CN208050893U - A kind of bilayer cooler crystallizer device - Google Patents
A kind of bilayer cooler crystallizer device Download PDFInfo
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- CN208050893U CN208050893U CN201820480258.XU CN201820480258U CN208050893U CN 208050893 U CN208050893 U CN 208050893U CN 201820480258 U CN201820480258 U CN 201820480258U CN 208050893 U CN208050893 U CN 208050893U
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- water tank
- inner sleeve
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- housing
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Abstract
A kind of bilayer cooler crystallizer device,Crystallization tank is the hollow cylindrical structure of open at both ends,Water tank inner sleeve is arranged in the periphery of crystallization tank,Water tank housing is arranged in the periphery of water tank inner sleeve,Sealed set tank top wins in succession and wins in succession with water tank bottom respectively for the top and bottom of water tank inner sleeve and water tank housing,The partition board of water tank inner sleeve and the middle part setting annular of water tank housing,Admitting pipe joint is arranged in the external wall of upper portion side of water tank housing,Titting water outlet is arranged in the external wall of upper portion other side of water tank housing,The lower part outer wall both sides of water tank housing are respectively provided with admitting pipe joint,The internal perisporium upper end of water tank inner sleeve corresponds to top storage cavity and is uniformly distributed circular top apopore,The internal perisporium lower end of upper water box inner sleeve corresponds to lower part storage cavity and is uniformly distributed circular lower part apopore,Base disk is arranged in the lower section of crystallization tank,Supporting rack is arranged in the lower section of base disk,A pair of supporting pedestal is arranged in the lower surface of supporting rack,The utility model is ingenious in design,It is easy to use,It is easily operated.
Description
Technical field
The utility model is related to the mould applications of magnesium alloy rod, especially a kind of double-deck cooler crystallizer device.
Background technology
Currently, crystallizer is the important mold of cast magnesium alloy bar, the different trades mark, different size magnesium alloy rod be
Processed by the crystallizer of different structure, crystallizer it is reasonable for structure whether directly affect the casting of magnesium alloy rod
Speed and quality, that there are crystallization tank depth designs is too shallow for current existing magnesium alloy rod crystallizer, taper is unreasonable, cast
Cooling velocity is too fast in journey, causes magnesium alloy bar surface quality bad, or even phenomena such as leading to heart shake line occurs, therefore, how to solve
The certainly above problem becomes insoluble technical barrier for a long time.
In view of the foregoing, existing magnesium alloy crystallizer needs to improve.
Utility model content
The purpose of this utility model is to overcome deficiencies in the prior art, solve existing magnesium alloy rod crystallizer
That there are crystallization tank depth designs is too shallow, taper is unreasonable, cooling velocity is too fast in casting process, causes magnesium alloy bar surface quality
It is bad, or even there is phenomena such as leading to heart shake line, a kind of double-deck cooler crystallizer device is provided.
The utility model to achieve the goals above, adopts the following technical scheme that：A kind of bilayer cooler crystallizer device is
By：Crystallization tank, water tank inner sleeve, water tank housing, water tank bottom are won in succession, tank top is won in succession, partition board, admitting pipe joint, outlet pipe
Connector, top apopore, lower part apopore, automatic regulating valve, supporting rack, base disk, support frame base are constituted；Crystallization tank is two
Open hollow cylindrical structure, the lower end diameter of crystallization tank is held to be more than upper end diameter, hollow cylinder is arranged in the periphery of crystallization tank
The water tank inner sleeve of body constitutes cooling gap, the periphery setting of water tank inner sleeve between the inner wall of water tank inner sleeve and the outer wall of crystallization tank
The top and bottom of the water tank housing of hollow cylinder, water tank inner sleeve and water tank housing respectively sealed set tank top win in succession and
Water tank bottom is won in succession, the partition board of the middle part setting annular of water tank inner sleeve and water tank housing, the lower surface of partition board, water tank inner sleeve it is outer
Lower part storage cavity is constituted between wall lower part and the inner wall lower of water tank housing, on the upper surface of partition board and the outer wall of water tank inner sleeve
Top storage cavity is constituted between portion and the upper inside wall of water tank housing, the external wall of upper portion side setting water inlet pipe of water tank housing connects
Titting water outlet is arranged in the external wall of upper portion other side of head, water tank housing, and the lower part outer wall both sides of water tank housing are respectively provided with water inlet pipe
Automatic regulating valve is respectively provided on connector, admitting pipe joint and titting water outlet, the internal perisporium upper end of water tank inner sleeve corresponds to top storage
Water cavity is uniformly distributed circular top apopore, and the water outlet of top apopore is towards the periphery wall of crystallization tank, water tank inner sleeve
Internal perisporium lower end correspond to lower part storage cavity and be uniformly distributed circular lower part apopore, base disk is arranged in the lower section of crystallization tank,
Base disk is cylinder casting pig, and the upper surface of base disk is spherical depression, bottom end and the base disk upper end outer periphery of crystallization tank
Edge correspondence is adjacent to, and supporting rack is arranged in the lower section of base disk, and a pair of supporting pedestal is arranged in the lower surface of supporting rack.
The height of the top storage cavity is 120mm, and the height of the lower part storage cavity is 110mm.
The spherical depression depth of the base disk upper surface is 52~55mm.
The angle of the top apopore and set upper side internal perisporium in water tank is 85~90 °, in lower part apopore and water tank
The angle for covering lower end internal perisporium is 40~45 °.
The width of the cooling gap is 20~40mm.
Spacing between the two neighboring top apopore is 10mm, and the spacing between two neighboring lower part apopore is
10mm。
Advantageous effect：The material of the crystallization tank of the use of the new type is the forging rolling aluminium alloy plate of thickness 10-15 ㎜, in use,
Crystallizer pedestal is fixed on by supporting rack on the hoistable platform of semicontinuous casting machine first, crystallization tank is then placed on bottom
The surface of seat, crystallization tank centre ensure corresponding with the center of supporting rack, are used in combination special cotton by crystallization tank and bottom
Attic base ambient junction is sealed, and three water inlet pipes and three admitting pipe joints are connected, a drainpipe and drainpipe
Connector connects, and according to magnesium alloy semicontinuous casting technique, carries out the manufacture of about 600 ㎜ magnesium alloy poles of diameter, this practicality is new
It is fitted with automatic regulating valve on the admitting pipe joint and titting water outlet on the upper layer of type, can be adjusted and be cooled down according to casting speed
The size of water, top outlet pipe mainly cool down crystallization tank inner sleeve, and lower part outlet pipe mainly carries out magnesium alloy rod
Cooling, the automatic regulating valve of the utility model is cooled down for the different magnesium alloy trades mark and casting speed to casting out bar
The adjustment of water makes the bar manufactured both can guarantee not with crystallization tank inner sleeve adhesion, but also ensures that casting rod is aesthetic in appearance
And inherent quality.
Description of the drawings
The utility model is described in further detail below in conjunction with the accompanying drawings：
Fig. 1 is general assembly cross-sectional view；
In Fig. 1：Crystallization tank 1, water tank inner sleeve 2.1, water tank housing 2.2, water tank bottom 2.3, tank top of winning in succession are won in succession
2.4, partition board 3, admitting pipe joint 4, titting water outlet 5, top apopore 6, lower part apopore 7, automatic regulating valve 8, supporting rack
9, base disk 10, support frame base 11.
Specific implementation mode
The utility model is described in further detail with specific implementation mode below in conjunction with the accompanying drawings：
Crystallization tank 1 is the hollow cylindrical structure of open at both ends, and the lower end diameter of crystallization tank 1 is more than upper end diameter, crystallization
The water tank inner sleeve 2.1 of the periphery setting hollow cylinder of slot 1, is constituted between the inner wall and the outer wall of crystallization tank 1 of water tank inner sleeve 2.1
Cooling gap, the water tank housing 2.2 of the periphery setting hollow cylinder of water tank inner sleeve 2.1, water tank inner sleeve 2.1 and water tank housing
2.2 top and bottom respectively sealed set tank top win in succession 2.4 and water tank bottom win 2.3 in succession, water tank inner sleeve 2.1 and water tank
The partition board 3 of the middle part setting annular of housing 2.2, the lower surface of partition board 3, the outer wall lower part of water tank inner sleeve 2.1 and water tank housing 2.2
Inner wall lower between constitute lower part storage cavity, the upper surface of partition board 3 and the outer wall top of water tank inner sleeve 2.1 and water tank housing
Top storage cavity is constituted between 2.2 upper inside wall, admitting pipe joint 4, water is arranged in the external wall of upper portion side of water tank housing 2.2
Titting water outlet 5 is arranged in the external wall of upper portion other side of case housing 2.2, and the lower part outer wall both sides of water tank housing 2.2 are respectively provided with into water
Automatic regulating valve 8, the internal perisporium upper end pair of water tank inner sleeve 2.1 are respectively provided on pipe fitting 4, admitting pipe joint 4 and titting water outlet 5
Top storage cavity is answered to be uniformly distributed circular top apopore 6, the water outlet of top apopore 6 is towards the periphery of crystallization tank 1
Wall, the internal perisporium lower end of water tank inner sleeve 2.1 correspond to lower part storage cavity and are uniformly distributed circular lower part apopore 7, crystallization tank 1
Base disk 10 is arranged in lower section, and base disk 10 is cylinder casting pig, and the upper surface of base disk 10 is spherical depression, crystallization tank 1
Bottom end is corresponding with 10 upper end neighboring of base disk to be adjacent to, and supporting rack 9, the lower surface of supporting rack 9 is arranged in the lower section of base disk 10
A pair of supporting pedestal 11 is set.
The height of the top storage cavity is 120mm, and the height of the lower part storage cavity is 110mm.
The spherical depression depth of 10 upper surface of the base disk is 52~55mm.
The top apopore 6 and the angle of 2.1 upper end internal perisporium of water tank inner sleeve are 85~90 °, lower part apopore 7 and water
The angle of 2.1 lower end internal perisporium of case inner sleeve is 40~45 °.
The width of the cooling gap is 20~40mm.
Spacing between the two neighboring top apopore 6 is 10mm, the spacing between two neighboring lower part apopore 7
For 10mm.
Claims (6)
1. a kind of bilayer cooler crystallizer device, be by：Crystallization tank (1), water tank inner sleeve (2.1), water tank housing (2.2), water tank
Bottom is won in succession (2.3), tank top is won in succession (2.4), partition board (3), admitting pipe joint (4), titting water outlet (5), top water outlet
Hole (6), lower part apopore (7), automatic regulating valve (8), supporting rack (9), base disk (10), support frame base (11) are constituted；Its
It is characterized in that：Crystallization tank (1) is the hollow cylindrical structure of open at both ends, and the lower end diameter of crystallization tank (1) is more than upper end diameter,
The water tank inner sleeve (2.1) of the periphery setting hollow cylinder of crystallization tank (1), inner wall and the crystallization tank (1) of water tank inner sleeve (2.1)
Constitute cooling gap between outer wall, the water tank housing (2.2) of the periphery setting hollow cylinder of water tank inner sleeve (2.1), in water tank
Sealed set tank top is won in succession (2.4) respectively and water tank bottom is won in succession for the top and bottom of set (2.1) and water tank housing (2.2)
(2.3), the partition board (3) of water tank inner sleeve (2.1) and the middle part setting annular of water tank housing (2.2), the lower surface of partition board (3), water
Lower part storage cavity is constituted between the outer wall lower part and the inner wall lower of water tank housing (2.2) of case inner sleeve (2.1), partition board (3)
Top storage cavity is constituted between upper surface and the outer wall top and the upper inside wall of water tank housing (2.2) of water tank inner sleeve (2.1),
The external wall of upper portion side setting admitting pipe joint (4) of water tank housing (2.2), the external wall of upper portion other side of water tank housing (2.2) is set
Titting water outlet (5) is set, the lower part outer wall both sides of water tank housing (2.2) are respectively provided with admitting pipe joint (4), admitting pipe joint (4)
Be respectively provided with automatic regulating valve (8) on titting water outlet (5), it is empty that the internal perisporium upper end of water tank inner sleeve (2.1) corresponds to top water storage
Chamber is uniformly distributed circular top apopore (6), and the water outlet of top apopore (6) is towards the periphery wall of crystallization tank (1), water tank
The internal perisporium lower end of inner sleeve (2.1) corresponds to lower part storage cavity and is uniformly distributed circular lower part apopore (7), crystallization tank (1)
Base disk (10) is arranged in lower section, and base disk (10) is cylinder casting pig, and the upper surface of base disk (10) is spherical depression, crystallization
The bottom end of slot (1) is corresponding with base disk (10) upper end neighboring to be adjacent to, the lower section setting supporting rack (9) of base disk (10), branch
A pair of supporting pedestal (11) is arranged in the lower surface of support (9).
2. a kind of double-deck cooler crystallizer device according to claim 1, it is characterised in that：The top storage cavity
Height is 120mm, and the height of the lower part storage cavity is 110mm.
3. a kind of double-deck cooler crystallizer device according to claim 1, it is characterised in that：Base disk (10) upper table
The spherical depression depth in face is 52~55mm.
4. a kind of double-deck cooler crystallizer device according to claim 1, it is characterised in that：The top apopore (6)
Angle with water tank inner sleeve (2.1) upper end internal perisporium is 85~90 °, lower part apopore (7) and water tank inner sleeve (2.1) lower end inner circumferential
The angle of wall is 40~45 °.
5. a kind of double-deck cooler crystallizer device according to claim 1, it is characterised in that：The width of the cooling gap
For 20~40mm.
6. a kind of double-deck cooler crystallizer device according to claim 1, it is characterised in that：The two neighboring top goes out
Spacing between water hole (6) is 10mm, and the spacing between two neighboring lower part apopore (7) is 10mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820480258.XU CN208050893U (en) | 2018-04-03 | 2018-04-03 | A kind of bilayer cooler crystallizer device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820480258.XU CN208050893U (en) | 2018-04-03 | 2018-04-03 | A kind of bilayer cooler crystallizer device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208050893U true CN208050893U (en) | 2018-11-06 |
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ID=63988221
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820480258.XU Active CN208050893U (en) | 2018-04-03 | 2018-04-03 | A kind of bilayer cooler crystallizer device |
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| Country | Link |
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| CN (1) | CN208050893U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021035604A1 (en) * | 2019-08-28 | 2021-03-04 | 东北大学 | Low-cold electromagnetic semi-continuous casting device and method |
-
2018
- 2018-04-03 CN CN201820480258.XU patent/CN208050893U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021035604A1 (en) * | 2019-08-28 | 2021-03-04 | 东北大学 | Low-cold electromagnetic semi-continuous casting device and method |
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