AT48309B - Method and device for the production of ultramarine. - Google Patents

Method and device for the production of ultramarine.

Info

Publication number
AT48309B
AT48309B AT48309DA AT48309B AT 48309 B AT48309 B AT 48309B AT 48309D A AT48309D A AT 48309DA AT 48309 B AT48309 B AT 48309B
Authority
AT
Austria
Prior art keywords
retort
ultramarine
production
cylinder
furnace
Prior art date
Application number
Other languages
German (de)
Inventor
Ferdinand Bellet
Original Assignee
Ferdinand Bellet
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Ferdinand Bellet filed Critical Ferdinand Bellet
Application granted granted Critical
Publication of AT48309B publication Critical patent/AT48309B/en

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Landscapes

  • Muffle Furnaces And Rotary Kilns (AREA)

Description

  

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 bei der Behandlung der Stoffe, welche unter hoher   Temperatur   der Einwirkung irgend eines   gasförmigen   Reaktionsmittels unterliegen sollen. 



     Die Zeichnungen   zeigen eine Ausführungsform des Ofens. 
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   Wie aus den Zeichnungen erkennbar ist, besitzt der Ofen im allgemeinen die Form eines Zylinders mit senkrechter Achse. 



   Die Heizung des Ofens wird vorzugsweise durch Gas bewirkt. Zu diesem Zwecke sind 
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 gehen in den mittleren Kanal J nach abwärts, um sich durch den Kanal 6 nach dem Schornstein zu begeben. 



   Die heissen Gase strömen auf diese Weise um eine Art besonderer Retorte 7, welche ein wesentliches Merkmal der Erfindung bildet und aus Bausteinen hergestellt wird. Die Retorte besitzt einen ringförmigen Innenraum zwischen den beiden gleichachsigen Zylinder   8   und 9, 
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 sich das zu bearbeitende Material. 



   Die Retorte 7 wird im oberen Teil durch einen abnehmbaren Deckel 10 geschlossen. welcher aus einer Anzahl Abschnitte gebildet wird. Im unteren Teile ist die Retorte   durch Stopfen 77   verschlossen, welche zwecks Herausnahme des   ultramarines   entfernt werden können. 



   Wie aus den Zeichnungen ersichtlich ist, sind die zum   Bau der Zy'lindcr 8 und   9 verwendeten Steine in senkrechter Richtung, d. h. parallel zur Ofenachse, von Löchern 12 von   verhältnis-   
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Die den Löchern 73 gegenüberliegende konvexe Fläche der äusseren Steine (Zylinder   8)   und die konkave Fläche der inneren Steine (Zylinder 9) können vorzugsweise mit einem   ueberzug   
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 mässig im Innern des Arbeitsraumes der Retorte 7 zu verteilen. 



   Um den Arbeitsraum der Retorte 7'. welcher das zu   bearbeitende Material enthält, ist   ein doppelter ringförmiger Raum 14 angeordnet, welcher ein Luftkissen ohne   Strömung enthält.   
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 wird. welches für die Behandlung des Materials nötig ist, in Verbindung. Die Gase strömen in Richtung der Pfeile f durch klaine Löcher 13 in den   ringförmigen   Raum der Retorte, aus. Sie durchströmen auf diese Weise   das zu bearbeitende Material, welches   in diesem ringförmigen Arbeitsraum enthalten ist. Die Endprodukte der Reaktion gelangen gemäss dem    Pfeil t'l   durch die kleinen Löcher 13 des äusseren Zylinders 8 in die Kanäle des genannten Zylinders. Sie gelangen 
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 in the treatment of substances which, at high temperatures, are to be subjected to the action of any gaseous reactant.



     The drawings show an embodiment of the furnace.
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   As can be seen from the drawings, the furnace is generally in the form of a cylinder with a vertical axis.



   The furnace is preferably heated by gas. For this purpose are
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 go down the middle channel J to go down channel 6 to the chimney.



   The hot gases flow in this way around a type of special retort 7, which forms an essential feature of the invention and is made from building blocks. The retort has an annular interior between the two coaxial cylinders 8 and 9,
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 the material to be processed.



   The upper part of the retort 7 is closed by a removable cover 10. which is made up of a number of sections. In the lower part of the retort is closed by plugs 77, which can be removed for the purpose of removing the ultramarine.



   As can be seen from the drawings, the stones used to build Zy'lindcr 8 and 9 are in the vertical direction, i. H. parallel to the furnace axis, of holes 12 of relative
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The convex surface of the outer stones (cylinder 8) opposite the holes 73 and the concave surface of the inner stones (cylinder 9) can preferably be covered with a coating
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 to be distributed moderately inside the working space of the retort 7.



   Around the working space of the retort 7 '. containing the material to be processed, a double annular space 14 is arranged which contains an air cushion without flow.
 EMI1.8
 becomes. which is necessary for the treatment of the material in connection. The gases flow in the direction of arrows f through small holes 13 in the annular space of the retort. In this way they flow through the material to be processed, which is contained in this annular working space. The end products of the reaction pass according to the arrow t'l through the small holes 13 of the outer cylinder 8 into the channels of said cylinder. You arrive
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AT48309D 1909-07-16 1909-07-16 Method and device for the production of ultramarine. AT48309B (en)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
AT48309T 1909-07-16

Publications (1)

Publication Number Publication Date
AT48309B true AT48309B (en) 1911-06-10

Family

ID=3568851

Family Applications (1)

Application Number Title Priority Date Filing Date
AT48309D AT48309B (en) 1909-07-16 1909-07-16 Method and device for the production of ultramarine.

Country Status (1)

Country Link
AT (1) AT48309B (en)

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