SU1605102A1 - Method and apparatus for airing turkish bath premises - Google Patents

Abstract

The invention relates to ventilation and air conditioning. The aim of the invention is to improve the physiological conditions of the indoor air in the bath room. A device for implementing the method of ventilating a bathhouse contains a furnace located in bathhouse 1, the casing of which is connected to the inlet 4 of the outside air communicated with the atmosphere and to the outlet nozzle 5 of the treated air communicated with the room 1. The furnace is of fuel type and has a heat exchanger 11 for heating water, located above the furnace 7, a heat-accumulating nozzle 12, a flue 13 and a side screen 14 connected to the side walls 15 and 16 of the furnace body with the formation of a sealed cavity 17 connected to the inlet mu conduit 4 and through the outdoor heat storage nozzle 12 to the outlet nozzle 5 of the treated air into the room 1, a bath. Furnace 7 of the furnace is connected through atmosphere with the flywheel 13, and the bath is in contact with the furnace body from the side of the airtight cavity 17. Heat accumulating nozzle 12 is located on the grate. 2 hp f-ly, 4 ill.

Description

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The invention relates to the field of ventilation and air conditioning.

The purpose of the invention is to improve the physiological conditions of the indoor air in the bath room.

FIG. 1 is a schematic diagram of an apparatus for implementing a method of ventilating a bath room, front view; in fig. 2 - the same, side view; in fig. 3 - the same, top view; in fig. 4 - the same, with a bath inhaler.

A device for implementing the method of ventilating a bathhouse contains a furnace 2 located in the bathhouse 1, the body 3 of which is connected to the inlet 4 of the outside air communicated with the atmosphere and to the outlet nozzle 5 of the treated air communicated with the room 1 and communicated with the last valve a torus made in the form of a bath 6. The furnace 2 is made of a fuel type, has a fire chamber 7 with doors 8 and 9 for fuel and blowing, an air grate 10, a heat exchanger 11 for heating water located above the heating furnace 7 of a heating nozzle 12, the duct 13 and the side screen 14, the latter being connected to the side walls 15 and 16 of the body 3 of the furnace 2 to form an airtight cavity 17 connected to the inlet nozzle 4 of the outside air and through the heat storage nozzle 12 to the outlet nozzle 5 of the treated air into the room 1 bath, which can be made in the form of an outlet above the heat-accumulating nozzle 12 in the body 3 of the furnace 2.

The furnace 7 of the furnace 2 through the duct 13 communicates with the atmosphere, and the bath 6 is in contact with the body 3 of the furnace 2 from the side of the sealed cavity 17. The side screen 14 can be made cylindrical in shape (Fig. 1) to form inside the furnace 7 of the furnace 2 and outside between the screen 14 and the body 3 of the furnace 2, the hermetic cavity 17. A heat-accumulating nozzle 12 (for example, stones) is located on the grate 18. The heat exchanger 11 is connected to a heated water tank (not shown) located outside the room 1 of the bath. The walls 19 of the bath house in the area of the furnace 2 can be made of fire-resistant material. The body 3 of the furnace 2 is installed in the room 1 bath tightly without a gap on the base 20 of the room 1. In. An adjustable damper 21 is installed in the external air inlet 4. The bath 6 is made with the possibility of periodically removing it from the housing 3 to the side of room 1 of the bath to refill it with flavoring and / or medicinal infusions. Above the furnace 7 of the furnace 2 is the reflector 22.

A device for implementing the method of ventilating a bath room operates as follows.

The bath 6 is pre-filled with aromatic or / and medicinal extracts and then placed inside the sealed cavity 17 to ensure contact with the body 3 of the furnace 2. Fresh outside air through the external air inlet 4 enters the sealed cavity 17 of the furnace 2, is heated successively in two stages by its successive contact with the heated surface of the furnace 2 as it passes inside the airtight cavity 17 and the accumulating nozzle 12, while the heated outside air is saturated It is shipped when 6 vapors of aromatic or (and) medicinal substances pass over the bath by heating the latter in the bath 6 and then through the outlet nozzle 5 of the treated air enters room 1 of the bath.

 At the same time, the internal air with the harmful substances contained in it comes from the room 1 of the bath through the door 9 of the furnace 2 to its furnace 7, participates in the combustion of the fuel located in the top 5 7 and then as part of the flue gases through the gas duct 13 into the atmosphere. The treated fresh air entering the room 1 is regulated by using the adjustable damper 21.

Claims (2)

1. A method of ventilating a bath room, including the flow of air into the furnace, 5 heating it, saturating the heated air with vapors of aromatic and medicinal substances, and subsequently supplying the treated air to the room, characterized in that, in order to improve the physiological conditions of the indoor air in the bath room, the outside air is supplied to the furnace, the air is heated in two stages by its successive contact with the heated surface of the furnace and the heat-accumulating nozzle, 5, the air is saturated with vapors of aromatic and medicinal substances by heating them, and the internal air is continuously removed into the atmosphere through the furnace of the furnace. 2. A device for ventilating the room 50 of the bath, containing a furnace located in the institute's bath, the casing of which is connected to the external air inlet that is connected to the atmosphere and to the processed air outlet to the room, and the inhaler that communicates with the last 55 that the furnace is made of fuel type, has a furnace with doors for fuel and blowing, a grate, a heat exchanger for heating water. heat accumulation nozzle located above the furnace, gas duct and side screen, the latter being connected to the side walls of the furnace body with the formation of an airtight cavity connected to the inlet air pipe and through the heat-accumulating nozzle to the outlet nozzle of the treated air, the furnace through the duct communicates with the atmosphere, and the inhaler is made in the form of a bath in contact with the furnace body from the side of the sealed cavity. LHHHHHH About XXXX XXX 9 XXL Phage.1 20 6 FIG A yy