The present disclosure relates to a smoking device, comprising a base, a cover, an electronic ignition kit, and a smoke delivery assembly. The base includes a combustion chamber for burning smoker fuels and a feed inlet in communication with the chamber. The detachable cover is connected to the base and is configured to seal the feed inlet. The electronic ignition kit is configured to ignite the smoker fuels, while the smoke delivery assembly is configured to direct the smoke generated from combustion to smoke the food. The smoking device of the present disclosure adopts a systematic design based on four functional modules: combustion-sealing-ignition-smoke delivery, thereby addressing the drawbacks of conventional smoking devices, such as low efficiency, high risk of contamination, and operational hazards. This design significantly enhances the user experience.

The present disclosure relates to a smoking device, comprising a base, a cover, an electronic ignition kit, and a smoke delivery assembly. The base includes a combustion chamber for burning smoker fuels and a feed inlet in communication with the chamber. The detachable cover is connected to the base and is configured to seal the feed inlet. The electronic ignition kit is configured to ignite the smoker fuels, while the smoke delivery assembly is configured to direct the smoke generated from combustion to smoke the food. The smoking device of the present disclosure adopts a systematic design based on four functional modules: combustion-sealing-ignition-smoke delivery, thereby addressing the drawbacks of conventional smoking devices, such as low efficiency, high risk of contamination, and operational hazards. This design significantly enhances the user experience.

A gravity fed smoker includes a smoking enclosure and an external stack. The stack is double walled with an inner wall, and an outer wall. A vented cooling space exists between the inner wall and the outer wall. An inner chamber of the external stack includes a fire box with a fire grate and a feed hopper positioned above the fire box. A smoke tunnel with a series of openings for releasing smoke into the smoking enclosure extends along the bottom of the food smoking enclosure and is connected to the external fire box at one end. Fuel, including charcoal, lump coal, or wood pellets, is loaded into the feed hopper. As the fuel burns on the fire grate and turns to ashes, the fuel is fed from the hopper onto the fire grate by gravity. A fan and dampers controls air flow through the fire grate and into the smoke tunnel.

A gravity fed smoker includes a smoking enclosure and an external stack. The stack is double walled with an inner wall, and an outer wall. A vented cooling space exists between the inner wall and the outer wall. An inner chamber of the external stack includes a fire box with a fire grate and a feed hopper positioned above the fire box. A smoke tunnel with a series of openings for releasing smoke into the smoking enclosure extends along the bottom of the food smoking enclosure and is connected to the external fire box at one end. Fuel, including charcoal, lump coal, or wood pellets, is loaded into the feed hopper. As the fuel burns on the fire grate and turns to ashes, the fuel is fed from the hopper onto the fire grate by gravity. A fan and dampers controls air flow through the fire grate and into the smoke tunnel.

The present disclosure relates to a smoking device, comprising a base, a cover, an electronic ignition kit, and a smoke delivery assembly. The base includes a combustion chamber for burning smoker fuels and a feed inlet in communication with the chamber. The detachable cover is connected to the base and is configured to seal the feed inlet. The electronic ignition kit is configured to ignite the smoker fuels, while the smoke delivery assembly is configured to direct the smoke generated from combustion to smoke the food. The smoking device of the present disclosure adopts a systematic design based on four functional modules: combustion-sealing-ignition-smoke delivery, thereby addressing the drawbacks of conventional smoking devices, such as low efficiency, high risk of contamination, and operational hazards. This design significantly enhances the user experience.

The present disclosure relates to a smoking device, comprising a base, a cover, an electronic ignition kit, and a smoke delivery assembly. The base includes a combustion chamber for burning smoker fuels and a feed inlet in communication with the chamber. The detachable cover is connected to the base and is configured to seal the feed inlet. The electronic ignition kit is configured to ignite the smoker fuels, while the smoke delivery assembly is configured to direct the smoke generated from combustion to smoke the food. The smoking device of the present disclosure adopts a systematic design based on four functional modules: combustion-sealing-ignition-smoke delivery, thereby addressing the drawbacks of conventional smoking devices, such as low efficiency, high risk of contamination, and operational hazards. This design significantly enhances the user experience.

The present application offers a portable smoke injection device that includes several key components: a main body housing a control circuit board, an ignition module for igniting the material to be burned, and a gas delivery module for outputting smoke from the device. At one end of the main body is a smoke outlet for releasing the smoke. The device features an air inlet and a combustion chamber inside the main body, designed to hold the material being burned. The smoke outlet is positioned outside the combustion chamber, while the ignition module is located close to or extends into the combustion chamber to ignite the material. Furthermore, the device includes a control button or control panel on the outside of the main body to operate the ignition and gas delivery modules. The ignition module, gas delivery module, and control button are all electrically connected to the control circuit board.

The present application offers a portable smoke injection device that includes several key components: a main body housing a control circuit board, an ignition module for igniting the material to be burned, and a gas delivery module for outputting smoke from the device. At one end of the main body is a smoke outlet for releasing the smoke. The device features an air inlet and a combustion chamber inside the main body, designed to hold the material being burned. The smoke outlet is positioned outside the combustion chamber, while the ignition module is located close to or extends into the combustion chamber to ignite the material. Furthermore, the device includes a control button or control panel on the outside of the main body to operate the ignition and gas delivery modules. The ignition module, gas delivery module, and control button are all electrically connected to the control circuit board.

A smoker for use with a grill, comprising a smoke-releasing material holder positionable between a heat source and food rack within a grill, at least one air diffuser positioned at least partially within the holder in air transmitting communication with the holder, and an air actuator coupled to the at least one air diffuser in air transmitting communication with the at least one air diffuser.

A smoker for use with a grill, comprising a smoke-releasing material holder positionable between a heat source and food rack within a grill, at least one air diffuser positioned at least partially within the holder in air transmitting communication with the holder, and an air actuator coupled to the at least one air diffuser in air transmitting communication with the at least one air diffuser.