CN209330426U - A kind of anode steel stub straightening machine energy-saving heating apparatus - Google Patents
A kind of anode steel stub straightening machine energy-saving heating apparatus Download PDFInfo
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- CN209330426U CN209330426U CN201821729894.8U CN201821729894U CN209330426U CN 209330426 U CN209330426 U CN 209330426U CN 201821729894 U CN201821729894 U CN 201821729894U CN 209330426 U CN209330426 U CN 209330426U
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- intermediate frequency
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- anode steel
- heating apparatus
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Abstract
The utility model provides a kind of anode steel stub straightening machine energy-saving heating apparatus, the frame of interior sky including rectangular-shape, there are four inline workpiece holes for the frame upper surface processing, including four intermediate frequency furnace and sliding equipments as made of multilayer silicon steel sheet stacking being arranged in frame, four intermediate frequency furnaces are inline and face described in workpiece hole lower section distribution, it is made of in structure intermediate frequency furnace and sliding equipment, the back-and-forth motion of inside induction furnace is driven by sliding equipment, and during back-and-forth motion realize on the inside of induction furnace on-off, and then realize the energy conservation of inside working furnace, and structure ingenious in design is simple, screw rod is driven to drive this structure of the work of sliding equipment simple by handwheel in sliding, and consumption energy conservation production cost is not needed, and it is provided with below intermediate frequency furnace Dust-extraction unit and dust storage chamber enable residue in device to clear up the fortune for protecting equipment in time.
Description
Technical field
The utility model relates to a kind of processing units of industrial electrolysis aluminium, and in particular to a kind of anode steel stub straightening machine energy conservation
Heating device.
Background technique
Essential device in the technique Anodic steel pawl of industrial electrolysis aluminium, when steel pawl carry out a series of motors and
Steel pawl head therein has the different degrees of damage be curved to the inside after work, so that it cannot work normally.And at present most
Effectively easy method be reach to be straightened outside in anode steel pawl head respectively by the transformation to straightener, thus
Energy saving and the purpose for reducing the damage of steel pawl, and be often to carry out four paws while correcting, but pass through to improve correction efficiency
The case where receiving in statistics anode steel claw largely appears in two sides pawl head, and the interior receipts situation of two pawl head of inside is less, and (statistical magnitude is about
For 20-30%).Therefore using four paws simultaneously be straightened cannot internally outside pawl head contraction situation screened, cause inside it is complete
Good pawl head also heats therewith, causes the waste of the energy, and for causing the damage of pawl head after intact pawl head heating.
Utility model content
The utility model aiming at the shortcomings in the prior art, provides kind of an anode steel stub straightening machine energy-saving heating apparatus, should
Straightener heating device solves the technical issues of energy waste in the prior art and high production cost.
The problem of the utility model, is not limited to purpose mentioned above, the utility model technical field it is general
Logical technical staff can be expressly understood that unmentioned other problems according to following contents.
6, the technical solution of the utility model is as follows: a kind of anode steel stub straightening machine energy-saving heating apparatus, including cuboid
The frame of the interior sky of shape, there are four inline workpiece holes for the frame upper surface processing, including what is be arranged in frame
Four stacked as multilayer silicon steel sheet made of intermediate frequency furnace and sliding equipments, four intermediate frequency furnaces are inline and face
The lower section of the workpiece hole is distributed, and the upper of the sliding equipment, the sliding is arranged in two inner inside intermediate frequency furnaces
Mechanism includes pedestal, is in supporting block, the support shaft being slidably connected with pedestal from bottom to up, and the support shaft is arranged in the support
On block, and between support shaft two intermediate frequency furnace on the outermost side, in two Medium frequency induction of upper end face outermost of support shaft
An intermediate frequency furnace is connected separately on the two sides of furnace, so that two intermediate frequency furnaces of inside can be slided individually, wherein
Two intermediate frequency furnaces in inside, which are touched and depressed when sliding into below the workpiece hole face, switchs two intermediate frequencies so that inside
Induction furnace circuit communication has just unclamped switch when induction furnace is far from workpiece hole in inside so that inside induction furnace circuit disconnects；
The base upper surface is provided with two slide rails and is provided with one among two slide rails and protrudes from pedestal
The drive lead screw of surface installation, the supporting block is by slide rail and the base contacts and by slide rail on pedestal
Sliding is provided with the screw thread to match with the drive lead screw in the middle part of supporting block and base contacts face, so that being driven
Screw rod drives lower supporting block can be towards drawing close/sliding far from the switch, and the screw rod stretches out the outer one end of the frame and is provided with one
Handwheel, so that rotation handwheel can drive screw rod to rotate.
Further, be provided with dust storage chamber below the intermediate frequency furnace, and dust storage chamber by be arranged in frame
Face be equipped with handwheel side lateral wall on dust-extraction unit connection so that heating fall off after residue will not be deposited on institute
It states in intermediate frequency furnace.
Further, the workpiece pore size passes through after anode steel claw can be allowed to deform.
Further, the circuit heated in the intermediate frequency furnace should meet two Medium frequency inductions of inside under normal circumstances
Furnace does not work, and four intermediate frequency furnaces work at the same time when inside, induction furnace is moved to immediately below the workpiece hole.
Further, one layer of thermal insulation layer is provided between the intermediate frequency furnace and the dust storage chamber.
The utility model has the beneficial effects that the utility model is made of in structure intermediate frequency furnace and sliding equipment, lead to
Cross sliding equipment drive inside induction furnace back-and-forth motion, and during back-and-forth motion realize on the inside of induction furnace on-off, into
And the energy conservation of inside working furnace is realized, and structure ingenious in design is simple, drive screw rod to drive cunning by handwheel in sliding
This structure of the work of motivation structure is simple, and does not need consumption energy conservation production cost, and sets below intermediate frequency furnace
It is equipped with dust-extraction unit and dust storage chamber enables residue in device to clear up the operation for protecting equipment in time.
Detailed description of the invention
Fig. 1 is the utility model facing structure figure
Fig. 2 is sectional view along A-A in Fig. 1
Fig. 3 is the circuit diagram of the utility model intermediate frequency furnace
Component label instructions: frame 1, intermediate frequency furnace 3, pedestal 4, supporting block 5, support shaft 6, guide rail 7, passes workpiece hole 2
Dynamic screw rod 8, thermal insulation layer 9, dust-extraction unit 10, handwheel 11, dust storage chamber 12, anode steel claw 13, switch S.
Specific embodiment
It elaborates with reference to the accompanying drawing to the utility model.
As shown in Figs. 1-2, a kind of anode steel stub straightening machine energy-saving heating apparatus, the frame 1 of the interior sky including rectangular-shape,
There are four inline workpiece holes 2 for 1 upper surface of frame processing, which is characterized in that including be arranged in frame 1 four
It is a stacked as multilayer silicon steel sheet made of intermediate frequency furnace 3 and sliding equipment, four intermediate frequency furnaces 3 are inline and face
The lower section of the workpiece hole 2 is distributed, and the upper of the sliding equipment, the cunning is arranged in two inner inside intermediate frequency furnaces 3
Motivation structure includes pedestal 4, is in supporting block 5, the support shaft 6 being slidably connected with pedestal 4 from bottom to up, and the support shaft 6, which is arranged, to exist
It is outermost in the upper end face of support shaft 6 in the supporting block 5, and between two intermediate frequency furnace 3 on the outermost side of support shaft 6
It is connected separately with an intermediate frequency furnace 3 on the two sides of two intermediate frequency furnace 3 of side, so that two intermediate frequency furnaces 3 of inside
It can individually slide, wherein two intermediate frequency furnaces 3 in inside are touched when sliding into below 2 face of workpiece hole and depress switch
S makes two intermediate frequency furnaces, 3 circuit communication of inside, has just been unclamped in switch S makes when in inside, induction furnace is far from workpiece hole 2
Side induction furnace circuit disconnects；
4 upper surface of pedestal, which is provided with two slide rails 7 and is provided with one among two slide rails 7, protrudes from pedestal
The drive lead screw 8 of 4 upper surfaces installation, the supporting block 5 are contacted with the pedestal 4 by slide rail 7 and by slide rails 7
It is slided on pedestal 4, is provided with the screw thread to match with the drive lead screw 8 in the middle part of supporting block 5 and 4 contact surface of pedestal,
So that supporting block 5 can be towards drawing close/sliding far from the switch S under the driving of drive lead screw 8, the screw rod stretches out the frame
1 outer one end is provided with a handwheel 11, so that rotation handwheel 11 can drive screw rod to rotate.The setting of sliding equipment is so that being not required to
When wanting inside electric furnace rotation handwheel 11 can so that inside induction furnace far from workpiece hole 2, and while far from workpiece hole 2
The on-off unclamped the switch S of pressure, and then realized inside induction furnace to eliminate inside induction when not needing work
The electricity consumption of furnace, and this is improved so that monthly save the dosages of ten thousand degree of 7-8 electricity, greatly saves production cost, and the structure
Simple improvement cost is low.It far from space of the workpiece hole 2 after workpiece hole 2 under corresponding needs that pawl head can be accommodated completely in inside induction furnace
It places.
Further, the lower section of the intermediate frequency furnace 3 is provided with dust storage chamber 12, and dust storage chamber 12 with setting by existing
The face of frame 1 is equipped with the dust-extraction unit 10 on the lateral wall of 11 side of handwheel and is connected to, so that heating the residue after falling off not
It can be deposited in the intermediate frequency furnace 3.The setting of dust storage chamber 12 and dust-extraction unit after high-temperature heating so that falling
Residue can be cleared up timely by dust-extraction unit, ensure that the operation of equipment, and then improve the service life of equipment.
Further, the 2 diameter size of workpiece hole passes through after anode steel claw 13 can be allowed to deform.Guarantee that workpiece can protrude into set
Then standby middle carry out high-temperature process carries out mechanical alignment.
Further, as shown in figure 3, the circuit heated in the intermediate frequency furnace 3 should meet inside under normal circumstances
Two intermediate frequency furnaces 3 do not work, four intermediate frequency furnaces 3 are same when inside, induction furnace is moved to 2 underface of workpiece hole
When work.Heating alignment is carried out only with two groups of outside intermediate frequency furnace 3 under normal circumstances, there is the steel pawl of contraction distortion to inside
It is collected, after certain amount, inside induction furnace is moved to and is realized at workpiece mouth while heating alignment.
Further, one layer of thermal insulation layer 9 is provided between the intermediate frequency furnace 3 and the dust storage chamber 12.
Hereinafter, being illustrated to the effect of the embodiment constituted in the above described manner:
Intermediate frequency made of a kind of anode steel stub straightening machine energy-saving heating apparatus of the utility model is stacked as multilayer silicon steel sheet
Induction furnace 3 and sliding equipment composition, shown in concrete composition component and position (such as Fig. 1).Its working principle is that passing through setting
3 pairs of intermediate frequency furnace in frame 1 need the workpiece heated to carry out local heating to realize alignment, and by sliding equipment come
The on-off of adjustment inside induction furnace.Specified operational procedure: the top that the anode steel claw 13 being straightened will be needed to be moved to device checks
Whether pawl head needs to be straightened on the inside of workpiece, when for needing to be straightened, inside induction furnace is moved to the underface of workpiece hole 2, so
It is aligned and is put into workpiece hole 2 by pawl head afterwards, in heated work pieces insertion intermediate frequency furnace 3 to be added, then open control switch S heating
Then inside induction furnace when to the workpiece for not needing alignment, is repeated above-mentioned heating step far from workpiece hole 2 and plays realization workpiece by alignment
Alignment.
Finally, it is stated that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng
The utility model is described in detail according to preferred embodiment, those skilled in the art should understand that, it can be to this
The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model
It encloses, should all cover in the scope of the claims of the utility model.
Claims (5)
1. a kind of anode steel stub straightening machine energy-saving heating apparatus, the frame (1) of the interior sky including rectangular-shape, the frame (1)
Upper surface processing is there are four inline workpiece hole (2), which is characterized in that including be arranged in frame (1) four by
Intermediate frequency furnace (3) and sliding equipment made of multilayer silicon steel sheet stacks, four intermediate frequency furnaces (3) are inline and face
The lower section of the workpiece hole (2) is distributed, and the upper of the sliding equipment, institute is arranged in two inner inside intermediate frequency furnaces (3)
State sliding equipment includes pedestal (4) and pedestal (4) in supporting block (5), the support shaft (6) being slidably connected, the branch from bottom to up
It supports axis (6) to be arranged on the supporting block (5), and between support shaft (6) two intermediate frequency furnace (3) on the outermost side, is propping up
It supports and is connected separately with an intermediate frequency furnace (3) on the two sides of two intermediate frequency furnace (3) of upper end face outermost of axis (6),
So that two intermediate frequency furnaces (3) of inside can be slided individually, wherein two intermediate frequency furnaces (3) in inside slide into the work
Two intermediate frequency furnaces (3) circuit communication that switch (S) makes inside is touched and depressed when below part hole (2) face, is felt in inside
Just switch (S) has been unclamped when answering furnace far from workpiece hole (2) disconnects inside induction furnace circuit；
Pedestal (4) upper surface, which is provided with two slide rails (7) and is provided with one among two slide rails (7), protrudes from bottom
The drive lead screw (8) of seat (4) upper surface installation, the supporting block (5) are contacted simultaneously by slide rail (7) with the pedestal (4)
It is slided on pedestal (4) by slide rail (7), is provided with and the biography in the middle part of supporting block (5) and pedestal (4) contact surface
The screw thread that dynamic screw rod (8) match, so that driving lower supporting block (5) can be towards drawing close/separate the switch in drive lead screw (8)
(S) it slides, the screw rod stretches out the outer one end of the frame (1) and is provided with a handwheel (11), so that rotation handwheel (11) can drive
Dynamic screw rod rotation.
2. a kind of anode steel stub straightening machine energy-saving heating apparatus according to claim 1, which is characterized in that the Medium frequency induction
It is provided with below furnace (3) dust storage chamber (12), and dust storage chamber (12) is equipped with handwheel by the face with setting in frame (1)
(11) dust-extraction unit (10) connection on the lateral wall of side, so that the residue after heating falls off will not be deposited on the intermediate frequency
In induction furnace (3).
3. a kind of anode steel stub straightening machine energy-saving heating apparatus according to claim 2, which is characterized in that the workpiece hole
(2) pore size passes through after anode steel claw (13) can be allowed to deform.
4. a kind of anode steel stub straightening machine energy-saving heating apparatus according to claim 2, which is characterized in that the Medium frequency induction
Two intermediate frequency furnaces (3) that the circuit heated in furnace (3) should meet inside under normal circumstances do not work, when inside induction furnace moves
Four intermediate frequency furnaces (3) work at the same time when moving immediately below the workpiece hole (2).
5. a kind of anode steel stub straightening machine energy-saving heating apparatus according to claim 2, which is characterized in that the Medium frequency induction
One layer of thermal insulation layer (9) is provided between furnace (3) and the dust storage chamber (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821729894.8U CN209330426U (en) | 2018-10-23 | 2018-10-23 | A kind of anode steel stub straightening machine energy-saving heating apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821729894.8U CN209330426U (en) | 2018-10-23 | 2018-10-23 | A kind of anode steel stub straightening machine energy-saving heating apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209330426U true CN209330426U (en) | 2019-08-30 |
Family
ID=67708519
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821729894.8U Active CN209330426U (en) | 2018-10-23 | 2018-10-23 | A kind of anode steel stub straightening machine energy-saving heating apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209330426U (en) |
-
2018
- 2018-10-23 CN CN201821729894.8U patent/CN209330426U/en active Active
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