CN207718988U - A kind of amorphous is under high temperature, vacuum state and the interface arrangement of energization connection processing - Google Patents
A kind of amorphous is under high temperature, vacuum state and the interface arrangement of energization connection processing Download PDFInfo
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- CN207718988U CN207718988U CN201721669446.9U CN201721669446U CN207718988U CN 207718988 U CN207718988 U CN 207718988U CN 201721669446 U CN201721669446 U CN 201721669446U CN 207718988 U CN207718988 U CN 207718988U
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- China
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- furnace body
- interface arrangement
- guide rod
- sebific duct
- thermostable fluorine
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Abstract
The utility model discloses a kind of amorphous in high temperature, under vacuum state and the interface arrangement of energization connection processing, the inner cavity of the stainless steel sleeve pipe, which is run through, is connected with ceramic tube, side of the ceramic tube far from stainless steel sleeve pipe is fixedly connected with thermostable fluorine sebific duct, the side of the thermostable fluorine sebific duct far from ceramic tube is fixedly connected with copper guide rod one, the side far from furnace body is socketed with upper flange plate on the outside of the thermostable fluorine sebific duct, side of the upper flange plate far from furnace body is threaded with lower flange by fixing bolt, O-shaped thermostable fluorine cushion rubber is socketed on the outside of the thermostable fluorine sebific duct, the right side of the interface arrangement one is overlapped with copper guide rod two by locking device one.Copper guide rod one, copper guide rod two, thermostable fluorine sebific duct, ceramic tube, upper flange plate, lower flange and O-shaped thermostable fluorine cushion rubber is arranged in the utility model so that the device can allow amorphous to obtain excellent magnetic energy.
Description
Technical field
The utility model is related to amorphous processing technology field, specially a kind of amorphous is under high temperature, vacuum state and is powered
The interface arrangement of connection processing.
Background technology
General amorphous is after high annealing by being obtained after machining stress elimination and the recovery of grain structure recrystallization
Excellent magnetic energy.But this excellent magnetic property obtains need to be in elevated-temperature seal environment and product center need to be by high current, electricity
Circulating out-of-date must not connect furnace body.
Currently, in amorphous processing traditional handicraft, product center is not needed by high current, causes amorphous product that can not obtain
Cross high magnetic characteristics, this result in traditional amorphous treatment process can not allow amorphous obtain excellent magnetic energy the problem of occur.
Utility model content
The purpose of this utility model is to provide a kind of amorphous under high temperature, vacuum state and the interface of energization connection processing
Device has the advantages of allowing amorphous to obtain excellent magnetic energy, and solving traditional amorphous treatment process can not allow amorphous acquisition excellent
The problem of magnetic property.
To achieve the above object, the utility model provides the following technical solutions：A kind of amorphous under high temperature, vacuum state and
The interface arrangement of energization connection processing, including furnace body, top on the left of the furnace body is through being connected with interface arrangement one, the stove
Through interface arrangement two is connected with, the interface arrangement one and interface arrangement two include stainless steel sleeve at the middle part of body bottom
The outside of pipe, two stainless steel sleeve pipes is socketed with the middle part at top and bottom of furnace body on the left of furnace body respectively, the stainless steel sleeve
Through ceramic tube is connected with, side of the ceramic tube far from stainless steel sleeve pipe is fixedly connected with thermostable fluorine glue for the inner cavity of pipe
Pipe, the side of the thermostable fluorine sebific duct far from ceramic tube are fixedly connected with copper guide rod one, and the thermostable fluorine sebific duct outside is remote
Side from furnace body is socketed with upper flange plate, and side of the upper flange plate far from furnace body is threaded with down by fixing bolt
Ring flange, the upper flange plate side opposite with lower flange inner cavity offer chamfering, the outer sheath of the thermostable fluorine sebific duct
It is connected to O-shaped thermostable fluorine cushion rubber.
The right side of the interface arrangement one is overlapped with copper guide rod two by locking device one, during the copper guide rod two is positive
Portion is connected with product, and the bottom of the copper guide rod two is overlapped by locking device two and interface arrangement two.
Preferably, the described one end of thermostable fluorine sebific duct far from furnace body sequentially passes through upper flange plate and lower flange and extends
To the outside of lower flange, and thermostable fluorine sebific duct runs through furnace body close to one end of furnace body and extends to the inner cavity of furnace body.
Preferably, the outer diameter of the ceramic tube is slightly less than the inner cavity of stainless steel sleeve pipe, and the one end of ceramic tube far from furnace body
Through furnace body and extend to the outside of furnace body.
Preferably, the number of the chamfering is two, and two chamfering opposite sides, which mutually overlap, forms triangle gap, triangle
Connection, and the ruler for being dimensioned slightly smaller than O-shaped thermostable fluorine sebific duct in triangle gap are run through in the inner cavity in gap with O-shaped thermostable fluorine sebific duct
It is very little.
Preferably, the inner cavity of the furnace body is vacuum state, and mutually insulated between furnace body and copper guide rod one.
Preferably, the product and copper guide rod two are respectively positioned on the inner cavity of furnace body, and the height of product from top to bottom is less than copper
The height of guide rod two from top to bottom.
Compared with prior art, the beneficial effects of the utility model are as follows：
1, the utility model is by being arranged copper guide rod one, copper guide rod two, thermostable fluorine sebific duct and ceramic tube so as to interface
Device one is powered, and electric current is transmitted to by the copper guide rod one in interface arrangement one on copper guide rod two, and is passed to by copper guide rod two
Copper guide rod one in interface arrangement two flows out, and during electric current passes through copper guide rod two, can allow and be sleeved on copper guide rod and outside
Product obtain excellent magnetic property, in the process, the traffic control of high temperature resistant good fortune and the excellent high temperature resistant and insulation performance of ceramic tube
It can effectively allow between copper guide rod one and furnace body and remain state of insulation, amorphous acquisition can be allowed excellent to realize the device
The function of different magnetic property.
2, the utility model is by being arranged upper flange plate, lower flange and O-shaped thermostable fluorine cushion rubber so that the fixed spiral shell of rotation
Bolt, fixing bolt is close to each other by upper flange and lower flange and squeezes O-shaped thermostable fluorine cushion rubber, O-shaped thermostable fluorine cushion rubber by
Certain extruding can be generated after extruding to thermostable fluorine sebific duct, and at this point, thermostable fluorine sebific duct can squeeze copper guide rod, in this way
Leakproofness can be improved, to further increase the advantages of device obtains excellent magnetic energy by amorphous.
Description of the drawings
FIG. 1 is a schematic structural view of the utility model；
Fig. 2 is the sectional view schematic diagram of the utility model interface arrangement one and interface arrangement two；
Fig. 3 is enlarged drawing at A in Fig. 2.
In figure：1 furnace body, 2 interface arrangements one, 3 stainless steel sleeve pipes, 4 ceramic tubes, 5 thermostable fluorine sebific ducts, 6 bronze medal guide rods one, 7
Upper flange plate, 8 fixing bolts, 9 lower flanges, 10 chamferings, 11 O-shaped thermostable fluorine cushion rubbers, 12 locking devices one, 13 bronze medal guide rods
Two, 14 products, 15 locking devices two, 16 interface arrangements two.
Specific implementation mode
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
The every other embodiment obtained, shall fall within the protection scope of the present invention.
- 3 are please referred to Fig.1, the utility model provides a kind of technical solution：A kind of amorphous is under high temperature, vacuum state and logical
The interface arrangement of electrical connection processing, including furnace body 1, the inner cavity of furnace body 1 are vacuum state, and phase between furnace body 1 and copper guide rod 1
Mutually insulation, by be arranged furnace body 1 inner cavity between vacuum state and furnace body 1 and copper guide rod 1 mutually insulated so that the device
The condition that amorphous is needed when obtaining excellent magnetic energy is disclosure satisfy that, to ensure that the device can allow amorphous to obtain excellent magnetic
Performance, through interface arrangement 1 is connected with, the middle part of 1 bottom of furnace body, which is run through, is connected with interface arrangement two at the top in 1 left side of furnace body
16, by the way that interface arrangement 1 and interface arrangement 2 16 is arranged so that interface arrangement 1 is that structure is identical with interface arrangement 2 16
Same model interface arrangement, connect respectively with locking device 2 15 with the both ends of copper guide rod 2 13 by locking device 1, energy
Copper guide rod 2 13 is enough allowed to form current path and to allowing product to obtain excellent magnetic property, interface arrangement 1 and interface arrangement two
16 include stainless steel sleeve pipe 3, the outsides of two stainless steel sleeve pipes 3 respectively with 1 bottom of top and furnace body in 1 left side of furnace body
Middle part is socketed, and through ceramic tube 4 is connected with, the outer diameter of ceramic tube 4 is slightly less than stainless steel sleeve pipe 3 for the inner cavity of stainless steel sleeve pipe 3
Inner cavity, and the one end of ceramic tube 4 far from furnace body 1 runs through furnace body 1 and extends to the outside of furnace body 1, ceramic tube 4 is far from stainless steel sleeve
The side of pipe 3 is fixedly connected with thermostable fluorine sebific duct 5, and the one end of thermostable fluorine sebific duct 5 far from furnace body 1 sequentially passes through upper flange plate
7 with lower flange 9 and extend to the outside of lower flange 9, and thermostable fluorine sebific duct 5 close to one end of furnace body 1 through furnace body 1 simultaneously
The inner cavity of furnace body 1 is extended to, side of the thermostable fluorine sebific duct 5 far from ceramic tube 4 is fixedly connected with copper guide rod 1, thermostable fluorine
5 side of the outside far from furnace body 1 of sebific duct is socketed with upper flange plate 7, and side of the upper flange plate 7 far from furnace body 1 passes through fixing bolt 8
It is threaded with lower flange 9, the side opposite with 9 inner cavity of lower flange of upper flange plate 7 offers chamfering 10, chamfering 10
Number is two, and two 10 opposite sides of chamfering, which mutually overlap, forms triangle gap, the inner cavity in triangle gap and O-shaped thermostable fluorine
Sebific duct 5, which runs through, to be connected, and the size for being dimensioned slightly smaller than O-shaped thermostable fluorine sebific duct 5 in triangle gap, outside thermostable fluorine sebific duct 5
Side is socketed with O-shaped thermostable fluorine cushion rubber 11, by the way that upper flange plate 7, lower flange 9 and O-shaped thermostable fluorine cushion rubber 11 is arranged so that
Fixing bolt 8 is rotated, fixing bolt 8 makes upper flange and lower flange close to each other and squeeze O-shaped thermostable fluorine cushion rubber 11, O-shaped resistance to
High temperature fluorine cushion rubber 11 can generate thermostable fluorine sebific duct 5 certain extruding after being squeezed, and at this point, thermostable fluorine sebific duct 5
Copper guide rod can be squeezed again, can improve leakproofness in this way, and excellent magnetic energy is obtained by amorphous to further increase the device
Advantage.
The right side of interface arrangement 1 is overlapped with copper guide rod 2 13 by locking device 1, during copper guide rod 2 13 is positive
Portion is connected with product 14, and product 14 and copper guide rod 2 13 are respectively positioned on the inner cavity of furnace body 1, and the height of product 14 from top to bottom is less than
The bottom of the height of copper guide rod 2 13 from top to bottom, copper guide rod 2 13 is overlapped by locking device 2 15 and interface arrangement 2 16,
By the way that copper guide rod 1, copper guide rod 2 13, thermostable fluorine sebific duct 5 and ceramic tube 4 is arranged so that it is powered to interface arrangement 1, electricity
Stream is transmitted to by the copper guide rod 1 in interface arrangement 1 on copper guide rod 2 13, and passes to interface arrangement by copper guide rod 2 13
Copper guide rod 1 in 2 16 flows out, and during electric current passes through copper guide rod 2 13, can allow the production for being sleeved on copper guide rod and outside
Product 14 obtain excellent magnetic property, in the process, the traffic control of high temperature resistant good fortune and the excellent high temperature resistant and insulation performance energy of ceramic tube 4
Enough effectively allow between copper guide rod 1 and furnace body 1 remains state of insulation, amorphous acquisition can be allowed excellent to realize the device
The function of different magnetic property.
In use, user is powered to interface arrangement 1, electric current is passed by the copper guide rod 1 in interface arrangement 1
It is delivered on copper guide rod 2 13, and the outflow of the copper guide rod 1 in interface arrangement 2 16 is passed to by copper guide rod 2 13, and passed through in electric current
During crossing copper guide rod 2 13, it can allow and be sleeved on copper guide rod and the product 14 in outside obtains excellent magnetic property, pass through in electric current
When copper guide rod 1, the traffic control of high temperature resistant good fortune and the excellent high temperature resistant and insulation performance of ceramic tube 4 can effectively allow copper guide rod 1 with
State of insulation is remained between furnace body 1, at the same time, fixing bolt 8 makes upper flange and lower flange close to each other and squeeze O-shaped
Thermostable fluorine cushion rubber 11, O-shaped thermostable fluorine cushion rubber 11 can generate thermostable fluorine sebific duct 5 certain extruding after being squeezed,
And at this point, thermostable fluorine sebific duct 5 can squeeze copper guide rod, leakproofness can be improved in this way.
In conclusion the amorphous under high temperature, vacuum state and the interface arrangement of energization connection processing, is led by the way that copper is arranged
Bar 1, copper guide rod 2 13, thermostable fluorine sebific duct 5, ceramic tube 4, upper flange plate 7, lower flange 9 and O-shaped thermostable fluorine cushion rubber
11, solve the problems, such as that traditional amorphous treatment process can not allow amorphous to obtain excellent magnetic energy.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is appreciated that can these embodiments be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaiied
Change, replace and modification, the scope of the utility model are defined by the appended claims and the equivalents thereof.
Claims (6)
1. a kind of amorphous is under high temperature, vacuum state and the interface arrangement of energization connection processing, including furnace body（1）, feature exists
In：The furnace body（1）The top in left side, which is run through, is connected with interface arrangement one（2）, the furnace body（1）The middle part of bottom is through connection
There is interface arrangement two（16）, the interface arrangement one（2）With interface arrangement two（16）It include stainless steel sleeve pipe（3）, two
Stainless steel sleeve pipe（3）Outside respectively with furnace body（1）The top in left side and furnace body（1）The middle part of bottom is socketed, the stainless steel
Casing（3）Inner cavity through being connected with ceramic tube（4）, the ceramic tube（4）Far from stainless steel sleeve pipe（3）Side be fixedly connected
There is thermostable fluorine sebific duct（5）, the thermostable fluorine sebific duct（5）Far from ceramic tube（4）Side be fixedly connected with copper guide rod one
（6）, the thermostable fluorine sebific duct（5）Outside is far from furnace body（1）Side be socketed with upper flange plate（7）, the upper flange plate（7）
Far from furnace body（1）Side pass through fixing bolt（8）It is threaded with lower flange（9）, upper flange plate（7）With lower flange
（9）The opposite side in inner cavity offers chamfering（10）, the thermostable fluorine sebific duct（5）Outside be socketed with O-shaped thermostable fluorine
Cushion rubber（11）；
The interface arrangement one（2）Right side pass through locking device one（12）It is overlapped with copper guide rod two（13）, the copper guide rod two
（13）Positive middle part is connected with product（14）, the copper guide rod two（13）Bottom pass through locking device two（15）It is filled with interface
Set two（16）Overlap joint.
2. a kind of amorphous according to claim 1 is under high temperature, vacuum state and the interface arrangement of energization connection processing,
It is characterized in that：The thermostable fluorine sebific duct（5）Far from furnace body（1）One end sequentially pass through upper flange plate（7）With lower flange（9）
And extend to lower flange（9）Outside, and thermostable fluorine sebific duct（5）Close to furnace body（1）One end run through furnace body（1）And extend
To furnace body（1）Inner cavity.
3. a kind of amorphous according to claim 1 is under high temperature, vacuum state and the interface arrangement of energization connection processing,
It is characterized in that：The ceramic tube（4）Outer diameter be slightly less than stainless steel sleeve pipe（3）Inner cavity, and ceramic tube（4）Far from furnace body（1）
One end run through furnace body（1）And extend to furnace body（1）Outside.
4. a kind of amorphous according to claim 1 is under high temperature, vacuum state and the interface arrangement of energization connection processing,
It is characterized in that：The chamfering（10）Number be two, two chamferings（10）Opposite side, which mutually overlaps, forms triangle gap, and three
The inner cavity in angle gap and O-shaped thermostable fluorine sebific duct（5）Through connection, and triangle gap is dimensioned slightly smaller than O-shaped thermostable fluorine glue
Pipe（5）Size.
5. a kind of amorphous according to claim 1 is under high temperature, vacuum state and the interface arrangement of energization connection processing,
It is characterized in that：The furnace body（1）Inner cavity be vacuum state, and furnace body（1）With copper guide rod one（6）Between mutually insulated.
6. a kind of amorphous according to claim 1 is under high temperature, vacuum state and the interface arrangement of energization connection processing,
It is characterized in that：The product（14）With copper guide rod two（13）It is respectively positioned on furnace body（1）Inner cavity, and product（14）Height from top to bottom
Degree is less than copper guide rod two（13）Height from top to bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721669446.9U CN207718988U (en) | 2017-12-04 | 2017-12-04 | A kind of amorphous is under high temperature, vacuum state and the interface arrangement of energization connection processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721669446.9U CN207718988U (en) | 2017-12-04 | 2017-12-04 | A kind of amorphous is under high temperature, vacuum state and the interface arrangement of energization connection processing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207718988U true CN207718988U (en) | 2018-08-10 |
Family
ID=63059330
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721669446.9U Active CN207718988U (en) | 2017-12-04 | 2017-12-04 | A kind of amorphous is under high temperature, vacuum state and the interface arrangement of energization connection processing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207718988U (en) |
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2017
- 2017-12-04 CN CN201721669446.9U patent/CN207718988U/en active Active
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