A pellet stove includes a hopper for storing pellets, a basket for receiving the pellets by gravity, a duct for conveying combustion air to the basket, and a conduit for conducting heated air away from the basket. The position of the basket is adjustable, such as by raising and lowering it, or by rotating it, so as to control the number of pellets in the area of most intense combustion. One or more optional burn plates, positioned below the basket, provide platforms on which pellets falling through the basket can burn down to a smaller size. The pellet stove requires no external source of power. The stove so constructed enables quiet, efficient and clean burning of the pellets.

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.

The present disclosure provides an automatic feeding device that can automatically feed a material to a target place. The device comprises a rack, at least one locking member which are attached onto the rack, and a controller. Each of the at least one locking members is configured to maintain a bundle of the material onto the rack in a locked state, and to release the bundle of the material from the rack in an unlocked state; and the controller is coupled to, and configured to control, each of the at least one locking member to be in the unlocked state based on a feeding command. The material can be firewood, and the target place can be a fire, and the device as such can further include a temperature sensor, disposed on the rack and coupled to the controller.

The present disclosure provides an automatic feeding device that can automatically feed a material to a target place. The device comprises a rack, at least one locking member which are attached onto the rack, and a controller. Each of the at least one locking members is configured to maintain a bundle of the material onto the rack in a locked state, and to release the bundle of the material from the rack in an unlocked state; and the controller is coupled to, and configured to control, each of the at least one locking member to be in the unlocked state based on a feeding command. The material can be firewood, and the target place can be a fire, and the device as such can further include a temperature sensor, disposed on the rack and coupled to the controller.

A pellet stove includes a hopper for storing pellets, a basket for receiving the pellets by gravity, a duct for conveying combustion air to the basket, and a conduit for conducting heated air away from the basket. The position of the basket is adjustable, such as by raising and lowering it, or by rotating it, so as to control the number of pellets in the area of most intense combustion. One or more optional burn plates, positioned below the basket, provide platforms on which pellets falling through the basket can burn down to a smaller size. The pellet stove requires no external source of power. The stove so constructed enables quiet, efficient and clean burning of the pellets.

The present disclosure provides an automatic feeding device that can automatically feed a material to a target place. The device comprises a rack, at least one locking member which are attached onto the rack, and a controller. Each of the at least one locking members is configured to maintain a bundle of the material onto the rack in a locked state, and to release the bundle of the material from the rack in an unlocked state; and the controller is coupled to, and configured to control, each of the at least one locking member to be in the unlocked state based on a feeding command. The material can be firewood, and the target place can be a fire, and the device as such can further include a temperature sensor, disposed on the rack and coupled to the controller.

The present disclosure provides an automatic feeding device that can automatically feed a material to a target place. The device comprises a rack, at least one locking member which are attached onto the rack, and a controller. Each of the at least one locking members is configured to maintain a bundle of the material onto the rack in a locked state, and to release the bundle of the material from the rack in an unlocked state; and the controller is coupled to, and configured to control, each of the at least one locking member to be in the unlocked state based on a feeding command. The material can be firewood, and the target place can be a fire, and the device as such can further include a temperature sensor, disposed on the rack and coupled to the controller.