A kind of driving device of ladle sliding water gap mechanism
Technical field
The present invention relates to ladle sliding water gap mechanism technical fields, more specifically, being related to a kind of steel ladle sliding water gap machine
The driving device of structure.
Background technology
In the prior art, the driving device of general ladle sliding water gap mechanism is mainly by bracket, connecting rod and related accessories
Composition;The function of bracket is installation hydraulic cylinder and support protection connecting rod, the anti-rotation structure of driving device separately design in bracket and
On connecting rod, bracket is typically mounted on the pedestal of ladle sliding water gap mechanism, and connecting rod is mounted in bracket, connecting rod one end and ladle
Sliding part connection, the other end and the hydraulic cylinder piston rod of slide gate mechanism connect, and Driven by Hydraulic Cylinder connecting rod drives ladle sliding
The sliding part of gate mechanism moves back and forth, and realizes the opening and closing to ladle sliding water gap mechanism.
Currently, the structure of connecting rod and sliding part matching part is "T"-shaped header structure, the corresponding position of sliding part is "T"-shaped
Slot structure, if the anti-rotation structure damage of connecting rod, it may occur that connecting rod rotation abjection from sliding part can not push and pull sliding part, cause
Ladle sliding water gap mechanism cannot be opened and closed smoothly;Simultaneously as the rotation of connecting rod, also resulting in hydraulic cylinder cannot be suitable
Smooth installation and removal affect the production of the normal use and steel-making steady and continuous of ladle sliding water gap mechanism.
Invention content
In order to overcome the technical drawbacks described above, the present invention provides a kind of driving device of sliding ladle spout mechanism for steel ladle.
To achieve the above object, the present invention uses following technical scheme:
A kind of driving device of ladle sliding water gap mechanism, including bracket, sliding block and hydraulic cylinder are provided with above bracket
Sliding block, the right end of bracket are provided with hydraulic cylinder, and the front end of the hydraulic cylinder is extended with piston rod, and the front end of piston rod is provided with recessed
Slot, steel ball one is placed in groove, and piston rod connects steel ball by steel ball one and set, steel ball is kept to keep set by connecting pin connection
The left end of connecting rod, connecting rod is fixed with anti-rotary column;The piston rod and steel ball keep the outer sheath of set that tailpiece of the piston rod stop is housed
Set, the left end of tailpiece of the piston rod stop sleeve, which is fixed with, stirs pipe two, stirs and offers connecting pin movement slot hole on pipe two;It is described to stir
The left end of pipe two stirs pipe one by the connection of steel ball two, stirs pipe one and is sleeved on connecting rod;It is described to stir pipe one and stir pipe two
Outer sheath equipped with stirring pipe stop sleeve, stir and offer slot hole on pipe stop sleeve, screw is provided in slot hole, screw is fixed with
Fixed block, fixed block, which is fixed on, to be stirred on pipe two;The left end for stirring pipe one is connected with slider end stop sleeve, slider end stop
Set is internally provided with connecting pole, and connecting pole is hinged on by connecting rod on the side wall of sliding block, is arranged between two of which connecting pole
There are jacking block, jacking block to be fixed on the side wall of sliding block.
Further, the steel ball holding, which is put on, is additionally provided with limited block.
Further, it is also fitted with stop pin on the connecting rod, stirs and offers stop pin movement slot hole on pipe one.
Further, the quantity of the steel ball one and steel ball two is all 4.
The beneficial effects of the invention are as follows:Link rotatable is can effectively prevent, avoid leads to ladle because of link rotatable
Slide gate mechanism cannot smooth opening and closing the problem of;It ensure that normal use and the steel-making of ladle sliding water gap mechanism are steady
Fixed continuous production.
Description of the drawings
Fig. 1 is a kind of structural schematic diagram of the driving device of ladle sliding water gap mechanism of the present invention;
Fig. 2 is a kind of partial structural diagram of the driving device of ladle sliding water gap mechanism of the present invention;
Fig. 3 is the partial enlarged view at Fig. 2A;
Fig. 4 is the partial enlarged view at Fig. 2 B;
Fig. 5 is the partial enlarged view at Fig. 2 C;
Schematic diagram when Fig. 6 is piston rod of the present invention, connecting rod is connected with sliding block;
Fig. 7 is schematic diagram when piston rod, connecting rod and sliding block of the present invention are not connected;
Fig. 8 is the partial enlarged view at Fig. 7 D;
Fig. 9 is the partial enlarged view at Fig. 7 E;
Figure 10 is the partial enlarged view at Fig. 7 F;
In figure, 1, bracket;2, sliding block;3, hydraulic cylinder;4, piston rod;5, steel ball one;6, limited block;7, steel ball keeps set;
8, tailpiece of the piston rod stop sleeve;9, connecting rod;10, connecting pin;11, pipe one is stirred;12, pipe two is stirred;13, connecting pin moves slot hole;
14, pipe stop sleeve is stirred;15, screw;16, fixed block;17, steel ball two;18, slot hole;19, slider end stop sleeve;20, anti-rotation
Column;21, jacking block;22, connecting pole;23, connecting rod;24, stop pin;25, stop pin moves slot hole.
Specific implementation mode
The present invention is specifically described below in conjunction with the accompanying drawings, according to shown in Fig. 1-10, a kind of ladle sliding water gap mechanism
Driving device, including bracket 1, sliding block 2 and hydraulic cylinder 3, the top of bracket 1 be provided with sliding block 2, and the right end of bracket 1 is provided with
Hydraulic cylinder 3 is extended with piston rod 4 in the front end of hydraulic cylinder 3, and the front end setting of piston rod 4 is fluted, and steel ball is placed in groove
One 5, piston rod 4 connects steel ball by steel ball 1 and keeps set 7, steel ball that set 7 is kept to connect connecting rod 9, connecting rod 9 by connecting pin 10
Left end be fixed with anti-rotary column 20;Piston rod 4 and steel ball keep the outer sheath of set 7 that tailpiece of the piston rod stop sleeve 8, piston rod are housed
The left end of end stop sleeve 8, which is fixed with, stirs pipe 2 12, stirs and offers connecting pin movement slot hole 13 on pipe 2 12;Stir pipe 2 12
Left end by steel ball 2 17 connection stir pipe 1, stir pipe 1 and be sleeved on connecting rod 9;It stirs pipe 1 and stirs pipe two
12 outer sheath is stirred equipped with pipe stop sleeve 14 is stirred and offers slot hole 18 on pipe stop sleeve 14, screw is provided in slot hole 18
15, screw 15 is fixed with fixed block 16, and fixed block 16, which is fixed on, to be stirred on pipe 2 12;The left end for stirring pipe 1 is connected with sliding block
Stop sleeve 19, slider end stop sleeve 19 is held to be internally provided with connecting pole 22, connecting pole 22 is hinged on sliding block 2 by connecting rod 23
On side wall, jacking block 21 is provided between two of which connecting pole 22, jacking block 21 is fixed on the side wall of sliding block 2;
Wherein steel ball keeps being additionally provided with limited block 6 on set 7;
It is also wherein fitted with stop pin 24 on connecting rod 9, stirs and offers stop pin movement slot hole 25 on pipe 1;
Wherein the quantity of steel ball 1 and steel ball 2 17 is all 4.
In the present embodiment, when needing to connect piston rod 4, connecting rod 9 and sliding block 2, unscrew screw 15 first, make to dial
It moves pipe 2 12 and stirs pipe stop sleeve 14 and be not connected and fixed;Then piston rod 4 is extend into steel ball to keep in set 7, steel ball is protected
Holding the steel ball 1 on set 7 can enter in the groove on piston rod 4, so that piston rod 4 is connected with connecting rod 9, at this moment stop tailpiece of the piston rod
Dynamic set 8 is pushed to close to the direction of piston rod 4, so that steel ball 1 is adjacent to piston rod 4 and is fixed steel ball 1;Subsequently make anti-rotary column
20 withstand jacking block 21, slider end stop sleeve 19 are pushed to close to the direction of sliding block 2, the slider end stop sleeve 19 in pushing course
Two connecting poles 22 can be made to block anti-rotary column 20, connecting rod 9 is made to be connected with sliding block 2;In tailpiece of the piston rod stop sleeve 8 and slider end stop
During 19 movement of set, tailpiece of the piston rod stop sleeve 8 and slider end stop sleeve 19 can drive and stir pipe 2 12 and stir pipe respectively
One 11 move together, and when piston rod 4, connecting rod 9 and sliding block 2 link together, steel ball 2 17 will just stir pipe 2 12 and dial
Dynamic pipe 1 links together, and at this moment Slideslip stirs pipe stop sleeve 14 and makes to stir pipe stop sleeve 14 and consolidates steel ball 2 17 to the left
It is fixed, then screw 15 is made to be fixed with fixed block 16, by the fixation of screw 15 and fixed block 16, by tailpiece of the piston rod stop sleeve 8 and slide
Block end stop sleeve 19 is locked, and the sliding of tailpiece of the piston rod stop sleeve 8 and slider end stop sleeve 19 is prevented, and at this moment can be led to
It crosses hydraulic cylinder 3 and pulls sliding block 2, realize the opening and closing to ladle sliding water gap mechanism.