CN209552103U - A kind of thermal insulation mortar stirring system - Google Patents
A kind of thermal insulation mortar stirring system Download PDFInfo
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- CN209552103U CN209552103U CN201920011566.2U CN201920011566U CN209552103U CN 209552103 U CN209552103 U CN 209552103U CN 201920011566 U CN201920011566 U CN 201920011566U CN 209552103 U CN209552103 U CN 209552103U
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- wet feed
- stirring
- pusher
- thermal insulation
- mixing drum
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Abstract
The utility model discloses a kind of thermal insulation mortar stirring systems, the controller of wet feed mortar mixer structure and thermal insulation mortar rabbling mechanism and two rabbling mechanism coordinative operations including series connection；The inner cavity of wet feed mixing drum is successively set as the pusher area being connected with dry ash storage hopper, the stirring area being connected with water supply mechanism and the discharge zone being connected with material stock tank along material direction of travel, through wet feed agitating shaft is equipped in wet feed mixing drum, coaxial sleeve is equipped with pusher shaft that is hollow and being externally provided with pushing spiral blade on the wet feed agitating shaft in pusher area；It is installed with stirring rod on wet feed agitating shaft in stirring area, the wet feed agitating shaft in discharge zone is equipped with the discharging helical blade contrary with pushing spiral blade screw；On the contrary, through insulated and stirred axis is equipped in material stock tank, the tail end of material stock tank is equipped with thermal insulation mortar discharge port for the steering of wet feed agitating shaft and pusher shaft.The utility model uses totally enclosed type continuously-running duty, and not only stirring efficiency is high, but also can effectively avoid environmental pollution.
Description
Technical field
The utility model relates to mixture operation field of mechanical technique, and in particular to a kind of thermal insulation mortar stirring system.
Background technique
Dry-mixed mortar stirrer is suitable for the Site of dry mortar material, is that the dry ashes such as cement, sand material and water are mixed
Merge mixing into the machinery of mortar mixture, is one of indispensable equipment in the fields such as construction.Common dry-mixed mortar
Blender, which is usually driven by a motor wet feed agitating shaft and stirring blade rotation, is uniformly mixed the mortar raw material in blender.But
It is to generally use dry ash and tap water in the prior art manually, is manually added blender, is mixed again to wet feed after the completion of stirring
Granular polystyrene is manually added in object, then is stirred uniformly, the thermal insulation mortar that mixing is completed, which is finally shoveled out blender, makes
With, since dry ash and wet ash are all exposed to outside in whipping process, not only stirring efficiency is low, and need a large amount of personnel to operate, and
And it be easy to cause environmental pollution.
Utility model content
The technical problems to be solved in the utility model is overcome the deficiencies in the prior art and provides a kind of thermal insulation mortar stirring
System, using totally enclosed type continuously-running duty, not only stirring efficiency is high, but also can be to avoid environmental pollution.
In order to solve the above technical problems, technical solution adopted in the utility model is:
A kind of thermal insulation mortar stirring system, wet feed mortar mixer structure and thermal insulation mortar rabbling mechanism including series connection
And the controller of control wet feed mortar mixer structure and thermal insulation mortar rabbling mechanism coordinative operation；The wet feed mortar mixer
Structure includes horizontally disposed wet feed mixing drum, is used to store up to the dry ash of wet feed mixing drum conveying dry ash above wet feed mixing drum
Hopper and for wet feed mixing drum conveying water source water supply mechanism；The inner cavity of the wet feed mixing drum is along material walking side
It is the pusher area being connected with dry ash storage hopper to setting gradually, the stirring area being connected with water supply mechanism and is stirred with thermal insulation mortar
The discharge zone that mechanism is connected is mixed, is provided through wet feed agitating shaft in the wet feed mixing drum, the wet feed in pusher area
Coaxial sleeve is equipped with the pusher shaft that hollow and peripheral side is laid with pushing spiral blade on agitating shaft；Wet feed in stirring area stirs
It mixes and is installed with multiple stirring rods on axis, be provided on the wet feed agitating shaft in discharge zone and pushing spiral blade screw direction
Opposite discharging helical blade；The steering of the wet feed agitating shaft and pusher shaft on the contrary, wet feed agitating shaft and pusher shaft beginning
Wet feed stirring driving machine structure opposite with two sets of steerings respectively after wet feed mixing drum head end is stretched out to be connected；The thermal insulation mortar stirs
Mixing mechanism includes being installed in the material stock tank of wet feed mixing drum discharge zone end and being arranged above material stock tank to be used for material stock tank
The granular polystyrene storage hopper of middle conveying thermal insulation material, the tail end bottom of material stock tank offers thermal insulation mortar discharge port；The material stock
The insulated and stirred axis with stirring blade is provided through in tank, the beginning of insulated and stirred axis drives after stretching out material stock tank with insulated and stirred
Motivation structure is connected；Controlled end of the controller respectively with wet feed stirring driving machine structure and insulated and stirred driving mechanism is electrically connected
It connects.
Further, the material stock tank and wet feed mixing drum are coaxially disposed, and the internal diameter of material stock tank is greater than wet feed mixing drum
Internal diameter.
Further, the beginning top in the pusher area is provided with dry ash feed inlet, and the dry ash of dry ash storage hopper is wet
Material outlet is connected by dry ash feed pipe with dry ash feed inlet, and the water supply mechanism includes being arranged on stirring area beginning top
Water injection pipe, the whole story both ends of wet feed mixing drum are each provided with a capping, and the bottom of the capping of wet feed mixing drum end
Offer the wet feed outlet for leading to material stock tank by discharge zone.
Further, the support sleeve coaxial with wet feed mixing drum is installed on the outside of the capping at wet feed mixing drum beginning
Pipe, the beginning of the wet feed agitating shaft and pusher shaft are stretched out from the outer end of supporting sleeve, and the beginning of wet feed agitating shaft from
The beginning of pusher shaft stretches out；The wet feed stirring the tip of the axis is arranged in the capping of end by bearing, and the pusher shaft passes through
Two bearing settings are connected by bearing in supporting sleeve, and between the whole story both ends of pusher shaft and wet feed agitating shaft
It connects.
Further, it is provided with pressure sensor at the support of the storage hopper, is provided with flow sensor on water injection pipe.
Further, the junction that the dry ash wet feed of the dry ash feed pipe and dry ash storage hopper exports is provided with cloth
Device.
Further, the top of the material stock tank offers granular polystyrene feed inlet, and granular polystyrene storage hopper is poly-
Benzene particle outlet is connected by granular polystyrene feed pipe with granular polystyrene feed inlet.
Further, the junction that the granular polystyrene of the granular polystyrene feed pipe and granular polystyrene storage hopper exports is set
It is equipped with meter.
Further, the wet feed stirring driving machine structure includes wet feed stirring motor and pusher motor, and wet feed stirs
It is provided with wet feed stirring driving wheel in the shaft of motor, is provided with pusher driving wheel in the shaft of pusher motor；The wet feed stirs
It mixes and is provided with wet feed stirring driving wheel in the top portion of axis, be provided with pusher driving wheel, and wet feed in the top portion of pusher shaft
Stirring driving wheel stirs driving wheel with wet feed by chain and is connected, and pusher driving wheel is connected by chain with pusher driving wheel
It connects；The insulated and stirred driving mechanism includes insulated and stirred motor, and is provided with heat preservation in the shaft of insulated and stirred motor and stirs
Mix driving wheel；Insulated and stirred driving wheel is provided on the outer end of the insulated and stirred axis, and insulated and stirred driving wheel passes through
Chain is connected with insulated and stirred driving wheel；The controller is electric with wet feed stirring motor, pusher motor and insulated and stirred respectively
The controlled end of machine is connected.
The beneficial effects of adopting the technical scheme are that
The raw material dry ash used and water is stirred to stir from dry ash storage hopper and water supply mechanism into horizontally disposed wet feed respectively
It mixes in cylinder, dry ash is fallen into first in pusher area, and pusher shaft drives the rotation of pushing spiral blade, and the dry ash in pusher area is continuous
It pushes in stirring area, stirring rod rotation is driven by wet feed agitating shaft, dry ash carries out in stirring area with into water therein
Mixing enters back into discharge zone after the completion of mixing, and mixture will enter the wet feed in discharge zone under the action of discharging helical blade
Mortar is pushed out from wet feed outlet and is directly entered in material stock tank, and the wet feed mortar into material stock tank is added into granular polystyrene, and
It is again stirring for uniformly, obtaining available thermal insulation mortar in material stock tank.The wet feed mixing drum of the utility model from be fed to stirring
Discharging, then stirring, discharging to thermal insulation mortar, the substantially totally-enclosed progress of whole process, effectively avoid dry ash or wet
Pollution of the ash to environment.
The conveying direction of material is by pusher area to stirring area again to discharge zone in wet feed mixing drum, but since wet feed stirs
The steering of axis and pusher shaft is mixed on the contrary, while pushing spiral blade carries out pusher to stirring area, wet feed agitating shaft and vertical
Under the reverse rotation effect of fixed stirring rod on it, just the normal conveying of the mixture in stirring area is produced certain
Inhibition, it is more uniform this makes it possible to mix material in stirring area, wet feed agitating shaft with
Higher revolving speed rotation, saves mixing time, improves stirring efficiency；Discharging helical blade and pushing spiral in discharge zone
The hand of spiral of blade is on the contrary, can push out the mixture entered in discharge zone from wet feed outlet.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
In figure: 1, dry ash feed pipe, 2, dry ash storage hopper, 3, distributing device, 4, cloth driving wheel, 5, wet feed mixing drum,
6, wet feed agitating shaft, 7, stirring rod, 8, discharging helical blade, 9, wet feed outlet, 10, pusher shaft, 11, wet feed stirring driving wheel,
12, pusher driving wheel, 13, water injection pipe, 14, supporting sleeve, 15, capping, 16, pushing spiral blade, 17, material stock tank, 18, heat preservation
Agitating shaft, 19, insulated and stirred driving wheel, 20, granular polystyrene storage hopper, 21, granular polystyrene feed pipe, 22, meter.
Specific embodiment
Utility model will be further described in detail below with reference to the attached drawings and specific embodiments.
As shown in Figure 1, the utility model discloses a kind of thermal insulation mortar stirring systems, the wet feed mortar including series connection
Rabbling mechanism and thermal insulation mortar rabbling mechanism and control wet feed mortar mixer structure and thermal insulation mortar rabbling mechanism coordinative operation
Controller；Wet feed mortar mixer structure include horizontally disposed wet feed mixing drum 5, be located at wet feed mixing drum 5 above for
Wet feed mixing drum 5 conveys the dry ash storage hopper 2 of dry ash and the water supply mechanism for conveying water source to wet feed mixing drum 5；Wet feed
The inner cavity of mixing drum 5 is set gradually along material direction of travel as the pusher area being connected with dry ash storage hopper 2 and water supply mechanism
The stirring area being connected and the discharge zone being connected with thermal insulation mortar rabbling mechanism are provided through wet feed in wet feed mixing drum 5
Agitating shaft 6, coaxial sleeve is equipped with hollow and peripheral side and is laid with pushing spiral blade 16 on the wet feed agitating shaft 6 in pusher area
Pusher shaft 10；Multiple stirring rods 7 are installed on wet feed agitating shaft 6 in stirring area, the wet feed in discharge zone stirs
It mixes and is provided with the discharging helical blade 8 opposite with 16 hand of spiral of pushing spiral blade on axis 6；The wet feed agitating shaft 6 with push away
The steering of axis 10 is expected on the contrary, turning respectively with two sets after the beginning of wet feed agitating shaft 6 and pusher shaft 10 stretching 5 head end of wet feed mixing drum
It is connected to opposite wet feed stirring driving machine structure；Thermal insulation mortar rabbling mechanism includes being installed in 5 discharge zone of wet feed mixing drum end
The material stock tank 17 at end and be arranged in above material stock tank 17 for into material stock tank 17 convey thermal insulation material granular polystyrene storing
Bucket 20, material stock tank 17 and wet feed mixing drum 5 are coaxially disposed, and the internal diameter of material stock tank 17 is greater than the internal diameter of wet feed mixing drum 5, material stock
The tail end bottom of tank 17 offers thermal insulation mortar discharge port；The insulated and stirred axis with stirring blade is provided through in material stock tank 17
18, the beginning of insulated and stirred axis 18 is connected after stretching out material stock tank 17 with insulated and stirred driving mechanism；Controller respectively with wet feed
Stirring driving machine structure and the electrical connection of the controlled end of insulated and stirred driving mechanism.
Dry ash storage hopper 2 is used to store the raw material dry ash of stirring, and granular polystyrene storage hopper 20 is used to store granular polystyrene,
It is both provided with lid thereon, it is exposed to prevent raw material.The raw material dry ash used and water are stirred respectively from dry ash storage hopper 2 and water supplying machine
Structure enters in horizontally disposed wet feed mixing drum 5, and dry ash is fallen into first in pusher area, and pusher shaft 10 drives pushing spiral blade 16
Rotation, the dry ash in pusher area is continuously pushed in stirring area, drives stirring rod 7 to rotate by wet feed agitating shaft 6, dry ash
It is mixed in stirring area with into water therein, discharge zone is entered back into after the completion of mixing, mixture is in discharging helical blade 8
Under the action of, it is discharged by wet feed.Material direction of travel is by pusher area to stirring area again to out in wet feed mixing drum 5
Expect area, but due to the steering of wet feed agitating shaft 6 and pusher shaft 10 on the contrary, carrying out pusher to stirring area in pushing spiral blade 16
While, under the reverse rotation effect of wet feed agitating shaft 6 and vertical fixed stirring rod 7 on it, just to mixed in stirring area
The normal conveying for closing object produces certain inhibition, and this makes it possible to the material in continuous discharge is mixed in stirring area
That closes is more uniform, and wet feed agitating shaft 6 is saved mixing time, improved stirring efficiency with the rotation of higher revolving speed；Discharge zone
In discharging helical blade 8 and pushing spiral blade 16 the hand of spiral on the contrary, can will enter discharge zone in wet feed mortar
It pushing out and is directly entered in material stock tank 17 from wet feed outlet, the wet feed mortar into material stock tank 17 is added into granular polystyrene, and
It is again stirring for uniformly, obtaining available thermal insulation mortar in material stock tank 17.Wet feed mixing drum 5 discharges from stirring is fed to, then arrives
Stirring, the discharging of thermal insulation mortar, the substantially totally-enclosed progress of whole process, dry ash or wet ash are effectively avoided to environment
Pollution.
The inner wall of dry ash storage hopper 2, wet feed mixing drum 5 and material stock tank 17 uses enamel material, wet feed agitating shaft 6, pusher
Axis 10 and pushing spiral blade 16, stirring rod 7 and discharging helical blade 8 and insulated and stirred axis 18 and stirring blade etc. are adopted
With stainless steel material, the processing request of the different materials such as acidity, alkalinity can be met.
Wet feed stirring driving machine structure includes wet feed stirring motor and pusher motor, and is set in the shaft of wet feed stirring motor
It is equipped with wet feed stirring driving wheel, is provided with pusher driving wheel in the shaft of pusher motor；It is arranged in the top portion of wet feed agitating shaft 6
There is wet feed to stir driving wheel 11, pusher driving wheel 12 is provided in the top portion of pusher shaft 10, and wet feed stirring driving wheel is logical
It crosses chain to be connected with wet feed stirring driving wheel 11, pusher driving wheel 12 is connected by chain with pusher driving wheel 12；Heat preservation
Stirring driving machine structure includes insulated and stirred motor, and insulated and stirred driving wheel is provided in the shaft of insulated and stirred motor；It protects
Insulated and stirred driving wheel 19 is provided on the outer end of warm agitating shaft 18, and insulated and stirred driving wheel is stirred by chain and heat preservation
Driving wheel 19 is mixed to be connected；Controller is connected with the controlled end of wet feed stirring motor, pusher motor and insulated and stirred motor respectively
It connects.
The junction that the dry ash wet feed of dry ash feed pipe 1 and dry ash storage hopper 2 exports is provided with distributing device 3.Distributing device 3
It is rotated by cloth motor driven, cloth driving wheel 4 is provided on the shaft outer end of distributing device 3, is set in the shaft of cloth motor
It is equipped with cloth driving wheel, cloth driving wheel is connected by chain with cloth driving wheel 4.
Cloth motor, wet feed stirring motor, pusher motor and insulated and stirred motor are servo motor, and controller includes watching
Take electric machine controller.Utilize servomotor controller, it may be convenient to the revolving speed of each servo motor is adjusted, to adapt to various materials
Stirring and processing.Wet feed agitating shaft 6 and pusher shaft 10 asynchronous can rotate, and speed is adjustable, it is made to meet production effect
Rate requirement.Pusher motor drives pusher shaft 10 to rotate by chain conveyer, according to actual amount, revolving speed is adjusted, by dry ash by pushing away
Material area is continuously pushed into stirring area.Wet feed stirring motor drives wet feed to stir driving wheel 11 by chain conveyer, makes stirring rod 7
Rotation, by the adjusting to wet feed stirring motor revolving speed, can be obtained the product of different requirements.Cloth motor is driven by chain conveyer
Distributing device 3 rotates, and revolving speed is adjusted according to specific dosage, speed is launched in control.
The beginning top in pusher area is provided with dry ash feed inlet, and the dry ash wet feed outlet of dry ash storage hopper 2 is by doing
Grey feed pipe 1 is connected with dry ash feed inlet, and water supply mechanism includes the water injection pipe 13 that stirring area beginning top is arranged in, wet feed
The whole story both ends of mixing drum 5 be each provided with one capping 15, and the bottom of the capping 15 of 5 end of wet feed mixing drum offer by
The wet feed outlet 9 of material stock tank 17 is led in discharge zone.The top of material stock tank 17 offers granular polystyrene feed inlet, and granular polystyrene
The granular polystyrene outlet of storage hopper 20 is connected by granular polystyrene feed pipe 21 with granular polystyrene feed inlet.
The outside of the capping 15 at 5 beginning of wet feed mixing drum is installed with the supporting sleeve 14 coaxial with wet feed mixing drum 5, wet feed
The beginning of agitating shaft 6 and pusher shaft 10 is stretched out from the outer end of supporting sleeve 14, and the beginning of wet feed agitating shaft 6 is from pusher shaft
10 beginning stretches out；The end of wet feed agitating shaft 6 is arranged in end capping 15 by bearing, and pusher shaft 10 passes through two bearings
Setting is connected by bearing in supporting sleeve 14, and between the whole story both ends of pusher shaft 10 and wet feed agitating shaft 6.
The diameter of material stock tank 17 is greater than the diameter of wet feed mixing drum 5, and material stock tank 17 can stir wet feed mixing drum 5 and complete
Wet feed mixture stored in advance, then into material stock tank 17 be added granular polystyrene and be again stirring for uniformly, finally stir
Uniform thermal insulation mortar can be output to insulation board automatic production line.
In order to the dry ash of stirring, water and granular polystyrene usage amount measure, at the support of dry ash storage hopper 2
It is provided with pressure sensor, flow sensor, granular polystyrene feed pipe 21 and granular polystyrene storing are provided on water injection pipe 13
The junction of the granular polystyrene outlet of bucket 20 is provided with meter 22.Water injection pipe 13 is connected to running water pipe by high-pressure hydraulic pump
Road, pressure sensor, flow sensor and meter 22 are connected with controller, can control water according to the usage amount of dry ash
Inlet, such as keeping the injection ratio of water and dry powder is 20:100, can also be fed at any time, achieve the purpose that continuously stir,
The quantity of operator is reduced simultaneously.According to the output quantity of 5 wet feed mortar of wet feed mixing drum, it is suitable to input into material stock tank 17
The granular polystyrene of metering, starting insulated and stirred axis 18 are rotated, and wet feed mortar and granular polystyrene are carried out uniform stirring.
Claims (9)
1. a kind of thermal insulation mortar stirring system, it is characterised in that: wet feed mortar mixer structure and heat preservation sand including series connection
It starches rabbling mechanism and controls the controller of wet feed mortar mixer structure and thermal insulation mortar rabbling mechanism coordinative operation；
The wet feed mortar mixer structure include horizontally disposed wet feed mixing drum (5), be located at wet feed mixing drum (5) above be used for
To the dry ash storage hopper (2) of wet feed mixing drum (5) conveying dry ash and for the water supplying machine to wet feed mixing drum (5) conveying water source
Structure；The inner cavity of the wet feed mixing drum (5) sets gradually to push away with what dry ash storage hopper (2) was connected along material direction of travel
Expect area, the stirring area being connected with water supply mechanism and the discharge zone being connected with thermal insulation mortar rabbling mechanism, the wet feed stirring
Cylinder (5) in be provided through wet feed agitating shaft (6), on the wet feed agitating shaft (6) in pusher area coaxial sleeve be equipped with it is hollow and
Peripheral side is laid with the pusher shaft (10) of pushing spiral blade (16)；It is installed on wet feed agitating shaft (6) in stirring area
Multiple stirring rods (7) are provided with and pushing spiral blade (16) hand of spiral phase on the wet feed agitating shaft (6) in discharge zone
Anti- discharging helical blade (8)；The steering of the wet feed agitating shaft (6) and pusher shaft (10) is on the contrary, wet feed agitating shaft (6) and push away
Expect that the beginning of axis (10) stretches out wet feed stirring driving machine structure opposite with two sets of steerings respectively after wet feed mixing drum (5) head end and is connected
It connects；
The thermal insulation mortar rabbling mechanism includes material stock tank (17) and the setting for being installed in wet feed mixing drum (5) discharge zone end
Granular polystyrene storage hopper (20) above material stock tank (17) for from the conveying thermal insulation material to material stock tank (17), material stock tank (17)
Tail end bottom offer thermal insulation mortar discharge port；The insulated and stirred with stirring blade is provided through in the material stock tank (17)
Axis (18), the beginning of insulated and stirred axis (18) stretch out material stock tank (17) and are connected afterwards with insulated and stirred driving mechanism；The control
Device is electrically connected with the controlled end of wet feed stirring driving machine structure and insulated and stirred driving mechanism respectively.
2. a kind of thermal insulation mortar stirring system according to claim 1, it is characterised in that: the material stock tank (17) and wet feed
Mixing drum (5) coaxial arrangement, and the internal diameter of material stock tank (17) is greater than the internal diameter of wet feed mixing drum (5).
3. a kind of thermal insulation mortar stirring system according to claim 1, it is characterised in that: the beginning top in the pusher area
It is provided with dry ash feed inlet, and the dry ash wet feed outlet of dry ash storage hopper (2) is fed by dry ash feed pipe (1) and dry ash
Mouth is connected, and the water supply mechanism includes the water injection pipe (13) that stirring area beginning top is arranged in, the whole story of wet feed mixing drum (5)
Both ends are each provided with a capping (15), and the bottom of the capping (15) of wet feed mixing drum (5) end is offered by discharge zone
Lead to the wet feed outlet (9) of material stock tank (17).
4. a kind of thermal insulation mortar stirring system according to claim 3, it is characterised in that: the wet feed mixing drum (5) is begun
Be installed with the supporting sleeve (14) coaxial with wet feed mixing drum (5) on the outside of the capping (15) at end, the wet feed agitating shaft (6) and
The beginning of pusher shaft (10) is stretched out from the outer end of supporting sleeve (14), and the beginning of wet feed agitating shaft (6) is from pusher shaft
(10) beginning stretches out；The end of the wet feed agitating shaft (6) is arranged in end capping (15) by bearing, the pusher shaft
(10) it is arranged in supporting sleeve (14) by two bearings, and the whole story both ends of pusher shaft (10) and wet feed agitating shaft (6)
Between be connected by bearing.
5. a kind of thermal insulation mortar stirring system according to claim 3, it is characterised in that: the support of the storage hopper (2)
Place is provided with pressure sensor, and water injection pipe is provided with flow sensor on (13).
6. a kind of thermal insulation mortar stirring system according to claim 3, it is characterised in that: the dry ash feed pipe (1)
The junction exported with the dry ash wet feed of dry ash storage hopper (2) is provided with distributing device (3).
7. a kind of thermal insulation mortar stirring system according to claim 1, it is characterised in that: the top of the material stock tank (17)
Granular polystyrene feed inlet is offered, and the granular polystyrene outlet of granular polystyrene storage hopper (20) passes through granular polystyrene feed pipe
(21) it is connected with granular polystyrene feed inlet.
8. a kind of thermal insulation mortar stirring system according to claim 7, it is characterised in that: the granular polystyrene feed pipe
(21) junction with the granular polystyrene of granular polystyrene storage hopper (20) outlet is provided with meter (22).
9. a kind of thermal insulation mortar stirring system according to claim 1, it is characterised in that: the wet feed stirring driving machine structure
Wet feed stirring driving wheel, pusher are provided with including wet feed stirring motor and pusher motor, and in the shaft of wet feed stirring motor
Pusher driving wheel is provided in the shaft of motor；Wet feed stirring driving wheel is provided in the top portion of the wet feed agitating shaft (6)
(11), be provided with pusher driving wheel (12) in the top portion of pusher shaft (10), and wet feed stirring driving wheel by chain with it is wet
Material stirring driving wheel (11) is connected, and pusher driving wheel (12) is connected by chain with pusher driving wheel (12)；The heat preservation
Stirring driving machine structure includes insulated and stirred motor, and insulated and stirred driving wheel is provided in the shaft of insulated and stirred motor；Institute
It states and is provided with insulated and stirred driving wheel (19) on the outer end of insulated and stirred axis (18), and insulated and stirred driving wheel passes through chain
It is connected with insulated and stirred driving wheel (19)；The controller is electric with wet feed stirring motor, pusher motor and insulated and stirred respectively
The controlled end of machine is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920011566.2U CN209552103U (en) | 2019-01-04 | 2019-01-04 | A kind of thermal insulation mortar stirring system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920011566.2U CN209552103U (en) | 2019-01-04 | 2019-01-04 | A kind of thermal insulation mortar stirring system |
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| CN209552103U true CN209552103U (en) | 2019-10-29 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109435051A (en) * | 2019-01-04 | 2019-03-08 | 河北乾昂新型材料科技有限公司 | A kind of thermal insulation mortar stirring system |
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- 2019-01-04 CN CN201920011566.2U patent/CN209552103U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109435051A (en) * | 2019-01-04 | 2019-03-08 | 河北乾昂新型材料科技有限公司 | A kind of thermal insulation mortar stirring system |
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