstract:
Provided herein is a system for precise delivery of an item to a consumer by an autonomous or semi-autonomous vehicle. The system performs image recognition algorithms to detect a primary entrance, navigate from a street address to the primary entrance, and to validate the customer upon delivery.
Abstract:
The invention pertains to an accessory for adapting cooking grills, especially kettle and kamado style grills for better cooking of pizzas and other foods not typically thought of as appropriate for grilling. The accessory is an insert that is adapted to sit between the bottom and the top of the grill and is generally shaped with a horizontal cross-section substantially similar to the horizontal cross section at the junction of the bottom and the top of the grill with which it is adapted to work. The insert increases the height of the cooking chamber. The insert includes a side opening or window through which food may be inserted and removed from the expanded cooking chamber without the need to open or remove the top of the grill.
Abstract:
Systems and methods for preparing food items are provided. A method includes obtaining a cooking profile for the food item from a plurality of cooking profiles stored on a remote server. Each of the plurality of cooking profiles includes a food item style and a plurality of cooking factors associated with the food item style. The method further includes configuring an oven appliance for cooking based on each of the plurality of cooking factors of the obtained cooking profile.
Abstract:
This invention relates to an insulated firebrick oven adapted for using wood, charcoal, gas or other biomass materials for cooking bread, cookies, roasted meat, pizzas and the like that includes a moveable stand having an anchoring member; and a combustion chamber assembly removably held on top of said anchoring member and having an insulated firebrick food compartment provided with a chimney and an inside heat balancer, and further having a slidably mounted pull-out firebox provided with a pull-out ash tray.Unlike conventional ovens, subject invention has a firebrick wall that could facilitate fast cooking in addition for its perforated firebrick as its fuel. It has further an adjustable air vent that could regulate the needed temperature.
Abstract:
A cooking device may include a refractory oven and a housing. The refractory oven may define a cooking chamber that may be configured to receive thermal energy from an external heat source. The refractory oven may further define an opening configured to allow foodstuffs to be introduced into the cooking chamber. The refractory oven may be further configured to substantially surround the foodstuffs while the foodstuffs are positioned inside the cooking chamber. The housing may at least partially surround the refractory oven. The housing and the refractory oven may define a heated volume between an external surface of the refractory oven and an internal surface of the housing. The heated volume may be configured to receive thermal energy from the external heat source and to reduce transfer of thermal energy from the cooking chamber through refractory oven.
Abstract:
The invention pertains to an accessory for adapting cooking grills, especially kettle and kamado style grills for better cooking of pizzas and other foods not typically thought of as appropriate for grilling. The accessory is an insert that is adapted to sit between the bottom and the top of the grill and is generally shaped with a horizontal cross-section substantially similar to the horizontal cross section at the junction of the bottom and the top of the grill with which it is adapted to work. The insert increases the height of the cooking chamber. The insert includes a side opening or window through which food may be inserted and removed from the expanded cooking chamber without the need to open or remove the top of the grill.
Abstract:
The present invention relates to an improved oven configured to heat or cook an item and preferably pizzas. The oven includes at least one heating gas pathway for heating gas moving within the oven and an item supporting surface on which to place the item to be heated. This item supporting surface has a defined degree of thermal communication with the heating gas pathway. The oven also includes a heating chamber located above the item supporting surface, with this heating chamber being in thermal communication with the upper surface of the item to be heated and thermal communication with the heating gas pathway. This heating chamber also includes a transition port for heating gases. When the oven is used the item is heated by thermal communication through the item supporting surface to a first degree and by thermal communication with the heating chamber by a second degree.
Abstract:
The oven includes a lower electrical heating element which is located below a support member. Two laterally spaced apart upper electrical heating elements are supported above the support member and the food to be cooked. An electrical system is provided for supplying electrical power to the lower electrical heating element and to the two upper electrical heating elements. A controller is provided for controlling electrical power applied to the lower heating element and to the two upper electrical heating elements. By way of a thermocouple, the controller senses the temperature in the oven and controls the lower heating element to maintain a set point temperature, i.e. 550° F., in the oven. When any of the upper heating elements is activated, and is in a broiling sequence the controller disables these upper heating elements if the temperature in the oven rises above an upper temperature level of i.e. 585° F.