CN208620821U - A kind of aluminium alloy spinning furnace - Google Patents
A kind of aluminium alloy spinning furnace Download PDFInfo
- Publication number
- CN208620821U CN208620821U CN201821151997.0U CN201821151997U CN208620821U CN 208620821 U CN208620821 U CN 208620821U CN 201821151997 U CN201821151997 U CN 201821151997U CN 208620821 U CN208620821 U CN 208620821U
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- Prior art keywords
- moist closet
- connecting rod
- melting chamber
- partition
- flow channel
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Abstract
The utility model discloses a kind of aluminium alloy spinning furnaces, including the first melting chamber and the second melting chamber, first melting chamber and the second melting chamber pass through partition and separate with moist closet, first runner, second flow channel, third flow channel and the 4th runner are offered on partition, water fender is provided on one side end face of partition, connecting rod is provided on water fender, one end of connecting rod is fixed on the outer wall of moist closet by connection component.The utility model aluminium alloy spinning furnace, inserted link is driven to leave connecting rod by pressing push-pull rod, connecting rod, which is pulled, by link drives partition movement until second flow channel and third flow channel are not contacted with partition, the aluminum water melted in first melting chamber and the second melting chamber can be entered in moist closet by first runner, second flow channel, third flow channel and the 4th runner respectively, it accelerates the aluminum water melted in the first melting chamber and the second melting chamber to flow into moist closet, so that high production efficiency.
Description
Technical field
The utility model relates to spinning furnace technical field, specially a kind of aluminium alloy spinning furnace.
Background technique
102564121 B of China Patent No. CN discloses a kind of spinning furnace, eliminates the burner hearth of spinning furnace in the prior art
And tempering mouth, simplify structure, reduce land area, spinning furnace by the side of melting chamber be equipped with the first moist closet,
The other side of melting chamber is equipped with the second moist closet and improves production efficiency to increase the volume of aluminum water.
However the spinning furnace is when in use, due to distinguishing between the first melting chamber and the second melting chamber and the first moist closet
A runner is opened up, opens up a runner between the first melting chamber and the second melting chamber and the second moist closet respectively, so that the
The aluminum water melted in one melting chamber can only be separately flowed into the first moist closet and the second moist closet by two runners, while second
The aluminum water melted in melting chamber can only also be separately flowed into the first moist closet and the second moist closet by two runners, so that first
The aluminum water melted in melting chamber and the second melting chamber cannot adequately flow into the first moist closet and the second moist closet in time, so that
The aluminum water melted in first melting chamber and the second melting chamber flows into the first moist closet and the second indoor speed of heat preservation is slow, so that raw
Produce low efficiency.
Utility model content
The purpose of this utility model is to provide a kind of aluminium alloy spinning furnaces, accelerate in the first melting chamber and the second melting chamber
The aluminum water of fusing flows into moist closet, so that high production efficiency, can solve the problems of the prior art.
To achieve the above object, the utility model provides the following technical solutions: a kind of aluminium alloy spinning furnace, including first molten
The two sides of change room and the second melting chamber, first melting chamber and the second melting chamber are provided with moist closet, first fusing
Room and the second melting chamber pass through partition and separate with moist closet, and first runner, second flow channel, third stream are offered on the partition
Road and the 4th runner, the partition are provided with water fender, the company of being provided on the water fender on a side end face of moist closet
Bar, the connecting rod are located at the indoor one end of heat preservation and are provided with the first limited block, and the connecting rod is located at the setting of one end outside moist closet
There is link, one end of the connecting rod is fixedly connected on water fender, and the other end of the connecting rod passes through moist closet and extends to heat preservation
The outside of room is fixed on the outer wall of moist closet by connection component；
The connection component includes pedestal, stainless steel spring, telescopic rod, the first guiding vertical bar, the second guiding vertical bar, push-and-pull
Bar, inserted link and fixed block, the pedestal are mounted on the outer wall of moist closet, and telescopic rod is equipped on the pedestal, described flexible
It is arranged with stainless steel spring on bar, the first guiding vertical bar and the second guiding vertical bar are also equipped on the pedestal, described first leads
The two sides of telescopic rod are symmetrically distributed in vertical bar and the second guiding vertical bar, the telescopic rod is connected with push-and-pull far from one end of pedestal
Bar, the push-pull rod are also mounted on the first guiding vertical bar and the second guiding vertical bar, side of the push-pull rod far from telescopic rod
End face is connected with inserted link, and the inserted link passes through connecting rod far from one end of push-pull rod and is mounted on fixed block, and the fixed block is also pacified
On the outer wall of moist closet.
Preferably, the slot for accommodating water fender is offered on the partition, the water fender is close to second flow channel and third
Runner.
Preferably, sealing ring is provided between the water fender and partition.
Preferably, the lower end of the first guiding vertical bar and the second guiding vertical bar is provided with the second limited block.
Preferably, the fixed block is located at the lower section of connecting rod, offers on the connecting rod and fixed block and is inserted into for inserted link
Through-hole.
Preferably, the water fender is provided with two identical guide posts, the guide post far from a side end face of connecting rod
In the groove opened up on partition.
Preferably, the thickness of the water fender is less than the thickness of guide post.
Compared with prior art, the beneficial effects of the utility model are as follows:
After the utility model aluminium alloy spinning furnace, the first melting chamber and the second indoor aluminium ingot of fusing are fused into aluminum water, to
Upper pressing push-pull rod makes push-pull rod under the guiding role of the first guiding vertical bar and the second guiding vertical bar towards close to pedestal
Direction movement, stainless steel spring and telescopic rod are shunk at this time, and push-pull rod movement drives the synchronous side towards close to pedestal of inserted link
To movement, until inserted link leaves connecting rod, pulling connecting rod by link at this time moves connecting rod away from the direction of partition, connecting rod
Movement drives the first limited block to move synchronously, and partition leaves the slot opened up on partition under the guiding role of guide post at this time,
Until the first limited block moves to moist closet close to the inner wall of a side end face of connection component, partition is no longer moved at this time, second
Runner and third flow channel are not contacted with partition, and partition no longer blocks second flow channel and third flow channel at this time, later the first fusing
The aluminum water melted in room and the second melting chamber can pass through first runner, second flow channel, third flow channel and the 4th runner respectively and enter
In moist closet, accelerates the aluminum water melted in the first melting chamber and the second melting chamber and flow into moist closet, so that high production efficiency.
Detailed description of the invention
Fig. 1 is that the water fender of the utility model blocks second flow channel and third flow channel schematic diagram；
Fig. 2 is that the water fender of the utility model does not block second flow channel and third flow channel schematic diagram；
Fig. 3 is the A-A enlarged drawing of the utility model.
In figure: 1, the first melting chamber；2, the second melting chamber；3, moist closet；4, partition；41, first runner；42, second
Road；43, third flow channel；44, the 4th runner；45, groove；5, water fender；51, connecting rod；511, the first limited block；512, link；
52, guide post；6, connection component；61, pedestal；62, stainless steel spring；63, telescopic rod；64, the first guiding vertical bar；641, second
Limited block；65, the second guiding vertical bar；66, push-pull rod；67, inserted link；68, fixed block.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
A kind of aluminium alloy spinning furnace referring to FIG. 1-2, including the first melting chamber 1 and the second melting chamber 2, the first melting chamber 1
It is provided with moist closet 3 with the two sides of the second melting chamber 2, the first melting chamber 1 and the second melting chamber 2 pass through partition 4 and heat preservation
Room 3 separates, and first runner 41, second flow channel 42, third flow channel 43 and the 4th runner 44, the first melting chamber 1 are offered on partition 4
First runner 41, second flow channel 42, third flow channel 43 and the 4th runner can be passed through respectively with the aluminum water melted in the second melting chamber 2
44 enter in moist closet 3, accelerate the aluminum water melted in the first melting chamber 1 and the second melting chamber 2 and flow into moist closet 3, so that
High production efficiency, partition 4 are provided with water fender 5 on a side end face of moist closet 3, offer on partition 4 and accommodate water fender 5
Slot, water fender 5 is close to second flow channel 42 and third flow channel 43, sealing ring is provided between water fender 5 and partition 4, seal
The leakproofness that can guarantee between water fender 5 and partition 4 is enclosed, water fender 5 is made to block second flow channel 42 and third flow channel 43, gear completely
Connecting rod 51 is provided on water plate 5, water fender 5 is provided with two identical guide posts 52 far from a side end face of connecting rod 51, guiding
Column 52 is located in the groove 45 opened up on partition 4, pulls the side that connecting rod 51 makes connecting rod 51 away from partition 4 by link 512
To movement, connecting rod 51 movement drive the first limited block 511 move synchronously, at this time partition 4 under the guiding role of guide post 52 from
The slot opened up on partition 4 is opened, until the first limited block 511 moves to moist closet 3 in a side end face of connection component 6
Wall, partition 4 no longer moves at this time, and second flow channel 42 and third flow channel 43 are not contacted with partition 4, and partition 4 is no longer blocked at this time
Second flow channel 42 and third flow channel 43, the thickness of water fender 5 is less than the thickness of guide post 52, so that water fender 5 is completely pulled out of
When, for guide post 52 still also in groove 45, one end that connecting rod 51 is located in moist closet 3 is provided with the first limited block 511, when
When one limited block 511 moves to inner wall of the moist closet 3 close to a side end face of connection component 6, partition 4 is no longer moved, and prevents from leading
It is completely pulled out of in groove 45 to column 52, and good guiding role cannot be played, one end that connecting rod 51 is located at outside moist closet 3 is set
It is equipped with link 512, connecting rod 51 can be pulled by link 512, one end of connecting rod 51 is fixedly connected on water fender 5, connecting rod 51
The other end is fixed on the outer wall of moist closet 3 across the outside that moist closet 3 extends to moist closet 3 by connection component 6；
Referring to Fig. 3, connection component 6 includes that pedestal 61, stainless steel spring 62, telescopic rod 63, first are oriented to vertical bar 64, the
Two guiding vertical bars 65, push-pull rod 66, inserted link 67 and fixed block 68, pedestal 61 are mounted on the outer wall of moist closet 3, are pacified on pedestal 61
Equipped with telescopic rod 63, it is arranged with stainless steel spring 62 on telescopic rod 63, the first guiding vertical bar 64 and are also equipped on pedestal 61
Two guiding vertical bars 65, the first guiding vertical bar 64 and the second guiding vertical bar 65 are symmetrically distributed in the two sides of telescopic rod 63, telescopic rod 63
One end far from pedestal 61 is connected with push-pull rod 66, and push-pull rod 66 is also mounted on the first guiding vertical bar 64 and the second guiding vertical bar 65
On, the lower end of the first guiding vertical bar 64 and the second guiding vertical bar 65 is provided with the second limited block 641, and the second limited block 641 can
Prevent push-pull rod 66 from moving downward, push-pull rod 66 is connected with inserted link 67 far from a side end face of telescopic rod 63, and inserted link 67 is separate to be pushed away
One end of pull rod 66 passes through connecting rod 51 and is mounted on fixed block 68, and fixed block 68 is located at the lower section of connecting rod 51, connecting rod 51 and fixation
The through-hole being inserted into for inserted link 67 is offered on block 68, presses up push-pull rod 66 and push-pull rod 66 is made to be oriented to vertical bar 64 first
It is moved under the guiding role of the second guiding vertical bar 65 towards the direction close to pedestal 61, at this time stainless steel spring 62 and telescopic rod
63 shrink, and the movement of push-pull rod 66 drives the synchronous direction towards close to pedestal 61 of inserted link 67 to move, until 67 company of leaving of inserted link
Bar 51, connecting rod 51 is no longer secured on the outer wall of moist closet 3 at this time, is moved convenient for connecting rod 51, and fixed block 68 is also mounted at heat preservation
On the outer wall of room 3.
Operating process: after the aluminium ingot in the first melting chamber 1 and the second melting chamber 2 is fused into aluminum water, push-pull rod is pressed up
66 make push-pull rod 66 under the guiding role of the first guiding vertical bar 64 and the second guiding vertical bar 65 towards the side close to pedestal 61
To movement, stainless steel spring 62 and telescopic rod 63 are shunk at this time, and the movement of push-pull rod 66 drives inserted link 67 synchronous towards close to base
The direction movement of seat 61, until inserted link 67 leaves connecting rod 51, at this time by link 512 pull connecting rod 51 make connecting rod 51 away from
The direction of partition 4 moves, and the movement of connecting rod 51 drives the first limited block 511 to move synchronously, at this time guiding of the partition 4 in guide post 52
The slot opened up on partition 4 is left under effect, until the first limited block 511 moves to moist closet 3 close to the side of connection component 6
The inner wall of end face, partition 4 no longer moves at this time, and second flow channel 42 and third flow channel 43 are not contacted with partition 4, at this time partition 4
Second flow channel 42 and third flow channel 43 are no longer blocked, the first melting chamber 1 and the interior aluminum water melted of the second melting chamber 2 can be distinguished later
Entered in moist closet 3 by first runner 41, second flow channel 42, third flow channel 43 and the 4th runner 44, accelerates the first fusing
The aluminum water melted in room 1 and the second melting chamber 2 flows into moist closet 3, so that high production efficiency.
In summary: the utility model aluminium alloy spinning furnace, the aluminium ingot fusing in the first melting chamber 1 and the second melting chamber 2
After aluminum water, presses up push-pull rod 66 and push-pull rod 66 is made in the guiding of the first guiding vertical bar 64 and the second guiding vertical bar 65
It is moved under towards the direction close to pedestal 61, stainless steel spring 62 and telescopic rod 63 are shunk at this time, and push-pull rod 66 moves band
Dynamic inserted link 67 is synchronous towards close to the movement of the direction of pedestal 61, until inserted link 67 leaves connecting rod 51, is pulled at this time by link 512
Connecting rod 51 moves connecting rod 51 away from the direction of partition 4, and the movement of connecting rod 51 drives the first limited block 511 to move synchronously, this
When partition 4 slot opened up on partition 4 is left under the guiding role of guide post 52, until the first limited block 511 moves to guarantor
Greenhouse 3 is close to the inner wall of a side end face of connection component 6, and partition 4 no longer moves at this time, and second flow channel 42 and third flow channel 43 are equal
It is not contacted with partition 4, partition 4 no longer blocks second flow channel 42 and third flow channel 43 at this time, and the first melting chamber 1 and second is molten later
First runner 41, second flow channel 42, third flow channel 43 and the 4th runner 44 can be passed through into guarantor respectively by changing the aluminum water melted in room 2
In greenhouse 3, accelerates the aluminum water melted in the first melting chamber 1 and the second melting chamber 2 and flow into moist closet 3, so that production efficiency
It is high.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (7)
1. a kind of aluminium alloy spinning furnace, including the first melting chamber (1) and the second melting chamber (2), first melting chamber (1) and
The two sides of two melting chambers (2) are provided with moist closet (3), it is characterised in that: first melting chamber (1) and the second melting chamber
(2) separated with moist closet (3) by partition (4), offered on the partition (4) first runner (41), second flow channel (42),
Third flow channel (43) and the 4th runner (44), the partition (4) are provided with water fender on a side end face of moist closet (3)
(5), it is provided with connecting rod (51) on the water fender (5), one end that the connecting rod (51) is located in moist closet (3) is provided with first
Limited block (511), the connecting rod (51) are located at the one end of moist closet (3) outside and are provided with link (512), and the one of the connecting rod (51)
End is fixedly connected on water fender (5), and the other end of the connecting rod (51) passes through moist closet (3) and extends to the outer of moist closet (3)
Side is fixed on the outer wall of moist closet (3) by connection component (6)；
The connection component (6) includes pedestal (61), stainless steel spring (62), telescopic rod (63), the first guiding vertical bar (64), the
Two guiding vertical bar (65), push-pull rod (66), inserted link (67) and fixed block (68), the pedestal (61) are mounted on moist closet (3)
It on outer wall, is equipped with telescopic rod (63) on the pedestal (61), is arranged with stainless steel spring (62), institute on the telescopic rod (63)
State be also equipped on pedestal (61) the first guiding vertical bar (64) and second guiding vertical bar (65), it is described first guiding vertical bar (64) and
Second guiding vertical bar (65) is symmetrically distributed in the two sides of telescopic rod (63), and the telescopic rod (63) connects far from the one end of pedestal (61)
It is connected to push-pull rod (66), the push-pull rod (66) is also mounted on the first guiding vertical bar (64) and the second guiding vertical bar (65), institute
It states push-pull rod (66) to be connected with inserted link (67) far from a side end face of telescopic rod (63), the inserted link (67) is far from push-pull rod (66)
One end pass through connecting rod (51) be mounted on fixed block (68), the fixed block (68) is also mounted on the outer wall of moist closet (3).
2. a kind of aluminium alloy spinning furnace according to claim 1, it is characterised in that: offer receiving on the partition (4)
The slot of water fender (5), the water fender (5) are close to second flow channel (42) and third flow channel (43).
3. a kind of aluminium alloy spinning furnace according to claim 1, it is characterised in that: the water fender (5) and partition (4) it
Between be provided with sealing ring.
4. a kind of aluminium alloy spinning furnace according to claim 1, it is characterised in that: first guiding vertical bar (64) and the
The lower end of two guiding vertical bar (65) is provided with the second limited block (641).
5. a kind of aluminium alloy spinning furnace according to claim 1, it is characterised in that: the fixed block (68) is located at connecting rod
(51) lower section offers the through-hole for inserted link (67) insertion on the connecting rod (51) and fixed block (68).
6. a kind of aluminium alloy spinning furnace according to claim 1, it is characterised in that: the water fender (5) is far from connecting rod
(51) a side end face is provided with two identical guide posts (52), the guide post (52) be located on partition (4) open up it is recessed
In slot (45).
7. a kind of aluminium alloy spinning furnace according to claim 1, it is characterised in that: the thickness of the water fender (5) is less than
The thickness of guide post (52).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821151997.0U CN208620821U (en) | 2018-07-20 | 2018-07-20 | A kind of aluminium alloy spinning furnace |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821151997.0U CN208620821U (en) | 2018-07-20 | 2018-07-20 | A kind of aluminium alloy spinning furnace |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208620821U true CN208620821U (en) | 2019-03-19 |
Family
ID=65706433
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821151997.0U Active CN208620821U (en) | 2018-07-20 | 2018-07-20 | A kind of aluminium alloy spinning furnace |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208620821U (en) |
-
2018
- 2018-07-20 CN CN201821151997.0U patent/CN208620821U/en active Active
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