DE6750414U - FITTINGS FOR HEAT AND / OR SUBSTANCE EXCHANGE - Google Patents

Description

PAIbNtANWALT _n «ΛΓΠΟΛη 4 \ IC" $

Dtfl.-.NG. K A. I 5 0 3 8 B * I 4th 3rd DO Jl

HELMUT GORTZ **

6 Frankfurt am Main 70
Schnockonhohlr. Zl - lot. 61 7079

IJ. March 1968

O, stamp AO ₁ 6OOO Frankfurt au Main, Hedderichstr. 106 »11i} Built-in for the heat and / or material exchange

It is known * all installation tone in devices in which a material and / or heat exchange through Baay iiln -nn "a FlttsS ± gk"> it is to take place with a glass, in particular in KKKUFFME, honeycomb layers with vertically running tubes, which are preferably hexagonal in shape to use. In these layers, the liquid trickles down the walls from top to bottom and is brought into contact with a gas.

It is also known to use in cooling towers or the like xvttl or several such honeycomb-shaped layers one on top of the other. These layers are preferably arranged in such a way that the diagonals of the vault walls of two layers in contact with one another overlap. With this arrangement, when the liquid trickles down, the streams of the liquid divide at the transition from the single "to the uppermost layer" and thereby create new surfaces which can come into contact with the old flowing gas. Each layer forms new counterparts that increase the turbulence and improve performance. It can therefore be useful to subdivide the required height of the built-in structures into many layers.

Functional installation of the layers in the suietst written anoitlnuag in KUhltUrae and the like causes difficulties. Ea is not οIlfach and requires to put oinon lifted Seitaufwand bsi u t assembling the individual layers to one another so that dio Canton of Wabonw & ude well overlap * The gasanto construction is w © j £ on the missing link "wipe the individual layers uaeifcabil. B _# eondere> if the internals several meters layered, the bodies "are worn AuOenatlitssen and AuBonsantel only by a Kunetatoffolie od '" by little is made r dorgloichen "let the durability of the fixtures echichtenartlgen not aiehr Cegoben. The aggregates are in place. They are often outdoors and are exposed to wind attacks unhindered. This has a particularly serious effect on the built-in components if the outer skin only consists of a film that is not self-supporting. Without anchoring the individual layers, in larger units, we cannot do this here.

Attempts have been made to avoid these disadvantages in that vwei Either several of the layers by Klaoaern, Bolxen, Baissen or other known means (e.g. tying) jsit each other varbmiäoa will. All of these measures require a lot of work and do not bring the desired effect, the connections are only "pwnktfcraig" and the "packages" remain unstable in calibration. Xlassern or similar fasteners also increase the weight of the S and cause xusKtxliehe material costs,

Di "P * a" rua £ concerns Siafeautsn for Vitras = and / ODSR Stiff = exchange in devices in which a · liquid and "in 6a · in Konitutt ^ © introduced" are bsuten particular door KühltUrse "The Sis & consist of sw © * © the iaehrsrsü box * sss ses & krvvlt continuous channels separated by thin walls «in particular · VmJMm, <iii © are arranged offset from one another« The interior is characterized by the fact that the layers are marked by BeIb- wnd / <aa®v Fonaecklufl are connected to each other. This "rubbing" and / or research is preferably brought about by incisions in the edges of the canals.

The 2fau »xuzsg is particularly well suited sub connecting from an

öQ u <& te®ugi $ T & ± g @ n Schickten, üto aas sit or coated cellulose, paper or consist

A * M * 7ttacz9gemä0en cuts can have different depths depending on the required rises. Si · Tief «der EiaechnJ.tt © should as a rule be nor goring. ΙΪ8 is prevented by crushing: the channel cross-section occurs _β

In particular, with layers of less weight, incisions about 1 to 3 mm deep are sufficient in order to obtain the desired rubbing and / or fonaschluj &.

675041

Dl «asmerongseenritagn Siabaetea kSnaen au? simple wermea

nau SvvS ■ »BtWvx {jura? ra ^ u ^ Aj ^ M ^ cSii.Oul! © ü ΪΑυΘ3 ^ Φ jLueiuuwür iSrJClt 02 ⁵ WJa ¹ I * S £ .ü suisa «nen so far ₍ that the frictional and / or false sludge is effected» carry out the procedure It is natural that the walls consist of a relatively: stiff material, for example cellulose impregnated or coated with synthetic resin, paper or similar carrier material. A honeycomb fabric made of soft and plastic material is not suitable "If the edges of the colored walls are pressed together, they are merely pressed together and bent, but there is no friction and / or form fit. * Ebonso a vabensukterial made from a" su cprSdesi fabric cannot be susaaaaea ^ efuuig in this way, because biting Xusa-press the ¥ abonkanten abbrttckeln to the overlapping St © 3J or chipping int essential that the individual Schickiten comprising compressing as ^q Schni1;. twerkzeuge act ⁿ mutually ι and the erfortilerliehen incisions (Verkäenrong) itself

produce. The bond is so strong that it was previously pliable A fully rigid package was created in one of its layers is · Bs considerable forces are required, which are only slightly

To separate layers again. The »drawings κ own, for example, some embodiments de;

675041

Fig. 1 is a perspective _{view of parts of (} two honeycomb layers 1 and 2, which according to the invention are based on "

are put together and then pressed together. The layers'

consist of paper soaked or coated with synthetic resin f

or similar carrier material, have a Höia © of 50 ma and f

a cell width of 20 bus. When stacked on top of each other |

s and compression, the edges | arise at points 3t w

the honeycomb walls of the upper layer 1 with the edges of the honeycomb walls I.

of the lower layer Z intersect, in each edge incisions about 1 to 2 mm deep, which connect the layers 1 and 2 with one another in a frictional and form-fitting manner.

Fig. 2 shows the same arrangement seen from above. The upper layer 1 is shown in solid lines, the lower layer 2 with dashed, lines dargoatollt. Hler aiaht m * n clearly the numerous places 3 »& n which the edges of the tinted walls overlap and form a © connection when pressed together.

Di © Fig. 3 shows on an enlarged scale and taken apart a wall of a tfabo dor upper layer 1 and oino wall of a ttabs dor lower layer 2. You can clearly see the incisions 3 ^{aa of the} canton of both walls.

Claims (1)

Protection claims « . Brought internals door D «a heat and / or Stof ^ exchange in devices., In soft a liquid and a gas in contact towers in particular for cooling, ordering, separated from two or aehreren layers of perpendicular passing through thin walls, in particular are, characterized in that the Layers connected to one another by friction and / or FonaschluO are. 2 · Eini> aut «u na ^ h claim 1» thereby g ο k β η η - ί s »iD» t that the friction and / or Fonaecixluß by binding see., öte in east east one of the intersecting edges San & l · is effected. '" 3 · Built-in components according to claim 1 or 2, thereby gekena ] ζ «ι icbae t ₉ « leave the layers soaked with synthetic resin H '® «S @ r loaded © v © r G © llul ^ © © ©, paper or © inota other ft • i > 4 «installation tone according to claim 2 or 3, thereby gj ο k © η πι- ssoichnets that the depth of the incisions wonJLgor than that 'Half · the height of each layer is. 675041 5. Internals according to claims ^, thereby marked draws that the © incision © in dea itself, donden K & afcen 1 to 3 as deep siad.