초록 ▼

A laminar flow element for mounting inside a fluid flow channel, which flow element is built up from flat disks which are provided with grooves running between an eccentrically made inlet opening and an outlet opening. The outer disks of a package do not have grooves and only comprise an inlet openi

A laminar flow element for mounting inside a fluid flow channel, which flow element is built up from flat disks which are provided with grooves running between an eccentrically made inlet opening and an outlet opening. The outer disks of a package do not have grooves and only comprise an inlet opening or an outlet opening. The inlet openings together form an inlet channel and the outlet openings together form an outlet channel. The dimensions of the grooves are such that the fluid flows laminar to the channels, formed by said grooves, between the inlet channel and the outlet channel.

대표청구항 ▼

Laminar flow element for mounting inside a fluid flow channel comprising a package of a plurality of juxtaposed disks, each having a front surface and a rear surface, and each disk, except the front disk and the rear disk of the package of juxtaposed disks, having a first opening through said front

Laminar flow element for mounting inside a fluid flow channel comprising a package of a plurality of juxtaposed disks, each having a front surface and a rear surface, and each disk, except the front disk and the rear disk of the package of juxtaposed disks, having a first opening through said front and rear surface and a second opening through said front and rear surface and at least one conduit extending from the first opening to the second opening, said conduit comprising a channel on the front surface of said disk, said channel being closed on its side by the next adjacent juxtaposed disk and being dimensioned to provide laminar flow in said conduit, the front disk having a first opening and the rear disk having a second opening, the first openings of said plurality of disks being aligned and the second openings of said plurality of disks being aligned.