CN208857351U - A kind of collar plate shape water-cooling subbase for electron beam cold hearth melting furnace crystallizer - Google Patents
A kind of collar plate shape water-cooling subbase for electron beam cold hearth melting furnace crystallizer Download PDFInfo
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- CN208857351U CN208857351U CN201821406152.1U CN201821406152U CN208857351U CN 208857351 U CN208857351 U CN 208857351U CN 201821406152 U CN201821406152 U CN 201821406152U CN 208857351 U CN208857351 U CN 208857351U
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Abstract
The utility model discloses a kind of collar plate shape water-cooling subbases for electron beam cold hearth melting furnace crystallizer, including water-cooling subbase ontology, demarcation plate, deflector.The utility model uses collar plate shape structure, installation space of the crystallizer in electron beam cold hearth melting furnace is not only made full use of, but also increases water-cooling subbase volume, does not influence actual installation use, it can effectively improve pedestal water-holding capacity simultaneously, to improve water-cooled process ability；Two the first water cooling areas being independent of each other, the second water cooling areas are divided by demarcation plate inside the utility model; the cooling water that cooperation deflector is formed flows to channel; cooling water can be effectively guided to each position of water-cooling subbase, substantially increase water cooling protective capability, improve water-cooling subbase service life.
Description
Technical field
The utility model belongs to technical field of metallurgical equipment, and in particular to one kind is used for electron beam cold hearth melting furnace crystallizer
Collar plate shape water-cooling subbase.
Background technique
Electron beam cold hearth melting furnace, that is, EB furnace, such as cloud titanium EB furnace etc..EB furnace crystallizer is mainly by water tank, water cooled pipeline frame
Body, water-cooling subbase three parts composition, wherein water tank common are copper water case.Water-cooling circulating uses stainless steel tube outside crystallizer
Three parts are connected into a waterway circulating route by road, and water-cooling subbase is mounted below copper water case, play main heat radiator
Effect, cooling water are introduced separately on copper water case and water-cooling subbase by water cooled pipeline frame body, are fully cooled.It is existing
Not only water cooling ability is poor for the water-cooling subbase of technology, water storage volume is small, but also after producing a cycle, water-cooling subbase will appear change
The problems such as shape, leakage, the service life is shorter, causes EB furnace vacuum system to fail to meet production requirements, to need replacing new crystallizer.
Due to the water cooling scarce capacity of water-cooling subbase, the whole service life for resulting in a whole set of crystallizer is affected, directly affects
The smelting yield of titanium ingot, while increasing production cost.For this purpose, researching and developing a kind of water-cooling subbase right and wrong for being able to solve the above problem
It is often necessary.
Utility model content
The purpose of this utility model is to provide a kind of collar plate shape Water-cooled bottoms for electron beam cold hearth melting furnace crystallizer
Seat.
The purpose of this utility model is achieved in that including water-cooling subbase ontology, demarcation plate, deflector, the water
Cold base body is in the form of annular discs, and rectangular installation through-hole is equipped at the top of water-cooling subbase, and water is equipped in the rectangular installation through-hole
Case installation frame, the water-cooling subbase ontology include casing cylinder, upper cover, lower cover, and the top of the casing cylinder is equipped with
Upper cover, bottom are equipped with lower cover, and the demarcation plate is set in water-cooling subbase ontology, the intrinsic space of water-cooling subbase is divided into
First water cooling area, the second water cooling area, and the area equation in the first water cooling area and the second water cooling area, the first water cooling area,
Several deflectors are respectively equipped in two water cooling areas, makes the first water cooling area, be divided into serpentine path respectively in the second water cooling area
The cooling water of pattern flows to channel, the starting point that the cooling water in the first water cooling area flows to channel be equipped with the first water cooling area into
The mouth of a river, end end are equipped with the first water cooling area water outlet, and the starting point that the cooling water in the second water cooling area flows to channel is equipped with
Second water cooling area water inlet, end end are equipped with the second water cooling area water outlet.
The utility model has the beneficial effects that the utility model uses collar plate shape structure, not only make full use of crystallizer in electricity
Installation space in beamlet cold hearth melting furnace, and increase water-cooling subbase volume, actual installation use is not influenced, while can be had
Effect improves pedestal water-holding capacity, to improve water-cooled process ability；Two mutual not shadows are divided by demarcation plate inside the utility model
Loud the first water cooling area, the second water cooling area, the cooling water that cooperation deflector is formed flow to channel, can be effectively by cooling water water conservancy diversion
To each position of water-cooling subbase, water cooling protective capability is substantially increased, improves water-cooling subbase service life.
Detailed description of the invention
Fig. 1 is the overlooking structure diagram of the utility model；
Fig. 2 is the schematic diagram of the section structure of the utility model；
In figure: 1- casing cylinder, 2- upper cover, 3- lower cover, 4- demarcation plate, 5a- bent deflector, 5b-T shape deflector,
5c- straight guide plate, 6- water tank installation frame, the first water cooling of 7- area water inlet, the first water cooling of 8- area water outlet, the second water cooling of 9- area
Water inlet, the second water cooling of 10- area water outlet.
Specific embodiment
The utility model will be further described below with reference to the accompanying drawings, but is not subject in any way to the utility model
Limitation is transformed or replaced based on any made by the utility model introduction, belongs to the protection scope of the utility model.
The utility model as shown in 1 ~ Fig. 2 of attached drawing includes water-cooling subbase ontology, demarcation plate 4, deflector, the Water-cooled bottom
Seat ontology is in the form of annular discs, and rectangular installation through-hole is equipped at the top of water-cooling subbase, and water tank is equipped in the rectangular installation through-hole and is pacified
Frame up frame 6, and the water-cooling subbase ontology includes casing cylinder 1, upper cover 2, lower cover 3, and the top of the casing cylinder 1 is equipped with
Upper cover 2, bottom are equipped with lower cover 3, and the demarcation plate 4 is set in water-cooling subbase ontology, and the intrinsic space of water-cooling subbase is drawn
It is divided into the first water cooling area, the second water cooling area, and the area equation in the first water cooling area and the second water cooling area, first water cooling
Be respectively equipped with several deflectors in area, the second water cooling area, make the first water cooling area, be divided into the second water cooling area respectively it is snakelike
The cooling water of path pattern flows to channel, and the starting point that the cooling water in the first water cooling area flows to channel is equipped with the first water cooling
Area's water inlet 7, end end are equipped with the first water cooling area water outlet 8, and the cooling water in the second water cooling area flows to the starting in channel
End is equipped with the second water cooling area water inlet 9, and end end is equipped with the second water cooling area water outlet 10.
The first water cooling area and the second water cooling area is mutually in symmetry shape, the cooling water flow direction in the first water cooling area
It is mutually in symmetry shape that the cooling water in channel and the second water cooling area, which flows to channel,.
The first water cooling area water inlet 7 is close to the second water cooling area water outlet 10.
The second water cooling area water inlet 9 is close to the first water cooling area water outlet 8.
The rectangular installation through-hole is rectangle mounting hole, and there are two the demarcation plates 4, is respectively arranged on rectangle peace
The short side edge in hole is filled, and demarcation plate 4 is parallel with the long side of rectangle mounting hole, the first water cooling area water inlet 7 is close
One of demarcation plate, the second water cooling area water inlet 9 close to another demarcation plate, the deflector include mutually it
Between discontiguous bent deflector 5a, T shape deflector 5b, straight guide plate 5c, the demarcation plate 4 it is opposite rectangle installation
The short side other edge in hole is equipped with bent deflector 5a, and the straight guide plate 5c is respectively arranged in the first water cooling area close to the
Close to the second water cooling area water inlet 9 at one water cooling area water outlet 8 and in the second water cooling area, and straight guide plate 5c is and rectangle
The long side of mounting hole is parallel, and the T shape deflector 5b is set between bent deflector 5a and straight guide plate 5c, and T shape is led
The head of flowing plate 5b is parallel with the long side of rectangle mounting hole, and tail portion is vertical with the long side of rectangle mounting hole.
The tail portion of the T shape deflector 5b and the long side bisector of rectangle mounting hole are on the same line, institute
The head of the T shape deflector 5b stated is parallel with straight guide plate 5c.
The one end at the edge of the bent deflector 5a far from rectangle mounting hole and the head of T shape deflector 5b are flat
Row, and it is on the same line with straight guide plate 5c.
It is consolidated on the inside of the tail portion of the T shape deflector 5b and casing cylinder 1.
It is consolidated on the inside of the one end of the straight guide plate 5c far from bent deflector 5a and casing cylinder 1.
Region between the one end and casing cylinder 1 at the edge of the bent deflector 5a far from rectangle mounting hole
Channel is flowed to for cooling water.
Region between bent deflector 5a, T shape deflector 5b, the straight guide plate 5c is that cooling water flow direction is logical
Road.
Region between the head and rectangular installation through-hole of the T shape deflector 5b is that cooling water flows to channel.
The bent deflector 5a is welded to connect between the short side of rectangle mounting hole, upper cover 2, lower cover 3 respectively.
The T shape deflector 5b is welded to connect between casing cylinder 1, upper cover 2, lower cover 3 respectively.
The straight guide plate 5c and respectively casing cylinder 1, upper cover 2 are welded to connect between lower cover 3.
Utility model works principle and the course of work: when installation, water tank is packed into water tank installation frame 6；In use, cold
But water is entered in the first water cooling area and the second water cooling area by the first water cooling area water inlet 7, the second water cooling area water inlet 9 respectively,
And channel is flowed to along cooling water, it is flowed out from the first water cooling area water outlet 8, the second water cooling area water outlet 10, so that water-cooled process
Ability is increased dramatically, while improving water-cooling subbase service life.
Claims (9)
1. a kind of collar plate shape water-cooling subbase for electron beam cold hearth melting furnace crystallizer, including water-cooling subbase ontology, demarcation plate
(4), deflector, it is characterized in that: the water-cooling subbase ontology is in the form of annular discs, and it is logical that rectangular installation is equipped at the top of water-cooling subbase
Hole is equipped with water tank installation frame (6) in the rectangular installation through-hole, the water-cooling subbase ontology include casing cylinder (1),
The top of upper cover (2), lower cover (3), the casing cylinder (1) is equipped with upper cover (2), and bottom is equipped with lower cover (3), the separation
Plate (4) is set in water-cooling subbase ontology, and the intrinsic space of water-cooling subbase is divided into the first water cooling area, the second water cooling area, and
The area equation in the first water cooling area and the second water cooling area is respectively equipped with several in the first water cooling area, the second water cooling area
Deflector, makes the first water cooling area, the cooling water that is divided into serpentine path pattern in the second water cooling area respectively flows to channel, described
The first water cooling area cooling water flow to channel starting point be equipped with the first water cooling area water inlet (7), end end be equipped with the first water
Cold-zone water outlet (8), the starting point that the cooling water in the second water cooling area flows to channel are equipped with the second water cooling area water inlet
(9), end end is equipped with the second water cooling area water outlet (10).
2. the collar plate shape water-cooling subbase according to claim 1 for electron beam cold hearth melting furnace crystallizer, it is characterized in that:
The first water cooling area and the second water cooling area are mutually in symmetry shape, and the cooling water in the first water cooling area flows to channel and the
It is mutually in symmetry shape that the cooling water in two water cooling areas, which flows to channel,.
3. the collar plate shape water-cooling subbase according to claim 1 for electron beam cold hearth melting furnace crystallizer, it is characterized in that:
The first water cooling area water inlet (7) is close to the second water cooling area water outlet (10).
4. the collar plate shape water-cooling subbase according to claim 1 for electron beam cold hearth melting furnace crystallizer, it is characterized in that:
The second water cooling area water inlet (9) is close to the first water cooling area water outlet (8).
5. the collar plate shape water-cooling subbase according to claim 1 for electron beam cold hearth melting furnace crystallizer, it is characterized in that:
The rectangular installation through-hole is rectangle mounting hole, and there are two the demarcation plates (4), is respectively arranged on rectangle mounting hole
Short side edge, and demarcation plate (4) is parallel with the long side of rectangle mounting hole, the first water cooling area water inlet (7) is close to it
In a demarcation plate, the second water cooling area water inlet (9) close to another demarcation plate, the deflector include mutually it
Between discontiguous bent deflector (5a), T shape deflector (5b), straight guide plate (5c), the opposite length of the demarcation plate (4)
The short side other edge of square mounting hole is equipped with bent deflector (5a), and the straight guide plate (5c) is respectively arranged on the first water
Close to the second water cooling area water inlet (9) at the first water cooling area water outlet (8) and in the second water cooling area in cold-zone, and directly lead
Flowing plate (5c) is parallel with the long side of rectangle mounting hole, the T shape deflector (5b) be set to bent deflector (5a) with
Between straight guide plate (5c), and the head of T shape deflector (5b) is parallel with the long side of rectangle mounting hole, and tail portion and rectangle are pacified
The long side for filling hole is vertical.
6. the collar plate shape water-cooling subbase according to claim 5 for electron beam cold hearth melting furnace crystallizer, it is characterized in that:
The tail portion of the T shape deflector (5b) the T shape on the same line, described with the long side bisector of rectangle mounting hole
The head of deflector (5b) is parallel with straight guide plate (5c).
7. the collar plate shape water-cooling subbase according to claim 5 for electron beam cold hearth melting furnace crystallizer, it is characterized in that:
The one end at edge of the bent deflector (5a) far from rectangle mounting hole is parallel with the head of T shape deflector (5b),
And it is on the same line with straight guide plate (5c).
8. the collar plate shape water-cooling subbase of electron beam cold hearth melting furnace crystallizer is used for according to claim 5,6 or 7, it is special
Sign is: consolidating on the inside of the tail portion and casing cylinder (1) of the T shape deflector (5b).
9. the collar plate shape water-cooling subbase of electron beam cold hearth melting furnace crystallizer is used for according to claim 5,6 or 7, it is special
Sign is: the straight guide plate (5c) consolidates on the inside of one end and casing cylinder (1) far from bent deflector (5a).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821406152.1U CN208857351U (en) | 2018-08-30 | 2018-08-30 | A kind of collar plate shape water-cooling subbase for electron beam cold hearth melting furnace crystallizer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821406152.1U CN208857351U (en) | 2018-08-30 | 2018-08-30 | A kind of collar plate shape water-cooling subbase for electron beam cold hearth melting furnace crystallizer |
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| Publication Number | Publication Date |
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| CN208857351U true CN208857351U (en) | 2019-05-14 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113503739A (en) * | 2021-06-21 | 2021-10-15 | 南京玻璃纤维研究设计院有限公司 | Discharge port flow control and cooling device of mineral wool electric melting furnace |
| CN114087164A (en) * | 2021-11-25 | 2022-02-25 | 胥常委 | Heat dissipation end cover of air pump |
-
2018
- 2018-08-30 CN CN201821406152.1U patent/CN208857351U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113503739A (en) * | 2021-06-21 | 2021-10-15 | 南京玻璃纤维研究设计院有限公司 | Discharge port flow control and cooling device of mineral wool electric melting furnace |
| CN114087164A (en) * | 2021-11-25 | 2022-02-25 | 胥常委 | Heat dissipation end cover of air pump |
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