CN108421487A - A kind of mixing and dispersing device for production of construction materials - Google Patents
A kind of mixing and dispersing device for production of construction materials Download PDFInfo
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- CN108421487A CN108421487A CN201810452264.9A CN201810452264A CN108421487A CN 108421487 A CN108421487 A CN 108421487A CN 201810452264 A CN201810452264 A CN 201810452264A CN 108421487 A CN108421487 A CN 108421487A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/181—Preventing generation of dust or dirt; Sieves; Filters
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/50—Mixing receptacles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/75—Discharge mechanisms
- B01F35/754—Discharge mechanisms characterised by the means for discharging the components from the mixer
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F35/00—Accessories for mixers; Auxiliary operations or auxiliary devices; Parts or details of general application
- B01F35/30—Driving arrangements; Transmissions; Couplings; Brakes
- B01F2035/35—Use of other general mechanical engineering elements in mixing devices
- B01F2035/351—Sealings
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Accessories For Mixers (AREA)
Abstract
The invention discloses a kind of mixing and dispersing devices for production of construction materials, its structure includes safe seal cover, stirring motor, material stirring bucket, agitator supporting rack, feed hopper, screw lifter, dust-extraction unit, discharge pipe, product nameplate, material observation window, the present invention realizes the mixing and dispersing device for production of construction materials by being equipped with dust-extraction unit, after building material stirring and processing in mixing and dispersing device, when being discharged by discharge pipe, dust-extraction unit can absorb flue dust, airborne dust is avoided to be sucked by operating personnel, reduction impacts the health of operating personnel, make the more environmentally friendly safety of equipment.
Description
Technical field
The present invention is a kind of mixing and dispersing device for production of construction materials, belongs to mixing and dispersing device field.
Background technology
Building material industry is the important material industry of China, and building material product includes construction material and product, nonmetallic ore and system
Product, new inorganic non-metallic materials material three are main kind of, are widely used in building, military project, environmental protection, new high-tech industry and people's life
The fields such as living, current China have been that maximum construction material producing country and country of consumption, main building material product cement are put down in the world
Glass sheet, construction sanitary ceramic, stone material and materials for wall Isoquant rank first in the world for many years, while building material product quality is continuous
It improves, the energy and raw materials consumption decline year by year, and various building materials continue to bring out, and building material product constantly upgrades, " novel
Construction material ", abbreviation building material are to be different from the construction material new varieties of the building materials such as traditional brick and tile, grey sandstone, but building materials
In production technology, needs to carry out fully dispersed, refinement, mixing to raw material, to be further processed, be traditionally used for production of construction materials
Mixing and dispersing device building materials are mixed into dispersion after, a large amount of dusts are easy tod produce when being poured out by discharge port, and deposited in building materials dust
In a large amount of chemical substances, the long-term building materials dust that sucks can have an impact the health of operating personnel, and equipment safety is relatively low.
Invention content
In view of this, an embodiment of the present invention provides a kind of mixing and dispersing devices for production of construction materials, to improve building materials
After mixing dispersion, a large amount of dusts are easy tod produce when being poured out by discharge port, long-term sucking building materials dust can be to the health of operating personnel
It has an impact, the lower deficiency of equipment safety.
To achieve the goals above, the present invention is to realize by the following technical solutions：It is a kind of for production of construction materials
Mixing and dispersing device, structure include safe seal cover, stirring motor, material stirring bucket, agitator supporting rack, feed hopper, spiral shell
Lifter, dust-extraction unit, discharge pipe, product nameplate, material observation window are revolved, the material stirring bucket is welded in agitator support
Above frame, the screw lifter is installed on material stirring bottom of the barrel, and the feed hopper is located at screw lifter left side, it is described go out
Pipe material is welded in material stirring bucket front bottom, and the dust-extraction unit is mechanically connected to below discharge pipe, the product inscription
Board bolt is fixed on material stirring bucket front, and the material observation window is nested in material stirring bucket front top, and the safety is close
Capping is installed on above material stirring bucket and is concentric structure with material stirring bucket, and the stirring motor bolt is fixed on material
The agitator upper left corner, the dust-extraction unit by cam drive structure, outer case of dust remover, motor control switch, dedusting driving motor,
Anti-dust filter mesh, dust absorbing structure, revolution drive mechanism, pulley drive structure composition, the outer case of dust remover are mechanically connected to out
Below pipe material, the cam drive structure, which runs through, to be connected among outer case of dust remover inner top, the motor control switch position
On the left of cam drive structure, the dedusting driving motor is installed below motor control switch, and the dust absorbing structure is nested in
The outer case of dust remover lower right corner, the anti-dust filter mesh bolt are fixed on outer case of dust remover bottom surface left end, the revolution drive mechanism
Be installed on the upper right corner in outer case of dust remover, the pulley drive structure be located on the right side of cam drive structure and with revolution drive mechanism
Binding is from together.
Further, the cam drive structure is by the first driving cam, driving rod guide, gear drive rod, first
Transmission gear, memory alloy spring, push rod fixing axle, switch plunger composition, the driving rod guide are nested in outer case of dust remover
Among upper surface, the gear drive rod drives among rod guide and is mechanically connected with pulley drive structure, institute through being connected to
It states and is mechanically connected with discharge pipe at the top of gear drive rod, first transmission gear is located on the left of gear drive rod and and gear
Drive rod is intermeshed, and the push rod fixing axle is installed on the left of the first transmission gear and is mutually parallel with gear drive rod, institute
Switch plunger is stated among push rod fixing axle and left end is closely packed together with motor control switch, the memory alloy spring is embedding
Be placed on the right side of push rod fixing axle between switch plunger, first driving cam be installed on the first transmission gear rear and with open
Push rod right end is closed to be close together.
Further, the motor control switch by quiet iron plate contact, switch fixed seat, dynamic iron plate, dynamic iron plate contact,
Helical spring, power lead composition, the switch fixed seat are installed on the upper left corner in outer case of dust remover, the quiet iron plate contact position
It is mutually perpendicular to above switch fixed seat and with push rod fixing axle, the dynamic iron plate bottom is fixed on one with switch cage bolt
Rise, the dynamic iron plate contact is nested on the right side of dynamic iron plate, the helical spring be installed on switch fixed seat bottom and right end with it is dynamic
Iron plate bottom mechanical connects, and the power lead top welds together with switch fixed seat, bottom and dedusting driving motor machine
Tool connects.
Further, the dedusting driving motor is passed by driving motor main body, the first helical gear, driving belt, gear
Lever, drive link fixed frame, fan drive shaft, fan Fixture, dust absorption fan composition, the driving motor main body are located at motor
It is electrically connected below control switch and by power lead, first helical gear is nested in driving motor main body right end, the biography
Lever fixed frame bolt is fixed on bottom in outer case of dust remover, and the gear-driving rod, which runs through, is connected to drive link fixed frame top
Portion, the driving belt are nested in the first helical gear and gear-driving rod left end, and the fan Fixture is fixed positioned at drive link
On the right side of frame, the fan drive shaft through being connected at the top of fan Fixture and left end is intermeshed with gear-driving rod right end,
The dust absorption fan bolt is fixed on fan drive shaft right end.
Further, the dust absorbing structure is made of dust bag, dust sucting pipeline, seal for pipe joints valve rod, the dust bag
It is close proximity on the right side of dedusting driving motor, the dust sucting pipeline is through being connected to outer case of dust remover right lateral surface and left end and dust bag
Right end is sealed connected together, and the seal for pipe joints valve rod is through being connected to inside dust sucting pipeline and top and revolution drive mechanism
Bolt is fixed together.
Further, the revolution drive mechanism is fixed by the first sliding block, revolution frame body, the second sliding block, reversing frame
Seat composition, the reversing frame cage bolt are fixed on the outer case of dust remover upper right corner, and it is solid that first sliding block is nested in reversing frame
Reservation frontal left is simultaneously snapped together with pulley drive structure, and second sliding block is nested in reversing frame fixed seat front right end
And be fixed together with seal for pipe joints valve rod bolt, the revolution frame body is installed among reversing frame fixed seat front and left and right
Both ends are interlocked respectively at the first sliding block, the second sliding block.
Further, the pulley drive structure is by the first fixed pulley, drag rope, rope fixed ring, oscillating rod, pendulum
Lever fixed seat forms, and on the right side of gear drive rod, the oscillating rod is nested in oscillating rod and fixes for the oscillating rod fixed seating
Seat top and left end and gear drive rod are mechanically connected, the rope fixed ring are threadedly connected to oscillating rod right end, and described first
Fixed pulley is located at turn around on the left of frame fixed seat, and the drag rope left end is bundled with rope fixed ring, and the other end bypasses
First fixed pulley is interlocked with the first sliding block.
Advantageous effect
A kind of mixing and dispersing device for production of construction materials of the invention, it is a large amount of in order to solve to easy to produce when discharge port is poured out
Dust, and the health of operating personnel can be had an impact there are a large amount of chemical substances, the long-term building materials dust that sucks in building materials dust,
The feature of environmental protection for lifting means and safety, when building materials are gushed from the discharge pipe below material stirring bucket, dust absorbing structure
The flue dust of generation is absorbed in time, can be sucked by operating personnel to avoid airborne dust, reduction impacts the health of operating personnel.
After discharge pipe is opened, gear drive rod and discharge pipe control handle connects, gear drive rod along drive rod guide to
Lower movement, the oscillating rod on the right side of gear drive rod are rotated counterclockwise using oscillating rod fixed seat as the center of circle, and the pulling of rope fixed ring is led
Messenger rope moves down around the first fixed pulley, and the first sliding block drives revolution frame body to rotate counterclockwise, and the second sliding block drives pipe
Road sealed valve stem is lifted up, and dust sucting pipeline can suck dust at this time.When gear drive rod moves downwards along driving rod guide
When dynamic, the first transmission gear on the left of gear drive rod rotates clockwise, and the first driving cam rotates synchronously, and switch plunger squeezes
Memory alloy spring is simultaneously moved to the left along push rod fixing axle and pushes dynamic iron plate, at this time move iron plate below helical spring to the right
It stretches, moves iron plate contact and quiet iron plate contact, therefore driving motor main body is started to work, the first helical gear is by being driven skin
Band drives gear-driving rod to be rotated on drive link fixed frame, and gear-driving rod is intermeshed with fan drive shaft, fan driving
The dust absorption fan of axis right end starts to rotate, and flue dust is sucked by dust sucting pipeline inside dust bag.
The present invention realizes the mixing and dispersing device for production of construction materials by being equipped with dust-extraction unit, when building material exists
In mixing and dispersing device after stirring and processing, when being discharged by discharge pipe, dust-extraction unit can absorb flue dust, avoid raising
Dirt is sucked by operating personnel, and reduction impacts the health of operating personnel, makes the more environmentally friendly safety of equipment.
Description of the drawings
Fig. 1 is a kind of structural schematic diagram of mixing and dispersing device for production of construction materials of the invention.
Fig. 2 is the internal cross section structural schematic diagram of dust-extraction unit of the present invention.
Fig. 3 is the internal structure detailed maps of dust-extraction unit of the present invention.
Fig. 4 is the First partial structural schematic diagram of dust-extraction unit of the present invention.
Fig. 5 is the second partial structural diagram of dust-extraction unit of the present invention.
In figure：Safe seal cover -1, stirring motor -2, material stirring bucket -3, agitator supporting rack -4, feed hopper -5, spiral shell
Rotation lifter -6, discharge pipe -8, product nameplate -9, material observation window -10, cam drive structure -701, removes dust-extraction unit -7
Dirt device shell -702, dedusting driving motor -704, anti-dust filter mesh -705, dust absorbing structure -706, returns at motor control switch -703
Turn drive mechanism -707, pulley drive structure -708, the first driving cam -70101, driving rod guide -70102, gear driving
Bar -70103, the first transmission gear -70104, memory alloy spring -70105, push rod fixing axle -70106, switch plunger -
70107, quiet iron plate contact -70301, switch fixed seat -70302, dynamic iron plate -70303, dynamic iron plate contact -70304, spiral bullet
Spring -70305, power lead -70306, driving motor main body -70401, the first helical gear -70402, driving belt -70403, tooth
Take turns drive link -70404, drive link fixed frame -70405, fan drive shaft -70406, fan Fixture -70407, dust absorption fan -
70408, dust bag -70601, dust sucting pipeline -70602, seal for pipe joints valve rod -70603, the first sliding block -70701, reversing frame master
Body -70702, the second sliding block -70703, reversing frame fixed seat -70704, the first fixed pulley -70801, drag rope -70802, rope
Rope fixed ring -70803, oscillating rod -70804, oscillating rod fixed seat -70805.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, Fig. 1~Fig. 5
The structure of the mixing and dispersing device of embodiment of the present invention is schematically shown, With reference to embodiment, further
Illustrate the present invention.
Embodiment
As Figure 1-Figure 5, the present invention provides a kind of mixing and dispersing device for production of construction materials, and structure includes safety
Sealing cover 1, material stirring bucket 3, agitator supporting rack 4, feed hopper 5, screw lifter 6, dust-extraction unit 7, goes out stirring motor 2
Pipe material 8, product nameplate 9, material observation window 10, the material stirring bucket 3 are welded in 4 top of agitator supporting rack, the spiral shell
Rotation lifter 6 is installed on 3 bottom of material stirring bucket, and the feed hopper 5 is located at 6 left side of screw lifter, and the discharge pipe 8 welds
It is connected to the positive bottom of material stirring bucket 3, the dust-extraction unit 7 is mechanically connected to 8 lower section of discharge pipe, 9 spiral shell of product nameplate
Bolt is fixed on 3 front of material stirring bucket, and the material observation window 10 is nested in 3 front top of material stirring bucket, and the safety is close
Capping 1 is installed on 3 top of material stirring bucket and is concentric structure with material stirring bucket 3, and 2 bolt of the stirring motor is fixed on
3 upper left corner of material stirring bucket, the dust-extraction unit 7 is by cam drive structure 701, outer case of dust remover 702, motor control switch
703, dedusting driving motor 704, anti-dust filter mesh 705, dust absorbing structure 706, revolution drive mechanism 707, pulley drive structure 708
Composition, the outer case of dust remover 702 are mechanically connected to 8 lower section of discharge pipe, and the cam drive structure 701, which runs through to be connected to, to be removed
Among 702 inner top of dirt device shell, the motor control switch 703 is located at 701 left side of cam drive structure, the dedusting driving
Motor 704 is installed on 703 lower section of motor control switch, and the dust absorbing structure 706 is nested in 702 lower right corner of outer case of dust remover, institute
It states 705 bolt of anti-dust filter mesh and is fixed on 702 bottom surface left end of outer case of dust remover, the revolution drive mechanism 707 is installed on dedusting
The upper right corner in device shell 702, the pulley drive structure 708 be located at the right side of cam drive structure 701 and with revolution drive mechanism
From together, the cam drive structure 701 is driven by the first driving cam 70101, driving rod guide 70102, gear for 707 bindings
Lever 70103, the first transmission gear 70104, memory alloy spring 70105, push rod fixing axle 70106,70107 groups of switch plunger
At the driving rod guide 70102 is nested among 702 upper surface of outer case of dust remover, and the gear drive rod 70103 is through company
Be connected among driving rod guide 70102 and be mechanically connected with pulley drive structure 708,70103 top of the gear drive rod with
Discharge pipe 8 is mechanically connected, first transmission gear 70104 be located on the left of gear drive rod 70103 and with gear drive rod
70103 intermeshings, the push rod fixing axle 70106 be installed on the left side of the first transmission gear 70104 and with gear drive rod
70103 are mutually parallel, and the switch plunger 70107 is across 70106 centre of push rod fixing axle and left end and motor control switch 703
It being closely packed together, the memory alloy spring 70105 is nested between 70106 right side of push rod fixing axle and switch plunger 70107,
First driving cam 70101 is installed on 70104 rear of the first transmission gear and is tightly attached to one with 70107 right end of switch plunger
It rises, the motor control switch 703 is touched by quiet iron plate contact 70301, switch fixed seat 70302, dynamic iron plate 70303, dynamic iron plate
Point 70304, helical spring 70305, power lead 70306 form, and the switch fixed seat 70302 is installed on outer case of dust remover
The upper left corner in 702, the quiet iron plate contact 70301 are located above switch fixed seat 70302 and mutual with push rod fixing axle 70106
Vertically, 70303 bottom of dynamic iron plate is fixed together with switch 70302 bolt of fixed seat, and the dynamic iron plate contact 70304 is embedding
It is placed on the right side of dynamic iron plate 70303, the helical spring 70305 is installed on switch 70302 bottom of fixed seat and right end and dynamic iron plate
70303 bottom mechanicals connect, and 70306 top of the power lead welds together with switch fixed seat 70302, bottom and dedusting
Driving motor 704 is mechanically connected, and the dedusting driving motor 704 is by driving motor main body 70401, the first helical gear 70402, biography
Dynamic belt 70403, gear-driving rod 70404, drive link fixed frame 70405, fan drive shaft 70406, fan Fixture
70407, dust absorption fan 70408 forms, and the driving motor main body 70401 is located at 703 lower section of motor control switch and passes through electricity
Source conducting wire 70306 is electrically connected, and first helical gear 70402 is nested in 70401 right end of driving motor main body, and the drive link is solid
Determine 70405 bolt of frame and be fixed on bottom in outer case of dust remover 702, the gear-driving rod 70404 is solid through drive link is connected to
Determine 70405 top of frame, the driving belt 70403 is nested in the first helical gear 70402 and 70404 left end of gear-driving rod, institute
It states fan Fixture 70407 and is located at 70405 right side of drive link fixed frame, the fan drive shaft 70406, which runs through, is connected to fan
At the top of fixed frame 70407 and left end is intermeshed with 70404 right end of gear-driving rod, and 70408 bolt of the dust absorption fan is fixed
In 70406 right end of fan drive shaft, the dust absorbing structure 706 is by dust bag 70601, dust sucting pipeline 70602, seal for pipe joints valve
Bar 70603 forms, and the dust bag 70601 is close proximity to 704 right side of dedusting driving motor, and the dust sucting pipeline 70602 is through company
It is connected to 702 right lateral surface of outer case of dust remover and left end is sealed connected together with 70601 right end of dust bag, the seal for pipe joints valve
Bar 70603 is described through being connected to the inside of dust sucting pipeline 70602 and top is fixed together with 707 bolt of drive mechanism is turned round
Drive mechanism 707 is turned round by the first sliding block 70701, revolution frame body 70702, the second sliding block 70703, reversing frame fixed seat
70704 compositions, 70704 bolt of reversing frame fixed seat are fixed on 702 upper right corner of outer case of dust remover, first sliding block
70701 are nested in 70704 frontal left of reversing frame fixed seat and are snapped together with pulley drive structure 708, and described second slides
Block 70703 is nested in 70704 front right end of reversing frame fixed seat and is fixed together with 70603 bolt of seal for pipe joints valve rod, institute
It states revolution frame body 70702 and is installed on the positive intermediate and left and right ends of reversing frame fixed seat 70704 respectively at the first sliding block
70701, the second sliding block 70703 is interlocked, the pulley drive structure 708 by the first fixed pulley 70801, drag rope 70802,
Rope fixed ring 70803, oscillating rod 70804, oscillating rod fixed seat 70805 form, and the oscillating rod fixed seat 70805 is located at tooth
70103 right side of wheel drive bar, the oscillating rod 70804 is nested in 70805 top of oscillating rod fixed seat and left end drives with gear
Bar 70103 is mechanically connected, and the rope fixed ring 70803 is threadedly connected to 70804 right end of oscillating rod, first fixed pulley
70801 are located at turn around 70704 left side of frame fixed seat, and 70802 left end of the drag rope is bundled in one with rope fixed ring 70803
It rises, the other end is interlocked around the first fixed pulley 70801 with the first sliding block 70701.
In order to solve to easy to produce a large amount of dusts when discharge port is poured out, and there are a large amount of chemical substances in building materials dust, long
Phase sucking building materials dust can have an impact the health of operating personnel, and building materials are worked as in the feature of environmental protection for lifting means and safety
When being gushed from the discharge pipe 8 of the lower section of material stirring bucket 3, dust absorbing structure 706 in time absorbs the flue dust of generation, can be to avoid raising
Dirt is sucked by operating personnel, and reduction impacts the health of operating personnel.
Specifically, after discharge pipe 8 is opened, gear drive rod 70103 controls handle with discharge pipe 8 and connect, gear
Drive rod 70103 is moved down along driving rod guide 70102, and the oscillating rod 70804 on 70103 right side of gear drive rod is to swing
Bar fixed seat 70805 rotates counterclockwise for the center of circle, and rope fixed ring 70803 pulls drag rope 70802 to bypass the first fixed pulley
70801 move down, and the first sliding block 70701 drives revolution frame body 70702 to rotate counterclockwise, and the second sliding block 70703 drives pipe
Road sealed valve stem 70603 is lifted up, and dust sucting pipeline 70602 can suck dust at this time.
Specifically, when gear drive rod 70103 is moved down along driving rod guide 70102, gear drive rod 70103
First transmission gear 70104 in left side rotates clockwise, and the first driving cam 70101 rotates synchronously, and switch plunger 70107 squeezes
Memory alloy spring 70105 is simultaneously moved to the left along push rod fixing axle 70106 and pushes dynamic iron plate 70303, moves iron plate at this time
The helical spring 70305 of 70303 lower sections stretches to the right, and dynamic iron plate contact 70304 is contacted with quiet iron plate contact 70301, therefore is driven
Dynamic motor body 70401 is started to work, and the first helical gear 70402 drives gear-driving rod 70404 to exist by driving belt 70403
It is rotated on drive link fixed frame 70405, gear-driving rod 70404 is intermeshed with fan drive shaft 70406, fan drive shaft
The dust absorption fan 70408 of 70406 right ends starts to rotate, and flue dust is sucked by dust sucting pipeline 70602 inside dust bag 70601.
In some embodiments, anti-dust filter mesh 705 allows the air of sucking to be effectively discharged, and avoids being gathered in and remove
It inside dirt device 7, and effectively prevents having dust entrance inside outer case of dust remover 702, extends service life of equipment.
In some embodiments, 70107 left end of switch plunger is equipped with rubber block, moves the electric energy of iron plate contact 70304 not
Human body can be led eventually by discharge pipe 8 to 701 conduction of cam drive structure by switch plunger 70107, avoid operator
Member is shocked by electricity, and equipment safety is improved.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (7)
1. a kind of mixing and dispersing device for production of construction materials, structure includes safe seal cover (1), stirring motor (2), material
Agitator (3), agitator supporting rack (4), feed hopper (5), screw lifter (6), dust-extraction unit (7), discharge pipe (8), production
Product nameplate (9), material observation window (10), it is characterised in that：
The material stirring bucket (3) is welded in above agitator supporting rack (4), and the screw lifter (6) is installed on material and stirs
Bucket (3) bottom is mixed, the feed hopper (5) is located on the left of screw lifter (6), and the discharge pipe (8) is welded in material stirring
The positive bottom of bucket (3), the dust-extraction unit (7) are mechanically connected to below discharge pipe (8), and product nameplate (9) bolt is solid
Due to material stirring bucket (3) front, the material observation window (10) is nested in material stirring bucket (3) front top, the safety
Sealing cover (1) is installed on above material stirring bucket (3) and is concentric structure, the stirring motor (2) with material stirring bucket (3)
Bolt is fixed on material stirring bucket (3) upper left corner；
The dust-extraction unit (7) is by cam drive structure (701), outer case of dust remover (702), motor control switch (703), dedusting
Driving motor (704), anti-dust filter mesh (705), dust absorbing structure (706), revolution drive mechanism (707), pulley drive structure
(708) it forms, the outer case of dust remover (702) is mechanically connected to below discharge pipe (8), the cam drive structure (701)
Through being connected among outer case of dust remover (702) inner top, the motor control switch (703) is located at cam drive structure
(701) left side, the dedusting driving motor (704) are installed below motor control switch (703), the dust absorbing structure (706)
It is nested in outer case of dust remover (702) lower right corner, anti-dust filter mesh (705) bolt is fixed on outer case of dust remover (702) bottom surface
Left end, the revolution drive mechanism (707) are installed on outer case of dust remover (702) interior upper right corner, the pulley drive structure (708)
It is bundled from together on the right side of cam drive structure (701) and with revolution drive mechanism (707).
2. a kind of mixing and dispersing device for production of construction materials according to claim 1, it is characterised in that：The cam passes
Dynamic structure (701) is by the first driving cam (70101), driving rod guide (70102), gear drive rod (70103), the first transmission
Gear (70104), memory alloy spring (70105), push rod fixing axle (70106), switch plunger (70107) composition, the drive
Lever guide rail (70102) is nested among outer case of dust remover (702) upper surface, and the gear drive rod (70103) is through connection
It is mechanically connected among driving rod guide (70102) and with pulley drive structure (708), gear drive rod (70103) top
Portion and discharge pipe (8) are mechanically connected, first transmission gear (70104) be located at gear drive rod (70103) left side and with
Gear drive rod (70103) is intermeshed, and the push rod fixing axle (70106) is installed on the left of the first transmission gear (70104)
And be mutually parallel with gear drive rod (70103), the switch plunger (70107) pass through push rod fixing axle (70106) intermediate and
Left end is closely packed together with motor control switch (703), and the memory alloy spring (70105) is nested in push rod fixing axle
(70106) between right side and switch plunger (70107), first driving cam (70101) is installed on the first transmission gear
(70104) it rear and is close together with switch plunger (70107) right end.
3. a kind of mixing and dispersing device for production of construction materials according to claim 1 or 2, it is characterised in that：The electricity
Machine control switch (703) is by quiet iron plate contact (70301), switch fixed seat (70302), dynamic iron plate (70303), dynamic iron plate contact
(70304), helical spring (70305), power lead (70306) composition, the switch fixed seat (70302) are installed on deduster
Shell (702) interior upper left corner, the quiet iron plate contact (70301) are located above switch fixed seat (70302) and are fixed with push rod
Axis (70106) is mutually perpendicular to, and dynamic iron plate (70303) bottom is fixed together with switch fixed seat (70302) bolt, described
Dynamic iron plate contact (70304) are nested on the right side of dynamic iron plate (70303), and the helical spring (70305) is installed on switch fixed seat
(70302) bottom and right end is connect with dynamic iron plate (70303) bottom mechanical, power lead (70306) top are solid with switch
Reservation (70302) welds together, and bottom is mechanically connected with dedusting driving motor (704).
4. a kind of mixing and dispersing device for production of construction materials according to claim 3, it is characterised in that：The dedusting is driven
Dynamic motor (704) is by driving motor main body (70401), the first helical gear (70402), driving belt (70403), gear-driving rod
(70404), drive link fixed frame (70405), fan drive shaft (70406), fan Fixture (70407), dust absorption fan
(70408) it forms, the driving motor main body (70401) is located at below motor control switch (703) and passes through power lead
(70306) it is electrically connected, first helical gear (70402) is nested in driving motor main body (70401) right end, and the drive link is solid
Determine frame (70405) bolt and be fixed on outer case of dust remover (702) interior bottom, the gear-driving rod (70404), which is run through, is connected to biography
At the top of lever fixed frame (70405), the driving belt (70403) is nested in the first helical gear (70402) and gear-driving rod
(70404) left end, the fan Fixture (70407) are located on the right side of drive link fixed frame (70405), the fan drive shaft
(70406) run through and be connected at the top of fan Fixture (70407) and left end is intermeshed with gear-driving rod (70404) right end,
Dust absorption fan (70408) bolt is fixed on fan drive shaft (70406) right end.
5. a kind of mixing and dispersing device for production of construction materials according to claim 1, it is characterised in that：The dust suction knot
Structure (706) is made of dust bag (70601), dust sucting pipeline (70602), seal for pipe joints valve rod (70603), the dust bag
(70601) it is close proximity on the right side of dedusting driving motor (704), the dust sucting pipeline (70602), which is run through, is connected to outer case of dust remover
(702) right lateral surface and left end is sealed connected together with dust bag (70601) right end, the seal for pipe joints valve rod (70603)
Through being connected to, dust sucting pipeline (70602) is internal and top is fixed together with revolution drive mechanism (707) bolt.
6. a kind of mixing and dispersing device for production of construction materials according to claim 1 or 5, it is characterised in that：Described time
Turn drive mechanism (707) to be fixed by the first sliding block (70701), revolution frame body (70702), the second sliding block (70703), reversing frame
Seat (70704) composition, reversing frame fixed seat (70704) bolt are fixed on outer case of dust remover (702) upper right corner, and described first
Sliding block (70701) is nested in reversing frame fixed seat (70704) frontal left and is snapped together with pulley drive structure (708),
Second sliding block (70703) be nested in reversing frame fixed seat (70704) front right end and with seal for pipe joints valve rod (70603) spiral shell
Bolt is fixed together, and the revolution frame body (70702) is installed among reversing frame fixed seat (70704) front and left and right ends
It is interlocked respectively at the first sliding block (70701), the second sliding block (70703).
7. a kind of mixing and dispersing device for production of construction materials according to claim 1 or 2, it is characterised in that：The cunning
Drive mechanism (708) is taken turns by the first fixed pulley (70801), drag rope (70802), rope fixed ring (70803), oscillating rod
(70804), oscillating rod fixed seat (70805) forms, and the oscillating rod fixed seat (70805) is located at gear drive rod (70103)
Right side, the oscillating rod (70804) is nested at the top of oscillating rod fixed seat (70805) and left end and gear drive rod (70103)
Mechanical connection, the rope fixed ring (70803) are threadedly connected to oscillating rod (70804) right end, first fixed pulley
(70801) it is located at turn around on the left of frame fixed seat (70704), drag rope (70802) left end and rope fixed ring (70803)
It bundles, the other end is interlocked around the first fixed pulley (70801) with the first sliding block (70701).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810452264.9A CN108421487A (en) | 2018-05-12 | 2018-05-12 | A kind of mixing and dispersing device for production of construction materials |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810452264.9A CN108421487A (en) | 2018-05-12 | 2018-05-12 | A kind of mixing and dispersing device for production of construction materials |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108421487A true CN108421487A (en) | 2018-08-21 |
Family
ID=63162977
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810452264.9A Withdrawn CN108421487A (en) | 2018-05-12 | 2018-05-12 | A kind of mixing and dispersing device for production of construction materials |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108421487A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115105988A (en) * | 2022-06-28 | 2022-09-27 | 刘小峰 | Civil construction ration compounding device |
-
2018
- 2018-05-12 CN CN201810452264.9A patent/CN108421487A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115105988A (en) * | 2022-06-28 | 2022-09-27 | 刘小峰 | Civil construction ration compounding device |
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Application publication date: 20180821 |