CN207866005U - A kind of smelting furnace residual heat using device of efficient aluminium alloy production line - Google Patents
A kind of smelting furnace residual heat using device of efficient aluminium alloy production line Download PDFInfo
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- CN207866005U CN207866005U CN201721800359.2U CN201721800359U CN207866005U CN 207866005 U CN207866005 U CN 207866005U CN 201721800359 U CN201721800359 U CN 201721800359U CN 207866005 U CN207866005 U CN 207866005U
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- level
- residual heat
- threaded
- connecting tube
- smelting furnace
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Abstract
The utility model provides a kind of smelting furnace residual heat using device of efficient aluminium alloy production line, including furnace body, residual heat collection cover, level-one connecting tube, waste heat commodity shelf structure, level-one fixing pipe, two level connecting tube, residual heat collection tank, storage tank structure, two level fixing pipe, casing and three-level connecting tube, the residual heat collection cover are bolted to the right side of furnace body；The level-one connecting tube is threaded in the top of three-level connecting tube；The waste heat commodity shelf structure is threaded in the right side of level-one connecting tube；The level-one fixing pipe is threaded in the right side of storage tank structure；The two level connecting tube is threaded in the right side of level-one fixing pipe.The setting of the utility model air accumulator and insulating layer is conducive to preferably be collected heat preservation to heat；One level of support plate, the setting of hook and babinet, the heat for being conducive to preferably generate smelting furnace utilize.
Description
Technical field
The utility model belongs to aluminium alloy production equipment technology more particularly to a kind of efficient aluminium alloy production line
Smelting furnace residual heat using device.
Background technology
It is well known that if the high-temperature flue gas of smelting furnace back-end ductwork discharge is directly arranged to air, environment is not only polluted, but also
The requirement at present to the energy saving aspect of smelting furnace cannot be met.Then, the high-temperature flue gas of smelting furnace back-end ductwork discharge how is efficiently used,
A kind of energy saving and environment friendly smelting furnace is provided and has become this field people in the industry's concern.
China Patent Publication No. is CN204359152U, and invention and created name is more than a kind of smelting furnace of aluminium alloy production line
Heat utilization device, including smelting furnace, the working chambers the smelting furnace Nei You and preheating chamber have heating pipe, heating pipe and preheating in working chamber
Room connects, and has tail gas discharging pipe, tail gas discharging pipe to be connect with the purifier being arranged outside smelting furnace in preheating chamber.But it is existing
There is also waste heats to be inconvenient to collect for smelting furnace residual heat using device, the problem of the single and inconvenient movement of UTILIZATION OF VESIDUAL HEAT IN mode.
Therefore, a kind of smelting furnace residual heat using device of efficient aluminium alloy production line of invention is very necessary.
Utility model content
In order to solve the above-mentioned technical problem, the utility model is provided more than a kind of smelting furnace of efficient aluminium alloy production line
Heat utilization device is inconvenient to collect to solve existing smelting furnace residual heat using device waste heat, and UTILIZATION OF VESIDUAL HEAT IN mode is single and not square
Just the problem moved.A kind of smelting furnace residual heat using device of efficient aluminium alloy production line, including furnace body, residual heat collection
Cover, level-one connecting tube, waste heat commodity shelf structure, level-one fixing pipe, two level connecting tube, residual heat collection tank, storage tank structure, two level
Fixing pipe, casing and three-level connecting tube, the residual heat collection cover are bolted to the right side of furnace body；The level-one connecting tube
It is threaded in the top of three-level connecting tube；The waste heat commodity shelf structure is threaded in the right side of level-one connecting tube；Institute
The level-one fixing pipe stated is threaded in the right side of storage tank structure；The two level connecting tube is threaded in level-one fixing pipe
Right side；The residual heat collection tank is threaded in the right lower quadrant of two level connecting tube；The storage tank structure is threadedly coupled
In the left side of level-one fixing pipe；The two level fixing pipe is threaded in the left side of storage tank structure；The casing threads
It is connected to the left side of two level fixing pipe；Described three-level connecting tube one end is threaded in the right side of furnace body through residual heat collection cover
Side, the other end are threaded in the left side of casing；The waste heat commodity shelf structure includes one level of support plate, sliding rail, parcel tray,
Handle, one level of support bar, two level support plate, two level supporting rod, three-level support plate and hook, the sliding rail distinguish screw connection
The left and right sides on the inside of one level of support bar；The parcel tray is mounted on sliding rail and sliding rail centre position；The handle spiral shell
Nail is connected to the centre position of parcel tray front surface；Screw is connected to two level support plate top to the one level of support bar respectively
The left and right sides；The two level support plate is welded on the top of two level supporting rod；The two level supporting rod is respectively welded at three
The left and right sides on grade support plate top；The hook screw is connected to the lower part of three-level support plate.
Preferably, the residual heat collection tank includes air accumulator, insulating layer, level-one bottom plate, level-one movable pulley, escape pipe,
Air accumulator described in level-one valve, gas outlet, connector, lanyard and primary seal plug is placed on the inside of insulating layer；Described
Insulating layer is placed on the top of level-one bottom plate；The level-one movable pulley is bolted to the quadrangle position of level-one bottom plate lower part respectively
It sets；The escape pipe is plugged on the top of air accumulator；The level-one valve is threaded in the top of escape pipe；Described
Gas outlet is threaded in the top of level-one valve；The connector is opened in the upper left quarter on the inside of air accumulator；The extension
Rope is glued to the upper right quarter of insulating layer；The primary seal plug system is connected on the lower part of lanyard.
Preferably, the storage tank structure includes babinet, two level bottom plate, two level movable pulley, water inlet, secondary seal plug
And outlet pipe, the babinet are placed on the top of two level bottom plate；The two level movable pulley is bolted to two level bottom respectively
The corner location of plate lower part；The water inlet is opened in the upper left quarter of box inside；The secondary seal plug be plugged on into
The top at the mouth of a river；The outlet pipe is threaded in the right lower quadrant of babinet.
Preferably, the outlet pipe is equipped with two level valve, and the two level valve is threaded in a left side for outlet pipe
Top.
Preferably, the hook specifically uses stainless steel to link up with.
Preferably, the level-one movable pulley specifically uses the universal wheel of strap brake piece.
Preferably, the insulating layer specifically uses rubber and plastic insulating layer.
Preferably, the babinet specifically uses stainless steel case.
Preferably, the secondary seal plug specifically uses rubber stopper.
Compared with prior art, the beneficial effects of the utility model are：
1. in the utility model, the setting of the air accumulator and insulating layer is conducive to preferably be collected heat
Heat preservation.
2. in the utility model, the one level of support plate, the setting of hook and babinet is conducive to preferably produce smelting furnace
Raw heat is utilized.
3. in the utility model, the level-one movable pulley specifically uses the setting of the universal wheel of strap brake piece, is conducive to
Preferably mobile air accumulator.
4. in the utility model, the hook is conducive to preferably mount object specifically using the setting of stainless steel hook
Product.
5. in the utility model, the insulating layer specifically uses the setting of rubber and plastic insulating layer, is conducive to prevent air accumulator
The too fast dissipation of internal heat.
6. in the utility model, the babinet specifically uses the setting of stainless steel case, be conducive to prevent from getting rusty to damage case
Body damages.
7. in the utility model, the sealing-plug specifically uses the setting of rubber stopper, be conducive to prevent to enter in babinet
Dust.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of the waste heat commodity shelf structure of the utility model.
Fig. 3 is the structural schematic diagram of the residual heat collection tank of the utility model.
Fig. 4 is the structural schematic diagram of the storage tank structure of the utility model.
In figure：
1, furnace body；2, residual heat collection cover；3, level-one connecting tube；4, waste heat commodity shelf structure；41, one level of support plate；42, sliding
Rail；43, parcel tray；44, handle；45, one level of support bar；46, two level support plate；47, two level supporting rod；48, three-level support plate；
49, it links up with；5, level-one fixing pipe；6, two level connecting tube；7, residual heat collection tank；71, air accumulator；72, insulating layer；73, level-one bottom
Plate；74, level-one movable pulley；75, escape pipe；76, level-one valve；77, gas outlet；78, connector；79, lanyard；710, level-one is close
Blocking；8, storage tank structure；81, babinet；82, two level bottom plate；83, two level movable pulley；84, water inlet；85, secondary seal plug；
86, outlet pipe；861, two level valve；9, two level fixing pipe；10, casing；11, three-level connecting tube.
Specific implementation mode
The utility model is described further below in conjunction with attached drawing：
Embodiment：
As shown in attached drawing 1 to attached drawing 4
The utility model provides a kind of smelting furnace residual heat using device of efficient aluminium alloy production line, including furnace body 1,
Residual heat collection cover 2, level-one connecting tube 3, waste heat commodity shelf structure 4, level-one fixing pipe 5, two level connecting tube 6, residual heat collection tank 7,
Storage tank structure 8, two level fixing pipe 9, casing 10 and three-level connecting tube 11, the residual heat collection cover 2 are bolted to furnace body 1
Right side；The level-one connecting tube 3 is threaded in the top of three-level connecting tube 11；4 spiral shell of waste heat commodity shelf structure
Line is connected to the right side of level-one connecting tube 3；The level-one fixing pipe 5 is threaded in the right side of storage tank structure 8；Described
Two level connecting tube 6 is threaded in the right side of level-one fixing pipe 5；The residual heat collection tank 7 is threaded in two level connecting tube 6
Right lower quadrant；The storage tank structure 8 is threaded in the left side of level-one fixing pipe 5；9 screw thread of two level fixing pipe connects
It is connected on the left side of storage tank structure 8；The casing 10 is threaded in the left side of two level fixing pipe 9；The three-level connection
11 one end of pipe is threaded in the right side of furnace body 1 through residual heat collection cover 2, and the other end is threaded in the left side of casing 10；Institute
The waste heat commodity shelf structure 4 stated includes one level of support plate 41, sliding rail 42, parcel tray 43, handle 44, one level of support bar 45, two level
Support plate 46, two level supporting rod 47, three-level support plate 48 and hook 49, screw is connected to one level of support to the sliding rail 42 respectively
The left and right sides of 45 inside of bar；The parcel tray 43 is mounted on 42 centre position of sliding rail 42 and sliding rail；44 spiral shell of handle
Nail is connected to the centre position of 43 front surface of parcel tray；Screw is connected to two level support plate 46 to the one level of support bar 45 respectively
The left and right sides on top；The two level support plate 46 is welded on the top of two level supporting rod 47；The two level supporting rod 47
It is respectively welded at the left and right sides on 48 top of three-level support plate；49 screw of hook is connected under three-level support plate 48
Portion.
In above-described embodiment, specifically, the residual heat collection tank 7 includes air accumulator 71, insulating layer 72, level-one bottom plate
73, level-one movable pulley 74, escape pipe 75, level-one valve 76, gas outlet 77, connector 78,710 institute of lanyard 79 and primary seal plug
The air accumulator 71 stated is placed on the inside of insulating layer 72；The insulating layer 72 is placed on the top of level-one bottom plate 73；Described
Level-one movable pulley 74 is bolted to the corner location of 73 lower part of level-one bottom plate respectively；The escape pipe 75 is plugged on air accumulator
71 top；The level-one valve 76 is threaded in the top of escape pipe 75；The gas outlet 77 is threaded in one
The top of grade valve 76；The connector 78 is opened in the upper left quarter of 71 inside of air accumulator；The lanyard 79 is glued to guarantor
The upper right quarter of warm layer 72；710 system of primary seal plug is connected on the lower part of lanyard 79.
In above-described embodiment, specifically, the storage tank structure 8 includes babinet 81, two level bottom plate 82, two level movable pulley
83, water inlet 84, secondary seal plug 85 and outlet pipe 86, the babinet 81 are placed on the top of two level bottom plate 82；Described
Two level movable pulley 83 is bolted to the corner location of 82 lower part of two level bottom plate respectively；The water inlet 84 is opened in babinet 81
The upper left quarter of inside；The secondary seal plug 85 is plugged on the top of water inlet 84；The outlet pipe 86 is threaded in
The right lower quadrant of babinet 81.
In above-described embodiment, specifically, the outlet pipe 86 is equipped with two level valve 861, the two level valve 861
It is threaded in the upper left quarter of outlet pipe 86.
In above-described embodiment, specifically, the hook 49 is specifically linked up with using stainless steel.
In above-described embodiment, specifically, the level-one movable pulley 74 specifically uses the universal wheel of strap brake piece.
In above-described embodiment, specifically, the insulating layer 72 specifically uses rubber and plastic insulating layer.
In above-described embodiment, specifically, the babinet 81 specifically uses stainless steel case.
In above-described embodiment, specifically, the secondary seal plug 85 specifically uses rubber stopper.
Operation principle
In the utility model, when using smelting furnace residual heat using device, Btu utilization level-one connecting tube 3 is set by waste heat first
Then rack structure 4 is articulated on hook 49 or is placed on utilization heat in parcel tray 43 article and article is dried, then
Then it opens secondary seal plug 85 to be poured into babinet 81 water, then heat adds the water in babinet 81 by babinet 81
Heat removes babinet 81 by level-one fixing pipe 5 and two level fixing pipe 9 after heating, is moved using two level bottom plate 82 and two level
Driving wheel 83 is moved, and when with water, is opened 861 water of two level valve and is discharged by outlet pipe 86, then heat passes through air accumulator
71 pairs of heats store, and finally residual heat collection tank 7 is backed out using two level connecting tube 6, then remove primary seal plug 710 and insert
It is connected on connector 78, when using heat, opens 76 heat of level-one valve and be discharged by gas outlet 77.
Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model
Under inspiration, similar technical solution is designed, and reaches above-mentioned technique effect, is the protection model for falling into the utility model
It encloses.
Claims (9)
1. a kind of smelting furnace residual heat using device of efficient aluminium alloy production line, which is characterized in that the efficient aluminium closes
The smelting furnace residual heat using device of golden production line includes furnace body (1), residual heat collection cover (2), level-one connecting tube (3), waste heat glove
Frame structure (4), level-one fixing pipe (5), two level connecting tube (6), residual heat collection tank (7), storage tank structure (8), two level fixing pipe
(9), casing (10) and three-level connecting tube (11), the residual heat collection cover (2) are bolted to the right side of furnace body (1)；It is described
Level-one connecting tube (3) be threaded in the top of three-level connecting tube (11)；The waste heat commodity shelf structure (4) is threadedly coupled
Right side in level-one connecting tube (3)；The level-one fixing pipe (5) is threaded in the right side of storage tank structure (8)；Described
Two level connecting tube (6) is threaded in the right side of level-one fixing pipe (5)；The residual heat collection tank (7) is threaded in two level
The right lower quadrant of connecting tube (6)；The storage tank structure (8) is threaded in the left side of level-one fixing pipe (5)；The two level
Fixing pipe (9) is threaded in the left side of storage tank structure (8)；The casing (10) is threaded in two level fixing pipe (9)
Left side；Described three-level connecting tube (11) one end is threaded in the right side of furnace body (1) through residual heat collection cover (2), another
End is threaded in the left side of casing (10)；The waste heat commodity shelf structure (4) includes one level of support plate (41), sliding rail
(42), parcel tray (43), handle (44), one level of support bar (45), two level support plate (46), two level supporting rod (47), three-level branch
Fagging (48) and hook (49), screw is connected to the left and right sides on the inside of one level of support bar (45) to the sliding rail (42) respectively；
The parcel tray (43) is mounted on sliding rail (42) and sliding rail (42) centre position；Described handle (44) screw is connected to storing
The centre position of box (43) front surface；Screw is connected to two level support plate (46) top to the one level of support bar (45) respectively
The left and right sides；The two level support plate (46) is welded on the top of two level supporting rod (47)；The two level supporting rod (47)
It is respectively welded at the left and right sides on three-level support plate (48) top；Described hook (49) screw is connected to three-level support plate (48)
Lower part.
2. the smelting furnace residual heat using device of efficient aluminium alloy production line as described in claim 1, which is characterized in that institute
The residual heat collection tank (7) stated includes air accumulator (71), insulating layer (72), level-one bottom plate (73), level-one movable pulley (74), escape pipe
(75), the air accumulator described in level-one valve (76), gas outlet (77), connector (78), lanyard (79) and primary seal plug (710)
(71) it is placed on the inside of insulating layer (72)；The insulating layer (72) is placed on the top of level-one bottom plate (73)；Described one
Grade movable pulley (74) is bolted to the corner location of level-one bottom plate (73) lower part respectively；The escape pipe (75) is plugged on storage
The top of gas tank (71)；The level-one valve (76) is threaded in the top of escape pipe (75)；The gas outlet (77)
It is threaded in the top of level-one valve (76)；The connector (78) is opened in the upper left quarter on the inside of air accumulator (71)；Institute
The lanyard (79) stated is glued to the upper right quarter of insulating layer (72)；Described primary seal plug (710) system is connected under lanyard (79)
Portion.
3. the smelting furnace residual heat using device of efficient aluminium alloy production line as described in claim 1, which is characterized in that institute
The storage tank structure (8) stated includes babinet (81), two level bottom plate (82), two level movable pulley (83), water inlet (84), secondary seal
Plug (85) and outlet pipe (86), the babinet (81) are placed on the top of two level bottom plate (82)；The two level movable pulley
(83) it is bolted to the corner location of two level bottom plate (82) lower part respectively；The water inlet (84) is opened in babinet (81)
The upper left quarter of side；The secondary seal plug (85) is plugged on the top of water inlet (84)；Described outlet pipe (86) screw thread connects
It is connected on the right lower quadrant of babinet (81).
4. the smelting furnace residual heat using device of efficient aluminium alloy production line as claimed in claim 3, which is characterized in that institute
The outlet pipe (86) stated is equipped with two level valve (861), and the two level valve (861) is threaded in a left side for outlet pipe (86)
Top.
5. the smelting furnace residual heat using device of efficient aluminium alloy production line as described in claim 1, which is characterized in that institute
The hook (49) stated specifically is linked up with using stainless steel.
6. the smelting furnace residual heat using device of efficient aluminium alloy production line as claimed in claim 2, which is characterized in that institute
The level-one movable pulley (74) stated specifically uses the universal wheel of strap brake piece.
7. the smelting furnace residual heat using device of efficient aluminium alloy production line as claimed in claim 2, which is characterized in that institute
The insulating layer (72) stated specifically uses rubber and plastic insulating layer.
8. the smelting furnace residual heat using device of efficient aluminium alloy production line as claimed in claim 3, which is characterized in that institute
The babinet (81) stated specifically uses stainless steel case.
9. the smelting furnace residual heat using device of efficient aluminium alloy production line as claimed in claim 3, which is characterized in that institute
The secondary seal plug (85) stated specifically uses rubber stopper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721800359.2U CN207866005U (en) | 2017-12-20 | 2017-12-20 | A kind of smelting furnace residual heat using device of efficient aluminium alloy production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721800359.2U CN207866005U (en) | 2017-12-20 | 2017-12-20 | A kind of smelting furnace residual heat using device of efficient aluminium alloy production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207866005U true CN207866005U (en) | 2018-09-14 |
Family
ID=63465599
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721800359.2U Expired - Fee Related CN207866005U (en) | 2017-12-20 | 2017-12-20 | A kind of smelting furnace residual heat using device of efficient aluminium alloy production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207866005U (en) |
-
2017
- 2017-12-20 CN CN201721800359.2U patent/CN207866005U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180914 Termination date: 20191220 |