PLANT FOR COOLING THE SOIL AND SET OF PRODUCTS FOR CONSTRUCTION OF SUCH PLANT Russian patent published in 2018 - IPC E02D3/115 F28D15/02 

Abstract RU 2645193 C1

FIELD: instrument making; cooling.

SUBSTANCE: inventions relate to the means for cooling the soil, operating on the principle of gravitational heat pipes and vapor-liquid thermosyphons, and are intended for use in the construction of structures in the permafrost zone. Technical result is achieved by the fact that the plant has an evaporation zone with several branch pipes and a condensation zone with several condensers connected through a transport zone. Features of the plant consist in the fact that the condensation zone is made in the form of a monoblock construction having a nozzle for bleeding air, and its connection with the evaporation zone through a single transport channel in the form of upper and lower pipelines connected through a shut-off valve, and the presence of the collector in the evaporation zone to which the branch pipes are connected. Both pipe connections are detachable. Piping and branch pipes are made of easily deformable material, and the used coolant has vapor heavier than air. Kit for the installation of the plant includes the first product – monoblock condenser, the second product – upper transport pipeline and the third product in the form of a series-connected valves, pipeline and manifold with branch pipes. In the process of manufacture, the third product is filled with coolant, its pipeline and branch pipes are bent into coils around the manifold. Design of the plant and its configuration provide a technical result, consisting in more convenient transportation and the possibility of time separation of work on placing the underground and aboveground parts at the site of future operation. Connection of these parts through a single specified channel and the possibility of bending of its lower part facilitates the placement of the plant in the presence of other objects under construction close to it. Plant, after the connection of its parts, does not require refilling of the coolant under unfavorable construction conditions and is activated by opening the valve and then bleeding air through the nozzle.

EFFECT: technical result is the simplification of the overall design of the plant, which makes it possible to reduce the number of surface pipelines connecting the evaporation zone to the condensation zone without reducing the efficiency of these zones.

6 cl, 5 dwg

Similar patents RU2645193C1

Title Year Author Number
BIMETALLIC GRAVITATIONAL HEAT PIPE 2015
  • Abrosimov Aleksandr Ivanovich
  • Abrosimova Vera Andreevna
  • Abrosimov Aleksandr Aleksandrovich
RU2577502C1
GRAVITATIONAL HEAT PIPE WITH THERMOELECTRIC CONVERTERS (VERSIONS) 2014
  • Abrosimov Aleksandr Ivanovich
  • Abrosimova Vera Andreevna
  • Abrosimov Aleksandr Aleksandrovich
RU2548707C1
PILE SUPPORT FOR STRUCTURES ERECTED ON PERMANENTLY FROZEN SOIL 2009
  • Abrosimov Aleksandr Ivanovich
  • Abrosimova Vera Andreevna
  • Vasil'Eva Marija Egorovna
RU2384671C1
COOLED PILE SUPPORT FOR STRUCTURES ERECTED ON PERMANENTLY FROZEN SOIL 2009
  • Abrosimov Aleksandr Ivanovich
  • Abrosimova Vera Andreevna
  • Vasil'Eva Marija Egorovna
RU2384672C1
LIQUID MICRO-BATCHER 2020
  • Abrosimov Aleksandr Ivanovich
  • Abrosimova Vera Andreevna
RU2736342C1
GRAVITY-ASSISTED HEAT PIPE 2007
  • Abrosimov Aleksandr Ivanovich
  • Gvozdik Viktor Ivanovich
  • Minkin Mark Abramovich
RU2349852C1
HEAT-TRANSFERRING DEVICE 2003
  • Abrosimov Aleksandr Ivanovich
RU2268450C2
ENGINE, POWER-GENERATING UNIT OF THERMOELECTRIC POWER PLANT, FUEL PREPARATION SET, CENTRIFUGAL GAS SEPARATOR, CENTRIFUGAL STEAM-GAS SEPARATOR AND TUBULAR HEAT EXCHANGER 1999
  • Poljakov V.I.
RU2143570C1
GRAVITY-ASSISTED HEAT PIPE 2008
  • Abrosimov Aleksandr Ivanovich
  • Gvozdik Viktor Ivanovich
  • Minkin Mark Abramovich
RU2373472C1
GRAVITY HEAT PIPE 2015
  • Abrosimov Aleksandr Ivanovich
RU2581294C1

RU 2 645 193 C1

Authors

Abrosimov Aleksandr Ivanovich

Abrosimova Vera Andreevna

Abrosimov Aleksandr Aleksandrovich

Dates

2018-02-16Published

2016-12-27Filed