CN206064333U - The mixing system that quantitatively feeds intake being convenient to clean - Google Patents
The mixing system that quantitatively feeds intake being convenient to clean Download PDFInfo
- Publication number
- CN206064333U CN206064333U CN201620813306.3U CN201620813306U CN206064333U CN 206064333 U CN206064333 U CN 206064333U CN 201620813306 U CN201620813306 U CN 201620813306U CN 206064333 U CN206064333 U CN 206064333U
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- China
- Prior art keywords
- stripper
- assembling structure
- pedestal
- mixing
- fixed
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Abstract
The utility model is related to the mixing system that quantitatively feeds intake being convenient to clean, including quantifying feed mechanism, mixing mechanism and shedding mechanism, mixing mechanism side is provided with automatic switch mechanism, quantifying feed mechanism includes guide rail, burden charging carriage and PLC, guide rail side is fixed with limit switch, burden charging carriage includes vehicle frame, the first motor and batch hopper, and the outlet of batch hopper is fixed with control valve, and the first motor, limit switch and control valve are connected with PLC；Mixing mechanism includes taper type blending bunker, rabbling mechanism and motor, and taper type lid is provided with the top of blending bunker, and lid side is provided with charge door, and motor is fixed at the top of lid；Shedding mechanism includes pedestal, stripper and pull-push piece, pedestal both sides are provided with the first assembling structure, stripper both sides are provided with the second assembling structure, pedestal and discharging plate level are slidably connected, pull-push piece is fixed at the outer end of stripper, the utility model is easy to operate, and material will not be remained, better reduction.
Description
Technical field
The utility model is related to a kind of mixing system that quantitatively feeds intake being convenient to clean.
Background technology
Powdery ornament materials raw material often also needs to add appropriate amount of fluid or the stirring of semisolid auxiliary material during feeding intake,
Mixture is further formed, next operation after the completion of this partial material is agitated, is entered back into, is had through mixed material
Certain viscosity and irregular, whether the shedding mechanism reliability of cast feeder smoothly affects very big to whole production process, greatly
Impact production efficiency, use butterfly valve more in prior art blending bunker, but in the field, butterfly valve poor reliability deposited before discharging
In the risk of material leakage, operate in discharge process arduously, midway is closed irregular viscous material when resetting and easily overstock, and affects again
Position effect, in addition, after ornament materials batch mixing is finished, needing to clear up blending bunker, existing mixing device is inconvenient to clear up.
Utility model content
The purpose of this utility model is to solve the deficiencies in the prior art, there is provided a kind of batch mixing that quantitatively feeds intake being convenient to clean
System.
The utility model solves the technical scheme adopted by its technical problem：
The mixing system that quantitatively feeds intake being convenient to clean, including quantifying feed mechanism, mixing mechanism and be located at mixing mechanism bottom
The shedding mechanism in portion,
The quantifying feed mechanism includes connecting guide rail between weighing area and batch mixing, burden charging carriage and PLC, positioned at mixed
Guide rail side above material mechanism is fixed with limit switch, and burden charging carriage includes vehicle frame, the first motor and batch hopper, dispensing
The outlet of bucket is fixed with control valve, and the first motor, limit switch and control valve are connected with PLC；
The mixing mechanism includes taper type blending bunker, rabbling mechanism and motor, is provided with corresponding at the top of blending bunker
Taper type lid, lid side are provided with charge door, and motor is fixed at the top of lid, driving motor output shaft and mixer
Structure is fixedly connected；
The blending bunker side is additionally provided with automatic switch mechanism, and the automatic switch mechanism is made up of connector and cylinder,
In equilateral triangle, a base angle of connector is rotated with covered body wall and is connected the connector, another base angle of connector
Rotate with blending bunker and be connected, cylinder is vertically fixed on the side of blending bunker, the piston rod of cylinder is rotated with the drift angle of connector and connected
Connect, lid is connected with blending bunker rotation by being provided close to the rotating shaft of automatic switch mechanism side；
The shedding mechanism includes pedestal, stripper and pull-push piece, and the pedestal both sides are provided with the first dress along its length
Distribution structure, stripper both sides are provided with the second assembling structure along its length, by the first assembling structure and the second assembling structure
Coordinate, pedestal and discharging plate level are slidably connected, discharging plate level slip away pedestal when, shedding mechanism is opened, and discharging plate level is slided
When entering pedestal, shedding mechanism is closed, and pull-push piece is fixed at the outer end of stripper；When dispensing is reached at limit switch, control
Valve outlet port is just to charge door.
When the utility model is used, pedestal is assemblied in the discharge end of batch charging mechanism, controls stripper by pull-push piece and opens
With closing, when before feeding intake, stripper slides into pedestal, closes shedding mechanism, puts into raw material, is subsequently adding liquid or semi-solid auxiliary
Material, puddles uniform, and when needing discharging, level pulls pull-push piece, material to fall under gravity outward, fall into charging bag or
It is positioned at the conveyer belt of downside, stripper and the slip of pedestal relative level, easy to operate, especially need halfway to stop discharging
During reset, viscous material will not be remained in shedding mechanism, better reduction；Needs are uncapped when cleaning, by the piston of cylinder
Band follower link upset, and then drive lid upset to open, convenient to clean, rapid operation.
Preferably, in positive tetragonous cone table shape, the transition part inside blending bunker not between coplanar is round and smooth arc to blending bunker
Shape.
Preferably, the first assembling structure is chute, and the second assembling structure is the L-shaped slide rail in longitudinal section, stripper both sides
A pair of connectors are arranged with, the second assembling structure is welded and fixed with stripper by connector.
Preferably, the first assembling structure is the rotating shaft that two row of horizontal are arranged, and the second assembling structure is the L-shaped cunning in longitudinal section
Rail, stripper are symmetrically arranged on two with a pair of connectors, and the second assembling structure is welded and fixed with stripper by connector.This structure
Design, push-and-pull are more laborsaving, and rotating shaft itself can be with rotation, and when slide rail slides, frictional force further reduces, processing ease.
Preferably, the two rows rotating shaft is V-shaped is interspersed.This structure design, on the one hand reduces the quantity of rotating shaft as far as possible,
Simple and low cost is processed, on the other hand, under the precursor for ensureing stability, the contact point with slide rail can be reduced as far as possible, rubbed
Wipe power to reduce, it is easy to operate.
Preferably, the gap between the pedestal and stripper is 0.4-0.6mm.This structure design ensures that shedding mechanism is closed
When closing will not material leakage, improve reliability.
The beneficial effects of the utility model are：The utility model reasonable in design, processing install simple, good reliability,
There is no the risk of material leakage before discharging, operate in discharge process arduously, midway is closed irregular viscous material when resetting and do not allowed
Easily overstock, better reduction.
Description of the drawings
Fig. 1 is structural representation of the present utility model.
In figure：1st, quantifying feed mechanism, 11, guide rail, 12, burden charging carriage, 121, vehicle frame, the 122, first motor, 123,
Batch hopper, 13, PLC, 14, limit switch, 15, control valve, 2, mixing mechanism, 21, blending bunker, 22, rabbling mechanism,
23rd, the second motor, 24, lid, 25, charge door；3rd, shedding mechanism, 31, pedestal, 32, stripper, 33, pull-push piece, 34,
First assembling structure, the 35, second assembling structure.
Specific embodiment
Below by specific embodiment, and accompanying drawing is combined, the technical solution of the utility model is made further specifically
It is bright.
Embodiment：
The mixing system that quantitatively feeds intake being convenient to clean, including quantifying feed mechanism 1, mixing mechanism 2 and be located at mixing mechanism 2
The shedding mechanism 3 of bottom, the quantifying feed mechanism 1 include connecting guide rail 11 between weighing area and batch mixing, burden charging carriage 12 and PLC
Controller 13,11 side of guide rail above mixing mechanism 2 are fixed with limit switch 14, burden charging carriage 12 include vehicle frame 121,
First motor 122 and batch hopper 123, the outlet of batch hopper 123 are fixed with control valve 15, the first motor 122, limit
Bit switch 14 and control valve 15 are connected with PLC 13；
The mixing mechanism 2 includes taper type blending bunker 21, rabbling mechanism 22 and motor 23, sets at the top of blending bunker 21
There is corresponding taper type lid 24,24 side of lid is provided with charge door 25, and motor 23 is fixedly installed at the top of lid 24, drive
23 output shaft of dynamic motor is fixedly connected with rabbling mechanism 22；
21 side of the blending bunker is additionally provided with automatic switch mechanism 26, the automatic switch mechanism 26 by connector 26a and
Cylinder 26b is constituted, and the connector 26a is in equilateral triangle, and a base angle of connector 26a is rotated with 24 side wall of lid and connected
Connect, another base angle of connector 26a is rotated with blending bunker 21 and is connected, and cylinder 26b is vertically fixed on the side of blending bunker 21, gas
The piston rod of cylinder 26b is rotated with the drift angle of connector 26a and is connected, and lid 24 is by being provided close to turning for 26 side of automatic switch mechanism
Axle is rotated with blending bunker 21 and is connected；
The shedding mechanism 3 includes pedestal 31, stripper 32 and pull-push piece 33, and 31 both sides of the pedestal set along its length
There is the first assembling structure 34,32 both sides of stripper are provided with the second assembling structure 35 along its length, by the first assembling structure 34
With the cooperation of the second assembling structure 35, pedestal 31 and 32 level of stripper be slidably connected, 32 level of stripper slip away pedestal 31 when,
Shedding mechanism is opened, and when 32 level of stripper slides into pedestal 31, shedding mechanism is closed, and pull-push piece 33 is welded in the outer of stripper 22
End.
Specific to the present embodiment, blending bunker 21 is in positive tetragonous cone table shape, the transition part inside blending bunker 21 not between coplanar
Round and smooth arc is, the first assembling structure 34 is the rotating shaft that two row of horizontal are arranged, and the second assembling structure 35 is that longitudinal section is L-shaped
Slide rail, stripper 32 is symmetrically arranged on two with a pair of connectors, and the second assembling structure 35 is welded with stripper 32 by connector
Fixed, this structure design, push-and-pull are more laborsaving, and rotating shaft itself can be with rotation, and when slide rail slides, frictional force further reduces, and operation is held
Easily.
In the present embodiment, the two rows rotating shaft is V-shaped to be interspersed, this structure design, on the one hand reduces rotating shaft as far as possible
Quantity, processes simple and low cost, on the other hand, under the precursor for ensureing stability, can reduce the contact with slide rail as far as possible
Point, frictional force reduce, easy to operate.
In the present embodiment, the gap between the pedestal 31 and stripper 32 be 0.4-0.6mm, specifically chosen 0.5mm, this
Structure design ensure shedding mechanism close when will not material leakage, improve reliability.
When the utility model is used, pedestal 31 is assemblied in the discharge end of batch charging mechanism, controls stripper by pull-push piece 33
32 open and close, and when before feeding intake, stripper 32 slides into pedestal 31, closes shedding mechanism, puts into raw material, be subsequently adding liquid or
Semi-solid auxiliary material, puddles uniformly, when needing discharging, and level pulls pull-push piece 33 outward, and material is fallen under gravity, is fallen
Enter to feed bag or the conveyer belt positioned at downside, and stripper 32 and 31 relative level of pedestal slide, easy to operate, especially in
When way needs to stop discharging reset, viscous material will not be remained in shedding mechanism, better reduction.
Embodiment described above is a kind of preferably scheme of the present utility model, not makees any to the utility model
Pro forma restriction, also has other variants and remodeling on the premise of without departing from the technical scheme described in claim.
Claims (6)
1. the mixing system that quantitatively feeds intake being convenient to clean, it is characterised in that：Including quantifying feed mechanism (1), mixing mechanism (2) and
Positioned at the shedding mechanism (3) of mixing mechanism (2) bottom,
The quantifying feed mechanism (1) includes the guide rail (11) between connection weighing area and batch mixing, burden charging carriage (12) and PLC
(13), guide rail (11) side above mixing mechanism (2) is fixed with limit switch (14), and burden charging carriage (12) is including vehicle frame
(121), the first motor (122) and batch hopper (123), the outlet of batch hopper (123) are fixed with and control valve (15), and first
Motor (122), limit switch (14) and control valve (15) are connected with PLC (13)；
The mixing mechanism (2) includes taper type blending bunker (21), rabbling mechanism (22) and the second motor (23), blending bunker
(21) corresponding taper type lid (24) is provided with the top of, lid (24) side is provided with charge door (25), the second motor (23)
It is fixed at the top of lid (24), the second motor (23) output shaft is fixedly connected with rabbling mechanism (22)；
Blending bunker (21) side is additionally provided with automatic switch mechanism (26), the automatic switch mechanism by connector (26a) and
Cylinder (26b) is constituted, the connector (26a) in equilateral triangle, a base angle of connector (26a) and lid (24) side wall
Connection is rotated, another base angle of connector (26a) is rotated with blending bunker (21) and is connected, and cylinder (26b) is vertically fixed on batch mixing
The side in storehouse (21), the piston rod of cylinder (26b) are rotated with the drift angle of connector (26a) and are connected, and lid (24) is leaned on by being located at
The rotating shaft of nearly automatic switch mechanism (26) side is rotated with blending bunker (21) and is connected；
The shedding mechanism (3) includes pedestal (31), stripper (32) and pull-push piece (33), and pedestal (31) both sides are along length
Direction is provided with the first assembling structure (34), and stripper (32) both sides are provided with the second assembling structure (35) along its length, by
The cooperation of one assembling structure (34) and the second assembling structure (35), pedestal (31) and stripper (32) level are slidably connected, discharging
Plate (32) level slip away pedestal (31) when, shedding mechanism open, when stripper (32) level slides into pedestal (31), shedding mechanism close
Close, pull-push piece (33) is fixed at the outer end of stripper (32)；
When burden charging carriage (12) row is to limit switch (14) place, control valve (15) is exported just to charge door (25).
2. the mixing system that quantitatively feeds intake being convenient to clean according to claim 1, it is characterised in that：Blending bunker (21) is in just
Tetragonous cone table shape, the internal transition part not between coplanar of blending bunker (21) are round and smooth arc.
3. the mixing system that quantitatively feeds intake being convenient to clean according to claim 1, it is characterised in that：First assembling structure
(34) it is chute, the second assembling structure (35) is the L-shaped slide rail in longitudinal section, stripper (32) is symmetrically arranged on two with a pair of connections
Part, the second assembling structure (35) are welded and fixed with stripper (32) by connector.
4. the mixing system that quantitatively feeds intake being convenient to clean according to claim 1, it is characterised in that：First assembling structure
(34) it is rotating shaft that two row of horizontal are arranged, the second assembling structure (35) is the L-shaped slide rail in longitudinal section, stripper (32) both sides pair
Title is provided with a pair of connectors, and the second assembling structure (35) is welded and fixed with stripper (32) by connector.
5. the mixing system that quantitatively feeds intake being convenient to clean according to claim 4, it is characterised in that：The two rows rotating shaft is in
V-arrangement is interspersed.
6. the mixing system that quantitatively feeds intake being convenient to clean according to claim 1, it is characterised in that：The pedestal (31) and
Gap between stripper (32) is 0.4-0.6mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620813306.3U CN206064333U (en) | 2016-07-30 | 2016-07-30 | The mixing system that quantitatively feeds intake being convenient to clean |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620813306.3U CN206064333U (en) | 2016-07-30 | 2016-07-30 | The mixing system that quantitatively feeds intake being convenient to clean |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206064333U true CN206064333U (en) | 2017-04-05 |
Family
ID=58425416
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620813306.3U Expired - Fee Related CN206064333U (en) | 2016-07-30 | 2016-07-30 | The mixing system that quantitatively feeds intake being convenient to clean |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206064333U (en) |
-
2016
- 2016-07-30 CN CN201620813306.3U patent/CN206064333U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170405 Termination date: 20170730 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |