AT41321B

AT41321B - Liquid fuel heating device.

Info

Publication number: AT41321B
Authority: AT
Inventors: Leo Dipl Ing Rubinstein; Ignatz Krausz
Original assignee: Leo Dipl Ing Rubinstein; Ignatz Krausz
Priority date: 1909-02-06
Filing date: 1909-02-06
Publication date: 1910-03-10

Description

  

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   Die Anordnung des Zuleitungskanales 5 in der Nähe des Luftzuströmstutzens verhindert eine sonst bei längerer Betriebszeit eintretende zu starke Erhitzung des zufliessenden Brennstosses, da ihn die vom Roste emporziehende Luft kühlt. Man kann die durch den Stutzen 4 eintretende Luft auch unmittelbar in den Verdampferraum   durch Öffnungen 18   (Fig. 2) eintreten lassen, wo sie über die Verteilerscheiben ziehend die Verdampfung beschleunigt und eine gründliche Mischung der Dämpfe mit Luft befördert. Der Brenner kann ohne irgend welchen Umbau des für Kohlenheizung eingerichteten Ofens Verwendung finden, indem man ihn einfach auf den Rost stellt. 



   PATENT-ANSPRÜCHE : 
1. Heizvorrichtung für flüssige Brennstofie, dadurch gekennzeichnet, dass die Brenn-   - Flüssigkeit   über eine Anzahl in einem offenem Verdampfungsgefässe untereinander angeordneter
Verteilerscheiben nach abwärts fliesst und die entstehenden Dämpfe einerseits durch Öffnungen in der Gefässwandung, anderseits beim oberen Ende des Gefässes entweichen, zum Zwecke den
Brenngasen eine grosse Austrittfläche zu bieten. 



   2. Heizvorrichtung für flüssige Brennstoffe, dadurch gekennzeichnet, dass der Brennstoff- zufuhrkanal den Luftzuführstutzen umgibt, um bei längerer Betriebszeit eine zu starke Er-   wärmung   des Brennstofl'es hintanzuhalten.



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   The arrangement of the supply channel 5 in the vicinity of the air inflow nozzle prevents the inflowing fuel from being overheated, which would otherwise occur during prolonged operating times, since it is cooled by the air drawn up from the grate. The air entering through the nozzle 4 can also be allowed to enter the evaporator chamber directly through openings 18 (FIG. 2), where it accelerates the evaporation by pulling over the distributor disks and promotes a thorough mixture of the vapors with air. The burner can be used without any modification to the stove equipped for coal heating, simply by placing it on the grate.



   PATENT CLAIMS:
1. Heating device for liquid fuels, characterized in that the fuel - liquid arranged one below the other in an open evaporation vessel via a number
Distributor disks flows downwards and the vapors produced escape on the one hand through openings in the vessel wall and on the other hand at the upper end of the vessel for the purpose of the
To offer fuel gases a large exit area.



   2. Heating device for liquid fuels, characterized in that the fuel supply channel surrounds the air supply connection in order to prevent excessive heating of the fuel during prolonged operating times.

Claims

3. Heating device according to claim 1 and 2, characterized in that air from the Air supply stub reaches the evaporation chamber (2) directly in order to preheat the evaporation chamber, mix with fuel vapors and thus promote complete combustion.

4. Heating device according to claim 1, characterized in that a preheating basin is arranged below the open evaporation vessel, which is fed by the fuel flowing down via the distributor disks.

5. Heating device for liquid fuels, characterized in that a wire mesh cap is placed over the evaporator, for the purpose of, on the one hand, the exiting EMI2.1

6. Embodiment of the heating device according to claim 1 and 5, characterized in that the wire basket also covers the preheating basin in order to act as an igniter for the combustion gases after the preheating flame has been heated.

7. Heating device according to claim 1, characterized in that the downwardly inclined distributor disks located one below the other are arranged in such a way that they alternately run inwards on the outer wall of the evaporator vessel and vice versa. a completely free space is provided between the edge of the distributor disks and the walls.

8. Ausfiihruugsform the heating device according to claim 1 and 7, characterized in that EMI2.2