CN207044423U - Concrete material proportioning production hybrid system - Google Patents
Concrete material proportioning production hybrid system Download PDFInfo
- Publication number
- CN207044423U CN207044423U CN201720723975.6U CN201720723975U CN207044423U CN 207044423 U CN207044423 U CN 207044423U CN 201720723975 U CN201720723975 U CN 201720723975U CN 207044423 U CN207044423 U CN 207044423U
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- Prior art keywords
- stirring vane
- cement
- blending tank
- sandstone
- motor
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Abstract
This patent belongs to concrete production field, specifically disclose a kind of concrete material proportioning production hybrid system, including frame, rabbling mechanism and the feedstock transportation mechanism by feedstock transportation to rabbling mechanism, rabbling mechanism includes blending tank, stir the stirring motor that the first stirring vane of raw material and the first stirring vane of driving rotate, motor is fixed at the top of blending tank, mixing pot bottom is provided with discharging opening, first stirring vane is located in blending tank, it is characterized in that, rabbling mechanism also includes the second stirring vane that can be driven by the first stirring vane and the 3rd stirring vane that can be driven by the second stirring vane, second stirring vane is rotatably connected on the side wall of blending tank, 3rd stirring vane is rotatably connected on the bottom of blending tank.The present apparatus solves the problems, such as that raw material is deposited in edge and can not discharged.
Description
Technical field
The utility model belongs to concrete production field, more particularly to a kind of concrete material proportioning production hybrid system.
Background technology
Batching plant is that one kind is used for various materials such as：The automation equipment of the ration distribution of sandstone, main application
In concrete construction industry, in a manner of substituting artificial platform balance or volume measurement etc., have high measuring accuracy, dispatching efficiency high, from
The features such as dynamicization degree is high, it is one of major part in full-automatic concrete mixing plant complete set of equipments.At present, it is common on the market
Batching plant use head tank vertical pan feeding, airborne dust can be caused by so resulting in, and cause working environment to deteriorate, and its
Agitator tank can not rotate, and the mixed effect of such concrete is bad.
Authorization Notice No. is CN204450875U patent document, discloses a kind of concrete proportioning machine, including machine
Frame, sandstone head tank, water inlet pipe, bout outer tank body, stirring inner tank body, sandstone conveying worm, cement screw conveyer and stir
Device is mixed, stirring vane is provided with stirring inner tank body, stirring vane is located in the middle part of agitator tank.The program solves common on the market
Batching plant use head tank vertical pan feeding, cause to cause airborne dust, cause working environment to deteriorate, the mixing of concrete
The problem of effect is bad.But stirring vane is located at middle part in the program, raw material disperses in the presence of stirring vane during stirring
To stirring inner tank body edge, the dead angle of stirring is formed, and then be deposited in dead angle and can not discharge.
Utility model content
The purpose of this utility model is to provide a kind of concrete material proportioning production hybrid system, to solve raw material accumulation
The problem of can not being discharged in the dead angle for stirring inner tank body.
In order to achieve the above object, base case of the present utility model provides a kind of concrete material proportioning production mixed stocker
System, including frame, rabbling mechanism and the feedstock transportation mechanism by feedstock transportation to rabbling mechanism, rabbling mechanism include blending tank,
The stirring motor that the first stirring vane of raw material and the first stirring vane of driving rotate is stirred, stirring motor is fixed on mixing tank deck
Portion, mixing pot bottom are provided with discharging opening, and the first stirring vane is located in blending tank, and rabbling mechanism also includes can be by the first paddle
The second stirring vane and can be rotatablely connected by the 3rd stirring vane of the second stirring vane drive, the second stirring vane that piece drives
In the side wall of blending tank, the 3rd stirring vane is rotatably connected on the bottom of blending tank.
The principle of this base case is：Stirring motor drives the first agitating shaft when rotating, and the first stirring vane turns therewith
Dynamic, the first stirring vane drives the second stirring vane to rotate, and drives the 3rd stirring vane to rotate when the second stirring vane rotates.It is former
Raw material is sent into rabbling mechanism by material conveyer structure, and the first stirring vane is by the edge of stock dispersion to blending tank, the second paddle
The raw material at piece agitation edge prevents it from accumulating.Raw material is promoted discharging opening by the 3rd stirring vane, discharging opening is nearby produced sky
Gap, the raw material at blending tank edge flow to space in the presence of the second stirring vane, and then quick in the presence of third blade
Discharged from discharging opening.
The beneficial effect of this base case is：1. the second stirring vane in the present apparatus positioned at blending tank edge is first
Rotated under the drive of stirring vane, preventing raw material, solving raw material and being deposited in edge to discharge from being accumulated at blending tank edge
The problem of.
, will 2. the 3rd stirring vane in the present apparatus positioned at blending tank bottom rotates under the drive of the second stirring vane
The raw material of bottom is sent into discharging opening, accelerates the speed that raw material flows out from discharging opening.
3. the linkage of the first stirring vane, the second stirring vane and the 3rd stirring vane in the present apparatus, make to be deposited in mixing
The raw material at tank edge is quickly discharged from discharging opening.
Prioritization scheme one：3rd stirring vane extends to discharging opening edge close to discharge port end.By the 3rd paddle
Piece, which is designed into discharging opening, makes third blade to promote the raw material near more discharging openings in discharging opening when rotating.
Prioritization scheme two：The center of rotation of 3rd stirring vane and blending tank, which is provided with, makes what the 3rd stirring vane resetted
Torsion spring.The setting of torsion spring sets back when third blade is acted on by the second blade, and then stirs longer the 3rd
Raw material near discharging opening can be promoted discharging opening by blade repeatedly close to discharge port end.
Prioritization scheme three：The feedstock transportation mechanism includes sandstone transport establishment, and sandstone transport establishment includes sandstone raw material
Tank and gravel conveyor, sandstone head tank are located above gravel conveyor, and sandstone head tank is fixed in frame, gravel conveyor
It is connected in frame.The setting of sandstone transporter makes sandstone quickly can be transported to after the discharge of sandstone head tank in blending tank.
Prioritization scheme four：The feedstock transportation mechanism also includes transport of cement mechanism, and transport of cement mechanism includes cement raw
Batch can and cement screw conveyer, cement raw batch can are located above cement screw conveyer, and cement raw batch can is fixed in frame,
Cement screw conveyer is fixedly connected in frame.When the setting of cement screw conveyer makes the cement be discharged from cement raw batch can
Quickly it can be transported in blending tank.
Prioritization scheme five：Also include main control unit, feedstock transportation mechanism also includes additive conveyer, sandstone transport
Mechanism also includes sandstone transport motor, and transport of cement mechanism also includes transport of cement motor, and additive conveyer includes addition
Motor is transported in agent, and sandstone head tank has the first automatically controlled discharge door, and cement raw batch can has the second automatically controlled discharge door, mixing
The discharging opening of tank is provided with the 3rd automatically controlled discharge door, stirring motor, sandstone transport motor, transport of cement motor, the first discharge door,
Second discharge door and the 3rd discharge door electrically connect with main control unit respectively.Each mechanism operation of main control mechanism overall control, it is real
The automatic mixing of raw material is showed.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model embodiment concrete material proportioning production hybrid system；
Fig. 2 is the structural representation of the 3rd stirring vane.
Embodiment
The utility model is described in further detail below by embodiment：
Reference in Figure of description includes：Sandstone head tank 1, sandstone transport establishment 2, additive transveyer 3, stir
Mix motor 4, main control unit 5, cement raw batch can 6, cement transportation mechanism 7, blending tank 8, the stirring of the first stirring vane 9, second
Blade 10, the 3rd stirring vane 11, the 3rd discharge door 12, discharging opening 13.
Embodiment：Concrete material proportioning production hybrid system in this programme, as shown in figure 1, including frame, mixer
Structure and the feedstock transportation mechanism by feedstock transportation to rabbling mechanism, rabbling mechanism include blending tank 8, stir the first stirring of raw material
Blade 9, the stirring motor 4 that the first stirring vane 9 of driving rotates, the second stirring vane 10 that can be driven by the first stirring vane 9
With the 3rd stirring vane 11 that can be driven by the second stirring vane 10.
Motor is threaded in be stretched into blending tank 8 in the top of blending tank 8, the output shaft of motor, and the first stirring vane 9 welds
It is connected on the output shaft of motor.The bottom of blending tank 8 is welded on the second rotating shaft integrally formed with discharging opening 13, the second stirring vane 10
On, the second rotating shaft is rotatably connected on the side wall of blending tank 8 by bearing, and the second stirring vane 10 is located under blending tank 8
Portion edge.3rd stirring vane 11 is welded in the 3rd rotating shaft, and the 3rd rotating shaft is rotatably connected on the bottom of blending tank 8 by bearing
Portion.The slewing area of second stirring vane 10 and the slewing area of the first stirring vane 9 have lap, the 3rd stirring vane 11
The slewing area of slewing area and the second stirring vane 10 have lap, when rotating the first stirring vane 9, drive second
Stirring vane 10 rotates, and drives the 3rd stirring vane 11 to rotate when the second stirring vane 10 rotates.As shown in Fig. 2 the 3rd stirring
Blade 11 extends to the edge of discharging opening 13 close to the end of discharging opening 13, is arranged with torsion spring in the 3rd rotating shaft, one end stirs with the 3rd
Mix blade 11 to offset, the torsion spring other end offsets with the bottom of blending tank 8.
The feedstock transportation mechanism of prior art, including sandstone transport establishment 2 are used in this implementation, sandstone transport establishment 2 wraps
Sandstone head tank 1 and gravel conveyor are included, sandstone head tank 1 is located above gravel conveyor, the discharging opening peace of sandstone head tank 1
Equipped with the first discharge door being opened and closed by magnet control, gravel conveyor is driven by sandstone transport motor.Transport of cement mechanism bag
Cement raw batch can 6 and cement screw conveyer are included, cement raw batch can 6 is located above cement screw conveyer, and cement raw batch can 6 goes out
Material mouth is provided with the second discharge door being opened and closed by magnet control, and cement screw conveyer is driven by transport of cement motor.Mixing
The discharging opening 13 of tank 8 is provided with the 3rd discharge door 12 being opened and closed by magnet control.Stirring motor 4, sandstone transport motor, cement
Transport on motor, the electromagnet coil on the first discharge door, the electromagnet coil on the second discharge door and the 3rd discharge door 12
Electromagnet coil is electrically connected with main control unit 5 by wire respectively.
During work, main control unit 5 controls the first discharge door and the second bin gate to open, while opens stirring motor 4, addition
Agent transport motor, sandstone transport motor and transport of cement motor.The charging aperture of additive, sandstone and cement from the top of blending tank 8
Into blending tank 8, it is well mixed in the presence of the first stirring vane 9, the second stirring vane 10 and the 3rd stirring vane 11.It is main
Control device 5 controls the first discharge door and the second bin gate to close, and the 3rd discharge door 12 is opened, and well mixed raw material goes out from the 3rd
Bin gate 12 is discharged.During discharge, make raw material will not be on the side of blending tank 8 in the second stirring vane 10 positioned at the lower edge of blending tank 8
Edge is accumulated, and the 3rd stirring vane 11 is under the repeated action of torsion spring and the second blade, back and forth by positioned at the raw material of the bottom of blending tank 8
Promote the discharging opening 13 of blending tank 8.
Above-described is only embodiment of the present utility model, and the general knowledge such as known concrete structure and characteristic is herein in scheme
Do not describe excessively.It should be pointed out that for those skilled in the art, the premise of the utility model structure is not being departed from
Under, several modifications and improvements can also be made, these should also be considered as the scope of protection of the utility model, and these are all without influence
The effect and practical applicability that the utility model is implemented.This application claims protection domain should be with the content of its claim
It is defined, the record such as embodiment in specification can be used for the content for explaining claim.
Claims (6)
1. concrete material proportioning production hybrid system, including frame, rabbling mechanism and the original by feedstock transportation to rabbling mechanism
Material conveyer structure, rabbling mechanism include blending tank, stir the first stirring vane of raw material and drive what the first stirring vane rotated
Stirring motor, stirring motor are fixed at the top of blending tank, and mixing pot bottom is provided with discharging opening, and the first stirring vane is located at blending tank
It is interior, it is characterised in that rabbling mechanism also includes the second stirring vane that can be driven by the first stirring vane and can be by the second stirring
The 3rd stirring vane that blade drives, the second stirring vane are rotatably connected on the side wall of blending tank, and the 3rd stirring vane, which rotates, to be connected
It is connected on the bottom of blending tank.
2. concrete material proportioning production hybrid system according to claim 1, it is characterised in that：3rd paddle
Piece extends to discharging opening edge close to discharge port end.
3. concrete material proportioning production hybrid system according to claim 2, it is characterised in that：3rd paddle
The center of rotation of piece and blending tank is provided with the torsion spring for resetting the 3rd stirring vane.
4. the concrete material proportioning production hybrid system according to claim any one of 1-3, it is characterised in that：The original
Material conveyer structure includes sandstone transport establishment, and sandstone transport establishment includes sandstone head tank and gravel conveyor, sandstone head tank
Above gravel conveyor, sandstone head tank is fixed in frame, and gravel conveyor is connected in frame.
5. concrete material proportioning production hybrid system according to claim 4, it is characterised in that：The ingredient conveyor
Structure also includes transport of cement mechanism, and transport of cement mechanism includes cement raw batch can and cement screw conveyer, cement raw batch can position
Above cement screw conveyer, cement raw batch can is fixed in frame, and cement screw conveyer is fixedly connected in frame.
6. concrete material proportioning production hybrid system according to claim 5, it is characterised in that：Also include main control to fill
Put, feedstock transportation mechanism also includes additive conveyer, and sandstone transport establishment also includes sandstone transport motor, transport of cement machine
Structure also includes transport of cement motor, and additive conveyer includes additive and transports motor, and sandstone head tank has automatically controlled the
One discharge door, cement raw batch can have the second automatically controlled discharge door, and the discharging opening of blending tank is provided with the 3rd automatically controlled discharge door, stirred
Mix motor, sandstone transport motor, transport of cement motor, the first discharge door, the second discharge door and the 3rd discharge door respectively with master control
Device electrical connection processed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720723975.6U CN207044423U (en) | 2017-06-21 | 2017-06-21 | Concrete material proportioning production hybrid system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720723975.6U CN207044423U (en) | 2017-06-21 | 2017-06-21 | Concrete material proportioning production hybrid system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207044423U true CN207044423U (en) | 2018-02-27 |
Family
ID=61494216
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720723975.6U Active CN207044423U (en) | 2017-06-21 | 2017-06-21 | Concrete material proportioning production hybrid system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207044423U (en) |
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2017
- 2017-06-21 CN CN201720723975.6U patent/CN207044423U/en active Active
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