A pellet stove to heat the interior of a structure and provide a heating surface for cooking. The pellet stove has a hopper storing pellet fuel, a core assembly inside a stove enclosure, a primary burn chamber assembly for burning pellet fuel and an air venting system. The hopper gravity feeds pellet fuel to the primary burn chamber assembly. The core assembly has a burn chamber housing connected to a flame chamber by a burn channel. The primary burn chamber assembly has a burn basket and a fuel control mechanism to control the amount of pellet fuel burned in the burn basket. The venting systems draws inlet air into and discharges exhaust air out of the pellet stove, which is sealed to prevent drawing inlet air from or discharging exhaust air to the structure interior. Fire in the flame chamber can be seen through an exterior glass panel.

A pellet stove to heat the interior of a structure and provide a heating surface for cooking. The pellet stove has a hopper storing pellet fuel, a core assembly inside a stove enclosure, a primary burn chamber assembly for burning pellet fuel and an air venting system. The hopper gravity feeds pellet fuel to the primary burn chamber assembly. The core assembly has a burn chamber housing connected to a flame chamber by a burn channel. The primary burn chamber assembly has a burn basket and a fuel control mechanism to control the amount of pellet fuel burned in the burn basket. The venting systems draws inlet air into and discharges exhaust air out of the pellet stove, which is sealed to prevent drawing inlet air from or discharging exhaust air to the structure interior. Fire in the flame chamber can be seen through an exterior glass panel.

A modular outdoor fireplace and brick oven system is configured to be easily transportable and assembled. The modular system has a chimney unit and at least one modular unit. The modular unit may be one of an oven unit and a fireplace unit. The chimney unit and at least one modular unit are uniquely aligned using a plurality of alignment means. The alignment means are disposed between the assembled units on a top surface and a bottom surface of each modular unit and the chimney unit. The modular units are designed to allow airflow from each modular unit to reach the chimney unit. The modular units may further have lifting holes designed to easily move the modular units or assembled system with a forklift, lifting straps, and slings.

A modular outdoor fireplace and brick oven system is configured to be easily transportable and assembled. The modular system has a chimney unit and at least one modular unit. The modular unit may be one of an oven unit and a fireplace unit. The chimney unit and at least one modular unit are uniquely aligned using a plurality of alignment means. The alignment means are disposed between the assembled units on a top surface and a bottom surface of each modular unit and the chimney unit. The modular units are designed to allow airflow from each modular unit to reach the chimney unit. The modular units may further have lifting holes designed to easily move the modular units or assembled system with a forklift, lifting straps, and slings.

A furnace including a housing and a firebox in the housing having a combustion chamber. The furnace includes a combustion air delivery system for delivering combustion air to the combustion chamber. The combustion air delivery system includes a manifold mounted outside the combustion chamber and extending vertically along the front face of the combustion chamber from a lower end to an upper end. An air blower is mounted on the manifold. The combustion air delivery system includes a primary combustion air passage for delivering air from the air blower to a primary combustion air outlet at the front face of the combustion chamber. The combustion air delivery system includes a secondary combustion air passage for delivering air to a secondary combustion air outlet positioned inside the combustion chamber adjacent the top face of the combustion chamber.

A wood burning heater is presented. The wood burning heater has an external box housing that has an inside, an outside, a front, a back, a first side, a second side and a bottom. On the inside of the wood burning stove is an inner fire box. The inner fire box has an opening that coincides with the front of the external box housing and a blower device that extends from the external housing box.

An appliance comprising a firebox, a first air duct and a room air chimney. During operation of the appliance heated room air adjacent to a viewing pane or the screen and heated room air from the first air duct is received within the chimney. The heated air within the chimney rises toward an open upper end causing the chimney to draw additional room air from adjacent to the viewing pane or screen.

A device for generating heat to a user is provided. The device may include an air receptacle having at least one air inlet and one air outlet, a chimney having a first end coupled to the at least one outlet of the air receptacle, and a second open end, and a heat exchanger positioned about a periphery of the chimney and having at least one air inlet and at least one air outlet. The device may also include a structure having at least one surface configured to provide heat to a user, where the structure has at least one air inlet coupled to the at least one air outlet of the heat exchanger, and at least one air outlet coupled to the at least one air inlet of the air receptacle. The device may be configured such that when a combustible material is placed in the device, the device heats air within the air receptacle and the heated air travels through the chimney, heating the air within the heat exchanger, circulating the air from the heat exchanger into the structure, and back into the air receptacle. The device may include a grate positioned adjacent the air receptacle, where the grate is configured to hold a combustible material.

A device for generating heat to a user is provided. The device may include an air receptacle having at least one air inlet and one air outlet, a chimney having a first end coupled to the at least one outlet of the air receptacle, and a second open end, and a heat exchanger positioned about a periphery of the chimney and having at least one air inlet and at least one air outlet. The device may also include a structure having at least one surface configured to provide heat to a user, where the structure has at least one air inlet coupled to the at least one air outlet of the heat exchanger, and at least one air outlet coupled to the at least one air inlet of the air receptacle. The device may be configured such that when a combustible material is placed in the device, the device heats air within the air receptacle and the heated air travels through the chimney, heating the air within the heat exchanger, circulating the air from the heat exchanger into the structure, and back into the air receptacle. The device may include a grate positioned adjacent the air receptacle, where the grate is configured to hold a combustible material.

The utility model relates to solid-fuel heating devices for heating mobile structures, with the option of preparing hot food. The technical result consists in extending the field of use of a stove while simultaneously maintaining the volume of the stove in its transport form. A heating stove with a surface for cooking comprises a housing with an opening for a flue and with supports, in which housing a combustion chamber with a door, a fire grate, an ash pan and a flue are arranged. In contrast to the closest prior art, the housing of the stove is provided with side screens. The front wall and the rear wall of the housing are provided with diagonal grooves for changing the position of the screens, wherein the screens are provided with rods for moving in the grooves.