CN208210357U - End water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode - Google Patents
End water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode Download PDFInfo
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- CN208210357U CN208210357U CN201820786141.4U CN201820786141U CN208210357U CN 208210357 U CN208210357 U CN 208210357U CN 201820786141 U CN201820786141 U CN 201820786141U CN 208210357 U CN208210357 U CN 208210357U
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- cooling water
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Abstract
The utility model relates to a kind of end water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrodes, the circular cooling water hole of certain depth is offered along conductive electrode ontology axial direction on an end face of conductive electrode ontology, water cavity internal portioning layer is close to inner wall and the bottom of conductive electrode ontology cooling water hole, and the upper mouth of water cavity internal portioning layer is located at the following certain distance of upper mouth of cooling water hole, offered on the side wall of conductive electrode ontology one perpendicular to cooling water hole axis duct, the duct is connected to cooling water hole, offered on the side wall of conductive electrode ontology one perpendicular to cooling water hole axis water channel, cooling water inlet pipe is connect with duct, cooling water outlet pipe is connect with water channel；The upper end of water cavity end socket and cooling water hole is tightly embedded in together, and the water cavity end socket is the cylindrical-shaped structure cooperated with cooling water hole.It is big that the utility model can have both conductive cross-sectional area, good cooling results, the burner conduction special-purpose member applied to internal thermal serial graphite ink furnace.
Description
Technical field
The utility model belongs to graphite manufacturing technology field, and in particular to a kind of end water conservancy diversion inner-cooled inner string graphitization stove
Head conductive electrode.
Background technique
Country's furnace end electrode used in internal thermal tandem graphitization furnace is mainly that external cooling, two sides of watering clamp at present
The mode of copper sheet.Main problem is furnace end electrode fever, and cooling effect is bad, and product oxidation is serious.Simultaneously around furnace end electrode
Because pouring cooling water outside, use environment is very severe.Conductive section is influenced by clamping face and is restricted.
Summary of the invention
The purpose of this utility model is to provide a kind of end water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrodes.This reality
Big, the good cooling results with the novel conductive cross-sectional area that has both, the conductive dedicated portion of burner applied to internal thermal serial graphite ink furnace
Part.
The technical solution adopted in the utility model: a kind of end water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode, it
Including conductive electrode ontology, water cavity end socket, water cavity internal portioning layer, cooling water inlet pipe, cooling water ingress pipe and cooling water outlet pipe,
It is characterized in that, the circle of certain depth is offered along conductive electrode ontology axial direction on an end face of conductive electrode ontology
Cooling water hole, water cavity internal portioning layer is close to inner wall and the bottom of conductive electrode ontology cooling water hole, and the upper limb of water cavity internal portioning layer
Mouth is located at the following certain distance of upper mouth of cooling water hole, and one is offered on the side wall of conductive electrode ontology perpendicular to cooling water
The duct of axially bored line, the duct are connected to cooling water hole, and one is offered on the side wall of conductive electrode ontology perpendicular to cooling water
The water channel of axially bored line, cooling water inlet pipe are connect with duct, and cooling water outlet pipe is connect with water channel；
The upper end of water cavity end socket and cooling water hole is tightly embedded in together, and the water cavity end socket is to cooperate with cooling water hole
Cylindrical-shaped structure, the bottom face of the cylindrical-shaped structure is lower than the open edge in the duct, in the cylinder of the cylindrical-shaped structure
It is opened up respectively on shape side wall there are two the butt hole that does not penetrate through, one docks with the duct in two butt holes, another is right
Hole is connect to dock with the water channel；A connection channel is offered on an end face of the cylindrical-shaped structure, one docked with duct
A butt hole is connected to the connection road；Cooling water ingress pipe one end is connected on the interface channel, the other end and is protruded into
Cooling water hole lower part, and the bottom interval certain distance of the lower end of cooling water ingress pipe and cooling water hole, are docked with water channel
One butt hole is connected to cooling water hole.
Further, water cavity internal portioning layer is metal cylinder shape and structure, and the middle part of water cavity internal portioning layer is the sky for accommodating water
Chamber, the outer diameter of water cavity internal portioning layer and the internal diameter of cooling water hole are identical.
Further, the quantity at least two of the cooling water hole opened up along conductive electrode ontology axial direction.
Further, the central axis angle of the duct and water channel is 0-180 degree.
Further, the butt hole is identical as the diameter of cooling water inlet pipe and cooling water outlet pipe.
Further, two butt holes opened up on the cylindrical side wall of the cylindrical-shaped structure are located at cylindric knot
The differentiated levels position of structure.
Further, the water cavity end socket is graphite column construction, and conductive electrode ontology is graphite rectangular parallelepiped structure.
The utility model compared with prior art the beneficial effect is that: it is big that the utility model can have both conductive cross-sectional area, cold
But effect is good, the burner conduction special-purpose member applied to internal thermal serial graphite ink furnace.The utility model is by conductive copper plate by passing
The two sides clamp-mounting type of system is changed to end face impaction type, significantly improves conductive section, the type of cooling is by outside watering improved cooling
For internal water cooling, cooling section is deep into burner wall centre by furnace exterior point, substantially increases burner conductive electrode
Cooling effect.
Detailed description of the invention
Fig. 1 is the schematic diagram of the section structure of the utility model；
Fig. 2 is the top view of the utility model.
Specific embodiment
As depicted in figs. 1 and 2, a kind of end water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode, it includes conductive electricity
Pole ontology 1, water cavity end socket 2, water cavity internal portioning layer 3, cooling water inlet pipe 4, cooling water ingress pipe 5 and cooling water outlet pipe 6, are leading
The circular cooling water hole 7 of certain depth is offered on one end face of electric electrode body 1 along 1 axial direction of conductive electrode ontology,
Water cavity internal portioning layer 3 is close to inner wall and the bottom of 1 cooling water hole 7 of conductive electrode ontology, and the upper mouth of water cavity internal portioning layer 3 is positioned at cold
But the following certain distance of the upper mouth in water hole 7 offers one perpendicular to 7 axis of cooling water hole on the side wall of conductive electrode ontology 1
The duct 8 of line, the duct 8 are connected to cooling water hole 7, and one is offered on the side wall of conductive electrode ontology 1 perpendicular to cooling water
The water channel 9 of 7 axis of hole, cooling water inlet pipe 4 are connect with duct 8, and cooling water outlet pipe 6 is connect with water channel 9；
The upper end of water cavity end socket 2 and cooling water hole 7 is tightly embedded in together, and the water cavity end socket 2 is and cooling water hole 7
The cylindrical-shaped structure of cooperation, the bottom face of the cylindrical-shaped structure is lower than the open edge in the duct 8, in the cylindrical-shaped structure
It being opened up respectively on cylindrical side wall there are two the butt hole 10 that does not penetrate through, one docks with the duct 8 in two butt holes 10,
Another butt hole 10 is docked with the water channel 9；A connection channel 11 is offered on an end face of the cylindrical-shaped structure, with
The butt hole 10 that duct 8 is docked is connected to the interface channel 11；It is logical that 5 one end of cooling water ingress pipe is connected to the connection
It on road 11, the other end and protrudes into 7 lower part of cooling water hole, and between the lower end of cooling water ingress pipe 5 and the bottom of cooling water hole 7
At a certain distance, the butt hole 10 docked with water channel 9 is connected to cooling water hole 7.
In the technical solution of the utility model, water cavity internal portioning layer 3 is metal cylinder shape and structure, and water cavity internal portioning layer 3
Middle part is the cavity for accommodating water, and the outer diameter of water cavity internal portioning layer 3 is identical as the internal diameter of cooling water hole 7.It is axial along conductive electrode ontology 1
The quantity of the cooling water hole 7 opened up on direction is two.The duct 8 and the central axis angle of water channel 9 are 180 degree.It is described
Butt hole 10 is identical as the diameter of cooling water inlet pipe 4 and cooling water outlet pipe 6.In the cylindrical side wall of the cylindrical-shaped structure
On two butt holes 10 opening up, positioned at the differentiated levels position of cylindrical-shaped structure.The water cavity end socket 2 is graphite column
Shape structure, conductive electrode ontology 1 are graphite rectangular parallelepiped structure.
Claims (7)
1. end water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode, it includes conductive electrode ontology, water cavity end socket, in water cavity
Interlayer, cooling water inlet pipe, cooling water ingress pipe and cooling water outlet pipe, which is characterized in that in one end of conductive electrode ontology
The circular cooling water hole of certain depth is offered on face along conductive electrode ontology axial direction, water cavity internal portioning layer is close to conductive electricity
The inner wall of pole ontology cooling water hole and bottom, and the upper mouth of water cavity internal portioning layer is located at the upper mouth of cooling water hole an or less spacing
From, offered on the side wall of conductive electrode ontology one perpendicular to cooling water hole axis duct, the duct and cooling water hole connect
It is logical, offered on the side wall of conductive electrode ontology one perpendicular to cooling water hole axis water channel, cooling water inlet pipe and duct
Connection, cooling water outlet pipe are connect with water channel；
The upper end of water cavity end socket and cooling water hole is tightly embedded in together, and the water cavity end socket is the circle cooperated with cooling water hole
Column structure, the bottom face of the cylindrical-shaped structure is lower than the open edge in the duct, in the cylindrical side of the cylindrical-shaped structure
It is opened up respectively on wall there are two the butt hole that does not penetrate through, one docks with the duct in two butt holes, another butt hole
It is docked with the water channel；A connection channel is offered on an end face of the cylindrical-shaped structure, one docked with duct is right
Hole is connect to be connected to the connection road；Cooling water ingress pipe one end is connected on the interface channel, the other end and is protruded into cooling
Water hole lower part, and the bottom interval certain distance of the lower end of cooling water ingress pipe and cooling water hole, one docked with water channel
Butt hole is connected to cooling water hole.
2. end water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode according to claim 1, which is characterized in that water cavity
Internal portioning layer be metal cylinder shape and structure, and the middle part of water cavity internal portioning layer be accommodate water cavity, the outer diameter of water cavity internal portioning layer and
The internal diameter of cooling water hole is identical.
3. end water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode according to claim 1, which is characterized in that lead on edge
The quantity at least two of the cooling water hole opened up on electric electrode body axial direction.
4. end water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode according to claim 1, which is characterized in that described
The central axis angle of duct and water channel is 0-180 degree.
5. end water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode according to claim 1, which is characterized in that described
Butt hole is identical as the diameter of cooling water inlet pipe and cooling water outlet pipe.
6. end water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode according to claim 1, which is characterized in that in institute
Two butt holes opened up on the cylindrical side wall of cylindrical-shaped structure are stated, positioned at the differentiated levels position of cylindrical-shaped structure.
7. end water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode according to claim 1, which is characterized in that described
Water cavity end socket be graphite column construction, conductive electrode ontology be graphite rectangular parallelepiped structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820786141.4U CN208210357U (en) | 2018-05-25 | 2018-05-25 | End water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820786141.4U CN208210357U (en) | 2018-05-25 | 2018-05-25 | End water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208210357U true CN208210357U (en) | 2018-12-07 |
Family
ID=64515304
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820786141.4U Active CN208210357U (en) | 2018-05-25 | 2018-05-25 | End water conservancy diversion inner-cooled inner bunch graphitization burner conductive electrode |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208210357U (en) |
-
2018
- 2018-05-25 CN CN201820786141.4U patent/CN208210357U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 030900 Dongguan Industrial Park, Qi County, Jinzhong City, Shanxi Province Patentee after: Shanxi Danyuan New Material Technology Co.,Ltd. Address before: 030900 Dongguan Industrial Park, Qi County, Jinzhong City, Shanxi Province Patentee before: SHANXI DANYUAN CARBON CO.,LTD. |
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| CP01 | Change in the name or title of a patent holder |