DEVICE AND METHOD FOR THE HEAT PIPE FILLING WITH A DUAL PROCESS INTERFACE BY A SOLID WORKING MEDIUM Russian patent published in 2018 - IPC F28D15/02 

Abstract RU 2652471 C1

FIELD: heating.

SUBSTANCE: device and method for a heat pipe filling with a dual process interface with a solid working medium. Filling device comprises a glove box (7), a reservoir (4) for the working medium, an upper cover (8), an inert gas source (31), vacuum molecular pumping unit, heater and cooler. Heat pipe (1), which must be filled, accommodates the design with a dual process interface. Main process interface is an evacuating interface and an interface for the inert gas flow, and is also an interface for filling of the working medium. Auxiliary process interface is an evacuation interface, and is also an interface for the inert gas flow. Thus, the heat pipe (1) and the process tank (4) outlet duct size is doubled, discharge and evacuation take place more smoothly, and the filling range can be extended if required. Also added are an air cushion (12) and a perforated cylinder (13).

EFFECT: goals are achieved, which consist in the fact that the heat pipe filling range can be increased, if necessary, no residuals of the working medium are left in the pipeline during filling, process is more stable, the working medium has high purity, and subsequent processing becomes more convenient.

28 cl, 22 dwg

Similar patents RU2652471C1

Title Year Author Number
FIELD HEAT-ELECTRIC POWER PLANT WITH EXTERNAL-COMBUSTION ENGINE 1995
  • Pustyntsev Aleksandr Alekseevich[Ua]
RU2109157C1
ANAEROBIC PROPULSIVE COMPLEX OF UNDERWATER VEHICLE AND METHOD OF OPERATION OF HEAT ACCUMULATORS (VERSIONS) 2023
  • Paletskikh Vladimir Mikhajlovich
RU2821806C1
APPARATUS FOR WATER TREATMENT 2000
  • Dzhonson Martin Stehnli
  • Vimer Klaus
  • Uill'Jams Grehkham
RU2228909C2
METHOD OF ABSORBER REGENERATION IN GLOVE BOX GAS PURIFICATION SYSTEM 2022
  • Melnikov Dmitrii Vladimirovich
RU2793002C1
REACTOR WITH THREE-PHASE SOLID-GAS-LIQUID FLUIDIZED LAYER TO EXECUTE FISCHER-TROPSCH SYNTHESIS AND ITS USE 2007
  • Van Dzhinshen
  • Khao Ksju
  • Lju Donksjun
  • Baj Ljan
  • Kao Liren
  • Li Jonvan
RU2441697C2
MULTI-STRUCTURED REACTOR MADE OF MONOLITHIC ADJACENT THERMOCONDUCTIVE BODIES FOR CHEMICAL PROCESSES WITH HIGH HEAT EXCHANGE 2013
  • Paturtso Marko
  • Favaretto Mauro
  • Pyatstsa Martsio
  • Fortsatti Pio
  • Groppi Dzhanpero
  • Letti Luka
  • Tronkoni Enriko
  • Viskonti Karlo Dzhordzhe
RU2656482C2
ABSORPTIVE GAS TERMINAL 2016
  • Fomkin Anatolij Alekseevich
  • Tsivadze Aslan Yusupovich
  • Aksyutin Oleg Evgenevich
  • Ishkov Aleksandr Gavrilovich
  • Stompel Semen Isaakovich
  • Ladygin Konstantin Vladimirovich
  • Shkolin Andrej Vyacheslavovich
  • Strizhenov Evgenij Mikhajlovich
  • Menshchikov Ilya Evgenevich
RU2648387C1
HOUSEHOLD APPLIANCE 2011
  • Dreossi Dzhuzeppe
  • Furberg Richard
  • Krishe Bernd
RU2570783C2
GENERATION METHOD OF MECHANICAL (ELECTRIC) POWER BY MEANS OF STIRLING ENGINE USING HEAT OF SECONDARY POWER RESOURCES, GEOTHERMAL SOURCES AND SOLAR POWER FOR ITS OPERATION 2008
  • Gorbachev Jurij Mikhajlovich
RU2406853C2
APPARATUS AND METHOD FOR PRODUCTION, PARTICULARLY in situ PRODUCTION OF CARBONACEOUS MATERIAL FROM UNDERGROUND RESERVOIR 2011
  • Khuber Norbert
  • Dil Dirk
  • Kokh Andreas
  • Koolman Mikhael
  • Torlak Muris
  • Vakker Bernd
RU2586344C2

RU 2 652 471 C1

Authors

Qu, Wei

Ai, Bangcheng

Yu, Jijun

Xue, Zhihu

Dates

2018-04-26Published

2014-07-25Filed