RU2007110971A - METHOD FOR REGULATING HEAT TRANSFER FROM A HEATER-STOVE (SAUNA HEATER) AND A HEAT-HEATING STOVE HEATER (SAUNA HEATER) OF PERIODIC ACTION (OPTIONS) - Google Patents

Claims (9)

1. A method of controlling heat transfer from a heat-intensive batch-type stove-furnace, which consists in distributing heat throughout the steam room by combining the internal volumes of the steam room and the furnace into a single convective controlled system, which is included in the room heating cycle after the combustion mode in the furnace is completed. 2. A heat-intensive batch-type stove-heater, comprising a body with a through-through controlled channel, a firebox with a door located outside the steam room, is blown and a chimney, characterized in that the through-channel is made horizontal at the base of the furnace close to the floor and informs the cavity is blown through the shutter with the room steam rooms, combining the internal cavity of the furnace and the steam room into a single convective system: steam room - horizontal channel - blowing - firebox - heater - steam room. 3. The heat-intensive stove-heater according to claim 2, characterized in that an additional hole is made in the furnace wall with a shutter under the steam exit door from the heater, which communicates the firebox with the steam room to a single convective system: steam room - horizontal channel - blower - firebox - steam room. 4. A heat-intensive batch-type stove-heater containing a body with a controlled channel, a firebox with a door located outside the steam room, a blower and a chimney, characterized in that the channel is made horizontal in the base of the furnace from the steam room near the floor, a vertical channel is passed through the entire furnace with heat-conducting walls, such as a pipe, with access to the steam room through an additional hole in the furnace ceiling and through a horizontal channel at the base of the furnace, combining the internal cavity of the furnace and the steam room into a single convective system: steam room - horizontal channel - vertical channel - steam room. 5. The heat-intensive stove-stove according to claim 4, characterized in that the pipe is made

- shaped, installed in the furnace with an exit directly under the stones and combines the internal cavity of the furnace and the steam room into a single convective system: steam room - horizontal channel - fire chamber - heater - steam room. 6. The heat-intensive stove-stove according to claim 4, characterized in that the pipe is made

-shaped, installed in the furnace under the heater with the knees going into the steam room through a horizontal channel and an additional hole with a damper in the furnace wall under the steam exit door from the heater, combining the internal cavity of the furnace and the steam room into a single convective system: steam room - horizontal channel - fire chamber - steam room . 7. A heat-intensive batch-type stove-heater, comprising a body with a controlled channel, a furnace with a door located outside the steam room, is blown and a chimney, characterized in that the channel is slotted in the base of the furnace from the steam room near the floor, a vertical channel is passed through the furnace, formed by a heat-conducting partition and the wall of the furnace, having access to the steam room through the slit-like channel. 8. The heat-intensive stove-furnace according to claim 7, characterized in that the vertical channel has an exit to the steam room through an additional slit-like opening with a shutter in the furnace wall under the steam exit door from the heater and combines the internal cavity of the furnace and the steam room into a single convective system: horizontal channel - firebox - steam room. 9. The heat-intensive stove-furnace according to claim 7, characterized in that the vertical channel has an exit directly under the stones and combines the internal cavity of the furnace and the steam room into a single convective system: steam room - horizontal channel - firebox - heater - steam room.