SU17121A1 - Adaptation to boiling water for distilled water - Google Patents

Description

 - The proposed invention relates to a boiler in which water is discharged through a pipe, and the outbreaks of cryiiiav3-fCH are washed by a cold & water tank (coil. For the purpose of combination in one

a boiling pot and a cube device for obtaining distilled water; two ball valves are installed at a different height in the feed chamber; water access from the plumbing machine to 1 m is controlled by a three-way valve;

In the exemplary drawing of FIG. The G depicts a vertical section of the device JI phi, 1 2-tr same device; get 1G, distilled water. - The appliance is a combination of the usual type of boiler; 1 sec; spos, coating 5 To cool and distill, boiling, boiling

Nickname Rrdy and is intended / for use in places where, besides Ki, one feels the need for a large amount of distilled water, such as, for example, in Le: Cheb; sanatorium hu la00ratory x it. D.; .. / / -; The proposed device 5 (Fig; 1) is equipped with two nutrient ball valves 6 and 9, located one ABOVE the other, and serves as a normal nutrient supply for the water heater n, besides this, it allows, if desired, to lower the level of WATER peridings The second pipe is a boiler, forcing the boiler itself to work on vaporization. When water passes from the water supply system through the upper ball valve, it flows into the feeding chamber of the device and through the tube 7 located in the lower part of the chamber / enters the lower part 3 of the kilometer; then, filling the last and washing the firebox of the boiler, the water rises to the bottom separating water heater 3. The boiler 8 from the upper tank 4 of the partition 8 moves towards the outlet part of the transfer pipe 2, where it stops at the level determined by the position upper ball valve. 6. The installation of ball valve 6 in the fixture is made at a height of the usual for a ball valve of this type: dark boiler, and this rearrangement of the ball valve does not disturb the normal;

 /

boiler for the production of boilers. If you turn off the power supply of the boiler through the upper ball valve 6 and produce power from the water supply system through the lower ball valve 9; then the water level in the fixture 5 / and in the transfer pipe 2 of the boiler will decrease to the limit determined by the position of the lower log valve; as a result, the further transfer of the boiling water into the upper tank will cease and the intensive evaporation of water will begin, the evaporating part of which is replenished through the lower ball valve. At the same time, the installation of the lower ball valve 9 is carried out in such a way that the water in the transfer pipe 2 is lower than the level at which transfer of the boil to tank 4 is possible.

Steam through the transfer pipe 2 enters the upper reservoir 4 of the boiler, from where it is led through the steam arc 10 to the coil 11 located in the lower part of the device; here it is cooled with water filling its feeding chamber, it is condensed and through the drain fitting 12, (fig. 2) flows into a substituted vessel. In the lower part of the feed chamber of the fixture there is a valve 13 (Fig. 1) through which the water heated by the heat of steam passing through the coil 11 is removed. When the valve 13 is opened, the water level in the feed chamber is kept cold water from the water supply system through the lower ball valve 9, which contributes to the correct condensation of steam.

The upper and lower ball valves are connected to the plumbing through a three-way valve 14, which supplies water to one of the valves as desired, and when connected to the plumbing through a three-way valve 14 of one of the valves; the access to the other valve is automatically stopped. Thus, the three-way valve also serves as a work switch, booster, nickname. Connect the upper part of tank 4 for boiling the boiler with the fixture tube 15, which opens in the fixture below the water level, installed by the lower ball valve 9. This tube serves to protect the safety of the vapor pressure and under normal operating conditions During this year, steam of this tube is closed by a column of water corresponding to the difference in water levels in the feed chamber and at the end of the tube 15 that opens to the water space. cut tube 15 and is released into the water space of the fixture. The G5 tube is at the same time for discharging the excess. This displacement of the boil occurs if the boil is not dispersed from the boiler and the upper reservoir 4 of the boiler is overfilled with boil. The excess boil of the boiler 15 enters the feeding chamber of the device 5, where, as a result, the level rises and the tube 16, installed slightly above the normal upper water level in the fixture, is led outside. (,, The subject of the patent. -1

.-.

Adaptation to the boiler for obtaining distilled water / characterized by the fact that in the feed chamber two ball joints are installed: 6 to 9 at different heights, with a three-way valve 14 on a water supply pipe, a scientific research institute leading to these valves, in order to be combined in one on the one hand and on the bottom of the boiling pot and on the bottom of the cube for the preparation of distilled water. to - -. - .... nateHTy P. F. Derevitsky, G. G. Petukhov, B, P. Polkova, and N. V. Makarova No. 17121

J3.