IT8215902A1 - PRESSURE EXCHANGER - Google Patents

Description

JL L ???????' <' >m PES?R?ZION?<?>?<' >i)t%i *i NATION?<' >.

| HI assumption: This pressure exchanger is formed by two hemispherical caps, provided with one or more holes in the upper part, the caps matching with the bases form a spherical container *in the middle of which is located a membrane, it divides the I

two hermetically sealed half-shells*. -The pressure exchanger is used to transmit pressure between liquids and gases without them mixing together, so it is possible to exploit the I?

' pressure that is given to the first element/ to have (without contact, between the two) the second at the exit at the same pressure..

DESCRIPTION: THIS INVENTION HAVING THE TITLE OF A PRESSURE EXCHANGER in the name of Sdhg Alesi

The Sandro of Italian nationality Tridente in Coril

(aunt via Emilio Cravos M 29 and of ' Zoff f <? >Renzo of Italian nationality residing in Gfbrizia via Baiti N 6 6 filed on -?*8-* L*O.*G..* 1.9?8*2.. N of minutes 17002 B/82

j With this invention, using a membrane, I <1 '>

can compress liquids or gases and release them at the desired pressures, without them coming into contact with each other.

The pressure exchanger is made up of (see

(attached drawing) from two hemispherical caps.,

i (or cylindrical with rounded shapes) supplies

{ of one or more sleeves in the upper part (for the

- used and for the entrances) built by drawing,

fusion etc.? depending on the materials used.

.? _thickness adequate for internal pressure

what do they have to bear?

the two caps fit together OQm the dtie

-

bases forming a sphere,. and have.. ?inside is a.

, elastic membrane that divides them hermetically? f

t_ h.e._ two_ caps? can. be. assembled (in fun-_

i (pressure -internal) by means of, stapling,. ,

* ' I

;.by means of flanges, with through-bolts,.welded, point-,

, tate with stapler _ . . .... . . - *

4 - JEa .membrana has the ability to under appropriate pressure.

exerted on its surface to expand

up to _?d adhere_comp.manure.to the surface_ j

!

inside of one of the two half-hoods, depending on the direction in which the pressure was exerted.

f

.sion and IOL- pressure exchanger has the function-=? co - of_ transmitting the pressure between the two half-shells ^ u-J0 _J

or

you 7a depending on whether these contain liquids or gases. O-S Q

o u_ So it is possible to transmit pressure between ? [ -M?ifi/j - l?quide -and liquid , gas -and -gas * gas and liquid and

I \ - A, / -vice versa, without- the -two -elements -mixing ? j ?

'??)^0??? qii? ?this is the same as ou?~ "have a- there do ' ~o W gas - in ?Pressure f without clamps also this should be necessary ?will be iamerit e~ Pass e ?ai through the pump line".:

2) To create the pressure, inexpensive pumps cannot be used.

3) Through the pump that supplies pressure, a suitable liquid circulates that does not wear out and that prolongs the life of the pump.

Claims (1)

4<1>) The container empties completely. 50 In the case of drinkable liquids that come out under pressure, using a food membrane we claim the advantage of not having said liquids in contact with any type of gas, and therefore +. _n.e_s.suna.nDO s.s itili t ?_ that_ the gas .mixes or_ combines with liquids {causing differences in taste or odor.. . ; 6<'>) Finally, we claim the low production cost and a simplicity of construction.? The essential and new part is the membrane which is sized and constructed with suitable materials, which satisfy the widest possible needs of use. 1 go