SU1353943A1

SU1353943A1 - Hydraulic compressor

Info

Publication number: SU1353943A1
Application number: SU864020066A
Authority: SU
Inventors: Сергей Степанович Герасименко; Николай Иванович Васильев; Александр Валерианович Наганов; Сергей Павлович Субботин
Original assignee: Институт ядерной энергетики АН БССР
Priority date: 1986-02-10
Filing date: 1986-02-10
Publication date: 1987-11-23

Abstract

Изобретение позвол ет повысить КПД. Перегородка 15 установлена между рабочим колесом 6 и торцовой стенкой 13 со стороны нагнетательного патрубка 4. В результате этого в камере 16, образованной стенкой и перегородкой , происходит закрутка смеси и окончательное разделение жидкости и газа. 1 ил. (Л со ел со 17The invention improves efficiency. The partition 15 is installed between the impeller 6 and the end wall 13 from the side of the discharge nozzle 4. As a result, in the chamber 16 formed by the wall and the partition, the mixture is twisted and the final separation of liquid and gas. 1 il. (L has co 17

Description

1one

Изобретение относитс к области компрессоростроени , в частности к гидравлическому компрессору.The invention relates to the field of compressor engineering, in particular to a hydraulic compressor.

Цель изобретени - повышение КПД,The purpose of the invention is to increase efficiency,

На чертеже представлена схема гидравлического компрессора.The drawing shows a diagram of a hydraulic compressor.

Гидравлический компрессор содержит корпус 1 с входным и ..выходнымThe hydraulic compressor includes a housing 1 with an inlet and an outlet.

П539432P539432

В эжекторе 10 под действием струи жидкости, выход щей из активного сопла II, нагнетаетс газ из пассивного сопла 12 во входной патрубок 2, откуда газожидкостна смесь поступает на лопатки 8 рабочего колеса 6. В результате закру1 кк этой смеси под действием центробежной силы в камепатрубками 2 и 3 соответственно и на- IQ ре 16 происходит окончательное раз- гнетательным патрубком-4 газовой магистрали 5, установленное в корпусе 1 рабочее колесо 6 с прикрепленньми на его диске 7 длинными 8 и короткими 9 лопатками. При этом длинные лопатки 8 расположены со стороны входного патрубка 2, в котором размещен эжектор 10. Активное сопло 11 эжектора 10 сообщено с выходным патрубком 3, а пассивное сопло 12 - с источником газа, при этом нагнетательный патрубок 4 размещен в центральной части одной из боковых стенок 13 корпуса 1, а выходной патру- .In the ejector 10, under the action of a jet of liquid emerging from the active nozzle II, gas is injected from the passive nozzle 12 into the inlet 2, from where the gas-liquid mixture flows to the blades 8 of the impeller 6. As a result, centrifugal force is applied to the cam sections 2 by the centrifugal force and 3, respectively, and on IQ pe 16, the final expansion pipe 4 of the gas pipeline 5 is installed, installed in the housing 1 of the impeller 6 with long 8 blades attached on its disc 7 and 9 short blades. While the long blades 8 are located on the side of the inlet pipe 2, which houses the ejector 10. The active nozzle 11 of the ejector 10 communicates with the outlet pipe 3, and the passive nozzle 12 with the gas source, while the discharge pipe 4 is located in the central part of one of the side the walls 13 of the housing 1, and the output patru-.

Claims

division of liquid and gas. In this case, the compressed gas leaves through the discharge nozzle 4, and the liquid through the outlet nozzle 3 and the heat exchanger 15 again enters the active nozzle 11. Invention Hydraulic compressor containing a housing with an inlet and outlet nozzles and a discharge pipe of the gas main, installed with the housing a wheel and an extension ejector in the inlet nozzle, the active nozzle of which is communicated with the outlet nozzle and the passive nozzle is connected with

20

The side 3 is located tangentially to the obe- source of gas, while the discharge 14. The case 1 additionally has a branch pipe located in the central part of the annular partition 15, the central part of one of the side walls tanned between the impeller 6. housing, and the outlet nozzle is located at the side and with the end wall 13 tangentially to the Shell, about the pressure socket 4 with the formation of the fact that, with the price between the latter and the partition, increase efficiency, the housing additionally contains an annular partition installed between the impeller and the end wall on the Tt side of the pressure pipe with the formation between the latter and the partition

15 of the chamber 16 connected to the outlet nozzle 3. A pipe 18 connecting the nozzle 3 with the active nozzle 1 passes through the heat exchanger 18.

Hydraulic compressor works as follows.

cameras,

felling.

connected to the output patreditor N. Stupid

Compiled by Y. Antipov

Tehred M. Hodannch Proofreader S. Shekmar

Order 5679/31 Circulation 571 Subscription

VNIIPI USSR State Committee

for inventions and discoveries 113035, Moscow, Zh-35, Raushsk nab., 4/5

Production and printing company, Uzhgorod, st. Project, 4

re 16 there is a final

division of liquid and gas. In this case, the compressed gas leaves through the discharge nozzle 4, and the liquid goes through the active nozzle 11 through the outlet nozzle 3 and the heat exchanger. Formula of the Invention A hydraulic compressor comprising a housing with an inlet and an outlet of the gas main, an impeller mounted to the body - Ejector, which is schenny in the inlet nozzle, the active nozzle of which is communicated with the outlet nozzle, and the passive nozzle - with

cameras,

felling.

connected to the output pat