Material mixer structure
The present invention relates to material hybrid technology field, particularly relate to a kind of material mixer structure.
Currently, along with the raising of production automation level, require more and more higher for the technology in terms of material collocation mixing.Pass
The material mixing of system is that several different material is first divided into some parts, and sequentially row sequence；Subsequently, will be used for housing material
Barrel receive different types of material one by one, this completes and material is divided equally mixing.Among these, material both expenses are divided equally
Time laborious again, then being put into one by one in barrel by the material divided equally also is the work wasted time and energy.In sum, existing
Having in technology for dividing equally material, the device remixing material is wasted time and energy.
Summary of the invention
The technical problem to be solved in the present invention is, overcomes existing technological deficiency, it is provided that one can divide equally material again can mixture
Material, and material mixer structure quickly and easily.
The technical solution of the present invention is to provide a kind of material mixer structure with following structure: include cabinet, on cabinet
Being provided with the first feed bin for housing material A and for housing second feed bin of material B, the first feed bin lower end is provided with for material
The first outlet that A discharges, the second feed bin lower end is provided with the second outlet discharged for material B；Rotated even by bearing pin on cabinet
Being connected to a Y-shaped pipeline, Y-shaped pipeline upper end is provided with the first interface for receiving the material A that the first outlet is discharged and use
In receiving second interface of material B that the second outlet is discharged, Y-shaped lower end of duct is provided with discharges for material A and material B
3rd outlet；Cabinet is provided with the barrel discharging material for housing the 3rd outlet；Y-shaped pipeline is provided with for housing bearing pin
Boss, bearing pin and boss are by bonded, and boss is provided with upwardly extending side link, and cabinet is provided with cylinder, on cylinder
Cylinder body be rotationally connected with cabinet, the expansion link of cylinder outfan is rotationally connected with side link upper end；Cabinet is being positioned at the first feed bin
Lower section be provided with the first guide post, the first guide post is socketed with first piston, be provided with between the first guide post and first piston for
Promoting first piston motion to be turned on and off the first stage clip of the first outlet, first piston and Y-shaped pipeline upper end are near first
Seam pushes against, and is rotatably connected to the first roller on Y-shaped pipeline for the end that contact with first piston, the first roller and
First piston end rolls and connects；Cabinet is provided with the second guide post being positioned at below the second feed bin, and the second guide post is socketed with
Two pistons, are provided with between the second guide post and the second piston for promoting the second piston movement to be turned on and off the of the second outlet
Two stage clips, the second piston pushes against near the second seam with Y-shaped pipeline upper end, and is used for and the second piston on Y-shaped pipeline
The end of contact is rotatably connected to the second roller, the second roller and the second pistons end and rolls connection.
In the present invention, the flexible each time of cylinder can drive Y-shaped pipeline to swing around bearing pin by side link, thus Y word
Two upper ends of shape pipeline can simultaneously drive first piston and the second piston moves, when the second interface and the second outlet are from second
When material B discharged by feed bin, the first outlet is closed by first piston；When first interface and the first outlet are from the first feed bin
When discharging material A, the second outlet is closed by the second piston, say, that material B and material A can flow through Y successively
Font pipeline enters into barrel；During the continuous reciprocal telescopic of cylinder, it is possible to reach to divide equally the purpose of material, by the first material
Material in storehouse and the second feed bin is periodically divided into some parts, then with material B collocation, every a material A is entered into barrel
In, operator can be blended with the barrel of material A and material B and take out, and are then placed in the barrel of sky below the 3rd outlet；
Wherein, the transmission stability between cylinder and side link can be improved by being all rotatably connected on cabinet at cylinder two ends, and
The length change very first time on cylinder can be fed back and is delivered on side link so that Y-shaped pipeline can promptly be made
Respective angles swings, and i.e. makes whole device transmission compacter；Additionally, Y-shaped can be reduced by arranging of the first roller
Frictional force time slip relative to first piston end face in pipeline left part, it is also possible to play the effect of bumper and absorbing shock, it is to avoid Y-shaped
Slide on first piston end face and make a noise in pipeline left part, the second pair of rollers Y-shaped pipeline right part and the second piston end
The effect in face is also such；The most just can realize dividing equally material and mixed material to realize on same table apparatus, and should
The automaticity of device is high, it is not necessary to substantial amounts of manually operate.Therefore, the present invention provides one can divide equally material to mix again
Compound material, and material mixer structure quickly and easily.
Preferred as one, described first piston is provided with the first blind hole for housing the first guide post, and the second piston sets
There is the second blind hole for housing the second guide post.Preferred by this, the Stability and veracity of first piston motion can be improved,
First piston is slided along the length direction of the first blind hole；In like manner, the second piston is also the length direction along the second blind hole
Preferred as one, the first described guide post is provided with first annular projection, the first compression spring sleeve away from first piston one end
Being connected on the first guide post, and first stage clip one end is pushed against in first annular projection, the other end is pushed against first piston end；
Being provided with the second annular protrusion away from second piston one end on second guide post, the second compression spring sleeve is connected on the second guide post, and second
Stage clip one end is pushed against on the second annular protrusion, and the other end is pushed against the second pistons end.Preferred by this, first piston is the
First piston can be promoted under the effect of one stage clip elastic force to be resisted against Y-shaped pipeline upper end all the time, and the second piston is at the second stage clip bullet
The second piston can be promoted under power effect to be resisted against Y-shaped pipeline upper end all the time, and two upper ends of such Y-shaped pipeline are respectively
One piston and the second piston push against, say, that two upper ends of Y-shaped pipeline are clipped in the middle by first piston and the second piston,
Preferred as one, described bearing pin is arranged on the position of centre of gravity of Y-shaped pipeline.Preferred by this, it is ensured that Y word
Shape pipeline keeps stable swing, it is to avoid Y-shaped pipeline center is partial to the side of bearing pin and causes Y-shaped pipeline to wherein side
Active force bigger than normal so that the work of whole device is more stable.
Accompanying drawing explanation
Fig. 1 is the partial sectional view of material mixer structure of the present invention.
Shown in figure: 1, cabinet, the 2, first feed bin, the 3, second feed bin, the 4, first outlet, the 5, second outlet, 6, the
One interface, the 7, second interface, the 8, the 3rd outlet, 9, barrel, the 10, first guide post, 11, first piston, 12, first
Blind hole, the 13, second piston, the 14, second guide post, the 15, second blind hole, the 16, first annular projection, 17, second annular
Projection, 18, bearing pin, 19, cylinder, 20, boss, the 21, first stage clip, the 22, second stage clip, 23, side link, 24,
Expansion link, the 25, first roller, the 26, second roller.
Detailed description of the invention
The invention will be further described with detailed description of the invention below in conjunction with the accompanying drawings.
The operation principle of the present invention: be first the second feed bin 3 state of discharging material B, as it is shown in figure 1,7, the second interface
Immediately below the second outlet 5, the i.e. second interface 7 is directed at the second outlet 5, and material B discharges from the second feed bin 3 and flows through second
Interface 7 enters into the pipeline of Y-shaped pipeline right-hand member, passes through the 3rd outlet 8 arrival barrel 9；And first piston 11 is by first
Outlet 4 is blocked, and prevents material A from discharging in the first feed bin 2 voluntarily；
Then, cylinder 19 stretches out, i.e. the length value of cylinder 19 becomes big, and cylinder 19 left part can promote side link 23 to swing,
And then drive bearing pin 18 and Y-shaped pipeline to make counter-clockwise swing, thus the first roller 25 of Y-shaped pipeline left upper end can be
First piston 11 end face rolls and promotes first piston 11 to slide to the left, and first interface 6 is directed at the first outlet 4, and
In Y-shaped pipeline upper right side pipeline swing process to the left, the second piston 13 under the elastic force effect of the second stage clip 22 the most to the left
Slide to be resisted against on the second roller 26 of Y-shaped pipeline right-hand member so that the second roller 26 rolls on the end face of the second piston 13
Move, and the second piston 13 can block the second outlet 5 so that material B will not enter into Y-shaped pipeline from the second interface 7
In；Now, material A can flow through first interface 6 from the first feed bin 2 discharge and enter into the pipeline of Y-shaped pipeline left end,
Flow through the 3rd outlet 8 arrival barrel 9；So, just complete a material A and the collocation of material B, be accommodated in barrel 9 simultaneously
Finally, the barrel 9 being simultaneously accommodated with material A and material B is taken out, then place the barrel 9 of sky to the 3rd outlet 8 times
Side, swings material A and the material B of discharge for Y-shaped pipeline next time；This device is exactly stretching each time at cylinder 19
During realize the swing of Y-shaped pipeline, thus complete dividing equally and mixing of a material A and material B.
Material mixer structure of the present invention includes that cabinet 1, cabinet 1 are provided with the first feed bin 2 for housing material A and for holding
Second feed bin 3 of glove material B, the first feed bin 2 lower end is provided with the first outlet 4 discharged for material A, the second feed bin 3 lower end
It is provided with the second outlet 5 discharged for material B；It is rotatably connected to a Y-shaped pipeline, Y word by bearing pin 18 on cabinet 1
Shape pipeline upper end is provided with the first interface 6 of the material A for receiving the first outlet 4 discharge and for receiving the second outlet 5 discharge
Second interface 7 of material B, Y-shaped lower end of duct is provided with the 3rd outlet 8 discharged for material A and material B；Cabinet 1
It is provided with the barrel 9 for housing the 3rd outlet 8 discharge material；Y-shaped pipeline is provided with the boss 20 for housing bearing pin 18,
Bearing pin 18 and boss 20 are by bonded, and boss 20 is provided with upwardly extending side link 23, and cabinet 1 is provided with cylinder 19,
Cylinder body on cylinder 19 is rotationally connected with cabinet 1, and the expansion link 24 of cylinder 19 outfan is rotationally connected with side link 23 upper end；
Cabinet 1 is provided with the first guide post 10 being positioned at below the first feed bin 2, and the first guide post 10 is socketed with first piston 11, and
It is provided with between one guide post 10 and first piston 11 and is turned on and off the of the first outlet 4 for promoting first piston 11 to move
One stage clip 21, first piston 11 pushes against at first interface 6 with Y-shaped pipeline upper end, and on Y-shaped pipeline for
The end of first piston 11 contact is rotatably connected to the first roller 25, and the first roller 25 rolls with first piston 11 end and is connected；
Cabinet 1 is provided with the second guide post 14 being positioned at below the second feed bin 3, and the second guide post 14 is socketed with the second piston 13, and
It is provided with between two guide posts 14 and the second piston 13 and is turned on and off the of the second outlet 5 for promoting the second piston 13 to move
Two stage clips 22, the second piston 13 pushes against at the second interface 7 with Y-shaped pipeline upper end, and on Y-shaped pipeline for
The end of the second piston 13 contact is rotatably connected to the second roller 26, and the second roller 26 rolls with the second piston 13 end and is connected.
Described first piston 11 is provided with the first blind hole 12 for housing the first guide post 10, and the second piston 13 is provided with
For housing the second blind hole 15 of the second guide post 14.
Being provided with first annular protruding 16 away from first piston 11 one end on the first described guide post 10, the first stage clip 21 is socketed
On the first guide post 10, and first stage clip 21 one end is pushed against on first annular protruding 16, and the other end is pushed against first piston
11 ends；Being provided with the second annular protrusion 17 away from second piston 13 one end on second guide post 14, the second stage clip 22 is socketed in
On second guide post 14, and second stage clip 22 one end is pushed against on the second annular protrusion 17, and the other end is pushed against the second piston
Described bearing pin 18 is arranged on the position of centre of gravity of Y-shaped pipeline.Y-shaped pipeline is just analogous to the structure of tee pipe fitting.
The foregoing is only presently preferred embodiments of the present invention, be not intended to limit protection scope of the present invention.All in right of the present invention
Within requirement, any amendment, equivalent and the improvement etc. made, should be included within the scope of the present invention.