Utility model content
This utility model is in order to overcome the deficiencies in the prior art, it is provided that a kind of simple in construction, is difficult to rock and topple over, security performance is good stablizes durable casting pouring machine in mobile pouring ladle moving process.
To achieve these goals, this utility model is by the following technical solutions: a kind of stablizing durable casting pouring machine, including horizontal hanging beam, mobile pouring ladle and for suspending this suspension gear moving pouring ladle in midair, this moves pouring ladle both sides and is formed with opposed hanger;Described suspension gear include two groups for coordinating the mobile pouring ladle of suspention, and prevent the cooperation moving assembly that mobile pouring ladle topples over after shaking during suspention, what this cooperation moving assembly was opposed is located at described mobile pouring ladle both sides;Described cooperation moving assembly include top movable be connected to described horizontal hanging beam mobile vertical pole, be fixed on hanging cover, the anti-shake draw-in groove being opened on described hanger, the anti-shake groove being opened on described hanging cover that mobile vertical pole bottom can be sheathed on hanger when the mobile pouring ladle of suspention and may pass through this anti-shake groove after insert anti-shake draw-in groove in so that realize the spline plug-in unit that spline between hanger with hanging cover coordinates;This spline plug-in unit includes the first strip fixture block and the second strip fixture block that strip arranges, this the first strip fixture block and second strip fixture block wherein one end are the most connected, the other end is located remotely from each other so that the inserted block angle that between the first strip fixture block and the second strip fixture block, shape is at 45 °;Described anti-shake draw-in groove includes the first strip slot matched with this first strip fixture block and the second strip slot matched with this second strip fixture block, this the first strip slot and the second strip slot end are interconnected, and both are mutually inclined the draw-in groove angle that shape is at 45 °;Described spline plug-in unit sidepiece connects has turning relative movement vertical pole to carry out the flip piece spinning upside down and then driving spline plug-in unit to spin upside down;Described mobile vertical pole end connects to be had for controlling mobile vertical pole rotation and then driving the hydraulic controller of the sheathed described hanger of hanging cover, realizes electrically connecting by electric wire between this hydraulic controller with mobile vertical pole.
Further, described flip piece end is formed with rotating shaft, and described mobile vertical pole sidepiece offers the post groove for housing this rotating shaft, and this post groove is located at above described anti-shake groove;Described rotating shaft sidepiece stretches out formation rotary flange respectively, and described post groove sidepiece is formed with the rotating gravure matched with this rotary flange.
Further, described anti-shake groove is set to triangular structure.
In sum, this utility model Stability Analysis of Structures, during movement, after hanging cover is sheathed with hanger, flip piece control spline plug-in unit can be turned under passing through downwardly turn over, insert in anti-shake draw-in groove and anti-shake groove respectively so that cannot relatively rotate between hanging cover and hanger, thus mobile pouring ladle cannot rock by overhung construction relatively;Described spline plug-in unit forms stable three-legged structure by arranging of the first strip fixture block and the second strip fixture block, is difficult to fracture failure during spline, and but wherein after the fracture of side inserted block, the inserted block of opposite side is appointed can realize spline, increases the service life;Arrange flip piece control to turn on spline plug-in unit or under turn over, thus spline plug-in unit can be easily plugged into or leave anti-shake draw-in groove and anti-shake groove, can separate easily between hanging cover with hanger.
Detailed description of the invention
In order to make those skilled in the art be better understood from this utility model scheme, below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out clear, complete description.
As Figure 1-3, a kind of stablize durable casting pouring machine, including horizontal hanging beam 1, mobile pouring ladle 2, hanger 3, suspension gear and thermoacoustic prime engine device 7;Described thermoacoustic prime engine device 7 is set on horizontal hanging beam 1, and this thermoacoustic prime engine device 7 can be used for the action around driving described suspension gear to carry out on horizontal hanging beam 1, thus adjusts suspension gear to suitable position, suspends mobile pouring ladle in midair;What described hanger 3 was opposed is formed at the both sides of mobile pouring ladle 2;Described suspension gear is used for suspending this in midair and moves pouring ladle 2;Concrete, this suspension gear includes two groups of opposed cooperation moving assemblies being located at described mobile pouring ladle 2 both sides, and this cooperation moving assembly is used for coordinating the mobile pouring ladle 2 of suspention, and prevents mobile pouring ladle 2 from toppling over after shaking during suspention;Concrete, often assemble conjunction moving assembly and all include mobile vertical pole 41, hanging cover 42, anti-shake draw-in groove 43, anti-shake groove 44 and spline plug-in unit;The upper end of described mobile vertical pole 41 is movably connected on described horizontal hanging beam 1, so that mobile vertical pole 41 can rotate by the most horizontal hanging beam 1 during suspention;This moves the connection of vertical pole 41 end a hydraulic controller 8, realize electrically connecting by electric wire between this hydraulic controller with mobile vertical pole 41, when mobile vertical pole 41 needs to rotate thus realizes unclamping or suspending in midair mobile pouring ladle, can realize controlling accurately by this hydraulic controller;Described hanging cover 42 is fixedly connected on the bottom of mobile vertical pole 41, and this hanging cover 42 can be sheathed on hanger 3 when the mobile pouring ladle 2 of suspention.
Concrete, anti-shake draw-in groove 43 is opened on described hanger 3;Described anti-shake groove 44 is opened on described hanging cover 42, and this anti-shake groove 44 is arranged for triangle;When suspention, spline plug-in unit inserts in anti-shake draw-in groove 43 after may pass through this anti-shake groove 44, so that spline coordinates between hanger 3 with hanging cover 42, cannot relatively rotate between the two, thus mobile pouring ladle cannot rock by overhung construction relatively;In order to strengthen spline effect between the two, this spline plug-in unit is made up of the first strip fixture block 51 and the second strip fixture block 52 of strip, this the first strip fixture block 51 and second strip fixture block 52 wherein one end are the most connected, the other end is located remotely from each other, and then makes to be formed between the first strip fixture block 51 and the second strip fixture block 52 inserted block angle a;Preferably, this inserted block angle a is set to 45 ° so that constitute stable three-legged structure between the first strip fixture block 51 and the second strip fixture block 52, it is possible to bearing bigger active force, spline effect is more preferable;Corresponding, described anti-shake draw-in groove 43 is made up of the first strip slot 431 and the second strip slot 432, and this first strip slot 431 and the second strip slot 432 end are interconnected, and both are mutually inclined formation draw-in groove angle b;Preferably, this draw-in groove angle b is set to 45 °;When spline plug-in unit inserts in anti-shake draw-in groove 43, in the first strip fixture block 51 coordinates insertion the first strip slot 431, the second strip fixture block 52 coordinates insertion the second strip slot 432;When one of them inserted block ruptures, another inserted block still can carry out spline to spline plug-in unit and anti-shake draw-in groove 43.
Realize insertion and the extraction of spline plug-in unit for convenience, we are connected to a flip piece 53 on the sidepiece of described spline plug-in unit, and this flip piece 53 can be carried out spinning upside down and then drive spline plug-in unit spin upside down insertion or leave in anti-shake draw-in groove 43 by relative movement vertical pole 41;Concrete, wherein one end of described flip piece 53 is turnover is connected to described mobile vertical pole 41 lateral part, this flip piece 51 end is formed with rotating shaft 61, and described mobile vertical pole 41 sidepiece offers the post groove for housing this rotating shaft 61, and this post groove is located at above described anti-shake groove 44;Described rotating shaft 61 sidepiece stretches out formation rotary flange 611 respectively, and described post groove sidepiece is formed with rotating gravure, can realize the upset of flip piece 53 relative movement vertical pole 41 by coordinating of this rotating gravure and this rotary flange 611.When the mobile mobile pouring ladle of needs, under turn over flip piece 53, thus spline inserted block inserts in anti-shake draw-in groove 43, effectively hanging cover and hanger is carried out spline;When needs unclamp mobile pouring ladle, above turn over flip piece 53, thus spline inserted block leaves anti-shake draw-in groove, can separate easily between hanging cover with hanger.
Preferably, being embedded with a pressure inductor 9 in described hanging cover, pressure inductor 9 encloses in the form of a ring and is located at outside anti-shake groove;This pressure inductor can be used for sensing hydraulic controller and rotates so that during the sheathed hanger of hanging cover controlling mobile vertical pole 41, described hanging cover acts on the pressure on described hanger, when pressure reaches designated value it is, information can be fed back on hydraulic controller by this sensing hydraulic controller, thus hydraulic controller no longer controls mobile vertical pole and inwardly rotates, and prevents from damaging movement pouring ladle by pressure.A warning lamp 10 it is additionally provided with outside described hanging cover, this warning lamp is electrically connected in described pressure inductor 9 by electric wire, when sensing hydraulic controller breaks down, the pressure that hanging cover is acted on described hanger exceedes designated value, the force value of pressure inductor 9 sensing exceedes designated value, now warning lamp 10 will become red, and operator are warned by line flicker of going forward side by side.
Obviously, described embodiment is only a part of embodiment of the present utility model rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, all should belong to the scope of this utility model protection.