Material mixing equipment
The present invention relates to material hybrid technology field more particularly to a kind of material mixing equipments.
Currently, with the raising of production automation level, the technology in terms of mixing of arranging in pairs or groups for material requires also increasingly
It is high.Traditional material mixing is that several different material is first divided into several pieces, and sequentially row sequence；Then, will be used to hold
The barrel of glove material stores different types of material one by one, and this completes dividing equally for material is mixed.Among these, object is divided equally
Expect it is cumbersome and time consuming, then by the material divided equally be put into one by one in barrel be also a time-consuming and laborious job.To sum up
Described, in the prior art for dividing equally material, the device for remixing material is time-consuming and laborious.
The content of the invention
The technical problem to be solved by the present invention is to, overcome existing technological deficiency, provide one kind can divide equally material but also
Mixed material, and quickly and easily material mixing equipment.
The technical solution of the present invention is to provide a kind of material mixing equipment having following structure：Including cabinet, machine
Case is equipped with to house the first feed bin of material A and the second feed bin for housing material B, and the first feed bin lower end is equipped with and is used for
The first outlet of material A discharge, the second feed bin lower end are equipped with the second outlet for material B discharges；Turned on cabinet by axis pin
There are one Y-shaped pipeline, Y-shaped pipeline upper end is equipped with to receive the first interface of the material A of first outlet discharge for dynamic connection
With for receiving the second interface of the material B of second outlet discharge, Y-shaped lower end of duct is equipped with discharges for material A and material B
The 3rd outlet；Cabinet is equipped with to house the barrel of the 3rd outlet discharge material；Y-shaped pipeline is equipped with for accommodating pin
The boss of axis, for axis pin with boss by key connection, boss is equipped with the side link upwardly extended, and cabinet is equipped with cylinder, cylinder
On cylinder body be fixedly connected on cabinet, the output terminal on cylinder is rotatably connected to roller, and roller rolls are connected to side link
On side wall, block is fixedly connected on cabinet, block is located at the homonymy of side link with cylinder, and is equipped between block and side link
For pulling the tension spring that side link resets；Cabinet is being equipped with the first guide rod below the first feed bin, is covered on the first guide rod
First piston is connected to, is equipped with that first piston movement is promoted to be turned on and off first between the first guide rod and first piston
First compression spring of outlet, first piston are pushed against with Y-shaped pipeline upper end at first interface；Cabinet is under the second feed bin
Side is equipped with the second guide rod, and second piston is socketed on the second guide rod, is equipped with and is used between the second guide rod and second piston
Second piston movement is promoted to be turned on and off the second compression spring of second outlet, second piston and Y-shaped pipeline upper end are close to the
Two interfaces push against.
In the present invention stretching each time of cylinder can side link rotate, and then drive Y-shaped pipeline around axis pin swing,
So as to which two upper ends of Y-shaped pipeline can drive first piston and second piston to move simultaneously, when second interface and second outlet
Connection from the second feed bin discharge material B when, first outlet is closed by first piston；When first interface is connected with first outlet
When discharging material A from the first feed bin, second outlet is closed by second piston, that is to say, that material B and material A can be according to
The secondary Y-shaped pipeline that flows through enters barrel；On cylinder after telescopic rod recycling, tension spring can drive side link reversion to reset,
So as to also drive first piston and second piston reverse movement；During the continuous reciprocal telescopic of cylinder, it is possible to reach respectively
Material in first feed bin and the second feed bin is periodically divided into several pieces by the purpose of material, then will per a material A with
Material B collocation is entered in barrel, and operating personnel can be blended with material A and the barrel of material B takes out, and be then placed in sky
Barrel is below the 3rd outlet；Wherein, cylinder output terminal can be reduced compared with side link side walls by the setting of roller
When frictional force, original sliding friction is converted into rolling friction so that the transmission between cylinder and side link is compacter
And stabilization, and by the setting of tension spring can when cylinder output terminal recycles, tension spring tension driving side link rotate backward so that
Side link side wall is obtained to be fitted in always on the roller of cylinder output terminal；So respectively material and mixed material can be realized
It is realized on same table apparatus, and the high degree of automation of the device, without largely manually operating.Therefore, it is of the invention
Material but also mixed material, and quickly and easily material mixing equipment can be divided equally by providing one kind.
As a preferred embodiment, the first piston is equipped with to house the first blind hole of the first guide rod, second lives
It is equipped with to house the second blind hole of the second guide rod beyond the Great Wall.By this preferably, the accuracy of first piston movement can be improved
And stability so that first piston is slided along the length direction of the first blind hole；Similarly, second piston is also along the second blind hole
Length direction slide.
As a preferred embodiment, on first guide rod away from first piston one end be equipped with first annular protrusion, first
Compression spring is socketed on the first guide rod, and first compression spring one end is pushed against in first annular protrusion, and the other end is pushed against the first work
Plug is close to one end of first annular protrusion；On second guide rod the second annular protrusion, the second pressure are equipped with away from second piston one end
Spring is socketed on the second guide rod, and second compression spring one end is pushed against on the second annular protrusion, and the other end is pushed against second piston
Close to one end of the second annular protrusion.By this preferably, first piston can promote first under the action of the first compression spring elastic force
Piston is resisted against Y-shaped pipeline upper end always, and second piston can promote second piston always under the effect of the second compression spring elastic force
Y-shaped pipeline upper end is resisted against, such two upper ends of Y-shaped pipeline push against respectively in first piston and second piston, that is,
It says, two upper ends of Y-shaped pipeline are clipped in the middle by first piston and second piston, remain contact.
As a preferred embodiment, the axis pin is arranged on the position of centre of gravity of Y-shaped pipeline.By this preferably, it is ensured that Y
Font pipeline keeps stable swing, avoids the one side of Y-shaped pipeline center deviation axis pin and causes Y-shaped pipeline to wherein one
The active force of side is bigger than normal so that the work of whole device is more stablized.
As a preferred embodiment, described tension spring one end is hinged with side link upper end, the other end is hinged with block.By this
It is preferred that, it can be ensured that when cylinder is withdrawn, tension spring can pull side link also to withdraw reset, and side link is caused to be resisted against rolling always
Description of the drawings
Fig. 1 is the partial sectional view of material mixing equipment of the present invention.
Shown in figure：1st, cabinet, the 2, first feed bin, the 3, second feed bin, 4, first outlet, 5, second outlet, 6, first connects
Mouthful, the 7, second interface, the 8, the 3rd outlet, 9, barrel, the 10, first guide rod, 11, first piston, the 12, first blind hole, 13, second
Piston, the 14, second guide rod, the 15, second blind hole, 16, first annular protrusion, the 17, second annular protrusion, 18, axis pin, 19, gas
Cylinder, 20, boss, the 21, first compression spring, the 22, second compression spring, 23, side link, 24, roller, 25, block, 26, tension spring.
The invention will be further described with reference to the accompanying drawings and detailed description.
The operation principle of the present invention：It is the state of the second feed bin discharge material B first, as shown in Figure 1, second interface is located at
Immediately below second outlet, i.e., second interface is aligned with second outlet, and material B flows through second interface from the discharge of the second feed bin and enters
The pipeline of Y-shaped pipeline right end passes through the 3rd outlet and reaches barrel；And first piston blocks first outlet, prevents material A
Voluntarily discharged out of first feed bin；
Then, cylinder stretches out, and the length value of cylinder entirety becomes larger, i.e., cylinder output terminal promotes side link to swing, and cylinder is defeated
The roller of outlet rolls on side link side wall, by side link axis pin and Y-shaped pipeline is driven to make counter-clockwise swing, so as to
Y-shaped pipeline left upper end pipeline promotes first piston to slide to the left, and first interface is aligned with first outlet, and in Y-shaped
Pipeline upper right side pipeline to the left in swing process, also slide to be resisted against to the left under the elastic force effect of the second compression spring by second piston
On Y-shaped pipeline upper right side, and second piston can block second outlet so that material B will not enter Y from second interface
In font pipeline；At this point, material A can discharge the pipeline for flowing through first interface and entering Y-shaped pipeline left end from the first feed bin,
Barrel is reached flowing through the 3rd outlet；In this way, just completing the collocation of a material A and material B, while it is accommodated in barrel；
Finally, the barrel for being accommodated with material A and material B simultaneously is taken out, then places empty barrel and export lower section to the 3rd,
So that Y-shaped pipeline swings the material A of discharge and material B next time；In next task, cylinder is first shunk, and tension spring pulls
Side link reversion reaches the state of Fig. 1 to be resisted against again on the roller on cylinder output terminal；The present apparatus is exactly in the every of cylinder
The swing of Y-shaped pipeline is realized in telescopic process, so as to complete a material A and material B divide equally and mixing.
Material mixing equipment of the present invention includes cabinet 1, and cabinet 1 is equipped with to house the first feed bin 2 of material A and be used for
The second feed bin 3 of accommodating material B, 2 lower end of the first feed bin is equipped with the first outlet 4 for material A discharge, 3 lower end of the second feed bin
Equipped with the second outlet 5 discharged for material B；By the rotation connection of axis pin 18, there are one Y-shaped pipeline, Y-shaped pipes on cabinet 1
Road upper end is equipped with the first interface 6 for receiving the material A of the discharge of first outlet 4 and the object for receiving the discharge of second outlet 5
Expect the second interface 7 of B, Y-shaped lower end of duct is equipped with the 3rd outlet 8 discharged for material A and material B；Cabinet 1, which is equipped with, to be used
In the barrel 9 of accommodating 3rd outlet, 8 discharge material；Y-shaped pipeline is equipped with to house the boss 20 of axis pin 18, axis pin 18 with
For boss 20 by key connection, boss 20 is equipped with the side link 23 upwardly extended, and cabinet 1 is equipped with cylinder 19, on cylinder 19
Cylinder body is fixedly connected on cabinet 1, and the output terminal on cylinder 19 is rotatably connected to roller 24, and the rolling of roller 24 is connected to side link
On 23 side wall, block 25 is fixedly connected on cabinet 1, block 25 is located at the homonymy of side link 23, and block 25 with cylinder 19
The tension spring 26 that side link 23 is pulled to reset is equipped between side link 23；Cabinet 1 is being equipped with the below the first feed bin 2
One guide rod 10 is socketed with first piston 11 on first guide rod 10, is equipped with and uses between the first guide rod 10 and first piston 11
In the first compression spring 21 that first piston 11 is promoted to move to be turned on and off first outlet 4, first piston 11 on Y-shaped pipeline
End pushes against at first interface 6；Cabinet 1 is being equipped with the second guide rod 14 below the second feed bin 3, on the second guide rod 14
Second piston 13 is socketed with, is equipped with that second piston 13 is promoted to move between the second guide rod 14 and second piston 13 to open
Or the second compression spring 22 of second outlet 5 is closed, second piston 13 is pushed against with Y-shaped pipeline upper end at second interface 7.Y words
Shape pipeline is just analogous to the structure of tee pipe fitting.
The first piston 11 is equipped with to house the first blind hole 12 of the first guide rod 10, is set in second piston 13
It is useful for the second blind hole 15 of accommodating second guide rod 14.
First annular raised 16 are equipped with away from 11 one end of first piston on first guide rod 10, the first 21 sets of compression spring
It is connected on the first guide rod 10, and 21 one end of the first compression spring is pushed against on first annular raised 16, the other end is pushed against the first work
Plug 11 is close to first annular raised 16 one end；On second guide rod 14 the second annular protrusion is equipped with away from 13 one end of second piston
17, the second compression spring 22 is socketed on the second guide rod 14, and 22 one end of the second compression spring is pushed against on the second annular protrusion 17, another
End is pushed against second piston 13 close to one end of the second annular protrusion 17.
The axis pin 18 is arranged on the position of centre of gravity of Y-shaped pipeline.
Described 26 one end of tension spring is hinged with 23 upper end of side link, and the other end is hinged with block 25.Block 25, which is fixed, to be connected
It is connected on cabinet 1, plays the role of positioning tension spring 26, block 25 is arranged on the top of cylinder 19, avoids block 25 and cylinder
19 occur movement interference.
The foregoing is merely presently preferred embodiments of the present invention, is not intended to limit protection scope of the present invention.It is all in this hair
Within bright claim, any modification, equivalent substitution and improvement for being made etc., should be included in protection scope of the present invention it
It is interior.