An apparatus is provided for curing and more specifically for cold smoking meat or seafood with a blend of filtered smoke from an organic smoking material such as softwoods such as pine or tropical palms such as coconut wood or such as mixed wood sawdust from a sawmill, that are not traditionally used for smoking seafood or meat due to the harsh flavor imparted by their smoke, and unfiltered smoke from a second organic smoking material such as hardwood smoke, or other pleasant flavor-imparting smoke. The blending of filtered smoke from a first organic smoking material such as coniferous softwood, tropical palm wood or mixed sawdust from a sawmill with unfiltered pleasant flavor-imparting smoke from the second organic smoking material reduces the cost of the smoking and curing process and allows versatility in application in terms of preservative properties and flavor imparted to the cured meat or seafood.

An apparatus is provided for curing and more specifically for cold smoking meat or seafood with a blend of filtered smoke from an organic smoking material such as softwoods such as pine or tropical palms such as coconut wood or such as mixed wood sawdust from a sawmill, that are not traditionally used for smoking seafood or meat due to the harsh flavor imparted by their smoke, and unfiltered smoke from a second organic smoking material such as hardwood smoke, or other pleasant flavor-imparting smoke. The blending of filtered smoke from a first organic smoking material such as coniferous softwood, tropical palm wood or mixed sawdust from a sawmill with unfiltered pleasant flavor-imparting smoke from the second organic smoking material reduces the cost of the smoking and curing process and allows versatility in application in terms of preservative properties and flavor imparted to the cured meat or seafood.

A device has an inner wall with a plurality of flow openings and defining a smoking chamber. A solid outer wall surrounds the inner wall to define a flow gap between the inner wall and outer wall. A top cover extends to enclose the smoking chamber and the flow gap from the top. Openings may be provided for air flow into and out of the device.

A cooking system includes an upper cooking chamber configured to receive food therein; a lower heating chamber configured to burn fuel therein; a conduit in fluid communication between the upper cooking chamber and the lower heating chamber; a first valve operably associated with the conduit, the first valve being configured to open and close access between the upper cooking chamber and the lower heating chamber; a flue in gaseous communication with both the lower heating chamber and the upper cooking chamber; a second valve operably associated with the flue and the lower heating chamber, the second valve being configured to open and close access between the lower cooking chamber and the flue; and a third valve operably associated with the flue and the lower heating chamber, the second valve being configured to open and close access between the lower cooking chamber and the flue.

A cooking system includes an upper cooking chamber configured to receive food therein; a lower heating chamber configured to burn fuel therein; a conduit in fluid communication between the upper cooking chamber and the lower heating chamber; a first valve operably associated with the conduit, the first valve being configured to open and close access between the upper cooking chamber and the lower heating chamber; a flue in gaseous communication with both the lower heating chamber and the upper cooking chamber; a second valve operably associated with the flue and the lower heating chamber, the second valve being configured to open and close access between the lower cooking chamber and the flue; and a third valve operably associated with the flue and the lower heating chamber, the second valve being configured to open and close access between the lower cooking chamber and the flue.

A smoker includes a smoke generator that is configured to provide a controllable method of producing smoke without creating a flame. The device includes a housing including a hopper for storing a smoking fuel within the interior of the housing. The hopper feeds the smoking fuel to a fuel conveyor that is partially within the housing and partially exterior of the housing. A motor is connected to the fuel conveyor so that operation of the motor causes the smoking fuel to move along the length of the fuel conveyor. As the smoking fuel moves along the fuel conveyor, it is heated to produce continuous smoke without producing a flame. The smoke generator is capable of controlling the quality and the quantity of the smoke produced by the smoke generator independently of the heat that is used to cook food within a cabinet of the smoker.

A smoker includes a smoke generator that is configured to provide a controllable method of producing smoke without creating a flame. The device includes a housing including a hopper for storing a smoking fuel within the interior of the housing. The hopper feeds the smoking fuel to a fuel conveyor that is partially within the housing and partially exterior of the housing. A motor is connected to the fuel conveyor so that operation of the motor causes the smoking fuel to move along the length of the fuel conveyor. As the smoking fuel moves along the fuel conveyor, it is heated to produce continuous smoke without producing a flame. The smoke generator is capable of controlling the quality and the quantity of the smoke produced by the smoke generator independently of the heat that is used to cook food within a cabinet of the smoker.

The present invention relates to the field of smoking technologies, and in particular to, a convenient food smoker. The food smoker includes a combustion assembly and a mixture assembly, where the combustion assembly communicates with the mixture assembly and further includes a heat-resistant handle connected to the combustion assembly. The present invention is provided with a separate combustion chamber and a multifunctional mixing chamber. During use, smoke generated in the combustion chamber can be guided into the multifunctional mixing chamber via a connection pipe, facilitating more uniform action of smoke on the surface of the food.

The present invention relates to the field of smoking technologies, and in particular to, a convenient food smoker. The food smoker includes a combustion assembly and a mixture assembly, where the combustion assembly communicates with the mixture assembly and further includes a heat-resistant handle connected to the combustion assembly. The present invention is provided with a separate combustion chamber and a multifunctional mixing chamber. During use, smoke generated in the combustion chamber can be guided into the multifunctional mixing chamber via a connection pipe, facilitating more uniform action of smoke on the surface of the food.

A smoke generating assembly for an indoor smoker includes a smoke barrel having a rotating auger positioned therein. The smoke barrel may be supplied with combustible material at a first end of the smoke barrel and the auger may be intermittently rotated to advance the combustible material toward a second end of the smoke barrel and over a smoldering heater to generate a flow of smoke. A discharge port at the end of the smoke barrel may be positioned over a water reservoir, and the auger may be selectively rotated to advance partially consumed combustible material out of the smoke barrel and into the water reservoir where it is quickly extinguished.