FI127126B - SUPPORT ARRANGEMENTS TO SUPPORT A CYLINDRIC OVEN PART OF A OVEN ROTATELY IN RELATION TO A SUPPORT OF THE OVEN - Google Patents

SUPPORT ARRANGEMENTS TO SUPPORT A CYLINDRIC OVEN PART OF A OVEN ROTATELY IN RELATION TO A SUPPORT OF THE OVEN Download PDF

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Publication number
FI127126B
FI127126B FI20155661A FI20155661A FI127126B FI 127126 B FI127126 B FI 127126B FI 20155661 A FI20155661 A FI 20155661A FI 20155661 A FI20155661 A FI 20155661A FI 127126 B FI127126 B FI 127126B
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FI
Finland
Prior art keywords
shell ring
holes
fastening member
ring
furnace body
Prior art date
Application number
FI20155661A
Other languages
Finnish (fi)
Swedish (sv)
Inventor
Lars Lundin
Olof Rosenius
Original Assignee
Outotec Finland Oy
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 Outotec Finland Oy filed Critical Outotec Finland Oy
Priority to FI20155661A priority Critical patent/FI127126B/en
Priority to MX2018003052A priority patent/MX2018003052A/en
Priority to CN201680052876.8A priority patent/CN108055864B/en
Priority to PCT/FI2016/050636 priority patent/WO2017046452A1/en
Application granted granted Critical
Publication of FI127126B publication Critical patent/FI127126B/en
Priority to PH12018500509A priority patent/PH12018500509A1/en
Priority to CL2018000648A priority patent/CL2018000648A1/en
Priority to ZA2018/01877A priority patent/ZA201801877B/en

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F27—FURNACES; KILNS; OVENS; RETORTS
    • F27B—FURNACES, KILNS, OVENS, OR RETORTS IN GENERAL; OPEN SINTERING OR LIKE APPARATUS
    • F27B7/00—Rotary-drum furnaces, i.e. horizontal or slightly inclined
    • F27B7/20—Details, accessories, or equipment peculiar to rotary-drum furnaces
    • F27B7/22—Rotary drums; Supports therefor
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16C—SHAFTS; FLEXIBLE SHAFTS; ELEMENTS OR CRANKSHAFT MECHANISMS; ROTARY BODIES OTHER THAN GEARING ELEMENTS; BEARINGS
    • F16C13/00—Rolls, drums, discs, or the like; Bearings or mountings therefor
    • F16C13/02—Bearings
    • F16C13/04—Bearings with only partial enclosure of the member to be borne; Bearings with local support at two or more points
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F27—FURNACES; KILNS; OVENS; RETORTS
    • F27B—FURNACES, KILNS, OVENS, OR RETORTS IN GENERAL; OPEN SINTERING OR LIKE APPARATUS
    • F27B7/00—Rotary-drum furnaces, i.e. horizontal or slightly inclined
    • F27B7/20—Details, accessories, or equipment peculiar to rotary-drum furnaces
    • F27B7/22—Rotary drums; Supports therefor
    • F27B7/2206—Bearing rings
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F27—FURNACES; KILNS; OVENS; RETORTS
    • F27B—FURNACES, KILNS, OVENS, OR RETORTS IN GENERAL; OPEN SINTERING OR LIKE APPARATUS
    • F27B7/00—Rotary-drum furnaces, i.e. horizontal or slightly inclined
    • F27B7/20—Details, accessories, or equipment peculiar to rotary-drum furnaces
    • F27B7/22—Rotary drums; Supports therefor
    • F27B7/2206—Bearing rings
    • F27B2007/2233—Bearing rings the ring being fixed to the drum, e.g. welded

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Muffle Furnaces And Rotary Kilns (AREA)
  • Drying Of Solid Materials (AREA)
  • Heat Treatments In General, Especially Conveying And Cooling (AREA)
  • Rolls And Other Rotary Bodies (AREA)

Description

SUPPORTING ARRANGEMENT FOR SUPPORTING A CYLINDRICAL FURNACE BODY OF A FURNACE ROTATABLE WITH RESPECT TO A SUPPORT OF THE FURNACESUPPORTING ARRANGEMENT FOR SUPPORTING A CYLINDRICAL FURNACE BODY OF A FURNACE ROTATABLE WITH RESPECT TO A SUPPORT OF THE FURNACE

Field of the inventionField of the invention

The invention relates to a supporting arrangement for supporting a cylindrical furnace body of a furnace rotatable with respect to a support of the furnace as defined in the preamble of independent claim 1.The invention relates to a supporting arrangement for supporting a cylindrical furnace body of a furnace rotatable with respect to a support of a furnace as defined in the preamble of an independent claim 1.

The furnace is preferably, but not necessarily, a metallurgical furnace or a cement furnace. The invention can however be implemented in furnaces for other purposes having a cylindrical furnace body rotatable supported with respect to a support of the furnace.The furnace is preferred, but not necessarily, the Metallurgical furnace or the cement furnace. The invention can however be implemented in Furnaces for other purposes having a cylindrical furnace body rotatable supported with respect to a support of the furnace.

Especially rotating furnaces for processing of molten metal, anode furnaces, and converters get mantle temperatures that vary along the furnace and around the perimeter depending on the furnace content, process, brick quality and wear of bricks. Furnaces for processing of molten metal are normally supported with two riding rings that center the furnace vessel. To save the brick costs, the time between relining should be as long as possible without brick collapsing into the furnace. The riding ring should retain its circular shape while the furnace shell may freely expand due to the temperature and brick expansion. When the furnace is cooled down for a new brick lining, the riding ring and shell should regain its original form. The riding ring support must be stiff enough to handle its own weight from steel, brick and melt or other content.Especially rotating Furnaces for processing of molten metal, anode Furnaces, and converters get mantle temperatures that vary along the furnace and around the Perimeter depending on the furnace content, process, brick quality and wear of bricks. Furnaces for processing of molten metal are normally supported with two riding rings that center the furnace vessel. To save the brick costs, the time between relining should be as long as possible without brick collapsing into the furnace. The riding ring should retain its circular shape while the furnace shell may freely expand due to temperature and brick expansion. When the furnace is cooled down for a new brick lining, the riding ring and shell should regain its original form. The riding ring support must be stiff enough to handle its own weight from steel, brick and melt or other content.

For prior art, reference is made to publications JP 2014214996, US 2,269,700, SE 116068 C, and DE 19604682.For a prior art, reference is made to publications JP 2014214996, US 2,269,700, SE 116068 C, and DE 19604682.

Objective of the inventionObjective of the invention

The object of the invention is to provide a supporting arrangement for supporting a cylindrical furnace body of a furnace rotatable with respect to a support of the furnace which the temperature of the mantle has a small impact on the riding ring.The object of the invention is to provide a supporting arrangement for supporting the cylindrical furnace body of the furnace rotatable with respect to the support of the furnace which the temperature of the mantle has a small impact on the riding ring.

Short description of the inventionShort description of the invention

The supporting arrangement for supporting a cylindrical furnace body of a furnace rotatable with respect to a support of the furnace is characterized by the definitions of independent claim 1.The supporting arrangement for supporting the cylindrical furnace body of the furnace rotatable with respect to the support of the furnace is characterized by the Definitions of Independent Claim 1.

Preferred embodiments of the supporting arrangement are defined in the dependent claims. List of figuresPreferred embodiments of the supporting arrangement are defined in the dependent claims. List of figures

In the following the invention will be described in more detail, by referring to the figures, whichIn the following the invention will be described in more detail, by referring to the figures which

Figure 1 is a side view of a furnace according to a first embodiment,Figure 1 is a side view of a furnace according to a first implementation,

Figure 2 shows the furnace shown in figure 1 as cut along line B-B in figure 1,Figure 2 shows the furnace shown in figure 1 as cut along line B-B in figure 1,

Figure 3 shows the furnace shown in figure 1 as cut along line E-E in figure 2,Figure 3 shows the furnace shown in figure 1 as cut along line E-E in figure 2,

Figure 4 shows in cut view detail C of the furnace shown in figure 1,Figure 4 shows a cut view detail C of the furnace shown in figure 1,

Figure 5 shows in cut view detail C of the furnace shown in figure 1 and shows parts attached to the riding ring and to the gear ring in dashed lines and parts attached to the cylindrical furnace body in solid lines,Figure 5 shows the cut view detail C of the furnace shown in figure 1 and shows the parts attached to the riding ring and the gear ring in the dashed lines and the parts attached to the cylindrical furnace body in solid lines,

Figure 6 shows detail C of the furnace shown in figure 1 and showing parts attached to the cylindrical furnace body,Figure 6 shows detail C of the furnace shown in figure 1 and showing parts attached to the cylindrical furnace body,

Figure 7 shows detail C of the furnace shown in figure 1 and shows parts attached to the riding ring and to the gear ring in solid lines,Figure 7 shows detail C of the furnace shown in figure 1 and shows parts attached to the riding ring and to the gear ring in solid lines,

Figure 8 shows detail C of the furnace shown in figure 1 and showing parts attached to the riding ring and to the gear ring,Figure 8 shows detail C of the furnace shown in Figure 1 and showing parts attached to the riding ring and to the gear ring,

Figure 9 shows in cut view detail D of the furnace shown in figure 1,Figure 9 shows a cut view detail D of the furnace shown in figure 1,

Figure 10 shows detail D of the furnace shown in figure 1 and shows parts attached to the riding ring in dashed lines and parts attached to the cylindrical furnace body in solid lines,Figure 10 shows detail D of the furnace shown in figure 1 and shows parts attached to the riding ring in dashed lines and parts attached to the cylindrical furnace body in solid lines,

Figure 11 shows detail D of the furnace shown in figure 1 and showing parts attached to the cylindrical furnace body,Figure 11 shows detail D of the furnace shown in figure 1 and showing parts attached to the cylindrical furnace body,

Figure 12 shows detail D of the furnace shown in figure 1 and shows parts attached to the riding ring in solid lines and parts attached to the cylindrical furnace body in dashed lines,Figure 12 shows detail D of the furnace shown in figure 1 and shows parts attached to the riding ring in solid lines and parts attached to the cylindrical furnace body in dashed lines,

Figure 13 shows detail D of the furnace shown in figure 1 and showing parts attached to the riding ring,Figure 13 shows detail of the furnace shown in figure 1 and showing parts attached to the riding ring,

Figure 14 is a detail cut view of an alternative configuration of detail C and detail D of the furnace shown in figure 1,Figure 14 is a detail view of an alternative configuration of detail C and detail D of the furnace shown in figure 1,

Figure 15 shows parts attached to the riding ring in dashed lines and parts attached to the cylindrical furnace body in solid lines of the alternative configuration shown in figure 14,Figure 15 shows parts attached to the riding ring in dashed lines and parts attached to the cylindrical fitting body in solid lines of the alternative configuration shown in figure 14,

Figure 16 shows parts attached to the cylindrical furnace body of the alternative configuration shown in figure 14,Figure 16 shows parts attached to the cylindrical body of the alternative configuration shown in figure 14,

Figure 17 shows parts attached to the riding ring in solid lines and parts attached to the cylindrical furnace body in dashed lines of the alternative configuration shown in figure 14, and Figure 18 shows parts attached to the riding ring of the alternative configuration shown in figure 14.Figure 17 shows the parts attached to the riding ring in solid lines and the parts attached to the cylindrical fitting body in dashed lines of the alternative configuration shown in Figure 14, and Figure 18 shows the parts attached to the riding ring of the alternative configuration shown in Figure 14 .

Detailed description of the inventionDetailed description of the invention

The invention relates to a supporting arrangement for supporting a cylindrical furnace body 1 of a furnace 2 rotatable with respect to a support 3 of the furnace 2.The invention relates to a supporting arrangement for supporting a cylindrical furnace body 1 of a furnace 2 rotatable with respect to a supporting 3 of the furnace 2.

The arrangement comprising a riding ring 4 arranged concentrically with the cylindrical furnace body 1 around a first outer circumferential surface 5 of the cylindrical furnace body 1.The arrangement comprising the riding ring 4 arranged concentrically with the cylindrical furnace body 1 around the first outer circumferential surface 5 of the cylindrical furnace body 1.

The riding ring 4 is supported on rollers 6 arranged at the support 3 so that the cylindrical furnace body 1 of the furnace 2 is capable of rotating about a geometric long axis A of the cylindrical furnace body 1.The riding ring 4 is supported on rollers 6 arranged at the support 3 so that the cylindrical furnace body 1 of the cylindrical furnace body 1 is capable of rotating about a geometric long axis.

The riding ring 4 comprises a first circumferential flange 7 surrounding the first outer circumferential surface 5 of the cylindrical furnace body 1.The riding ring 4 comprises a first circumferential flange 7 surrounding the first outer circumferential surface 5 of the cylindrical furnace body 1.

The first circumferential flange 7 may be integrally formed at the riding ring 4 or a separate part that is releasable or fixedly fastened to the riding ring 4.The first circumferential flange 7 may be integrally formed at the riding ring 4 or a separate part that is releasable or fixedly fastened to the riding ring 4.

The supporting arrangement comprises a first shell ring arrangement 8 arranged concentrically with the cylindrical furnace body 1 around the outer circumferential surface 5 of the cylindrical furnace body 1. The first shell ring arrangement 8 has a second circumferential flange 9.The supporting arrangement comprises a first shell ring arrangement 8 arranged concentrically with the cylindrical furnace body 1 around the outer circumferential surface 5 of the cylindrical furnace body 1. The first shell ring arrangement 8 has a second circumferential flange 9.

The second circumferential flange 9 of the first shell ring arrangement 8 is preferably, but not necessarily, being shrink-fitted inside the riding ring 4 so that the first shell ring arrangement 8 is prevented from rotating with respect to the riding ring 4. Thermal expansion of the first shell ring arrangement 8 expands the second circumferential flange 9 and presses the second circumferential flange 9 tighter against the riding ring 4. This is especially advantageous if a gear ring 35, which is functionally connected to a power means (not shown in the drawings) for rotating the cylindrical furnace body 1 of the furnace 2 by means of the power means, is fastened to the riding ring 4, as shown in figures 1 and 4 to 8.The second circumferential flange 9 of the first shell ring arrangement 8 is preferred, but not necessarily, being Shrink-fitted inside the riding ring 4 so that the first shell ring arrangement 8 is prevented from rotating with respect to the riding ring 4. Thermal expansion of the first shell ring arrangement 8 expands the second circumferential flange 9 and presses the second circumferential flange 9 tighter against the riding ring 4. This is especially advantageous if the gear ring 35 which is functionally connected to the power means (not shown in the drawings) for rotating the cylindrical furnace body 1 of the furnace 2 by means of power means is fastened to the riding ring 4, as shown in figures 1 and 4 to 8.

As an alternative to the second circumferential flange 9 of the first shell ring arrangement 8 being shrink-fitted inside the riding ring 4, a circumferential gap (not shown in the figures) may be provided between the second circumferential flange 9 of the first shell ring arrangement 8 and the riding ring 4 so that thermal expansion of the first shell ring arrangement 8 expands the second circumferential flange 9 and presses the second circumferential flange 9 against the riding ring 4 resulting in the first shell ring arrangement 8 being prevented from rotating with respect to the riding ring 4. This is especially advantageous if a gear ring 35, which is functionally connected to a power means (not shown in the drawings) for rotating the cylindrical furnace body 1 of the furnace 2 by means of the power means, is fastened to the riding ring 4, as shown in figures 1 and 4 to 8.As an alternative to the second circumferential flange 9 of the first shell ring arrangement 8 being shrink-fitted inside the riding ring 4, the circumferential gap (not shown in the figures) may be provided between the second circumferential flange 9 of the first shell ring arrangement 8 and the riding ring 4 so that thermal expansion of the first shell ring arrangement 8 expands the second circumferential flange 9 and presses the second circumferential flange 9 against the riding ring 4 resulting in the first shell ring arrangement 8 being prevented from rotating with respect to the riding ring 4. This is a particularly advantageous if a gear ring 35 which is functionally connected to a power tool (not shown in the drawings) for rotating the cylindrical furnace body 1 of the furnace 2 by means of the power means, is fastened to the riding ring 4, as shown in figures 1 and 4 to 8.

The second circumferential flange 9 may be integrally formed at the first shell ring arrangement 8 or a separate part that is releasable or fixedly fastened to the first shell ring arrangement 8.The second circumferential flange 9 may be integrally formed at the first shell ring arrangement 8 or a separate part that is releasable or fixedly fastened to the first shell ring arrangement 8.

The supporting arrangement comprises first holes 10 in the first circumferential flange 7 of the riding ring 4 and second holes 11 in the second circumferential flange 9 of the first shell ring arrangement 8.The supporting arrangement comprises first holes 10 in the first circumferential flange 7 of the riding ring 4 and the second holes 11 in the second circumferential flange 9 of the first circumferential flange 8.

The first holes 10 have a first diameter and the second holes 11 have a second diameter.The first holes 10 have a first diameter and the second holes 11 have a second diameter.

The pattern of the first holes 10 corresponds to the pattern of the second holes 11.The pattern of the first holes 10 corresponds to the pattern of the second holes 11.

The first holes 10 and the second holes 11 are aligned to provide aligned holes (not marked with a reference numeral).The first holes 10 and the second holes 11 are aligned to provide aligned holes (not marked with a reference numeral).

The second circumferential flange 9 of the first shell ring arrangement 8 is fastened to the first circumferential flange 7 of the riding ring 4 by an at least partly threaded fastening member 12 such as a bolt or threaded rod in each aligned hole and by at least one nut 13 threaded on each at least partly threaded fastening member 12.The second circumferential flange 9 of the first circumferential flange 8 is fastened to the first circumferential flange 7 of the riding ring 4 such as a bolt or threaded rod in each aligned hole and by at least one nut 13 threaded on each at least partly threaded fastening member 12.

The supporting arrangement comprises a first wedge arrangement 16 between the first shell ring arrangement 8 and the outer circumferential surface 5 of the cylindrical furnace body 1 to lock the first shell ring arrangement 8 to the outer circumferential surface 5 of the cylindrical furnace body 1. A purpose of the first shell ring arrangement 8 is to enable relative movement between the riding ring 4 and the outer circumferential surface 5 of the cylindrical furnace body 1 by taking up or absorbing thermal expansion in the first shell ring arrangement 8. Another purpose of the first shell ring arrangement 8 is to create a long path for thermal conduction between the outer circumferential surface 5 of the cylindrical furnace body 1 and the riding ring 4, which means that a small amount of thermal energy is conducted from the outer circumferential surface 5 of the cylindrical furnace body 1 to the riding ring 4.The supporting arrangement comprises a first wedge arrangement 16 between the first shell ring arrangement 8 and the outer circumferential surface 5 of the cylindrical furnace body 1 to lock the first shell ring arrangement 8 to the outer circumferential surface 5 of the cylindrical furnace body 1. A purpose of the first shell ring arrangement 8 is to enable relative movement between the riding ring 4 and the outer circumferential surface 5 of the cylindrical furnace body 1 by taking up or absorbing thermal expansion in the first shell ring arrangement 8. Another purpose of the first shell ring arrangement 8 is to create a long path for thermal conduction between the outer circumferential surface 5 of the cylindrical furnace body 1 and the riding ring 4, which means that a small amount of thermal energy is conducted from the outer circumferential surface 5 of the cylindrical furnace body 1 to the riding ring 4.

The first inner diameter of the first holes 10 in the first circumferential flange 7 of the riding ring 4 may be selected with respect to a first outer diameter of a first section 14, which is arranged in the first hole 10, of the at least partly threaded fastening member 12 in the first hole 10 so that the first inner diameter is larger than said first outer diameter so that the riding ring 4 is capable of moving with respect to the first section 14 of the at least partly threaded fastening member 12, because the first section 14 of the at least partly threaded fastening member 12 can move inside the first hole 10 in the first circumferential flange 7 of the riding ring 4. This enhances the ability of relative movement between the riding ring 4 and the outer circumferential surface 5 of the cylindrical furnace body 1.The first inner diameter of the first holes 10 in the first circumferential flange 7 of the riding ring 4 may be selected with respect to the first outer diameter of the first section 14, which is arranged in the first hole 10, of at least partly threaded fastening member 12 in the first hole 10 so that the first inner diameter is larger than said first outer diameter so that the riding ring 4 is capable of moving with respect to the first section 14 at least partly threaded fastening member 12 because the first section 14 of the at least partly threaded fastening member 12 can move inside the first hole 10 in the first circumferential flange 7 of the riding ring 4. This enhances the ability of relative movement between the riding ring 4 and the outer circumferential surface 5 of the cylindrical furnace body 1.

Alternatively, said first inner diameter may be selected so that said first inner diameter essentially corresponds to said first outer diameter.Alternatively, the first inner diameter may be selected so that the first inner diameter is essentially corresponds to the first outer diameter.

The second inner diameter of the second holes 11 in the second circumferential flange 9 of the first shell ring arrangement 8 may be selected with respect to a second outer diameter of a second section 15, which is arranged in the second holes 11, of the at least partly threaded fastening member 12 in the second hole 11 so that the second inner diameter is larger than said second outer diameter so that the first shell ring arrangement 8 is capable of moving with respect to the second section 15 of the at least partly threaded fastening member 12, because the second section 15 of the at least partly threaded fastening member 12 can move inside the second hole 11 in the second circumferential flange 9 of the first shell ring arrangement 8. This enhances the ability of relative movement between the riding ring 4 and the outer circumferential surface 5 of the cylindrical furnace body 1.The second inner diameter of the second holes 11 in the second circumferential flange 9 of the first shell ring arrangement 8 may be selected with respect to the second outer diameter of the second section 15 which is arranged in the second holes 11 at least partly threaded fastening member 12 in the second hole 11 so that the second inner diameter is larger than said second outer ring arrangement 8 is capable of moving with respect to the second section 15 at least partly threaded fastening member member 12, because the second section 15 of the at least partly threaded fastening member 12 can move inside the second hole 11 in the second circumferential flange 9 of the first shell ring arrangement 8. This enhances the ability of relative movement between the riding ring 4 and the outer circumferential surface 5 of the cylindrical furnace body 1.

Alternatively, said second inner diameter may be selected so that said second inner diameter essentially corresponds to said first outer diameter.Alternatively, the second inner diameter may be selected so that the second inner diameter essentially corresponds to the first outer diameter.

In the supporting arrangement, the first circumferential flange 7 may project transversely to the geometric long axis A of the cylindrical furnace body 1.In the supporting arrangement, the first circumferential flange 7 may project transversely to the geometric long axis A of the cylindrical furnace body 1.

In the supporting arrangement, the second circumferential flange 9 may project transversely to the geometric long axis A of the cylindrical furnace body 1.In the supporting arrangement, the second circumferential flange 9 may project transversely to the geometric long axis A of the cylindrical furnace body 1.

The first shell ring arrangement 8 may comprise a first tubular section 17 between the second circumferential flange 9 and the first wedge arrangement 16. A purpose of the first tubular section 17 is to create a longer path for thermal conduction between the outer circumferential surface 5 of the cylindrical furnace body 1 and the riding ring 4. In such case, a thermal shield 40 may be provided between the first tubular section 17 of the first shell ring arrangement 8 and the outer circumferential surface 5 of the cylindrical furnace body 1. A purpose of the thermal shield 40 is to prevent at last in part radiation of thermal energy from the outer circumferential surface 5 of the cylindrical furnace body 1 to the first shell ring arrangement 8.The first shell ring arrangement 8 may comprise the first tubular section 17 between the second circumferential surface 9 and the first wedge arrangement 16. The purpose of the first tubular section 17 is to create a longer path for thermal conduction between the outer circumferential surface 5 of the cylindrical furnace body 1 and the riding ring 4. In such a case, a thermal shield 40 may be provided between the first tubular section 17 of the first shell ring arrangement 8 and the outer circumferential surface 5 of the cylindrical furnace body 1. A purpose of thermal shield 40 is to prevent at last in part radiation of thermal energy from outer circumferential surface 5 of cylindrical furnace body 1 to first shell ring arrangement 8.

The supporting arrangement may comprise a tubular sleeve 18 arranged on the at least partly threaded fastening member 12 between a nut 13 or a head of the at least partly threaded fastening member 12 and the first shell ring arrangement 8, wherein the tubular sleeve 18 having an inner diameter that is larger than the outer diameter of the at least partly threaded fastening member 12 so that the tubular sleeve 18 is capable of moving with respect to the at least partly threaded fastening member 12. This enhances the ability of relative movement between the riding ring 4 and the outer circumferential surface 5 of the cylindrical furnace body 1, because the tubular sleeve 18 enables using of a longer at least partly threaded fastening member 12 and because a longer at least partly threaded fastening member 12 can bend more than a shorter at least partly threaded fastening member 12.The supporting arrangement may comprise a tubular sleeve 18 arranged on the at least partially threaded fastening member 12 between the nut 13 or a head of the at least partially threaded fastening member 12 having a tubular sleeve 18 having an the inner diameter that is larger than the outer diameter of the at least partly threaded fastening member 12 so that the tubular sleeve 18 is capable of moving with respect to the at least partly threaded fastening member 12. This enhances the ability of relative movement between the riding member ring 4 and the outer circumferential surface 5 of the cylindrical furnace body 1, because the tubular sleeve 18 enables the use of a longer threaded member 12 and a longer member 12 can bend more than a shorter at least partly threaded fastening member 12.

The embodiment illustrated in figures 1 to 13 comprises in addition to a first shell ring arrangement 8 a second shell ring arrangement 19 concentrically with the cylindrical furnace body 1 around the outer circumferential surface 5 of the cylindrical furnace body 1.The illustrated in figures 1 to 13 comprises the addition to the first shell ring arrangement 8 the second shell ring arrangement 19 concentrically with the cylindrical furnace body 1 around the outer circumferential surface 5 of the cylindrical furnace body 1.

The second shell ring arrangement 19 has a third circumferential flange 20.The second shell ring arrangement 19 has a third circumferential flange 20.

The third circumferential flange 20 may be integrally formed at the second shell ring arrangement 19 or a separate part that is releasable or fixedly fastened to the second shell ring arrangement 19.The third circumferential flange 20 may be integrally formed at the second shell ring arrangement 19 or a separate part that is releasable or fixedly fastened to the second shell ring arrangement 19.

The third circumferential flange 20 of the second shell ring arrangement 19 may be shrink-fitted inside the riding ring 4 so that the second shell ring arrangement 19 is prevented from rotating with respect to the riding ring 4. Thermal expansion of the second shell ring arrangement 19 expands the third circumferential flange 20 and presses the third circumferential flange 20 tighter against the riding ring 4. This is especially advantageous if a gear ring 35, which is functionally connected to a power means (not shown in the drawings) for rotating the cylindrical furnace body 1 of the furnace 2 by means of the power means, is fastened to the riding ring 4.The third circumferential flange 20 of the second shell ring arrangement 19 may be shrink-fitted inside the riding ring 4 so that the second shell ring arrangement 19 is prevented from rotating with respect to the riding ring 4. Thermal expansion of the second shell ring arrangement 19 expands the third circumferential flange 20 and presses the third circumferential flange 20 tighter against the riding ring 4. This is especially advantageous if the gear ring 35 is functionally connected to the power means (not shown in the drawings) for rotating the cylindrical furnace body 1 of the furnace 2 by means of power means, is fastened to the riding ring 4.

As an alternative to the third circumferential flange 20 of the second shell ring arrangement 19 being shrink-fitted inside the riding ring 4, a circumferential gap (not shown in the figures) may be provided between the third circumferential flange 20 of the second shell ring arrangement 19 and the riding ring 4 so that thermal expansion of the second shell ring arrangement 19 expands the third circumferential flange 20 and presses the third circumferential flange 20 against the riding ring 4 resulting in the second shell ring arrangement 19 being prevented from rotating with respect to the riding ring 4. This is especially advantageous if a gear ring 35, which is functionally connected to a power means (not shown in the drawings) for rotating the cylindrical furnace body 1 of the furnace 2 by means of the power means, is fastened to the riding ring 4, as shown in figures 1 and 4 to 8.As an alternative to the third circumferential flange 20 of the second shell ring arrangement 19 being shrink-fitted inside the riding ring 4, a circumferential gap (not shown in the figures) may be provided between the third circumferential flange 20 of the second shell ring arrangement 19 and the riding ring 4 so that thermal expansion of the second shell ring arrangement 19 expands the third circumferential flange 20 and presses the third circumferential flange 20 against the riding ring 4 resulting in the second shell ring arrangement 19 being prevented from rotating with respect to the riding ring 4. This is a particularly advantageous if a gear ring 35 which is functionally connected to a power tool (not shown in the drawings) for rotating the cylindrical furnace body 1 of the furnace 2 by means of the power means, is fastened to the riding ring 4, as shown in figures 1 and 4 to 8.

Third holes 21 are provided in the third circumferential flange 20 of the second shell ring arrangement 19. The third holes 21 have a third inner diameter and by the pattern of the third holes 21 correspond to the pattern of the second holes 11.Third holes 21 are provided in the third circumferential flange 20 of the second shell ring arrangement 19. The third holes 21 have the third inner diameter and by the pattern of the third holes 21 correspond to the pattern of the second holes 11.

The third holes 21 are aligned with the first holes 10 and second holes 11, and the third circumferential flange 20 of the second shell ring arrangement 19 is fastened to the first circumferential flange 7 of the riding ring 4 by the at least partly threaded fastening members 12 and said at least one nut 13 threaded on each at least partly threaded fastening member 12.The third holes 21 are aligned with the first holes 10 and the second holes 11, and the third circumferential flange 20 of the second circumferential flange 19 is fastened to the first circumferential flange 7 of the riding ring 4 by at least partially threaded fastening members 12 and said at least one nut 13 threaded on each at least partly threaded fastening member 12.

The third inner diameter of the third holes 21 in the third circumferential flange 20 of the second shell ring arrangement 19 are selected with respect to a third outer diameter of a third section 22, which is arranged in the third holes 21, of the at least partly threaded fastening member 12 in the third hole 21 so that the third inner diameter is larger than said third outer diameter so that the second shell ring arrangement 19 is capable of moving with respect to the third section 22 of the at least partly threaded fastening member 12, because the third section 22 of the at least partly threaded fastening member 12 can move inside the third hole 21 in the third circumferential flange 20 of the second shell ring arrangement 19.The third inner diameter of the third holes 21 in the third circumferential flange 20 of the second shell ring arrangement 19 are selected with respect to the third outer diameter of the third section 22 which is arranged in the third holes 21 partly threaded fastening member 12 in the third hole 21 so that the third inner diameter is larger than the third outer diameter so that the second shell ring arrangement 19 is capable of moving with respect to the third section 22 at least partly threaded fastening member 12, because the third section 22 of the at least partially threaded fastening member 12 can move inside the third hole 21 in the third circumferential flange 20 of the second shell ring arrangement 19.

Alternatively, said third inner diameter may be selected so that said third inner diameter essentially corresponds to said first outer diameter.Alternatively, the third inner diameter may be selected so that the third inner diameter essentially corresponds to the first outer diameter.

In the embodiment illustrated in figures 1 to 13, a second wedge arrangement 23 is provided between the second shell ring arrangement 19 and the outer circumferential surface 5 of the cylindrical furnace body 1 to lock the second shell ring arrangement 19 to the outer circumferential surface 5 of the cylindrical furnace body 1.1 to 13, a second wedge arrangement 23 is provided between the second shell ring arrangement 19 and the outer circumferential surface 5 of the cylindrical furnace body 1 to lock the second shell ring arrangement 19 to the outer circumferential surface 5 of the cylindrical furnace body 1.

If the supporting arrangement comprises a first shell ring arrangement 8 and a second shell ring arrangement 19, as illustrated in figures 1 to 13, the third circumferential flange 20 may project transversely to the geometric long axis A of the cylindrical furnace body 1.If the supporting arrangement comprises a first shell ring arrangement 8 and a second shell ring arrangement 19, as illustrated in figures 1 to 13, the third circumferential flange 20 may project transversely to the geometric long axis A of the cylindrical furnace body 1.

If the supporting arrangement comprises a first shell ring arrangement 8 and a second shell ring arrangement 19, as illustrated in figures 1 to 13, the second shell ring arrangement 19 comprising a second tubular section 24 between the third circumferential flange 20 and the second wedge arrangement 23. A purpose of the second tubular section 24 is to create a longer path for thermal conduction between the outer circumferential surface 5 of the cylindrical furnace body 1 and the riding ring 4. In such case a thermal shield 40 may be provided between the second tubular section 24 of the second shell ring arrangement 19 and the outer circumferential surface 5 of the cylindrical furnace body 1. A purpose of the thermal shield 40 is to prevent at last in part radiation of thermal energy from the outer circumferential surface 5 of the cylindrical furnace body 1 to the second shell ring arrangement 19.If the supporting arrangement comprises a first shell ring arrangement 8 and a second shell ring arrangement 19, illustrated in figures 1 to 13, the second shell ring arrangement 19 comprises a second tubular section 24 between the third circumferential flange 20 and the second wedge arrangement 23. A purpose of the second Tubular section 24 is to create a longer path for the thermal conduction between the outer circumferential surface 5 of the cylindrical furnace body 1 and the riding ring 4. In such a case, a thermal shield 40 may be provided between the second Tubular section 24 of the second shell ring arrangement 19 and the outer circumferential surface 5 of the cylindrical furnace body 1. The purpose of the thermal shield 40 is to prevent at last part of the radiation of thermal energy from the outer circumferential surface 5 of the cylindrical furnace body 1 to second shell ring arrangement 19.

If the supporting arrangement comprises a first shell ring arrangement 8 and a second shell ring arrangement 19, as illustrated in figures 1 to 13, a tubular sleeve 18 may be arranged on the at least partly threaded fastening member 12 between a nut 13 or a head of the at least partly threaded fastening member 12 and the second shell ring arrangement 19, wherein the tubular sleeve 18 having an inner diameter that is larger than the outer diameter of the at least partly threaded fastening member 12 so that the tubular sleeve 18 is capable of moving with respect to the at least partly threaded fastening member 12. This enhances the ability of relative movement between the riding ring 4 and the outer circumferential surface 5 of the cylindrical furnace body 1.If the supporting arrangement comprises a first shell ring arrangement 8 and a second shell ring arrangement 19, as illustrated in figures 1 to 13, the tubular sleeve 18 may be arranged at least partially threaded fastening member 12 between a nut 13 or a head of the at least partly threaded fastening member 12 and the second shell ring assembly 19, having the tubular sleeve 18 having an inner diameter that is larger than the outer diameter of the at least partially threaded fastening member 12, of moving with respect to at least partially threaded fastening member 12. This enhances the ability of relative movement between the riding ring 4 and the outer circumferential surface 5 of the cylindrical furnace body 1.

In the embodiment illustrated in figures 14 to 18, the first shell ring arrangement 8 comprises a first shell ring section 25 and a second shell ring section 26.In the illustrated figures 14 to 18, the first shell ring arrangement 8 comprises the first shell ring section 25 and the second shell ring section 26.

The second circumferential flange 9 is arranged at the first shell ring section 25 and the first wedge arrangement 16 is arranged between the second shell ring section 26 and the outer circumferential surface 5 of the cylindrical furnace body 1.The second circumferential flange 9 is arranged at the first shell ring section 25 and the first wedge arrangement 16 is arranged between the second shell ring section 26 and the outer circumferential surface 5 of the cylindrical furnace body 1.

The first shell ring section 25 comprising a fourth circumferential flange 27 surrounding the outer circumferential surface 5 of the cylindrical furnace body 1 and the second shell ring section 26 comprising a fifth circumferential flange 28 surrounding the outer circumferential surface 5 of the cylindrical furnace body 1.The first shell ring section 25 comprising the fourth circumferential flange 27 surrounding the outer circumferential surface 5 of the cylindrical furnace body 1 and the second shell ring section 26 comprising the fifth circumferential flange 28 surrounding the outer circumferential surface 5 of the cylindrical furnace body 1.

Fourth holes 29 are provided in the fourth circumferential flange 27 of the first shell ring section 25 and fifth holes 30 are provided in the fifth circumferential flange 28 of the second shell ring section 26. The fourth holes 29 have a fourth inner diameter and by the fifth holes 30 have a fifth inner diameter. The pattern of the fourth holes 29 corresponds to the pattern of the fifth holes 30.Fourth holes 29 are provided in the fourth circumferential flange 27 of the first shell ring section 25 and fifth holes 30 are provided in the fifth circumferential flange 28 of the second shell ring section 26. The fourth holes 29 have a fourth inner diameter and by the fifth holes 30 have a fifth inner diameter. The pattern of the fourth holes 29 corresponds to the pattern of the fifth holes 30.

The fourth holes 29 are aligned with the fifth holes 30 to provide second aligned holes and the fourth circumferential flange 27 of the first shell ring section 25 are fastened to the fifth circumferential flange 28 of the second shell ring section 26 by an at least partly threaded fastening member 12 such as a bolt or a threaded rod in each second aligned hole and by at least one nut 13 threaded on each at least partly threaded fastening member 12. A purpose of the first shell ring section 25 and the second shell ring section 26 is to create a longer path for thermal conduction between the outer circumferential surface 5 of the cylindrical furnace body 1 and the riding ring 4.The fourth holes 29 are aligned with the fifth holes 30 to provide the second aligned holes and the fourth circumferential flange 27 are fastened to the fifth circumferential flange 28 of the second shell ring section 26 by at least partly threaded fastening member 12 such as a bolt or threaded rod in each second aligned hole and by at least one nut 13 threaded in each at least partially threaded fastening member 12. Purpose of first shell ring section 25 and second shell ring section 26 is to create a longer path for thermal conduction between the outer circumferential surface 5 of the cylindrical furnace body 1 and the riding ring 4.

If the supporting arrangement comprises a first shell ring section 25 and a second shell ring section 26, as described, the fourth inner diameter of the fourth holes 29 in the fourth circumferential flange 27 of the first shell ring section 25 may be selected with respect to a fourth outer diameter of a fourth section 31, which is arranged in the fourth holes 29, of the second at least partly threaded fastening members 12 in the fourth hole 29 so that the fourth inner diameter is larger than the fourth outer diameter so that the first shell ring section 25 is capable of moving with respect to the fourth section 31 of the at least partly threaded fastening member 12.If the supporting arrangement comprises a first shell ring section 25 and a second shell ring section 26, as described, the fourth inner diameter of the fourth holes 29 in the fourth circumferential flange 27 of the first shell ring section 25 may be selected with respect to a fourth outer diameter of a fourth section 31, which is arranged in the fourth holes 29, of a second at least partially threaded fastening members 12 in the fourth hole 29 so that the fourth inner diameter is larger than the fourth outer diameter so that the first shell ring section 25 is capable of moving with respect to fourth section 31 of at least partly threaded fastening member 12.

If the supporting arrangement comprises a first shell ring section 25 and a second shell ring section 26, as described, the fifth inner diameter of the fifth holes 30 in the fifth circumferential flange 28 of the second shell ring section 26 may be selected with respect to a fifth outer diameter of a fifth section 32, which is arranged in the fifth holes 30, of the second at least partly threaded fastening members 12 in the fifth hole 30 so that the fifth inner diameter is larger than the fifth outer diameter so that the second shell ring section 26 is capable of moving with respect to fifth section 32 of the at least partly threaded fastening member 12.If the supporting arrangement comprises a first shell ring section 25 and a second shell ring section 26, as described, the fifth inner diameter of the fifth holes 30 in the fifth circumferential flange 28 of the second shell ring section 26 may be selected with respect to a fifth outer diameter of a fifth section 32 which is arranged in a fifth hole 30, of a second at least partially threaded fastening member 12 in a fifth inner diameter greater than the fifth outer diameter so that the second shell ring section 26 is capable of moving with respect to fifth section 32 of at least partially threaded fastening member 12.

If the first shell ring arrangement 8 comprises a first shell ring section 25 and a second shell ring section 26, as illustrated in figures 14 to 18, the fourth circumferential flange 27 and the fifth circumferential flange 28 may project transversely to the geometric long axis A of the cylindrical furnace body 1.If the first shell ring arrangement 8 comprises the first shell ring section 25 and the second shell ring section 26, as illustrated in figures 14 to 18, the fourth circumferential flange 27 and the fifth circumferential flange 28 may project transversely to the geometric long axis A of the cylindrical furnace body 1.

If the first shell ring arrangement 8 comprises a first shell ring section 25 and a second shell ring section 26, as illustrated in figures 14 to 18, the first shell ring section 25 may comprise a third tubular section 33 between the second circumferential flange 9 and the fourth circumferential flange 27, and the second shell ring section 26 comprising a fourth tubular section 34 between the fifth circumferential flange 28 and the first wedge arrangement 16 of the arrangement. The third tubular section 33 of the first shell ring section 25 and the fourth tubular section 34 of the second shell ring section 26 are preferably, but not necessarily, arranged at least partly concentrically, as illustrated in figures 14 to 18. A thermal shield 40 may be arranged between the third tubular section 33 of the first shell ring section 25 and the fourth tubular section 34 of the second shell ring section 26.If the first shell ring arrangement 8 comprises the first shell ring section 25 and the second shell ring section 26, as illustrated in figures 14 to 18, the first shell ring section 25 may comprise a third tubular section 33 between the second circumferential flange 9 and the fourth circumferential flange 27, and the second shell circumferential section 26 comprising a fourth tubular section 34 between the fifth circumferential flange 28 and the first wedge arrangement 16 of the arrangement. The third tubular section 33 of the first shell ring section 25 and the fourth tubular section 34 of the second shell ring section 26 are preferably, but not at least partially arranged, illustrated in figures 14 to 18. A thermal shield 40 may be arranged between the third tubular section 33 of the first shell ring section 25 and the fourth tubular section 34 of the second shell ring section 26.

If the first shell ring arrangement 8 comprises a first shell ring section 25 and a second shell ring section 26, as illustrated in figures 14 to 18, may be tubular sleeve 18 arranged on the at least partly threaded fastening member 12 between a nut 13 or a head of the at least partly threaded fastening member 12 and the second shell ring arrangement 19, wherein the tubular sleeve 18 having an inner diameter that is larger than the outer diameter of the at least partly threaded fastening member 12 so that the tubular sleeve 18 is capable of moving with respect to the at least partly threaded fastening member 12. This enhances the ability of relative movement between the riding ring 4 and the outer circumferential surface 5 of the cylindrical furnace body 1, because the tubular sleeve 18 enables using of a longer at least partly threaded fastening member 12 and because a longer at least partly threaded fastening member 12 can bend more than a shorter at least partly threaded fastening member 12.If first shell ring arrangement 8 consists of first shell ring section 25 and second shell ring section 26, illustrated in figures 14 to 18, may be tubular sleeve 18 arranged at least partially threaded fastening member 12 between a nut 13 or a head of the at least partially threaded fastening member 12 and a second shell ring arrangement 19, having a tubular sleeve 18 having an inner diameter that is larger than the outer diameter of the threaded fastening member 12 so that of the tubular sleeve 18 12. This enhances the ability of the relative movement between the riding ring 4 and the outer circumferential surface 5 of the cylindrical furnace body 1, because the tubular sleeve 18 enables using of a longer at least partly threaded fastening member 12 and because of longer at least partly threaded fastening member 12 can Bend more than a shorter at least threaded fastening member 12 man 12.

In the embodiment illustrated in figures 3 to 8, a circumferential patterned plate 36 is fastened to the outer circumferential surface 5 of the cylindrical furnace body 1 between the first wedge arrangement 16 and the outer circumferential surface 5 of the cylindrical furnace body 1.3 to 8, the circumferential patterned plate 36 is fastened to the outer circumferential surface 5 of the first cylindrical furnace body 1 and the outer circumferential surface 5 of the cylindrical furnace body 1.

The circumferential patterned plate 36 surrounds the outer circumferential surface 5 of the cylindrical furnace body 1. First openings 37 in the circumferential patterned plate 36 are aligned with second openings 38 in the first shell ring arrangement 8 to form aligned openings. Pins 39 or the like are provided in the aligned openings for preventing excess axial movement and rotation of the first shell ring arrangement 8 with respect to the circumferential patterned plate 36 and for allowing radial movement of the first shell ring arrangement 8 with respect to the circumferential patterned plate 36.The circumferential patterned plate 36 surrounds the outer circumferential surface 5 of the cylindrical furnace body 1. First openings 37 in the circumferential patterned plate 36 are aligned with the second openings 38 in the first shell ring arrangement 8 to form aligned openings. Pins 39 or like are provided in aligned openings for preventing excess axial movement and rotation of first shell ring arrangement 8 with respect to circumferential patterned plate 36 and for allowing radial movement of first shell ring arrangement 8 with respect to circumferential patterned plate 36.

It is apparent to a person skilled in the art that as technology advanced, the basic idea of the invention can be implemented in various ways. The invention and its embodiments are therefore not restricted to the above examples, but they may vary within the scope of the claims.It is obvious to a person skilled in the art that technology advanced, the basic idea of invention can be implemented in various ways. The invention and its embodiments are therefore not restricted to the above examples, but they may vary within the scope of the claims.

Claims (26)

1. Tukijärjestely uunin (2) lieriömäisen uunirungon (1) kannattamiseen pyöritettävästi uunin (2) kannattimeen (3) nähden, järjestelyn käsittäessä lieriömäisen uunirungon (1) kanssa samankeskisesti, lieriömäisen uunirungon (1) ulkokehäpinnan (5) ympärille järjestetyn ajorenkaan (4), ja ajorenkaan (4) ollessa tuettu kannattimeen (3) järjestettyihin teloihin (6) niin, että uunin (2) lieriömäinen uunirunko (1) pystyy pyörimään lieriömäisen uunirungon (1) geometrisen pituusakselin A ympäri, tunnettu siitä, että ajorengas (4) käsittää lieriömäisen uunirungon (1) ulkokehäpinnan (5) ympäröivän ensimmäisen kehälaipan (7), siitä, että lieriömäisen uunirungon (1) ulkokehäpinnan (5) ympärille, samankeskisesti lieriömäisen uunirungon (1) kanssa on järjestetty ensimmäinen kuorirengasjärjestely (8), jolloin ensimmäisellä kuorirengasjärjestelyllä (8) on toinen kehälaippa (9), siitä, että ajorenkaan (4) ensimmäisessä kehälaipassa (7) on ensimmäisiä reikiä (10) ja ensimmäisen kuorirengasjärjestelyn (8) toisessa kehälaipassa (9) on toisia reikiä (11), siitä, että ensimmäisillä rei'illä (10) on ensimmäinen halkaisija ja toisilla rekillä (11) on toinen halkaisija, siitä, että ensimmäisten reikien (10) kuvio vastaa toisien reikien (11) kuviota, siitä, että ensimmäiset reiät (10) ja toiset reiät (11) on kohdistettu kohdistettujen reikien aikaansaamiseksi, siitä, että ensimmäisen kuorirengasjärjestelyn (8) toinen kehälaippa (9) on kiinnitetty ajorenkaan (4) ensimmäiseen kehälaippaan (7) ainakin osittain kierteillä varustetun kiinnitys elimen (12), kuten pultin tai kierteitetyn sauvan avulla jokaisessa kohdistetussa reiässä ja jokaiseen ainakin osittain kierteillä varustettuun kiinnitys elimeen (12) kierretyn ainakin yhden mutterin (13) avulla, ja siitä, että ensimmäisen kuorirengasjärjestelyn (8) ja lieriömäisen uunirungon (1) ulkokehäpinnan (5) välissä on ensimmäinen kiilajärjestely (16) ensimmäisen kuorirengasjärjestelyn (8) lukitsemiseen lieriömäisen uunirungon (1) ulkokehäpintaan (5).A support arrangement for rotatably supporting an oven (2) cylindrical furnace body (1) relative to the furnace (2) support (3), the arrangement comprising a drive disposed concentrically with the cylindrical furnace body (1) around an outer peripheral surface (5) of the cylindrical furnace body (1). and the drive ring (4) being supported on rolls (6) arranged in the bracket (3) so that the cylindrical oven body (1) of the oven (2) is able to rotate about the longitudinal axis A of the cylindrical oven body (1). a first casing ring arrangement (8) being arranged around the outer circumferential surface (5) of the furnace body (1), centered around the outer peripheral surface (5) of the cylindrical furnace body (1), concentric with the cylindrical furnace body (1), is a second circumferential flange (9), wherein the first circumferential flange (7) of the drive ring (4) has the first holes (10) and the second peripheral flange (9) of the first shell ring arrangement (8) having second holes (11), the first holes (10) having a first diameter and the second sleeves (11) having a second diameter; the pattern of the holes (10) corresponds to the pattern of the second holes (11), the first holes (10) and the second holes (11) being aligned to provide aligned holes, the second peripheral flange (9) of the first housing ring arrangement (8) 4) at least partially threaded attachment to the first circumferential flange (7) by means of at least one nut (13) threaded by means of a member (12) such as a bolt or threaded rod in each aligned hole and by at least one threaded attachment member (12) to each between the first shell ring arrangement (8) and the outer peripheral surface (5) of the cylindrical furnace body (1) there is a first wedge arrangement a stop (16) for locking the first shell ring assembly (8) on the outer peripheral surface (5) of the cylindrical furnace body (1). 2. Patenttivaatimuksen 1 mukainen tukijärjestely, tunnettu siitä, että ensimmäinen kehälaippa (7) työntyy esiin poikkisuunnassa lieriömäisen uunirungon (1) geometriseen pituusakseliin A nähden.Support arrangement according to claim 1, characterized in that the first circumferential flange (7) protrudes transversely to the geometric longitudinal axis A of the cylindrical furnace body (1). 3. Patenttivaatimuksen 1 tai 2 mukainen tukijärjestely, tunnettu siitä, että toinen kehälaippa (9) työntyy esiin poikkisuunnassa lieriömäisen uunirungon (1) geometriseen pituusakseliin A nähden.Support arrangement according to Claim 1 or 2, characterized in that the second circumferential flange (9) protrudes transversely to the geometric longitudinal axis A of the cylindrical furnace body (1). 4. Jonkin patenttivaatimuksista 1-3 mukainen tukijärjestely, tunnettu siitä, että ensimmäinen kuorirengasjärjestely (8) käsittää toisen kehälaipan (9) ja ensimmäisen kiilajärjestelyn (16) välisen ensimmäisen putkimaisen osuuden (17).Support arrangement according to one of Claims 1 to 3, characterized in that the first shell ring arrangement (8) comprises a first tubular portion (17) between the second peripheral flange (9) and the first wedge arrangement (16). 5. Patenttivaatimuksen 4 mukainen tukijärjestely, tunnettu siitä, että ensimmäisen kuorirengasjärjestelyn (8) ensimmäisen putkimaisen osuuden (17) ja lieriömäisen uunirungon (1) ulkokehäpinnan (5) välissä on lämpösuoja (40).Support arrangement according to Claim 4, characterized in that a heat shield (40) is provided between the first tubular portion (17) of the first shell ring assembly (8) and the outer peripheral surface (5) of the cylindrical furnace body (1). 6. Jonkin patenttivaatimuksista 1-5 mukainen tukijärjestely, tunnettu siitä, että siinä on putkimainen hylsy (18) järjestettynä ainakin osittain kierteillä varustettuun kiinnityselimeen (12) mutterin (13) tai mainitun ainakin osittain kierteillä varustetun kiinnitys elimen (12) pään ja ensimmäisen kuorirengasjärjestelyn (8) välissä, ja siitä, että putkimaisella hylsyllä (18) on sisähalkaisija, joka on suurempi kuin mainitun ainakin osittain kierteillä varustetun kiinnityselimen (12) ulkohalkaisija siten, että ainakin osittain kierteillä varustettu kiinnityselin (12) pystyy liikkumaan putkimaiseen hylsyyn (18) nähden putkimaisen hylsyn (18) sisällä.Support arrangement according to one of Claims 1 to 5, characterized in that it comprises a tubular sleeve (18) arranged at least partly on the threaded fastening member (12) at the end of the nut (13) or at least partly threaded fastening member (12) and 8) and in that the tubular sleeve (18) has an inner diameter which is larger than the outer diameter of said at least partially threaded fastening member (12) so that at least partly threaded fastening member (12) is movable with respect to the tubular sleeve (18). inside the sleeve (18). 7. Jonkin patenttivaatimuksista 1-6 mukainen tukijärjestely, tunnettu siitä, että ajorenkaan (4) ensimmäisen kehälaipan (7) ensimmäisten reikien (10) ensimmäinen sisähalkaisija on valittu ensimmäisessä reiässä (10) olevan ainakin osittain kierteillä varustetun kiinnityselimen (12) ensimmäiseen reikään (10) järjestetyn ensimmäisen osuuden (14) ensimmäisen ulkohalkaisijan suhteen siten, että ensimmäinen sisähalkaisija on suurempi kuin mainittu ensimmäinen ulkohalkaisija niin, että ajorengas (4) pystyy liikkumaan ainakin osittain kierteillä varustetun kiinnityselimen (12) ensimmäiseen osuuteen (14) nähden.Support arrangement according to one of Claims 1 to 6, characterized in that the first inner diameter of the first holes (10) of the first circumferential flange (7) of the drive ring (4) is selected into the first hole (10) of the at least partially threaded fastening member (12). ) with respect to the first outer diameter of the arranged first portion (14) such that the first inner diameter is larger than said first outer diameter such that the drive ring (4) is movable at least partially relative to the first portion (14) of the threaded fastening member (12). 8. Jonkin patenttivaatimuksista 1-7 mukainen tukijärjestely, tunnettu siitä, että ensimmäisen kuorirengasjärjestelyn (8) toisen kehälaipan (9) toisien reikien (11) toinen sisähalkaisija on valittu toisessa reiässä (11) olevan ainakin osittain kierteillä varustetun kiinnityselimen (12) toisiin reikiin (11) järjestetyn toisen osuuden (15) toisen ulkohalkaisijan suhteen siten, että toinen sisähalkaisija on suurempi kuin mainittu toinen ulkohalkaisija niin, että ensimmäinen kuorirengasjärjestely (8) pystyy liikkumaan ainakin osittain kierteillä varustetun kiinnityselimen (12) toiseen osuuteen (15) nähden.Support arrangement according to one of Claims 1 to 7, characterized in that the second inner diameter of the second holes (11) of the second peripheral flange (9) of the first shell ring (8) is selected at least in the second holes (12) of the second hole (11). 11) with respect to the second outer diameter of the arranged second portion (15), the second inner diameter being larger than said second outer diameter such that the first shell ring arrangement (8) is movable at least partially relative to the second portion (15) of the threaded fastening member (12). 9. Jonkin patenttivaatimuksista 1-8 mukainen tukijärjestely, tunnettu siitä, että se lisäksi käsittää lieriömäisen uunirungon (1) ulkokehäpinnan (5) ympärille, samankeskisesti lieriömäisen uunirungon (1) kanssa järjestetyn toisen kuorirengasjärjestelyn (19), jolloin toisella kuorirengasjärjestelyllä (19) on kolmas kehälaippa (20), siitä, että toisen kuorirengasjärjestelyn (19) toisessa kehälaipassa (9) on kolmansia reikiä (21), siitä, että kolmansilla reiällä (21) on kolmannet sisähalkaisijat, siitä, että kolmansien reikien (21) kuvio vastaa toisien reikien (11) kuviota, siitä, että kolmannet reiät (21) ovat kohdistettujen reikien kanssa kohdistetut, siitä, että toisen kuorirengasjärjestelyn (19) kolmas kehälaippa (20) on kiinnitetty ajorenkaan (4) ensimmäiseen kehälaippaan (7) mainitun ainakin osittain kierteillä varustetun kiinnitys elimen (12) ja jokaiseen ainakin osittain kierteillä varustettuun kiinnitys elimeen (12) kierretyn mainitun ainakin yhden mutterin (13) avulla, ja siitä, että toisen kuorirengasjärjestelyn (19) ja lieriömäisen uunirungon (1) ulkokehäpinnan (5) välissä on toinen kiilajärjestely (23) toisen kuorirengasjärjestelyn (19) lukitsemiseen lieriömäisen uunimngon (1) ulkokehäpintaan (5).Support arrangement according to one of Claims 1 to 8, characterized in that it further comprises a second shell ring arrangement (19) arranged centrally with the cylindrical oven frame (1) around the outer peripheral surface (5), the second shell ring arrangement (19) having a third a peripheral flange (20), the second peripheral flange (9) of the second shell ring arrangement (19) having third holes (21), the third bore (21) having third inner diameters, the pattern of the third holes (21) 11) the third holes (21) being aligned with the aligned holes, the third circumferential flange (20) of the second housing ring arrangement (19) being fixed to the first circumferential flange (7) of the drive ring (4) of said at least partially threaded fastening member (21); 12) and each of said a. Threaded at least partially threaded attachment means (12) and by means of one nut (13), and between the second shell ring arrangement (19) and the outer peripheral surface (5) of the cylindrical furnace body (1) for locking the second shell ring arrangement (19) to the outer peripheral surface (5). 10. Patenttivaatimuksen 9 mukainen tukijärjestely, tunnettu siitä, että kolmas kehälaippa (20) työntyy esiin poikkisuunnassa lieriömäisen uunirungon (1) geometriseen pituusakseliin A nähden.Support arrangement according to Claim 9, characterized in that the third circumferential flange (20) protrudes transversely to the geometric longitudinal axis A of the cylindrical furnace body (1). 11. Patenttivaatimuksen 9 tai 10 mukainen tukijärjestely, tunnettu siitä, että toinen kuorirengasjärjestely (19) käsittää kolmannen kehälaipan (20) ja toisen kiilajärjestelyn (23) välisen toisen putkimaisen osuuden (24).Support arrangement according to claim 9 or 10, characterized in that the second shell ring arrangement (19) comprises a second tubular portion (24) between the third peripheral flange (20) and the second wedge arrangement (23). 12. Patenttivaatimuksen 11 mukainen tukijärjestely, tunnettu siitä, että toisen kuorirengasjärjestelyn (19) toisen putkimaisen osuuden (24) ja lieriömäisen uunimngon (1) ulkokehäpinnan (5) välissä on lämpösuoja (40).A support arrangement according to claim 11, characterized in that a heat shield (40) is provided between the second tubular portion (24) of the second shell ring arrangement (19) and the outer peripheral surface (5) of the cylindrical furnace (1). 13. Jonkin patenttivaatimuksista 9-12 mukainen tukijärjestely, tunnettu siitä, että siinä on putkimainen hylsy (18) järjestettynä ainakin osittain kierteillä varustettuun kiinnityselimeen (12) mutterin (13) tai mainitun ainakin osittain kierteillä varustetun kiinnitys elimen (12) pään ja toisen kuorirengasjärjestelyn (19) välissä, ja siitä, että putkimaisella hylsyllä (18) on sisähalkaisija, joka on suurempi kuin mainitun ainakin osittain kierteillä varustetun kiinnityselimen (12) ulkohalkaisija siten, että ainakin osittain kierteillä varustettu kiinnityselin (12) pystyy liikkumaan putkimaiseen hylsyyn (18) nähden putkimaisen hylsyn (18) sisällä.Support arrangement according to one of Claims 9 to 12, characterized in that it comprises a tubular sleeve (18) arranged at least partly on the threaded fastening member (12) at the end of the nut (13) or at least partly threaded fastening member (12) and 19) and the tubular sleeve (18) having an inner diameter which is larger than the outer diameter of said at least partially threaded fastening member (12) so that at least partly threaded fastening member (12) is movable with respect to the tubular sleeve (18). inside the sleeve (18). 14. .Tonkin patenttivaatimuksista 9-13 mukainen tukijärjestely, tunnettu siitä, että toisen kuorirengasjärjestelyn (19) kolmannen kehälaipan (20) kolmansien reikien (21) kolmas sisähalkaisija on valittu kolmannessa reiässä (21) olevan ainakin osittain kierteillä varustetun kiinnityselimen (12) kolmansiin reikiin (21) järjestetyn kolmannen osuuden (22) kolmannen ulkohalkaisijan suhteen siten, että kolmas sisähalkaisija on suurempi kuin mainittu kolmas ulkohalkaisija niin, että toinen kuorirengasjärjestely (19) pystyy liikkumaan ainakin osittain kierteillä varustetun kiinnitys elimen (12) toiseen osuuteen (15) nähden.Support arrangement according to one of Claims 9 to 13, characterized in that the third inner diameter of the third holes (21) of the third circumferential flange (20) of the second shell ring (19) is selected into the third holes of the at least partially threaded fastening member (12). (21) with respect to the third outer diameter of the arranged third portion (22) such that the third inner diameter is larger than said third outer diameter so that the second shell ring arrangement (19) is movable at least partially with respect to the second portion (15) 15. Jonkin patenttivaatimuksista 9-14 mukainen tukijärjestely, tunnettu siitä, että toisen kuorirengasjärjestelyn (19) kolmas kehälaippa (20) on sovitettu kutistamalla ajorenkaan (4) sisään.Support arrangement according to one of Claims 9 to 14, characterized in that the third peripheral flange (20) of the second housing ring arrangement (19) is arranged by shrinking into the driving ring (4). 16. Jonkin patenttivaatimuksista 1-15 mukainen tukijärjestely, tunnettu siitä, että ensimmäinen kuorirengasjärjestely (8) käsittää ensimmäisen kuorirengasosuuden (25) ja toisen kuorirengasosuuden (26), siitä, että toinen kehälaippa (9) on järjestetty ensimmäisen kuorirengasosuuden (25) kohdalle, siitä, että ensimmäinen kiilajärjestely (16) on järjestetty toisen kuorirengasosuuden (26) ja lieriömäisen uunimngon (1) ulkokehäpinnan (5) väliin, siitä, että ensimmäinen kuorirengasosuus (25) käsittää lieriömäisen uunirungon (1) ulkokehäpinnan (5) ympäröivän neljännen kehälaipan (27), siitä, että toinen kuorirengasosuus (26) käsittää lieriömäisen uunirungon (1) ulkokehäpinnan (5) ympäröivän viidennen kehälaipan (28), siitä, että ensimmäisen kuorirengasosuuden (25) neljännessä kehälaipassa (27) on neljänsiä reikiä (29), siitä, että toisen kuorirengasosuuden (26) viidennessä kehälaipassa (28) on viidensiä reikiä (30), siitä, että neljänsillä reiällä (29) on neljäs sisähalkaisija ja siitä, että viidensillä reiällä (30) on viides sisähalkaisija, siitä, että neljänsien reikien (29) kuvio vastaa viidensien reikien (30) kuviota, siitä, että neljännet reiät (29) on kohdistettu viidensien reikien (30) kanssa toisien kohdistettujen reikien aikaansaamiseksi, ja siitä, että ensimmäisen kuorirengasosuuden (25) neljäs kehälaippa (27) on kiinnitetty toisen kuorirengasosuuden (26) viidenteen kehälaippaan (28) ainakin osittain kierteillä varustetun kiinnitys elimen (12), kuten pultin tai kierteitetyn sauvan avulla jokaisessa kohdistetussa toisessa reiässä ja jokaiseen ainakin osittain kierteillä varustettuun kiinnityselimeen (12) kierretyn ainakin yhden mutterin (13) avulla.Support arrangement according to one of Claims 1 to 15, characterized in that the first shell ring arrangement (8) comprises a first shell ring portion (25) and a second shell ring portion (26), wherein the second peripheral flange (9) is arranged at the first shell ring portion (25). , that the first wedge arrangement (16) is arranged between the second shell ring portion (26) and the outer peripheral surface (5) of the cylindrical furnace insert (1), wherein the first shell ring portion (25) comprises a fourth peripheral flange (27) surrounding the outer peripheral surface (5) , wherein the second shell ring portion (26) comprises a fifth peripheral flange (28) surrounding the outer peripheral surface (5) of the cylindrical furnace body (1), the fourth shell flange (27) of the first shell ring portion (25) having fourth holes (29) the fifth peripheral flange (28) of the shell ring portion (26) has fifth holes (30) that the fourth hole (29) has a fourth inner diameter and that the fifth hole (30) has a fifth inner diameter, that the pattern of the fourth holes (29) corresponds to the pattern of the fifth holes (30), that the fourth holes (29) are aligned with the fifth holes (30) to provide second aligned holes, and wherein the fourth peripheral flange (27) of the first shell ring portion (25) is secured to the fifth peripheral flange (28) of the second shell ring portion (26) at least partially by a threaded fastening member (12) by means of a threaded rod in each of the second aligned holes and at least one nut (13) threaded into each at least partially threaded fastening member (12). 17. Patenttivaatimuksen 16 mukainen tukijärjestely, tunnettu siitä, että neljäs kehälaippa (27) ja viides kehälaippa (28) työntyvät esiin poikkisuunnassa lieriömäisen uunimngon (1) geometriseen pituusakseliin A nähden.Support arrangement according to Claim 16, characterized in that the fourth circumferential flange (27) and the fifth circumferential flange (28) project transversely to the geometric longitudinal axis A of the cylindrical furnace furnace (1). 18. Patenttivaatimuksen 16 tai 17 mukainen tukijärjestely, tunnettu siitä, että ensimmäinen kuorirengasosuus (25) käsittää toisen kehälaipan (9) ja neljännen kehälaipan (27) välisen kolmannen putkimaisen osuuden (33), ja siitä, että toinen kuorirengasosuus (26) käsittää viidennen kehälaipan (28) ja ensimmäisen kiilajärjestelyn (16) välisen neljännen putkimaisen osuuden (34).Support arrangement according to claim 16 or 17, characterized in that the first shell ring portion (25) comprises a third tubular portion (33) between the second peripheral flange (9) and the fourth peripheral flange (27), and wherein the second shell ring portion (26) comprises a fifth peripheral rim (28) and a fourth tubular portion (34) between the first wedge arrangement (16). 19. .Tonkin patenttivaatimuksista 16 - 18 mukainen tukijärjestely, tunnettu siitä, että ensimmäisen kuorirengasosuuden (25) kolmas putkimainen osuus (33) ja toisen kuorirengasosuuden (26) neljäs putkimainen osuus (34) on järjestetty ainakin osittain samankeskisesti.Support arrangement according to one of Claims 16 to 18, characterized in that the third tubular portion (33) of the first shell annular portion (25) and the fourth tubular portion (34) of the second shell annulus portion (26) are arranged at least partially concentric. 20. Patenttivaatimuksen 19 mukainen tukijärjestely, tunnettu siitä, että ensimmäisen kuorirengasosuuden (25) kolmannen putkimaisen osuuden (33) ja toisen kuorirengasosuuden (26) neljännen putkimaisen osuuden (34) välissä on lämpösuoja (40).A support arrangement according to claim 19, characterized in that a thermal shield (40) is provided between the third tubular portion (33) of the first shell annular portion (25) and the fourth tubular portion (34) of the second shell annulus portion (26). 21. Jonkin patenttivaatimuksista 16 - 20 mukainen tukijärjestely, tunnettu siitä, että siinä on putkimainen hylsy (18) järjestettynä ainakin osittain kierteillä varustettuun kiinnityselimeen (12) mutterin (13) tai mainitun ainakin osittain kierteillä varustetun kiinnitys elimen (12) pään ja toisen kuorirengasjärjestelyn (19) välissä, ja siitä, että putkimaisella hylsyllä (18) on sisähalkaisija, joka on suurempi kuin mainitun ainakin osittain kierteillä varustetun kiinnitys elimen (12) ulkohalkaisija siten, että putkimainen hylsy (18) pystyy liikkumaan ainakin osittain kierteillä varustettuun kiinnityselimeen (12) nähden.Support arrangement according to one of Claims 16 to 20, characterized in that it comprises a tubular sleeve (18) arranged at least partly on the threaded fastening member (12) at the end of the nut (13) or at least partly threaded fastening member (12) and 19) and the tubular sleeve (18) having an inner diameter greater than the outer diameter of said at least partially threaded fastening member (12) so that the tubular sleeve (18) is movable at least partially with respect to the threaded fastening member (12). . 22. Jonkin patenttivaatimuksista 16 - 21 mukainen tukijärjestely, tunnettu siitä, että ensimmäisen kuorirengasosuuden (25) neljännen kehälaipan (27) neljänsien reikien (29) neljäs sisähalkaisija on valittu neljännessä reiässä (29) olevan ainakin osittain kierteillä varustetun kiinnityselimen (12) neljänsiin reikiin (29) järjestetyn neljännen osuuden (31) neljännen ulkohalkaisijan suhteen siten, että neljäs sisähalkaisija on suurempi kuin neljäs ulkohalkaisija niin, että ensimmäinen kuorirengasosuus (25) pystyy liikkumaan ainakin osittain kierteillä varustetun kiinnityselimen (12) neljänteen osuuteen (31) nähden.Support arrangement according to one of Claims 16 to 21, characterized in that the fourth inner diameter of the fourth holes (29) of the fourth circumferential flange (27) of the first shell ring (25) is selected at least partially in the fourth holes (29) of the fourth fastening member (12). 29) with respect to the fourth outer diameter of the arranged fourth portion (31) such that the fourth inner diameter is larger than the fourth outer diameter such that the first shell ring portion (25) is movable at least partially relative to the fourth portion (31). 23. Jonkin patenttivaatimuksista 16 - 22 mukainen tukijärjestely, tunnettu siitä, että toisen kuorirengasosuuden (26) viidennen kehälaipan (28) viidensien reikien (30) viides sisähalkaisija on valittu viidennessä reiässä (30) olevan ainakin osittain kierteillä varustetun kiinnityselimen (12) viidensiin reikiin (30) järjestetyn viidennen osuuden (32) viidennen ulkohalkaisijan suhteen siten, että viides sisähalkaisija on suurempi kuin viides ulkohalkaisija niin, että toinen kuorirengasosuus (26) pystyy liikkumaan ainakin osittain kierteillä varustetun kiinnityselimen (12) viidenteen osuuteen (32) nähden.Support arrangement according to one of Claims 16 to 22, characterized in that the fifth inner diameter of the fifth holes (30) of the fifth circumferential flange (26) of the second shell ring (26) is selected at least in the fifth holes (30) of the fastening member (12) 30) with respect to the fifth outer diameter of the arranged fifth portion (32) such that the fifth inner diameter is larger than the fifth outer diameter such that the second shell ring portion (26) is movable at least partially relative to the fifth portion (32) of the threaded fastening member (12). 24. Jonkin patenttivaatimuksista 1-23 mukainen tukijärjestely, tunnettu siitä, että ajorengas (4) on kiinnitetty hammasrenkaaseen (35).Support arrangement according to one of Claims 1 to 23, characterized in that the drive ring (4) is attached to the gear ring (35). 25. Jonkin patenttivaatimuksista 1-24 mukainen tukijärjestely, tunnettu siitä, että kuvioitu kehälevy (36) on kiinnitetty lieriömäisen uunirungon (1) ulkokehäpintaan (5) ensimmäisen kiilajärjestelyn (16) ja lieriömäisen uunirungon (1) ulkokehäpinnan (5) väliin, siitä, että kuvioitu kehälevy (36) ympäröi lieriömäisen uunirungon (1) ulkokehäpinnan (5), siitä, että kuvioidussa kehälevyssä (36) on ensimmäisiä aukkoja (37), jotka on kohdistettu ensimmäisessä kuorirengasjärjestelyssä (8) oleviin toisiin aukkoihin (38) kohdistettujen aukkojen aikaansaamiseksi, ja siitä, että kohdistetuissa aukoissa on tappeja (39) tai vastaavia ensimmäisen kuorirengasjärjestelyn (8) ylimääräisen aksiaalisen liikkeen ja rotaation ehkäisemiseen kuvioidun kehälevyn (36) suhteen ja ensimmäisen kuorirengasjärjestelyn (8) säteensuuntaisen liikkeen sallimiseen kuvioidun kehälevyn (36) suhteen.Support arrangement according to one of Claims 1 to 24, characterized in that the patterned peripheral plate (36) is fixed to the outer circumferential surface (5) of the cylindrical furnace body (1) and the outer peripheral surface (5) of the cylindrical furnace body (1). the patterned peripheral plate (36) surrounding the outer peripheral surface (5) of the cylindrical furnace body (1), the patterned peripheral plate (36) having first openings (37) aligned with the second openings (38) in the first shell ring arrangement (8), and wherein the aligned openings have pins (39) or the like to prevent excess axial movement and rotation of the first shell ring arrangement (8) with respect to the patterned peripheral plate (36) and to allow radial movement of the first shell ring arrangement (8) with the patterned peripheral plate (36). 26. Jonkin patenttivaatimuksista 1-25 mukainen tukijärjestely, tunnettu siitä, että ensimmäisen kuorirengasjärjestelyn (8) toinen kehälaippa (9) on sovitettu kutistamalla ajorenkaan (4) sisään.Support arrangement according to one of Claims 1 to 25, characterized in that the second peripheral flange (9) of the first casing ring arrangement (8) is arranged by shrinking into the driving ring (4).
FI20155661A 2015-09-15 2015-09-15 SUPPORT ARRANGEMENTS TO SUPPORT A CYLINDRIC OVEN PART OF A OVEN ROTATELY IN RELATION TO A SUPPORT OF THE OVEN FI127126B (en)

Priority Applications (7)

Application Number Priority Date Filing Date Title
FI20155661A FI127126B (en) 2015-09-15 2015-09-15 SUPPORT ARRANGEMENTS TO SUPPORT A CYLINDRIC OVEN PART OF A OVEN ROTATELY IN RELATION TO A SUPPORT OF THE OVEN
MX2018003052A MX2018003052A (en) 2015-09-15 2016-09-14 Supporting arrangement for supporting a cylindrical furnace body of a furnace rotatable with respect to a support of the furnace.
CN201680052876.8A CN108055864B (en) 2015-09-15 2016-09-14 support device for supporting a cylindrical furnace body of a furnace rotatable relative to a support of the furnace
PCT/FI2016/050636 WO2017046452A1 (en) 2015-09-15 2016-09-14 Supporting arrangement for supporting a cylindrical furnace body of a furnace rotatable with respect to a support of the furnace
PH12018500509A PH12018500509A1 (en) 2015-09-15 2018-03-08 Supporting arrangement for supporting a cylindrical furnace body of a furnace rotatable with respect to a support of the furnace
CL2018000648A CL2018000648A1 (en) 2015-09-15 2018-03-12 Support arrangement for holding a cylindrical furnace body of a rotating oven with respect to an oven support.
ZA2018/01877A ZA201801877B (en) 2015-09-15 2018-03-20 Supporting arrangement for supporting a cylindrical furnace body of a furnace rotatable with respect to a support of the furnace

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
FI20155661A FI127126B (en) 2015-09-15 2015-09-15 SUPPORT ARRANGEMENTS TO SUPPORT A CYLINDRIC OVEN PART OF A OVEN ROTATELY IN RELATION TO A SUPPORT OF THE OVEN

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FI127126B true FI127126B (en) 2017-11-30

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CN (1) CN108055864B (en)
CL (1) CL2018000648A1 (en)
FI (1) FI127126B (en)
MX (1) MX2018003052A (en)
PH (1) PH12018500509A1 (en)
WO (1) WO2017046452A1 (en)
ZA (1) ZA201801877B (en)

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Publication number Priority date Publication date Assignee Title
US4207062A (en) * 1978-05-26 1980-06-10 Moench Frank F Heating and mixing apparatus for asphaltic pavement
CN101846450A (en) * 2010-06-13 2010-09-29 中国铝业股份有限公司 Installation method of big gear ring of rotary kiln
CN202734499U (en) * 2012-07-06 2013-02-13 中国有色（沈阳）冶金机械有限公司 Rolling ring mounting structure
JP6151552B2 (en) * 2013-04-26 2017-06-21 高砂工業株式会社 Rotary kiln seal structure and rotary kiln
JP6128644B2 (en) * 2013-06-07 2017-05-17 日工株式会社 Rotary kiln
CN204007085U (en) * 2014-08-23 2014-12-10 中国建材国际工程集团有限公司 A kind of flexible supporting device of cement rotary kiln

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ZA201801877B (en) 2019-01-30
CL2018000648A1 (en) 2018-06-01
CN108055864A (en) 2018-05-18
CN108055864B (en) 2019-12-06
MX2018003052A (en) 2018-06-11
PH12018500509A1 (en) 2018-09-24
WO2017046452A1 (en) 2017-03-23

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