CN207415698U - A kind of automatic production device of modified foaming cement - Google Patents
A kind of automatic production device of modified foaming cement Download PDFInfo
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- CN207415698U CN207415698U CN201721241679.9U CN201721241679U CN207415698U CN 207415698 U CN207415698 U CN 207415698U CN 201721241679 U CN201721241679 U CN 201721241679U CN 207415698 U CN207415698 U CN 207415698U
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Abstract
The utility model provides a kind of automatic production device of modified foaming cement, including dry mixer, wet mixer, storage box, transmission device, spiral helicine snakelike agitating shaft is equipped in the dry mixer and cylinder crosses the first valve that bottom is set and is connected with the import of wet mixer, wet mixer is equipped with the feed inlet connected with hollow agitating shaft, hollow blade and cylinder blade are provided on hollow agitating shaft, the scraping blade for being close to wet mixer inner wall is connected on cylinder blade, wet mixer is connected equipped with the second valve by slush pump with storage box, the bottom of storage box is equipped with electromagnetic flow valve and two L-shaped conveyors, the pedestal that the bottom of second conveyor is connected with the bottom plate that cylindrical spring connects with support spring, bottom plate connects the cylinder that section is equipped with the energy intermittent contact bottom plate being connected with motor.The utility model stirs evenly, accurate measurement, high degree of automation.
Description
Technical field
The utility model is related to a kind of foam cement production equipments, and in particular to a kind of modified foaming cement automated production
Equipment.
Background technology
Cement insulation board is the optimal thermal insulation material of current wall thermal insulating and wall thermal insulating fire-blocking belt, excellent
Putting is：Thermal conductivity factor is low, and high insulating effect is not burnt, waterproof, strong with wall cohesive force, and intensity is high, nonhazardous radiogen,
Environmental protection.But it is all using same mixing plant that stirring wet stirring is done during the stirring of existing foaming water, and not only efficiency is low, when
When dry stirring is carried out after the completion of wet stirring again, mixer is interior or wet and inner wall on be also attached with substantial amounts of foam cement,
Dry material goes down will be directly sticky on mixer inner wall, causes subsequent stirring uneven, influences the matter of foam cement
Amount；The foaming agent of foam, which is directly added into wet mixer, made of mechanical control equipment stirs, it is difficult to be stirred for uniformly.It is and big
More shapings manually come every piece of cement plate of control, the accuracy of measuring is not high, so not only make the finished form drawn and
Size has deviation, and high labor cost, efficiency are low.
Utility model content
The utility model provides a kind of automatic production device of modified foaming cement, has foaming which solves existing
Cement mixer stirring efficiency is low, stirs non-uniform technical problem and cement board production automation degree is low, manually counts
Amount it is inaccurate the technical issues of.
The technical solution of the utility model is as follows：
A kind of modified foaming cement automatic production device, which is characterized in that including dry mixer, the dry mixer
Openend is fixed on the top of first support, and the bottom of dry mixer is hanging, and the dry mixer is in the small cone in the big bottom of opening
Shell body；First motor is fixed on first support top, and main shaft stretches into dry mixer open interior, the master of first motor
Axis connection one stretches into the snakelike agitating shaft inside dry mixer, and the snakelike agitating shaft is in up big and down small trochoid spiral shape knot
Structure, the snakelike agitating shaft are equipped with the first blade, and the inner wall of the dry mixer is equipped with and first spacing with blades mistake
The fixation blade opened, the bottom of the dry mixer are provided with the first valve；
Further include wet mixer, the wet mixer fixation set on the secondary support bracket and on its top side wall there are one into
Mouthful, the import is connected with the solenoid valve of dry mixer by pipeline, and the height where the import is less than where solenoid valve
Highly；A feed pipe is fixedly installed in the surface of the wet mixer opening, and the feed pipe, which is socketed in, stretches into wet mixer
Interior hollow agitating shaft upper end, it is close on agitating shaft equipped with being regularly sleeved between the inner wall of the feed pipe and hollow agitating shaft
Packing and hollow agitating shaft upper end can be freely rotated in feed pipe, the part that the hollow agitating shaft does not extend into mixer is equipped with
One driven bevel gear, the driven bevel gear are engaged with the active conical gear on the second electric machine main shaft；It is described hollow
The length direction of agitating vane on agitating shaft along hollow agitating shaft is arranged in parallel downwards and agitating vane positioned at bottom with
Wet mixer bottom surface smooth contact, the agitating vane include several hollow blades connected with hollow agitating shaft and a cylinder
Blade, described cylinder blade one end and hollow stirring axis connection, the other end are inserted with one for hollow and hollow position and are less than cylinder leaf
The cylindrical bar of piece, described cylindrical bar one end stretch into the hollow position of cylinder blade and pass through spring and be connected with the inside of cylinder blade,
The cylindrical bar other end, which connects one, to be cuboid plate with the scraping blade of wet mixer madial wall smooth contact, the scraping blade
Structure, the wet mixer bottom set the second valve；Several discharge holes are equipped on the hollow agitating shaft and hollow blade；
The storage box of foam cement slurry is further included, the storage box connected with the second valve by slush pump, and described is deposited
Storage tank bottom is equipped with electromagnetic flow valve；
Conveyor is further included, the conveyor includes two orthogonal conveyors, and the conveyor includes first and passes
Defeated band and the second conveyor, the output terminal of the first conveyor are connected with the side of the input end of the second conveyor, so that the
One conveyor and the second conveyor l-shaped arrangement, in second conveyor along its length away from the first conveyor one
Lateral edges are evenly spaced apart to be provided with several electromagnet, and the second conveyor is red with being provided with above the first conveyor intersection
Outer photoelectric sensor, when the electromagnet in the second conveyor is irradiated by infrared photoelectric sensor, electromagnet has magnetism, described
The empty mold that first conveyor is exported on end can be drawn to the input terminal of the second conveyor by electromagnet；The friendship of two conveyors
It is located at the underface of foam cement slurry storage box, and electromagnetic flow valve face the second conveyor input terminal of storage box bottom at remittance
The upper empty mold in place；
The driving shaft at the second conveyor both ends and the both ends of driven shaft are rotatably arranged on foot stool respectively, described
Foot stool is fixed on horizontally disposed first bottom plate and the second conveyor is not with the first contacts baseplate, and the first bottom plate underface is put down
The second bottom plate is equipped with capablely, is connected between the first bottom plate and the second bottom plate by several cylindrical springs being vertically arranged, described the
The both ends of two bottom plates are respectively provided with a motor, connect a disk on the main shaft of the motor, the edge of the disk is equipped with
Vertical and parallel with the second bottom plate cylinder with disk, when the motor rotates, the cylinder intermittently with second bottom
The bottom surface contact of plate end, the second bottom plate underface set a pedestal, and second bottom plate is with pedestal by supporting bullet
Spring connects.
Further, the axis of the snakelike agitating shaft and blade are in flat laminated structure.
Further, the cylinder blade is equipped with sealing ring for the inner wall of end that cylindrical bar stretches out, and the cylindrical bar passes through
The sealing ring.
Further, the disk on 4 cylinders are uniformly distributed.
Further, be fixed with cam on the main shaft of the motor, the cam when motor rotates can intermittently with
The bottom surface contact of second bottom end.
Further, it is characterised in that：Idler wheel is fixed on the main shaft of the motor, the roller surface is equipped with several
The circular arc convex block on a protrusion cylindrical surface, the circular arc convex block are set by the rounded array in the center of circle of idler wheel center.
The beneficial effects of the utility model：The utility model is stirred respectively using dry, wet mixer, can be worked continuously,
Production efficiency is improved, dry mixer uses tapered casing and spiral helicine snakelike agitating shaft so that in dry whipping process, bottom
The raw material in portion constantly up walks to have the function that a stir-frying stirring, and stirring is so that stirring is more equal in the absence of water
It is even；Fixation blade inside wet mixer cause stir more abundant, the hollow glue stick axis set in wet mixer so that water and
The foam of foaming is equably mixed in whipping process from the mixed raw material that dry mixer exports, not only so that stirring more
Uniformly, mixing time is also saved, while also helps the cleaning of wet mixer.And infrared photoelectric sensor and electromagnet are used,
So that the empty mold on the first conveyor output end is drawn to the input terminal of the second conveyor in place afterwards.Empty mold is to mud
During the underface of the electromagnetic flow valve in storage box, mud is injected by the way that electromagnetic flow valve is quantitative automatic in mold, without artificial
Operation, automatic gauge conveying.Second conveyor bottom is provided with the bottom plate and pedestal of spring so that conveyor can there are one perpendicular
The upward vibration of Nogata, the both ends of the second bottom plate set the disk rotated with electric machine main shaft, are set on disk and stretch into the second bottom plate
The cylinder of both ends bottom, when disk rotational is to the second bottom plate of cylinder contacts, the cylinder gives the second bottom plate one support, works as circle
Conveyor can decline when column does not reach the second bottom plate, and only so be cycled so that bottom plate by the support spring support on pedestal
(conveyor) shakes up and down, is vibrated by the entire conveyor of cylindrical spring, so that the cement mortar distribution in mould disks
Uniform ground, as a result of the elastic vibration of multilayer spring, it is ensured that the foam cement slurry distribution in mold is more uniform, to the greatest extent
It may realize and absolutely fill.Storage box is starched for temporarily storing the foam cement being stirred in wet mixer so that wet to stir
It mixes function and is available at once and carry out next round stirring, improve the production efficiency of whole device.
Description of the drawings
Fig. 1 is the structure diagram of the utility model.
Fig. 2 is the schematic diagram of the stirring structure of the utility model.
Fig. 3 is the structure diagram of the utility model transmitting device.
Fig. 4 is the top view of the utility model conveyor.
Fig. 5 is the structure diagram of the utility model idler wheel.
Component label instructions：Dry mixer 1, wet mixer 2, first support 3, the first motor 4, snakelike agitating shaft 5, first
Blade 6, fixed blade 7, the first valve 8, second support 9, import 10, feed pipe 11, hollow agitating shaft 12, gasket 13, from
Dynamic conical gear 14, the second motor 15, active conical gear 16, hollow blade 17, cylinder blade 18, cylindrical bar 19, spring 20,
Scraping blade 21, the second valve 22, sealing ring 23, discharge hole 24.First conveyor 25, the second conveyor 26, empty mold 27, electromagnet
28th, electromagnetic flow valve 29, foot stool 30, driving shaft 31, driven shaft 32, the first bottom plate 33, the second bottom plate 34, cylindrical spring 35, circle
Disk 36, cylinder 37, pedestal 38, support spring 39, idler wheel 40, circular arc convex block 41, storage box 42, slush pump 43.
Specific embodiment
It elaborates below in conjunction with the accompanying drawings to the utility model.
A kind of automatic production device of modified foaming cement as described in Fig. 1-5, it is described dry to stir including dry mixer 1
The openend for mixing machine 1 is fixed on the top of first support 3, and the bottom of dry mixer 1 is hanging, and the dry mixer 1 is big in opening
The small tapered housing in bottom.First motor 4 is fixed on 3 top of first support, and main shaft stretches into dry 1 open interior of mixer, institute
The main shaft for stating the first motor 4 connects a snakelike agitating shaft 5 stretched into inside dry mixer 1, and the snakelike agitating shaft 5 is presented greatly
Under small trochoid spiral shape structure, such structure to form an effect as drill bit during stirring, make
It obtains following raw material constantly to turn over, raw material above constantly falls again.The snakelike agitating shaft 5 is equipped with the first blade 6, institute
The inner wall for stating dry mixer 1 is equipped with the fixation blade 7 to stagger with first blade 6 interval, and the first blade 6 is stirred with snakelike
It mixes the rotation of axis 5 and rotates, the raw material in mixer is stirred toward the direction by snakelike 5 and first blade 6 of agitating shaft, and
Fixed blade 7 stops that a part of raw material rotates, and forms the agitation of a negative direction so that raw material is stirred more abundant.Institute
The bottom for stating dry mixer 1 is provided with the first valve 8, and the dry raw material being stirred enter next step by valve.
Further include wet mixer 2, the wet mixer 2 is fixed in second support 9 and there are one being set on its top side wall
Import 10, the import 10 are connected with 8 piping of the first valve of dry mixer 1, and the height where the import 10 is less than the
Height where one valve 8, the raw material be conducive in dry mixer 1 smoothly enter in wet mixer 2.The wet mixer 2 is opened
A feed pipe 11 is fixedly installed in the surface of mouth, stirs the water needed for raw material and the foaming agent of foam made of machinery passes through
Feed pipe 11 enters, and the feed pipe 11 is socketed in 12 upper end of hollow agitating shaft stretched into wet mixer 2, the feed pipe 11
Inner wall and hollow agitating shaft 12 between be equipped with and be regularly sleeved on gasket 13 on agitating shaft and 12 upper end of hollow agitating shaft can
It is freely rotated in feed pipe 11, the part that the hollow agitating shaft 12 does not extend into mixer is set there are one driven bevel gear
14, the driven bevel gear 14 is engaged with the active conical gear 16 on 15 main shaft of the second motor；The hollow agitating shaft 12
On agitating vane along hollow agitating shaft 12 length direction it is arranged in parallel downwards and stirred positioned at the agitating vane of bottom with wet
2 bottom surface smooth contact of machine is mixed, the agitating vane includes several hollow blades 17 connected with hollow agitating shaft 12 and a circle
Column blade 18, described 18 one end of cylinder blade are connected with hollow agitating shaft 12, and the other end is inserted with one small for hollow and hollow position
In the cylindrical bar 19 of cylinder blade 18, described 19 one end of cylindrical bar stretches into the hollow position of cylinder blade 18 and passes through spring 20 and circle
The inside connection of column blade 18,19 other end of cylindrical bar connect one and can be scraped with 2 madial wall smooth contact of wet mixer
Piece 21, the scraping blade 21 are cuboid platy structure.In whipping process, scraping blade 21 can cause raw material not glue wet stir always
The inner wall of machine 2 is mixed, be conducive to stir evenly and is cleaned, will not so that inner wall is more and more thicker because of theing cement solidifies.With spring 20
Connect scraping blade 21 so that scraping blade 21 can freely adjust the closeness of contact of scraping blade 21 and inner wall, while preventing stuck as far as possible
Fully strike off the raw material on inner wall；Under the different rotating speed of hollow agitating shaft 12, the distance range that connection scraping blade 21 is thrown out of is not
Together, rotating speed is higher, spring 20 be stretched it is longer, scraping blade 21 contacted with inner wall it is more abundant, specific rotating speed according to actual needs when
Selection.2 bottom of wet mixer sets the second valve 22, for excluding the raw material being stirred.The hollow agitating shaft
12 and hollow blade 17 on be equipped with several discharge holes, foam made of water and machinery is pumped into feed inlet by high-pressure pump, passes through
Discharge hole on hollow agitating shaft 12 and on hollow blade 17 is equably sprayed into raw material so that stirring more uniformly saves
When.
The storage box 42 of foam cement slurry is further included, the storage box is connected with the second valve 22 by slush pump 43, and
42, the storage box bottom is equipped with electromagnetic flow valve 29.Storage box 42 stores the foaming being stirred in wet mixer 2 for temporary
Cement mortar, storage box 42 is interior to be set there are one simple mixing plant, and agitating vane to be located at the bottom of storage box, because foaming mud
Static bottom easily deposits, and stirring so that foaming mud is homogeneous, will not block stream electromagnetic flow valve 29.
Including conveyor, the conveyor includes two orthogonal conveyors, and the conveyor includes the first transmission
25 and second conveyor 26 of band, the output terminal of the first conveyor 25 are connected with the side of the input end of the second conveyor 26, with
So that the first conveyor 25 and 26 l-shaped of the second conveyor arrangement, in second conveyor 26 along its length uniformly between
It is provided with every ground above several electromagnet 28 and 25 intersection of the second conveyor 26 and the first conveyor and is provided with infrared electro
Sensor (does not mark) in figure, one side edge uniform intervals away from the first conveyor along its length in the second conveyor 26
Ground is provided with several electromagnet 28,28 set-up mode of electromagnet herein can there are many, such as electromagnet 28 is arranged on far
On 26 side of the second conveyor from the first conveyor 25, for ease of the arc transition transmission at 26 both ends of the second conveyor, electricity
Magnet 28 it should use size smaller as far as possible, especially the smaller electromagnet 28 of length；In addition it is also possible to electromagnet 28 is consolidated
Surely it is arranged on stretching out actively, at the lower surface of driven shaft for the upper layer transport band section of the second conveyor 26.When the second conveyor 26
On electromagnet 28 when being irradiated by infrared photoelectric sensor, electromagnet 28 has magnetism, and the electromagnet 28 can be by the first transmission
The input terminal of the second conveyor 26 is drawn to the empty mold 27 on 25 output ends, the infrared photoelectric sensor is always radiated at
The input terminal of second conveyor 26, when the electromagnet 28 on the input terminal of the second conveyor 26 be transferred to it is defeated with the first conveyor 25
During the opposite position of outlet, infrared photoelectric sensor is radiated on electromagnet 28 and the control circuit of electromagnet 28 is closed
And band is magnetic, to attract empty mold 27, electromagnet 28 is with 26 synchronizing moving of the second conveyor, when electromagnet 28 is transferred to
After the end of second conveyor 26, electromagnet 28 is magnetic to disappear, and reaches above-mentioned control process, can when actual fabrication is implemented
By there are many in a manner of, for example, can will be connected between infrared photoelectric sensor and electromagnet 28 by controller, when empty 27 quilt of mold
When being drawn onto the end of the second conveyor 26, empty mold 27 blocks the light path between infrared photoelectric sensor and electromagnet 28, control
Device processed receives corresponding signal from infrared photoelectric sensor, and the circuit for sending instruction control electromagnet 28 disconnects, electromagnet 28
Magnetic pop-off so that electromagnet 28 is magnetic after empty mold 27 is attracted in place to disappear；For the material of empty mold 27
Magnetic material, such as iron, steel etc. are preferably used, the plastic material used when necessary can then be set in corresponding empty 27 side wall of mold
It puts and wants the magnet attracted with electromagnet.The intersection of two conveyors is located at the underface of foam cement slurry storage box, and deposits
The empty mold 27 in place on 29 the second conveyor of face of electromagnetic flow valve, 26 input terminal of storage tank bottom, when empty mold 27
At the lower section of electromagnetic flow valve 29, injection setting in the finite time that electromagnetic flow valve 29 is opened and passed through in empty mold 27
The foam cement slurry of amount；The coordinated signals that electromagnetic flow valve 29 and electromagnet 28 herein is adsorbed between hollow mould can be by existing
Some controller programmings are realized, specifically process are controlled to be not repeated herein.
The driving shaft 31 at 26 both ends of the second conveyor and the both ends of driven shaft 32 are rotatably arranged in foot stool respectively
On 30, the foot stool 30 is fixed on horizontally disposed first bottom plate 33 and the second conveyor 26 is not contacted with the first bottom plate 33, foot
Frame 30 can be two cylinders, and inverted Π types can also be made in foot stool 30.Foot stool 30 is set to enable conveyer belt away from first
33 uncrossed transmission of bottom plate, is parallelly equipped with the second bottom plate 34 immediately below first bottom plate 33, the first bottom plate 33 and the
It is connected between two bottom plates 34 by several cylindrical springs 35 being vertically arranged, the both ends of second bottom plate 34 are respectively provided with an electricity
Machine, connects a disk 36 on the main shaft of the motor, and the edge of the disk 36 is equipped with vertical with disk 36 and with second
The parallel cylinder 37 of bottom plate 34, when the motor rotates, the cylinder 37 intermittently bottom with 34 end of the second bottom plate
Face contacts, and gives during contact bottom plate one support, and the second bottom plate 34 sinks when not contacting, and the elastic force of cylindrical spring 35 causes first
Bottom plate 33 can be vibrated with moving up and down for bottom plate, at the same cylindrical spring 35 but also conveyor will not because vibrate it is excessive and
So that the cement mortar in mold is spilt.A pedestal 38, second bottom plate 34 and bottom are set immediately below second bottom plate 34
Seat 38 is connected by support spring 39, and pedestal 38 has given conveyor main support by support spring 39, and support spring 39 makes
Obtaining the second bottom plate 34 can move up and down, so as to fulfill vibration.
Further, the axis of the snakelike agitating shaft 5 and blade are in flat laminated structure so that are more held during stirring
Raw material layer easily is scratched, achievees the purpose that uniform stirring.
Further, the cylinder blade 18 is equipped with sealing ring 23, the cylinder for the inner wall of end that cylindrical bar 19 stretches out
Bar 19 passes through the sealing ring 23, realizes that cylindrical bar 19 keeps the sealing of hollow interior when skidding off/retracting cylinder blade 18,
It is stuck to prevent that mortar from entering.
Further, the disk 36 on be uniformly distributed 4 cylinders 37, reduce shaking for conveyor vibration
Width increases vibration frequency, and the vibration number increase intensity of the second conveyor 26 reduces, so that easily shake is equal for cement
It is even, and will not spill.
Further, cam (not shown) is fixed on the main shaft of the motor, the cam is when motor rotates
Bottom surface that can be intermittently with 34 end of the second bottom plate contacts so that entire second conveyor 26 and its connecting component are shaken
It is dynamic.
Further, idler wheel 40 is fixed on the main shaft of the motor, 40 surface of idler wheel is protruded equipped with several
The circular arc convex block 41 in 37 face of cylinder, the circular arc convex block 41 are set by the rounded array in the center of circle of 40 center of idler wheel.Idler wheel 40 exists
Second bottom plate, 34 bottom surface rolls, and the circular arc convex block 41 on idler wheel 40 is so that so that entire second conveyor 26 and its connecting component are shaken
It is dynamic, reduce the amplitude of conveyor vibration, increase vibration frequency, the vibration number increase intensity of the second conveyor 26 reduces, from
And so that cement is easier to shake uniformly, and will not spill, in addition rolling is contacted between circular arc convex block 41 and the second bottom plate 34 relatively
Dynamic more smooth, different radians can realize different vibration frequencies and amplitude, such as the radian of several circular arc convex blocks 41 is done
Must be different big, it can cause the second conveyor 26 that there is more complicated wider vibration frequency and amplitude.
Into after being timed in dry mixer 1 and stir evenly, the first valve 8 automatically opens quantitative raw material, makes raw material
Into in wet mixer 2, complete rear first valve 8 is closed under raw material, and water inlet switch automatically opens at this time, is opened after adding in quantitative water
Begin stirring, be automatically added to quantitative foaming agent after reaching the time of stirring setting and be stirred.Second valve 22 after the completion of stirring
It opens and storage box 42 is pumped by slush pump 43, be quantitatively injected into sky mold 27 by electromagnetic flow valve 29, then by carrying vibration
The transmitting device of function completes the shaping of foam cement and transmission.The present apparatus is realized using solenoid valve, flowmeter, sensor
Whole device automation stirring, stir evenly, the degree of automation it is higher.
Finally illustrate, above example is merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng
The utility model is described in detail according to preferred embodiment, it will be understood by those of ordinary skill in the art that, it can be to this
The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model
It encloses, should all cover among the right of the utility model.
Claims (6)
1. a kind of modified foaming cement automatic production device, which is characterized in that including dry mixer, the dry mixer is opened
Mouthful end is fixed on the top of first support, and the bottom of dry mixer is hanging, and the dry mixer is in small tapered in the big bottom of opening
Housing；First motor is fixed on first support top, and main shaft stretches into dry mixer open interior, the main shaft of first motor
A snakelike agitating shaft stretched into inside dry mixer is connected, the snakelike agitating shaft is in up big and down small trochoid spiral shape knot
Structure, the snakelike agitating shaft are equipped with the first blade, and the inner wall of the dry mixer is equipped with and first spacing with blades mistake
The fixation blade opened, the bottom of the dry mixer are provided with the first valve；
Further include wet mixer, the wet mixer fixation sets that there are one import, institutes on the secondary support bracket and on its top side wall
The solenoid valve that import is stated with dry mixer is connected by pipeline, and the height where the import is less than the height where solenoid valve；
A feed pipe is fixedly installed in the surface of the wet mixer opening, and the feed pipe is socketed in the sky stretched into wet mixer
Heart agitating shaft upper end, be equipped between the inner wall of the feed pipe and hollow agitating shaft be regularly sleeved on gasket on agitating shaft and
Hollow agitating shaft upper end can be freely rotated in feed pipe, the part that the hollow agitating shaft does not extend into mixer set there are one from
Dynamic conical gear, the driven bevel gear are engaged with the active conical gear on the second electric machine main shaft；The hollow agitating shaft
On agitating vane along hollow agitating shaft length direction is arranged in parallel downwards and agitating vane and wet stirring positioned at bottom
Machine bottom surface smooth contact, the agitating vane include several hollow blades connected with hollow agitating shaft and a cylinder blade,
Described cylinder blade one end and hollow stirring axis connection, the other end are inserted with a circle for being less than cylinder blade for hollow and hollow position
Mast, described cylindrical bar one end stretch into the hollow position of cylinder blade and pass through spring and be connected with the inside of cylinder blade, the circle
The mast other end, which connects one, to be cuboid platy structure with the scraping blade of wet mixer madial wall smooth contact, the scraping blade,
The wet mixer bottom sets the second valve；Several discharge holes are equipped on the hollow agitating shaft and hollow blade；
The storage box of foam cement slurry is further included, the storage box is connected with the second valve by slush pump, and the storage box
Bottom is equipped with electromagnetic flow valve；
Conveyor is further included, the conveyor includes two orthogonal conveyors, and the conveyor includes the first conveyor
With the second conveyor, the output terminal of the first conveyor is connected with the side of the input end of the second conveyor, so that first passes
Defeated band and the second conveyor l-shaped arrangement, a side in second conveyor along its length away from the first conveyor
Edge is evenly spaced apart to be provided with several electromagnet, and the second conveyor above the first conveyor intersection with being provided with infrared light
Electric transducer, when the electromagnet in the second conveyor is irradiated by infrared photoelectric sensor, electromagnet has magnetism, the electromagnetism
The empty mold that first conveyor is exported on end can be drawn to the input terminal of the second conveyor by iron；The intersection of two conveyors
Positioned at the underface of foam cement slurry storage box, and on electromagnetic flow valve face the second conveyor input terminal of storage box bottom just
The empty mold of position；
The driving shaft at the second conveyor both ends and the both ends of driven shaft are rotatably arranged on foot stool respectively, the foot stool
It is fixed on horizontally disposed first bottom plate and the second conveyor is not with the first contacts baseplate, the first bottom plate underface is parallelly
Equipped with the second bottom plate, it is connected between the first bottom plate and the second bottom plate by several cylindrical springs being vertically arranged, second bottom
The both ends of plate are respectively provided with a motor, and a disk is connected on the main shaft of the motor, and the edge of the disk is equipped with and circle
Disk is vertical and the cylinder parallel with the second bottom plate, when the motor rotates, the cylinder intermittently with the second bottom plate end
The bottom surface contact in portion, the second bottom plate underface set a pedestal, and second bottom plate is connected with pedestal by support spring
It connects.
2. a kind of modified foaming cement automatic production device according to claim 1, it is characterised in that：The snakelike stirring
The axis and blade of axis are in flat laminated structure.
3. a kind of modified foaming cement automatic production device according to claim 2, it is characterised in that：The cylinder blade
Sealing ring is equipped with for the inner wall of end that cylindrical bar stretches out, the cylindrical bar passes through the sealing ring.
4. a kind of modified foaming cement automatic production device according to claim 1, it is characterised in that：The disk it is upper
4 cylinders are uniformly distributed.
5. a kind of modified foaming cement automatic production device according to claim 1, it is characterised in that：The master of the motor
Cam is fixed on axis, the bottom surface that the cam can be intermittently with second bottom end when motor rotates contacts.
6. a kind of modified foaming cement automatic production device according to claim 1, it is characterised in that：The master of the motor
It is fixed with idler wheel on axis, the roller surface is equipped with the circular arc convex block on several protrusion cylindrical surfaces, and the circular arc convex block is to roll
Wheel center is set for the rounded array in the center of circle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721241679.9U CN207415698U (en) | 2017-09-26 | 2017-09-26 | A kind of automatic production device of modified foaming cement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721241679.9U CN207415698U (en) | 2017-09-26 | 2017-09-26 | A kind of automatic production device of modified foaming cement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207415698U true CN207415698U (en) | 2018-05-29 |
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ID=62313974
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721241679.9U Active CN207415698U (en) | 2017-09-26 | 2017-09-26 | A kind of automatic production device of modified foaming cement |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207415698U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107398989A (en) * | 2017-09-26 | 2017-11-28 | 重庆欧克斯新型建材有限公司 | The automatic production device of modified foaming cement |
| CN108568893A (en) * | 2018-06-07 | 2018-09-25 | 夏高莺 | A kind of non-fired and non-steamed bricks and preparation method |
-
2017
- 2017-09-26 CN CN201721241679.9U patent/CN207415698U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107398989A (en) * | 2017-09-26 | 2017-11-28 | 重庆欧克斯新型建材有限公司 | The automatic production device of modified foaming cement |
| CN107398989B (en) * | 2017-09-26 | 2023-02-28 | 重庆欧克斯新型建材股份有限公司 | Automatic production device for modified foaming cement |
| CN108568893A (en) * | 2018-06-07 | 2018-09-25 | 夏高莺 | A kind of non-fired and non-steamed bricks and preparation method |
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Address after: 404500 home business park, Gaoyang Town, Yunyang County, Chongqing Patentee after: Chongqing Aokesi new building materials Co., Ltd Address before: 404500 Yongxing village, Panlong County, Chongqing, Yunyang four groups Patentee before: CHONGQING OU KE SI NEW TYPE BUILDING MATERIALS Co.,Ltd. |
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| CP03 | Change of name, title or address |