CN206358842U - A kind of anode carbon block die turnover apparatus - Google Patents
A kind of anode carbon block die turnover apparatus Download PDFInfo
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- CN206358842U CN206358842U CN201621450674.2U CN201621450674U CN206358842U CN 206358842 U CN206358842 U CN 206358842U CN 201621450674 U CN201621450674 U CN 201621450674U CN 206358842 U CN206358842 U CN 206358842U
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- rolling bearing
- frames
- bearing units
- sprocket wheel
- transmission shaft
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Abstract
The utility model discloses a kind of anode carbon block die turnover apparatus, including A frames, B frames, A rolling bearing units are installed towards the position of B frames on the inside of the sprocket wheel that A frame forward ends are installed with, it is installed with the inside of the sprocket wheel that B frame forward ends are installed with towards the position of A frames on the shaft portion between B rolling bearing units, the sprocket wheel that A rolling bearing units and A frame forward ends are installed with and band-type brake locking device is installed；The co-axial shafts that the chain wheel transmission shaft that A frame forward ends are installed with is installed through the end of A rolling bearing units part are put, the co-axial shafts that the chain wheel transmission shaft that B frame forward ends are installed with is installed through the end of B rolling bearing units put and are respectively arranged with steady pin.The utility model can easily reverse welding anode carbon block die blank and easily adjust anode carbon block die blank soldering angle, anode carbon block die blank welding job efficiency is improved, the utility model safe operation is reliable, easy to use, reduce worker's labor intensity.
Description
Technical field
The utility model belongs to a kind of Workpiece tilting device, especially belongs to a kind of anode carbon block die turnover apparatus.
Background technology
At present, need to complete anode carbon block by lifting turnover mould soldering angle when welding anode carbon block die blank
The welding of die blank.Generally first it is fixed using the welding support of 4 1.5 meters long, the ㎜ of diameter 100 channel-section steel, welding is finished
Its anode carbon block die blank is lifted with driving again afterwards four channel-section steels are removed；During the next solder side of reverse welding, then
Fixed with the welding support of 4 1.5 meters long, the ㎜ of diameter 100 channel-section steel；Complete the welding of a secondary anode carbon block die blank, it is necessary to
Completion could be welded by overturning 8 times.Both lost time, it is dangerous big, be difficult upset, soldering angle and be difficult adjustment, work effect
Rate is low, and worker's labor intensity is big.How making a kind of upset, conveniently, easily regulation angle, operating efficiency are high, safe, practical, reduce
The anode carbon block die turnover apparatus of worker's labor intensity is the technical issues that need to address.
Utility model content
Technical problem to be solved in the utility model is：A kind of anode carbon block die turnover apparatus is provided.Use the sun
Pole carbon block die turnover apparatus can easily not only overturn anode carbon block mould, easily regulation anode carbon block mould soldering angle, also
Welding job efficiency high, safe, practical, reduction worker's labor intensity, moreover it is possible to improve anode carbon block die blank welding job effect
Rate.
The utility model solve above-mentioned technical problem technical scheme be：A kind of anode carbon block die turnover apparatus, including
Frame, chain, motor, it is characterized in that：It is respectively A frames, B frames that the quantity of the frame, which is 2, and the motor is cycloidal type
Reducing motor, the A frames, B frames be corresponding to be installed in parallel between anode carbon block mould welding operation on the ground of steel and concrete structure,
The sprocket wheel that the A frames rear end end is installed with is that the sprocket wheel that driving wheel, forward end are installed with is driven pulley, the B frames
Rear end end, forward end are respectively mounted sprocket wheel；Towards the position of B frames on the inside of the sprocket wheel that the A frame forward ends are installed with
Put and A rolling bearing units be installed, the sprocket wheel axis that axis and the A frame forward ends of the A rolling bearing units are installed with is straight line,
The chain wheel transmission shaft that the A frames rear end end is installed with has the part stretched out on the outside of sprocket wheel, and the A frames rear end end is installed
What the chain wheel transmission shaft stretched out is connected towards the part on the outside of sprocket wheel using the driving wheel of belt and the cycloidal type reducing motor
Connect；The chain wheel transmission shaft that the A frames forward end is installed with has the part stretched out on the inside of the sprocket wheel, the A frames front end end
What the chain wheel transmission shaft that portion is installed with stretched out passes through A rolling bearing units and on A rolling bearing units towards B rack sections, the A
Band-type brake locking device is installed on the shaft portion between the sprocket wheel that rolling bearing units and the A frame forward ends are installed with；
B rolling bearing units are installed towards the position of A frames on the inside of the sprocket wheel that the B frames forward end is installed with, the B rolling bearing units
Axis is straight line with the sprocket wheel axis that B frame forward ends are installed with, the chain rotation that the B frames forward end is installed with
Moving axis has a part stretched out on the inside of the sprocket wheel, chain wheel shaft that the B frame forward ends are installed with stretch out towards A frames
Partially pass through B rolling bearing units and on B rolling bearing units, the A rolling bearing units, B rolling bearing units are corresponding, the A rolling bearing units
The extended line of axis, the extended line of B rolling bearing units axis are straight line；The sprocket wheel that the A frames forward end is installed with is passed
Moving axis is provided with coaxial axle sleeve, the chain gear transmission that the B frames forward end is installed with through the end of A rolling bearing units part
Axle is provided with coaxial axle sleeve through the end of B rolling bearing units part；The chain wheel transmission shaft that A frame forward ends are installed with is passed through
The co-axial shafts that the end of A rolling bearing units part is installed are put, the chain wheel transmission shaft that B frame forward ends are installed with is usherd to seat through B
The co-axial shafts that the end of bearing is installed, which are put, is respectively arranged with steady pin；
The quantity of the steady pin is 4, and steady pin is respectively symmetrically arranged on the chain that A frame forward ends are installed with two-by-two
The co-axial shafts that wheel shaft is installed through the end of A rolling bearing units part are put, the chain gear transmission that B frame forward ends are installed with
The co-axial shafts that axle is installed through the end of B rolling bearing units are put；
The electric apparatus control apparatus uses prior art, by PLC controls.
Utility model works process is：The two ends of anode carbon block die blank to be welded are welded into central shaft respectively and hung
Fill the central shaft that anode carbon block die blank one end to be welded welds and enter the chain that the utility model A frame forward ends are installed with
In the coaxial axle sleeve that wheel shaft is installed through the end of A rolling bearing units part, promotion the utility model B frames simultaneously will be to be welded
The central shaft that the anode carbon block die blank other end is welded enters the chain gear transmission that the utility model B frame forward ends are installed with
Axle is passed through in the coaxial axle sleeve of the end of B rolling bearing units part, and uses steady pin respectively by anode carbon block mould to be welded hair
The central shaft that base two ends are welded respectively is separately fixed at the chain wheel transmission shaft that A frame forward ends are installed with and passes through A rolling bearing units
In the coaxial axle sleeve that portions end is installed, the chain wheel transmission shaft that is installed with of B frame forward ends pass through the end of B rolling bearing units part
In the coaxial axle sleeve that portion is installed；Start cycloidal type reducing motor, chain drive welds anode carbon block die blank transposition for 45 degree
Best angle, startup band-type brake locking device fix it, and welding closes band-type brake locking device after finishing；Start cycloidal type deceleration electricity
Machine is inverted, and anode carbon block die flip is put minus 45 degree of optimal soldering angles by chain drive, is started band-type brake locking device and is consolidated
Fixed, welding closes band-type brake locking device after finishing；Start the reversion of cycloidal type reducing motor, anode carbon block mould is turned in chain drive
The minus 225 degree of optimal soldering angles of transposition, start band-type brake locking device and are fixed, and welding closes band-type brake locking device after finishing；
Start cycloidal type reducing motor to rotate forward, anode carbon block die flip is put 225 degree of optimal soldering angles by chain drive, start band-type brake
Locking device is fixed, and welding closes band-type brake locking device after finishing；Start cycloidal type reducing motor to rotate forward, chain drive will
Anode carbon block die flip puts 90 degree of optimal soldering angles, starts band-type brake locking device and is fixed, and welding is closed after finishing and embraced
Lock locking device；Start the reversion of cycloidal type reducing motor, anode carbon block die flip is put minus 90 degree optimal welding by chain drive
Angle, starts band-type brake locking device and is fixed, and after welding is finished, is capped plate weld；Start cycloidal type reducing motor to rotate forward, chain
45 degree of welding best angles of anode carbon block die blank transposition, startup band-type brake locking device fix it by bar transmission, have welded
Band-type brake locking device is closed after finishing；Start the reversion of cycloidal type reducing motor, anode carbon block die flip is put minus 45 by chain drive
Optimal soldering angle is spent, starts band-type brake locking device and is fixed, welding closes band-type brake locking device after finishing；Start cycloidal type
Anode carbon block die flip is put minus 225 degree of optimal soldering angles by the chain drive of reducing motor button, starts band-type brake locking device
It is fixed, welding closes band-type brake locking device after finishing；Start cycloidal type reducing motor to rotate forward, chain drive is by anode carbon block
Die flip puts 225 degree of optimal soldering angles, starts band-type brake locking device and is fixed, and welding closes the locked dress of band-type brake after finishing
Put；Start cycloidal type reducing motor to rotate forward, anode carbon block die flip is put 90 degree of optimal soldering angles by chain drive, start and embrace
Lock locking device is fixed, and welding closes band-type brake locking device after finishing；Start the reversion of cycloidal type reducing motor, chain drive
Anode carbon block die flip is put into minus 90 degree of optimal soldering angles, starts band-type brake locking device and is fixed.Welding is used after finishing
Driving, which is played, to be removed the anode carbon block mould of steady pin and hangs the utility model die turnover apparatus；Into next sun to be welded
Pole carbon block die blank welding job process.
The beneficial effects of the utility model are：Due to the utility model anode carbon block die turnover apparatus be provided with A frames,
B frames, the chain that cycloidal type reducing motor, A frames, B frames are set with, based on the sprocket wheel that A frames rear end end is installed with
The sprocket wheel that driving wheel, forward end are installed with is driven pulley, and B frames rear end end, forward end are respectively mounted sprocket wheel；A frames
A rolling bearing units are installed towards the position of B frames on the inside of the sprocket wheel that forward end is installed with, A frames rear end end is installed with
Part on the outside of the direction of the chain wheel transmission shaft stretching sprocket wheel uses the driving wheel with belt and the cycloidal type reducing motor to connect
Connect；The chain wheel transmission shaft that A frame forward ends are installed with has the part stretched out on the inside of the sprocket wheel, and A frames forward end is installed
The chain wheel transmission shaft stretch out towards B rack sections through A rolling bearing units and on A rolling bearing units, A rolling bearing units with
Power transmission shaft band-type brake locking device is installed on the shaft portion between the sprocket wheel that the A frame forward ends are installed with；B frames
B rolling bearing units are installed towards the position of A frames on the inside of the sprocket wheel that forward end is installed with, B frame forward ends are installed with
Chain wheel shaft has a part stretched out on the inside of the sprocket wheel, chain wheel shaft that B frame forward ends are installed with stretch out towards A
Rack section is through B rolling bearing units and on B rolling bearing units；The chain wheel transmission shaft that A frame forward ends are installed with passes through A
The end of rolling bearing units part is provided with coaxial axle sleeve, and the chain wheel transmission shaft that B frame forward ends are installed with passes through B rolling bearing units
Partial end is provided with coaxial axle sleeve；The chain wheel transmission shaft that A frame forward ends are installed with is pacified through the part of A rolling bearing units
The co-axial shafts that the chain wheel transmission shaft that the co-axial shafts of dress are put, B frame forward ends are installed with is installed through the part of B rolling bearing units
Put and be respectively arranged with steady pin.The central shaft that easily can be welded at anode carbon block die blank two ends to be welded respectively enters
The chain wheel transmission shaft that the utility model A frame forward ends are installed with is passed through in the coaxial axle sleeve that A rolling bearing units part is installed, B
In the coaxial axle sleeve that the chain wheel transmission shaft that frame forward end is installed with is installed through B rolling bearing units part, and respectively using solid
The central shaft that the two ends of anode carbon block die blank to be welded are welded respectively is separately fixed at A frames forward end and installed by rationed marketing
The chain gear transmission that the chain wheel transmission shaft is passed through in the coaxial axle sleeve that A rolling bearing units part is installed, B frame forward ends are installed with
In the coaxial axle sleeve that axle is installed through B rolling bearing units part.The utility model can easily overturn anode carbon block weld mold hair
Base and easily regulation anode carbon block die blank soldering angle, improve anode carbon block die blank welding job efficiency, this
Utility model safe operation is reliable, easy to use, reduce worker's labor intensity.
Brief description of the drawings
The utility model is further illustrated with reference to the accompanying drawings and examples；
Fig. 1 is structural representation of the present utility model；
Fig. 2 is top view of the present utility model；
In accompanying drawing：1. chain, 2. motors, 3.A frames, 4.B frames, 5.A rolling bearing units, 6. band-type brake locking devices, 7.B bands
Seat bearing, 8. steady pins, 9 axle sleeves.
Embodiment
The utility model is described in further detail below by specific embodiment.
Embodiment 1
As shown in Figure 1 and Figure 2, a kind of anode carbon block die turnover apparatus, including frame, chain 1, motor 2, it is characterized in that：
It is respectively A frames 3, B frames 4 that the quantity of the frame, which is 2, and the motor 2 is cycloidal type reducing motor, the A frames 3, B machines
Frame 4 is corresponding to be installed in parallel between mould welding operation on the ground of steel and concrete structure, what the rear end end of A frames 3 was installed with
Sprocket wheel is that the sprocket wheel that driving wheel, forward end are installed with is driven pulley, and the rear end end of B frames 4, forward end are respectively mounted
Sprocket wheel；A rolling bearing units 5 are installed towards the position of B frames 4 on the inside of the sprocket wheel that the forward end of A frames 3 is installed with, the A bands
The axis of seat bearing 5 is straight line with the sprocket wheel axis that the forward end of A frames 3 is installed with, the rear end end of A frames 3 peace
The chain wheel transmission shaft being filled with has the part stretched out on the outside of the sprocket wheel, the chain gear transmission shaft extension that the rear end end of A frames 3 is installed with
Part on the outside of the direction gone out the sprocket wheel is connected using belt with the driving wheel of the cycloidal type reducing motor；Before the A frames 3
The chain wheel transmission shaft that end end is installed with has the part stretched out on the inside of the sprocket wheel, the sprocket wheel that the forward end of A frames 3 is installed with
What power transmission shaft stretched out partially passes through A rolling bearing units 5 and on the A rolling bearing units 5 towards B frames 4, the A rolling bearing units 5 with
Band-type brake locking device 6 is installed on shaft portion between the sprocket wheel that the forward end of A frames 3 is installed with；The B frames 4
B rolling bearing units 7 are installed towards the position of A frames 3 on the inside of sprocket wheel that forward end is installed with, the axis of the B rolling bearing units 7 with
The sprocket wheel axis that the forward end of B frames 4 is installed with is straight line, the chain wheel shaft that the forward end of B frames 4 is installed with
With the part stretched out on the inside of the sprocket wheel, chain wheel shaft that the forward end of B frames 4 is installed with stretch out towards A frames 3
Point through B rolling bearing units 7 and on the B rolling bearing units 7, the A rolling bearing units 5, B rolling bearing units 7 are corresponding, and the A ushers to seat axle
The extended line of bearing axis 5, the extended line of the axis of B rolling bearing units 7 are straight line；The chain that the forward end of A frames 3 is installed with
Wheel shaft is provided with coaxial axle sleeve 9, the chain that the forward end of B frames 4 is installed with through the end of the part of A rolling bearing units 5
Wheel shaft is provided with coaxial axle sleeve 9 through the end of the part of B rolling bearing units 7；The sprocket wheel that the forward end of A frames 3 is installed with is passed
The chain gear transmission that moving axis is passed through on the coaxial axle sleeve 9 that the end of the part of A rolling bearing units 5 is installed, the forward end of B frames 4 is installed with
Steady pin 8 is respectively arranged with the coaxial axle sleeve 9 that axle is installed through the end of B rolling bearing units 7；
The quantity of the steady pin 8 is 4, and steady pin 8 is respectively symmetrically installed with installed in the forward end of A frames 3 two-by-two
The coaxial axle sleeve 9 installed through the end of the part of A rolling bearing units 5 of chain wheel transmission shaft on, the forward end of B frames 4 is installed with
On the coaxial axle sleeve 9 that chain wheel transmission shaft is installed through the end of B rolling bearing units 7.
By above-mentioned description, those skilled in the art completely can be in the model without departing from this invention technological thought
In enclosing, various changes and amendments are carried out all within protection domain of the present utility model.Unaccomplished matter of the present utility model,
Belong to the common knowledge of those skilled in the art.
Claims (2)
1. a kind of anode carbon block die turnover apparatus, including frame, chain, motor, it is characterized in that：The quantity of the frame is 2
Bar is respectively A frames, B frames, and the motor is cycloidal type reducing motor, and the A frames, B frames are corresponding is installed in parallel in mould
Between tool welding operation on the ground of steel and concrete structure, the sprocket wheel that the A frames rear end end is installed with is driving wheel, forward end peace
The sprocket wheel being filled with is driven pulley, and the B frames rear end end, forward end are respectively mounted sprocket wheel；The A frames forward end is pacified
A rolling bearing units are installed towards the position of B frames on the inside of the sprocket wheel being filled with, axis and the A frame forward ends of the A rolling bearing units
The sprocket wheel axis being installed with is straight line, and the chain wheel transmission shaft that the A frames rear end end is installed with, which has, stretches out the sprocket wheel
The part in outside, the part on the outside of the direction sprocket wheel that chain wheel transmission shaft that the A frames rear end end is installed with stretches out uses skin
Band is connected with the driving wheel of the cycloidal type reducing motor；The chain wheel transmission shaft that the A frames forward end is installed with, which has, to be stretched
The part gone out on the inside of the sprocket wheel, what the chain wheel transmission shaft that the A frame forward ends are installed with stretched out passes through A towards B rack sections
Rolling bearing units are simultaneously arranged on A rolling bearing units, between the sprocket wheel that the A rolling bearing units and the A frame forward ends are installed with
Band-type brake locking device is installed on shaft portion；Towards the position of A frames on the inside of the sprocket wheel that the B frames forward end is installed with
Put and B rolling bearing units be installed, the sprocket wheel axis that axis and the B frame forward ends of the B rolling bearing units are installed with is straight line,
The chain wheel shaft that the B frames forward end is installed with has the part stretched out on the inside of the sprocket wheel, B frames forward end peace
The chain wheel shaft that is filled with stretch out towards A rack sections through B rolling bearing units and on B rolling bearing units, the A ushers to seat axle
Hold, B rolling bearing units it is corresponding, the extended line of the A rolling bearing units axis, the extended line of B rolling bearing units axis be straight line；Institute
State the chain wheel transmission shaft that A frame forward ends are installed with and coaxial axle sleeve is installed through the end of A rolling bearing units part, it is described
The chain wheel transmission shaft that B frame forward ends are installed with is provided with coaxial axle sleeve through the end of B rolling bearing units part；A frames
The co-axial shafts that the chain wheel transmission shaft that forward end is installed with is installed through the end of A rolling bearing units part are put, B frames front end end
The co-axial shafts that the chain wheel transmission shaft that portion is installed with is installed through the end of B rolling bearing units, which are put, is respectively arranged with steady pin.
2. a kind of anode carbon block die turnover apparatus according to claim 1, it is characterized in that：The quantity of the steady pin is 4
Individual, the chain wheel transmission shaft that steady pin is respectively symmetrically installed with installed in A frame forward ends two-by-two passes through A rolling bearing units part
The chain wheel transmission shaft that the co-axial shafts that end is installed are put, B frame forward ends are installed with is installed through the end of B rolling bearing units
Co-axial shafts are put.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621450674.2U CN206358842U (en) | 2016-12-27 | 2016-12-27 | A kind of anode carbon block die turnover apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621450674.2U CN206358842U (en) | 2016-12-27 | 2016-12-27 | A kind of anode carbon block die turnover apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206358842U true CN206358842U (en) | 2017-07-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621450674.2U Active CN206358842U (en) | 2016-12-27 | 2016-12-27 | A kind of anode carbon block die turnover apparatus |
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| Country | Link |
|---|---|
| CN (1) | CN206358842U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106743429A (en) * | 2016-12-27 | 2017-05-31 | 济南澳海炭素有限公司 | A kind of anode carbon block die turnover apparatus |
-
2016
- 2016-12-27 CN CN201621450674.2U patent/CN206358842U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106743429A (en) * | 2016-12-27 | 2017-05-31 | 济南澳海炭素有限公司 | A kind of anode carbon block die turnover apparatus |
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