TH18771B - Self-cleaning reactor / mixer for high viscosity and sticky mixtures - Google Patents

Abstract

DC60 (31/03/40) The invention involved a fully self-cleaning reactor / mixer. It is perfect that there is very freely available quantity. A kinetic self-cleaning unit consisting of two or more parallel (2,2 ') shafts that rotate in opposite directions, on those shafts with agitators arranged axially to a spiral (3, 3 ') with scrapers (4, 4', 5,5 ') on the front and back of the blade And the enclosed hull (1) as all scrapers (4,4 ') on the top of the stirrer current (3,3') transport the relevant material outside and all the agitator blades (5, 5 ') on the The end of the flow of the stirrer conveys the material inward, thus obtaining axial conveying. The invention involved a fully self-cleaning reactor / mixer. It is perfect that there is very freely available quantity. A kinetic self-cleaning unit consisting of two or more parallel (2,2 ') shafts that rotate in opposite directions, on those shafts with agitators arranged axially to a spiral (3, 3 ') with scrapers (4, 4', 5,5 ') on the front and back of the blade And the enclosed hull (1) as all scrapers (4,4 ') on the top of the stirrer current (3,3') transport the relevant material outside and all the agitator blades (5, 5 ') on the The end of the flow of the stirrer conveys the material inward, thus obtaining axial conveying.

Claims (5)

1. Mixers / Reactors Consisting of two or more parallel (2,2 \ ') shafts that rotate in opposite directions. And on those shafts there are agitators arranged horizontally, spiral (3,3 \ ') with scrapers (4,4 \', 5,5 \ ') on the front. And the rear of the agitator (3,3 \ ') and the enclosed body (1) with inlet (7) and outlet (9), and may be optionally provided with a vapor opening (8), where Scraper (4,4 \ ') on the front of the stir blade (3,3 \') on the source side Will convey both Exhausted outside, and the scraper (5,5 \ ') on the front of the agitator (3,3 \') at the end of the stream will Convey all inwards And the entire surface of the scraper (4,4 \ ', 5,5 \') and agitators (3,3 \ ') were completely kinetic cleaned. 2. Mixers / Reactors As set out in claim 1, whose characteristics are at the edge Of all cuts of scraper (4,4 \ ', 5,5 \') and agitator (3,3 \ ') have an episycloid shape. Or a circle around the center of rotation In any geometric cross-section, radial passes through a mixer. 3. Mixers / Reactors As set out in claim 1 or 2, which are unique A single blade (3,3 \ ') address is installed in each radial geometric cross section on each shaft (2,2 \'). 4. Mixers / Reactors As set out in claim 3, it is characterized by the tooth plate (80 and 80 \ ') that clean the circumference. Each other has been arranged individually One or both ends of the shaft (2,2 \ ') follow the last (3,3 \') blade in the direction of the line. Axes on each shaft 5. Mixers / Reactors As set out in Claims 1 to 4, one of which is characterized by the scrapers (5,5 \ ') inward and the scrapers (4,4 \') conveyed outside. To each other at the surface of the tip of those scrapers