CN2213561Y - Vapour-water separator - Google Patents

Abstract

The utility model discloses a gas-water separator, which is characterized in that a gas-water separating chamber is composed of a throttle nozzle, a flow-dividing ring baffling cylinder, a secondary separating net, and an overflowing ring phase, wherein, the flow-dividing ring baffling cylinder is arranged on the throttle nozzle; the secondary separating net is arranged on the inner casing of the gas-water separating chamber, and the lower end of the flow-dividing ring baffling cylinder; the gas-water separating chamber is composed of two gas-water separating chambers; the two-stage separating chamber is arranged on the upper end of the first-stage separating chamber; the two-stage separating chamber and the first-stage separating chamber are communicated by the top of a conical funnel; the top end of the two-stage separating chamber is provided with a collected gas outlet pipe; the bottom of the first-stage separating chamber is provided with a water storage chamber; the lowest part is provided with steam and an electric heating device. The utility model can separate the water in compressed air out fully.

Description

Vapour-water separator

The utility model belongs to a kind of moisture trap.Specifically a kind of to compressed air (or other gas), the machinery that produces on remote conveyance conduit carries the moisture trap that condensed water and greasy dirt are got rid of.

After compressed air is produced by air compressor, need carry out refrigerated separation and just can enter pipeline and carry and use, but carry with long-distance pipe because of the compressed air of cooling just, generation is mechanical carries condensed water and can not avoid.And equipment requires its quality high, i.e. Gan Zao compressed air when the compressed air that uses.Existing separate mode to the condensed water in the compressed air is to discharge water at bypass duct to solve this problem.Or use large-scale refrigerated separation drying equipment.This quadrat method is all bigger to compressed-air actuated loss.

It is a kind of simple in structure that the purpose of this utility model is to provide, and makes a kind of moisture trap that condensed water in the compressed air can fully be got rid of.

The utility model be utilize water gentle from the degree different principles realize, it is to be made of air-water separation chamber, retaining chamber and heating clamber, air-water separation chamber is by sluice noz(zle) ［ 5 ］, shunting baffle ring tube ［ 6 ］, middle recessed secondary separation net ［ 4 ］, overflow ring ［ 9 ］ and conical hopper top ［ 8 ］ constitute mutually, sluice noz(zle) ［ 5 ］ is connected with air inlet pipe ［ 1 ］, shunting baffle ring tube ［ 6 ］ is located at last, the middle recessed secondary separation net ［ 4 ］ of sluice noz(zle) ［ 5 ］ and is located on the inner casing of air-water separation chamber the lower end of shunting baffle ring tube ［ 6 ］.Overflow ring ［ 9 ］ is located at the top of air-water separation chamber, is provided with conical hopper top ［ 8 ］ in overflow ring ［ 9 ］.Air-water separation chamber is two identical formations of structure, secondary air-water separation chamber ［ 21 ］ is located at the upper end of one-level air-water separation chamber ［ 20 ］, and at the bottom of conical hopper top ［ 8 ］ are the umbrella shape of secondary air-water separation chamber ［ 21 ］, the sluice noz(zle) ［ 11 ］ of secondary air-water separation chamber ［ 21 ］ is connected with one-level air-water separation chamber ［ 20 ］ by conical hopper top ［ 8 ］, the bottom of secondary air-water separation chamber ［ 21 ］ is provided with the downcomer ［ 7 ］ of the recessed secondary separation net ［ 4 ］ in the centre that reaches one-level air-water separation chamber ［ 20 ］, the recessed secondary separation net ［ 10 ］ in the centre of secondary air-water separation chamber ［ 21 ］ is located on the inner casing of secondary air-water separation chamber ［ 21 ］, the lower end of shunting baffle ring tube ［ 12 ］.Be provided with gather qi together pipe ［ 13 ］ on the top of secondary air-water separation chamber ［ 21 ］, gather qi together pipe ［ 13 ］ is connected with escape pipe ［ 14 ］.Poultry hydroecium ［ 15 ］ is located at the bottom of one-level air-water separation chamber ［ 20 ］, recessed gas-water separation net ［ 3 ］ in the middle of being provided with on the poultry hydroecium ［ 15 ］, and the bottom is provided with steam-heating pipe ［ 16 ］ or electrical heating ［ 17 ］.The next door of bottom is provided with outlet pipe ［ 2 ］.

The course of work of the present utility model is such: compressed air enters sluice noz(zle) ［ 5 ］ by air inlet pipe ［ 1 ］, spray in " cross " hole from sluice noz(zle) ［ 5 ］, be ejected under the inwall of shunting baffle ring tube ［ 6 ］, the whereabouts of rebounding after the globule is run into, enter the separate mesh of raiseeing the hydroecium ［ 15 ］ ［ 3 ］ from secondary subnetting ［ 4 ］, drop to again in the retaining chamber ［ 15 ］, the compressed air that overflows from shunting baffle ring tube ［ 6 ］ continues to rise, the globule of not separating continues again to fall after running into overflow ring ［ 9 ］ and conical hopper top ［ 8 ］, and light compressed air enters secondary air-water separation chamber ［ 21 ］ by conical hopper top ［ 8 ］ and carries out further gas-water separation.Its course of work is identical with the one-level gas-water separation, enters escape pipe ［ 14 ］ through the air that contracts of the dry-pressing after the gas-water separation by gather qi together pipe ［ 13 ］.When using in the winter time, be provided with steam-heating pipe ［ 16 ］ or electrical heating ［ 17 ］ in the bottom of poultry hydroecium ［ 15 ］, with guarantee air water can be fully from, make water droplet not frozen.

The utility model is simple in structure, volume is little.Water droplet in the compressed air is separated fast and efficiently, and obtained the pure compressed air of quality.

Accompanying drawing is a structural representation of the present utility model.

Now in conjunction with the accompanying drawings embodiment of the present utility model is described further:

The gas-water separation and one that is made into two circles with steel pipe is raiseeed hydroecium, and one-level air-water separation chamber ［ 20 ］ is bigger than the diameter of secondary air-water separation chamber ［ 21 ］ and poultry hydroecium ［ 15 ］.Poultry hydroecium ［ 15 ］ is located at the bottom of one-level air-water separation chamber ［ 20 ］, and is recessed in the middle of being provided with on the poultry hydroecium ［ 15 ］, the gas-water separation made from stainless steel wire ［ 3 ］.Bottom at poultry hydroecium ［ 15 ］ is provided with steam-heating pipe ［ 16 ］, and steam pipe ［ 16 ］ is connected with stop valve ［ 18 ］, is provided with electrical heating wire ［ 17 ］ in the bottom of steam-heating pipe ［ 16 ］.The next door, bottom of poultry hydroecium is provided with outlet pipe ［ 2 ］.The structure of one-level air-water separation chamber ［ 20 ］ is that sluice noz(zle) ［ 5 ］ is connected with air inlet pipe ［ 1 ］, on sluice noz(zle) ［ 5 ］, be provided with the hole of " cross " shape, shunting baffle ring tube ［ 6 ］ is enclosed within on the sluice noz(zle) ［ 5 ］, lower end at shunting baffle ring tube ［ 6 ］, on the inner casing of one-level air-water separation chamber ［ 20 ］, recessed in the middle of being provided with, the secondary separation net made from stainless steel wire ［ 4 ］, secondary air-water separation chamber ［ 21 ］ shell reaches that part of in the one-level gas-water separation ［ 20 ］, become the overflow ring ［ 9 ］ of one-level air-water separation chamber ［ 20 ］, in overflow ring ［ 9 ］, be provided with conical hopper top ［ 8 ］, at the bottom of conical hopper top ［ 8 ］ also was the umbrella shape of secondary air-water separation chamber ［ 21 ］, the sluice noz(zle) ［ 11 ］ of secondary air-water separation chamber ［ 21 ］ was connected with one-level air water locellus ［ 20 ］ by conical hopper top ［ 8 ］.Also be provided with the hole of " cross " shape on the sluice noz(zle) ［ 11 ］, be provided with the downcomer ［ 7 ］ that the following recessed secondary separation net ［ 4 ］ in centre that reaches one-level air-water separation chamber ［ 20 ］ is located in the bottom of secondary air-water separation chamber ［ 21 ］, on sluice noz(zle) ［ 11 ］, be provided with shunting baffle ring tube ［ 12 ］, lower end at shunting baffle ring tube ［ 12 ］, the inner casing of secondary air-water separation chamber ［ 21 ］ is provided with middle recessed gas-water separation net 10 ］, be provided with the gather qi together pipe ［ 13 ］ that has " cross " shape hole at the top of secondary gas-water separation ［ 21 ］, gather qi together pipe ［ 13 ］ is connected with escape pipe ［ 14 ］.

Claims (3)

1, a kind of moisture trap, it is by air inlet pipe [1], escape pipe [14] and air-water separation chamber constitute mutually, the air-water separation chamber that is characterised in that of the present utility model is by sluice noz(zle) [5], shunting baffle ring tube [6], middle recessed secondary separation net [4], overflow ring [9] and conical hopper top [8] constitute mutually, sluice noz(zle) [5] is connected with air inlet pipe [1], shunting baffle ring tube [6] is located on the sluice noz(zle) [5], middle recessed secondary separation net [4] is located on the inner casing of air-water separation chamber, shunting baffle ring tube [6] lower end, on the top of air-water separation chamber, be provided with overflow ring [9], be provided with conical hopper top [8] in overflow ring [9], poultry hydroecium [15] is located at the bottom of air-water separation chamber.

2, moisture trap as claimed in claim 1, it is characterized in that air-water separation chamber is to be made of identical two of structure, be provided with secondary air-water separation chamber ［ 21 ］ in the upper end of one-level air-water separation chamber ［ 20 ］, at the bottom of the conical hopper of one-level air-water separation chamber ［ 20 ］ top ［ 8 ］ is the umbrella shape of secondary air-water separation chamber ［ 21 ］, the sluice noz(zle) ［ 11 ］ of ［ 21 ］ is connected with one-level air-water separation chamber ［ 20 ］ by conical hopper top ［ 8 ］ the secondary air water from the chamber, be provided with downcomer ［ 7 ］ in the bottom of secondary air-water separation chamber ［ 21 ］, recessed secondary separation net ［ 4 ］ was located in the middle of downcomer ［ 7 ］ reached, on sluice noz(zle) ［ 11 ］, be provided with shunting baffle ring tube ［ 12 ］, recessed secondary separation net ［ 10 ］ in the middle of shunting baffle ring tube ［ 12 ］ lower end is provided with, the upper end is provided with gather qi together pipe ［ 13 ］, and the same escape pipe of gather qi together pipe ［ 13 ］ ［ 14 ］ is connected.

3, moisture trap as claimed in claim 1 is characterized in that being provided with steam pipe in the lower end of retaining chamber ［ 15 ］ heats ［ 16 ］ or electrical heating ［ 17 ］.