US1486401A - van ackeren - Google Patents

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US1486401A
US1486401A US1486401DA US1486401A US 1486401 A US1486401 A US 1486401A US 1486401D A US1486401D A US 1486401DA US 1486401 A US1486401 A US 1486401A
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heating wall
jamb
heating
wall
brick
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    • C—CHEMISTRY; METALLURGY
    • C10—PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10B—DESTRUCTIVE DISTILLATION OF CARBONACEOUS MATERIALS FOR PRODUCTION OF GAS, COKE, TAR, OR SIMILAR MATERIALS
    • C10B29/00—Other details of coke ovens
    • C10B29/02—Brickwork, e.g. casings, linings, walls

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  • This invention relates generally to coke oven structures and has for its essential object the provision of a joint between the end of the heating Wall of the oven and the jamb facing the end of such Wall, which joint accommodates itself heterogeneous expansion or contraction of the heatingj' Wall and ,ja-rnb, permitting such expansion or contraction without resistance, and yet preserves substantial gas-tight conditions under all circumstances, thus preventing leakage and Waste of gas from the heating walls.
  • a further object of the invention is the provision of an exceedingly simple and etlicient means for maintaining the jamb in its" proper position at the end of the heating Wall and for preventing endwise shifting of the jamb with respect to said heating Wall.
  • FIG. 1 is a fragmentary side elevation of a coke oven structure provided with the present improvements.
  • Fig. 2 is a vertical section of the saine taken in a plane indicated by the line 2-2 of Fig. 1.
  • Fig. 3 is an enlarged fragmentary horizontal section taken in the plane indicated by the line 33 of Fig. at.
  • Fig. Il is an enlarged fragmentary vertical section through the heating Wall and of a coke oven.v
  • the invention is incorporated in a colte oven battery of the by-product type, and for convenience the present description will be confined to this Renewed July 24, 1923.
  • each colring chamber or oven is closed by the usual doors. not shown, but of any preferred construction Well known to those skilled in the art, and when a charge Within one of the coling chambers has been coled the door of such chamber is opened or removed, and the finished colte is pushed out of the chamber and disposed of in the usual Way.
  • the heating Walls 12 extend vertically to the top 14- of the coke oven battery, said top being of the usual construction. and facing the end of each heating wall 12 is a jamb 15 consisting essentially of a vertical wall section 'substantially cru-extending along the end of the heating Wall and formed of the usual jamb bricks, as shown. The outer face of each jamb 15 is braced by a pair of vertical buck stays 16 which extend vertically beyond the top 14. of the coke oven battery.
  • the heating Walls 12 extend crosswise ofthe coke oven battery and at their opposite ends are faced with jambs such as -are indicated at 15, and that vertical buck stays are also provided for bracing the outer faces of the jambs on that side of the battery opposite to the side indicated in the drawing.
  • the several pairs if buclr stays on opposite sides of the coke oven battery are connected together by transverse bars 17 secured to cross heads 18 mounted adjacent the upper end of each pair of buck stays.
  • the presentinvention relates particularly to the provision of an improved joint conwalls
  • the flame flues 13 are located between the several tie-brick sections as shown.
  • the several sections constituting each heating wall are constructed of silica brick, whereas the jambs 15 facing the ends of the heating wall are constructed of clay bricks.
  • the heating walls and the adjoining jamb are formed of materials having different coeiiicients of expansion, that the jambe are exposed eXteriorly to radiation, and that the buckstays exert variable pressures upon the jamb bricks during expansion or contraction of the battery, the problem of providing a joint which will maintain substantially gastight conditions between the ends of the heating wall and yet permit the heterogeneous expansion of the jambs and heatingr walls.
  • the present invention obviates the aforesaid diliculties by the provision of a joint between the ends of each heating wall and the adjoining jamb said joint being composed of a fluent solid substantially ⁇ gastight material that is non-agglomeratie when subjected to coking heat.
  • a satisfactory materia-l. for this purpose is silica sand which does not agglomerate or form itself into lumps when subjected to the temperatues at the joints, and such joints may be readily formed by filling the entire space between the jamb and the end tiebrick section 22 of the heating wall with silica sand, as shown at 23.
  • silica sand which does not agglomerate or form itself into lumps when subjected to the temperatues at the joints, and such joints may be readily formed by filling the entire space between the jamb and the end tiebrick section 22 of the heating wall with silica sand, as shown at 23.
  • each j amb and the end of the heating wall is furthermore constructed. to prevent endwise slipping of the jamb with respect to the heating wall.
  • the ends of the liner-brick sections 19, 20 of each heating wall are formed with jogged edges 24;
  • the jambs 15 are formed with similar or companion jogged edges 25 for engagement with the jogged edges 24 of the heating walls;
  • the inter-lock flanged and grooved faces of the jambs and heating walls will prevent endwise movement of the jambs and maintain the latter at all times in their proper positions at the ends of the heating walls.
  • these companion jogged edges of' the jambs and heating walls may be held together by silica or other suitable cement.l
  • a heating wall comprising spaced silica linenbrick sections connected together at intervals by silica tie-brick sections t0 Yform Haine flues within said heating wall. the ends of said liner-brick sections being formed with jogged edges; a clay jambbrick section positioned at the end of the heating wall and provided with companion jogged edges for engagement with the aforesaid jogged edges ot the liner-brick sections; and a substantially co-extending vertical joint nterposed between said jambbrick section and the adjacent tie-brick section of the heating wall, said joint composed of silica sand, to accommodate hete:-- ogeneous expansion or contraction of the jambbrick section and the heating wall: substantially as specified.
  • a heating wall comprising spaced silica liner brick sections connected together at intervals by silica tie-brick sections to form flame ues within said heating wall, the ends of said liner-brick sections being formed.
  • a clay jambbrick section positioned at the end of the heating wall and provided with companion j ogged edges for engagement with the aforesaid jogged edges of the liner-brick sections; and a substantially co-extending ver tical joint interposed between said jambvV brick section and the adjacent tie-brick section of the heating wall, said joint being composed of substantially gas-tight fluent solid material non-agglomeratie by coking heat, to accommodate heterogeneous expansion or contraction of the jamb-brick section and the heating wallgrsubstantially as specified.
  • a heating wall comprising spaced linerbrick sections connected together at intervals by tie-brick sections to form flame tlues within said heating wall, the ends of said liner-brick sections being formed with jogged edges; a jamb-brick section positioned at the end of the heating wall and provided with companion jogged edges for engagement with the aforesaid jogged edges of the liner-brick sections; and a substantially co-extending vertical joint interposed bet-Ween said jamb-brick section and the adjacent tie-brick section of the heating wall, said joint composed of silica sand, to accommodate heterogeneous expansion and contraction of the jamb-brick section and the heating wall; substantially as specified.
  • a heating wall comprising spaced liner-brick sections connected together at intervals by tie-brick sect-ions to form flame fines Within said heating wall; a jamb-brick section positioned at the end of the heating wall; and a substantially co-extending vertical joint interposed between said jambbrick section and the adjacent tie-brick section of the heating wall, said joint composed of silica sand, to accommodate heterogeneous expansion and contraction of the jamb-brick section andthe heating wall; substantially as specified.
  • a heating wall comprising spaced silica liner-brick sections connected together e at intervals by silica tie-brick sections to form iiame flues within said heating Walls; a clay j amb-brick section positioned at the end of the heating wall; and a substantially co-eXtending vertical joint interposed between said jamb-brick section and the adjacent tie-brick section of ⁇ the heating wall, said joint composed of silical sand, to accommodate heterogeneous expansion and contraction of the jamb-brick section and the heating wall; substantially as specified.
  • a heating Wall comprising spaced liner-brick sections connected together at intervals by tie-brick sections to form ame iiues within said heating Walls; a jambbrick section positioned at the end of the heatingl wall; and a joint interposed between said jamb-briclr section and the adjacent tie-brick section of the heating wall; said joint being composed of substantially gas-tight H uent solid material non-agglomeratic by coking heat, to accommodate heterogeneous expansion or contraction of the j amb-brick section and the heating wall; substantially as specified.
  • a heating wall formed with jogged edges at its end; a jamb facing the end of said heating wall and provided with companion jogged edges for engagement with the aforesaid j ogged edges of the heating wall; and a. joint interposed between said jamb and said heating wall and composed of substantially gas-tight fluent solid material non-agglomeratie by colzing heat, to accommodate heterogeneous expansion or contraction of the jamb and the heating wall; substantially as specified.

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  • Chemical & Material Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Materials Engineering (AREA)
  • Oil, Petroleum & Natural Gas (AREA)
  • Organic Chemistry (AREA)
  • Coke Industry (AREA)

Description

March 11 1924. J. VAN ACKEREN come| ovEuwALL 'STRUCTURE 2 Shets-Sheet l Original led 0ct. 25. 1919 March 11 1924. 1,486,401
J. VAN ACKEREN y COKE OVEN WALL STRUCTURE original' Filed bet. 25. 1919 2 sheets-sheet 2 Patented Mar. 11, 1924.
UNl'lED PATENT OFFICE..
JOSEPH VAN AGREE-EN, PITTSBURGH, PENNSYLVANIA, ASSIGNOR TO THE KOPPERS COMPANY, OF PITTSBURGH, PEENSYLVANEA, A. CGRPGRATION OF PENNSYLVANIA.
COKE-OVEN WALL STRUCTURE.
Application lcd October 25, 1913, Serial No. 333,358.
To all whom t may concern.
Be it known that l'. JosnrH van normanni.7 a. citizen of the United States. residing' in Pittsburgh, in the county of Allegheny and State of Pennsylvania. have invented a new and useful Improvement in Coke- Oven Wall Structures. of which the following is a specification.
This invention relates generally to coke oven structures and has for its essential object the provision of a joint between the end of the heating Wall of the oven and the jamb facing the end of such Wall, which joint accommodates itself heterogeneous expansion or contraction of the heatingj' Wall and ,ja-rnb, permitting such expansion or contraction without resistance, and yet preserves substantial gas-tight conditions under all circumstances, thus preventing leakage and Waste of gas from the heating walls.
A further object of the invention is the provision of an exceedingly simple and etlicient means for maintaining the jamb in its" proper position at the end of the heating Wall and for preventing endwise shifting of the jamb with respect to said heating Wall.
In the accompanying drawing, forming a part of this specification. and showing, for purpose of exemplitication a preferred form and manner in which the invention may Vbe embodied and practiced. but Without limiting the claimed invention specilically to such illustrative instance or instances Figure 1 is a fragmentary side elevation of a coke oven structure provided with the present improvements.
Fig. 2 is a vertical section of the saine taken in a plane indicated by the line 2-2 of Fig. 1.
Fig. 3 is an enlarged fragmentary horizontal section taken in the plane indicated by the line 33 of Fig. at.
Fig. Il is an enlarged fragmentary vertical section through the heating Wall and of a coke oven.v
In its present embodiment, the invention is incorporated in a colte oven battery of the by-product type, and for convenience the present description will be confined to this Renewed July 24, 1923.
use of the invention. Features of the invention are however readily susceptible of other uses, for example, in connection With coke oven batteries of other types; hence, it is manifest that the scope of the invention is by no means confined to the speciiic use and specific embodiment herein described.
Referring to the drawings:
There is shown a fragment of a coke oven battery, said battery being. in the present instance, of the by-product type and embodying in its construction a plurality of colring chambers 11 arranged side by side and having the usual alternating heating walls 12 provided with flame ues 13 intermediate adjacent colring chambers. The ends of each colring chamber or oven are closed by the usual doors. not shown, but of any preferred construction Well known to those skilled in the art, and when a charge Within one of the coling chambers has been coled the door of such chamber is opened or removed, and the finished colte is pushed out of the chamber and disposed of in the usual Way.
lThe heating Walls 12 extend vertically to the top 14- of the coke oven battery, said top being of the usual construction. and facing the end of each heating wall 12 is a jamb 15 consisting essentially of a vertical wall section 'substantially cru-extending along the end of the heating Wall and formed of the usual jamb bricks, as shown. The outer face of each jamb 15 is braced by a pair of vertical buck stays 16 which extend vertically beyond the top 14. of the coke oven battery. It Will be understood that the heating Walls 12 extend crosswise ofthe coke oven battery and at their opposite ends are faced with jambs such as -are indicated at 15, and that vertical buck stays are also provided for bracing the outer faces of the jambs on that side of the battery opposite to the side indicated in the drawing. The several pairs if buclr stays on opposite sides of the coke oven battery are connected together by transverse bars 17 secured to cross heads 18 mounted adjacent the upper end of each pair of buck stays.
The presentinvention relates particularly to the provision of an improved joint conwalls The flame flues 13 are located between the several tie-brick sections as shown. The several sections constituting each heating wall are constructed of silica brick, whereas the jambs 15 facing the ends of the heating wall are constructed of clay bricks. As a result of the facts that the heating walls and the adjoining jamb are formed of materials having different coeiiicients of expansion, that the jambe are exposed eXteriorly to radiation, and that the buckstays exert variable pressures upon the jamb bricks during expansion or contraction of the battery, the problem of providing a joint which will maintain substantially gastight conditions between the ends of the heating wall and yet permit the heterogeneous expansion of the jambs and heatingr walls. when subjected to coking heat has. in the past, been exceedingly diflicult or" solution. Most adhesive materials when used as fillers between the jambs and the ends of the heating walls are unable to withstand the enormous strain produced by the hetero* geneous expansion or contraction of these parts, and consequently crack under such stresses. leaving chinks and crevices which have made gas-tight conditions almost impossible.
The present invention obviates the aforesaid diliculties by the provision of a joint between the ends of each heating wall and the adjoining jamb said joint being composed of a fluent solid substantially `gastight material that is non-agglomeratie when subjected to coking heat.
A satisfactory materia-l. for this purpose is silica sand which does not agglomerate or form itself into lumps when subjected to the temperatues at the joints, and such joints may be readily formed by filling the entire space between the jamb and the end tiebrick section 22 of the heating wall with silica sand, as shown at 23. When the heating walls and the jambe expand or contract heterogeneously the sand because of its fluent nature will run into and fill up any chinks, thus maintaining constant substantial gas-tight conditions without giving rise to cracking or otherwise damaging stresses.
The joint between each j amb and the end of the heating wall is furthermore constructed. to prevent endwise slipping of the jamb with respect to the heating wall. For this purpose the ends of the liner-brick sections 19, 20 of each heating wall are formed with jogged edges 24; the jambs 15 are formed with similar or companion jogged edges 25 for engagement with the jogged edges 24 of the heating walls; the inter-lock flanged and grooved faces of the jambs and heating walls will prevent endwise movement of the jambs and maintain the latter at all times in their proper positions at the ends of the heating walls. If desired, these companion jogged edges of' the jambs and heating walls may be held together by silica or other suitable cement.l
The invention as hereinabove forth is embodied in a particular .form of construction. but may be variously embodied within the scope of the claims hereinafter made.
I claim:
1. In a coke oven structure` in combination: a heating wall comprising spaced silica linenbrick sections connected together at intervals by silica tie-brick sections t0 Yform Haine flues within said heating wall. the ends of said liner-brick sections being formed with jogged edges; a clay jambbrick section positioned at the end of the heating wall and provided with companion jogged edges for engagement with the aforesaid jogged edges ot the liner-brick sections; and a substantially co-extending vertical joint nterposed between said jambbrick section and the adjacent tie-brick section of the heating wall, said joint composed of silica sand, to accommodate hete:-- ogeneous expansion or contraction of the jambbrick section and the heating wall: substantially as specified.
2. In a coke oven structure, in combination: a heating wall comprising spaced silica liner brick sections connected together at intervals by silica tie-brick sections to form flame ues within said heating wall, the ends of said liner-brick sections being formed. with jogged edges` a clay jambbrick section positioned at the end of the heating wall and provided with companion j ogged edges for engagement with the aforesaid jogged edges of the liner-brick sections; and a substantially co-extending ver tical joint interposed between said jambvV brick section and the adjacent tie-brick section of the heating wall, said joint being composed of substantially gas-tight fluent solid material non-agglomeratie by coking heat, to accommodate heterogeneous expansion or contraction of the jamb-brick section and the heating wallgrsubstantially as specified.
3. In a coke oven structure. in combination: a heating wall comprising spaced linerbrick sections connected together at intervals by tie-brick sections to form flame tlues within said heating wall, the ends of said liner-brick sections being formed with jogged edges; a jamb-brick section positioned at the end of the heating wall and provided with companion jogged edges for engagement with the aforesaid jogged edges of the liner-brick sections; and a substantially co-extending vertical joint interposed bet-Ween said jamb-brick section and the adjacent tie-brick section of the heating wall, said joint composed of silica sand, to accommodate heterogeneous expansion and contraction of the jamb-brick section and the heating wall; substantially as specified.
4. In a coke oven structure, in combination: a heating wall comprising spaced liner-brick sections connected together at intervals by tie-brick sect-ions to form flame fines Within said heating wall; a jamb-brick section positioned at the end of the heating wall; and a substantially co-extending vertical joint interposed between said jambbrick section and the adjacent tie-brick section of the heating wall, said joint composed of silica sand, to accommodate heterogeneous expansion and contraction of the jamb-brick section andthe heating wall; substantially as specified.
5. In a coke oven structure, in combination: a heating wall comprising spaced silica liner-brick sections connected together e at intervals by silica tie-brick sections to form iiame flues within said heating Walls; a clay j amb-brick section positioned at the end of the heating wall; and a substantially co-eXtending vertical joint interposed between said jamb-brick section and the adjacent tie-brick section of `the heating wall, said joint composed of silical sand, to accommodate heterogeneous expansion and contraction of the jamb-brick section and the heating wall; substantially as specified.
6. In a. coke oven structure, in combination: a heating Wall comprising spaced liner-brick sections connected together at intervals by tie-brick sections to form ame iiues within said heating Walls; a jambbrick section positioned at the end of the heatingl wall; and a joint interposed between said jamb-briclr section and the adjacent tie-brick section of the heating wall; said joint being composed of substantially gas-tight H uent solid material non-agglomeratic by coking heat, to accommodate heterogeneous expansion or contraction of the j amb-brick section and the heating wall; substantially as specified.
7. In a coke oven structure, the Acombination with a heating wall and a jamb facing the end of said heating wall, the heating wall and the jam-b having different coeiiicients of expansion, ot a joint interposed.
between said jamb and said heating Wall and composed of sand, to accommodate the heterogeneous expansion or contraction of the jamb and the heating wall, substantially as specified` 8. In a coke oven structure, the combination with a heating wall and a jamb tacing the end of said heating wall7 the heatin;T wall and the jamb having different coefcients of expansion, of a joint interposed between said jamb and said heating wall and composed ot silica sand, to accommodate the heterogeneous expansion and contraction of the jamb and the heating Wall.l substantially as speciiied.
9. In a coke oven structure, the combinar tion with heating wall and a jamb fac ing the end or" said heatingr wall, the heating wall and the jamb having different coeiiicients of expansion7 ot a joint interposed between said jamb and said heating wall and composed of substantially gas-tight fluent solid material non-agglomeratie by coking heat. to accommodate the heterogeneous expansion or contraction of the j amb and the heating wall, substantially as specied. v
l0. In a coke oven structure, the combination with a heating Wall and a jamb facing the end of said heating wall, of a joint interposed between said jamb and said heating wall and composed of substantially gas-tight fiuent solid material non-agglomeratie by colring heat, to accommodate heterogeneous expansion or contraction of the jamb and the heating wall, substantially as speciiied.
ll. In a coke oven structure, the combination with a heating wall and a jamb facing the end of said heating wall, of a joint interposed between said jamb and said heating wall and composed of fluent sand, to accommodate heterogeneous expansion or contraction of the jamb and the heating wall, substantially as specified.
12. In a colte oven structure, in combination: a heating wall formed with jogged edges at its end; a jamb facing the end of said heating wall and provided with companion jogged edges for engagement with the aforesaid j ogged edges of the heating wall; and a. joint interposed between said jamb and said heating wall and composed of substantially gas-tight fluent solid material non-agglomeratie by colzing heat, to accommodate heterogeneous expansion or contraction of the jamb and the heating wall; substantially as specified.
13. In a coke oven structure, the combination with a heating wall, of a joint interposed between said jamb and said heating wall and composed ot substantially gas-tight iiuent solid material non-agglomeratie by coking heat, to accommodate heterogeneous expansion or contraction of the jamb and heating wall, and means for preventing llo endwise shifting of said jarnb with respect commodete heterogeneous expansion or conto the heating Well, substantially as specitraction of the jamb and the heating wall, Y10
fied. and means `for preventing endwise shifting 14. In a coke oven Structure, the combiof said jamb with respect to the heating l nation with a heating Wall and a jztmb fec- Wall7 substantially as specified.
ingr the end of said heatingr WelL of n joint In testimoni7 whereof I have hereunto disposed between said jamb and seid heatset my hand this 8th day of "October, 1919. ing Wall and composed of fluent send, to ac- JOSEPH VAN ACKEREN.
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US5228955A (en) * 1992-05-22 1993-07-20 Sun Coal Company High strength coke oven wall having gas flues therein
US9169439B2 (en) 2012-08-29 2015-10-27 Suncoke Technology And Development Llc Method and apparatus for testing coal coking properties
US9193915B2 (en) 2013-03-14 2015-11-24 Suncoke Technology And Development Llc. Horizontal heat recovery coke ovens having monolith crowns
US9200225B2 (en) 2010-08-03 2015-12-01 Suncoke Technology And Development Llc. Method and apparatus for compacting coal for a coal coking process
US9238778B2 (en) 2012-12-28 2016-01-19 Suncoke Technology And Development Llc. Systems and methods for improving quenched coke recovery
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US9321965B2 (en) 2009-03-17 2016-04-26 Suncoke Technology And Development Llc. Flat push coke wet quenching apparatus and process
US9200225B2 (en) 2010-08-03 2015-12-01 Suncoke Technology And Development Llc. Method and apparatus for compacting coal for a coal coking process
US10041002B2 (en) 2012-08-17 2018-08-07 Suncoke Technology And Development Llc Coke plant including exhaust gas sharing
US11692138B2 (en) 2012-08-17 2023-07-04 Suncoke Technology And Development Llc Automatic draft control system for coke plants
US9243186B2 (en) 2012-08-17 2016-01-26 Suncoke Technology And Development Llc. Coke plant including exhaust gas sharing
US9249357B2 (en) 2012-08-17 2016-02-02 Suncoke Technology And Development Llc. Method and apparatus for volatile matter sharing in stamp-charged coke ovens
US11441077B2 (en) 2012-08-17 2022-09-13 Suncoke Technology And Development Llc Coke plant including exhaust gas sharing
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US11441079B2 (en) * 2019-10-02 2022-09-13 Fosbel, Inc. Methods and systems for construction and/or repair of coke oven walls
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US11851724B2 (en) 2021-11-04 2023-12-26 Suncoke Technology And Development Llc. Foundry coke products, and associated systems, devices, and methods

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