CN209622293U - A kind of heat-resisting quick connection compensator - Google Patents
A kind of heat-resisting quick connection compensator Download PDFInfo
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- CN209622293U CN209622293U CN201920200506.5U CN201920200506U CN209622293U CN 209622293 U CN209622293 U CN 209622293U CN 201920200506 U CN201920200506 U CN 201920200506U CN 209622293 U CN209622293 U CN 209622293U
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- heat
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- tail end
- iron sheet
- magnet block
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Abstract
The utility model relates to a kind of heat-resisting quick connection compensators, successively include heat-resisting base fabric and aluminium-foil paper；Suture is sutured along the two sides in heat-resisting base fabric and the expansion perimeter length direction of aluminium foil, and heat-resisting base fabric and aluminium foil are connected as band-like compensator；Tail end magnet block and tail end iron sheet are embedded between heat-resisting base fabric tail end and aluminium-foil paper tail end；Suture is sewed the tail portion for the compensator that becomes band along the surrounding of tail end magnet block and tail end iron sheet；Head end magnet block and head end iron sheet are embedded between heat-resisting base fabric head end and aluminium-foil paper head end；Suture is sewed the head for the compensator that becomes band along the surrounding of head end magnet block and head end iron sheet；Along one circle of aperture slots winding, the tail portion of band-like compensator is overlapped band-like compensator with the head of band-like compensator；The quick connection mutually bonded using the magnetism of magnet block with iron sheet and flue connector.The utility model solves the Air Leakage at connector interface gap.
Description
Technical field
The utility model relates to flue gas ash removal technical field of pipeline connection, in particular to a kind of heat-resisting quick connection compensation
Device.
Background technique
In industrial processes, there are many place for generating high-temperature flue gas, these high-temperature flue gas need to concentrate after trapping
Direct emission concentrates discharge after purified treatment.In high-temperature flue gas trapping, there are many movable fume trap cover or Active Interface,
When these movable fume trap covers or Active Interface are docked with high-temperature flue gas pipeline, on the one hand, vulcanized since high-temperature flue gas pipeline exists
The problem of repaying, needs that there are certain gaps；On the other hand, because overhaul of the equipments or production operation need, interface is also being needed
Will there are a mating interface gaps, convenient for the movement of movable fume trap cover or Active Interface.Due to the presence in mating interface gap,
It there is at this gap and largely leak out, influence the trapping effect of high-temperature flue gas.
Since movable fume trap cover or Active Interface need frequently movement, the country does not have the sealing of this interface gap at present
Good method, many occasions all do not take seal approach, cause largely to leak out, and influence the trapping effect of high-temperature flue gas, thus
Influence production operation environment.Some occasions are taken interim heat-resisting material temporarily to wind and are sealed, although there is certain sealing
Effect, but since measure is simple and crude, it can not fix, and mobile in movable fume trap cover or Active Interface, disassembly is inconvenient, influences
Production operation, using effect are also bad.
Utility model content
In view of the deficiencies of the prior art, the utility model discloses a kind of heat-resisting quick connection compensators.
Technical solution used by the utility model is as follows:
A kind of heat-resisting quick connection compensator, including heat-resisting base fabric and aluminium-foil paper；Aluminium-foil paper overlays on heat-resisting base fabric,
First suture and third suture are sutured along the two sides in heat-resisting base fabric and the expansion perimeter length direction of aluminium foil, by heat-resisting base fabric
Band-like compensator is connected as with aluminium foil；Tail end magnet block and tail end iron sheet are embedded between heat-resisting base fabric tail end and aluminium-foil paper tail end；
4th suture is sewed the tail portion for the compensator that becomes band along the surrounding of tail end magnet block and tail end iron sheet；Heat-resisting base fabric head end
Head end magnet block and head end iron sheet are embedded between aluminium-foil paper head end；Second suture along head end magnet block and head end iron sheet four
Sewed the head for the compensator that becomes band week；Tail end magnet block is adsorbed at the aperture slots of flue connector；It is band-like
Along one circle of aperture slots winding, the tail portion of band-like compensator is overlapped compensator with the head of band-like compensator；Tail end magnet
Block is mutually adsorbed with head end iron sheet, and tail end iron sheet is mutually adsorbed with head end magnet block, by tail end iron sheet, head end iron sheet and flue
Connector links together.
Its further technical characteristic are as follows: the heat-resisting base fabric combines weaving method by inorganic glass fiber and stainless steel wire
Composition is made through broadwise braiding.
Its further technical characteristic are as follows: the tail end iron sheet overlays on the tail end magnet block.
Its further technical characteristic are as follows: the head end iron sheet overlays on the head end magnet block.
Its further technical characteristic are as follows: flue connector include the first flue connector for being oppositely arranged and
Second flue connector；The axis of the axis of first flue connector and the second flue connector is in same
Straight line.
The beneficial effects of the utility model are as follows:
Adaptable heat-resisting base fabric is determined according to the size in high-temperature flue gas pipeline mating interface gap and flue-gas temperature
Width, the number of plies and heat resisting temperature are required with intensity, heatproof, thermal compensation and the service life etc. that meet compensator.
It is successively mutually adsorbed with iron sheet, the first flue connector and second pipe connector using the magnetism of magnet block
It is bonded together, completes the Fast Installation of heat-resisting high-temperature compensator, realize to flue connector and flue connector
Between gap sealing.
Since the material of production compensator uses flexible material, expanding with heat and contract with cold for flue connector will not be constrained and produced
Raw displacement can satisfy the thermal compensation requirement of connector.When the flue connector of active side needs to remove, then benefit
Repay the disassembly of device on-site manual.
The quick connection that the utility model is mutually bonded using the magnetism of magnet block with iron sheet and flue connector, both
Seal request is met, solves the Air Leakage at connector interface gap；The flue that can adapt to active side again connects
The needs of fast assembling-disassembling are needed when fitting frequently moves.
Installation quickly, it is convenient disassembly, good airproof performance, adaptable, meet the thermal compensation requirement of connector, the company of solving
Air Leakage at fitting interface gap.
Detailed description of the invention
Fig. 1 is the elevational schematic view of the utility model.
Fig. 2 is the right view diagrammatic cross-section of the utility model.
In figure: 1, heat-resisting base fabric tail end；2, tail end magnet block；3, tail end iron sheet；4, aluminium-foil paper tail end；5, heat-resisting base fabric head
End；6, head end magnet block；7, head end iron sheet；8, aluminium-foil paper head end；9, the first suture；10, the second suture；11, third is stitched
Zygonema；12, the 4th suture；13, the first flue connector；14, the second flue connector.
Specific embodiment
With reference to the accompanying drawing, illustrate the specific embodiment of the present embodiment.
Fig. 1 is the schematic diagram of the utility model, and Fig. 2 is the right view diagrammatic cross-section of the utility model.It is a kind of in conjunction with Fig. 2
Heat-resisting quick connection compensator, including heat-resisting base fabric and aluminium-foil paper.Heat-resisting base fabric is combineeed by inorganic glass fiber and stainless steel wire
Weaving method composition is made through broadwise braiding.Aluminium-foil paper overlays on heat-resisting base fabric, the first suture 9 and third suture
11 suture along the two sides in heat-resisting base fabric and the expansion perimeter length direction of aluminium foil, and heat-resisting base fabric and aluminium foil are connected as band-like compensation
Device.
Tail end magnet block 2 and tail end iron sheet 3 are embedded between heat-resisting base fabric tail end 1 and aluminium-foil paper tail end 4.Tail end iron sheet 3 is folded
It is placed on tail end magnet block 2.4th suture 12 is sewed along the surrounding of tail end magnet block 2 and tail end iron sheet 3 to become band
The tail portion of compensator.Specifically, heat-resisting base fabric tail end 1 is located at bottom, tail end magnet block 2 is located at the upper of heat-resisting base fabric tail end 1
Face, tail end iron sheet 3 are located at the upper surface of tail end magnet block 2, and aluminium-foil paper tail end 4 is located at topmost.
Head end magnet block 6 and head end iron sheet 7 are embedded between heat-resisting base fabric head end 5 and aluminium-foil paper head end 8.Head end iron sheet 7 is folded
It is placed on head end magnet block 6.Second suture 10 is sewed along the surrounding of head end magnet block 6 and head end iron sheet 7 to become band
The head of compensator.Specifically, heat-resisting base fabric head end 5 is located at bottom, head end magnet block 6 is located at the upper of heat-resisting base fabric head end 5
Face, head end iron sheet 7 are located at the upper surface of head end magnet block 6, and aluminium-foil paper head end 8 is located at topmost.
Tail end magnet block 2 is adsorbed on the aperture slots of the first flue connector 13 and the second flue connector 14
Place.Along one circle of aperture slots winding, the tail portion of band-like compensator is overlapped band-like compensator with the head of band-like compensator.Tail end magnetic
Iron block 2 is mutually adsorbed with head end iron sheet 7, and tail end iron sheet 3 is mutually adsorbed with head end magnet block 6, by tail end iron sheet 3, head end iron sheet 7 and
First flue connector 13, the second flue connector 14 link together.Flue connector includes opposite sets
The the first flue connector 13 and the second flue connector 14 set.The axis of first flue connector 13 and
The axis of two flue connectors 14 is in same straight line.
The installation principle and application method of the utility model are as follows:
Firstly, determining adaptable resistance to hot radical according to the size in high-temperature flue gas pipeline mating interface gap and flue-gas temperature
Width, the number of plies and the heat resisting temperature of cloth are required with intensity, heatproof, thermal compensation and the service life etc. that meet compensator.
The compensator tail portion for making carry magnet block is placed on the first flue connector 13 and second being oppositely arranged
At the interface gap of flue connector 14, using tail end magnet block 2 it is magnetic successively with tail end iron sheet 3, the first fume pipe
Pipe connecting 13 and the second mutually absorption of flue connector 14 are bonded together.The compensator made is stitched along interface again
One circle of winding just overlaps compensator head above compensator tail portion at gap, using head end magnet block 6 it is magnetic successively with
Also mutually absorption is bonded together for head end iron sheet 7, tail end iron sheet 3, completes the Fast Installation of heat-resisting high-temperature compensator, realizes to the
The sealing in gap between one flue connector 13 and the second flue connector 14.
Since the material of production compensator uses flexible material, the first flue connector 13 and the second cigarette will not be constrained
The generated displacement of expanding with heat and contract with cold of tracheae pipe connecting 14, can satisfy the thermal compensation requirement of connector.When the cigarette of active side
When tracheae pipe connecting needs to remove, then the disassembly of compensator on-site manual.
The quick connection that the utility model is mutually bonded using the magnetism of magnet block with iron sheet and conduit coupling, both met
Seal request, solves the Air Leakage at connector interface gap；It can adapt to the flue connector of active side again
The needs of fast assembling-disassembling are needed when frequently mobile.
Above description is the explanation to the utility model, is not the restriction to utility model, defined by the utility model
Range is referring to claim, and without prejudice to the basic structure of the utility model, the utility model can make any shape
The modification of formula.
Claims (5)
1. a kind of heat-resisting quick connection compensator, it is characterised in that: including heat-resisting base fabric and aluminium-foil paper；Aluminium-foil paper overlays heat-resisting
On base fabric, the first suture (9) and third suture (11) along heat-resisting base fabric and the expansion perimeter length direction of aluminium foil two
Latasuture closes, and heat-resisting base fabric and aluminium foil are connected as band-like compensator；It is embedding between heat-resisting base fabric tail end (1) and aluminium-foil paper tail end (4)
Enter tail end magnet block (2) and tail end iron sheet (3)；Surrounding of 4th suture (12) along tail end magnet block (2) and tail end iron sheet (3)
Sewed the tail portion for the compensator that becomes band；Head end magnet block is embedded between heat-resisting base fabric head end (5) and aluminium-foil paper head end (8)
(6) and head end iron sheet (7)；Second suture (10) is sewn into band along the surrounding of head end magnet block (6) and head end iron sheet (7)
The head of shape compensator；Tail end magnet block (2) is adsorbed at the aperture slots of flue connector (13~14)；Band-like compensation
Along one circle of aperture slots winding, the tail portion of band-like compensator is overlapped device with the head of band-like compensator；Tail end magnet block (2)
It is mutually adsorbed with head end iron sheet (7), tail end iron sheet (3) is mutually adsorbed with head end magnet block (6), by tail end iron sheet (3), head end iron sheet
(7) it links together with flue connector (13~14).
2. according to heat-resisting quick connection compensator described in claim 1, it is characterised in that: the heat-resisting base fabric is by unorganic glass fibre
Dimension is made with stainless steel wire plying weaving method composition, through broadwise braiding.
3. according to heat-resisting quick connection compensator described in claim 1, it is characterised in that: the tail end iron sheet (3) overlays institute
It states on tail end magnet block (2).
4. according to heat-resisting quick connection compensator described in claim 1, it is characterised in that: the head end iron sheet (7) overlays institute
It states on head end magnet block (6).
5. according to heat-resisting quick connection compensator described in claim 1, it is characterised in that: flue connector (13~14) packet
Include the first flue connector (13) and the second flue connector (14) being oppositely arranged；First flue connector
(13) axis of axis and the second flue connector (14) is in same straight line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920200506.5U CN209622293U (en) | 2019-02-15 | 2019-02-15 | A kind of heat-resisting quick connection compensator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920200506.5U CN209622293U (en) | 2019-02-15 | 2019-02-15 | A kind of heat-resisting quick connection compensator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209622293U true CN209622293U (en) | 2019-11-12 |
Family
ID=68453600
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920200506.5U Active CN209622293U (en) | 2019-02-15 | 2019-02-15 | A kind of heat-resisting quick connection compensator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209622293U (en) |
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2019
- 2019-02-15 CN CN201920200506.5U patent/CN209622293U/en active Active
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