CN109203343B - A kind of Full-automatic foaming machine - Google Patents
A kind of Full-automatic foaming machine Download PDFInfo
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- CN109203343B CN109203343B CN201811050816.XA CN201811050816A CN109203343B CN 109203343 B CN109203343 B CN 109203343B CN 201811050816 A CN201811050816 A CN 201811050816A CN 109203343 B CN109203343 B CN 109203343B
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- fixedly connected
- belt wheel
- plate
- unidirectional
- way slabs
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C44/00—Shaping by internal pressure generated in the material, e.g. swelling or foaming ; Producing porous or cellular expanded plastics articles
- B29C44/34—Auxiliary operations
- B29C44/3442—Mixing, kneading or conveying the foamable material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C44/00—Shaping by internal pressure generated in the material, e.g. swelling or foaming ; Producing porous or cellular expanded plastics articles
- B29C44/34—Auxiliary operations
- B29C44/3442—Mixing, kneading or conveying the foamable material
- B29C44/3446—Feeding the blowing agent
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- Processing And Handling Of Plastics And Other Materials For Molding In General (AREA)
Abstract
The present invention relates to a kind of foaming machines, it in particular is a kind of Full-automatic foaming machine, including complete machine bracket, stirring stant, power mechanism, admission gear and pushing mechanism, it can be identical with the diameter of air inlet belt wheel by power belt wheel II, the diameter for pushing the diameter of belt wheel to be greater than drive pulley makes the transmission ratio of power mechanism change, the velocity of rotation for exporting motor is suitable for the use demand of admission gear and pushing mechanism, admission gear enters air extrusion in stirring stant when working, foaming agent is squeezed into stirring stant by pushing mechanism, foaming agent is stirred under the action of stirring wheel in mixing drum I with air and water, make to push disk I by adjusting sliding position of the screw on sliding eye and the promotion diameter of disk II is pushed to change, so as to adjust the amount of pushing mechanism extruding foaming agent into stirring stant, so as to adjust water With the mixed proportion of foaming agent.
Description
Technical field
The present invention relates to a kind of foaming machines, are in particular a kind of Full-automatic foaming machines.
Background technique
Such as a kind of Full-automatic foaming machine of patent No. CN104069765B, belong to chemical machinery technical field.It is described it is complete from
Dynamic foaming machine includes the bias of blender, foam box, controller, blender platform, the bracket for being fixed on ground, fixed foam box
Turntable, the blender include agitating shaft and the stirring flabellum set on agitating shaft end, and the agitating shaft is by blender rotation electricity
Machine driving；It is slidably connected between the blender platform and bracket, and is equipped between the blender platform and bracket for stirring
The lifting device that device platform is moved back and forth along bracket in the vertical direction is mixed, the lifting device is driven by blender stroke motor
It is dynamic.The Full-automatic foaming machine is increased from horizontal direction, on vertical direction respectively by blender spinning motor, blender stroke motor
Add being sufficiently mixed for air and foaming agent, guarantees foaming effect；The shortcomings that invention is cannot be to the mixing ratio of foaming agent and water
Example is adjusted as needed.
Summary of the invention
The object of the present invention is to provide a kind of Full-automatic foaming machine, the mixed of foaming agent and water can be adjusted according to use demand
Composition and division in a proportion example, the present apparatus can use a power and realize that multiple functions save power and resource.
The purpose of the present invention is achieved through the following technical solutions:
A kind of Full-automatic foaming machine, including complete machine bracket, stirring stant, power mechanism, admission gear and pushing mechanism, institute
Stating complete machine bracket includes lower supporting plate, support plate, upper backup pad, sliding eye, motor plate and rotor plate, the both ends on the downside of support plate
It is fixedly connected to lower supporting plate, the both ends on the upside of support plate are fixedly connected to upper backup pad, are all provided on two upper backup pads
It is equipped with sliding eye, one end of support plate is fixedly connected with motor plate, and rotor plate is fixedly connected on a lower supporting plate；
The stirring stant includes mixing drum I, stirring conically shaped, discharge barrel, stirring wheel, mixing drum II, baffle, L shape branch
Fagging, extrusion cylinder, feeding cylinder, one-way mechanism I, one-way slabs I, one-way slabs II, unidirectional block I, unidirectional circular cone I, ventilation mounting hole
With one-way mechanism II, the lower end that conically shaped is fixedly connected on mixing drum I is stirred, discharge barrel is fixedly connected under stirring conically shaped
End, the two sides of stirring wheel are rotatably connected on respectively on mixing drum II and mixing drum I, and the two sides of mixing drum II are fixedly connected to gear
Plate, two baffles are contacted with mixing drum I and mixing drum II respectively, and the two sides of mixing drum II are fixedly connected to L shape support plate, and two
A L shape support plate is fixedly connected on the supporting plate, and mixing drum I is fixedly connected on the supporting plate, and the two sides of mixing drum II are solid
Surely it is connected with extrusion cylinder, two extrusion cylinders are connected to mixing drum II, it is fixedly connected to feeding cylinder on two extrusion cylinders, two
Feeding cylinder is connected to two extrusion cylinders respectively, and the lower end of two extrusion cylinders is fixedly connected to one-way mechanism I, coaxial on stirring wheel
It is provided with ventilation mounting hole, one-way mechanism II is fixedly connected in discharge barrel；
The power mechanism include motor, power belt wheel I, power belt wheel II, power cone tooth, transmission shaft, transmission cone tooth and
Drive pulley, motor are Dual-output shaft motor, and power belt wheel I and power belt wheel are fixedly connected on the output shaft of motor upper end
II, right power cone tooth is fixedly connected on the output shaft of motor lower end, motor is fixedly connected on motor plate, the both ends point of transmission shaft
It is not fixedly connected with transmission cone tooth and drive pulley, transmission cone tooth and power cone tooth engagement transmission, transmission shaft are rotatably connected on
On movable plate；
The admission gear includes inlet cylinder, air inlet connecting rod and air inlet belt wheel, and the two sides of inlet cylinder are fixedly connected to
Air inlet connecting rod is fixedly connected on mixing drum II on the outside of two air inlet connecting rods, and inlet cylinder clearance fit is pacified in ventilation
It fills in hole, air inlet belt wheel is rotatably connected on the upper end of inlet cylinder, and air inlet belt wheel is connected with II V belt translation of power belt wheel；
The pushing mechanism includes impeller-hub I, pushes disk I, push belt wheel, sliding eye, impeller-hub II, push disk II, spiral shell
Nail, spacer, connecting rod, pushing plate, pushes connecting column and pressing mechanism, the both ends of impeller-hub I to be respectively fixedly connected with promotion at nut
Disk I and promotion belt wheel, push belt wheel to connect with drive pulley by V belt translation, one end of impeller-hub II is fixedly connected with promotion disk
II, impeller-hub I and impeller-hub II are rotatably connected on respectively on two upper backup pads, push disk II and push being provided on disk I
Sliding eye, the both ends of screw are slidably connected at respectively in two sliding eyes, and nut is threadedly attached on screw, nut and are pushed away
Moving plate II contacts, and spacer is rotatably connected on screw, and the upper end of connecting rod is rotatably connected on spacer, the lower end rotation connection of connecting rod
In pushing plate, the both ends of pushing plate are slidably connected at respectively in two sliding eyes, there are two the lower end of pushing plate is fixedly connected
Connecting column is pushed, two promotion connecting columns are slidably connected at respectively on two extrusion cylinders, and the lower end of two promotion connecting columns is solid
Surely it is connected with pressing mechanism, two pressing mechanisms are slidably connected at respectively in two extrusion cylinders, and pressing mechanism is in feeding cylinder and list
It is slided between mechanism I.
As advanced optimizing for the technical program, a kind of Full-automatic foaming machine of the present invention, the one-way mechanism I includes single
To plate I, one-way slabs II, unidirectional block I and unidirectional circular cone I, it is provided with bellmouth I in one-way slabs I, is provided with circle in one-way slabs II
Shape through-hole I, one end of unidirectional block I are fixedly connected with unidirectional circular cone I, and unidirectional circular cone I withstands on the taper being arranged in one-way slabs I
In hole I, the other end of unidirectional block I is slidably connected in one-way slabs II, and two one-way slabs II are respectively fixedly connected with to be squeezed at two
In cylinder, two one-way slabs I are respectively fixedly connected in two extrusion cylinders, and two one-way slabs II are located at two one-way slabs I
Inside is set with compressed spring I on two unidirectional blocks I, and compressed spring I is between unidirectional circular cone I and one-way slabs II.
As advanced optimizing for the technical program, a kind of Full-automatic foaming machine of the present invention, the one-way mechanism II includes
One-way slabs III, one-way slabs IV, unidirectional block II and unidirectional circular cone II, are provided with bellmouth II in one-way slabs III, in one-way slabs IV
It is provided with circular through hole II, one end of unidirectional block II is fixedly connected with unidirectional circular cone II, and unidirectional circular cone II withstands on one-way slabs
In the bellmouth II being arranged on III, the other end of unidirectional block II is slidably connected in one-way slabs IV, one-way slabs III and one-way slabs IV
It is fixedly connected in discharge barrel, one-way slabs III is located at the upper end of one-way slabs IV, and compressed spring II is set on unidirectional block II, presses
Contracting spring II is between unidirectional circular cone II and one-way slabs IV.
As advanced optimizing for the technical program, a kind of Full-automatic foaming machine of the present invention, the power belt wheel II and into
The diameter of gas belt wheel is identical, and the diameter of belt wheel is pushed to be greater than the diameter of drive pulley, and the diameter of stirring wheel is greater than power belt wheel I
Diameter.
As advanced optimizing for the technical program, a kind of Full-automatic foaming machine of the present invention, the pressing mechanism includes squeezing
Pressing plate I, stripper plate II squeeze unidirectional post and squeeze circular cone, are provided with bellmouth III on stripper plate I, are arranged on stripper plate II
There is circular through hole III, the one end for squeezing unidirectional post is fixedly connected with extruding circular cone, squeezes circular cone and withstands on and is arranged on pressing plate I
In bellmouth III, the other end for squeezing unidirectional post is slidably connected on stripper plate II, is squeezed and is set with compressed spring on unidirectional post
III, compressed spring III, which is located at, to be squeezed between circular cone and stripper plate II, and stripper plate I is located at the upper end of stripper plate II, fixed link
Both ends are respectively fixedly connected on stripper plate II and stripper plate I, and two stripper plates II are respectively fixedly connected with to be connected in two promotions
The lower end of column, two stripper plates I are slidably connected at respectively in two extrusion cylinders.
A kind of Full-automatic foaming machine of the invention has the beneficial effect that
A kind of Full-automatic foaming machine of the present invention, can be identical with the diameter of air inlet belt wheel by power belt wheel II, pushes band
The diameter that the diameter of wheel is greater than drive pulley makes the transmission ratio of power mechanism change, and the velocity of rotation for exporting motor is applicable in
In the use demand of admission gear and pushing mechanism, admission gear enters air extrusion in stirring stant when working, pushing mechanism
Foaming agent is squeezed into stirring stant, foaming agent is stirred under the action of stirring wheel in mixing drum I with air and water, is led to
Crossing sliding position of the adjusting screw on sliding eye makes to push disk I and the promotion diameter of disk II is pushed to change, so as to adjust
The amount of pushing mechanism extruding foaming agent into stirring stant, so as to adjust the mixed proportion of water and foaming agent.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is Full-automatic foaming machine overall structure diagram of the invention；
Fig. 2 is Full-automatic foaming machine section view figure structure schematic representation of the invention；
Fig. 3 is complete machine supporting structure schematic diagram of the invention；
Fig. 4 is stirring stant structural schematic diagram of the invention；
Fig. 5 is stirring stant section view figure structure schematic representation of the invention；
Fig. 6 is I structural schematic diagram of one-way mechanism of the invention；
Fig. 7 is I structural schematic diagram of unidirectional block of the invention；
Fig. 8 is I structural schematic diagram of one-way slabs of the invention；
Fig. 9 is II structural schematic diagram of one-way mechanism of the invention；
Figure 10 is power mechanism structural schematic diagram of the invention；
Figure 11 is admission gear's structural schematic diagram of the invention；
Figure 12 is admission gear's section view figure structure schematic representation of the invention；
Figure 13 is pushing mechanism structural schematic diagram of the invention；
Figure 14 is pushing mechanism section view figure structure schematic representation of the invention；
Figure 15 is pressing mechanism section view figure structure schematic representation of the invention.
In figure: complete machine bracket 1；Lower supporting plate 1-1；Support plate 1-2；Upper backup pad 1-3；Sliding eye 1-4；Motor plate 1-5；
Rotor plate 1-6；Stirring stant 2；I 2-1 of mixing drum；Stir conically shaped 2-2；Discharge barrel 2-3；Stirring wheel 2-4；II 2-5 of mixing drum；
Baffle 2-6；L shape support plate 2-7；Extrusion cylinder 2-8；Feeding cylinder 2-9；I 2-10 of one-way mechanism；I 2-11 of one-way slabs；II 2- of one-way slabs
12；I 2-13 of unidirectional block；I 2-14 of unidirectional circular cone；Ventilate mounting hole 2-15；II 2-16 of one-way mechanism；III 2-17 of one-way slabs；It is single
To IV 2-18 of plate；II 2-19 of unidirectional block；II 2-20 of unidirectional circular cone；Power mechanism 3；Motor 3-1；I 3-2 of power belt wheel；Power
II 3-3 of belt wheel；Power bores tooth 3-4；Transmission shaft 3-5；Transmission cone tooth 3-6；Drive pulley 3-7；Admission gear 4；Inlet cylinder 4-1；
Air inlet connecting rod 4-2；Air inlet belt wheel 4-3；Pushing mechanism 5；I 5-1 of impeller-hub；Push I 5-2 of disk；Push belt wheel 5-3；Sliding eye
5-4；II 5-5 of impeller-hub；Push II 5-6 of disk；Screw 5-7；Nut 5-8；Spacer 5-9；Connecting rod 5-10；Pushing plate 5-11；It pushes
Connecting column 5-12；Pressing mechanism 5-13；I 5-14 of stripper plate；II 5-15 of stripper plate；Squeeze unidirectional post 5-16；Squeeze circular cone 5-
17；Fixed link 5-18.
Specific embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
Before illustrating specific embodiment, to avoid repeating language, illustrating " being fixedly connected " as described below can be with
It is: is bolted, welds and the modes such as rivet interlacement are fixed, those skilled in the art can be according to different applications
Scene selects the different modes that is fixedly connected, and main purpose is that two pieces part is fixed.
Specific embodiment 1:
Illustrate present embodiment, a kind of Full-automatic foaming machine, including complete machine bracket 1, stirring stant below with reference to Fig. 1-15
2, power mechanism 3, admission gear 4 and pushing mechanism 5 can pass through the diameter phase of II 3-3 of power belt wheel and air inlet belt wheel 4-3
Together, it pushes diameter of the diameter of belt wheel 5-3 greater than drive pulley 3-7 that the transmission ratio of power mechanism 3 is made to change, makes motor 3-
The velocity of rotation of 1 output is suitable for the use demand of admission gear 4 and pushing mechanism 5, by air extrusion when admission gear 4 works
Enter in stirring stant 2, foaming agent is squeezed into stirring stant 2 by pushing mechanism 5, foaming agent in I 2-1 of mixing drum with air and
Water is stirred under the action of stirring wheel 2-4, makes to push I 5- of disk by adjusting sliding position of the screw 5-7 on sliding eye 5-4
The promotion diameter of 2 and promotion II 5-6 of disk changes, the extruding foaming agent into stirring stant 2 so as to adjust pushing mechanism 5
Amount, so as to adjust the mixed proportion of water and foaming agent；
The complete machine bracket 1 includes lower supporting plate 1-1, support plate 1-2, upper backup pad 1-3, sliding eye 1-4, motor plate 1-
Both ends on the downside of 5 and rotor plate 1-6, support plate 1-2 are fixedly connected to lower supporting plate 1-1, and the both ends on the upside of support plate 1-2 are equal
It is fixedly connected with upper backup pad 1-3, sliding eye 1-4 is provided on two upper backup pad 1-3, one end of support plate 1-2 is fixed
It is connected with motor plate 1-5, rotor plate 1-6 is fixedly connected on a lower supporting plate 1-1；
The stirring stant 2 includes I 2-1 of mixing drum, stirring conically shaped 2-2, discharge barrel 2-3, stirring wheel 2-4, mixing drum
It is II 2-5, baffle 2-6, L shape support plate 2-7, extrusion cylinder 2-8, feeding cylinder 2-9, I 2-10 of one-way mechanism, I 2-11 of one-way slabs, unidirectional
II 2-12 of plate, I 2-13 of unidirectional block, I 2-14 of unidirectional circular cone, ventilation mounting hole 2-15 and II 2-16 of one-way mechanism, stir taper
Cylinder 2-2 is fixedly connected on the lower end of I 2-1 of mixing drum, and discharge barrel 2-3 is fixedly connected on the lower end of stirring conically shaped 2-2, stirring wheel
The two sides of 2-4 are rotatably connected on respectively on I 2-1 of II 2-5 of mixing drum and mixing drum, and the two sides of II 2-5 of mixing drum are fixedly connected with
There are baffle 2-6, two baffle 2-6 to contact respectively with I 2-1 of mixing drum and II 2-5 of mixing drum, the two sides of II 2-5 of mixing drum are solid
Surely it is connected with L shape support plate 2-7, two L shape support plate 2-7 are fixedly connected on support plate 1-2, and I 2-1 of mixing drum is fixed to be connected
Connect on support plate 1-2, the two sides of II 2-5 of mixing drum are fixedly connected to extrusion cylinder 2-8, two extrusion cylinder 2-8 with stirring
II 2-5 of cylinder is connected to, and feeding cylinder 2-9 is fixedly connected on two extrusion cylinder 2-8, and two feeding cylinder 2-9 are squeezed with two respectively
Cylinder 2-8 connection, the lower end of two extrusion cylinder 2-8 is fixedly connected to I 2-10 of one-way mechanism, is coaxially arranged on stirring wheel 2-4
Ventilate mounting hole 2-15, and II 2-16 of one-way mechanism is fixedly connected in discharge barrel 2-3；
The power mechanism 3 includes motor 3-1, I 3-2 of power belt wheel, II 3-3 of power belt wheel, power cone tooth 3-4, transmission
Axis 3-5, transmission cone tooth 3-6 and drive pulley 3-7, motor 3-1 are Dual-output shaft motor, are consolidated on the output shaft of the upper end motor 3-1
Surely it is connected on the output shaft of the lower end I 3-2 of power belt wheel and power belt wheel II 3-3, motor 3-1 and is fixedly connected with right power cone tooth 3-
4, motor 3-1 is fixedly connected on motor plate 1-5, and the both ends of transmission shaft 3-5 have been respectively fixedly connected with transmission cone tooth 3-6 and transmission
Belt wheel 3-7, transmission cone tooth 3-6 and power cone tooth 3-4 engaged transmission, transmission shaft 3-5 are rotatably connected on rotor plate 1-6；
The admission gear 4 includes inlet cylinder 4-1, air inlet connecting rod 4-2 and air inlet belt wheel 4-3, the two sides of inlet cylinder 4-1
It is fixedly connected to air inlet connecting rod 4-2, is fixedly connected on II 2-5 of mixing drum on the outside of two air inlet connecting rod 4-2, into
For inflator 4-1 clearance fit in ventilation mounting hole 2-15, air inlet belt wheel 4-3 is rotatably connected on the upper end of inlet cylinder 4-1, air inlet band
Wheel 4-3 is connected with II 3-3 V belt translation of power belt wheel；
The pushing mechanism 5 includes I 5-1 of impeller-hub, pushes I 5-2 of disk, pushes belt wheel 5-3, sliding eye 5-4, impeller-hub II
5-5, push II 5-6 of disk, screw 5-7, nut 5-8, spacer 5-9, connecting rod 5-10, pushing plate 5-11, push connecting column 5-12 and
Pressing mechanism 5-13, the both ends of I 5-1 of impeller-hub, which have been respectively fixedly connected with, to push I 5-2 of disk and pushes belt wheel 5-3, pushes belt wheel 5-
3 are connected with drive pulley 3-7 by V belt translation, and one end of II 5-5 of impeller-hub, which is fixedly connected with, pushes II 5-6 of disk, I 5- of impeller-hub
1 and II 5-5 of impeller-hub is rotatably connected on respectively on two upper backup pad 1-3, pushes II 5-6 of disk and push being respectively provided on I 5-2 of disk
There is sliding eye 5-4, the both ends of screw 5-7 are slidably connected at respectively in two sliding eye 5-4, and nut 5-8 is threadedly attached in
On screw 5-7, nut 5-8 and promotion II 5-6 of disk contact, spacer 5-9 are rotatably connected on screw 5-7, the upper end of connecting rod 5-10
It is rotatably connected on spacer 5-9, the lower end of connecting rod 5-10 is rotatably connected on pushing plate 5-11, the both ends difference of pushing plate 5-11
It is slidably connected in two sliding eye 1-4, the lower end of pushing plate 5-11 is fixedly connected there are two connecting column 5-12 is pushed, and two push away
Dynamic connecting column 5-12 is slidably connected at respectively on two extrusion cylinder 2-8, and the lower end of two promotion connecting column 5-12 is fixedly connected with
There are pressing mechanism 5-13, two pressing mechanism 5-13 to be slidably connected in two extrusion cylinder 2-8 respectively, pressing mechanism 5-13 into
It is slided between I 2-10 of barrel 2-9 and one-way mechanism；Foaming agent pipeline is connected on two feeding cylinder 2-9 when use, water is steady
Fixed is passed through in I 2-1 of mixing drum, starts motor 3-1, and the output shaft of motor 3-1 starts turning, and the output shaft of motor 3-1 drives
I 3-2 of power belt wheel, II 3-3 of power belt wheel and power cone tooth 3-4 are rotated centered on the axis of motor 3-1 output shaft, are moved
I 3-2 of power belt wheel drives stirring wheel 2-4 to be rotated centered on the axis of stirring wheel 2-4, and the diameter of stirring wheel 2-4 is greater than dynamic
The diameter of I 3-2 of power belt wheel, I 3-2 of power belt wheel drive stirring wheel 2-4 to play the role of reduction of speed torque increase, stirring wheel when being rotated
The velocity of rotation of 2-4 be preferably suitable for in I 2-1 of mixing drum water and foaming agent be stirred, II 3-3 of power belt wheel drive
Air inlet belt wheel 4-3 is rotated centered on the axis of air inlet belt wheel 4-3, the diameter of II 3-3 of power belt wheel and air inlet belt wheel 4-3
Identical, transmission ratio between II 3-3 of power belt wheel and air inlet belt wheel 4-3 is one, suitable for air inlet belt wheel 4-3 force air into
In I 2-1 of mixing drum, air inlet belt wheel 4-3 does not need very big torque when being pushed into air, needs biggish velocity of rotation, air inlet band
The air that wheel 4-3 is pushed is passed into I 2-1 of mixing drum by inlet cylinder 4-1, and power bores tooth 3-4 and drives transmission cone tooth 3-6 to pass
Rotated centered on the axis of moving axis 3-5, transmission cone tooth 3-6 drive transmission shaft 3-5 centered on the axis of transmission shaft 3-5 into
Row rotation, transmission shaft 3-5 drive drive pulley 3-7 to be rotated centered on the axis of transmission shaft 3-5, drive pulley 3-7 band
It is dynamic that belt wheel 5-3 is pushed to be rotated centered on the axis of I 5-1 of impeller-hub, push the diameter of belt wheel 5-3 to be greater than drive pulley 3-
7 diameter, drive pulley 3-7, which drives promotion belt wheel 5-3 to play the role of reduction of speed torque increase when being rotated, to be made to push belt wheel 5-3's
Velocity of rotation is suitable for the use demand of pushing mechanism 5, and belt wheel 5-3 is pushed to drive I 5-1 of impeller-hub with the axis of I 5-1 of impeller-hub
Centered on rotated, I 5-1 of impeller-hub drive push I 5-2 of disk rotated centered on the axis of I 5-1 of impeller-hub, push
I 5-2 of disk pushes II 5-6 of disk to be rotated centered on the axis of I 5-1 of impeller-hub by driving screw 5-7 to drive, and pushes disk II
5-6 drives II 5-5 of impeller-hub to be rotated centered on the axis of I 5-1 of impeller-hub, pushes II 5-6 of disk and pushes I 5-2 band of disk
Dynamic screw 5-7, nut 5-8 and spacer 5-9 are rotated centered on the axis of I 5-1 of impeller-hub, and spacer 5-9 drives connecting rod 5-
10 upper end is rotated centered on the axis of I 5-1 of impeller-hub, the limit of the lower end of connecting rod 5-10 in two sliding eye 1-4
Under slide up and down, connecting rod 5-10 drive pushing plate 5-11 slided up and down in two sliding eye 1-4, as pushing plate 5-
11 upwards when being moved, and pushing plate 5-11 drives two promotion connecting column 5-12 to be moved upwards, two promotion connecting columns
5-12 drives two pressing mechanism 5-13 to be moved upwards respectively, and when two pressing mechanism 5-13 are moved upwards, two are squeezed
Press mechanism 5-13 and two I 2-10 of one-way mechanism is in the air pressure that two extrusion cylinder 2-8 are formed less than the gas in two feeding cylinder 2-9
It presses, foaming agent extruding compressed spring III pushes extruding circular cone 5-17 and extruding unidirectional post 5-16 downward on II 5-15 of stripper plate
It is slided, foaming agent, which passes through, is provided with circular through hole III on II 5-15 of bellmouth III and stripper plate being arranged on I 5-14 of pressing plate
It enters in the extrusion cylinder 2-8 between one-way mechanism I 2-10 and pressing mechanism 5-13, when pressing mechanism 5-13 is moved downwards
When, the air pressure between one-way mechanism I 2-10 and pressing mechanism 5-13 is greater than external pressure, I 2-10 of one-way mechanism and pressing mechanism
Foaming agent between 5-13 pushes compressed spring I to keep unidirectional I 2-14 of circular cone and I 2-13 of unidirectional block enterprising in II 2-12 of one-way slabs
Row sliding, foaming agent by be provided on II 2-12 of bellmouth I and one-way slabs on I 2-11 of one-way slabs be provided with circular through hole I into
Enter into I 2-1 of mixing drum and water is mixed, there are two extrusion cylinder 2-8, feeding cylinder 2-9 and I 2-10 of one-way mechanism are respectively provided with,
It prevents one of damage device from cannot work, plays a certain protective role；When the combined amount for needing to adjust foaming agent and water
When rotating nut 5-8 make nut 5-8 no longer by the pressure of screw thread transverse direction to pushing I 5-2 of disk and II 5-6 of disk is pushed to squeeze
Pressure, slides screw 5-7 in two sliding eye 5-4, and adjustment pushes I 5-2 of disk and pushes the promotion of II 5-6 of disk straight
Diameter adjusts the supply amount of foaming agent；When in I 2-1 of mixing drum water and foaming agent mixing reach certain weight when will push pressure
Contracting spring II is provided with the outflow of circular through hole II by being provided on IV 2-18 of bellmouth II and one-way slabs on III 2-17 of one-way slabs.
I 2-10 of one-way mechanism includes I 2-11 of one-way slabs, II 2-12 of one-way slabs, I 2-13 of unidirectional block and unidirectional circular cone
It is provided with bellmouth I on I 2-14, I 2-11 of one-way slabs, circular through hole I is provided on II 2-12 of one-way slabs, unidirectional I 2-13's of block
One end is fixedly connected with unidirectional I 2-14 of circular cone, and unidirectional I 2-14 of circular cone withstands on the bellmouth I being arranged on I 2-11 of one-way slabs
Interior, the other end of unidirectional I 2-13 of block is slidably connected on II 2-12 of one-way slabs, and two II 2-12 of one-way slabs are respectively fixedly connected with
In two extrusion cylinder 2-8, two I 2-11 of one-way slabs are respectively fixedly connected in two extrusion cylinder 2-8, two II 2-12 of one-way slabs
It is located at the inside of two I 2-11 of one-way slabs, is set with compressed spring I on two I 2-13 of unidirectional block, compressed spring I
Between unidirectional I 2-14 of circular cone and II 2-12 of one-way slabs.
II 2-16 of one-way mechanism includes III 2-17 of one-way slabs, IV 2-18 of one-way slabs, II 2-19 of unidirectional block and unidirectional cone
It is provided with bellmouth II on II 2-20 of shape block, III 2-17 of one-way slabs, circular through hole II, unidirectional block are provided on IV 2-18 of one-way slabs
One end of II 2-19 is fixedly connected with unidirectional II 2-20 of circular cone, and unidirectional II 2-20 of circular cone, which is withstood on III 2-17 of one-way slabs, to be arranged
Bellmouth II in, the other end of unidirectional II 2-19 of block is slidably connected on IV 2-18 of one-way slabs, III 2-17 of one-way slabs and unidirectional
IV 2-18 of plate is fixedly connected in discharge barrel 2-3, and III 2-17 of one-way slabs is located at the upper end of IV 2-18 of one-way slabs, unidirectional II 2- of block
Compressed spring II is set on 19, compressed spring II is between unidirectional II 2-20 of circular cone and IV 2-18 of one-way slabs.
II 3-3 of power belt wheel is identical with the diameter of air inlet belt wheel 4-3, and the diameter of belt wheel 5-3 is pushed to be greater than transmission belt
The diameter of 3-7 is taken turns, the diameter of stirring wheel 2-4 is greater than the diameter of I 3-2 of power belt wheel.
The pressing mechanism 5-13 includes I 5-14 of stripper plate, II 5-15 of stripper plate, squeezes unidirectional post 5-16 and squeeze taper
It is provided with bellmouth III on block 5-17, I 5-14 of stripper plate, circular through hole III is provided on II 5-15 of stripper plate, squeezes unidirectional post
One end of 5-16, which is fixedly connected with, squeezes circular cone 5-17, squeezes circular cone 5-17 and withstands on the bellmouth being arranged on I 5-14 of pressing plate
In III, the other end for squeezing unidirectional post 5-16 is slidably connected on II 5-15 of stripper plate, is squeezed and is set with pressure on unidirectional post 5-16
Contracting spring III, compressed spring III, which is located at, to be squeezed between circular cone 5-17 and II 5-15 of stripper plate, and I 5-14 of stripper plate is located at stripper plate
The upper end of II 5-15, the both ends of fixed link 5-18 are respectively fixedly connected on I 5-14 of II 5-15 of stripper plate and stripper plate, and two are squeezed
II 5-15 of pressing plate is respectively fixedly connected with the lower end that connecting column 5-12 is pushed at two, and two I 5-14 of stripper plate are slidably connected respectively
In two extrusion cylinder 2-8.
A kind of Full-automatic foaming machine of the invention, its working principle is that:
Foaming agent pipeline is connected on two feeding cylinder 2-9 when use, is passed through water is stable in I 2-1 of mixing drum, opens
Dynamic motor 3-1, the output shaft of motor 3-1 start turning, and the output shaft of motor 3-1 drives I 3-2 of power belt wheel, power belt wheel II
3-3 and power cone tooth 3-4 are rotated centered on the axis of motor 3-1 output shaft, and I 3-2 of power belt wheel drives stirring wheel 2-4
It is rotated centered on the axis of stirring wheel 2-4, the diameter of stirring wheel 2-4 is greater than the diameter of I 3-2 of power belt wheel, powered belt
Taking turns I 3-2 drives stirring wheel 2-4 to play the role of reduction of speed torque increase when being rotated, and the velocity of rotation of stirring wheel 2-4 is preferably applicable in
In in I 2-1 of mixing drum water and foaming agent be stirred, II 3-3 of power belt wheel drive air inlet belt wheel 4-3 with air inlet belt wheel 4-
Rotated centered on 3 axis, II 3-3 of power belt wheel is identical with the diameter of air inlet belt wheel 4-3, II 3-3 of power belt wheel and into
Transmission ratio between gas belt wheel 4-3 is one, is forced air into suitable for air inlet belt wheel 4-3 into I 2-1 of mixing drum, air inlet belt wheel
4-3 does not need very big torque when being pushed into air, needs biggish velocity of rotation, the air that air inlet belt wheel 4-3 is pushed by into
Inflator 4-1 is passed into I 2-1 of mixing drum, power bore tooth 3-4 drive transmission cone tooth 3-6 centered on the axis of transmission shaft 3-5 into
Row rotation, transmission cone tooth 3-6 drive transmission shaft 3-5 to be rotated centered on the axis of transmission shaft 3-5, and transmission shaft 3-5 drives
Drive pulley 3-7 is rotated centered on the axis of transmission shaft 3-5, and drive pulley 3-7, which drives, pushes belt wheel 5-3 with impeller-hub
It is rotated centered on the axis of I 5-1, the diameter of belt wheel 5-3 is pushed to be greater than the diameter of drive pulley 3-7, drive pulley 3-7 band
Dynamic promotion belt wheel 5-3, which plays the role of reduction of speed torque increase when being rotated, makes the velocity of rotation for pushing belt wheel 5-3 be suitable for promotion machine
The use demand of structure 5 pushes belt wheel 5-3 that I 5-1 of impeller-hub is driven to be rotated centered on the axis of I 5-1 of impeller-hub, pushes
I 5-1 of axis, which drives, pushes I 5-2 of disk to be rotated centered on the axis of I 5-1 of impeller-hub, pushes I 5-2 of disk by driving screw 5-
7 drive push II 5-6 of disk rotated centered on the axis of I 5-1 of impeller-hub, push II 5-6 of disk drive II 5-5 of impeller-hub with
Rotated centered on the axis of I 5-1 of impeller-hub, push II 5-6 of disk and push I 5-2 of disk drive screw 5-7, nut 5-8 and every
Set 5-9 is rotated centered on the axis of I 5-1 of impeller-hub, and spacer 5-9 drives the upper end of connecting rod 5-10 with I 5-1's of impeller-hub
It is rotated centered on axis, the lower end of connecting rod 5-10 slides up and down under the limit of two sliding eye 1-4, connecting rod 5-10
Pushing plate 5-11 is driven to slide up and down in two sliding eye 1-4, when pushing plate 5-11 is moved upwards, pushing plate
5-11 drives two promotion connecting column 5-12 to be moved upwards, and two promotion connecting column 5-12 drive two pressing mechanisms respectively
5-13 is moved upwards, when two pressing mechanism 5-13 are moved upwards, two pressing mechanism 5-13 and two one-way mechanisms I
In the air pressure that two extrusion cylinder 2-8 are formed less than the air pressure in two feeding cylinder 2-9, foaming agent squeezes compressed spring III and pushes away 2-10
The dynamic circular cone 5-17 and extruding unidirectional post 5-16 that squeezes is slided downwards on II 5-15 of stripper plate, and foaming agent passes through pressing plate I
Circular through hole III, which is provided with, on II 5-15 of bellmouth III and stripper plate being arranged on 5-14 enters I 2-10 of one-way mechanism and extruding
In extrusion cylinder 2-8 between mechanism 5-13, when pressing mechanism 5-13 is moved downwards, I 2-10 of one-way mechanism and extruder
Air pressure between structure 5-13 is greater than external pressure, and the foaming agent between one-way mechanism I 2-10 and pressing mechanism 5-13 pushes compression
Spring I slides unidirectional I 2-14 of circular cone and I 2-13 of unidirectional block on II 2-12 of one-way slabs, and foaming agent passes through one-way slabs I
It is provided on 2-11 on II 2-12 of bellmouth I and one-way slabs and is provided with that circular through hole I enters in I 2-1 of mixing drum and water carries out
There are two mixing, extrusion cylinder 2-8, feeding cylinder 2-9 and I 2-10 of one-way mechanism are respectively provided with, prevent one of damage device cannot
Work, plays a certain protective role；When needing to adjust the combined amount of foaming agent and water, rotating nut 5-8 makes nut 5-8 not
Slide screw 5-7 at two to pushing I 5-2 of disk and II 5-6 of disk being pushed to squeeze by the pressure of screw thread transverse direction again
It is slided in the 5-4 of hole, adjustment pushes I 5-2 of disk and pushes the promotion diameter of II 5-6 of disk, adjusts the supply amount of foaming agent；When stirring
Mixing will push compressed spring II when water and the foaming agent mixing in I 2-1 of cylinder reach certain weight and passes through on III 2-17 of one-way slabs
It is provided on IV 2-18 of bellmouth II and one-way slabs and is provided with the outflow of circular through hole II.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (5)
1. a kind of Full-automatic foaming machine, including complete machine bracket (1), stirring stant (2), power mechanism (3), admission gear (4) and
Pushing mechanism (5), it is characterised in that: the complete machine bracket (1) includes lower supporting plate (1-1), support plate (1-2), upper backup pad
(1-3), sliding eye (1-4), motor plate (1-5) and rotor plate (1-6), the both ends on the downside of support plate (1-2) are fixedly connected to
Lower supporting plate (1-1), the both ends on the upside of support plate (1-2) are fixedly connected to upper backup pad (1-3), two upper backup pad (1-
3) it is provided on sliding eye (1-4), one end of support plate (1-2) is fixedly connected with motor plate (1-5), and rotor plate (1-6) is solid
Surely it is connected on a lower supporting plate (1-1)；
The stirring stant (2) include mixing drum I (2-1), stirring conically shaped (2-2), discharge barrel (2-3), stirring wheel (2-4),
Mixing drum II (2-5), baffle (2-6), L shape support plate (2-7), extrusion cylinder (2-8), feeding cylinder (2-9), I (2- of one-way mechanism
10), one-way slabs I (2-11), one-way slabs II (2-12), unidirectional block I (2-13), unidirectional circular cone I (2-14), ventilation mounting hole
(2-15) and one-way mechanism II (2-16), stirring conically shaped (2-2) are fixedly connected on the lower end of mixing drum I (2-1), discharge barrel
(2-3) is fixedly connected on the lower end of stirring conically shaped (2-2), and the two sides of stirring wheel (2-4) are rotatably connected on mixing drum II respectively
On (2-5) and mixing drum I (2-1), the two sides of mixing drum II (2-5) are fixedly connected to baffle (2-6), two baffles (2-6)
It is contacted respectively with mixing drum I (2-1) and mixing drum II (2-5), the two sides of mixing drum II (2-5) are fixedly connected to the support of L shape
Plate (2-7), two L shape support plates (2-7) are fixedly connected on support plate (1-2), and mixing drum I (2-1) is fixedly connected on branch
On fagging (1-2), the two sides of mixing drum II (2-5) are fixedly connected to extrusion cylinder (2-8), two extrusion cylinders (2-8) with stir
Cylinder II (2-5) connection is mixed, is fixedly connected to feeding cylinder (2-9) on two extrusion cylinders (2-8), two feeding cylinders (2-9) are respectively
It is connected to two extrusion cylinders (2-8), the lower end of two extrusion cylinders (2-8) is fixedly connected to one-way mechanism I (2-10), stirring wheel
Ventilation mounting hole (2-15) is coaxially arranged on (2-4), one-way mechanism II (2-16) is fixedly connected in discharge barrel (2-3)；
The power mechanism (3) includes motor (3-1), power belt wheel I (3-2), power belt wheel II (3-3), power cone tooth (3-
4), transmission shaft (3-5), transmission cone tooth (3-6) and drive pulley (3-7), motor (3-1) are Dual-output shaft motor, motor (3-1)
Power belt wheel I (3-2) and power belt wheel II (3-3), the output shaft of the lower end motor (3-1) are fixedly connected on the output shaft of upper end
On be fixedly connected with dynamic cone tooth (3-4), motor (3-1) is fixedly connected on motor plate (1-5), the both ends of transmission shaft (3-5)
It is respectively fixedly connected with transmission cone tooth (3-6) and drive pulley (3-7), transmission cone tooth (3-6) and power cone tooth (3-4) engagement pass
Dynamic, transmission shaft (3-5) is rotatably connected on rotor plate (1-6)；
The admission gear (4) includes inlet cylinder (4-1), air inlet connecting rod (4-2) and air inlet belt wheel (4-3), inlet cylinder (4-1)
Two sides be fixedly connected to air inlet connecting rod (4-2), be fixedly connected on the outside of two air inlet connecting rods (4-2) in mixing drum
On II (2-5), for inlet cylinder (4-1) clearance fit in ventilation mounting hole (2-15), air inlet belt wheel (4-3) is rotatably connected on air inlet
The upper end of cylinder (4-1), air inlet belt wheel (4-3) are connected with power belt wheel II (3-3) V belt translation；
The pushing mechanism (5) includes impeller-hub I (5-1), pushes disk I (5-2), push belt wheel (5-3), sliding eye (5-4), push away
Moving axis II (5-5) pushes disk II (5-6), screw (5-7), nut (5-8), spacer (5-9), connecting rod (5-10), pushing plate (5-
11) connecting column (5-12) and pressing mechanism (5-13), are pushed, the both ends of impeller-hub I (5-1), which have been respectively fixedly connected with, pushes disk I
(5-2) and belt wheel (5-3) is pushed, pushes belt wheel (5-3) to connect with drive pulley (3-7) by V belt translation, impeller-hub II (5-5)
One end be fixedly connected with push disk II (5-6), impeller-hub I (5-1) and impeller-hub II (5-5) are rotatably connected on respectively on two
In support plate (1-3), disk II (5-6) is pushed and pushes being provided with sliding eye (5-4) on disk I (5-2), the two of screw (5-7)
End is slidably connected at respectively in two sliding eyes (5-4), and nut (5-8) is threadedly attached on screw (5-7), nut (5-
8) and disk II (5-6) contact is pushed, spacer (5-9) is rotatably connected on screw (5-7), the upper end rotation connection of connecting rod (5-10)
On spacer (5-9), the lower end of connecting rod (5-10) is rotatably connected on pushing plate (5-11), the both ends difference of pushing plate (5-11)
It being slidably connected in two sliding eyes (1-4), the lower end of pushing plate (5-11) is fixedly connected there are two promotion connecting column (5-12),
Two promotion connecting columns (5-12) are slidably connected at respectively on two extrusion cylinders (2-8), under two promotion connecting columns (5-12)
End is fixedly connected to pressing mechanism (5-13), and two pressing mechanisms (5-13) are slidably connected at two extrusion cylinders (2-8) respectively
Interior, pressing mechanism (5-13) slides between feeding cylinder (2-9) and one-way mechanism I (2-10).
2. a kind of Full-automatic foaming machine according to claim 1, it is characterised in that: the one-way mechanism I (2-10) includes
One-way slabs I (2-11), one-way slabs II (2-12), unidirectional block I (2-13) and unidirectional circular cone I (2-14), in one-way slabs I (2-11)
It is provided with bellmouth I, circular through hole I is provided in one-way slabs II (2-12), one end of unidirectional block I (2-13) is fixedly connected with
Unidirectional circular cone I (2-14), unidirectional circular cone I (2-14) withstand in the bellmouth I being arranged on one-way slabs I (2-11), unidirectional block I
The other end of (2-13) is slidably connected on one-way slabs II (2-12), and two one-way slabs II (2-12) are respectively fixedly connected at two
In extrusion cylinder (2-8), two one-way slabs I (2-11) are respectively fixedly connected in two extrusion cylinders (2-8), two one-way slabs II
(2-12) is located at the inside of two one-way slabs I (2-11), is set with compressed spring I on two unidirectional blocks I (2-13), pressure
Contracting spring I is between unidirectional circular cone I (2-14) and one-way slabs II (2-12).
3. a kind of Full-automatic foaming machine according to claim 2, it is characterised in that: the one-way mechanism II (2-16) includes
One-way slabs III (2-17), one-way slabs IV (2-18), unidirectional block II (2-19) and unidirectional circular cone II (2-20), III (2- of one-way slabs
17) it is provided with bellmouth II on, circular through hole II is provided in one-way slabs IV (2-18), one end of unidirectional block II (2-19) is fixed
It is connected with unidirectional circular cone II (2-20), unidirectional circular cone II (2-20) withstands on the bellmouth II being arranged on one-way slabs III (2-17)
Interior, the other end of unidirectional block II (2-19) is slidably connected on one-way slabs IV (2-18), one-way slabs III (2-17) and one-way slabs IV
(2-18) is fixedly connected in discharge barrel (2-3), and one-way slabs III (2-17) is located at the upper end of one-way slabs IV (2-18), unidirectional block
Be set with compressed spring II on II (2-19), compressed spring II be located at unidirectional circular cone II (2-20) and one-way slabs IV (2-18) it
Between.
4. a kind of Full-automatic foaming machine according to claim 3, it is characterised in that: the power belt wheel II (3-3) and into
The diameter of gas belt wheel (4-3) is identical, and the diameter of belt wheel (5-3) is pushed to be greater than the diameter of drive pulley (3-7), stirring wheel (2-4)
Diameter be greater than power belt wheel I (3-2) diameter.
5. a kind of Full-automatic foaming machine according to claim 4, it is characterised in that: the pressing mechanism (5-13) includes squeezing
Pressing plate I (5-14), stripper plate II (5-15) squeeze unidirectional post (5-16) and squeeze circular cone (5-17), on stripper plate I (5-14)
It is provided with bellmouth III, circular through hole III is provided on stripper plate II (5-15), squeezes the fixed company in one end of unidirectional post (5-16)
It is connected to and squeezes circular cone (5-17), squeeze circular cone (5-17) and withstand in the bellmouth III being arranged on pressing plate I (5-14), squeeze single
The other end of Xiang Zhu (5-16) is slidably connected on stripper plate II (5-15), is squeezed and is set with compressed spring on unidirectional post (5-16)
III, compressed spring III, which is located at, to be squeezed between circular cone (5-17) and stripper plate II (5-15), and stripper plate I (5-14) is located at stripper plate
The upper end of II (5-15), the both ends of fixed link (5-18) are respectively fixedly connected in stripper plate II (5-15) and stripper plate I (5-14)
On, two stripper plates II (5-15) are respectively fixedly connected with the lower end that connecting column (5-12) is pushed at two, two I (5- of stripper plate
14) it is slidably connected at respectively in two extrusion cylinders (2-8).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811050816.XA CN109203343B (en) | 2018-09-10 | 2018-09-10 | A kind of Full-automatic foaming machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811050816.XA CN109203343B (en) | 2018-09-10 | 2018-09-10 | A kind of Full-automatic foaming machine |
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| CN109203343B true CN109203343B (en) | 2019-08-09 |
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Effective date of registration: 20190715 Address after: 226100 Room 1, No. 146 Tongqi Road, Tianbu Town, Haimen City, Nantong City, Jiangsu Province Applicant after: Nantong Baihang Textile Co., Ltd. Address before: Group 212 of the New Committee of Tiebei Street, Fulaerji District, Harbin City, Heilongjiang Province Applicant before: Ding Quanfeng |
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