RU170441U1 - CONVECTION PASSING - Google Patents

Abstract

The utility model relates to heat engineering and can be used for individual and collective baths. The technical result of the proposed utility model is to improve the heating of the room adjacent to the steam room. The technical result is achieved by the fact that the convection pass-through in the form of a metal three-dimensional structure, with two parallel surfaces: the front with convection holes and the back with elements for attaching the screen to the wall, interconnected by blind end walls around the entire perimeter, is characterized by the fact that on the back surface convection openings are located. cutting can consist of three separate blocks connected in a U-shaped design. Holes on the back of the groove can be located at the bottom of the central unit. Blocks can be connected by tongue-and-groove connections. Each block may have a flange with holes. The technical result is that the heating of the room adjacent to the steam room is improved by taking part of the heated air from the steam room, from the space above the furnace, through the rear convection holes located in the back of the cutting. A useful model can successfully used for the production and operation of convection through-cuts installed in baths between the steam room and the dressing room.

Description

The utility model relates to heat engineering and can be used for individual and collective baths.

The well-known "Furnace for a bath" RU 80215 [2], made in the form of a metal three-dimensional structure, mounted in the wall of a steam-washing room, containing a furnace, fuel channel, a chamber with heat storage load and a heat shield that forms channels of directional movement of the air flow, heat the screen is made in the form of a metal double-walled case with convection openings formed by two surfaces parallel to each other, interconnected by blind end walls around the entire perimeter, forming behind poked inner cavity.

The disadvantage of this device is the insufficient heating of the steam room, due to the partial screening of the furnace by the lateral parts of the heat shield.

The closest technical solution is the “PROTECTIVE HEAT-INSULATING SCREEN” RU 139186 [1] in the form of a three-dimensional metal structure, with two parallel surfaces: the front with convection holes and the back with elements for attaching the screen to the wall, interconnected by blind end walls around the entire perimeter.

The device has improved heating of the steam room compared to [2] due to the lack of side screens.

The disadvantage is the insufficient heating of the room adjacent to the steam room.

The technical result of the invention is to improve the heating of the room adjacent to the steam room.

The technical result is achieved by the fact that the convection pass-through in the form of a metal three-dimensional structure, with two parallel surfaces: the front with convection holes and the back with elements for attaching the screen to the wall, interconnected by blind end walls around the entire perimeter, is characterized by the fact that on the back surface grooves are convection holes.

Cutting can consist of three separate blocks connected in a U-shaped design. The specified implementation will facilitate the installation of cutting around the furnace of the furnace, taken out in the room adjacent to the steam room (dressing room).

Holes on the back of the groove can be located at the bottom of the central unit. The specified implementation will further improve the efficiency of the furnace, since the intake of warm air will be made from the space above the furnace, where the air heated by the furnace is concentrated, which will increase the temperature in the room adjacent to the steam room, in which the furnace door is located.

Blocks can be connected by tongue-and-groove connections. Each block may have a flange with holes. The specified implementation will speed up the installation of cutting due to the variability of the installation sequence.

The device is schematically shown in FIG. 1 - a set of modules, FIG. 2 is a general view of the assembly with the furnace, FIG. 3 - section of the Central module, where:

1 - central module;

2 - side modules;

3 - facial convection openings;

4 - rear convection openings;

5 - spikes;

6 - flanges with holes;

7 - furnace furnace.

The device operates as follows: the central module 1 is located above the furnace 7, the side modules 2 are located on the sides. Front convection holes 3 are located on the upper part of all modules and in the lower part of the side modules 4. Rear convection holes 4 are located in the lower part of the central module 1. On the lateral parts of the central module there are figured spikes 5 for placement in the corresponding grooves on the side modules. On the back of the modules are flanges with holes 6 for attaching the modules to the building structures of the bath.

The technical result - improving the heating of the room adjacent to the steam room is achieved by taking part of the heated air from the steam room, from the space above the furnace, through the rear convection holes located in the back of the cutting.

Industrial application

The utility model can be successfully used for the production and operation of convection through-cuts installed in baths between the steam room and the dressing room.

Claims (5)

1. Convection pass-through in the form of a three-dimensional metal structure, with two parallel surfaces: front with convection openings and a back with fastening elements of the screen to the wall, interconnected by blind end walls around the entire perimeter, characterized in that convection openings are located on the back . 2. Cutting according to claim 1, characterized in that it consists of three separate blocks connected in a U-shaped design. 3. Cutting according to claim 1, characterized in that the holes on the rear surface of the cutting are located in the lower part of the Central block. 4. Cutting according to claim 1, characterized in that the blocks are connected by a thorn-groove connection. 5. Cutting according to claim 1, characterized in that each block has a flange with holes.

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