CN108422549A - The production system of insulation blocks or combined wall board is manufactured using solid slag - Google Patents
The production system of insulation blocks or combined wall board is manufactured using solid slag Download PDFInfo
- Publication number
- CN108422549A CN108422549A CN201810451307.1A CN201810451307A CN108422549A CN 108422549 A CN108422549 A CN 108422549A CN 201810451307 A CN201810451307 A CN 201810451307A CN 108422549 A CN108422549 A CN 108422549A
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- China
- Prior art keywords
- pressure roller
- area
- belt
- roller
- production
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 294
- 238000009413 insulation Methods 0.000 title claims abstract description 45
- 239000002893 slag Substances 0.000 title claims abstract description 27
- 239000007787 solid Substances 0.000 title claims abstract description 25
- 230000005540 biological transmission Effects 0.000 claims abstract description 39
- 239000003795 chemical substances by application Substances 0.000 claims abstract description 38
- 238000004513 sizing Methods 0.000 claims abstract description 36
- 230000001360 synchronised effect Effects 0.000 claims abstract description 31
- 238000005507 spraying Methods 0.000 claims abstract description 25
- 238000007493 shaping process Methods 0.000 claims abstract description 18
- 239000007921 spray Substances 0.000 claims abstract description 12
- 238000012805 post-processing Methods 0.000 claims abstract description 11
- 239000000463 material Substances 0.000 claims description 91
- 238000004321 preservation Methods 0.000 claims description 83
- 239000002985 plastic film Substances 0.000 claims description 78
- 229920006255 plastic film Polymers 0.000 claims description 78
- 238000005520 cutting process Methods 0.000 claims description 70
- 239000004744 fabric Substances 0.000 claims description 65
- 238000005096 rolling process Methods 0.000 claims description 35
- 238000004804 winding Methods 0.000 claims description 32
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 30
- 230000033001 locomotion Effects 0.000 claims description 24
- 238000012546 transfer Methods 0.000 claims description 22
- 238000003825 pressing Methods 0.000 claims description 8
- 230000003028 elevating effect Effects 0.000 claims description 6
- 239000011521 glass Substances 0.000 claims description 6
- 238000006073 displacement reaction Methods 0.000 claims description 3
- 238000010586 diagram Methods 0.000 description 29
- 238000000034 method Methods 0.000 description 23
- 239000011229 interlayer Substances 0.000 description 16
- 239000002002 slurry Substances 0.000 description 16
- 238000012545 processing Methods 0.000 description 10
- 239000010410 layer Substances 0.000 description 6
- 239000003365 glass fiber Substances 0.000 description 5
- 210000003128 head Anatomy 0.000 description 5
- 239000011248 coating agent Substances 0.000 description 4
- 238000000576 coating method Methods 0.000 description 4
- 238000010276 construction Methods 0.000 description 4
- 230000000694 effects Effects 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 4
- 238000005034 decoration Methods 0.000 description 3
- 238000009415 formwork Methods 0.000 description 3
- 238000000465 moulding Methods 0.000 description 3
- 238000013461 design Methods 0.000 description 2
- 238000011161 development Methods 0.000 description 2
- 238000005265 energy consumption Methods 0.000 description 2
- 238000000605 extraction Methods 0.000 description 2
- 239000011344 liquid material Substances 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
- 239000004566 building material Substances 0.000 description 1
- 229910052799 carbon Inorganic materials 0.000 description 1
- 210000000262 cochlear duct Anatomy 0.000 description 1
- 239000002131 composite material Substances 0.000 description 1
- 239000004567 concrete Substances 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000005553 drilling Methods 0.000 description 1
- 238000004134 energy conservation Methods 0.000 description 1
- 210000003195 fascia Anatomy 0.000 description 1
- 238000010096 film blowing Methods 0.000 description 1
- 239000010881 fly ash Substances 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 230000002045 lasting effect Effects 0.000 description 1
- 230000013011 mating Effects 0.000 description 1
- 239000003595 mist Substances 0.000 description 1
- 238000002156 mixing Methods 0.000 description 1
- 230000008450 motivation Effects 0.000 description 1
- 230000032696 parturition Effects 0.000 description 1
- 230000008092 positive effect Effects 0.000 description 1
- 239000002994 raw material Substances 0.000 description 1
- 230000007115 recruitment Effects 0.000 description 1
- 238000010025 steaming Methods 0.000 description 1
- 238000003860 storage Methods 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B15/00—General arrangement or layout of plant ; Industrial outlines or plant installations
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B5/00—Producing shaped articles from the material in moulds or on moulding surfaces, carried or formed by, in or on conveyors irrespective of the manner of shaping
- B28B5/02—Producing shaped articles from the material in moulds or on moulding surfaces, carried or formed by, in or on conveyors irrespective of the manner of shaping on conveyors of the endless-belt or chain type
Landscapes
- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Ceramic Engineering (AREA)
- Mechanical Engineering (AREA)
- Manufacturing & Machinery (AREA)
- Press-Shaping Or Shaping Using Conveyers (AREA)
Abstract
The present invention relates to a kind of production systems manufacturing insulation blocks or combined wall board using solid slag comprising spraying interleaving agent area, production district, steam-cured area, post processing zone and the transmission device through each area set gradually from front to back；Transmission device includes sprocket wheel chain plate conveyer and lower belt, and lower belt invests the periphery of the carrier bar of sprocket wheel chain plate conveyer；Spray setting spraying interleaving agent device in interleaving agent area；Spraying interleaving agent area and the both sides of production district are equipped with the shaping mechanism perpendicular to carrier bar, and shaping mechanism uses belt gear, and the belt in belt gear is sizing belt, and sizing belt is synchronous with the lower belt of carrier bar periphery.The quality, production efficiency and building assembly rate that insulation blocks or plank can be improved through the invention, reduce building cost.
Description
Technical field
The present invention relates to a kind of production systems manufacturing insulation blocks or combined wall board using solid slag, are used to prepare guarantor
Warm building block or combined wall board.
Background technology
The stockpiling of solid slag (grain slag, slag, flyash, red mud, mine tailings etc.) occupies a large amount of arable lands and generates mist to the wind
Haze meets rain, snow pollution underground water source, causes to seriously endanger to ecological environment, bring and seriously affect to people's production and living.It utilizes
Solid slag produces building materials, both economized on resources, and protected farmland, and safeguards ecological environment, but can comprehensive utilization of resources, turn waste into wealth,
Turn bane into boon, profit is current, and work(is in an eternal lasting.
Currently, assembled architecture is being widelyd popularize in the whole nation from the leadership to the masses, assembled architecture is included in emerging strategic production by country
Industry has put into effect a series of policies for encouraging development.Combined wall board and roof boarding (hereinafter referred to as plank) are as assembled architecture
Component, its performance and production technology are related to the quality, construction efficiency and building cost of assembled architecture.Domestic and international assembled
The combined wall board and roof boarding of building are all made of the modes such as mold precasting process, expressing technique and produce, and drawback is that mold is pre-
Technique processed does not adapt to Architectural Design Requirements, when the building standard width of a room in an old-style house, floor height, thickness of wall body change, mold, template, bracket
It etc. replacing, causes that equipment funds are put into again and production equipment is largely left unused, increases product cost；Production link is more, recruitment
More, labor intensity is big, low production efficiency.GRC wallboards, the EPC wallboards of expressing technique production are used as exterior wall because that cannot meet building
Power conservation requirement need to do external thermal insulation system；Side fascia is unable to one-pass molding with finishing material, increases quantities, extends
Construction period increases building cost；Soundproof effect is poor；Above two wall board production technology production wallboard need high temperature, high pressure,
Steam-cured, production process energy consumption is big, does not meet the requirement for the low-carbon economy development that country advocates.
Invention content
The technical problem to be solved by the present invention is to：Overcome deficiency in the prior art, a kind of utilization solid slag pair is provided
Insulation blocks or combined wall board carry out the production system of disposal molding.
The production system of the present invention that insulation blocks or combined wall board are manufactured using solid slag, including from front to back
Spraying interleaving agent area, production district, steam-cured area, post processing zone and the transmission device through each area set gradually；
Transmission device includes sprocket wheel chain plate conveyer and lower belt, sprocket wheel chain plate conveyer include drive sprocket,
Carrier bar and driven sprocket, drive sprocket and driven sprocket are mounted on the fixed bracket in position, and drive sprocket is driven by driving device
Dynamic, driven sprocket is linked by carrier bar and drive sprocket, and lower belt invests the periphery of carrier bar；
Spray setting spraying interleaving agent device in interleaving agent area；
Spraying interleaving agent area and the both sides of production district are equipped with the shaping mechanism perpendicular to carrier bar, and shaping mechanism uses skin
Tape handler, the belt in belt gear are sizing belt, and sizing belt is synchronous with the lower belt of carrier bar periphery.
Wherein, bracket is carrier of the support spraying interleaving agent area to the equipment in stacking area, and carrying roller is used for support sprocket wheel carrier bar
Conveying device and its lower belt above.Lower support structure is using the carrying roller or supporting rack being fixed on bracket.
The synchronous of sizing belt and transmission device intermediate plate and lower belt is realized using following structure type in the present invention
Operation：
The driven voller of belt gear is linked by belt of shaping with drive roll, and drive roll passes through Bevel Gear Drive
The accessary sprocket wheel of mechanism and sprocket wheel chain mechanism links, and conical gear drive includes intermeshing first conical gear and the
Two conical gears, sprocket wheel chain mechanism include chain and the head sprocket to be linked by chain, accessary sprocket wheel, the first conical gear with
Drive roll rotates coaxially, and the second conical gear is rotated coaxially with accessary sprocket wheel, and head sprocket is rotated coaxially with drive sprocket, drive sprocket
It is engaged with the carrier bar in sprocket wheel chain plate conveyer.
Production district in the present invention has following a variety of implementations according to needs of production：
Scheme one：
Along the direction of transfer of transmission device, production district successively include outer impeller production area, lower heat preservation plate material filling region,
Middle impeller production area, upper heat preservation plate material filling region and interior impeller production area；Outer impeller production area, middle impeller production district
Preceding glass-fiber-fabric emptying roller, top hopper, rear glass-fiber-fabric emptying roller, plastic film has been sequentially arranged in domain and interior impeller production area to put
Expect roller and pressure roller, plastic film winding roller is added in the rear end of outer impeller production area, middle impeller production area internal lobe；Before each pressure roller
The pusher push plate that can be moved forward and backward just is set, and lower support structure is arranged in corresponding pressure roller on bracket；Lower heat preservation plate material fill area
It is both provided with heat preservation plate material automatic pick-and-place apparatus in domain and upper heat preservation plate material filling region；Steam-cured area rear is equipped with plastic film winder
Roller.This preferred embodiment is for producing insulation blocks or combined wall board.
Scheme two：
Increase exterior finish production area on the basis of scheme one, specifically in spraying interleaving agent area and outer impeller production district
Exterior finish production area is added between domain, glass-fiber-fabric emptying roller, top hopper, modeling before being sequentially arranged in exterior finish production area
Film emptying roller, pressure roller and plastic film winding roller, square before the press rolls to be also provided with the pusher push plate that be moved forward and backward, corresponding pressure roller is being held in the palm
Lower support structure is also provided on frame.This preferred embodiment is for producing the combined wall board with exterior finish.
Scheme three：
Increase interior trim face production area on the basis of scheme two, specifically between interior impeller production area and steam-cured area
Interior trim face production area is added, the end of interior impeller production area is arranged plastic film winding roller, is sequentially set in the production area of interior trim face
It is equipped with top hopper, rear glass-fiber-fabric emptying roller, plastic film emptying roller and pressure roller, side is also provided with pushing away of being moved forward and backward before the press rolls
Expect that push plate, corresponding pressure roller are also provided with lower support structure on bracket.This preferred embodiment is for producing the composite wall with interior exterior finish
Plate.
Scheme four：
Along the direction of transfer of transmission device, production district includes outer impeller production area and lower heat preservation plate material fill area successively
Domain；Preceding glass-fiber-fabric emptying roller, top hopper, rear glass-fiber-fabric emptying roller, plastic film blowing have been sequentially arranged in outer impeller production area
Roller, pressure roller and plastic film winding roller, the pusher push plate that the setting of pressure roller front can be moved forward and backward, under corresponding pressure roller is arranged on bracket
Support construction；It is provided with heat preservation plate material automatic pick-and-place apparatus in lower heat preservation plate material filling region.This programme is for producing heat preservation one
Body plate.
Scheme five：
Increase exterior finish production area on the basis of scheme four, specifically in spraying interleaving agent area and outer impeller production district
Exterior finish production area is added between domain, glass-fiber-fabric emptying roller, top hopper, modeling before being sequentially arranged in exterior finish production area
Film emptying roller, pressure roller and plastic film winding roller, pressure roller front are also provided with the pusher push plate that can be moved forward and backward, and corresponding pressure roller is in bracket
On be also provided with lower support structure；It is provided with heat preservation plate material automatic pick-and-place apparatus in lower heat preservation plate material filling region.This programme is used for
Produce ornamental surface heat insulation integrated board.
Scheme six：
Along the direction of transfer of transmission device, production district includes outer impeller production area, lower heat preservation plate material filling region successively
With middle impeller production area；Glass-fiber-fabric emptying roller before being sequentially arranged in outer impeller production area and middle impeller production area, on
Portion's hopper, rear glass-fiber-fabric emptying roller, plastic film emptying roller and pressure roller add plastic film winding roller in the rear end of outer impeller production area；
Lower support structure is arranged in the pusher push plate that setting can be moved forward and backward in front of each pressure roller, corresponding pressure roller on bracket；Lower thermal insulation board
Heat preservation plate material automatic pick-and-place apparatus is provided in material filling region；Steam-cured area rear is equipped with plastic film film collecting roller.This programme is for giving birth to
Produce heat insulation formwork.
In practical application, the pusher push plate in the present invention can be by equipped with the device for adjusting high low dimensional and front and back operation
It is fixed, it is controlled and is run by control system；Pressure roller equipped with the device for adjusting high low dimensional also by fixing；It can be each on each top hopper
It is supplied automatically from automatic blending system, automatic metering system (stem body material, liquid material) and raw material (stem body material, liquid material) is corresponded to
Material system, and controlled by control system.These described structures are all conventional or achievable device, operation principle and process
Also it is the same as those in the prior art.
Steam-cured plot structure in the present invention uses following preferred embodiment：
Steam-cured area includes the steam-cured proparea being sequentially arranged and steam-cured back zone；Steam-cured proparea, steam-cured back zone include steam-cured chamber
Room and positioned at the indoor electric heater unit of steam-cured chamber, temperature sensor, electric heater unit, temperature sensor connect control system；
It also is provided with the shaping mechanism perpendicular to carrier bar in the both sides in steam-cured proparea, shaping mechanism also uses belt gear, belt to pass
The sizing strap lug of motivation structure side wall of steam-cured chamber and synchronous with the lower belt of carrier bar periphery in steam-cured proparea.Due to steaming
During supporting, that is, in steam-cured proparea, incipient plank also prepattern, it is therefore desirable to pass through the sizing belt of the left and right sides
Carry out pressure sizing；After finalizing the design almost, plank continue into steam-cured back zone it is steam-cured, without being added in both sides during this
Shaping mechanism.Transmission device in the present invention can also determine rolling roller including several, determine rolling roller and be correspondingly arranged at steam-cured back zone,
The upper transport face of itself and sprocket wheel chain plate conveyer is located in same level；Determine rolling roller and support is mounted on by central shaft
On frame.The plank come through the conveying of sprocket wheel chain plate conveyer continues backward under the drive of sprocket wheel chain plate conveyer along rolling roller
Side (steam-cured back zone and post processing zone) is conveyed, and compared with using sprocket wheel chain plate conveyer delivery board material completely, is had bright
Aobvious effect of energy.
Post processing zone in the present invention includes synchronous cutting area, be arranged in synchronous cutting area single air inlet cylinder, jack saw frame and
Cross cutting apparatus；Rolling roller is moved in the setting of jack saw frame upper end, moves rolling roller and is mounted on jack saw frame by central shaft, with sprocket wheel
The upper transport face of chain plate conveyer is located in same level；On jack saw frame, the top for moving rolling roller is equipped with pressing plate thick stick, pressure
Plate thick stick elevating mechanism (such as cylinder) drive it is lower generate upper and lower displacement, the single air inlet cylinder of jack saw frame connection, direction of travel and
The direction of transfer of transmission device is consistent；Cross cutting apparatus includes saw pedestal, lifting cylinder, motion bar, supporting rack, saw disc turn
Cutting guide rail is arranged in the saw pedestal of axis and saw disc, corresponding cross cutting apparatus in jack saw frame, and the saw pedestal is in positive and negative variable-frequency motor
Drive lower edge cutting guide rail it is mobile and moving direction is vertical with the direction of transfer of transmission device, supporting rack is fixed on saw pedestal
On, one end and the supporting rack of motion bar are hinged, and the cylinder body and saw pedestal of lifting cylinder are hinged, cylinder rod top and motion bar middle part
Hinged, hollow shaft is arranged in the other end of motion bar, and hollow shaft is assemblied in by bearing in saw disc shaft, and saw disc shaft passes through saw disc
Motor and belt gear drive, installation monolithic or the multi-disc saw disc being mutually parallel, cross cutting apparatus in saw disc shaft
Direction of transfer of the cut direction of middle saw disc perpendicular to transmission device.In actual use, cross cutting apparatus can be arranged one group or
Person is multigroup.In order to realize automated production, can sensor be set in the distal end (i.e. the ends of plank transverse cuts) of jack saw frame,
Sensor, lifting cylinder and single air inlet cylinder are all connected with control system.
Plate in the production system can be cut according to the length of plank to be produced by cross cutting apparatus, i.e. plate
Depending on the length of material is cut by cross cutting apparatus, specific work process is as follows：After plank enters synchronous cutting area, it is by controlling
Pressing plate thick stick is pressed on plank by system control elevating mechanism, the saw disc electric motor starting of cross cutting apparatus, saw disc rotation, and lifting cylinder will
The motion bar of support saw disc lifts, and is simultaneously stopped and gives single air inlet cylinder gas supply, and jack saw frame synchronizes forward with plank, while crosscutting cutting
Device is under the drive of positive and negative variable-frequency motor, and the transverse cuts in operation, after crosscutting, sensor senses crosscutting cut just
Position base is sawed in device, and the information is transmitted to control system, instruction is sent out by control system, pressing plate thick stick is with elevating mechanism liter
To origin, the stalling of saw disc motor, motion bar is with lifting cylinder retraction origin, positive and negative variable-frequency motor counter motion, single air inlet cylinder
Jack saw frame is withdrawn into origin by air inlet, and the saw pedestal of cross cutting apparatus returns to origin under the driving of positive and negative variable-frequency motor.
Preferably, in synchronous cutting area, length sawing frame is set in the front of jack saw frame, length sawing frame upper end is also provided with dynamic rolling
Roller moves rolling roller and is mounted on length sawing frame by central shaft, is located at the upper transport face of sprocket wheel chain plate conveyer same
On one horizontal plane；One or more groups of vertical cutter devices are fixed on length sawing frame, the structure for indulging cutter device is identical as cross cutting apparatus,
Also include saw pedestal, lifting cylinder, motion bar, supporting rack, saw disc shaft and saw disc, saw disc shaft by saw disc motor and
Belt gear drives, but the saw pedestal of vertical cutter device is integrally fixed on length sawing frame, and saw disc cuts in vertical cutter device
The direction of transfer for cutting direction and transmission device is consistent.
It can be cut according to the wide plate in the production system of plate of plank to be produced by vertical cutter device, i.e. plate
Depending on the width of material is by vertical cutter device cutting, specific work process is as follows：Before entering synchronous cutting area, it is by controlling
The saw disc electric motor starting of cutter device, saw disc rotation are indulged in system control, and lifting cylinder will support the motion bar of saw disc to jack up, saw disc lift
It rises, starts to cut plank along the direction of transfer of transmission device；When cutting is completed, motor stops, and motion bar is with lifting air
Cylinder is fallen, and saw disc is fallen therewith.In actual application, for the ease of adjusting saw disc position, vertical cutter device can be corresponded to
Saw pedestal in synchronous cutting area the wide adjustment guide rail of arranging plate, the saw pedestal of vertical cutter device each in this way can be led along the wide adjustment of plate
Rail walk and its direction of travel perpendicular to transmission device direction of transfer, so as to according to the plate of plank to be produced it is wide come it is quick
Adjust the cutting position of saw disc in each vertical cutter device.
It is mating in synchronous cutting area to be provided with dust-extraction unit in order to ensure production environment.
The present invention is shaped with bracket, transmission device and its lower belt being attached to above the carrier bar of transmission device, both sides
Belt is the carrier for producing insulation blocks or combined wall board, now to the present invention's for producing the combined wall board with interior exterior finish
Operation principle and process is described：
In production process, interleaving agent is first sprayed on lower belt through spraying the spraying interleaving agent device in interleaving agent area
On, the glass-fiber-fabric on preceding glass-fiber-fabric emptying roller in exterior finish production area is laid on the lower belt for being sprayed with interleaving agent,
Top hopper launches facing pulp on glass-fiber-fabric automatically, and slurry enters by the plastic film on plastic film emptying roller together with glass-fiber-fabric
The pressure roller of interlayer, pusher push plate side automatic stocking, the rolling of pressure roller side, plastic film winding roller side synchronizes the plastic film of winding interlayer pressure roller；
Into after outer impeller production area, the preceding glass-fiber-fabric on preceding glass-fiber-fabric emptying roller in the region is laid on exterior trim panel,
Slurry in the hopper of top is launched onto outer impeller automatically, another layer on preceding glass-fiber-fabric, slurry and rear glass-fiber-fabric emptying roller
Glass-fiber-fabric enters together by the pressure roller of the plastic film interlayer on plastic film emptying roller in the following, pusher push plate side automatic stocking, the rolling of pressure roller side
Pressure, plastic film winding roller side synchronize the plastic film of winding interlayer pressure roller；Into after lower heat preservation plate material filling region, heat preservation plate material takes automatically
Put device thermal insulation strip plate positioning is placed on outer impeller, impeller production area in through pressure roller rolling entering, in the region before
Preceding glass-fiber-fabric on glass-fiber-fabric emptying roller is laid on lower thermal insulation strip plate, and the slurry in upper part hopper is launched and arrives lower heat preservation automatically
On batten, the another layer of glass fiber fabric on preceding glass-fiber-fabric, slurry and rear glass-fiber-fabric emptying roller enters by plastic film emptying roller together
Plastic film interlayer pressure roller in the following, pusher push plate side automatic stocking, pressure roller side rolling, plastic film winding roller side synchronizes winding interlayer pressure
The plastic film of roller；Into after upper heat preservation plate material filling region, during thermal insulation strip plate positioning is placed on by heat preservation plate material automatic pick-and-place apparatus
It on impeller, is rolled through pressure roller and enters interior impeller production area, the preceding glass-fiber-fabric on preceding glass-fiber-fabric emptying roller in the region is laid
On upper thermal insulation strip plate, the slurry in upper part hopper is launched onto upper thermal insulation strip plate automatically, preceding glass-fiber-fabric, slurry and rear glass
Another layer of glass fiber fabric on fine cloth emptying roller enters the pressure roller by the plastic film interlayer on plastic film emptying roller in the following, pusher push plate together
Side automatic stocking, the rolling of pressure roller side, plastic film winding roller side synchronizes the plastic film of winding interlayer pressure roller；Into interior trim face production area
Afterwards, the facing pulp in the area top hopper is launched on interior impeller automatically, slurry and the glass on rear glass-fiber-fabric emptying roller
Plastic film on cloth and plastic film emptying roller enters pressure roller, pusher push plate side automatic stocking together, and pressure roller side rolls, and plastic film is pressed in decorations
On panel, so far plate forming；It is steam-cured that steam-cured area is brought by the lower belt of sprocket wheel chain plate conveyer and face attached to it, is steamed
After the completion of supporting, plastic film is furled by plastic film film collecting roller, and plank, which enters in synchronous cutting area, to be cut, and after cutting, can be obtained required
The combined wall board of the interior exterior finish of band of specification.
In actual application, various forms of lower belts, sizing belt, pressure roller, pusher push plate can be used in the present invention
To produce plank (facing combined wall board of such as both sides with notch, or the facing combined wall board with tongue and groove in the form of different structure
Deng).In the present invention：The lower belt is plane belt, either for the belt on intermediate convex surface or be the skin on both sides convex surface
Band, either for the belt on both sides convex surface and intermediate convex surface either for the belt on intermediate ladder-like convex surface or be both sides convex surface and
The belt on intermediate ladder-like convex surface.The sizing belt is plane belt, or is the belt with convex surface.The pressure roller is
The pressure roller of both ends concave surface, the pressure roller being either staggered for male and fomale(M＆F) for the pressure roller on both ends convex surface or are either both ends concave surface
And the pressure roller of intermediate concave surface, either for the pressure roller of intermediate concave surface either for both ends convex surface and intermediate convex surface pressure roller or be
Between convex surface pressure roller, either for the pressure roller on intermediate ladder-like convex surface or be both ends convex surface and intermediate ladder-like convex surface pressure roller.
The pusher push plate is pushing surface and bottom is the pusher push plate of plane or pushing surface is plane and bottom Intermediate Gray groove
Pusher push plate pushing surface be the pusher push plate with groove of plane and bottom both ends or pushing surface is plane and bottom
For the pusher push plate on both ends band groove, intermediate pusher push plate with groove or pushing surface to be among plane and bottom be convex surface,
Pushing surface be plane and pusher push plate that bottom both ends are convex surface or pushing surface be plane and bottom be both ends convex surface,
The pusher push plate pushing surface on intermediate convex surface is the pusher push plate with groove of wavy surface and bottom both ends or pushing surface is
Wavy surface and pusher push plate that bottom is plane or pushing surface are among wavy surface and bottom be convex surface pusher push plate.
Except above-mentioned points, the present invention can successively increase notch processing district, pre-buried at the synchronous cutting area rear of post processing zone
Notch processing unit (plant) is arranged in notch processing district, drilling equipment, stacking is arranged in built-in fitting bore area for part bore area, stacking area
Palletizing apparatus is set in area, these devices are conventional or achievable device, and operation principle and process are and the prior art
It is identical.In this way, facing combined wall board of the surrounding with notch can be made after entering notch processing district in combined wall board, or looked forward to for both sides
It is multiple that facing of the surrounding with built-in fitting with notch can be obtained into built-in fitting bore area in the facing combined wall board of mouth, both ends notch
Close wallboard, or be the both sides tongue and groove with built-in fitting, the facing combined wall board of both ends notch, into stacking area after can be achieved it is automatic
Stacking, it is final to be put in storage.
Advantageous effect possessed by the present invention is：
1, production system of the present invention can comprehensively utilize solid slag, turn waste into wealth, and turn bane into boon, and be conducive to give birth to
State civilization construction；
2, by setting gradually spraying interleaving agent area on transmission device, production district, steam-cured area, post processing zone can be to protecting
Warm building block or plank automated, intelligentized production, overcomes mold production technology because of the building standard width of a room in an old-style house, floor height, wall
Equipment funds caused by thickness change put into the problem left unused with large number of equipment again, while overcoming traditional expressing technique production
Finishing material cannot be directly used as exterior wall with production process high energy consumption and wallboard caused by wallboard one-pass molding during wallboard
The problems such as cannot be satisfied building energy conservation requirement improves the quality, production efficiency and building assembly rate of insulation blocks or plank,
Reduce building cost；
3, the present invention can also flexibly select different lower belts, sizing skin according to the different shape of plank, purposes
Band, pressure roller, pusher push plate etc., it is multiple to which facing equipped with built-in fitting of the surrounding with notch may be produced by set of system
The wallboard either facing combined wall board of facing combined wall board of the both sides with notch or both sides tongue and groove, both ends with notch is closed, or
Combined wall board of the person with tongue and groove, roof boarding, insulation blocks, heat insulation formwork and insulation and decoration integrated plate etc. save production capital,
Meet the needs of different clients, for traditional architecture industry tune structure, turns mode, industrialization upgrading with great positive effect.
Description of the drawings
Fig. 1 is the structural schematic diagram of embodiment one in the present invention；
Fig. 2 is the attachment structure schematic diagram of carrier bar and sprocket wheel chain mechanism；
Fig. 3 is the structural schematic diagram that belt gear links with sprocket wheel chain mechanism；
Fig. 4 is the structural schematic diagram in synchronous cutting area；
Fig. 5 is the structural schematic diagram of the lower belt on intermediate convex surface；
Fig. 6 is the structural schematic diagram of the lower belt on both sides convex surface；
Fig. 7 is the structural schematic diagram of the lower belt on both sides convex surface and intermediate ladder-like convex surface；
Fig. 8 is the A-A sectional views in Fig. 7；
Fig. 9 is the structural schematic diagram of the lower belt on intermediate ladder-like convex surface；
Figure 10 is the structural schematic diagram of the sizing belt with convex surface；
Figure 11 is the structural schematic diagram of the pressure roller of both ends concave surface；
Figure 12 is the structural schematic diagram for the pressure roller that male and fomale(M＆F) is staggered；
Figure 13 is the structural schematic diagram of the pressure roller on both ends convex surface；
Figure 14 is the structural schematic diagram of the pressure roller of both ends concave surface and intermediate concave surface；
Figure 15 is the structural schematic diagram of the pressure roller of intermediate concave surface；
Figure 16 is the structural schematic diagram of the pressure roller on both ends convex surface and intermediate convex surface；
Figure 17 is the structural schematic diagram of the pressure roller on intermediate convex surface；
Figure 18 is the structural schematic diagram of the pressure roller on both ends convex surface and intermediate ladder-like convex surface；
Figure 19 is the structural schematic diagram of the pressure roller on intermediate ladder-like convex surface；
Figure 20 be pushing surface and bottom be plane pusher push plate structural schematic diagram；
Figure 21 is the structural schematic diagram that pushing surface is plane and the pusher push plate with groove of bottom centre；
Figure 22 is the structural schematic diagram that pushing surface is the pusher push plate with groove of plane and bottom both ends；
Figure 23 is that pushing surface is plane and bottom is structural schematic diagram of the both ends with groove, intermediate pusher push plate with groove；
Figure 24 is the structural schematic diagram of the pusher push plate on pushing surface to be among plane and bottom be convex surface；
Figure 25 is the structural schematic diagram for the pusher push plate that pushing surface is plane and bottom is both ends convex surface, intermediate convex surface；
Figure 26 is the structural schematic diagram that pushing surface is the pusher push plate with groove of wavy surface and bottom both ends；
Figure 27 is the B-B sectional views in Figure 26；
Figure 28 is the structural schematic diagram for the pusher push plate that pushing surface is wavy surface and bottom is plane；
Figure 29 is the structural schematic diagram of the pusher push plate on pushing surface to be among wavy surface and bottom be convex surface；
Figure 30 is the structural schematic diagram that pushing surface is plane and pusher push plate that bottom both ends are convex surface；
Figure 31 is the structural schematic diagram of the lower belt on both sides convex surface and intermediate convex surface.
In figure：1, bracket；2, driven sprocket；3, carrier bar；4, lower belt；5, spraying interleaving agent area；6, interleaving agent is sprayed
Device；7, exterior finish production area；8, preceding glass-fiber-fabric emptying roller；9, top hopper；10, plastic film emptying roller；11, plastic film；12, it moulds
Film winding roller；13, sizing belt；14, pusher push plate；15, lower support structure；16, pressure roller；17, outer impeller production area；18、
Heat preservation plate material automatic pick-and-place apparatus；19, lower heat preservation plate material filling region；20, middle impeller production area；21, upper heat preservation plate material is filled out
Fill region；22, interior impeller production area；23, interior trim face production area；24, steam-cured proparea；25, drive sprocket；26, fixed to roll
Roller；27, steam-cured back zone；28, post processing zone；29, plastic film film collecting roller；30, accessary sprocket wheel；31, sprocket shaft；32, chain；33, it drives
Sprocket wheel；34, head sprocket；35, the second conical gear；36, the first conical gear；37, rolling axle；38, drive roll；39, driven voller；
40, rolling roller is moved；41, saw disc in cutter device is indulged；42, saw disc shaft；43, motion bar；44, lifting cylinder；45, supporting rack；
46, length sawing frame；47, elevating mechanism；48, pressing plate thick stick；49, saw disc in cross cutting apparatus；50, hollow shaft；51, jack saw frame；52, horizontal
The saw pedestal of cutter device；53, guide rail is cut；54, single air inlet cylinder；55, the saw pedestal of cutter device is indulged；56, the wide adjustment of plate
Guide rail；57, rear glass-fiber-fabric emptying roller.
Specific implementation mode
The embodiment of the present invention is described further below in conjunction with the accompanying drawings：
Embodiment one：
As shown in Figs 1-4, it includes from front to back to manufacture the production system of insulation blocks or combined wall board using solid slag
Spraying interleaving agent area 5, production district, steam-cured area, post processing zone 28 and the transmission device through each area set gradually；
Transmission device includes sprocket wheel chain plate conveyer and lower belt 4, and sprocket wheel chain plate conveyer includes drive sprocket
25, carrier bar 3 and driven sprocket 2, drive sprocket 25 and driven sprocket 2 are mounted on the fixed bracket in position 1, drive sprocket 25 by
Driving device drives, and driven sprocket 2 is linked by carrier bar 3 and drive sprocket 25, and lower belt 4 invests the periphery of carrier bar 3；
Spray setting spraying interleaving agent device 6 in interleaving agent area 5；
Spraying interleaving agent area 5 and the both sides of production district are equipped with the shaping mechanism perpendicular to carrier bar 3, and shaping mechanism uses
Belt gear, the belt in belt gear are sizing belt 13, the lower belt of shape belt 13 and 3 periphery of carrier bar
4 synchronize, and specific implementation is as follows：The driven voller 39 of belt gear is linked by belt 13 of shaping with drive roll 38,
Drive roll 38 is linked by the accessary sprocket wheel 30 of conical gear drive and sprocket wheel chain mechanism, and conical gear drive includes
36 and second conical gear 35 of intermeshing first conical gear, sprocket wheel chain mechanism include chain 32 and by chain 32
The head sprocket 34 of linkage, accessary sprocket wheel 30, the first conical gear 36 be mounted on drive roll 38 rolling axle 37 on and with drive roll 38
It rotates coaxially, the second conical gear 35 is mounted on the sprocket shaft 31 of accessary sprocket wheel 30 and is rotated coaxially with accessary sprocket wheel 30, head sprocket
34 rotate coaxially with drive sprocket 33, and drive sprocket 33 is engaged with the carrier bar 3 in sprocket wheel chain plate conveyer, final to realize sizing
The synchronous operation of belt 13 and transmission device intermediate plate 3 and lower belt 4.
Along the direction of transfer of transmission device, production district successively include exterior finish production area 7, outer impeller production area 17,
Lower heat preservation plate material filling region 19, middle impeller production area 20, upper heat preservation plate material filling region 21, interior 22 and of impeller production area
Interior trim face production area 23；Glass-fiber-fabric emptying roller 8, top hopper 9, plastic film before being sequentially arranged in exterior finish production area 7
Emptying roller 10, pressure roller 16 and plastic film winding roller 12；Outer impeller production area 17, middle impeller production area 20 and interior impeller production district
Preceding glass-fiber-fabric emptying roller 8, top hopper 9, rear glass-fiber-fabric emptying roller 57, plastic film emptying roller 10, pressure have been sequentially arranged in domain 22
Roller 16 and plastic film winding roller 12；Top hopper 9, rear glass-fiber-fabric emptying roller 57, modeling have been sequentially arranged in interior trim face production area 23
Film emptying roller 10 and pressure roller 16；
16 front of each pressure roller is respectively provided with the pusher push plate 14 that can be moved forward and backward, and corresponding each pressure roller 16 is distinguished on bracket 1
Lower support structure 15 is set, and the lower support structure 15 in the present embodiment uses carrying roller, carrying roller to be fixed on bracket 1.
It is both provided with heat preservation plate material automatic clamping and placing in lower heat preservation plate material filling region 19 and upper heat preservation plate material filling region 21
Device 18.
Steam-cured area includes the steam-cured proparea 24 being sequentially arranged and steam-cured back zone 27；Steam-cured proparea 24, steam-cured back zone 27 are wrapped
Include steam-cured chamber and positioned at the indoor electric heater unit of steam-cured chamber, temperature sensor, electric heater unit, temperature sensor connection control
System processed；It also is provided with the shaping mechanism perpendicular to carrier bar 3 in the both sides in steam-cured proparea 24, shaping mechanism also uses belt drive
Structure, the sizing belt 13 of belt gear in the steam-cured proparea 24 side wall of steam-cured chamber and with the lower part of 3 periphery of carrier bar
Belt 4 synchronizes.
Transmission device further include it is several determine rolling roller 26, determine rolling roller 26 and be correspondingly arranged at steam-cured back zone 27, with sprocket wheel
The upper transport face of chain plate conveyer is located in same level；Determine rolling roller 26 to be mounted on bracket 1 by central shaft.
Steam-cured area rear is equipped with plastic film film collecting roller 29.
Wherein, post processing zone 28 includes synchronous cutting area, notch processing district, built-in fitting bore area and stacking area successively.
It is provided with length sawing frame 46 in synchronous cutting area, vertical cutter device, single air inlet cylinder 54, jack saw frame 51, crosscutting cuts dress
It sets and dust-extraction unit.
Rolling roller 40 is moved in the setting of 46 upper end of length sawing frame, moves rolling roller 40 and is mounted on length sawing frame 46 by central shaft,
It is located in same level with the upper transport face of sprocket wheel chain plate conveyer；One or more groups of longitudinal sectional cut is fixed on length sawing frame 46
Device, it includes sawing pedestal, lifting cylinder 44, motion bar 43, supporting rack 45, saw disc shaft 42 and saw disc to indulge cutter device, longitudinal sectional
The saw pedestal 55 for cutting device is fixed on length sawing frame 46, and supporting rack 45 is fixed on saw pedestal, one end of motion bar 43 and support
Frame 45 is hinged, and the cylinder body and saw pedestal of lifting cylinder 44 are hinged, and cylinder rod top and 43 middle part of motion bar are hinged, motion bar 43
Hollow shaft 50 is arranged in the other end, and hollow shaft 50 is assemblied in by bearing in saw disc shaft 42, and saw disc 41 cuts in vertical cutter device
The direction of transfer for cutting direction and transmission device is consistent；The saw pedestal 55 of corresponding vertical cutter device is arranged in synchronous cutting area
The saw pedestal 55 of the wide adjustment guide rail 56 of plate, vertical cutter device each in this way can walk along the wide adjustment guide rail 56 of plate and its direction of travel hangs down
Directly in the direction of transfer of transmission device.Depending on the width of plank is by vertical cutter device cutting.
51 upper end of jack saw frame is also provided with dynamic rolling roller 40, moves rolling roller 40 and is mounted on jack saw frame 51 by central shaft,
The upper transport face of itself and sprocket wheel chain plate conveyer is located in same level；On jack saw frame 51, the top of rolling roller 40 is moved
Equipped with pressing plate thick stick 48, pressing plate thick stick 48 generates upper and lower displacement under the drive of elevating mechanism 47, and jack saw frame 51 connects single air inlet cylinder 54,
The direction of transfer of its direction of travel and transmission device is consistent；Cross cutting apparatus includes saw pedestal, lifting cylinder 44, motion bar
43, cutting guide rail is arranged in the saw pedestal 52 of supporting rack 45, saw disc shaft 42 and saw disc, corresponding cross cutting apparatus in jack saw frame 51
53, which is moved along cutting guide rail 53 and moving direction is vertical with the direction of transfer of transmission device, and supporting rack 45 is fixed on
It saws on pedestal, one end of motion bar 43 and supporting rack 45 are hinged, and the cylinder body and saw pedestal of lifting cylinder 44 are hinged, cylinder rod top
Hinged with 43 middle part of motion bar, hollow shaft 50 is arranged in the other end of motion bar 43, and hollow shaft 50 is assemblied in saw disc by bearing and turns
On axis 42, monolithic or the multi-disc saw disc that is mutually parallel be installed in saw disc shaft 42, the cutting side of saw disc 49 in cross cutting apparatus
To the direction of transfer perpendicular to transmission device.Depending on the length of plank is cut by cross cutting apparatus.In the present embodiment, jack saw frame 51
On lifting cylinder 44 be arranged two groups, monolithic saw disc is installed, for cutting combined wall board in the saw disc shaft 42 of one of which；Separately
Multi-disc saw disc is installed in one group of saw disc shaft 42, can be used for cutting building block.
In the present embodiment, spraying interleaving agent area 5, exterior finish production area 7, outer impeller production area 17, lower heat preservation plate material
In filling region 19 both sides sizing belt 13 be plane belt, middle impeller production area 20, upper heat preservation plate material filling region 21,
Both sides sizing belt 13 in interior impeller production area 22, interior trim face production area 23, steam-cured proparea 24 is the belt with convex surface
(as shown in Figure 10) is attached to belt that the lower belt 4 on carrier bar 3 is both sides convex surface and intermediate ladder-like convex surface (such as Fig. 7-8 institutes
Show) either the belt (as shown in Figure 5) or both sides on the belt (as shown in Figure 9) on intermediate ladder-like convex surface or intermediate convex surface are convex
The belt (as shown in figure 31) in face and intermediate convex surface；Pressure roller 16 in exterior finish production area 7, outer impeller production area 17 is two
The pressure roller (as shown in figure 14) of concave surface and intermediate concave surface is held, or is the pressure roller (as shown in figure 15) of intermediate concave surface, lower thermal insulation board
Pressure roller 16 in material filling region 19 is the pressure roller (as shown in figure 12) that male and fomale(M＆F) is staggered, in middle impeller production area 20
Pressure roller 16 is the pressure roller (as shown in figure 11) of both ends concave surface, and the pressure roller 16 in upper heat preservation plate material filling region 21 interlocks for male and fomale(M＆F)
The pressure roller (as shown in figure 12) of setting, the pressure roller 16 in interior impeller production area 22 are the pressure roller on both ends convex surface and intermediate convex surface
(as shown in figure 16), or be the pressure roller (as shown in figure 17) on intermediate convex surface, the pressure roller 16 in interior trim face production area 23 is two
The pressure roller (as shown in figure 18) on convex surface and intermediate ladder-like convex surface or the pressure roller (as shown in figure 19) on intermediate ladder-like convex surface are held, or
Person is the pressure roller (as shown in figure 16) on both ends convex surface and intermediate convex surface.In exterior finish production area 7, outer impeller production area 17
Pusher push plate 14 is that pushing surface is plane and bottom centre pusher push plate (as shown in figure 21) with groove or pushing surface is plane
And bottom is both ends band groove, intermediate pusher push plate (as shown in figure 23) with groove, the pusher in middle impeller production area 20
Push plate 14 is that pushing surface is wavy surface and bottom both ends pusher push plate (as shown in figs. 26-27) with groove, interior impeller production area
Pusher push plate 14 in 22 is the pusher push plate (as shown in figure 29) on pushing surface to be among wavy surface and bottom be convex surface, and interior trim is looked unfamiliar
Pusher push plate 14 in producing region domain 23 be pushing surface to be among plane and bottom be convex surface pusher push plate (as shown in figure 24) or
The pusher push plate (as shown in figure 25) that for pushing surface be plane and bottom is both ends convex surface, intermediate convex surface.
The concrete operating principle and process of the present embodiment are as follows：
The present invention with bracket 1, transmission device and its to be attached to lower belt 4 above the carrier bar 3 of transmission device, both sides fixed
Type belt 13 is the carrier for producing combined wall board, in production process, first through spraying the spraying interleaving agent device 6 in interleaving agent area 5
Interleaving agent is sprayed on lower belt 4, the glass-fiber-fabric on preceding glass-fiber-fabric emptying roller 8 in exterior finish production area 7 is laid in
It is sprayed on the lower belt 4 of interleaving agent, upper part hopper 9 launches facing pulp on glass-fiber-fabric automatically, slurry and glass-fiber-fabric
Enter the pressure roller 16 by 11 interlayer of plastic film on plastic film emptying roller 10,14 side automatic stocking of pusher push plate, the rolling of 16 side of pressure roller together
Pressure, 12 side of plastic film winding roller synchronize the plastic film 11 of winding interlayer pressure roller 16；Into after outer impeller production area 17, in the region
Preceding glass-fiber-fabric on preceding glass-fiber-fabric emptying roller 8 is laid on exterior trim panel, and the slurry in upper part hopper 9 is launched and arrives preceding glass automatically
On fine cloth, the another layer of glass fiber fabric on preceding glass-fiber-fabric, slurry and rear glass-fiber-fabric emptying roller 57 enters by plastic film emptying roller together
The pressure roller 16 of 11 interlayer of plastic film on 10,14 side automatic stocking of pusher push plate, the rolling of 16 side of pressure roller, 12 side of plastic film winding roller synchronizes
Wind the plastic film 11 of interlayer pressure roller 16；Into after lower heat preservation plate material filling region 19, heat preservation plate material automatic pick-and-place apparatus 18 will be protected
Warm batten positioning is placed on outer impeller, impeller production area 20 in entering through the rolling of pressure roller 16, the preceding glass-fiber-fabric in the region
Preceding glass-fiber-fabric on emptying roller 8 is laid on lower thermal insulation strip plate, and the slurry in upper part hopper 9 is launched and arrives preceding glass-fiber-fabric automatically
On, slurry enters by 11 interlayer of plastic film on plastic film emptying roller 10 together with the another layer of glass fiber fabric on rear glass-fiber-fabric emptying roller 57
Pressure roller 16,14 side automatic stocking of pusher push plate, the rolling of 16 side of pressure roller, 12 side of plastic film winding roller synchronizes winding interlayer pressure roller 16
Plastic film 11；Into after upper heat preservation plate material filling region 21, thermal insulation strip plate positioning is placed on by heat preservation plate material automatic pick-and-place apparatus 18
On middle impeller, is rolled through pressure roller 16 and enter interior impeller production area 22, the preceding glass on preceding glass-fiber-fabric emptying roller 8 in the region
Cloth is laid on interior impeller, and the slurry in upper part hopper 9 is launched onto preceding glass-fiber-fabric automatically, slurry and rear glass-fiber-fabric emptying roller
Another layer of glass fiber fabric on 57 enters the pressure roller 16 by 11 interlayer of plastic film on plastic film emptying roller 10 together, and 14 side of pusher push plate is certainly
Dynamic pusher, the rolling of 16 side of pressure roller, 12 side of plastic film winding roller synchronize the plastic film 11 of winding interlayer pressure roller 16；It looks unfamiliar producing region into interior trim
Behind domain 23, the facing pulp in the area top hopper 9 is launched on interior impeller automatically, on slurry and rear glass-fiber-fabric emptying roller 57
Glass-fiber-fabric and plastic film emptying roller 10 on plastic film 11 together enter pressure roller 16,14 side automatic stocking of pusher push plate, pressure roller 16
Side rolls, and plastic film 11 is pressed on decoration panel, so far plate forming；By sprocket wheel chain plate conveyer and the lower part skin in face attached to it
Band 4 brings that steam-cured area is steam-cured, and after the completion of steam-cured, plastic film 11 is furled by plastic film film collecting roller 29 into, plank enter in synchronous cutting area into
Row cutting, can be obtained the combined wall board of the interior exterior finish of band of required specification after cutting.
Face is all fluted up and down for the plank produced through this embodiment, and panel having the groove passes through synchronous cutting area
When, cut by the center line of cast-cutting saw vertically groove, obtain two pieces of one side are fluted, in the band with tongue and groove of another side protrusion
Exterior finish combined wall board or roof boarding (this shape wallboard can both do wallboard, can also do roof boarding).Through notch processing district notch,
The interior exterior finish combined wall board of both ends notch, both sides tongue and groove can be obtained.
Embodiment two：
The production system is roughly the same with the structure of embodiment one and the production technique of plank, the difference is that：Spray
Both sides sizing in separant coating area 5, exterior finish production area 7, outer impeller production area 17, lower heat preservation plate material filling region 19
Belt 13 is plane belt, middle impeller production area 20, upper heat preservation plate material filling region 21, interior impeller production area 22, interior trim
Face production area 23, steam-cured proparea 24 both sides sizing belt 13 be the belt (as shown in Figure 10) with convex surface, be attached on carrier bar 3
Lower belt 4 be both sides convex surface belt (as shown in Figure 6), or be plane belt, exterior finish production area 7, outer impeller
Pressure roller 16 in production area 17 is the pressure roller (as shown in figure 11) of both ends concave surface, or is straight roll, lower heat preservation plate material filling
Pressure roller 16 in region 19 is the pressure roller (as shown in figure 12) that male and fomale(M＆F) is staggered, the pressure roller 16 in middle impeller production area 20
For the pressure roller (as shown in figure 11) of both ends concave surface, the pressure roller 16 in upper heat preservation plate material filling region 21 is what male and fomale(M＆F) was staggered
Pressure roller (as shown in figure 12), the pressure roller 16 in interior impeller production area 22 are the pressure roller (as shown in figure 13) on both ends convex surface or are
Straight roll, the pressure roller 16 in interior trim face production area 23 are straight roll.In exterior finish production area 7, outer impeller production area 17
Pusher push plate 14 be pushing surface and bottom be plane pusher push plate (as shown in figure 20) or pushing surface be plane and bottom
Both ends pusher push plate (as shown in figure 22) with groove, the pusher push plate 14 in middle impeller production area 20 are that pushing surface is wavy surface
And bottom both ends pusher push plate (as shown in figs. 26-27) with groove, the pusher push plate 14 in interior impeller production area 22 is to push away
The pusher push plate (as shown in figure 28) that face is wavy surface and bottom is plane, the pusher push plate 14 in interior trim face production area 23 are
Pushing surface and bottom are the pusher push plate (as shown in figure 20) of plane.
The combined wall board that the interior exterior finish of band of the both sides with notch can be produced through this embodiment processes slot processed through notch area
Mouth, the processing of built-in fitting bore area, can obtain the facing combined wall board that the surrounding with built-in fitting is notch.
Embodiment three：
The production system is roughly the same with the structure of embodiment two and the production technique of plank, the difference is that：It is raw
Without interior trim face production area 23 in producing region；Spray interleaving agent area 5, exterior finish production area 7, outer impeller production area 17, lower guarantor
The both sides sizing belt 13 of warm plank filling region 19 is plane belt, middle impeller production area 20, upper heat preservation plate material fill area
Domain 21, interior impeller production area 22, steam-cured proparea 24 both sides sizing belt 13 be the belt (as shown in Figure 10) with convex surface, it is attached
Lower belt 4 on carrier bar 3 is the belt (as shown in Figure 6) on both sides convex surface, or is plane belt, exterior finish production area
7, the pressure roller 16 in outer impeller production area 17 is the pressure roller (as shown in figure 11) of both ends concave surface, or is straight roll, lower heat preservation
Pressure roller 16 in plank filling region 19 is the pressure roller (as shown in figure 12) that male and fomale(M＆F) is staggered, in middle impeller production area 20
Pressure roller 16 be both ends concave surface pressure roller (as shown in figure 11), the pressure roller 16 in upper heat preservation plate material filling region 21 is male and fomale(M＆F) friendship
The pressure roller (as shown in figure 12) of mistake setting, the pressure roller 16 in interior impeller production area 22 are straight roll.Exterior finish production area 7,
Pusher push plate 14 in outer impeller production area 17 is pushing surface and bottom is the pusher push plate (as shown in figure 20) of plane, or
Be pushing surface it is plane and bottom both ends pusher push plate (as shown in figure 22) with groove, the pusher in middle impeller production area 20 pushes away
Plate 14 is that pushing surface is wavy surface and bottom both ends pusher push plate (as shown in figs. 26-27) with groove, interior impeller production area 22
In pusher push plate 14 be pushing surface is wavy surface and bottom is plane pusher push plate (as shown in figure 28) or pushing surface and bottom
Portion is the pusher push plate (as shown in figure 20) of plane.
Combined wall board with exterior finish of the both sides with notch can be produced through this embodiment, through notch area process notch processed,
Built-in fitting bore area processes, and can obtain the exterior finish combined wall board that the surrounding with built-in fitting is notch.
Example IV：
The production system is roughly the same with the structure of embodiment three and the production technique of plank, the difference is that：Spray
Both sides sizing in separant coating area 5, exterior finish production area 7, outer impeller production area 17, lower heat preservation plate material filling region 19
Belt 13 is plane belt, middle impeller production area 20, upper heat preservation plate material filling region 21, interior impeller production area 22, steam-cured
Both sides sizing belt 13 in proparea 24 is the belt (as shown in Figure 10) with convex surface, and the lower belt 4 being attached on carrier bar 3 is two
The belt (as Figure 7-8) on side convex surface and intermediate ladder-like convex surface, or the ladder-like convex surface in centre belt (such as Fig. 9 institutes
Show), the either belt (as shown in figure 31) on the belt (as shown in Figure 5) on intermediate convex surface or both sides convex surface and centre convex surface；Outside
Pressure roller 16 in facing production area 7, outer impeller production area 17 is the pressure roller of both ends concave surface and intermediate concave surface (such as Figure 14 institutes
Show), or be the pressure roller (as shown in figure 15) of intermediate concave surface, the pressure roller 16 in lower heat preservation plate material filling region 19 is handed over for male and fomale(M＆F)
The pressure roller (as shown in figure 12) of mistake setting, pressure roller 16 in middle impeller production area 20 for both ends concave surface pressure roller (such as Figure 11 institutes
Show), the pressure roller 16 in upper heat preservation plate material filling region 21 is the pressure roller (as shown in figure 12) that male and fomale(M＆F) is staggered, and interior impeller is given birth to
Pressure roller 16 in producing region domain 22 is the pressure roller (as shown in figure 18) on both ends convex surface and intermediate ladder-like convex surface, or intermediate ladder-like
The pressure roller (as shown in figure 19) on convex surface, the either pressure roller (as shown in figure 17) on intermediate convex surface or both ends convex surface and centre convex surface
Pressure roller (as shown in figure 16).It is flat that pusher push plate 14 in 7 domestic and abroad impeller production area 17 of exterior finish production area, which is pushing surface,
Face and bottom are that both ends band groove, intermediate pusher push plate (as shown in figure 23) with groove or pushing surface are in plane and bottom
Between pusher push plate (as shown in figure 21) with groove, the pusher push plate 14 in middle impeller production area 20 be pushing surface be wavy surface and
Bottom both ends pusher push plate (as shown in figs. 26-27) with groove, the pusher push plate 14 in interior impeller production area 22 is pushing surface
Pusher push plate (as shown in figure 29) or pushing surface among wavy surface and bottom to be convex surface be among plane and bottom are convex surface
Pusher push plate (as shown in figure 24).
The plank produced through this embodiment up and down, left and right face it is all fluted, panel having the groove passes through synchronous cutting
Qu Shi is cut by the center line of cast-cutting saw vertically groove, obtain two pieces of one side are fluted, another side protrusion it is outer with tongue and groove
Facing combined wall board or roof boarding (this shape wallboard can both do wallboard, can also do roof boarding).It, can through notch processing district notch
Obtain the exterior finish combined wall board of both ends notch, both sides tongue and groove.
Embodiment five：
The production system is roughly the same with the structure of embodiment one and the production technique of plank, the difference is that：It is raw
Without exterior finish production area 7 and interior trim face production area 23 in producing region, i.e., production district include successively outer impeller production area 17, under
Heat preservation plate material filling region 19, middle impeller production area 20, upper heat preservation plate material filling region 21 and interior impeller production area 22, and
The end of interior impeller production area 22 is without being arranged plastic film winding roller 12；Spray interleaving agent area 5, outer impeller production area 17, under
Both sides sizing belt 13 in heat preservation plate material filling region 19 is plane belt, and middle impeller production area 20, upper heat preservation plate material are filled out
The both sides sizing belt 13 filled in region 21, interior impeller production area 22, steam-cured proparea 24 is the belt with convex surface (such as Figure 10 institutes
Show), the lower belt 4 being attached on carrier bar 3 is the belt (as shown in Figure 6) on both sides convex surface, or is plane belt, outer impeller life
Pressure roller 16 in producing region domain 17 is the pressure roller (as shown in figure 11) of both ends concave surface, or is straight roll, lower heat preservation plate material fill area
Pressure roller 16 in domain 19 is the pressure roller (as shown in figure 12) that male and fomale(M＆F) is staggered, and the pressure roller 16 in middle impeller production area 20 is
The pressure roller (as shown in figure 11) of both ends concave surface, the pressure roller 16 in upper heat preservation plate material filling region 21 are the pressure that male and fomale(M＆F) is staggered
Roller (as shown in figure 12), the pressure roller 16 in interior impeller production area 22 are straight roll.Pusher in outer impeller production area 17 pushes away
Plate 14 is pushing surface and bottom is the pusher push plate (as shown in figure 20) of plane or pushing surface is plane and bottom both ends band is recessed
The pusher push plate (as shown in figure 22) of slot, the pusher push plate 14 in middle impeller production area 20 are that pushing surface is wavy surface and bottom two
It is that pushing surface is wave to hold pusher push plate (as shown in figs. 26-27) with groove, the pusher push plate 14 in interior impeller production area 22
Face and bottom be plane pusher push plate (as shown in figure 28) or pushing surface and bottom be plane pusher push plate (such as Figure 20
It is shown).
Combined wall board without interior exterior finish of the both sides with notch can be produced through this embodiment, and slot processed is processed through notch area
Mouthful, the processing of built-in fitting bore area, it is notch without interior exterior finish combined wall board that can obtain the surrounding with built-in fitting.
Embodiment six：
The production system is roughly the same with the structure of embodiment five and the production technique of plank, the difference is that：Spray
Both sides sizing belt 13 in separant coating area 5, outer impeller production area 17, lower heat preservation plate material filling region 19 is plane skin
Band, the both sides in middle impeller production area 20, upper heat preservation plate material filling region 21, interior impeller production area 22, steam-cured proparea 24
Sizing belt 13 is the belt (as shown in Figure 10) with convex surface, and the lower belt 4 being attached on carrier bar 3 is both sides convex surface and scala media
The belt (as Figure 7-8) on scalariform convex surface, either for the belt (as shown in Figure 9) on intermediate ladder-like convex surface or be centre
The belt (as shown in Figure 5) on convex surface, or the belt (as shown in figure 31) for both sides convex surface and intermediate convex surface；It is produced in outer impeller
Pressure roller 16 in region 17 is the pressure roller (as shown in figure 14) of both ends concave surface and intermediate concave surface, or the pressure roller for intermediate concave surface
(as shown in figure 15), the pressure roller that the pressure roller 16 in lower heat preservation plate material filling region 19 is staggered for male and fomale(M＆F) is (such as Figure 12 institutes
Show), the pressure roller 16 in middle impeller production area 20 is the pressure roller (as shown in figure 11) of both ends concave surface, upper heat preservation plate material filling region
Pressure roller 16 in 21 is the pressure roller (as shown in figure 12) that male and fomale(M＆F) is staggered, and the pressure roller 16 in interior impeller production area 22 is two
Hold the pressure roller (as shown in figure 18) on convex surface and intermediate ladder-like convex surface, or for the ladder-like convex surface in centre pressure roller (such as Figure 19 institutes
Show), either for the pressure roller (as shown in figure 17) on intermediate convex surface or be the pressure roller on both ends convex surface and intermediate convex surface (such as Figure 16 institutes
Show).Pusher push plate 14 in outer impeller production area 17 is that pushing surface is pusher push plate (such as figure with groove among plane and bottom
Shown in 21) or pushing surface is plane and bottom is both ends band groove, intermediate pusher push plate (as shown in figure 23) with groove,
Pusher push plate 14 in middle impeller production area 20 is that pushing surface is that the pusher push plate with groove of wavy surface and bottom both ends (is such as schemed
Shown in 26-27), the pusher push plate 14 in interior impeller production area 22 is the pusher on pushing surface to be among wavy surface and bottom be convex surface
Push plate (as shown in figure 29) or pushing surface are among plane and bottom be convex surface pusher push plate (as shown in figure 24).
The plank produced through this embodiment up and down, left and right face it is all fluted, panel having the groove passes through synchronous cutting
Qu Shi is cut by the center line of cast-cutting saw vertically groove, obtain two pieces of one side are fluted, another side protrusion with tongue and groove not
Decorative surface combined wall board or roof boarding (note：This shape wallboard can both do wallboard, can also do roof boarding).Through notch processing district system
The not decorative surface combined wall board of both ends notch, both sides tongue and groove can be obtained in notch.
Embodiment seven：
The production system is roughly the same with the structure of embodiment five and the production technique of plank, the difference is that：Spray
Separant coating area 5, outer impeller production area 17, lower heat preservation plate material filling region 19, middle impeller production area 20, upper heat preservation plate material
Both sides sizing belt 13 in filling region 21, interior impeller production area 22, steam-cured proparea 24 is plane belt, is attached to carrier bar
Lower belt 4 on 3 is the belt (as shown in Figure 6) on both sides convex surface, or is plane belt；In outer impeller production area 17
Pressure roller 16 is the pressure roller (as shown in figure 11) of both ends concave surface, or is straight roll, the pressure roller in lower heat preservation plate material filling region 19
16 pressure rollers (as shown in figure 12) being staggered for male and fomale(M＆F), the pressure roller 16 in middle impeller production area 20 are both ends concave surface
Pressure roller (as shown in figure 11), the pressure roller 16 in upper heat preservation plate material filling region 21 are pressure roller (such as Figure 12 that male and fomale(M＆F) is staggered
It is shown), the pressure roller 16 in interior impeller production area 22 is straight roll.Pusher push plate 14 in outer impeller production area 17 is to push away
Face and bottom are the pusher push plate (as shown in figure 20) of plane or pushing surface is plane and bottom both ends pusher with groove
Push plate (as shown in figure 22), the pusher push plate 14 in middle impeller production area 20 are that pushing surface is wavy surface and bottom both ends band groove
Pusher push plate (as shown in figs. 26-27), the pusher push plate 14 in interior impeller production area 22 is that pushing surface is wavy surface and bottom
It is the pusher push plate (as shown in figure 20) of plane for the pusher push plate (as shown in figure 28) of plane or pushing surface and bottom.
Insulation blocks can be obtained by the cutting of synchronous cutting area in the plank produced through this embodiment.
Embodiment eight：
The production system is roughly the same with the structure of embodiment one and the production technique of plank, the difference is that：It is raw
Without exterior finish production area 7, middle impeller production area 20, upper heat preservation plate material filling region 21, interior impeller production area in producing region
22 and interior trim face production area 23 (i.e. production district successively include outer impeller production area 17 and lower heat preservation plate material filling region
19), 27 rear of steam-cured back zone is without being arranged plastic film film collecting roller 29.Meanwhile spray interleaving agent area 5, outer impeller production area 17,
Both sides sizing belt 13 in lower heat preservation plate material filling region 19, steam-cured proparea 24 is plane belt；It is attached to 3 conveyer belt of carrier bar
On lower belt 4 be both sides convex surface belt (as shown in Figure 6), or be plane belt.In outer impeller production area 17
Pressure roller 16 is straight roll, and the pressure roller 16 in lower heat preservation plate material filling region 19 is pressure roller (such as Figure 12 that male and fomale(M＆F) is staggered
It is shown), or be straight roll.Pusher push plate 14 in outer impeller production area 17 is pushing surface and bottom is that the pusher of plane pushes away
Plate (as shown in figure 20).
The heat insulation integrated of required size can be obtained by the cutting of synchronous cutting area in the plank produced through this embodiment
Plate.
Embodiment nine：
The production system is roughly the same with the structure of embodiment one and the production technique of plank, the difference is that：It is raw
Impeller production area 20, upper heat preservation plate material filling region 21, interior impeller production area 22 and interior trim are looked unfamiliar producing region without in producing region
Domain 23 (includes exterior finish production area 7, outer impeller production area 17 and lower heat preservation plate material filling region successively i.e. in production district
19), 27 rear of steam-cured back zone is without being arranged plastic film film collecting roller 29.Meanwhile spray interleaving agent area 5, outer impeller production area 17, under
Both sides sizing belt 13 in heat preservation plate material filling region 19, steam-cured proparea 24 is plane belt；It is attached on 3 conveyer belt of carrier bar
Lower belt 4 be both sides convex surface belt (as shown in Figure 6), or be plane belt.Exterior finish production area 7, outer impeller
Pressure roller 16 in production area 17 is straight roll, and the pressure roller 16 in lower heat preservation plate material filling region 19 is staggered for male and fomale(M＆F)
Pressure roller (as shown in figure 12), or be straight roll.Pusher push plate in exterior finish production area 7, outer impeller production area 17
14 be pushing surface and bottom is the pusher push plate (as shown in figure 20) of plane.
The ornamental surface heat insulation one of required size can be obtained by the cutting of synchronous cutting area for the plank produced through this embodiment
Body plate.
Embodiment ten：
The production system is roughly the same with the structure of embodiment one and the production technique of plank, the difference is that：It is raw
Without exterior finish production district, upper heat preservation plate material filling region 21, interior impeller production area 22 and interior trim face production area 23 in producing region
(including outer impeller production area 17, lower heat preservation plate material filling region 19 and middle impeller production area 20 successively i.e. in production district),
And the end of middle impeller production area 20 is without being arranged plastic film winding roller 12.Meanwhile spraying interleaving agent area 5, outer impeller production district
Both sides sizing belt 13 in domain 17, lower heat preservation plate material filling region 19, middle impeller production area 20, steam-cured proparea 24 is flat
Musculus cutaneus band；The lower belt 4 being attached on 3 conveyer belt of carrier bar is the belt (as shown in Figure 6) on both sides convex surface, or is plane skin
Band.Pressure roller 16 in outer impeller production area 17 is straight roll, and the pressure roller 16 in lower heat preservation plate material filling region 19 is male and fomale(M＆F)
The pressure roller (as shown in figure 12) being staggered, or be straight roll, the pressure roller in middle impeller production area is straight roll.Outer impeller
Pusher push plate 14 in production area 17 is pushing surface and bottom is the pusher push plate (as shown in figure 20) of plane；Middle impeller production
Pusher push plate 14 in area is pushing surface and bottom is the pusher push plate (as shown in figure 20) of plane.
The heat insulation formwork of required size can be obtained by the cutting of synchronous cutting area for the plank produced through this embodiment.
Claims (15)
1. a kind of production system manufacturing insulation blocks or combined wall board using solid slag, it is characterised in that：Including from forward direction
Spraying interleaving agent area (5), production district, steam-cured area, post processing zone (28) and the transmission through each area set gradually afterwards fills
It sets；
Transmission device includes sprocket wheel chain plate conveyer and lower belt (4), and sprocket wheel chain plate conveyer includes drive sprocket
(25), carrier bar (3) and driven sprocket (2), drive sprocket (25) and driven sprocket (2) are mounted on the fixed bracket in position (1),
Drive sprocket (25) is driven by driving device, and driven sprocket (2) is linked by carrier bar (3) and drive sprocket (25), lower belt
(4) periphery of carrier bar (3) is invested；
Spray setting spraying interleaving agent device (6) in interleaving agent area (5)；
The both sides of spraying interleaving agent area (5) and production district are equipped with the shaping mechanism perpendicular to carrier bar (3), and shaping mechanism uses
Belt gear, the belt in belt gear are sizing belt (13), sizing belt (13) under carrier bar (3) periphery
Portion's belt (4) is synchronous.
2. the production system according to claim 1 for manufacturing insulation blocks or combined wall board using solid slag, feature
It is：Along the direction of transfer of transmission device, production district includes outer impeller production area (17), lower heat preservation plate material filling region successively
(19), middle impeller production area (20), upper heat preservation plate material filling region (21) and interior impeller production area (22)；Outer impeller production
Glass-fiber-fabric emptying roller before being sequentially arranged in region (17), middle impeller production area (20) and interior impeller production area (22)
(8), top hopper (9), rear glass-fiber-fabric emptying roller (57), plastic film emptying roller (10) and pressure roller (16), in outer impeller production area
(17), plastic film winding roller (12) is added in the rear end of middle impeller production area (20)；Setting can be front and back in front of each pressure roller (16)
Lower support structure (15) is arranged in mobile pusher push plate (14), corresponding pressure roller (16) on bracket (1)；Lower heat preservation plate material fill area
It is both provided with heat preservation plate material automatic pick-and-place apparatus (18) in domain (19) and upper heat preservation plate material filling region (21)；Steam-cured area rear is set
There is plastic film film collecting roller (29).
3. the production system according to claim 2 for manufacturing insulation blocks or combined wall board using solid slag, feature
It is：Exterior finish production area (7), exterior finish production are added between spraying interleaving agent area (5) and outer impeller production area (17)
Glass-fiber-fabric emptying roller (8), top hopper (9), plastic film emptying roller (10), pressure roller (16) and modeling before being sequentially arranged in region (7)
Film winding roller (12)；The pusher push plate (14) that can be moved forward and backward is also provided in front of pressure roller (16), corresponding pressure roller (16) is being held in the palm
Lower support structure (15) is also provided on frame (1).
4. the production system according to claim 3 for manufacturing insulation blocks or combined wall board using solid slag, feature
It is：Interior trim face production area (23), interior impeller production area (22) are added between interior impeller production area (22) and steam-cured area
End setting plastic film winding roller (12), be sequentially arranged top hopper (9) in interior trim face production area (23), rear glass is laid
Expect roller (57), plastic film emptying roller (10) and pressure roller (16), the pusher push plate that can be moved forward and backward is also provided in front of pressure roller (16)
(14), corresponding pressure roller (16) is also provided with lower support structure (15) on bracket (1).
5. the production system according to claim 1 for manufacturing insulation blocks or combined wall board using solid slag, feature
It is：Along the direction of transfer of transmission device, production district includes outer impeller production area (17) and lower heat preservation plate material fill area successively
Domain (19)；Preceding glass-fiber-fabric emptying roller (8) is sequentially arranged in outer impeller production area (17), top hopper (9), rear glass are laid
Expect roller (57), plastic film emptying roller (10), pressure roller (16) and plastic film winding roller (12), being arranged in front of pressure roller (16) can be moved forward and backward
Pusher push plate (14), lower support structure (15) is arranged in corresponding pressure roller (16) on bracket (1)；Lower heat preservation plate material filling region
(19) heat preservation plate material automatic pick-and-place apparatus (18) is provided in.
6. the production system according to claim 5 for manufacturing insulation blocks or combined wall board using solid slag, feature
It is：Exterior finish production area (7), exterior finish production are added between spraying interleaving agent area (5) and outer impeller production area (17)
Glass-fiber-fabric emptying roller (8), top hopper (9), plastic film emptying roller (10), pressure roller (16) and modeling before being sequentially arranged in region (7)
Film winding roller (12)；The pusher push plate (14) that can be moved forward and backward is also provided in front of each pressure roller (16), corresponding pressure roller (16) is being held in the palm
Lower support structure (15) is also provided on frame (1)；Heat preservation plate material automatic clamping and placing dress is provided in lower heat preservation plate material filling region (19)
It sets (18).
7. the production system according to claim 1 for manufacturing insulation blocks or combined wall board using solid slag, feature
It is：Along the direction of transfer of transmission device, production district includes outer impeller production area (17), lower heat preservation plate material filling region successively
(19) and middle impeller production area (20)；It has been sequentially arranged in outer impeller production area (17) and middle impeller production area (20)
Preceding glass-fiber-fabric emptying roller (8), top hopper (9), rear glass-fiber-fabric emptying roller (57), plastic film emptying roller (10) and pressure roller (16),
Plastic film winding roller (12) is added in the rear end of outer impeller production area (17)；What setting can be moved forward and backward in front of each pressure roller (16) pushes away
Expect that lower support structure (15) is arranged in push plate (14), corresponding pressure roller (16) on bracket (1)；In lower heat preservation plate material filling region (19)
It is provided with heat preservation plate material automatic pick-and-place apparatus (18)；Steam-cured area rear is equipped with plastic film film collecting roller (29).
8. the production system according to claim 1 for manufacturing insulation blocks or combined wall board using solid slag, feature
It is：Steam-cured area includes the steam-cured proparea (24) being sequentially arranged and steam-cured back zone (27)；Steam-cured proparea (24), steam-cured back zone (27)
Including steam-cured chamber and positioned at the indoor electric heater unit of steam-cured chamber, temperature sensor, electric heater unit, temperature sensor connect
Connected control system；It also is provided with the shaping mechanism perpendicular to carrier bar (3) in the both sides of steam-cured proparea (24), shaping mechanism also uses skin
Tape handler, the sizing belt (13) of belt gear surround the side wall and and carrier bar of steam-cured chamber in steam-cured proparea (24)
(3) lower belt (4) of periphery is synchronous.
9. the production system according to claim 1 for manufacturing insulation blocks or combined wall board using solid slag, feature
It is：Post processing zone (28) includes synchronous cutting area, and single air inlet cylinder (54), jack saw frame (51) and cross are arranged in synchronous cutting area
Cutter device；Rolling roller (40) is moved in the setting of jack saw frame (51) upper end, moves rolling roller (40) and is mounted on jack saw frame by central shaft
(51) on, it is located in same level with the upper transport face of sprocket wheel chain plate conveyer；On jack saw frame (51), rolling roller is moved
(40) top is equipped with pressing plate thick stick (48), and pressing plate thick stick (48) generates upper and lower displacement, jack saw frame under elevating mechanism (47) drive
(51) direction of transfer of the single air inlet cylinder (54) of connection, direction of travel and transmission device is consistent；Cross cutting apparatus includes
Pedestal, lifting cylinder (44), motion bar (43), supporting rack (45), saw disc shaft (42) and saw disc are sawed, corresponding cross cutting apparatus
Pedestal (52) is sawed in the middle setting cutting guide rail (53) of jack saw frame (51), the saw pedestal is along cutting guide rail (53) movement and moving direction
Vertical with the direction of transfer of transmission device, supporting rack (45) is fixed on saw pedestal, one end of motion bar (43) and supporting rack
(45) hinged, the cylinder body and saw pedestal of lifting cylinder (44) are hinged, cylinder rod top and hinged in the middle part of motion bar (43), motion bar
(43) other end setting hollow shaft (50), hollow shaft (50) are assemblied in by bearing in saw disc shaft (42), saw disc shaft
(42) monolithic or the multi-disc saw disc that is mutually parallel be installed, the cut direction of saw disc (49) is perpendicular to transmission in cross cutting apparatus on
The direction of transfer of device.
10. the production system according to claim 9 for manufacturing insulation blocks or combined wall board using solid slag, feature
It is：In synchronous cutting area, in the front of jack saw frame (51) setting length sawing frame (46), length sawing frame (46) upper end is also provided with dynamic rolling
Roller (40) moves rolling roller (40) and is mounted on length sawing frame (46) by central shaft, the top with sprocket wheel chain plate conveyer
Conveyor surface is located in same level；One or more groups of vertical cutter devices are fixed on length sawing frame (46), indulge the structure of cutter device
Identical as cross cutting apparatus, the saw pedestal (55) of vertical cutter device is fixed on length sawing frame (46), indulges saw disc in cutter device
(41) direction of transfer of cut direction and transmission device is consistent.
11. the production system according to claim 1 for manufacturing insulation blocks or combined wall board using solid slag, feature
It is：The driven voller (39) of belt gear is linked by belt (13) of shaping with drive roll (38), and drive roll (38) is logical
The accessary sprocket wheel (30) for crossing conical gear drive and sprocket wheel chain mechanism links, and conical gear drive includes intermeshing
The first conical gear (36) and the second conical gear (35), sprocket wheel chain mechanism include chain (32) and by chain (32)
The head sprocket (34) of linkage, accessary sprocket wheel (30), the first conical gear (36) are rotated coaxially with drive roll (38), the second conical gear
(35) it is rotated coaxially with accessary sprocket wheel (30), head sprocket (34) is rotated coaxially with drive sprocket (33), drive sprocket (33) and sprocket wheel
Carrier bar (3) engagement in chain plate conveyer.
12. according to any production system for manufacturing insulation blocks or combined wall board using solid slag in claim 1-11
System, it is characterised in that：The lower belt (4) is plane belt, either for the belt on intermediate convex surface or be both sides convex surface
Belt, for the belt on intermediate ladder-like convex surface or be either either that both sides are convex for the belt on both sides convex surface and intermediate convex surface
The belt in face and intermediate ladder-like convex surface.
13. according to any production system for manufacturing insulation blocks or combined wall board using solid slag in claim 1-11
System, it is characterised in that：The sizing belt (13) is plane belt, or is the belt with convex surface.
14. according to any production system for manufacturing insulation blocks or combined wall board using solid slag in claim 1-11
System, it is characterised in that：The pressure roller (16) is the pressure roller of both ends concave surface, the pressure roller being either staggered for male and fomale(M＆F) or
For the pressure roller on both ends convex surface, either the pressure roller for both ends concave surface and intermediate concave surface for the pressure roller of intermediate concave surface or is either two
The pressure roller on convex surface and intermediate convex surface is held, either the pressure roller for the pressure roller on intermediate convex surface or for intermediate ladder-like convex surface, Huo Zhewei
The pressure roller on both ends convex surface and intermediate ladder-like convex surface.
15. according to any production system for manufacturing insulation blocks or combined wall board using solid slag in claim 1-11
System, it is characterised in that：The pusher push plate (14) is pushing surface and bottom is the pusher push plate of plane or pushing surface is flat
The pusher push plate with groove of face and bottom centre or pushing surface are the pusher push plate with groove of plane and bottom both ends, or
It is that pushing surface is plane and bottom be both ends band groove, intermediate pusher push plate with groove or pushing surface is in plane and bottom
Between be the pusher push plate pushing surface on convex surface be plane and pusher push plate that bottom both ends are convex surface or pushing surface is flat
Face and bottom are that both ends convex surface, the pusher push plate on intermediate convex surface or pushing surface are wavy surface and bottom both ends are with groove pushes away
The pusher push plate or pushing surface that material push plate pushing surface is wavy surface and bottom is plane are among wavy surface and bottom
For the pusher push plate on convex surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810451307.1A CN108422549A (en) | 2018-05-11 | 2018-05-11 | The production system of insulation blocks or combined wall board is manufactured using solid slag |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810451307.1A CN108422549A (en) | 2018-05-11 | 2018-05-11 | The production system of insulation blocks or combined wall board is manufactured using solid slag |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108422549A true CN108422549A (en) | 2018-08-21 |
Family
ID=63162949
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810451307.1A Withdrawn CN108422549A (en) | 2018-05-11 | 2018-05-11 | The production system of insulation blocks or combined wall board is manufactured using solid slag |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108422549A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109129871A (en) * | 2018-09-17 | 2019-01-04 | 浙江南洋水泥制品有限公司 | A kind of cement products rapid molding device |
| CN110576510A (en) * | 2019-10-12 | 2019-12-17 | 海盐达贝尔新型建材有限公司 | Production line for sintering shale microporous bricks by using plant fibers |
| CN111002664A (en) * | 2019-12-04 | 2020-04-14 | 上海绚丽包装彩印有限公司 | Carton and production process thereof |
-
2018
- 2018-05-11 CN CN201810451307.1A patent/CN108422549A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109129871A (en) * | 2018-09-17 | 2019-01-04 | 浙江南洋水泥制品有限公司 | A kind of cement products rapid molding device |
| CN110576510A (en) * | 2019-10-12 | 2019-12-17 | 海盐达贝尔新型建材有限公司 | Production line for sintering shale microporous bricks by using plant fibers |
| CN111002664A (en) * | 2019-12-04 | 2020-04-14 | 上海绚丽包装彩印有限公司 | Carton and production process thereof |
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Application publication date: 20180821 |