CN208666894U - Hanged armful of folder of anode electrolytic cell carbon block - Google Patents
Hanged armful of folder of anode electrolytic cell carbon block Download PDFInfo
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- CN208666894U CN208666894U CN201821178101.8U CN201821178101U CN208666894U CN 208666894 U CN208666894 U CN 208666894U CN 201821178101 U CN201821178101 U CN 201821178101U CN 208666894 U CN208666894 U CN 208666894U
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Abstract
A kind of hanged armful of folder of anode electrolytic cell carbon block, including first, second clamping arm, and first, second connecting plate, first clamping arm is by first, first resistance arm connects and composes, the lower end of first resistance arm is equipped with first armful of clamping plate, second clamping arm is by second, second resistance arm connects and composes, the lower end of second resistance arm is equipped with second armful of clamping plate, first, passing through the first hinged shaft between second clamping arm is hingedly in X-shaped, the lower end of first connecting plate is formed hingedly by the through-hole that the second hinged shaft passes through the first power arm upper end, the lower end of second connecting plate is formed hingedly by the through-hole that third hinged shaft passes through the second power arm upper end, the upper end of first connecting plate, the upper end of second connecting plate is formed hingedly by the 4th hinged shaft, make the first connecting plate, second connecting plate, first power arm, the connected structure that assumes diamond in shape of second power arm, second hinge A strut is hingedly equipped on axis, the free end of the strut is equipped with the opening being caught in for third hinged shaft.
Description
Technical field
The utility model relates to Aluminium Industry field, in particular to hanged armful of folder of a kind of anode electrolytic cell carbon block.
Background technique
Modern Aluminium Industry production uses cryolite-alumina molten salt electrolysis, and molten cryolitic is solvent, aluminium oxide
As solute, using carbon block as anode, molten aluminum is as cathode.The matched anode of electrolytic cell is by carbon block, steel pawl, the weldering of steel al blasting
Block, aluminum conducting rod connect and compose, wherein carbon block is cast by ferrophosphorus and fixed with steel pawl, and steel pawl and steel aluminum explosive weld block make steel-
Steel welds the anode carbon block to form the T-shaped structure in cross section, and the explosion welding block of aluminum conducting rod and anode carbon block is made aluminium-aluminium and welded
It connects, constitutes complete anode.Each matching used anode quantity of electrolytic cell is up to 32 pieces, and the weight of anode is up to 1.5T.
Under normal circumstances, these anodes are to hook the hole for hoist of aluminum conducting rod tail end using crane to be lifted.However,
Because of a variety of causes, often there is the fortuitous event to fall off with aluminum conducting rod in steel aluminum explosive weld block, so that anode damages, T-shaped structure
Anode carbon block be located under the horizontal cover plate of electrolytic cell, cause anode cannot using normal condition lifting mode lift by crane.
Due to no dedicated hanged tool, it is time-consuming and laborious to take out the anode carbon block that these fall, and hangs and falls one piece of carbon block just
It leads electrolytic cell and lacks one piece of anode block conduction, the current density for increasing other anode blocks also increases disappearing for anode block
Speed is consumed, the efficiency of electrolytic tank electrolysis aluminium is seriously reduced, also wastes the means of production of enterprise, being unfavorable for enterprise reduces electrolytic aluminium
Production cost.
Summary of the invention
The purpose of this utility model is in view of the deficiencies of the prior art, to provide hanged armful of a kind of anode electrolytic cell carbon block
Folder, structure are simple and convenient to operate, and by being connected in potroom driving, realization will fall off the anode carbon in electrolytic cell
Block is hanged out, for replacing intact anode, guarantees that electrolytic cell operates normally.
The technical solution of the utility model is: a kind of hanged armful of folder of anode electrolytic cell carbon block, including the first clamping arm, the
Two clamping arms and the first connecting plate, the second connecting plate, first clamping arm are connected by the first power arm, the first resistance arm
It constituting, the upper end of the first resistance arm is bending to the right, is fixedly connected with the lower end of the first power arm, and the first power arm is tilted to the right,
The lower end of first resistance arm is equipped with the first armful of clamping plate extended to the right, and second clamping arm is by the second power arm, the second resistance
Arm connects and composes, and the upper end of the second resistance arm is bending to the left, is fixedly connected with the lower end of the second power arm, and the second power arm is to the left
Inclination, the lower end of the second resistance arm are equipped with the second armful of clamping plate extended to the left, the first power arm, the second power arm, the first resistance
Arm, the second resistance arm upper end be equipped with through-hole, pass through the by the first hinged shaft between first clamping arm, the second clamping arm
One resistance arm, the second resistance arm upper end through-hole be hingedly in X-shaped, space between the first resistance arm, the second resistance arm, which is formed, to be supplied
The grasping part of anode carbon block is clamped, the lower end of first connecting plate passes through the logical of the first power arm upper end by the second hinged shaft
Hole is formed hingedly, and the lower end of second connecting plate is formed hingedly by the through-hole that third hinged shaft passes through the second power arm upper end,
The upper end of first connecting plate, the second connecting plate upper end formed hingedly by the 4th hinged shaft, make the first connecting plate, second connection
Plate, the first power arm, the second power arm, which are connected, to assume diamond in shape structure, and a strut is hingedly equipped on second hinged shaft, the strut
Free end is equipped with the opening being caught in for third hinged shaft.
The hinged end of the strut is equipped with strip-shaped hole, which extends along the length direction of strut, and the strut passes through
Strip-shaped hole is hinged on the second hinged shaft.
First power arm, the first resistance arm are integrally formed using stainless steel material constitutes the first clamping arm, and described the
Two power arms, the second resistance arm are integrally formed using stainless steel material constitutes the second clamping arm.
First clamping arm, the second clamping arm pass through stainless steel plate punch forming be lamina structure, described first
The lower end that clamping plate is weldingly fixed on the first clamping arm is embraced, is extended towards the second clamping arm, second armful of clamping plate is weldingly fixed on
The lower end of second clamping arm extends towards the first clamping arm, the first resistance arm, the second resistance arm, first armful of clamping plate, second armful of folder
Space between plate forms grasping part.
It is double panel structure, first armful of folder that first clamping arm, the second clamping arm, which pass through stainless steel plate punch forming,
The distance between arm two-ply is greater than the distance between second clamping arm two-ply, and second clamping arm passes through first armful of folder
Arm, and formed hingedly by the first hinged shaft through the doubling plate of the first clamping arm, the doubling plate of the second clamping arm, described first armful
Clamping plate is arranged between the first clamping arm two-ply by welding, and also welding is provided with the first limit between the first clamping arm two-ply
Position plate, the first limit plate are in vertical distribution with first armful of clamping plate, and second armful of clamping plate is arranged by welding in the second clamping arm
Between two-ply, also welding is provided with the second limit plate, the second limit plate and second armful of clamping plate between the second clamping arm two-ply
It is in vertical distribution, the first clamping arm two-ply, first armful of clamping plate, the first limit plate, the second clamping arm two-ply, second armful of folder
Space between plate, the second limit plate forms grasping part.
The quantity of first connecting plate is two, is arranged between the first clamping arm two-ply, second connecting plate
Quantity two, be arranged between the second clamping arm two-ply, between two the first connecting plates, between two the second connecting plates point
It is not separated by bushing.
It is connected between the lower end of first resistance arm and the elongated end of first armful of clamping plate by the first inclined-plane.
It is connected between the lower end of second resistance arm and the elongated end of second armful of clamping plate by the second inclined-plane.
It has the advantages that by adopting the above technical scheme
1, hanged armful of anode electrolytic cell carbon block folder includes the first clamping arm, the second clamping arm and the first connecting plate, the
Two connecting plates, the lower end of the first resistance arm are equipped with the first armful of clamping plate extended to the right, and the lower end of the second resistance arm is equipped with prolongs to the left
The second armful of clamping plate stretched passes through the first resistance arm, the second resistance arm by the first hinged shaft between the first clamping arm, the second clamping arm
The through-hole of upper end is hingedly in X-shaped, and the space between the first resistance arm, the second resistance arm forms the clamping sky for loading anode carbon block
Between.It opens, can be entered by the opening of opening to hanged anode carbon block in grasping part or hanged when grasping part is open
Anode carbon block by open opening be transferred out of grasping part to designated position；It is closed when grasping part is open, anode carbon block
It by first armful of clamping plate, second armful of clamping plate bearing, and is clamped, is realized hanged by the first resistance arm, the second resistance arm.First connecting plate
Lower end formed hingedly by the through-hole that the second hinged shaft passes through the first power arm upper end, the lower end of the second connecting plate passes through third hinge
Axis pass through the second power arm upper end through-hole formed hingedly, the upper end of the first connecting plate, the second connecting plate upper end pass through the 4th
Hinged shaft is formed hingedly, and the connected structure that assumes diamond in shape of the first connecting plate, the second connecting plate, the first power arm, the second power arm is made,
In, the first power arm, the second power arm free end be located on the both ends of diamond structure horizontal diagonal line, work as diamond structure
When vertical cornerwise length, the length of diamond structure horizontal diagonal line shortens, and makes the first power arm, the second power arm certainly
Shortened by the distance between end, realizes the distance between the first resistance arm of control, the second resistance arm free end shortening, grasping part
Opening closure, the corresponding hanged process of anode carbon block；When cornerwise length shortens diamond structure vertically, diamond structure level is right
The length of linea angulata increases, and increases the distance between the first power arm, the second power arm free end, realizes the first resistance of control
The growth of the distance between arm, the second resistance arm free end, grasping part opening are opened, and corresponding anode carbon block enters or be transferred out of folder
Hold the process in space.Hanged armful of folder is suspended in potroom driving by the 4th hinged shaft, is promoted, is reduced, shifting hanged armful of folder.
A strut is hingedly equipped on second hinged shaft, the free end of the strut is equipped with the opening being caught in for third hinged shaft, when third hinged shaft card
Enter in the opening of strut, limits the distance between the second hinged shaft, third hinged shaft, namely define the first power arm, the second power
The distance between arm free end makes the opening of grasping part keep open configuration, when hanged armful of folder drops in electrolytic cell, fall
Anode carbon block entered in grasping part by the opening opened, remove strut, release the spacing to the second hinged shaft, third hinged shaft
From restriction, by driving promoted the 4th hinged shaft height, the distance between the first hinged shaft, the 4th hinged shaft increase, the second hinged shaft,
The distance between third hinged shaft shortens, and closes up first armful of clamping plate, second armful of clamping plate in opposite directions, is formed and is supported to anode carbon block, the
The distance between one resistance arm, second resistance arm continue after foreshortening to clamping anode carbon block, and anode carbon block consolidates hanged electrolysis out
Slot, until the first resistance arm, the second resistance arm lower end bottom out behind designated position, the first hinged shaft is highly stable, the height of the 4th hinged shaft
Continue to decline, makes first armful of clamping plate, second armful of clamping plate backwards to mobile, bearing of the releasing to anode carbon block, with strut restriction second
The distance between hinged shaft, third hinged shaft make the opening of grasping part keep open configuration, and it is high that control driving promotes hanged armful of folder
Degree, anode carbon block are remaining anode carbon for being detached from grasping part and being transferred to designated position, and can be used for falling in hanged electrolytic cell
Block realizes the purpose of quickly hanged anode carbon block.
2, the hinged end of strut is equipped with strip-shaped hole, which extends along the length direction of strut, and the strut passes through item
Shape hole is hinged on the second hinged shaft, can adjust the distance between the free end opening of strut and the second hinged shaft by strip-shaped hole, convenient
Third hinged shaft is caught in the opening of strut by staff, and flexible utilization strut limits between the first resistance arm, the second resistance arm
Distance.
3, the first power arm, the first resistance arm are integrally formed using stainless steel material constitutes the first clamping arm, and described second
Power arm, the second resistance arm are integrally formed using stainless steel material constitutes the second clamping arm, and to be clipped in electrolytic cell strong due to hanged armful
Magnetic field environment uses, antimagnetic using stainless steel material, it may have and very high antiseptic property both can guarantee electrolytic cell normal operation,
Also the service life of hanged armful of folder is effectively ensured.
4, the first clamping arm two-ply, first armful of clamping plate, the first limit plate, the second clamping arm two-ply, second armful of clamping plate,
Space between second limit plate forms grasping part, and hanged anode carbon block is located in the grasping part, forms multi-faceted limit
Position avoids anode carbon block from sliding out during hanged, guarantees hanged safety.
5, it is connected between the lower end of the first resistance arm and the elongated end of first armful of clamping plate by the first inclined-plane, the second resistance arm
Lower end and the elongated end of second armful of clamping plate between be connected by the second inclined-plane, increase grasping part opening width, conducive to wait hang
Anode carbon block is taken to can smoothly enter into grasping part.
It is further described with reference to the accompanying drawings and detailed description.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the cross-sectional view of Fig. 1；
Fig. 3 is the structural schematic diagram of the first clamping arm of the utility model；
Fig. 4 is the side view of Fig. 3；
Fig. 5 is the structural schematic diagram of the second clamping arm of the utility model；
Fig. 6 is the side view of Fig. 5；
Fig. 7 is the structural schematic diagram of the utility model strut；
Fig. 8 is the structural schematic diagram of the first connecting plate of the utility model.
In attached drawing, 1 is the first clamping arm, and 1a is the first power arm, and 1b is the first resistance arm, and 2 be the second clamping arm, and 3 are
First connecting plate, 4 be the second connecting plate, and 5 be first armful of clamping plate, and 6 be second armful of clamping plate, and 7 be the first hinged shaft, and 8 be grasping part,
9 be the second hinged shaft, and 10 be third hinged shaft, and 11 be the 4th hinged shaft, and 12 be strut, and 12a is opening, and 12b is strip-shaped hole, and 13 be first
Limit plate, 14 be the second limit plate, and 15 be the first inclined-plane, and 16 be the second inclined-plane.
Specific embodiment
It is a kind of specific embodiment of hanged armful of folder of anode electrolytic cell carbon block referring to Fig. 1 to Fig. 8.Anode electrolytic cell charcoal
Hanged armful of folder of block includes the first clamping arm 1, the second clamping arm 2 and the first connecting plate 3, the second connecting plate 4, first armful of folder
The stainless steel material that arm 1, the second clamping arm 2, the first connecting plate 3, the second connecting plate 4 are all made of corrosion-resistant, antimagnetic material is made.
First clamping arm 1 is connected and composed by the first power arm 1a, the first resistance arm 1b, and the upper end of the first resistance arm 1b is curved to the right
Song is fixedly connected with the lower end of the first power arm 1a, and the first power arm 1a is tilted to the right, the lower end of the first resistance arm 1b be equipped with to
First armful of clamping plate 5 of right extension, second clamping arm 2 are connected and composed by the second power arm 2a, the second resistance arm 2b, the second resistance
The upper end of arm of force 2b is bending to the left, is fixedly connected with the lower end of the second power arm 2a, and the second power arm 2a is tilted to the left, the second resistance
The lower end of arm of force 2b is equipped with second armful of clamping plate 6 extending to the left, and in the present embodiment, the first power arm 1a, the first resistance arm 1b are adopted
It is integrally formed with stainless steel material and constitutes the first clamping arm 1, the second power arm 2a, the second resistance arm 2b use stainless steel material one
The second clamping arm 2 of body formed composition, specifically, first clamping arm 1, the second clamping arm 2 are struck out by stainless steel plate
Type is double panel structure, and the distance between 1 two-ply of the first clamping arm is greater than the distance between 2 two-ply of the second clamping arm, the
It is welded with link block between two layers one clamping arm, the second clamping arm of stainless steel plate and keeps shape, be specifically located at resistance arm and moves
At the link position of the arm of force.Second clamping arm 2 passes through the first clamping arm 1, and runs through the first clamping arm by the first hinged shaft 7
Doubling plate, the second clamping arm doubling plate after be threadedly engaged nut again and formed hingedly.First armful of clamping plate 5 is existed by welding setting
Between first clamping arm two-ply, also welding is provided with the first limit plate 13, the first limit plate between the first clamping arm two-ply
13 are in vertical distribution with first armful of clamping plate 5, are kept by link block, the first limit plate, the first armful of clamping plate in the first clamping arm
The shape of first two layers of clamping arm stainless steel plate, second armful of clamping plate 6 by welding setting the second clamping arm two-ply it
Between, also welding is provided with the second limit plate 14 between the second clamping arm two-ply, and the second limit plate 14 and second armful of clamping plate 6 are in vertical
Straight distribution keeps two layers of stainless steel of the second clamping arm by link block, the second limit plate, the second armful of clamping plate in the second clamping arm
The shape of plate.Certainly, the first clamping arm 1, the second clamping arm 2 can also be lamina structure by stainless steel plate punch forming,
First armful of clamping plate 5 is weldingly fixed on the lower end of the first clamping arm 1, extends towards the second clamping arm 2, second armful of clamping plate
6 are weldingly fixed on the lower end of the second clamping arm 2, extend towards the first clamping arm 1, the first resistance arm 1b, the second resistance arm 2b, the
Space between one armful of clamping plate, 5, second armfuls of clamping plates 6 forms grasping part 8, the first clamping arm of this lamina structure, second
Clamping arm structure is simple, weight is lighter, but in hanged anode carbon block, to the restraining ability of anode carbon block compared with double panel structure
First clamping arm, the second clamping arm restraining ability are weak.First power arm 1a, the second power arm 2a, the first resistance arm 1b, the second resistance
The upper end of arm of force 2b is equipped with through-hole, passes through the first resistance by the first hinged shaft 7 between first clamping arm 1, the second clamping arm 2
Arm of force 1b, the second upper end resistance arm 2b through-hole be hingedly in X-shaped, the first clamping arm two-ply, first armful of clamping plate, the first limit
Plate, the second clamping arm two-ply, second armful of clamping plate, the space between the second limit plate form grasping part 8.First connecting plate 3
Quantity be two, be arranged between the first clamping arm two-ply, separated between two the first connecting plates 3 by bushing, two
The lower end of first connecting plate 3 is formed hingedly by through-hole, the bushing that the second hinged shaft 9 passes through the first upper end power arm 1a, and second connects
The quantity of fishplate bar 4 two, be arranged between the second clamping arm two-ply, between two the second connecting plates 4 respectively by bushing every
It opens, the lower end of the second connecting plate 4 is formed hingedly by through-hole, the bushing that third hinged shaft 10 passes through the second upper end power arm 2a.The
The upper end of one connecting plate 3, the second connecting plate 4 upper end formed hingedly by the 4th hinged shaft 11, specifically, two the second connecting plates
Between two the first connecting plates, and bushing is set between two the second connecting plates, the 4th hinged shaft pass through the first connecting plate,
Bushing, the second connecting plate and it is threadedly engaged nut, is formed hinged, makes the first connecting plate 3, the second connecting plate 4, the first power arm
The connected structure that assumes diamond in shape of 1a, the second power arm 2a.A strut 12, the freedom of the strut 12 are hingedly equipped on second hinged shaft 9
End is equipped with the opening 12a being caught in for third hinged shaft 10, third hinged shaft is caught in the opening of strut in order to facilitate staff, institute
The hinged end for stating strut 12 is equipped with strip-shaped hole 12b, and strip-shaped hole 12b extends along the length direction of strut 12, and the strut 12 is logical
Strip-shaped hole 12b is crossed to be hinged on the second hinged shaft 9.
Further, in order to be conducive to can smoothly enter into grasping part to hanged anode carbon block, the lower end of the first resistance arm 1b
Be connected between the elongated end of first armful of clamping plate 5 by the first inclined-plane 15, the lower end of the second resistance arm 2b and second armful of clamping plate 6
It is connected between elongated end by the second inclined-plane 16.
The application method of the utility model is to bypass the 4th hinged shaft by wirerope, hanged armful of folder is suspended on electrolysis vehicle
Between driving on, keep the height of hanged armful of folder, horizontal position adjustable.When needing the hanged anode carbon block fallen in electrolytic cell,
Third hinged shaft is caught in the opening of strut, keeps the opening of grasping part in the open state, hanged armful of transfer of control driving
Folder is located to above hanged anode carbon block, control driving declines hanged armful of folder highly, until the steel aluminum explosive weld block of anode carbon block into
After entering grasping part, control driving increases hanged armful of folder height, and the distance between the first hinged shaft, the 4th hinged shaft increase, the 4th hinge
The distance between axis, third hinged shaft reduce, and first armful of clamping plate, second armful of clamping plate is made to be formed and be supported to steel aluminum explosive weld block, and first
Limit plate, the second limit plate form steel aluminum explosive weld block and clamp, and control driving continues to increase hanged armful of folder height, and is transferred to
Designated position, control driving decline hanged armful of folder highly, until the carbon block of anode carbon block is contacted with designated position, the first clamping arm,
The lower end of second clamping arm is contacted with designated position, and the height of the 4th hinged shaft continues to reduce, between the first hinged shaft, the 4th hinged shaft
Distance reduces, and the distance between the second hinged shaft, third hinged shaft increase, and first armful of clamping plate, second armful of clamping plate are released to steel al blasting
The supporting role of welding block, after staff limits the distance between the second hinged shaft, third hinged shaft by strut, control driving is increased
Hanged armful of folder height, completes the hanged operation to anode carbon block.The hanged operation to other anode carbon blocks in electrolytic cell can be put into.
Claims (8)
1. hanged armful of a kind of anode electrolytic cell carbon block presss from both sides, it is characterised in that: including the first clamping arm (1), the second clamping arm
(2) and the first connecting plate (3), the second connecting plate (4),
First clamping arm (1) is connected and composed by the first power arm (1a), the first resistance arm (1b),
The upper end of first resistance arm (1b) is bending to the right, is fixedly connected with the lower end of the first power arm (1a), the first power arm
(1a) is tilted to the right, and the lower end of the first resistance arm (1b) is equipped with the first armful of clamping plate (5) extended to the right,
Second clamping arm (2) is connected and composed by the second power arm (2a), the second resistance arm (2b),
The upper end of second resistance arm (2b) is bending to the left, is fixedly connected with the lower end of the second power arm (2a), the second power arm
(2a) is tilted to the left, and the lower end of the second resistance arm (2b) is equipped with the second armful of clamping plate (6) extended to the left,
First power arm (1a), the second power arm (2a), the first resistance arm (1b), the second resistance arm (2b) upper end be equipped with it is logical
Hole,
The first resistance arm (1b), second are passed through by the first hinged shaft (7) between first clamping arm (1), the second clamping arm (2)
The through-hole of the upper end resistance arm (2b) is hingedly in X-shaped, and the space between the first resistance arm (1b), the second resistance arm (2b) is formed for folder
The grasping part (8) of anode carbon block is held,
The lower end of first connecting plate (3) forms hinge by the through-hole that the second hinged shaft (9) pass through the upper end the first power arm (1a)
It connects, the lower end of second connecting plate (4) forms hinge by the through-hole that third hinged shaft (10) pass through the upper end the second power arm (2a)
It connects, the upper end of the first connecting plate (3), the upper end of the second connecting plate (4) are formed hingedly by the 4th hinged shaft (11), make the first connection
The connected structure that assumes diamond in shape of plate (3), the second connecting plate (4), the first power arm (1a), the second power arm (2a),
A strut (12) hingedly are equipped on second hinged shaft (9), the free end of the strut (12) is equipped with for third hinged shaft (10)
The opening (12a) being caught in.
2. hanged armful of anode electrolytic cell carbon block according to claim 1 presss from both sides, it is characterised in that: the hinge of the strut (12)
It connects end and is equipped with strip-shaped hole (12b), which extends along the length direction of strut (12), and the strut (12) passes through item
Shape hole (12b) is hinged on the second hinged shaft (9).
3. hanged armful of anode electrolytic cell carbon block according to claim 1 presss from both sides, it is characterised in that: first power arm
(1a), the first resistance arm (1b) are integrally formed using stainless steel material and constitute the first clamping arm (1), second power arm
(2a), the second resistance arm (2b) are integrally formed using stainless steel material and constitute the second clamping arm (2).
4. hanged armful of anode electrolytic cell carbon block according to claim 3 presss from both sides, it is characterised in that: first clamping arm
(1), the second clamping arm (2) is lamina structure by stainless steel plate punch forming, and first armful of clamping plate (5) is welded and fixed
In the lower end of the first clamping arm (1), extend towards the second clamping arm (2), second armful of clamping plate (6) is weldingly fixed on second armful
The lower end of clamp arm (2) extends, the first resistance arm (1b), the second resistance arm (2b), first armful of clamping plate towards the first clamping arm (1)
(5), the space between second armful of clamping plate (6) forms grasping part (8).
5. hanged armful of anode electrolytic cell carbon block according to claim 3 presss from both sides, it is characterised in that: first clamping arm
(1), the second clamping arm (2) passes through stainless steel plate punch forming for double panel structure, between the first clamping arm (1) two-ply
Distance is greater than the distance between the second clamping arm (2) two-ply, and second clamping arm (2) passes through the first clamping arm (1), and logical
It crosses the first hinged shaft (7) to be formed hingedly through the doubling plate of the first clamping arm, the doubling plate of the second clamping arm, first armful of clamping plate
(5) it is arranged between the first clamping arm two-ply by welding, also welding is provided with the first limit between the first clamping arm two-ply
Position plate (13), the first limit plate (13) are in vertical distribution with first armful of clamping plate (5), and second armful of clamping plate (6) is set by welding
It sets between the second clamping arm two-ply, also welding is provided with the second limit plate (14) between the second clamping arm two-ply, and second
Limit plate (14) is in vertical distribution with second armful of clamping plate (6), the first clamping arm two-ply, first armful of clamping plate, the first limit plate,
Two clamping arm two-plies, second armful of clamping plate, the space between the second limit plate form grasping part (8).
6. hanged armful of anode electrolytic cell carbon block according to claim 5 presss from both sides, it is characterised in that: first connecting plate
(3) quantity is two, is arranged between the first clamping arm two-ply, quantity two of second connecting plate (4), and setting exists
Between second clamping arm two-ply, pass through bushing respectively between two the first connecting plates (3), between two the second connecting plates (4)
It separates.
7. hanged armful of anode electrolytic cell carbon block according to claim 1 presss from both sides, it is characterised in that: first resistance arm
It is connected between the lower end of (1b) and the elongated end of first armful of clamping plate (5) by the first inclined-plane (15).
8. hanged armful of anode electrolytic cell carbon block according to claim 1 presss from both sides, it is characterised in that: second resistance arm
It is connected between the lower end of (2b) and the elongated end of second armful of clamping plate (6) by the second inclined-plane (16).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821178101.8U CN208666894U (en) | 2018-07-24 | 2018-07-24 | Hanged armful of folder of anode electrolytic cell carbon block |
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| CN201821178101.8U CN208666894U (en) | 2018-07-24 | 2018-07-24 | Hanged armful of folder of anode electrolytic cell carbon block |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111453608A (en) * | 2019-10-30 | 2020-07-28 | 国家电投集团黄河上游水电开发有限责任公司 | Aluminum anode steel claw body erecting hanger |
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2018
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111453608A (en) * | 2019-10-30 | 2020-07-28 | 国家电投集团黄河上游水电开发有限责任公司 | Aluminum anode steel claw body erecting hanger |
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