The steel ladle sliding water gap fluid pressure drive device
Technical field
The utility model relates to the steel ladle sliding water gap mechanism in a kind of continuous-casting steel pouring field, particularly relates to a kind of steel ladle sliding water gap fluid pressure drive device.
Background technology
Some steel-making user improves the foot time down to labour intensity under the hot environment, particularly to continuous-casting steel pouring, and steel ladle pouring post especially, operator and the heat radiation of middle bag liquid level close together are bigger, and be big to ladle water mechanism open operation labour intensity.
Summary of the invention
The purpose of this utility model is to overcome deficiency and the defective that prior art exists, and provides a kind of and adopts the hydraulic cylinder open operation to replace the steel ladle sliding water gap fluid pressure drive device of original lever reduction operative employee labour intensity in continuous-casting steel pouring process to manual steel ladle sliding water gap mechanism.
The technical solution of the utility model is a kind of steel ladle sliding water gap fluid pressure drive device, comprise the liquid outlet that is fixed on the body of heater bottom surface, near the liquid outlet of body of heater bottom surface, be fixed with base, the base downside is fixedly connected with supporting plate, lower surface at base is fixed with fixedly slide block, and being fixed with the movable slider that is slidingly matched with described fixedly slide block at splint upper surface, this fixedly is equipped with the fluid mouth on the slide block simultaneously, runs through being provided with outage from top to bottom at upper and lower slide block and fluid mouth middle part; Be hinged with centering block on base, and be hinged with hydraulic cylinder on sidewall of the furnace body, an end of described centering block is fixedlyed connected with sliding block by pull bar or is hinged, and the other end of described centering block and the described hydraulic cylinder other end are hinged.
Be provided with the bar shaped pilot hole on described supporting plate, described fluid mouth coupling is installed in this bar shaped guide hole.
Also be fixed with contact slipper or sheet in described sliding block upper end.
Being fixed with hinged ear at sidewall of the furnace body, is the sphere articulated structure between hydraulic cylinder one end and this hinged ear.
The beneficial effects of the utility model:
1, on original man-operated mechanism, adopt unique lever design to make it to cooperate with rocking arm, can the simultaneous adaptation hot repair and the mutual conversion of continuous casting.
2, adopt hydraulic cylinder control continuous-casting steel pouring to reduce labour intensity greatly, improve working environment, help safety in production.
3, the utility model is improved simple in structure, and is easy to use efficient, transforms easily and implements, and has dissemination.
Description of drawings
Figure l is the utility model pendulum-type pottery slide valve cross-sectional view;
Fig. 2 is the plan structure schematic diagram of Fig. 1.
The specific embodiment
Embodiment one: referring to Fig. 1, Fig. 2, number in the figure 1 is a body of heater, and 2 is liquid outlet, 3 is base, and 4 are fixing slide block, and 5 is movable slider, 6 is contact slipper, and 7 is supporting plate, and 8 is the fluid mouth, 9 are the bar shaped guide hole, and 10 is hinged ear, and 11 is hydraulic cylinder, 12 is connector, and 13 is centering block, and 14 is the centering block connector, 15 is pull bar, and 16,17,18 are respectively the bearing pin of diverse location.The specific embodiment is a kind of steel ladle sliding water gap fluid pressure drive device, is fixed with base 3 near the liquid outlet of body of heater bottom surface, and base 3 downsides are fixedly connected with supporting plate 7, forms the space between supporting plate 7 and the base 3.Lower surface at base 3 is fixed with fixedly slide block 4, and is fixed with the movable slider 5 that is slidingly matched with described fixedly slide block at supporting plate 7 upper surfaces, in the present embodiment, also is fixed with contact slipper or sheet 6 in these sliding block 5 upper ends simultaneously.Fixedly on the slide block 5 fluid mouth 8 is installed simultaneously, in the middle part of upper and lower slide block and fluid mouth, runs through being provided with outage from top to bottom; On base, for example be hinged with centering block 13 at the base corner location, and on the appropriate location of sidewall of the furnace body, be fixed with a hinged ear 10, a this hinged ear and a hydraulic cylinder 11, one end of described centering block 13 is hinged by pull bar 15 and sliding block 5, and the other end of described centering block and described hydraulic cylinder 11 other ends are hinged.
Be provided with bar shaped pilot hole 9 on described supporting plate 7, described fluid mouth 8 couplings are installed on this bar shaped guide hole interior 9.
Embodiment two: accompanying drawing is not drawn, and content and embodiment one are basic identical, and something in common does not repeat, and different is: being fixed with hinged ear at sidewall of the furnace body, is the sphere articulated structure between hydraulic cylinder one end and this hinged ear.